TW201404219A - Location-based app-providing module and method of the same - Google Patents

Abstract

The present invention may be related to a method of providing an app based on a location. The method may include storing at least one of an icon, a coordinate, a status, a time, a number of downloads or a number of checks corresponding with the app, providing the icon corresponding with the app, showing the icon on a map or a real picture based on the coordinate corresponding with the app, and deciding a size or a chronological order of the icon shown on the map or the real picture.

Description

Location-based application providing module and method thereof

The present invention relates to a module and method for providing an application, and more particularly to a location-based application providing module and method thereof.

In recent years, location-based services (LBS) often use location-based information (location information or location-based information) or points of interest (point of interest; POI), however, there is still no interface to let the user know if there is another user near his/her current or his/her interested location that has his own mobile app available to him/her to download (other People, merchants, stores, or online sellers, information about other users (others), businesses, stores, or online sellers, or introductions, download points, etc. for these mobile apps. However, if the user can find these other users (others), merchants, stores or online sellers on the map, they can download his/her/their mobile application directly, because the mobile application may bring Users may have more direct or frequent interactions with these other users (others), merchants, stores, or online sellers (such as comments, Q&A, mobile chat, etc.) compared to current maps. Displaying the marker (marker), explanatory text, or website link of the point of interest, the presentation or advertising effect that may be brought about is bound to be greatly improved.

In addition, the current application is downloaded from an application platform (such as Google Play or App Store), and then the application platform will display only the number of times the application is downloaded, and the user's Comments, ratings, Q&A, etc., and will not show the current status of the application, resulting in the user being able to write only the instructions written by the developer of the application, the number of downloads, and the user. Comments, ratings, questions and answers, etc. to understand or guess whether the application is hot enough, easy to use (with good user experience or feedback), fun or if it is needed, not on the application platform. Directly learn about the current usage status, information, etc. of the app (such as the current location of the app, the time the app appeared around you or the number of punches currently being punched through the app), etc. However, these usage status or information will help the user to judge/decision whether or not they should or should not be on the application platform. Load the app.

An embodiment of the present invention can provide a location-based application providing module, the module can include an application database, an application location module, and an image module, wherein the application database is configurable The application location module is configurable to provide coordinates corresponding to the application, for storing at least one of a logo, a state, a time, a download count, or a punch count corresponding to an application And the image module is configurable to provide an image corresponding to the application, and displaying the image on a map or a position on a real photo according to the coordinate corresponding to the application. And determining the size or chronological order of the image displayed on the map or the location on the live photo based on at least one of the state, the time, the number of downloads, or the number of punches.

Another embodiment of the present invention provides a location-based application providing module. The module can include an application database, a location module, and a search module, wherein the application database can be configured to be used. The location module can be configured to store at least one of a plurality of coordinates, a plurality of states, a plurality of pen states, a plurality of pen download times, or a plurality of card punch times corresponding to the plurality of applications. For receiving a current coordinate, and the search module is configured to find an application in the application database that the distance between the corresponding coordinate and the current coordinate is less than a distance value according to the current coordinate Program.

A further embodiment of the present invention may provide a location-based application providing method implemented on a server side, the method may include storing at least one image, a target, a state, a time, and a corresponding to an application. One of the number of downloads or one of the number of hits, providing the image corresponding to the application, displaying the image on a map or a location on a live photo according to the coordinate corresponding to the application, and according to At least one of the state, the time, the number of downloads, or the number of punches determines the size or chronological order of the image displayed at the location on the map or the live photo.

A further embodiment of the present invention may provide a location-based application providing method implemented on a server side, the method may include storing at least a plurality of coordinates, a plurality of states, a plurality of times, and a plurality of numbers corresponding to a plurality of applications. One of the number of pen downloads or the number of times of punching, receiving a current coordinate, and finding a distance between the coordinate corresponding to the current coordinate and the current coordinate based on the current coordinate in the application database. application.

Other embodiments of the present invention may provide a server for performing a location-based application providing method, the server may include a processor, a memory, and a program, wherein the program may be stored in the memory and configured to be Executed by the processor. The program may include the following instruction set: storing an instruction set corresponding to one of at least one image, one mark, one state, one time, one download count or one punch count of an application; providing corresponding to the application An instruction set of the image; an instruction set for displaying the image on a map or a location on a live photo according to the coordinate corresponding to the application; and according to at least the state, the time, the number of downloads, or One of the number of punches determines the size or chronological instruction set of the image displayed at the location on the map or on the live photo.

Other embodiments of the present invention may also provide a server for performing a location-based application providing method, the server may include a processor, a memory, and a program, wherein the program may be stored in the memory and configured to Can be executed by the processor. The program can include the following set of instructions: storing an instruction set corresponding to at least a plurality of coordinates, a plurality of states, a plurality of times, a plurality of download times, or a plurality of times of punching times of the plurality of applications; receiving a current coordinate And an instruction set of an application for finding a distance between the coordinate corresponding to the current coordinate and the current coordinate based on the current coordinate in the application database.

An embodiment of the present invention may also provide a location-based application providing method implemented by a computing device, which may include receiving a location corresponding to a coordinate corresponding to an application on a map or a real scene. a script at a location on the photo, wherein the script includes a parameter that displays the size or chronological order of the image, wherein the parameter is based on at least one state, one time, one download count, or one corresponding to the application Receiving one of the number of punches, receiving an image corresponding to one of the applications, displaying the map or the live photo on the screen, and displaying the image on the map according to the size or chronological order corresponding to the parameter On or on the location on the live photo.

Another embodiment of the present invention may also provide a computing device for performing a location-based application providing method, the computing device may include a screen, a processor, a memory, and a program, wherein the program may be stored in the memory And configured to be executable by the processor, the program can include the following set of instructions: receiving a script that can display a location corresponding to a coordinate of an application on a map or a location on a live photo An instruction set, wherein the script includes a parameter indicating a size or a chronological order of the image, wherein the parameter is based on one of at least one state, one time, one download count, or one punch time corresponding to the application. Changing, receiving an instruction set corresponding to an image of the application, displaying an instruction set of the map or the real photo on the screen, and displaying the image on the map according to a size or chronological order corresponding to the parameter The instruction set at that location on or on the live photo.

It is to be understood that the above summary of the invention, as well as the following description of the invention,

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments embodiments Wherever possible, the same element number or symbol in the drawings will refer to the same or the The embodiments are described below with reference to the drawings to explain the invention.

The application providing module of the present invention can be configured on a server side or a client side that can be coupled or communicated through a network or a cellular network, for example, In a computing device. In an example, the (or the) computing device can include, but is not limited to, at least one television (TV), a personal computer (PC), a laptop or notebook, a mobile phone ( Cellular phone), a tablet (PDA); a personal digital assistant (PDA), a navigator, a digital camera, a camera, a projector, or a projection camera One of the group devices (such as a projector phone or a projection digital camera), a mobile device, a portable media player (PMP), and an e-book reader (e- Book), a portable computer screen (webpad), an information appliance (IA), a walkman (walkman or MP3 player), a TV gamer (TV gamer), a handheld gamer, an electronic Dictionary or one of the in-car computers.

Please refer to FIG. 1A. FIG. 1A is a schematic diagram of a location-based application providing module according to an example of the present invention. The example is intended to illustrate that an application providing module of the present invention is provided to a user terminal (for example, a computing device). The way of displaying on a screen 31 of 30). The person in the Bank should be able to easily understand that, in FIG. 1A, only a map is occupied for all display areas of the entire screen 31, but the ratio, size, and amount of the map to the screen 31 should not be the present invention. limitation factor. In addition, in this example, the computing device 30 can indicate a tablet, a tablet, or a notebook computer, etc. Computing device. In the map area displayed by the screen 31, a position 320 (i.e., a balloon-shaped mark with an English letter A or a position indicated by an interesting point in the drawing) may indicate that a current coordinate is displayed on the map. s position. In one example, the current coordinates may represent a coordinate (or latitude and longitude) based on the location of the computing device 30 (ie, the location of the user of the computing device 30), which is a GPS chip built into the computing device 30. The position of the map is displayed by receiving the latitude and longitude values of the computing device 30 measured by the global satellite positioning system. In another example, the current coordinates may be converted by the user's input coordinate value (latitude and longitude value) or the input address, the name of the attraction, etc. (the process of searching will be described below with reference to FIG. 2A). The resulting coordinate value (latitude and longitude value) is displayed on the map with the mark of position 320. In other examples, the position 320 may also indicate that the map is not displayed in the screen 31 when the map is displayed on the screen 31, but is marked by the user when clicking the location on the map. .

In addition, it should be readily understood by those skilled in the art that the display location 320 is not a necessary condition or step for implementing the application providing module of the present invention, and therefore the location of the location 320 is not necessarily displayed on the map. In other examples, if the screen 31 includes a touch panel, the user can also drag the map by a cursor or press and hold the screen 31 to slide or move the map on the screen to display the map displayed on the screen 31. The range is moved to an area near the area that you are interested in (thinking about) to find information, tags, or points of interest near the area of interest, so location 320 is not necessary to display in such examples.

In addition, in this example, in the map area displayed by the screen 31, an image 330 or the marks 340a-340d may indicate that the image (including or corresponding to the area) existing in the area on the map may be displayed. Point of interest, whether it is a mark, landmark, attraction, or advertisement (the advertisement mark or label, the image of the present invention can also be used as an advertisement mark) actively displayed on the map, or the search result of the user, for example, if If the user has previously entered the keyword "Auction" (not shown), the image 330 or the markers 340a-340d may all represent search results for the keyword "Auction". In this example, the image 330 is an image of the "lost auction" application, so entering the keyword "auction" can search for an application having the "lost auction" application (app) in the map area. Package (The English translation of the application package is "app package" or "app kit"). For example, the application package may include an apk file or an apk package of a mobile application that can be executed in an Android operating system, and an executable in the iOS operating system may include an ipa file or an ipa package. In addition, the markers 340a-340d may also represent other search results for the keyword "auction".

Please refer to FIG. 1B. FIG. 1B is a schematic diagram of a location-based application providing module according to another example of the present invention, except that a computing device 30' may include a smart phone and displayed on its screen 31'. The manner and steps may be the same or similar to the manner or step of providing the module by the application of the application/implementation of the present invention as depicted in FIG. 1A and described with reference to FIG. 1A.

Please refer to FIG. 1C. FIG. 1C is a schematic diagram of a user interface of a location-based application providing module according to another example of the present invention. Referring to FIG. 1A together, when the image 330 on the map is clicked, an application package corresponding to the image 330 (in this example, an application of the "lost auction" application will be displayed. A download interface 30-4 for the package).

Please refer to FIG. 1D. FIG. 1D is a schematic diagram of a user interface of a location-based application providing module according to still another example of the present invention. The user interface depicted in FIG. 1D and described with reference to FIG. 1D may be similar to FIG. 1C and referenced, except that the download interface 30-4 may include a two-dimensional barcode (eg, a QR code) 30-4b. User interface as described in Figure 1C. In one example, another computing device can generate or obtain one of the downloadable application packages after scanning the two-dimensional barcode with its reader (eg, a QR code reader) or a scanner (eg, a QR code scanner). Path or link (not shown).

Please refer to FIG. 1E. FIG. 1E is a schematic diagram of a user interface of a location-based application providing module according to another example of the present invention. In addition to displaying or placing at least one or more images on a map (or a portion or an area thereof) corresponding to the coordinates of the application on the map (eg, images 330a and 330b are added) The user interface depicted in FIG. 1E and described with reference to FIG. 1E may be similar to that depicted in FIG. 1A or 1B and described with reference to FIG. 1A or 1B. Interface. In this example, if at least one or more images (including the image corresponding to the application) are to be displayed at the same time or near the coordinate at the same time, according to the sorting value of each image (for example, The image 330, 330a, or 330b may correspond to a sorted value) displaying the at least one image in a sequential manner on the map (this feature will be further described below with reference to FIG. 2A).

Please refer to FIG. 1E-1. FIG. 1E-1 is a schematic diagram of a user interface of a module based on a location-based application according to another example of the present invention. In addition to illustrating that image 330 (or image 330a or 330b) can be towed to other locations on the map such that image 330a or 330b would otherwise be covered by image 330 (or covered by image 330a) The user interface described in FIG. 1E-1 and described with reference to FIG. 1E-1 may be similar to that depicted in FIG. 1E and described with reference to FIG. 1E, except that the image 330b) is fully displayed (visible). user interface. In this example, when the originally covered image is completely displayed, it can be clicked to display its corresponding download window (not shown) in the screen 31.

Please refer to FIG. 1F. FIG. 1F is a schematic diagram of a user interface of a location-based application providing module according to an example of the present invention. In this example, the image 6066 or 6067 of the application in the user interface may be based on at least the state of each application (eg, currently the user is opening/activating/using the application at the location on the map) Program, time (for example, the order in which an application is uploaded to an application platform that provides a module based on the present invention, or the user who uses the application last visited the location or One of the time at which the card was punched, the number of downloads (the number of times the application has been downloaded by other users) or the number of punches (the number of times the user of the application punched at this location) is determined to be displayed on the map or The size of the image at that location on the live photo. The live photo may include, for example, a local street view on the map (please refer to FIG. 1I below), and the like, and thus will not be described again.

Please refer to FIG. 1G. FIG. 1G is a schematic diagram of a user interface of a location-based application providing module according to an example of the present invention. In this example, the image 5056 of the application in the user interface (the images of other applications are not numbered for the sake of brevity) can be used according to the application. The time sequence of the time (as shown in number 5055, etc.) displays each image on the map or the time bar at each of the positions on a live photo (the time bar, the thick black to which the icon is attached) The spools are located, and the positions of the respective time axes correspond to the positions corresponding to the respective applications.

Please refer to FIG. 1H. FIG. 1H is a schematic diagram of a user interface of a location-based application providing module according to an example of the present invention. In this example, the images 6100, 6102, 6104, 6106, or / and 6108 of the application displayed on the map in the user interface may display different states 6101, 6103 according to the state of each application. , 6105, 6107 or / and 6109.

Please refer to FIG. 1I. FIG. 1I is a schematic diagram of a user interface of a location-based application providing module according to an example of the present invention. In this example, the image 6200, 6203 or / 6205 of the application or the status 6201, 6202 or / and 6204 of the application may be respectively corresponding to the location corresponding to the application in the user interface. Displayed in a real photo 6199.

Please refer to FIG. 2A. FIG. 2A is a block diagram of a location-based application providing module according to an example of the present invention. In this example, the system to which the application providing module of the present invention can be applied may include, but is not limited to, a server terminal 10, a map server terminal 20, or a computing device 30. The server terminal 10 can include, but is not limited to, a location module 10-1, a search module 10-2, an application location module 10-3, and an image (icon or marker image) module 10. -4, an application package download module 555, an application automatic generation module 666, a storage device 19 (storage, storage device such as hard disk), an ordering module 333, or A cost module 777, the map server 20 can include, but is not limited to, a query latitude and longitude module 20-1 or a map module 20-2, and the computing device 30 can include a location information transmission module 30-1, The location information input field 30-2, a search field 30-6, a map display module 30-3, a user interface 30-5, or a positioning module 32.

In an example, the location module 10-1, the search module 10-2, the application location module 10-3, the image module 10-4, the application package download module 555, or the application automatically generates a module. Group 666 can include a web page program, a command line script, or a graphical representation of the user terminal that can be executed in server terminal 10. A user interface (GUI) application, and the functions corresponding to the modules can be generated by executing all or part of the program (or the programs). For example, the location module 10-1 can receive the current coordinates sent by the query latitude and longitude module 20-1 from the location information transmission module 30-1 of the computing device 30 or the map server terminal 20, or a search module. The group 10-2 can pick out an application package related to the location near the current coordinates in the application database 888 according to the current coordinates (for example, only the name, number or ID can be picked), and can be read by the browser. The web page or user interface (UI) that can be coupled to the computing device 30 allows the user to use the functionality provided by the module (eg, the execution location module 10-1 can be coupled to (or can be generated)) The information input field 30-2 is at the computing device 30, or the execution application automatic generation module 666 can be coupled to (or can generate) the user interface 30-5 to the computing device 30, etc., or access the storage device 19 or The data stored in the application database 888 or a file server 999 (for example, the application location module 10-3 reads the application data according to the application package name, number or ID selected by the search module 10-2) Correspondence stored in library 888 After the coordinates of these application packages, they are passed to a map display module 30-3) and so on.

In this example, the web program, the command line script, or the graphical user interface application of the client may include, but is not limited to, at least a hypertext preprocessor (Professional Home Page or Hypertext Preprocessor; PHP) program, Java. One of the server web pages (Java Server Pages; JSP) programs, or the Active Server Pages (ASP) program.

In addition, it should be readily understood by those skilled in the art that the apparatus for implementing the present invention on the server terminal 10, the map server terminal 20 or the file server terminal 999 is not limited to being implemented by a single server. In some examples of implementing the present invention, some modules may be designed in consideration of the design (for example, to expand the storage space or to have a higher amount of operations to serve more users/users at the same time). Different servers or other devices of the terminal 10 (other devices may be implemented, for example, as storage devices, network devices, or other devices specially designed to implement one of the aforementioned modules), and the present invention is not limited to the foregoing. All modules must be implemented in the same server, and the number of servers or computing devices employed in practicing the invention should not be limited by the scope of the invention.

In other examples, the Bank can easily understand that the above modules can also be implemented in pure hardware (for example, all methods or functions are implemented by logic circuits, chips, etc.), pure software, or a combination of hardware and software. To achieve the functions of the above modules, it is not necessary to go into the details of whether the designer applying the invention requires the operation speed, performance requirements, or design/application flexibility of the module.

Additionally, the positioning module 32 in the computing device 30 can include a global positioning system module (GPS or AGPS module) configurable to receive coordinates of the satellite or base station measurement computing device 30 (latitude and longitude) The latitude/longitude/coordinate (value) sent to the positioning module 32. The location information transfer module 30-1 can include at least a portion of an application (app) that can be configured to read the latitude/longitude/coordinate (value) of the location module 32. For example, if the computing device 30 employs an Android operating system, the location information transmitting module 30-1 can include a firmware interface (not shown) coupled to the positioning module 32, such as an Android job. The public interface named "LocationListener" defined in the system communicates with the lower-level positioning module 32, that is, the satellite positioning coordinates (latitude and longitude) received by the positioning module 32 are read from the firmware interface. The value is transmitted/reported to the application layer of Android (application layer), that is, the location information transmission module 30-1 is used. In addition, the Bank should be able to easily understand that other types of operating systems, such as iOS, Window or Symbian, can support or implement the aforementioned LocationListener-like functions to implement the aforementioned part of the present invention. What operating system is employed should not be a limitation of the practice of the invention.

In an example, the location information transmission module 30-1 can transmit the latitude/longitude/coordinates (hereinafter referred to as "current coordinates") to the location module 10-1 of the server terminal 10. In this example, after receiving the current coordinates, the location module 10-1 transfers the current coordinates to the search module 10-2. The search module 10-2 can be configured to find an application in the application database 888 that the distance between the corresponding coordinate and the current coordinate is less than a distance value according to the current coordinate (if the application exists if). Please note that looking for an application here means finding the file name, ID or number of it (they) in the application database 888, in order to subsequently transmit the corresponding file name, ID or number according to its file name, ID or number. Coordinates and images. In addition, in another example, if the storage device 19 stores an archive of an application package of the application, the file path of the application itself may be marked, which will be referred to in FIG. 3A-3C. Description is made below.

In another example, the search module 10-2 is further configured to receive a search condition sent by a search field 30-6 in the computing device 30 to find the coordinates and corresponding coordinates according to the search condition. The current coordinate distance is less than the distance value and conforms to an application of the search condition. In this example, the search condition may include, but is not limited to, at least one keyword (to find an application package related to the keyword or in accordance with the keyword) or a preset option (eg, the designer may have previously All application packages are grouped and displayed with the category name as a default option (such as a check box or a menu (or menu)) in the search field 30-6 for the user to check or click) one of them.

The following two types (or a mixture of the two methods) may be used for determining whether the coordinate corresponding to the application and the current coordinate are smaller than the distance: First, the search module 10-2 may include a distance calculation program ( Not shown), which can separately calculate the distance between the coordinate corresponding to the application package in the application database 888 and the current coordinate, and pick an application package whose distance is less than the distance value, and the calculation method can be calculated. For example, the "Federal Communications Commision (FCC) official website on the calculation of "Distance and Azimuths Between 2 Sets of Coordinates"; or second, will be applied The program database 888 is configured as an associative database and configured to pre-associate the application package according to its geographic location (eg, the coordinates of the coordinates corresponding to each other or the same (or a similar geographical location area) pre-classified or clustered into a plurality of categories or clusters respectively corresponding to a plurality of regions Even when in the reservoir may be a packet app i.e. by relevance to location stored in an area corresponding to at least a plurality of regions in one category or cluster. In this way, when the search module 10-2 receives the current coordinates, it can find To the current coordinate, which region of the plurality of regions can be classified (or categorized or located), and the coordinate value corresponding to the application within the region is passed to the application Program location module 10-3. In this way, the search speed of the search module 10-2 can be improved, and the complete search result can be provided without capturing the calculation of the distance between each coordinate in the application database 888 and the current coordinate one by one. In an example, the plurality of regions may be configured such that any two groups of first member coordinates in each region do not exceed the distance value.

In addition, the Bank can easily understand the distance, calculation, or system performance of other distances such as coordinates. The calculation distance and clustering method of the above one and two can also be used together, for example, by clustering. Finding an area closer to the current coordinate, and calculating a distance from each other corresponding to the coordinate in the area to the current coordinate to find an application whose distance is less than or equal to the current coordinate (or Its coordinates). In an example, a hash table can also be created for the plurality of clusters to simplify or speed up the process of finding or calculating distances in the application repository 888. Therefore, the manner in which the coordinates corresponding to the application for finding the distance less than the distance value in the scope of the present invention should not be limited by the foregoing methods.

In addition, the foregoing distance value may be changed according to different situations. For example, if the distance between the distance values is less than the range of the distance value (for example, the distance is less than one hundred meters), the coordinate value of the application may be found. Zoom in to a larger size (such as 150 meters, two hundred meters, and so on), or an application that needs to be within a certain range (for example, within one kilometer or only a few meters) for certain specific needs When the image is viewed or found on the map, the distance value can be adjusted appropriately, depending on the design requirements of the designer using the present invention. Embodiments of the invention should therefore not be limited to a particular such distance value. In other examples, the search module 10-2 may also be configured to be able to set/adjust the distance value at any time by a designer or a system administrator or the like (for example, manually changing setting values or adjusting parameters). .

Then, the search module 10-2 will find the application whose distance is less than the current coordinate (or in another example, the distance that will be found is less than the current coordinate and the current coordinate is less than the distance value and The file name, ID or number (or even the corresponding coordinate value) of the application that matches the search condition is passed to the application location module 10-3 and the image module 10-4. The subsequent application location module 10-3 will grab the coordinates corresponding to the file name, ID or number from the application database 888 (if the search module 10-2 directly transmits it to the coordinates, then the application is no longer needed. The program database 888 captures the data) and then transmits it to the map module 20-2 of the map server terminal 20 or the map display module 30-3 of the computing device 30 (that is, in this example, there may be "transfer to the map servo" Two different embodiments of the map module 20-2" of the terminal 20 or the map display module 30-3 transmitted to the computing device 30). Similarly, the image module 10-4 will grab the map corresponding to the file name, ID or number from the application database 888 (if the coordinates of the coordinates directly transmitted to the search module 10-2 are based on the coordinates) The image (i.e., the image corresponding to the application) is then transmitted to the map display module 30-3 of the computing device 30. Therefore, the application providing module of the present invention may include an application location module 10-3 and an image module 10-4. The application location module 30-3 can be configured to provide coordinates or latitude and longitude corresponding to the application (e.g., the coordinates corresponding to the "lost auction" application in the example described above with reference to Figures 1A-1C. ), and use this coordinate to indicate the location of the application (whether on the map or location).

In an example of "the map module 20-2 transmitted to the map server terminal 20", if the coordinates of the application are transmitted to the map module 20-2 of the map server terminal 20, The coordinates (or latitude and longitude) of the application can be passed through a network packet format by "Post" ("Post") or "Pick" (GET) in the HyperText Transfer Protocol Method (HTTP Method). The method is transmitted to the map module 20-2 of the map server terminal 20. In this example, the application location module 10-3 of the server terminal 10 or the location information transmission module 30-1 or the map display module 30-3 of the computing device 30 can display a map currently desired to be displayed (please refer to "canvas"; for example, a reference position (for example, a central position, which can represent coordinates, such as the current coordinates) and a map ratio of at least one small block of a national or global map that can be displayed on the screen. (level, which means that the map is to be displayed in a large scale) is transmitted to the map module 20-2 of the map server terminal 20 (about the reference position or The map scale can also be transmitted to the map module 20-2 via the super-text transfer protocol method such as "Paste" or "Catch", and then the map module 20-2 of the map server end 20 can provide a map (including The partial map or layer is given to the map display module 30-3 of the computing device 30 to display the map in the screen 31 of the computing device 30 (as shown in Figures 1A-1C). In an example, the map module 20-2 may further include a map application interface (map API). In this example, after calling (or connecting) the map application interface of the map module 20-2 and passing in the coordinates of the application, the map module 20-2 can calculate that the (or the) coordinates should be Which position (or locations) of the map (a layer) displayed on the screen 31 of the computing device 30 is displayed, and then the image module 10-4 transmits an image corresponding to the application to the computing device 30. When the map display module 30-3 or the map display module 30-3 reads (acquires) the image, the image can be displayed (displayed, placed, or attached) on the map. s position. In an example, the application location module 10-3 can provide a first script containing the coordinates of the application to the map display module 30-3 of the computing device 30, so that the map display module 30-3 The map application interface of the map module 20-2 can be called (or connected) according to the first script to obtain the map and/or the location of the image on which the coordinates corresponding to the application should be placed. In this example, the image module 10-4 can also provide a second script to the map display module 30-3 of the computing device 30 so that the map can be stored in the storage device 19 described in the second script. The file path or link of the place is obtained (or downloaded) via the file path or link and/or placed at that location on the map. In addition, it should be readily understood by those skilled in the art that in other examples, the server terminal 10 may also provide a map display module 30-3 that includes a single script of the first and second scripts to the computing device 30, and thus It is not necessary to separate into two (first and second) scripts to implement the present invention.

In addition, in another example, the application location module 10-3 may first transmit the coordinates of the application to the map module 20-2 of the map server terminal 20, or the image module 10-4 may also First, the file path or link of the location where the image is stored is transmitted to the map module 20-2 of the map server terminal 20, and the map module 20-2 of the map server terminal 20 provides the first script or The second script is sent to the map display module 30-3 of the computing device 30 to be executed according to the (or the) script to correspond to the application The image is displayed on the map corresponding to which (or) location of the application's coordinates. Therefore, the person skilled in the art should readily understand that the first or second script can be provided by the server terminal 10 or the map server terminal 20, and should not be limited to only the server terminal 10 or the map server terminal 20. Provided unilaterally.

In another example of "the map module 20-2 transmitted to the map server terminal 20", unlike the foregoing embodiment, the application location module 10-3 may also call (or connect) the The map application interface does not transmit (or fill in/enter) the value corresponding to the coordinate of the application, and then the map module 20-2 can also provide only a fifth script to be transmitted back to the application location module. 10-3, the fifth script may contain or resemble a template or template, which is not directly directed to the coordinate corresponding to the application. The application location module 10-3 then fills in the coordinates corresponding to the application and generates a sixth script for reading by the map display module 30-3 of the computing device 30, and the map display module 30-3 is based on After the sixth script is executed, the (or the) image can be displayed on a corresponding position on the map. Similarly, the image module 10-4 can also obtain a seventh script after calling (or connecting) the map application interface of the map module 20-2, which can also be similar to providing only one template or template. An archive path or link that holds the location of the image corresponding to the application. The image module 10-4 then fills in the file path or link of the image corresponding to the application and generates an eighth script for reading by the map display module 30-3 of the computing device 30. The map display module 30-3, after execution of the eighth script, can retrieve or download the (or such) image corresponding to the application and place the (or the) image on the map. In addition, the Bank should be able to easily understand that the map application interface of the map module 20-2 can also return a single script containing the aforementioned fifth and seventh scripts to the server terminal 10, or the server terminal 10. A single script containing the aforementioned sixth and eighth scripts can be transmitted to the map display module 30-3.

In an example of "map display module 30-3 transmitted to computing device 30", application location module 10-3 may first provide a ninth script to map display module 30-3 of computing device 30. And fetch, wherein the ninth script can be generated in advance, and does not necessarily have to contain the coordinates of the application. When the map display module 30-3 of the computing device 30 executes according to the ninth script (or executes After that, according to the application location module 10-3 (whether it is already included in the ninth script or read by the map display module 30-3), the coordinates of the application ( Or any other new, updated coordinate value) to call (or connect) the map application interface of the map module 20-2 to obtain the map and the coordinates corresponding to the application on the map should be placed on the map s position. In this example, the image module 10-4 can also provide a tenth script to the map display module 30-3 of the computing device 30, wherein the tenth script can also be generated in advance, and does not necessarily have to include the The coordinates of the application. When the map display module 30-3 of the computing device 30 is executed according to the tenth script (or after execution), it is provided according to the image module 10-4 (whether it is already included in the tenth script or Is the file path or link (or any other new, updated image file path or link) that is stored by the map display module 30-3 to be stored in the map display module 30-3 (or any other new, updated image file path or link) call (or connection) map mode The map application interface of group 20-2 takes the (or such) image to be placed on the map and places the (or such) image on the map. In addition, it should be readily understood by those skilled in the art that in other examples, the server terminal 10 may also provide a map display module 30-3 that includes a single script of the foregoing ninth and tenth scripts to the computing device 30, and thus It is not necessary to separate into two (ninth and tenth) scripts to implement the present invention.

In addition, in another example, the map module 20-2 of the map server terminal 20 may first provide an eleventh script to the map display module 30-3 of the computing device 30 to read and execute, wherein the tenth A script can be generated in advance and does not necessarily have to contain the coordinates of the application. When the map display module 30-3 of the computing device 30 executes (or after execution) according to the eleventh script, the application location module 10-3 provides the coordinates of the application (or any other new, updated Coordinate value). The map display module 30-3 then calls (or connects) the map application interface of the map module 20-2 according to the coordinates of the application to obtain the map, and the coordinates corresponding to the application on the map should be placed. The location of the image. In this example, the map module 20-2 can also provide a twelfth script to the map display module 30-3 of the computing device 30 to read and execute the image module 10-4. File path or link to a location like (or any other new, updated image file path or link) The map display module 30-3. The map display module 30-3 then clicks on the file path of the location of the image or the map application interface of the map module 20-2 to obtain the map (or such) to be placed on the map. The image and the (or such) image are placed on the map. In addition, it should be readily understood by those skilled in the art that in other examples, the server terminal 10 may also provide a map display module 30-3 that includes a single script of the eleventh and twelfth scripts described above to the computing device 30, Therefore, it is not necessary to separate into two (eventh and twelfth) scripts to implement the present invention.

In addition, in other examples, the application location module 10-3 may first transmit the coordinates of the application to the map module 20-2 of the map server terminal 20, or the image module 10-4 may also first The file path or link of the location where the image is stored is transmitted to the map module 20-2 of the map server terminal 20, and the map module 20-2 of the map server terminal 20 provides a thirteenth script or a fourteenth script to the map display module 30-3 of the computing device 30 for execution in accordance with the (or the) script to display the image corresponding to the application on the map corresponding to the application Which (or which) position of the coordinates of the program. Therefore, the Bank should be able to easily understand that the aforementioned scripts can be provided by the server terminal 10 or the map server terminal 20, respectively, and should not be limited to all of them only by the server terminal 10 or the map server terminal 20. Provided by the side. In addition, in practice, it is also feasible to provide one of the aforementioned two-matched scripts by the server terminal 10 and the other by the map server end. Therefore, the present invention should not be limited to which of the foregoing scripts is provided. .

In addition, the aforementioned script may include, but is not limited to, a Javascript, an HTML script, a script written in C language, or a script written in Perl language. In addition, in other examples, it may also be implemented in a plug-in manner through an ActiveX, Flash Player, or Java Applet to indicate which location (or locations) the coordinates of the application should be displayed on the map. In this example, the script provided by the application location module 10-3 or the image module 10-4 to the map display module 30-3 may also include executing an ActiveX file, a Flash file, or a Java Applet. . In an example, the map display module 30-3 can include at least a portion of an application (app) in the computing device 30 that can display the map, a web viewer, or a browser. , which can Execute the script to display the image of the application in the appropriate location based on the script. In addition, in the foregoing embodiment, a reference position (for example, at least one center position thereof) of the map (for example, a block of at least one small piece of a national or global map that can be displayed on the screen) that is currently desired to be displayed is a top right position, a top left position, a bottom right position, a bottom left position, or one of a particular position in the map, which may be represented by coordinates, such as by the aforementioned computing device 30 The current coordinate or the coordinate corresponding to the application is the reference position) and the map ratio (level, that is, indicating how much the map is to be displayed) may be at least the application location module of the server terminal 10 - 3. The location information transmission module 30-1 of the computing device 30, or one of the map display modules 30-3 of the computing device 30, is transmitted to the map module 20-2 of the map server terminal 20 (with respect to the reference location or map) The ratio may also be transmitted to the map module 20-2 via a super-transfer protocol such as "paste" or "catch", and then the map module 20-2 of the map server end 20 is based on the reference position and/or the map scale. Provide a map (including bureau Map map or layer) to the computing device 30 to the display module 30-3 of the map display screen 30 in a computing device 31 (e.g., the first 1A to 1E-1 of the portion of the map shown in FIG.). In addition, the Bank should be able to easily understand that when you want to display more than two coordinates at the same time (for example, to display the current coordinates of the computing device 30 and the coordinates corresponding to the application, or more than two applications) When two or more positions corresponding to different coordinates of the program are respectively in the map, an algorithm may be used to calculate whether to display the two or more coordinates at the same time and to use a reference position (for example, similar) When the reference position referred to above is the center of the map to be displayed (or upper right, lower right, upper left, lower left, or a specific position), what kind of map ratio should be used to simultaneously display the corresponding coordinates of the two or more coordinates. Positioned on the map, the reference location and the calculated map scale are passed to the map module 20-2 to obtain the map layer.

In addition, the Bank should be able to easily understand that the communication between the server terminal 10, the map server terminal 20, or the computing device 30 and the data transmission method are not necessarily achieved by the method of the super-transmission protocol. In other examples, EXtensible Markup Language (XML) can also be used to provide Internet service communication protocols through XML packets. Communicate in the format of "Simple Object Access Protocol (SOAP)" or JavaScript Object Notation (JSON), or communicate directly to the lower layer (not the application layer) of the Internet. The manner of agreement is to communicate between these servers or computing devices, and thus the manner or agreement of communication should not be a limitation of the practice of the invention.

In other examples, the foregoing "current coordinates" may also be implemented or obtained by the following other methods: 1. A location information input field 30-2 is provided in the screen 31 of the computing device 30 for user input. The latitude and longitude coordinates, the name of a famous attraction (such as a landmark), or an address is transmitted to the query latitude and longitude module 20-1 of the map server terminal 20. In this example, the query latitude and longitude module 20-1 may find (or give) a set of coordinate values according to the latitude and longitude coordinates input by the user, the name of the famous scenic spot, or the address, as the current coordinate and The position module 10-1 is transmitted to the server terminal 10 (or the position module 10-1 transmitted to the server terminal 10 via the position information transmission module 30-1). For example, if the user determines the approximate location of the user or member through a relatively famous nearby store name, gas station, school name, attraction name, or famous landmark entered by the computing device 30 and gives a reference coordinate, the map servo The query latitude and longitude module 20-1 of the terminal 20 can find (or give) a set of coordinates for the position module 10-1 as the current coordinate. In addition, similar to the map module 20-2, the query latitude and longitude module 20-1 may also include an application interface or be implemented in an application interface manner. In addition, the Bank should be able to easily understand that the query latitude and longitude module 20-1 and the map module 20-2 do not necessarily need to exist in the same map server terminal 20, respectively, in different server terminals. It is not possible to implement the limitations of the present invention; second, similar to the former manner, the location information input field 30-2 is also provided in the screen 31 of the computing device 30 for the user to input the latitude and longitude coordinates, a famous attraction. (for example, the name of the landmark), or an address (address), but first transmitted to the location module 10-1 of the server terminal 10, the location module 10-1 according to the latitude and longitude coordinates, the name of the famous attraction, or The address requests a set of coordinate values from the query latitude and longitude module 20-1 of the map server terminal 20 as the current coordinate; 3. In the implementation of the application providing module of the present invention, in some cases it is not necessary to know the exact coordinates of the computing device 30, but rather to know where the computing device 30 is approximately located, or approximately It can be within a short distance from which position. In addition, since the correspondence between the Internet Protocol address (IP address) corresponding to the location (geographic location or address) in the real world can be usually a carrier or a domain name system; DNS) operators are aware of it. Therefore, a set of coordinates is given by mapping the Internet Protocol address to the location in the real world. Therefore, in such an embodiment, the query latitude and longitude module 20-1 of the map server terminal 20 may include an Internet Protocol protocol address or a coordinate application program interface (API). In an example, the location information transmission module 30-1 can transmit an internet protocol address (IP) of the computing device 30 to the query latitude and longitude module 20-1 of the map server terminal 20, and subsequently query the latitude and longitude mode. The group 20-1 transmits or assigns a set of coordinates to the location information transmission module 30-1 according to the internet protocol address, and the location information transmission module 30-1 transmits the location information module 30-1 to the location module 10-1. The current coordinates. In another example, the location information transmission module 30-1 can transmit the internet protocol address of the computing device 30 to the location module 10-1, and the location module 10-1 can then access the map server. The query latitude and longitude module 20-1 of the terminal 20 requests a set of coordinates as the current coordinates; 4. The user may have previously recorded/transferred during the operation/use of the computing device 30, or when originally registering his personal account. Calculating the coordinates of the location of the device 30 to the location module 10-1, so the location module 10-1 can also identify it as the current coordinate (because at least a set of coordinates corresponding to the user) is passed to the search module. Group 10-2 performs subsequent actions or steps. In summary, the Bank can easily understand that the current coordinates of the search module 10-2 to be searched by the application database 888 may include, but are not limited to, the current instant (currently located) Location coordinates or location information; or 5. The computing device 30 and the server terminal 10 may all be identical (or adjacent) base stations (here referred to as the same or adjacent cellular network base stations ( Both are located in the same cell or adjacent small In the area) or a wireless network base station or a wireless access point (wireless acess point) for communication links (which can be determined by the same or adjacent base station name or serial number), so the location module 10-1 can The coordinates of itself are used as the current coordinates.

Regarding the generation aspect of the application package, in an example, the application automatic generation module 666 can be configured to receive name information (hereinafter referred to as a "name", for example, a user input on a user side wants The application automatically generates module 666 by the application of the present invention to generate an application package and intends to name the application package (or application) to be automatically compiled (the name of the APP), or uploaded by the user. Or an image selected, and when a request to compile is initially received, automatically compiles an application package containing the name or the image. The Bank should be able to easily understand that receiving the name or the image is not a requirement for the application to automatically generate the module 666, that is, it is not necessary to receive the name or the image to implement the automatic method of the present invention. Compile the method of generating the application package. In an example, all automatically generated applications (application packages) can be given the same name or image (icon), or a user interface can be provided. The user selects a preset option (or a drop-down menu, etc.) to select the name of the preset to be used or selects the pre-stored in the memory 12, the storage device 19 or the file server end 999 (please refer to FIG. 2A together) And the image file preset in FIG. 2B) is an image (or icon) corresponding to the application package (or the application after installation), as shown in preset option 403 in FIG. 4D. . Therefore, the Bank should be able to easily understand whether the user enters the name or uploads the image, or the application automatic generation module 666 receives the name information or the image should not be a limitation for implementing the present invention. .

In an example, when the application package is automatically compiled, the application automatic generation module 666 will assign the name, number or ID of the application package, or the application package to the storage device 19 or a file server. File path in terminal 999, etc. The relevant data corresponding to the application package will be stored in the application database 888 for subsequent access, editing or modification, or deletion of the data. In another example, in addition to the name or the image, the application auto-generating module 666 can further receive coordinates so that the application repository 888 associates the application package with the application package after it is generated. The coordinates. The manner in which the coordinates are acquired, generated, or received may be the same or similar to the manner in which the "current coordinates" are obtained as described above.

In addition, it should be readily understood by those skilled in the art that in the foregoing examples, the application database 888 may include, but is not limited to, be set/stored in the storage device 19 and may be through a Structured Query Language (SQL). The data structure of the program is accessed. However, in other examples, if it is feasible to set/save it on a server other than the server 10 (for example, the file server 999), the Bank should be able to It is easy to understand that it should not be limited to being set in the same server.

In one example, the application repository 888 can be configured to associate the application package with coordinates corresponding to the application package for storage in the application repository 888. The generation or acquisition manner (flow or step) of the coordinate corresponding to the application package may be referred to, may be the same, or may be similar to the generation or acquisition manner of the current coordinate, and transmitted by the location module 10-1. The module 666 is automatically generated for the application, depending on which location or coordinate the user wants the application package to correspond to, and therefore will not be described here.

In another example, the coordinates corresponding to the application package can also be instantly changed with the immediate/updated coordinates of the computing device 30 used to upload the image or the request to start compiling (instant computing device 30) The coordinates are used as coordinates corresponding to the application package). In this example, after the application package is generated, the location information transfer module 30-1 can be configured to send updated member coordinates of the computing device 30 to the location module 10 periodically (eg, every five minutes, and the like). 1. The application automatically generates the module 666 to instantly change/update the coordinate corresponding to the application package.

In addition, similarly, if the current coordinate is the same as the coordinate corresponding to the application package or the distance is less than the distance value, the application location module 10-3 may be configured to transmit the application package corresponding to the application package. The coordinates, and the image module 10-4 can be configured to transmit corresponding to the application The image of the package, wherein the image is displayed on a map according to coordinates corresponding to the application package.

In other examples, the application auto-generating module 666 can be configured to simultaneously receive at least one of a plurality of names or a plurality of images corresponding to the plurality of application packages, and automatically receive a request to compile at the beginning. Compiling to generate a plurality of application packages including at least the plurality of names or one of the plurality of images (where at least the plurality of names or each of the plurality of images is associated with the plurality of application packages Each of the corresponding ones). Additionally, in this example, the application database 888 can be configured to store a plurality of coordinates corresponding to the plurality of application packages, or the storage device 19 or the file server 999 can be configured to store at least the plural An application package, the plurality of coordinates corresponding to the plurality of application packages, the plurality of names, and one of the plurality of images.

In addition, the application package download module 555 can be configured to display one of the application packages corresponding to the application package when the image on the map (or at least one of the plurality of images) is clicked. Downloading the interface (such as the aforementioned download interface 30-4 or 30-4'), and subsequently obtaining a link when the downloaded button is clicked or the user captures the 2D barcode in the 2D barcode scanner (for example, usually When the link is selected after a URL, a download program corresponding to one of the application packages will be launched. Thus, in one example, the (or the) download interface includes a two-dimensional barcode, wherein scanning the two-dimensional barcode can generate a path or link to download the application package. In another example, each time the application automatic generation module 666 automatically compiles an application package, the application package download module 555 can give a path or link corresponding to the application package (downloadable One of the application packages is path or link), and the path or link can be further converted to a two-dimensional barcode for display on the download interface (eg, download interface 30-4'). The Bank should be able to easily understand that the step of converting the path or link to the 2D barcode can be converted by the application package download module 555, or by the application package download module 555 to connect or call other websites. (Server side, not shown) provides an application interface (api) that converts text or images into 2D barcodes to complete the conversion.

In addition, the Bank should be able to easily understand that the application package stored in the storage device 19 or the application package that can be displayed on the map does not necessarily have to be automatically compiled by the application automatic generation module 666, and A user (for example, an engineer) can also upload the application package compiled by the compiler after writing the program to the server 10 and store it in the storage device 19 when receiving such an artificially generated application. In the package, the application package download module 555 can also generate a corresponding path or link (a path or link of the application package can be downloaded), and the path or link can be further converted into a 2D barcode. Displayed in one of the corresponding download interfaces. In this example, if the user further provides a coordinate corresponding to its application package, the application package can be associated with the coordinate and may subsequently be displayed in the map corresponding to one of the coordinates.

In addition, in an example, when a user inputs or uploads a name or an image of an application package that he/she wants to make (please note again that the name or image is not automatically used by the application of the present invention. When the module generates the necessary conditions for generating an application package, or when the user generates and/or sends (or attempts to send) the request to start compiling, or when the application automatically generates the module 666, the application is started. Before the package, during the process of generating the application package, or after the application package is generated, the cost module 777 can be configured to provide the user with the application package (this application package) ( Or the fee (or point) available to the user interface 30-5, or after notifying the user, he/she will receive a fee (or available) for the application package ( Or the number of notifications. Unlike the former, the user is required to pay the (or available) expenses (or points) before the production is started, during the production process, or when the production is completed. In the latter example, the fee module 777 will Counting the number of times the download interface corresponding to the application package is opened or the number of times the application package is downloaded, and the number of times the download interface is opened or the number of times the application package is downloaded (or points).

In addition, in other examples, when the aforementioned user attempts to give a coordinate corresponding to the (or the) application package, since the location has a lot of people, if the user applies the application package The coordinates associated with the location may increase the probability (or number of times) that the application package is seen, followed, or downloaded, so in this example, the cost module 777 can be further configured to use When the application package is expected to be associated with a coordinate corresponding to the location, the cost module 777 will generate (or add to the original fee (or points) an additional fee (or number of points). The Bank should be able to easily understand that this additional fee (or points) can be considered as an advertising fee that increases the probability of exposure or the probability of being downloaded.

In other examples, when a user attempts to download or install the application package through the download interface or through the path or link generated by scanning the two-dimensional barcode, the fee module 777 can remind the user about the download. Or a fee (or number of points) that should be borne by the installation.

In an example, the sorting module 333 can be configured to be used according to at least the time when the application package was generated, the time when the application package was stored, and the download interface 30-4 or 30-4' corresponding to the application package. The number of times the application was opened, the number of times the application package was downloaded, and one of the web pages associated with the application package (for example, mentioning the application package (containing one of the related keywords) or displaying one of the downloadable application packages The number of times a page has been viewed, or the number of times it is cited, or the cost (or number of points) of the application package, such as the cost (or number of points) spent generating the application package. One of them produces a sort value corresponding to one of the application packages. In this example, if the image to be displayed at the same time or the image near the coordinate contains at least one of the images corresponding to the application package, the image module 10-4 can be configured. For determining the order of the image corresponding to the application package on the map according to the respective sorting values of the (or the images) (eg, which one should be above, and which one will be the other Covered by the image).

In another example, the sorting module 333 can set the sorting value corresponding to the application package to a specific value, wherein the image module 10-4 determines the sorting value corresponding to the application package. For the specific value, if the image to be displayed at the same time or near the coordinate at the same time contains at least one of the images corresponding to the application package, the image module 10-4 will directly cause the corresponding The The image of the application package is displayed at the top of the map corresponding to the location of the coordinate or its vicinity.

Please refer to FIG. 2B. FIG. 2B is a block diagram of a server terminal 10 of a location-based application providing module according to an example of the present invention. In this example, server terminal 10 can include a processor (CPU or CPU) 18 that can execute a program stored in storage device 19. The program may include, but is not limited to, a location instruction (instruction) 10-1i, a search instruction 10-2i, an application location instruction 10-3i, an image instruction 10-4i, an application download instruction 555i, or an application automatic compilation instruction. 666i. In one example, the instructions may be temporarily stored in a memory 12 when the program is executed, and the processor 18 may access the instructions in the memory 12 through a memory controller 16.

In an example, the program can include instructions for providing coordinates corresponding to an application package (which can be included in the application location command 10-3i) and instructions for providing an image corresponding to one of the application packages (which can It is included in the image command 10-4i), which can be transmitted through a communication module 17. The communication module 17 can include, but is not limited to, a network card (wired or wireless network card), or a cellular transceiver (transceiver), an antenna, and the like.

In this example, executing image command 10-4i may display the image on a map based on coordinates corresponding to the application package.

In one example, the program can include instructions to provide a script that can display the image on a map corresponding to a location of a coordinate of the application package (which can be included in the application location command 10-3i and / Or image command 10-4i).

In another example, the program may further include providing an instruction corresponding to one of the download interfaces (eg, download interface 30-4) of the application package when the image on the map is clicked (which may be included in The application downloads the command 555i).

In another example, the program may further include an instruction to store at least the application package, the coordinate corresponding to the application package, or one of the images corresponding to the application package (which may be included in the application) Library Management Instructions 10-5i). In this example, at least the application package, the coordinate corresponding to the application package, or one of the images corresponding to the application package may be stored in the storage device 19 or the file server terminal 999.

In another example, the program can further include receiving an instruction corresponding to at least one name of the application package or one of the images (which can be included in the application package automatic compilation instruction 666i), and when receiving one Upon initiation of the compile request, an automatic compilation produces an instruction (which may be included in the application package autocompilation instruction 666i) containing at least the name or one of the images of the application package.

In another example, the program may further include an instruction that associates the application package with the coordinate after the application package is automatically compiled (this may also be included in the instruction included in the application package automatic compilation instruction 666i. After the application package is automatically compiled, it is associated with the coordinates and the coordinates are stored in the application repository 888).

In other examples, the program can include instructions for storing a plurality of coordinates corresponding to a plurality of application packages in the application database 888 (which can be included in the database management instruction 10-5i), and receiving a current coordinate instruction. (which may be included in the location command 10-1i), and an instruction to find an application package in the application database 888 that the distance between the corresponding coordinate and the current coordinate is less than a distance value based on the current coordinates ( It can be included in the search command 10-2i).

In other examples, the program may further include an instruction to transmit a coordinate corresponding to the application package (which may be included in the application coordinate instruction 10-3i), and an instruction corresponding to an image of the application package ( It can be included in image instruction 10-4i), wherein the image is displayed on a map according to the coordinates of the application package.

In other examples, the program may further include an instruction to provide a download interface corresponding to one of the application packages of the selected image when one of the images on the map is selected. Can be included in the application download command 555i).

In other examples, the program can further include an instruction for providing a user interface (which can be included in the application package auto-compilation command 666i), wherein the user interface is configured to receive at least the corresponding application package a name or one of the images, and when a request to compile is initially received, automatically compiles an instruction to generate the application package containing the name or the image (which may be included in the application package autocompilation instruction 666i) ). In addition, in this example, the program may further include associating the application package with a target instruction (which may be included in the database management instruction 10-5i) after the application package is automatically compiled.

In an example, the program can include an instruction to receive at least one of the names or an image (which can be included in the application package auto-compilation instruction 666i), and automatically compile when a request to start compilation is received. An instruction that includes at least one of the name or one of the images of the application package (which may be included in the application package auto-compilation instruction 666i). When the application package is automatically compiled, the application package is associated with a target instruction (which can be included in the database management instruction 10-5i).

In an example, the program may further include an instruction to transmit the coordinate corresponding to the application package (which may be included in the application location instruction 10-3i), and an instruction corresponding to the image of the application package. (which may be included in image instruction 10-4i), wherein the image is displayed on a map according to coordinates corresponding to the application package.

In an example, the program can further include providing an instruction corresponding to one of the download interfaces of the application package (which can be included in the application download instruction 555i) when the image on the map is clicked.

In other examples, the program can include instructions for providing a user interface (eg, user interface 30-5) (which can be included in the application package auto-compilation command 666i), wherein the user interface is configured to receive At least one of a plurality of names or a plurality of images, and when a request to start compilation is received, automatically compiling an instruction to generate a plurality of application packages including at least the plurality of names or one of the plurality of images (This can be included in the application package autocompilation directive 666i). In this example, The program may further include instructions for associating the plurality of application packages with the plurality of coordinates after the plurality of application packages are automatically compiled.

In other examples, the program may further include instructions for storing the plurality of coordinates corresponding to the plurality of application packages in the application database 888, receiving a current coordinate, and applying the current coordinates to the application. The database 888 searches for an application package instruction whose distance between the corresponding coordinate and the current coordinate is less than a distance value.

In other examples, the program may further include an instruction to transmit a coordinate corresponding to the application package, and an instruction corresponding to an image of the application package, wherein the image may be based on a coordinate of the application package Displayed on a map.

In other examples, the program may further include instructions to provide a download interface for one of the application packages corresponding to the selected image when the image on the map is clicked.

In other examples, the program can include an instruction to receive a current coordinate (which can be included in the search command 10-2i), and find the corresponding coordinate and the current coordinate in the application database 888 based on the current coordinates. An instruction of an application package (which may be included in the search instruction 10-2i) whose coordinate distance is less than a distance value.

In other examples, the program may include receiving a search condition to find an instruction of an application package whose coordinate corresponding to the current coordinate is less than the distance value and meets the search condition according to the search condition (which may be Included in the search command 10-2i), wherein the search condition may include one of at least one keyword or a preset option.

In other examples, the program may include, based on at least the time the application package was generated, the time the application package was stored, the number of times the download interface was opened, the number of times the application package was downloaded, and the application package. One of the number of times the web page is viewed or the number of times referenced, or one of the fees corresponding to one of the application packages, generates an instruction corresponding to one of the application package sorting values (which may be included in the sorting instruction 333), And image packs to be displayed at the same time or near the coordinates at the same time When there is at least one or more images corresponding to the application package, an instruction corresponding to the order of the image corresponding to the application package is displayed on the map according to the sort value (which may be included in the image instruction) 10-4).

In other examples, the program can include an instruction to set the sort value corresponding to the application package to a specific value (which can be included in the sort instruction 333), and when determining the sort corresponding to the application package When the value is the specific value, if the image to be displayed at the same time or near the coordinate at the same time contains at least one of the images corresponding to the application package, the map corresponding to the application package is directly caused. An instruction that is displayed at the top of the map corresponding to the location of or near the coordinate (which may be included in image instruction 10-4).

In other examples, the program can include an instruction to count the number of times the download interface is opened or the number of times the application package is downloaded (which can be included in the cost instruction 777), and the number of times the download interface is opened or the application The number of times the package is downloaded yields a fee (or point) instruction (which can be included in the cost instruction 777).

In addition, the Bank should be able to easily understand that in other examples, the above instructions may also be stored in the cache memory (not shown) of the processor 18, and the read-only memory of the server terminal 10 (not shown). The functions of the above modules are implemented or achieved in other memory devices such as tapes, floppy disks, hard disks, or optical disks (storage devices 19) of the server terminal 10, and therefore need not be described here.

Please refer to FIG. 2C, which is a block diagram of a computing device 30 that implements a location-based application providing module in accordance with an example of the present invention. In this example, computing device 30 can include a screen 31 that can be display controlled by a display controller 33-1 of an input/output subsystem (I/O subsystem) 33 of computing device 30. The input/output subsystem 33 further includes an input controller 33-2 to control an input device 38. In one example, if the computing device is a personal computer (PC) or a notebook, the input device 38 can include a keyboard or a mouse. In another example, if the computing device is a tablet or a smart phone (smart) The input device 38 can include a touch panel that can be integrated into the screen 31 so that the user can input with a finger or a stylus.

The computing device 30 can include a processor 35 that can access or control the positioning module 32, the RF circuit 39, or the input/output subsystem 33 via a peripheral interface 34. The storage device 19 can store a program. The program can include a user interface command 30-41i, a location information transfer command 30-1i, or a map display command 30-3i. The foregoing instructions may be temporarily stored in the memory 39, and the processor 35 may perform access of the memory 39 through a memory controller 37 to execute instructions temporarily stored in the memory 39. In this example, each of the foregoing instructions may include at least one instruction, and the processor 35 may access the instructions in the memory 39 via a memory controller 37 for execution.

In an example, the program can include an instruction to receive a script that can display a location corresponding to a coordinate of an application package on a map (which can be included in the map display instruction 30-3i) and receive corresponding to An instruction of an image of the application package (which may be included in map display instructions 30-3i), wherein the script or receipt of the image may be received via a radio frequency (RF) circuit 39 via an antenna (not labeled).

In an example, the program may further include an instruction to display the map on the screen 31 (which may be included in the map display instruction 30-3i), and execute the script according to the coordinate corresponding to the application package. An instruction on the map displayed on the screen (which may be included in the map display instruction 30-3i).

In an example, the program may further include displaying an instruction corresponding to one of the download interfaces (30-4a or 30-4b) of the application package on the screen 31 when the image on the map is clicked ( It can be included in the map display instruction 30-3i). In an example, the download interface includes a two-dimensional barcode. In another example, the program further includes scanning the two-dimensional barcode to generate an instruction (not shown) that can download a path or link of the application package.

In other examples, the program can include an instruction to display a user interface 30-5 that can receive at least one of the names or an image on the screen (which can be included in the user interface instructions 30-41i), display Initially compiling the button on the screen 31 (which may be included in the user interface instructions 30-41i), and When the start compile button is pressed, an instruction to start compiling the request (which may be included in the user interface instructions 30-41i) is generated. In this example, executing the program may further send the request to start the compilation to the application automatic generation module 666 of the server terminal 10 (as shown in FIG. 2A, however, if the embodiment depicted in FIG. 2B is referred to For example, processor 18 of server terminal 10 begins executing instructions contained in application automatic generation module 666 to automatically compile an application package containing at least one of the name or one of the images. In addition, in this example, the program may also cause the application package to be associated with a tag for storage in the application repository 888 of the server terminal 10.

In other examples, the program can include an instruction to transmit at least one of the name of the application package or one of the images (which is included in the user interface instructions 30-41i), and to send a request to start compilation. Instructions (which are included in the user interface instructions 30-41i).

In other examples, the program may include an instruction to transmit a current coordinate (which is included in the location information transfer instruction 30-1i or the search command 30-6i), and receive a distance between the corresponding coordinate and the current coordinate is less than An instruction of an application package of a distance value (which is included in the map display instruction 30-3i or the search instruction 30-6i).

In other examples, the program can include an instruction to transmit a search condition (which is included in the search command 30-6i), and receive a coordinate whose corresponding coordinate and the current coordinate distance are less than the distance value and meet the search condition. The instruction of the application package (which is included in the map display instruction 30-3i or the search instruction 30-6i). In an example, the search condition includes one of at least one keyword or a predetermined option.

In other examples, the program may include a sort value according to each of the images if the image to be displayed at the same time or near the coordinate at the same time contains at least one of the images corresponding to the application package. An instruction of the at least one image (which is included in the map display instruction 30-3i) is displayed in a sequential manner on the map.

In other examples, the program can include instructions to set the ranking value corresponding to the application package to a particular value (which is included in the user interface instructions 30-41i).

In an example, the implementation of the functions or modules associated with the descriptions of FIGS. 1A through 2C and those described with reference to FIGS. 1A through 2C can be described with reference to the partial (partial) code shown in FIG. . In this example, part of the code shown in Figure 8 is provided by the PHP language (or call) Google's map server (in this example, the map server 20). The map application interface (Google Maps API, which can include at least a portion of map module 20-2 in this example) is written. When executing or calling the code containing / about the appdm_infowindow variable (refer to lines 9-12 and lines 24-26 of the code in Fig. 8), the download interface 30-4 can be displayed/generated, and the call is made google. The maps.Marker application interface (refer to lines 14-22 of the code in Figure 8) will place the image corresponding to the application package on the map (as called on line 19). google.maps.LatLng application interface and pass the latitude value latitude and longitude value with the image to be attached/placed (such as the google.maps.MarkerImage application interface called line 20 and indicate the map provided The path that the display module 30-3 can read the image file is 'apk/<?=$r['userid']?>/<?=$r['id']?>/logo.png' ) to display on the map.

Please refer to FIG. 2D, which is a block diagram of a module based on a location-based application according to another example of the present invention. The map module 20-2 in the map server terminal 20, which was originally shown in FIG. 2A, is replaced by a map module coupled to a map database 40-3 in the storage device 19 in a server terminal 40. In addition to the group 40-2 substitution, the embodiment depicted in FIG. 2D and reference to FIG. 2D may be similar to the embodiment depicted in FIG. 2A and reference to FIG. 2A. In this example, if the user manually inputs information such as an address or a place name by the location information input field 30-2, the search module 10-2 can directly transmit the (or the information) to the map mode. Group 40-2, the subsequent map module 40-2 will look up the map database 40-3 to find a suitable set of coordinates (or information corresponding to the address or the name of the attraction) as the searchable module 10-2. The current coordinates for searching the application database 888 are based. In addition, in this example, a reference position (center position) and a map ratio of a map to be displayed by the map display module 30-3 may directly be "paste" or "catch" in the method of the transmission protocol. The method is transmitted to the map module 40-2 of the server terminal 40. Subsequently, when the search module 10-2 finds an application package corresponding to the current coordinate, the coordinates corresponding to the application package can be transmitted to the map module 40-2. The map module 40-2 may calculate the reference position and the map scale to generate a script, and transmit the script to the map of the computing device 30 along with the map (layer) corresponding to the reference position and the map scale. The display module 30-3. In an example, the script can include a Javascript. The local map display module 30-3 receives and executes the script to know where the image corresponding to the application package should be displayed (swinged or pasted) on the map.

Please refer to FIG. 3A, FIG. 3B and FIG. 3C, wherein FIG. 3A is a partial schematic diagram of a data structure corresponding to an item of an application package in the application database 888 according to an example of the present invention, FIG. 3B A partial schematic diagram of a data structure associated with an application package number and an application package file path in an application database 888 according to an exemplary embodiment of the present invention, and FIG. 3C is an example application database 888 in accordance with an exemplary embodiment of the present invention. A partial schematic diagram of the data structure of a piece of data associated with an image number and an image file path.

The application database 888 can be configured to store the name of the application package (hereinafter referred to as "application name") and its corresponding latitude and longitude coordinates (hereinafter referred to as "application coordinates"), that is, each application package A set of coordinates may correspond to an application name field 300-1 or an application coordinate field 300-2 in the application database 888. For example (please refer to Figure 1A, 1B, or 1C together), the company of "Lost Auction" is located at "4th Floor, 88-5 Minquan Road, Xindian District, New Taipei City", and its application package, for example, its name The apk package (or apk file) for "miiroad.apk" can correspond to the application coordinates such as "24.9829236, 121.5373691". The data structure of the application database 888 and the corresponding data fields can be as shown in FIG. 3A, wherein the application name field 300-1 can be used to store or record the file name of the application package. The application coordinate field 300-2 can be used to store or record the coordinates corresponding to the application package. An application package number field 300-3 can be used to store or record the application package number (ID or ID number). An image number field 300-4 can be used to store or record the number (ID or ID) of an image corresponding to the application package. ID number), a download count field 300-5 can be used to store or record at least one of the number of times the application package is downloaded or the number of times the download interface (eg, download interface 30-4a or 30-4b) is turned on, A sort value field 300-6 can be used to store or record a sort value corresponding to the application package, and a cost field 300-7 can be used to store or record a fee or point for the application package.

In an example, the application database 888 can include, but is not limited to, an associated database, so the number stored in the application package number field 300-3 can be related to an application package number field 310-1 and a The application package file path field 310-2. The application package can be found in the file system of the storage device 19 or the file server 999 of the server terminal 10 or 40 by the file path stored in the application package file path field 310-2 (for example, F:/ Apk/miiroad.apk), as shown in Figure 3B.

Similarly, the number stored in image number field 300-4 can also be associated with an image number field 320-1 to find an image file path field 320-2. The application package can be found in the file system of the storage device 19 or the file server side 999 of the server terminal 10 or 40 by the file path stored in the image file path field 320-2 (for example, F:/apk_icon) /miiroad_icon.apk), as shown in Figure 3C.

It should be noted that in other examples, it is not necessary to store the above-mentioned application package file path or the image file path to access the application package or the image. In this example, the module 10-3, 10-4, 555, or 666 can also access the application package or the image directly through the file system, so whether the application database 888 is an associated database or whether The file path in which the application package or the image is stored should not be a limitation or a requirement for implementing the invention.

In addition, the Bank should be able to easily understand that an application package can actually correspond to more than one coordinate and store it in more than one (or plural) application coordinate fields in the application database 888. In addition, for the overall performance of the system, or the file access speed or backup considerations, the application package and its corresponding images may also exist in different ways to store different storage devices. Or the file server side, so an application name field or an application coordinate field may also correspond to/associate with a plurality of application package number fields, a plurality of image number fields, and a plurality of application packages. File path field, or multiple image file path fields. Therefore, the number of fields corresponding to an application name field should not be a limitation for implementing the invention.

Please refer to FIG. 4A, FIG. 4B, and FIG. 4C, which are schematic diagrams of a user interface 30-5 according to an exemplary embodiment of the present invention, wherein FIG. 4A to FIG. 4C illustrate the use in this example. The interface 30-5 displays the order of the screens during operation. In the screen of FIG. 4A, the user can select the content of an application package that will be generated later (for example, the products 4b, 4c, 4d, and 4h are checked from the products 4a-4h). Next, in the picture of FIG. 4B, a name input field 402 can be used to input the name of an application package (application name), and an image upload field 403 can be used to select a picture to be uploaded as the application package. For an image file (image file), an address input field 407 can be used to input an address (for subsequent conversion to a coordinate corresponding to the application package in the manner or manner described above, however, the Bank should be able to easily understand In other examples, the user does not necessarily need to input the address through the address input field 407 to obtain the coordinate, and the coordinate may also be corresponding to the location related to the user who wants to create/generate the application package. The coordinate or the coordinate associated with the user that can be pre-recorded or stored in the storage device 19, when the application package is to be associated with the coordinate, the value of the coordinate is automatically brought into the application database 888. Therefore, the user does not need to input the address separately to perform the conversion of the coordinate), and a description field 408 can be used to input a description or introduction about the application package. Then, after clicking the submit button 404, the name and the image will be uploaded to the server terminal 10, and the application automatic generation module 666, which also sends a request to start the compilation to the server terminal 10, starts the process. The compilation of the application package. After the application package is compiled, as shown in the screen of Figure 4C, a button or link 405 for downloading the application package will be displayed, or can be read or scanned by a 2D barcode reader or scanner. Generate a 2D barcode that downloads a path or link to the application package.

It should be readily understood by those skilled in the art that the screens of Figures 4A, 4B or 4C are merely illustrative of one of the implementation aspects or portions of the user interface 30-5, and are not intended to limit the invention to only the exact same. The typesetting, functions, buttons, the number of pictures, or the order of the pictures are implemented. In addition, in actual implementation, the screen may need to be adjusted or changed according to the size of the screen 31 of the computing device 30 (refer to FIGS. 1A and 1B), and thus none of these should be a limitation for implementing the present invention. .

Please refer to FIG. 5A, which is a flow chart of a location-based application providing method implemented by the server terminal 10 or 40 according to an example of the present invention. In step 502, the application location module 10-3 can provide a coordinate to map module 20-2 or 40-2 corresponding to an application package. In step 504, image module 10-4 can provide an image corresponding to one of the application packages. In step 506, the map display module 30-3 of the computing device 30 can display the image on a map based on coordinates corresponding to the application package.

In an example, the method of the present invention can include step 508. In step 508, the map display module 30-3 of the computing device 30 can determine whether the image on the map is clicked (press), if yes, go to step 510, and if no, go back. A step or continue to wait for the event that triggered the entry into step 510 to occur (i.e., the image on the map is clicked (pressed)).

In step 510, when the image on the screen is pressed, the map display module 30-3 of the computing device 30 transmits a request to the application package download module 555. In an example, the request may be transmitted to the application package download module 555 by means of a "paste" or "catch" method in the super-transport protocol method, and then the application package download module 555 receives the request. The download interface 30-4 corresponding to the application package can then be launched/displayed on the screen 31 of the computing device 30 or on the map.

In another example, when the image on the map (or on the screen 31) is clicked (pressed), the download interface 30 corresponding to the application package can be directly displayed on the map (or on the screen 31). -4. In one example, the download interface 30-4 can include a user interface that has been or has been downloaded to the computing device 30, such as an application including the map display module 30-3 installed in the computing device 30. One of (app) user interface. In addition, in this example, if the information to be displayed on the download interface 30-4, such as the specification, description, etc. of the application package, the information may be originally written on the user interface, or may be by JSON or XML. The way is transferred from the application package download module 555 to the download interface 30-4. In another example, the map display module 30-3 can include a browser, and the download interface 30-4 can also include a PHP file, an ASP file, a JSP file, which is present in or downloaded to the computing device 30. An ActiveX file, a JRE file, or a Javascript script that can be executed by the browser to form a download interface 30-4. In addition, in this example, if the information is to be displayed on the download interface 30-4, the information may be originally written in the PHP file, the ASP file, the JSP file, the ActiveX file, the JRE file, or the Java script. Or, by means of a "paste" or "catch" method in the super-transport protocol method, to the download interface 30-4. In another example, when a download button on the download interface 30-4 is clicked (press) The application package download module 555 can download the application package to the computing device 30.

In other examples, the method of the present invention can include step 520 and/or step 522. In step 520, the cost module 777 can count the number of times the application package was downloaded. In step 522, the cost module 777 can generate a fee based on the number of times the application package was downloaded.

Please refer to FIG. 5B, which is a flow chart of a location-based application providing method implemented by the server terminal 10 or 40 according to another example of the present invention. In step 512, the application automatic generation module 666 can receive at least one name information (from the name entered by the user in the field 402) and a target (by the field) through the user interface 30-5 of the computing device 30. In 407, an address edited or input by the user is converted (note that there is no need to input, and a map and a marker/balloon can be provided at this location for the user to select the follow-up by moving the marker/balloon. The position or coordinate of the image corresponding to the application package that is placed/desired to be displayed) or an image (the user can input, select, or edit the file path of the file of the image to upload the image) Like a file, or check the preset or pre-stored image on the server side as one of the images corresponding to the application package you want to generate this time. In step 514, the application automatic generation module 666 can determine whether a request to start compilation is received. In an example, the user interface 30-5 of the computing device 30 can initiate the compilation of the request. For example, when the user presses a "confirm upload" (or compile (not shown)) button in the user interface 30-5, the request to start compiling can be initiated. If yes, go to step 516. If no, go back to step 512 or continue to wait for the event that triggered the entry to step 516 to occur (ie, receive the request to start compiling).

In step 516, upon receiving the request to begin compilation, the application auto-generating module 666 can automatically compile an application package containing at least one of the name or one of the images.

In an example, the method of the present invention may further comprise step 518. In step 518, when the application package is automatically compiled by the application automatic generation module 666, it can associate the application package with the coordinate, and store at least the application package corresponding to the application package. The coordinate or one of the images corresponding to the application package is in the storage device 19, the application database 888, or the file server terminal 999.

In an example, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may further include the application location module 10-3 transmitting the coordinate corresponding to the application package to the map server end. Steps of the map module 20-2 of 20.

In another example, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may further include the image module 10-4 transmitting the image corresponding to the application package to the computing device 30. The map shows the steps of module 30-3.

In another example, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may further include the map display module 30-3 of the computing device 30 for causing the computing device 30 to correspond to the application. The step of the package displaying the image on a map.

In other examples, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may further include providing one of the application packages to be downloaded when the image on the map is clicked. The steps of the interface (eg, the same or similar to the download interface 30-4).

In addition, for a detailed description of the foregoing steps, please refer to the descriptions made in the above 2A-2D drawings or refer to the 2A-2D drawings.

In other examples, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention can include providing a user interface 30-5 on the screen 31 of the computing device 30 to receive at least a plurality of names or plurals. The steps of one of the images.

In this example, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may further include: when the application automatic compilation module 666 receives the request for initial compilation, the automatic compilation generates at least the The steps of a plurality of application packages of a plurality of names or one of the plurality of images.

In this example, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may further include associating the plurality of application packages with the plurality of application packages after the automatic compilation is generated. The plurality of coordinates are stored in at least one of the storage device 19, the application database 888, or the file server terminal 999.

In this example, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may also include the step of the location module 10-1 receiving a current coordinate, and the search module 10-2 according to the current a step of searching for an application package in the application database for a distance between the corresponding coordinate and the current coordinate is less than a distance value, and the application location module 10-3 transmits the application package corresponding to the application package. The step of the coordinate, the image module 10-4 transmitting the image corresponding to one of the application packages, or causing the map display module 30-3 of the computing device 30 to image the image according to the coordinates of the application package The steps shown on a map.

In addition, in this example, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may further include providing a map corresponding to the selected image when the image on the map is clicked. The steps of downloading an interface (such as download interface 30-4) from one of the application packages.

Similarly, for a detailed description of the above steps, please refer to the descriptions made in the above 2A-2D drawings or refer to the 2A-2D drawings.

In other examples, the method of the present invention may further comprise step 524. In step 524, the application package download module 555 can generate a two-dimensional barcode corresponding to the application package.

In other examples, the method of the present invention may further comprise step 530. In step 530, the sorting module 333 can calculate or record a sorted value corresponding to the application package (in an example, it can be recorded in the application database 888).

Please refer to FIG. 6A, which is a flow chart of a location-based application providing method implemented by the server terminal 10 or 40 according to an example of the present invention. In step 602, a plurality of coordinates corresponding to the plurality of application packages are stored in the application database 888. In step 604, the location module 10-1 or the search module 10-2 can receive a current coordinate. In step 606, the search module 10-2 can search the application database 888 for an application package whose distance between the corresponding coordinate and the current coordinate is less than a distance value according to the current coordinate. In step 608, the application location module 10-3 can transmit a map display module 30-3 corresponding to the coordinates of the application package to the map module 20-2 or 40-2, or the computing device 30. In step 610, the image module 10-4 can transmit an image corresponding to one of the application packages to the map display module 30-3. Next, in step 612, the application location module 10-3 in conjunction with the image module 10-4 can provide a script that can display the image on a map corresponding to a position of the coordinates of the application package. The map display module 30-3 can display the image on a map of the screen 31 of the computing device 30 based on the coordinates of the application package.

In this example, step 508 and step 510 as described above may be further included. In step 508, the map display module 30-3 or the application package download module 555 can determine whether the image on the map is clicked. If YES, the process proceeds to step 510. If no, the process returns to step 612 or continues to wait for the event to enter step 510 (i.e., when the image is clicked). In step 510, when the image on the map is clicked, the application package download module 555 can provide a map corresponding to the selected one. One of the application packages like the download interface. In one example, the download interface includes a two-dimensional barcode, wherein scanning the two-dimensional barcode can generate a path or link for downloading the application package.

In this example, the method further includes storing at least the plurality of application packages (including the application package), the coordinates corresponding to the application package, or one of the images corresponding to the application package in the application. The steps of the program database 888, the storage device 19, or the file server terminal 999.

In this example, the application automatic generation module 666 may further include a user interface 30-5 for receiving at least one name corresponding to the application package or one of the images, and when the application is automatically generated. When the module 666 receives the request to start compiling, it automatically compiles the step of generating the application package containing the at least one name or one of the images.

In addition, in this example, after the application package is automatically compiled, the application package is associated with a label stored in the application database 888 (subsequently through the 3A-3C map). The related information of the at least one application package is accessed and described in the manner described with reference to Figures 3A-3C).

Please refer to FIG. 6B, which is a flow chart of a location-based application providing method implemented by the server terminal 10 or 40 according to another example of the present invention. In this example, the location-based application providing method implemented by the server terminal 10 or 40 as depicted in FIG. 6B and described with reference to FIG. 6B may include the same or similar to FIG. 6A and reference to FIG. 6A. The described method can include step 602 or 604. In step 614, the search module 10-2 can find a plurality of application packages whose application coordinates are less than a distance between the coordinates of the corresponding coordinates and the current coordinates according to the current coordinates. In step 616, the application location module 10-3 can provide coordinates corresponding to the plurality of application packages. In step 618, image module 10-4 can provide a plurality of images corresponding to the plurality of application packages. In step 626, the image module 10-4 determines whether the coordinates corresponding to any two of the plurality of application packages are the same or similar. If YES, the process proceeds to step 628, if no. Then, the process proceeds to step 620. In step 628, the image module 10-4 According to the corresponding sorting values, it is determined that the images corresponding to the two corresponding application packages whose coordinates are the same or similar are displayed on a map corresponding to the position of the coordinates. In step 630, the image module 10-4 will display the plurality of images on the map according to the coordinates of the plurality of application packages and the sequence (for example, providing a script to enable the map display mode of the computing device 30. Group 30-3 can display the plurality of images on a map after execution). In step 620, the image module 10-4 displays the plurality of images on the map based only on the coordinates of the plurality of application packages (similarly, another script is provided to cause the map display mode of the computing device 30. Group 30-3 can display the plurality of images on a map after execution).

In an example, the location-based application providing method implemented by the server side of the present invention may further include step 688. In step 688, the sorting module 333 can, for each application package of the plurality of application packages, according to at least the generated time, the time when the application package is stored, the number of times the download interface is opened, and the application package. One of the number of times the download is made, the number of times the web page associated with the application package is viewed or the number of times referenced, or one of the fees corresponding to one of the application packages generates a sort value corresponding to one of the application packages.

In another example, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may further include steps 622 and 624. In step 622, the application package download module 555 can determine whether the image on the map is clicked. If YES, the process proceeds to step 624. If "NO", the image is maintained. In step 624, the application package download module 555 can provide a download interface (eg, download interface 30-4a or 30-4b) corresponding to the selected image.

Please refer to FIG. 6C, which is a flow chart of a location-based application providing method implemented by the server terminal 10 or 40 according to other examples of the present invention. In addition to the steps 632 or 634, the location-based application providing method implemented by the server terminal 10 or 40 as depicted in FIG. 6C and described with reference to FIG. 6C may be similar to that depicted in FIG. 6B and referred to in FIG. 6B. The method of description. In step 632, the search module 10-2 can receive a current coordinate and a search condition. In step 634, the search module 10-2 can find out in the application database 888 according to the current coordinates and the search condition. A plurality of application packages whose corresponding coordinates are less than a distance value from the current coordinate and conform to the search condition.

In other examples, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may include a step (not shown) of setting the ranking value corresponding to the application package to a specific value. And when it is determined that the sorting value corresponding to the application package is the specific value, if the image to be displayed at the same time or near the coordinate at the same time, the image corresponding to the application package has at least one or more images. At the time, the image corresponding to the application package is directly displayed on the top of the map corresponding to the position of the coordinate or the vicinity (not shown).

In other examples, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may include a step (not shown) of setting a sorting value corresponding to one of the application packages to a specific value. And when it is determined that the sorting value corresponding to the application package is the specific value, if the image to be displayed at the same time or near the coordinate at the same time, the image corresponding to the application package has at least one or more images. At the time, the image corresponding to the application package is directly displayed on the top of the map corresponding to the position of the coordinate or the vicinity (not shown).

In other examples, the location-based application providing method implemented by the server terminal 10 or 40 of the present invention may include the step of counting the number of times the download interface is opened or the number of times the application package is downloaded (not shown). And a step (not shown) for generating a fee (or number of points) based on the number of times the download interface is opened or the number of times the application package is downloaded.

Please refer to FIG. 7A, which is a flow chart of a location-based application providing method implemented by computing device 30 in accordance with an example of the present invention. In step 702, the map display module 30-3 can receive a script that can display the location corresponding to the coordinates of an application package on a map. In step 704, the map display module 30-3 can receive an image corresponding to one of the application packages. In step 706, the map display module 30-3 can display the map. In step 708, after the map display module 30-3 executes the script, the map display module 30-3 can be based on the seat corresponding to the application package. The image is displayed on the map. In step 710, when the image on the map is clicked, a download interface 30-4 corresponding to the application package can be displayed on the screen 31 of the computing device 30.

In other examples, the download interface 30-4 can include a two-dimensional barcode. In this example, the location-based application providing method implemented by computing device 30 of the present invention can include the step of scanning the two-dimensional barcode to generate a path or link that can download the application package.

Please refer to FIG. 7B, which is a flow chart of a location-based application providing method implemented by computing device 30 in accordance with an example of the present invention. In step 712, a user interface 30-5 that can receive at least one of the names or an image can be displayed on the screen 31 of the computing device 30. In step 714, a start compile button can be displayed on the screen 31 of the computing device 30. In step 716, it may be determined whether the start compile button is pressed (or clicked). If YES, the process proceeds to step 718. If NO, the process returns to step 714 or continues to wait for the event to enter step 718 to occur ( That is, wait until the start of the compile button is pressed. In step 718, when the start compile button is pressed, a request to start compiling is generated.

In an example, the step of sending the request to start compiling to the remote (server end 10) application automatically generating module 666 may be further included.

In another example, the application auto-generation module 666, which may further include the server terminal 10, automatically compiles a step of generating an application package containing at least one of the name or one of the images.

In other examples, the step of associating the application package with a tag for storage in an application repository 888 may also be included.

Please refer to FIG. 7C, which is a flow chart of a location-based application providing method implemented by computing device 30 in accordance with yet another example of the present invention. In step 720, the map display module 30-3 can receive a location corresponding to a coordinate corresponding to the plurality of application packages, and a coordinate corresponding to the existence of two application packages in the plurality of application packages respectively. When the same or similar position on a map is displayed, the images corresponding to the two application packages are sequentially displayed on the map. a script. In step 722, the map display module 30-3 can receive a plurality of images corresponding to the plurality of application packages. In step 706, the map display module 30-3 can display the map. In step 724, the map display module 30-3 can display the plurality of images on the map according to the script.

In an example, the location-based application providing method implemented by computing device 30 of the present invention may further include step 726. In step 726, when one of the plurality of images on the map is selected, the map display module 30-3 may display one of the application packages corresponding to the selected image. .

Please refer to FIG. 7D, which is a flow chart of a location-based application providing method implemented by computing device 30 in accordance with other examples of the present invention. In addition to steps 728 or 730, the location-based application providing method implemented by the server terminal 10 or 40 as depicted in FIG. 7D and described with reference to FIG. 7D may be similar to that depicted in FIG. 7B and referenced to FIG. 7B. The method of description. In an example, the location-based application providing method implemented by computing device 30 of the present invention may further include step 728. In step 728, the user interface 30-5 can display a user interface that can receive at least one of a name, an address, or an image. In another example, the location-based application providing method implemented by computing device 30 of the present invention may further include step 730. In step 728, the user interface 30-5 can display a fee (or number of points).

Please refer to FIG. 9. FIG. 9 is a flow chart of a location-based application providing method implemented by computing device 30 in accordance with other examples of the present invention. In step 902, the search field 30-6 can be used to enter a search condition and communicate to the search module 10-2. In step 904, the map display module 30-3 can receive a plurality of coordinates and a plurality of images of a plurality of application packages whose coordinates corresponding to the current coordinate distance are less than a distance value and conform to the search condition. In step 906, the map display module 30-3 may display the plurality of images on the map according to the sorting value of each of the application packages on the map in a sequential manner according to the sorting value of each application package. The upper position corresponds to the position of the plurality of coordinates.

Please refer to FIG. 10A, which is a flow chart of a location-based application providing method implemented by server terminal 10 or 40 (on a server side) according to another example of the present invention. In addition to steps 1012 and 1016, the method depicted in FIG. 10A and described with reference to FIG. 10A can be similar to the method depicted in FIG. 5B and described in reference to FIG. 5B. In step 1012, the application automatic generation module 666 can receive name information (name, such as the name of the upcoming application (name of the APP)) or a standard by the user interface 30-5 of the computing device 30. . In an example, when the name information is received, it may be stored as a name attribute or the value/data in the original name attribute may be changed according to the name information. In step 1016, upon receiving the request to begin compilation, the application auto-generating module 666 can automatically compile an application package containing the name attribute.

Referring to FIG. 10B, FIG. 10B is a flow diagram of a location-based application providing method implemented by computing device 30 (at a client) in accordance with another example of the present invention. In addition to steps 1014 and 1034, the method depicted in FIG. 10B and described with reference to FIG. 10B can be similar to the method depicted in FIG. 7B and described in reference to FIG. 7B. In step 1014, at least one name (or name information can be generated) can be displayed on the screen 31 of the computing device 30, an archive path corresponding to an image can be selected, an image can be selected, or an image can be edited. User interface 30-5 of the file path of an image to be uploaded. In step 1034, a request to generate a button ("OK" button) is generated to be transmitted to the server.

Please refer to FIG. 10C, which is a flow chart of an automatic generation method of an application package according to an example of the present invention. In step 1018, a request for compiling can be initiated from a first client's request to a server. In step 1020, an application package including a name may be automatically compiled on the server side, where the application package is installed on the first user or a second user may be at the first user or The second client generates an application that includes an instant messaging program. In step 1022, a message and a request to send the message to one of the third clients may be requested to be transmitted by the first or second client to the server. In addition, in step 1024, the message can be The server end to the third user end. In an example, after the application package is automatically compiled, the application package can be associated with a target on the server, and at least the application package can be stored on the server or corresponding to the application. One of the coordinates of the package. In another example, the coordinate corresponding to the application package may be transmitted from the server end to the first, second or third client, or an image corresponding to one of the application packages may be transmitted. To the first, second or third client. In other examples, when the image on the map is clicked at the first, second or third client, a request can be sent to the server, and when the request is received, The server side launches a download program corresponding to one of the application packages, and the application package can be transmitted from the server end to the first, second or third user end.

Please refer to FIG. 10D, which is a flowchart of an automatic generation method of an application package according to an example of the present invention. In this example, the method may store a program instruction executable by the processor 18 by using a storage medium (eg, the storage device 19) in the server terminal 10 to implement a method including the following steps: 1. Receiving a request from a client. a request to start compiling; second, automatically compiling an application package containing a name, wherein the application package is installed by a client (eg, computing device 30) to generate an application including an instant messaging function; Or, receiving a message from the application and requesting the message to be sent to one of the accounts; and sending the message to the account. In an example, the method may further include: when the application package is automatically compiled, associating the application package with a target, and storing at least the application package, the name, or the corresponding to the application package. One of the coordinates is in the storage medium (storage device 19). In another example, the method may further include transmitting the coordinate corresponding to the application package or transmitting an image corresponding to the application package to the client (the computing device 30) for display on the map of the user end. . In other examples, the method further includes that when the image on the map is clicked, the client issues a request, so the request can be received, and the download program corresponding to one of the application packages is launched.

In other examples, the implementation of the present invention can include a storage medium in computing device 30 (illustration, which can include a storage device such as a memory card or a hard disk that can be interfaced with data path 360 such that The storage medium can be used to store program instructions that can be executed to implement an archive path including displaying an editable at least one name, selecting an image, or editing an image. A user interface, displaying a start compile button, and a request to generate a request when the start compile button is pressed. In an example, the method can further include transmitting the request, and automatically compiling an application package that can include at least the name or one of the images. In another example, the method further includes transmitting a coordinate corresponding to the application package. In yet another example, the method can also include receiving the coordinate corresponding to the application package and receiving an image corresponding to the one of the application packages. In other examples, the method can include sending a request to download the application package when the image is clicked. In other examples, the method may also include installing the application package to generate an application including an instant messaging function, sending a message generated by the application, and sending a request to send the message to one of the accounts. request.

Please refer to FIG. 11 , which is a user of an application including an instant messaging function generated by an application automatically generating a module or implementing an automatic application generating method of the present invention according to an example of the present invention. A schematic of interface 900. In addition to the instant messaging function (corresponding to an instant message button 924, it can be displayed in the user interface 900 to include an instant message display area 910, instant message 90a, 90b, 90c or 90d, an instant message input field. In addition to the 912, a private message button 914, or a screen of a send button 916, the application may have, for example, a sharing function (corresponding to a share button 922), a map function (corresponding to a map button 920), or a home page. Function (corresponding to a home button 918). In addition, the difference in operation or functionality between the application including the instant messaging function of the present invention and the application conventionally applied to the instant messaging application can be illustrated by the following FIG. 12A to FIG. 13C. Or explain.

Please refer to FIG. 12A and FIG. 12B. FIG. 12A and FIG. 12B are schematic diagrams of a prior art application 90 including an instant messaging function, in which all users use the same type of mobile application including instant messaging function. The program transmits the instant message, so in use (operating), when opening an address book (or contact list) to select a (or some) contact person for instant message communication At the time (as shown in Figure 12B), if there are a large number of contacts in the address book (or contact book), it will take more time to find out who wants to communicate, whether or not it is supplemented by a search function or Time to classify/divide these contacts or individually set permissions. For example, in this example, the address book or contact book contains at least contacts 90-1 to 90-6, wherein contacts 90-1, 90-2, and 90-3 are previously set as colleagues, and contacts 90 -4, 90-5 and 90-6 are set as classmates in advance. However, whether setting these groups or permissions, or selecting a group or one of the contacts must take extra time, and the operation of this mobile application is not for the user's own category / A sense of belonging and intuition used by a particular group/a specific group of friends/contacts of a small group.

Further, the above-mentioned single-segment design is designed to give all users and the general public a non-discriminatory use of the instant messaging function of the mobile phone application and the application of a specific small group of applications and the operation of a small group. The convenience that the application may bring can be explained or described with reference to Figures 13A to 13C.

Figures 13A, 13C, and 13C are schematic diagrams of an application including an instant messaging function in accordance with one example of the present invention. Referring to FIG. 13A, by using the application of the present invention to automatically generate modules/methods, the user can generate a specific/exclusive mobile application for different ethnic groups and friends to download and install to different ethnic groups and categories of friends. For instant messaging. In this example, the user generates the mobile phone applications 1200-1 and 1200-2 to download/install/use the two different groups of the aforementioned colleague and the classmate respectively (for the method, refer to the foregoing about the download interface 30- Description of 4). Please refer to Figure 13B. When the contacts Ali, Bochen and Changli install the mobile app 1200-1, they will be displayed in the address book/contact book of the mobile app 1200-1 (eg 121-1 to 121). -3), in this way, the user can click on the image of the mobile phone application 1200-1 in Figure 13A to find the user of the "colleague" group and transmit/communicate the instant message. (You can even send group messages directly) without the need for additional categorization, searching, selecting one or more contacts to create group chats, and more. The instant message operation mode of the "classmate" group corresponding to the mobile application 1200-2 is similar. because The present invention can improve the sense of belonging and communication of small groups/small groups above the social network, because each person can operate the application of the present invention to automatically generate modules or implement the present invention. Ways to create a mobile app with your own (or your own small group/small group) that includes instant messaging, and the image of this small group/small group of mobile apps is just clicked in. You can directly find contacts in this small group/small group, and such a mobile app may have a sense of belonging to this small group/small group's own logo, your own window style or tablecloth, and the future is more likely This can be used to enhance communication with individuals between small groups or for widespread use in the marketing of sub-groups/sub-groups.

Please refer to FIG. 14A, which is a flow chart of a location-based application providing method implemented on the server side according to an example of the present invention. Please refer to the first 1F-1H chart. In step 1402, the application database 888 can be configured to store one of at least one flag, one state, one time, one download count, or one punch count corresponding to an application. In step 1404, the application location module 10-3 can be configured to provide coordinates corresponding to the application. In step 1406, the image module 10-4 can be configured to provide an image corresponding to the application, and display the image on a map or a live photo according to the coordinate corresponding to the application. A position on the top. In addition, in step 1408, the image module 10-4 may also determine the location displayed on the map or the location on the live photo according to at least one of the state, the time, the number of downloads, or the number of punches. The size or chronological order of the images.

In an example, the location-based application providing method implemented on the server side according to an example of the present invention may further include configuring the application package download module 555 to be the image on the map or on the live photo. When selected, a step of providing a download interface corresponding to one of the application packages of the application (not shown in Figure 14A) is provided.

In addition, in another example, the location-based application providing method implemented on the server side according to an example of the present invention may further include configuring the storage device 19 to store at least the application package, corresponding to the application. The coordinate of the package, the image corresponding to the application package, corresponding to the application The step of the state of the package, the time corresponding to the application package, the number of downloads corresponding to the application package, or the number of times the credit is corresponding to the application package (not shown in Figure 14A) in).

Similarly, please refer to FIG. 2B together. In an example, the server 10 can also perform the location-based application providing method as described in FIG. 14A and described in FIG. 14A. The server 10 can include a processor 18, a memory 12, and a program stored in the memory 12 and configured to be executable by the processor 18. In this example, the program includes the following set of instructions: storing an instruction set corresponding to one of at least one image, one mark, one state, one time, one download count, or one punch count of an application; An instruction set of the image of the application; an instruction set for displaying the image on a map or a location on a live photo according to the coordinate corresponding to the application; and according to at least the state, the time, One of the number of downloads or the number of punches determines an instruction set of the size or chronological order of the image displayed at the location on the map or on the live photo. In another example, the program may further include: when the image on the map or the live photo is clicked, providing an instruction set corresponding to one of the application packages of the application download interface.

Please refer to FIG. 14B, which is a flow chart of a location-based application providing method implemented on the server side according to another example of the present invention. Please refer to the first 1F-1H chart. In step 1410, the application database 888 can be configured to store at least one of a plurality of coordinates, a plurality of states, a plurality of pen states, a plurality of download times, or a plurality of card punch times corresponding to the plurality of applications. In step 1412, the location module 10-1 can be configured to receive a current coordinate. In addition, in step 1414, the search module 10-2 may be configured to find an application in the application database that the distance between the corresponding coordinate and the current coordinate is less than a distance value according to the current coordinate. Program.

In an example, the location-based application providing method implemented on the server side according to an example of the present invention may further include configuring the application location module 10-3 to find the corresponding coordinate of the search module 10-2. When the distance between the current coordinates and the current coordinate is less than the distance of the application package, the transfer corresponds to a step of at least one of a flag, a state, a time, a download count, or a dozen times of the application, and configuring the image module to provide an image corresponding to the application, according to the corresponding The coordinate of the application is displayed on a map or a location on a live photo, and is determined to be displayed on the map according to at least one of the state, the time, the number of downloads, or the number of punches. Or the step of the size or chronological order of the image at the location on the live photo.

In this example, the location-based application providing method implemented on the server side according to an example of the present invention may further include configuring the application package download module 555 to be one of the images on the map or the live photo. When selected, a step of downloading an interface of one of the application packages of an application corresponding to the selected image (not shown in FIG. 14A) is provided.

In addition, in this example, the location-based application providing method implemented on the server side according to an example of the present invention may further include configuring the storage device 19 to store at least the application package corresponding to the application package. The coordinate, the image corresponding to the application package, the status corresponding to the application package, the time corresponding to the application package, the number of downloads corresponding to the application package, or corresponding to the application The step of one of the number of punches in the package (not shown in Figure 14A).

Similarly, please refer to FIG. 2B together. In an example, the server 10 can also perform the location-based application providing method as described in FIG. 14A and described in FIG. 14A. In this example, the program includes the following set of instructions: storing an instruction set corresponding to at least a plurality of coordinates, a plurality of states, a plurality of times, a plurality of download times, or a plurality of times of punching times of the plurality of applications; receiving An instruction set of a current coordinate; and an instruction set of an application for finding a distance between the coordinate corresponding to the current coordinate and the current coordinate based on the current coordinate in the application database.

In another example, the program may further include: when the application whose distance between the corresponding coordinate and the current coordinate is less than the distance value is found, transmitting at least one flag corresponding to the application, a state, An instruction set of one of a time, a download count, or a dozen hits; transmitting an instruction set corresponding to an image of the application; displaying the image on a map or a live photo according to coordinates of the application An instruction set of a position at the top; and determining, according to at least the state, the time, the number of downloads, or the number of punches, the size or time sequence of the image displayed on the map or the location on the live photo Ordered instruction set. In other examples, the program can further include: a set of instructions for downloading an interface of an application package of an application corresponding to the image when the image on the map is clicked.

Please refer to FIG. 15, which is a flow chart of a location-based application providing method implemented by a computing device in accordance with an example of the present invention. Please refer to the first 1F-1H chart. In step 1502, the map display module 30-3 can receive a script that can display a location corresponding to a coordinate of an application on a map or a location on a live photo, wherein the script includes a display. A parameter of the size or chronological order of the image, wherein the parameter is changed according to one of at least one state, one time, one download count, or one punch count corresponding to the application. In this example, the parameter may be set to change to a different value (digital representation) or letter/symbol or the like according to one of different at least one state, one time, one download count, or one punch count. In step 1504, map module 30-3 can receive an image corresponding to one of the applications. In step 1506, the map module 30-3 can display the map or the live photo on the screen 31. In addition, in step 1508, the map module 30-3 may be in accordance with the size or chronological order corresponding to the parameter (for example, the larger the value of the parameter, the larger the size of the image or the chronological order, or if The parameter is that different letters or symbols correspond to image sizes of different sizes or chronological order, and the like) the image is displayed on the map or at the location on the live photo.

In an example, the location-based application providing method implemented by the computing device according to an example of the present invention may further include configuring the user interface 30-5 to be on the map or the live photo. When the image is clicked, a step corresponding to a download interface of the application package of the application (not shown in Fig. 15) is displayed.

Similarly, please refer to FIG. 2C together. In an example, the computing device 30 can also perform the location-based application providing method as described in FIG. 15 above and refer to FIG. The computing device 30 can include a processor 35, a memory 39, and a program stored in the memory 39 and configured to be executable by the processor 35. In this example, the program includes a set of instructions for receiving a script that can display a location corresponding to a coordinate of an application on a map or a location on a live photo, wherein the script includes Displaying a parameter of the size or chronological order of the image, wherein the parameter is changed according to one of at least one state, one time, one downloading number, or one punching number corresponding to the application; the receiving corresponds to the application An instruction set of one of the programs; a set of instructions for displaying the map or the live photo on the screen; and displaying the image on the map or the live photo according to the size or chronological order of the parameter The set of instructions at that location.

When the image on the map or the live photo is clicked, an instruction set corresponding to one of the application packages of the application download interface is displayed on the screen.

In addition, in some illustrative examples of the invention, the specification may represent the method of the invention as a particular sequence of steps. However, since the scope of the method is not limited to the specific order of steps set forth herein, the method should not be limited to the specific order of steps described. It is also feasible for the person in charge to understand the order of other steps. Therefore, the specific order of steps set forth in this specification should not be construed as limiting the scope of the application. In addition, the scope of the patent application of the method of the present invention should not be limited to the implementation of the order of the steps in the written form, which should be readily understood by those skilled in the art, and the order may be changed and still be included in the present invention. Within the spirit and scope.

The Bank should be aware of the changes that can be made to the specific embodiments described above without departing from its broad inventive concept. Therefore, it is understood that the invention is not limited to the specific embodiment of the invention, and is intended to cover the modifications of the invention and the scope of the invention as defined by the appended claims.

4a, 4b, 4c, 4d, 4e, 4f, 4g, 4h‧‧ projects

10, 40‧‧‧ server side

10-1‧‧‧Location Module

10-1i, 10-2i, 10-3i, 10-4i, 10-5i, 30-1i, 30-3i, 30-6i, 30-41i, 333i, 555i, 666i, 777i‧‧

10-2‧‧‧Search Module

10-3‧‧‧Application Location Module

10-4‧‧‧Image Module

12, 39‧‧‧ memory

14, 360‧‧‧ data access

16, 37‧‧‧ memory controller

17‧‧‧Communication Module

18, 35‧‧‧ processor

19‧‧‧Storage device

20‧‧‧Map server side

20-1‧‧‧Query latitude and longitude module

20-2‧‧‧Map module

30, 30’‧‧‧ computing devices

30-1‧‧‧Location Information Transfer Module

30-2‧‧‧Location Information Entry Field

30-3‧‧‧Map display module

30-4, 30-4’‧‧‧ download interface

30-4a‧‧‧Download button

30-4b‧‧‧2D barcode

30-5‧‧‧User interface

30-6‧‧‧Search field

30-41‧‧‧User Interface Module

31, 31’‧‧‧ screen

32‧‧‧ Positioning Module

33-1‧‧‧Display controller

33-2‧‧‧Input controller

34‧‧‧ peripheral interface

38‧‧‧Input device

39‧‧‧RF circuit

300-1, 300-2, 300-3, 300-4, 300-5, 300-6, 310-1, 310-2, 320-1, 320-2‧‧‧ data fields

320‧‧‧ position

330, 330a, 330b‧‧‧ images

333‧‧‧Sorting module

340a, 340b, 340c, 340d‧‧‧ mark (points of interest)

402‧‧‧Name input field

403‧‧‧Image upload field

404‧‧‧Submit button

405‧‧‧Download the link to the app

406‧‧‧2D barcode used to download the app

407‧‧‧Address input field

408‧‧‧Describe the input field

555‧‧‧Application package download module

666‧‧‧Application auto generation module

777‧‧‧ Expense Module

888‧‧‧Application Database

999‧‧‧File server end

5055‧‧‧Time

5056‧‧‧ Images

The foregoing summary of the invention, as well as the embodiments above, may be better understood. For the purposes of illustration of the present invention, various embodiments of the present invention are illustrated in the drawings. However, it should be understood that the invention is not limited to the precise arrangements and devices disclosed.

In the drawings: FIG. 1A is a schematic diagram of a location-based application providing module according to an example of the present invention; FIG. 1B is a schematic diagram of a location-based application providing module according to another example of the present invention; 1C is a schematic diagram of a user interface of a module based on a location-based application according to another example of the present invention; FIG. 1D is a schematic diagram of a user interface of a module based on a location-based application according to another example of the present invention; FIG. 1E is a schematic diagram of a user interface of a module based on a location-based application according to another example of the present invention; FIG. 1E-1 is a user interface of a module based on a location-based application according to another example of the present invention; 1F is a schematic diagram of a user interface of a location-based application providing module according to an example of the present invention; FIG. 1G is a user interface of a location-based application providing module according to an example of the present invention; 1H is a schematic diagram of a user interface of a location-based application providing module according to an example of the present invention; 1I is a schematic diagram of a user interface of a location-based application providing module according to an example of the present invention; FIG. 2A is a block diagram of a location-based application providing module according to an example of the present invention; A block diagram of a server for providing a location-based application providing module according to an example of the present invention; FIG. 2C is a block diagram of a computing device for implementing a location-based application providing module according to an example of the present invention; 2D diagram is a block diagram of a location-based application providing module according to another example of the present invention. FIG. 3A is a partial diagram of a data structure corresponding to an item of an application package in an application database according to an example of the present invention. FIG. 3B is a partial schematic diagram of a data structure of a data associated with an application package number and an application package file path in an application database according to an exemplary embodiment of the present invention; FIG. 3C is an exemplary application according to the present invention. A partial schematic diagram of the data structure of a data associated with an image number and an image file path in the database; Figure 4A is based on BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4B is a schematic diagram of a user interface according to an exemplary embodiment of the present invention; FIG. 4C is a schematic diagram of a user interface according to an exemplary embodiment of the present invention; FIG. 4D is a diagram of a user interface according to the present invention; A schematic diagram of an example user interface; FIG. 5A is a flow chart of a location-based application providing method implemented on a server side according to an example of the present invention; FIG. 5B is a flowchart of a location-based application providing method implemented on a server side according to another example of the present invention; FIG. 6A is a location-based application provided on a server side according to an example of the present invention; Flowchart of the method; FIG. 6B is a flowchart of a method for providing a location-based application implemented on the server side according to another example of the present invention; FIG. 6C is a diagram based on another example of the present invention implemented on the server side A flowchart of a method for providing a location application; FIG. 7A is a flowchart of a method for providing a location-based application implemented by a computing device according to an example of the present invention; FIG. 7B is a diagram of a computing device implemented according to an example of the present invention A flowchart of a location-based application providing method; FIG. 7C is a flowchart of a location-based application providing method implemented by a computing device according to still another example of the present invention; FIG. 7D is a further example according to the present invention A flow chart of a method for providing a location-based application implemented by a computing device; FIG. 8 is a partial code of a program according to an example of the present invention Intent; FIG. 9 is a flowchart of a location-based application providing method implemented by a computing device according to other examples of the present invention; FIG. 10A is a location-based application implemented on a server side according to an example of the present invention; Flow chart of the method; 10B is a flowchart of a location-based application providing method implemented by a computing device according to another example of the present invention; FIG. 10C is a flowchart of an automatic application generating method according to an example of the present invention; FIG. 10D A flowchart of an automatic application method for generating an application package according to an exemplary embodiment of the present invention; FIG. 11 is a schematic diagram of an application according to an exemplary embodiment of the present invention; and FIGS. 12A and 12B are diagrams of an application including an instant messaging function of the prior art Schematic diagram of the program FIG. 13A, FIG. 13C, and FIG. 13C are diagrams of an application including an instant messaging function according to an example of the present invention; FIG. 14A is a location based on an example of the present invention implemented on the server side. Flowchart of the application providing method; FIG. 14B is a flowchart of a location-based application providing method implemented on the server side according to another example of the present invention; and FIG. 15 is a calculation according to an example of the present invention A flowchart of a method for providing location-based applications implemented by the device.

30‧‧‧ Computing device

31‧‧‧ screen

340a‧‧‧ mark

5055‧‧‧Time

5056‧‧‧ Images

Claims (21)

A location-based application providing module includes: an application database configured to store at least one of a target, a status, a time, a download count, or a number of hits corresponding to an application An application location module configured to provide coordinates corresponding to the application; and an image module configured to provide an image corresponding to the application, corresponding to the application The coordinate of the program displays the image on a map or a location on a live photo, and determines whether to display on the map or the live view according to at least one of the state, the time, the number of downloads, or the number of punches The size or chronological order of the image at that location on the photo. The location-based application providing module of claim 1 further includes: an application package downloading module configured to provide when the image on the map or the live photo is selected A download interface corresponding to one of the application packages of the application. The location-based application providing module of claim 2, further comprising: a storage device configured to store at least the application package, the coordinate corresponding to the application, corresponding to the application The image, the status corresponding to the application, the time corresponding to the application, the number of downloads corresponding to the application, or the number of times the card corresponds to the application. A location-based application providing module includes: an application database configured to store at least a plurality of coordinates, a plurality of states, a plurality of pen states, a plurality of download times, or a plurality of files corresponding to a plurality of applications One of the number of pen punches; a position module configured to receive a current coordinate; A search module is configured to find an application in the application database that the distance between the corresponding coordinate and the current coordinate is less than a distance value according to the current coordinate. The location-based application providing module of claim 4, further comprising: an application location module configured to: when the search module finds that the corresponding coordinate between the coordinate and the current coordinate is less than the distance Transmitting, by the application, one of at least one of a flag, a state, a time, a number of downloads, or a number of dozens of times corresponding to the application; and an image module configured to provide a corresponding An image of the application, the image is displayed on a map or a location on a live photo according to the coordinate corresponding to the application, and according to at least the state, the time, the number of downloads, or the punch One of the number of times determines the size or chronological order of the image displayed at the location on the map or on the live photo. The location-based application providing module of claim 5, further comprising: an application package downloading module configured to provide an image on the map or the live photo when selected One of the application packages of an application corresponding to the image being clicked to download the interface. The location-based application providing module of claim 6 further includes: a storage device configured to store at least the application package, the coordinate corresponding to the application, and the application corresponding to the application The image, the status corresponding to the application, the time corresponding to the application, the number of downloads corresponding to the application, or the number of times the card corresponds to the application. A location-based application providing method implemented on a server side, the method comprising: storing at least one image corresponding to an application, a target, a status, a time, a download count, or a number of hits Providing the image corresponding to the application; Displaying the image on a map or a location on a live photo according to the coordinate corresponding to the application; and determining to display the image according to at least the state, the time, the number of downloads, or the number of punches The size or chronological order of the image at the location on the map or on the live photo. The method of claim 8, further comprising: when the image on the map or the live photo is clicked, providing a download interface corresponding to one of the application packages of the application. A location-based application providing method implemented on a server side, the method comprising: storing at least a plurality of coordinates, a plurality of states, a plurality of times, a plurality of downloads, or a plurality of punches corresponding to a plurality of applications One; receiving a current coordinate; and finding an application in the application database based on the current coordinate to find a distance between the corresponding coordinate and the current coordinate that is less than a distance value. The method of claim 10, further comprising: transmitting at least one flag and a state corresponding to the application when the application whose distance between the corresponding coordinate and the current coordinate is less than the distance value is found One of a time, a number of downloads, or a number of dozens of calls; transmitting an image corresponding to one of the applications; displaying the image on a map or a location on a live photo according to coordinates of the application; And determining the size or chronological order of the image displayed on the map or the location on the live photo based on at least one of the state, the time, the number of downloads, or the number of punches. For example, the method of claim 11 of the patent scope further includes: When the image on the map or the live photo is clicked, one of the application packages of an application corresponding to the image is provided with a download interface. A server for performing a location-based application providing method, comprising: a processor; a memory; and a program stored in the memory and configured to be executable by the processor, the program comprising the following instruction set: Storing an instruction set corresponding to one of an image, a flag, a state, a time, a download count, or a dozen times of an application; providing an instruction set corresponding to the image of the application; Corresponding to the instruction set of the application, the image is displayed on a map or a set of instructions on a real photo; and determining the display according to at least one of the state, the time, the number of downloads or the number of punches The size or chronological instruction set of the image at the location on the map or on the live photo. For example, in the server of claim 13, wherein the program further comprises: when the image on the map or the real photo is selected, providing one of the application packages corresponding to the application download interface Instruction set. A server for performing a location-based application providing method, comprising: a processor; a memory; and a program stored in the memory and configured to be executable by the processor, the program comprising the following instruction set: Storing an instruction set corresponding to at least one of a plurality of coordinates, a plurality of states, a plurality of times, a plurality of download times, or a plurality of times of punching of the plurality of applications; and an instruction set for receiving a current coordinate; An instruction set of an application whose distance between the coordinate corresponding to the current coordinate and the current coordinate is less than a distance value is found in the application database according to the current coordinate. The server of claim 15 , wherein the program further comprises: transmitting at least one corresponding to the application when the application whose distance between the corresponding coordinate and the current coordinate is less than the distance value is found An instruction set of one of coordinates, a state, a time, a download count, or a dozen hits; transmitting an instruction set corresponding to an image of the application; displaying the image on a map according to coordinates of the application An instruction set of a location on a top or a live photo; and determining the image displayed on the map or the location on the live photo based on at least one of the state, the time, the number of downloads, or the number of punches The size or chronological instruction set. For example, in the server of claim 16, wherein the program further comprises: when the image on the map is clicked, providing one of the application packages of the application corresponding to the image to download the interface Instruction Set. A location-based application providing method implemented by a computing device, the method comprising: receiving a script that can display a location corresponding to a coordinate of an application on a map or a location on a live photo. The script includes a parameter for displaying the size or chronological order of the image, wherein the parameter is changed according to one of at least one state, one time, one downloading number, or one punching number corresponding to the application; Corresponding to an image of the application; displaying the map or the live photo on the screen; and displaying the image on the map or the location on the live photo according to the size or chronological order corresponding to the parameter on. For example, the method of applying for the scope of patent item 18 includes: When the image on the map or the live photo is clicked, one of the application packages corresponding to the application is displayed on the screen. A computing device for performing a location-based application providing method, comprising: a screen; a processor; a memory; and a program stored in the memory and configured to be executable by the processor, the program comprising the following Instruction set: receiving an instruction set of a script that can display a position corresponding to a coordinate of an application on a map or a position on a real photo, wherein the script includes displaying the size or time sequence of the image. a parameter of a sequence, wherein the parameter is changed according to one of at least one state, a time, a number of downloads, or a number of punches corresponding to the application; receiving an instruction set corresponding to an image of the application; Displaying a set of instructions of the map or the live photo on the screen; and displaying an instruction set of the image on the map or the position on the live photo according to the size or chronological order corresponding to the parameter. The computing device of claim 20, wherein the program further comprises: when the image on the map or the real photo is selected, displaying one of the application packages corresponding to the application download interface The instruction set on the screen.