CN1428998A - Method for raising short message service of mobile communication and its mobile terminal equipment - Google Patents

Abstract

A method for enhancing the short message service of mobile communication and a mobile terminal device enhanced by short message, the method comprises the steps of: (1), adopting a structured menu template for the man-machine interface module of the mobile terminal device; (2), based on Real-time operating system programming, providing task support for new protocols, and dynamically increasing application tasks in mobile terminal equipment; (3) According to user application requirements, through the peripheral equipment interface of existing mobile terminal equipment, provide and Internet network database Or the interactive function of PC data source. Because the application of the short message is enhanced, the present invention can make full use of wireless network resources, improve the utilization rate of the short message and improve the functions and selling points of the mobile phone.

Description

Method for enhancing short message service of mobile communication and mobile terminal equipment thereof

technical field

The present invention relates to an application method of enhanced mobile communication and a mobile terminal equipment (mobile phone) structure based on the application method, specifically, a user-based customizable service constructed on the short message service The scalable application protocol of content and customized service method is used to complete the enhanced short message application and the improved structure of mobile terminal equipment (handset) based on this application method.

Background technique

In the current GSM-based mobile communication system, the use of short messages has become a new hot spot. According to the latest statistics from the GSM Association, mobile phone users worldwide sent 50 billion text messages in the first quarter of this year, with an average of more than 160 text messages per month. billion. Only China Mobile's network reached 500 million short message traffic in May this year. At present, the short message customization service of the Internet portal website and the mobile OICQ service have all greatly promoted this simple service. According to a more objective analysis, the mobile voice market will gradually become saturated in the next few years, while the relative demand for data communication will gradually increase. As a low-end application, short message service will not have a declining trend in the next five years .

A current situation that cannot be ignored, most of the content of most short messages at present cannot reach the data volume of 140 English characters or 60 Chinese characters per message for this service, so the wireless network is greatly wasted resource. And users can't get more and better services. In addition, most mobile terminal devices (mobile phones) also have different methods for processing short messages. In terms of technology, there are still many limitations in the application based on short messages. Such as small memory, inconvenient operation, small screen, inconvenient reading, single function, etc. These limitations come from the functions of mobile terminal equipment (mobile phone) on the one hand, and on the other hand, there is no available application space for fully utilizing the short message service.

Contents of the invention

The purpose of the present invention is to overcome the waste of wireless resources and the poor convenience of use in the short message service of the current mobile terminal equipment (mobile phone), and the deficiencies such as the humanization and individualization of mobile terminal equipment (mobile phone) products, and provide a short message service based on the existing short message service. An enhanced short message application method and an improved structure of a mobile terminal device (mobile phone) based on the application method.

Based on the above analysis and purpose, the following technical solutions are proposed to achieve the purpose of the present invention. At first, explain that the main idea of this technical solution is, then summarize the technical solution of the present invention, the basis of this technical solution is: utilize the available space of existing short message module (the unfilled space provided by existing network short message service agreement) Full user short message data unit or conventional empty short message data unit) as the transmission medium, using the network short message service protocol as the lower layer support protocol to build a new flexible enhanced user-customizable service content and service method The application protocol is used to expand the short message service, and, on this basis, provide diversified additional application functions and enhanced scene modes of the mobile terminal equipment (mobile phone), and enhance and enrich the application functions of the mobile terminal equipment (mobile phone) products And humanized, personalized features. The implementation steps are discussed below.

Based on the existing network short message service protocol, a new and enhanced application protocol based on user-customizable service content and service method is constructed to expand short message service. The meaning of user-customizable service includes the following two points: first, on the basis of the new application protocol, users can customize the transmission content of the protocol to complete special communication applications; second, users can also customize each sub-protocol of the protocol itself The transfer method and application interpretation method are used to extend this specification and realize a wider application of function types.

In the normal empty short message data unit (according to the existing GSM network short message service protocol regulation: the capacity of a single short message data unit is 140 bytes) and the short message data unit that is not filled (the conventional short message is not used) In the null byte <140 bytes), the transmission of user-specific information data can be completed.

For the transmission and interpretation of these user-specific information data, an enhanced short message communication application protocol can be compiled through a specific application method based on these information, and this protocol will be used as the upper layer protocol of the short message service protocol. The protocol is responsible for encoding, decoding, and interpreting application-specific data. The coded user data is responsible for transmission through the short message service protocol of the lower layer.

The data that the user needs to transmit can be divided into some items to store, transmit, and interpret the application. The same type of transmission data is organized into a code page that can be customized by the user, and stored in the mobile terminal device (mobile phone), as a component of the enhanced short message communication protocol.

An entry of the code page contains a transmission code and related explanation content of a specific transmission content. A complex and long message can be replaced by a short transmission code during transmission. In this way, a short message A plurality of such transmission codes can be included in the message, thereby increasing the quantity and type of message content that can be transmitted in a short message. Users can customize the entries in the code page by modifying the explanation content of a code, adding or deleting a code, and the related end content as needed.

The entire specification can have multiple such code pages, which are used for storage, transmission, interpretation and application of various types of data, and can be customized by users by adding and deleting code pages according to needs.

In this way, a new short message application communication protocol (protocol) is constructed on the upper layer of the short message protocol to complete some powerful, low-cost commercial applications and personal applications, including the transmission of specific state quantities, simple graphics and simple Forms, etc. A variety of customizable special user data transmission and other applications.

In addition to customizing a variety of transmission code pages preset by the manufacturer, users can choose and organize their own special application content and application methods, and can also create new specific data applications by customizing and adding new code pages method (for the expansion of the protocol), thereby expanding more types of special applications of the short message service of the mobile phone.

As the main element of the present invention, the new enhanced protocol mainly depends on the realization of software, and the main function program module is loaded into the system program of the existing mobile communication terminal equipment as a new protocol function program module; flexible code page is set The application method of the extensible protocol mainly depends on the formulation of the protocol template, and the specific operation depends on the realization of the data structure and program code, which is clearly explained below. In addition, the hardware part only needs to appropriately increase the capacity of the non-volatile memory (flash memory <Flash Memory>) in the hardware of the existing mobile terminal equipment (mobile phone), so as to ensure the space required by the program of the new module and the protocol function When expanding, the space required for program and data content is increased.

In sum, the method for the short message service of enhanced mobile communication of the present invention, its step comprises:

(1) Draw up an application protocol template according to the application, complete the data structure and core functions of the new protocol, and add interfaces with other modules in the mobile terminal device (mobile phone) software on this basis, and convert the content of the new application protocol through these interfaces and data transfer, and other administrative control functions.

<1> Since the requirement of this protocol is to allow users to customize the service content and service method of the protocol, based on this concept, the method of applying the protocol template is proposed, so that users can add and modify the code page and code page of the protocol according to the type of application data. Entries for code pages, for extensions to the application of the specification. Elements of an application specification template include:

(a) code page identification (extensible and customizable);

The identifier used to identify the code page (user data application service unit group) of each protocol function type. It can fully satisfy the functional application of 0-255 code pages or more code pages.

(b) the version number of the code page;

A version identification number obtained from the number of user data application service unit code entries in a certain code page and the corresponding enactment date. Together with the code page identification, it constitutes a consistent identification of the transmission content of a specific code page in this specification.

(c) the transfer encoding method of the code page;

The transmission coding method is to encode the user data into one or more corresponding code items according to the protocol, and specify the format of the filling data in the data block of the short message protocol (definition of the user data frame data structure).

(d) the expansion method of the code page and its grouping method;

The structural expansion specification for the expansion of user data application service units (entries) in the code page and the expansion of the new code page stipulates the way of storing and organizing the code page in the mobile communication terminal (handset).

(e) the update mode of the protocol code page;

It is divided into two types of modes, one is to select the protocol code page to update through interaction with the application database source, and the other is to update by synchronizing with another mobile terminal device (mobile phone). Together with the extension method and grouping method of the specification code page, it is an integral part of the management module of the entire specification.

(f) A collection of statute basic application information elements (can be customized);

It is used to define the basic types of user-specific application data elements. The first type is fixed data type elements such as dimension, data type, description, range, etc., which serve as a direct description of user data. The second type is optional The data type element of this data type element can contain optional data types such as "yes" and "no" in addition to expressing a specific meaning. In addition to the most basic commonly used types provided by the statute itself, they can also be customized by users.

(g) Information transmission method (can be customized);

It is used to set the sending method procedure of the short message, and complete the encoding, framing and sending continuity (single or multiple, correlation) setting of the required sending content.

(h) Relevant settings of extended scenarios (components, extensible and customizable). The relevant setting of the application interface part is provided by the MMI program part of the mobile communication terminal to provide corresponding support. Including display mode setting, operation mode setting (including extended operation, etc.), automatic trigger event and confirmation trigger event and related function settings, and other special application application mode settings. (This part needs to be completed in conjunction with the content in step (2)).

<2> Determine the management mechanism for the code page type identification and version identification of the protocol, and based on this, formulate the update method of the code page of the protocol and the synchronization method between two mobile terminal devices (mobile phones). Since each code page type identifier and version identifier uniquely determine the function of the application body of the entire protocol, by comparing the similarities and differences of these two identifiers of a certain code page among the two mobile communication terminals, it is possible to determine whether the two mobile communication terminals Similarities and differences in the content of entries in this code page of this module. Because these similarities and differences can be specific to the number of transmission entries in a single code page and the specific content of the entries. So you can get a list of entries with functional differences. The entry content that needs to be transmitted for the code page synchronization and update is limited to these entries with differences. In this way, the synchronization and update can be completed by transmitting a small amount of code page entry content. Synchronize the function of a specific code page of the content of this module among two or more mobile communication terminals (the transmission items are completely consistent). Only on this basis can the transmission of special user data related to this code page be completed on two or more mobile communication devices (mobile phones).

<3> Divide the content of a single short message data unit in the lower layer short message service protocol, and determine the format of user transmission content in this protocol. Since our available space is 1 to 140 bytes, the format adopted is a transmission format of variable length. We use the last byte at the end of the short message data unit as the use mark of the enhanced short message extension function. This byte is followed by the reverse numbering of the transmitted bytes. A specific transmission code page is associated with a specific encoding method and information index mode. Through these settings, the content of the information transmission method can be determined, and the reliable transmission and corresponding management of user application data can be realized.

<4> Complete the interface between this module and the application expansion module and the original short message module, and provide relevant flexible interface support for the corresponding application function program modules. To seamlessly integrate the newly added application protocol into the software of the original mobile communication terminal, this part needs to be completed in combination with the content in step (2).

(2) Use structured menu templates in the mobile terminal equipment (mobile phone) MMI software to provide menus that can be modified by users and these menu customization functions, so that it can conveniently complete the menu display function and menu operation of corresponding types of user data functions, and provide users with flexible operation guides to facilitate users to customize and update the specification content. Then these customizable functions are organically connected with the corresponding interface of the specific user data transmission part to make it a whole.

(3) Programming based on a real-time operating system (such as NucleusPlus) can provide task support for the new protocol. The application tasks in the mobile terminal device (mobile phone) can be dynamically increased, and the corresponding extended protocol functions can be run and processed through the newly added application tasks. (NucleusPlus real-time multitasking operating system can also dynamically increase the program content in the mode of program operation without curing the program, and the function of the mobile terminal device (mobile phone) can be further expanded by this method.

(4) According to the user's application requirements, through the serial port or infrared interface of the existing mobile terminal equipment (mobile phone) and other peripheral equipment interfaces, after the above steps, provide the function that can complete the interaction with the Internet network database or PC database source, It is completed through a server/client PC application program (this part may need to be completed by a network database designer), including establishing a code page database and completing the synchronization of the code page and its protocol with the mobile terminal device (mobile phone) and The function of its code page provides the expansion function of the specification function and so on.

Through the above steps, a new protocol is constructed for expanding and enhancing the short message service. In specific applications, the transmission of specific user data such as user-specific (customized) state quantities, simple graphics (customized) and tables (customized) can be applied in the following fields, such as data collection and statistical monitoring, product information Notification and order confirmation, vehicle information dispatch, interactive entertainment, private information transmission, etc.

According to the mobile communication terminal equipment of the enhanced short message application function of above-mentioned inventive method construction, it comprises the application module of mobile phone layer one, mobile phone layer two, layer three application modules, short message module, application backstage with information flow two-way connection successively Module and man-machine interface module, it is characterized in that there is also an application layer background extension module adjacent to the application layer background module side by side, and a customizable protocol located under the short message module and the application layer background module and the application layer background extension module The short message enhanced protocol module of the content; and increase the memory capacity in the mobile phone for the short message enhanced protocol module of the customizable protocol content and the application layer background expansion module; the said customizable protocol short message enhanced protocol module contains the newly added The protocol transmission processing unit and the interface of the short message module, as well as the management protocol application extension unit, the protocol synchronization and update unit, and provide the corresponding interface to the application layer background extension module; the above-mentioned application layer background extension module contains management. The protocol user data processing unit of the short message extension application in the customized protocol short message enhanced protocol module, and utilizes the interface provided by the customizable protocol short message enhanced protocol module to complete the interaction with the auxiliary software on the PC side of the Internet communication to complete the protocol and its code The update and synchronization of the page and the extension of the protocol function; and the content of the short message extension application in the management module and the interactive content of the man-machine interface.

Further, in the above short message enhanced protocol module for formulating the protocol content, there is a customizable protocol processing module including a list of protocol code page type identification and version identification, related settings of application scenario mode, and a list of basic information elements of the protocol code page , the user-defined information element list, the protocol synchronous update module, and the transmission interface module constitute the management entity of the new protocol. In addition, it also lists the organizational structure of the transmission code page of special user data, which is used as the information entity of the protocol; each item of user data unit information in the code page is composed of some specific descriptions, and the protocol will be based on these descriptions. Perform processing and manipulation of related types of data.

More specifically, the above-mentioned transmission interface module contains the data block structure of the user data unit in the enhanced protocol that can be customized in the short message frame, and the enhanced protocol application flag and its related setting fields are used as the format field, which contains the enhanced protocol The application/exit application flag, the code page type identification and version identification of this transmission, the code page offset in the information field, the number of certain code page entries for this transmission, and the settings related to continuous/non-continuous transmission content Content; user-specific data is a collection of user data units processed by the application of the enhanced protocol. These data items are of variable length, and their processing is handled by the corresponding agreement of the code page type of the protocol. The transmission interface module also includes a receiving and processing module enhanced with customizable protocol short messages and a sending processing module enhanced with customizable protocol short messages.

The scenario mode of enhanced mobile terminal equipment (mobile phone) and the enhanced diversified application function mode will be proposed below, for example:

<1>Simple expression features

In chatting and exchanging with short messages, the preset 16*16 or 32*32 bitmap is displayed in another mobile terminal device (mobile phone) of the same type. These preset bitmaps can be encoded into a transmission code page for transmission and storage operations.

<2> Explanation application of pre-set interesting language

Similar to the settings in some Internet chat software functions, users are allowed to use short and concise codes in the machine instead of long messages to be sent, and can be encoded into transmission code pages for transmission and storage operations. The mobile terminal device (mobile phone) only needs to replace it with the preset content when such a code is matched. This kind of application can be carried out in another way, that is to explain by the receiver after synchronizing between two mobile terminal devices (mobile phones), so that more remaining short message space can be obtained.

<3>Short message sending status information

Add the state information of sending and receiving the short message through the remaining empty byte space of the short message, specifically including the specific time of sending the short message and the specific time of receiving it, so as to help understand the network congestion situation and facilitate the user to choose a reasonable communication method.

<4>Simple interactive entertainment function

Some simple games can be provided through short messages, and the idle bytes transmitted through short messages can be used to enjoy entertainment while chatting. This application is also completed with the aforementioned new transmission protocol based on short messages.

<5>Synchronize address book by short message

Synchronize the address book through the unused bytes or all available bytes of the short message under the hardware condition that does not need the infrared device or the serial port device. And it can be expanded into a simple business card sending function.

<6>Transmission of common life conditions such as weather features

Two mobile terminal devices (mobile phones) often hope to know a series of useful information such as the weather and temperature of the other party's location in the remote communication application. Therefore, the information can be transmitted through the remaining space of the short message, and the information can be stored and set in the mobile terminal device (mobile phone).

All of the above enhanced applications can extend these contents to existing mobile terminal devices (mobile phones) through protocol templates and code page templates. In order to complete the function expansion. Beneficial effect

By adopting the method of the present invention, a new application protocol system can be constructed on the basis of the existing short message technology, and the user's special application and other related application functions can be realized through the scalable protocol itself and the customizable protocol application code page expand. To make full use of wireless network resources, improve the utilization rate of short messages, and greatly enhance the humanization and convenience of mobile terminal equipment (mobile phones). The functions and selling points of the mobile terminal equipment (mobile phone) are increased, and the short message market is promoted, so that the short message can have a large application space even in the low-end application market in the future.

Description of drawings

Fig. 1 is a schematic diagram of the position and interface of the short message enhanced protocol module in the protocol component structure of the mobile terminal equipment of the present invention.

Fig. 2 is a schematic diagram of the data structure of the customizable code in the short message frame in the present invention.

Fig. 3 is a schematic diagram of the information flow between various modules in the protocol application and update in the present invention.

Fig. 4 is a schematic diagram of the internal architecture of the customizable protocol processing module in the present invention.

Fig. 5 is a flow chart of the short message enhanced receiving module in the information processing process of the customizable protocol of the present invention.

Fig. 6 is a flow chart of the short message enhanced sending module in the information processing process of the customizable protocol of the present invention.

Detailed ways

The following two embodiments of the present invention are given according to Fig. 1-Fig. 6, and the features and functions of the present invention are further described, so that those skilled in the art can better understand the present invention.

Please refer to Fig. 1, it is the location and interface diagram of the short message enhancement protocol module of customizable application in the mobile terminal equipment protocol software structure, wherein the representative modules of each part are as follows: GSM/GPRS Layer1 mobile terminal equipment (mobile phone) layer one Application module 10, GSM/GPRS Layer2/3 mobile terminal equipment (mobile phone) layer 2, layer 3 application module 11,

(except SMS module) SMS mobile communication terminal (mobile phone) short message module 12, ESMS newly added short message enhanced protocol module with customizable protocol content 13, Application Layer mobile communication terminal (mobile phone) application layer background module 14, AL Extension Newly added application layer background extension module 14'MMI Mobile communication terminal (mobile phone) man-machine interface module (application layer foreground module) 15,

Realize the present invention needs to increase two modules: one is the ESMS module 13, the enhanced application protocol established on the short message service that is said among the present invention, ESMS module 13 completes the newly added protocol transmission processing part and the original There is an interface for the SMS module 12 . It is necessary to manage the application extension function of the statute and the synchronization and update function of the statute and provide the corresponding interface of the new application layer background extension module 14' for the AL Extension.

Its second AL Extension refers to the newly added application layer background extension module 14', which is closely related to the application layer foreground module man-machine interface module (MMI) 15, and is used to manage the short message foreground enhanced application and user data in the ESMS module 13 Interface between protocol handlers and complete application functions that support user operations. Utilize the interface provided by the ESMS module 13, by running on the PC, the auxiliary application software communicates with the Internet database or accesses the database of a single PC, or through the synchronization method between two mobile communication terminal equipment (included in the ESMS module 13), To complete the update and synchronization of the statute code page and the extension of the statute function (the extension of the code page or the extension and modification of a certain code page entry), so this module must also provide the ESMS module 13 statute function extension application and man-machine Interface operation interaction-related application functions.

These two modules can be put into use or not used according to the settings in the mobile terminal equipment (mobile phone) settings.

Please refer to Fig. 2, it is the data block structure of the user data unit in the middle of the short message frame in the customizable enhanced protocol, and has shown the transmission format of the protocol code page in the middle of the short message user data unit (one frame) among the present invention. The "enhanced protocol application flag and its related settings" field is used as a format field, which includes the application/exit application flag of the enhanced protocol, the code page type identification and version identification of this transmission, and the offset of the code page in the information field The amount, the number of entries of a code page for this transmission, the transmission content continuous/non-continuous and other related setting content are used to identify which protocol and code page the protocol processing program chooses to process this item. Contains multiple user-specific data messages (including protocol update, synchronization, protocol extension processing, and regular short messages, all of which are organized into specific code pages for processing). User special data is a collection of user data units processed by the new enhanced protocol. These data items are of variable length, and their processing is handled by the corresponding agreement of the code page type of the protocol. The application layer background module and MMI are responsible for the processing of display and operation.

Regarding the content of the conventional short message in the figure, it has actually been included in our protocol transmission content. The code page of the conventional short message is only very simple to deal with, just fill in the code identification information in a byte after the conventional short message, so that it can The new protocol is used to explain and process the user's regular short message content, so as to seamlessly integrate with the new protocol.

Please refer to Fig. 3, it is the synoptic diagram of the information flow between each module when newly added statute is applied and updated, and the software program module of the representative of each part in the figure is as follows: GSM/GPRS Layer1 mobile terminal equipment (mobile phone) layer One application module 10, GSM/GPRS Layer2/3 mobile terminal equipment (mobile phone) layer two, layer three application module 11,

(except SMS module) SMS mobile communication terminal (mobile phone) short message module 12, ESMS newly added short message enhanced protocol module with customizable protocol content 13, Application Layer mobile communication terminal (mobile phone) application layer background module 14, AL Extension Newly added application layer background extension module 14', MMI mobile communication terminal (mobile phone) man-machine interface module (application layer foreground module) 15.

The figure describes the interface involved in the newly added protocol processing module and the corresponding information flow transmission path, and fully illustrates the interaction process and related interfaces from the user to the mobile terminal device (mobile phone), PC, and Internet database . Wherein the interface with the PC can adopt serial port among the prior art or communication means such as infrared port.

This part of the interface is used to complete the function of updating or expanding the code page of the statute and the data source of the PC database or the Internet database. The synchronization interface between ESMS and other mobile communication terminal equipment can also use communication means such as serial port or Ethernet port in the prior art to complete the protocol update and synchronization functions between two mobile terminal equipment of the same type. In future applications, the above two interfaces can be used as communication means through new technology communication interfaces (for example: data transmission function provided by GPRS network, Bluetooth technology, etc.), which can complete the data transmission of this part of the interface more quickly and conveniently. Task.

Please refer to FIG. 4 , which is a customizable internal architecture of the protocol processing module, which describes various entities of the main core part of the newly added protocol processing module 131 of the present invention. Among them, the protocol code page type identification and version identification list 1311, the relevant settings of the application scenario mode 1312, the protocol code page basic information element list 1313, the user-defined information element list 1314, the protocol synchronization update module 1316, and the transmission interface module 1315 constitute The management entity of the new statute; in addition, the organizational structure 1317 of the transmission code page of special user data is also listed, which is used as the information entity of the statute; each user data unit information entry 1318 in the code page is described by some specific Composition, the protocol will process and operate related types of data according to these descriptions. For example: the description in a table type transmission code page can include the name description of the entry, the dimension description of the entry, the numerical description of the entry, the value range of the entry, etc.; the description in a transmission code page of the bitmap type The description can include the type description of the bitmap, the operation description of the bitmap, the usage description of the bitmap, and so on. By customizing the types of these descriptions in the code page (adding description types, modifying description types), the function of the protocol has been expanded, and the data transmitted by the protocol can more closely meet the special requirements of users, and can be modified. complex applications.

Please refer to Fig. 5, it is the flow chart of the short message receiving processing module of the processing procedure of the statute application, which includes the process of the new statute processing statute updating and statute synchronization among the present invention, and completely describes the message processing reception of the new statute flow of information. As shown in the figure, the process flow of the customizable short message enhanced receiving processing module 20 of the present invention is as follows: first execute step 200 to receive the short message, and then execute step 201 to determine whether the enhanced application sign is included? If not, execute step 202, hand over the short message data unit to the upper application layer for processing, execute step 203; the flow process ends; if it is an enhanced application mark, then execute step 204, judge whether it is user data? If it is not user data, go to step 205; if it is user data, go to step 206 to decode the special user data to obtain the type and other characteristic identifiers of all transmission code pages in this piece of information, go to step 207 to distinguish the functions of the sending and receiving parties Are the codepages the same? If not, execute step 208 to save the content received this time, add the data to their respective unprocessed queues according to different code pages, and then execute step 2014; if the code pages are the same, execute step 209 to determine whether there is Previously kept unprocessed content? If so, execute step 2010, process the user data units in the unprocessed queue one by one, then execute step 2011, if there is unprocessed content, then directly execute step 2011 in sequence, process the content of the user data unit one by one, step 2012, Hand over the decoded data content to the application background extension module program for processing, step 2013, and the program ends; after the above-mentioned execution step 204 is judged not to be user data, execute step 205 to determine whether it contains user synchronization or update commands? If yes, then execute step 2014 successively, obtain the list of function entries of this code page on this side according to needs and analyze and obtain the negotiation data, step 2015, send the short message of the synchronous code page, including the code that this side needs to update The data that the page entry list negotiates with the other side, step 2016, record this sending content and do relevant update mark, so that when receiving the next message, process and step 2017, the program ends; After the synchronization or update command, execute step 2018, connect the user synchronization or update data with the previous processing and compare the update results, execute step 2019, ask whether the update is over? If the update is finished, step 2022 is executed sequentially to update the corresponding code page on this side, and update the relevant flags. Step 2023 is to determine whether there is any unprocessed content left in the cache queue? If not, execute step 2024, and the program ends; if yes, execute steps 2010, 2011, 2012, and step 2013; if execute step 2019 and know that the update is not over, then execute step 2020 in order to ask whether it is necessary to send synchronization negotiation data? If not, execute step 2021, and the program ends; if it needs to be sent, execute steps 2014, 2015, 2016 in sequence until step 2017, the program ends.

Fig. 6 is a flow chart of the short message sending processing module of the protocol application processing procedure. Combined with FIG. 5 , the processing flow of message processing of newly added protocol and the processing process of protocol update and synchronization of two mobile terminal devices (mobile phones) with the same function type are completely described (interaction with PC is not included). The update and expansion of the protocol completed by the interaction with the PC has been specifically described in the technical solution.

As shown in Fig. 6, the process flow of the controllable protocol short message enhanced sending processing module 30 of the present invention is as follows: first execute step 300, send the short message; afterward, execute step 301, ask whether to include the enhanced application mark? If not included, execute step 302, the short message data unit is handed over to the short message module (SMS) for processing, execute step 303, and the program ends; if include the enhanced application mark, then execute step 304, judge whether the user data needs segmentation organization? If segment organization is not needed, execute step 305, analyze user data and other messages that need to be processed, generate a short message and put it in the sending buffer, and then execute step 307; if segment organization is required, then execute step 306, for special The user data is encoded to complete the special user data information field that needs to be inserted, then perform step 307, synthesize the information in the special user data information field and give it to the short message module (SMS) to send, perform step 308, ask whether there is an update process? If so, execute step 3012; if there is no update process, execute step 309 to determine whether there is any unprocessed content left in the receiving buffer queue? If not, execute step 3011; the program ends; if there is unprocessed content left, then execute step 3010 in sequence, and the corresponding receiving process (refer to the receiving flow chart) executes step 3011, and the program ends. When the program executes step 308, there is indeed an update process; then, execute step 3012 to inquire whether it is necessary to send synchronous negotiation data, if necessary, then execute step 3013 in sequence to send a short message of a synchronous code page, including the code page that needs to be updated on this side The data negotiated between the item list and the other party; execute step 3014, record the content sent this time, and make a relevant update mark, so that it can be processed when the next message is received, and return to execute step 3012; if step 3012 determines that no synchronous negotiation is required data, then execute step 3015 to ask if the update process is over? If not, execute step 3016, and the program ends; if the update process ends, execute step 3017, update the corresponding code page on this side, and update the relevant flags, after that, jump to execute steps 309, 3010, 3011 or step 309 in sequence , 3011, step 3011 is the end of the program.

Example

Embodiment (1) lovers mobile phone

In specific applications, the mobile phone for lovers based on this invention can realize the customizable transmission of private specific information, rich scene modes and application functions, making the mobile terminal device (mobile phone) become a multi-functional enhanced two-way mobile phone to some extent. communication system. Simultaneously this mobile phone is to be a complete set (kit) design of a group with two mobile phones, has greatly strengthened the contact and the communication ability between two mobile terminal equipments (mobile phones), can win quite a large part of user groups.

The hardware part is composed of the existing mobile terminal equipment (mobile phone). On this basis, it is only necessary to increase the capacity of the non-volatile memory (FlashMemory), and carry out packaging design on the appearance of the two mobile phones (requires structural engineering personnel to complete) Make it more appropriate to the consumption concept of couple mobile phones.

The processing steps of the software part are as follows:

1. Design more optional application functions for users, formulate corresponding application protocol transmission code pages, and integrate the protocol completion part into a task module, and add human-computer interaction modules and mobile terminal devices (mobile phones) on this basis ) A new interface between the short message (SMS) module and the newly added task module in the internal protocol stack software, through which the conversion and transmission of new application protocols and some control and management functions are performed.

2. Based on real-time operating system (such as NucleusPlus) programming, it can provide task support for the new protocol. The application tasks in the mobile terminal device (mobile phone) can be dynamically increased, and the corresponding newly added protocol functions can be run and processed through the newly added application tasks.

3. Using structured menu templates in the MMI of mobile terminal equipment (mobile phones), providing menus that can be modified by users and customizing functions and effects of these menus, and then linking these customized functions with corresponding interfaces. Design more optional operation functions and more humanized and personalized features for users, add more application functions and convenient operation modes, and increase the connection between two mobile terminal devices (mobile phones) Multiple application functions. A corresponding processing module is added in the MMI software of the mobile terminal device (mobile phone) to handle the function of customizing the information that the user needs.

4. Increase the multiple applications such as news trigger events, weather characteristics and other common life states, the transmission of short message synchronous address book (described in detail in the middle of the technical solution of the present invention), wherein the application of message trigger events is through a The mobile phone sets the application functions of another mobile phone and some settings that can be changed remotely. By sending a short message, the other mobile phone receives and interprets this short message to start and set the remote power-on wake-up function and timing reminder function, etc. A variety of settings are available for setting changes. To achieve more convenient purposes, and increase the closeness between the two mobile phones.

5. It is possible to create a database on the Internet with a unified code page as the basis for maintenance and updating. According to this requirement, it can be completed on the basis of software and Internet network database (this part needs to be completed by network designers) or PC data source (included in The PC supports the interaction among the databases of the software, including establishing a code page database and a function database, providing code page update and synchronization functions, and providing functions such as protocol function expansion.

The unified code page can also be updated based on the version number, and the interaction with the Internet database can be completed directly through a server/client application software. It is also possible to use two mobile terminal devices (mobile phones) with the same type of functions to complete the synchronization content task of the required function type feature code through serial ports, infrared and other communication devices, or utilize the ability of the short message new protocol itself.

6. The user's application and customization functions can be completed by interacting with the user-customized database in the PC software, or the function customization can be completed through the new protocol itself through SMS sending and receiving processing. The application is relatively simple and requires more consideration Convenience and fun of operation (can be delivered with corpses). Embodiment (two) enhanced small business application mobile terminal equipment (mobile phone)

Among specific applications, the enhanced small business application mobile terminal device (mobile phone) based on this invention can realize the transmission of specific (customized) state quantities, and simple graphics (customized) and tables (customized) can be applied in the following fields, Such as data collection and statistical monitoring, commodity information notification and order confirmation, vehicle information scheduling, specific data information collection, etc.

The hardware part is composed of mobile terminal equipment (mobile phone) with existing functions. On this basis, it is necessary to increase the capacity of the non-volatile memory (FlashMemory), and increase the size of the display area of the mobile phone if possible.

The processing steps of the software part are as follows:

1. Draw up a practical and rich application protocol according to the application and integrate the completed part of the protocol into a task module. On this basis, add the short message (SMS) module and new New interfaces between the three task modules, through which the conversion and transmission of new application protocols, as well as some control and management functions are performed.

2. Use structured menu templates to design menus in the MMI of mobile terminal equipment (mobile phones), provide menus that can be modified by users and customize functions of these menus, and then link these customized functions with corresponding interfaces. Add corresponding processing modules in the mobile terminal equipment (mobile phone) MMI software to allow users to customize the information they need.

3. Based on real-time operating system (such as NucleusPlus) programming, it can provide task support for the new protocol. Dynamically add a new function module to the application task of the mobile terminal device (mobile phone), so that this module is closely combined with the original function module, and the corresponding protocol function is run and processed through the newly added application task.

4. Use the unified code page to create a database on the Internet as the basis for maintenance and updating, and complete the Internet network database (this part needs to be completed by the network designer) or the PC data source (included in the PC The interaction among the databases of computer support software), including establishing code page database and function database, providing code page updating and synchronizing functions, providing statute function expansion functions, etc.

The unified code page can be updated in two ways. The first way can be completed from the database established on the Internet network side through a server/client application software (this part needs to be completed by network designers) and interact with mobile communication terminals (mobile phones), and can be customized and updated by cluster users. The second method can use two mobile terminal devices (mobile phones) with the same type of functions to communicate through serial ports, infrared devices, etc., or use the ability of the short message to add the protocol itself to complete the synchronization of the required function type feature code. Task.

5. User's application and custom functions, custom code page and function extension update and maintenance (can be handed over to the user to complete), customization of new functions, only need to leave the extensible part in the code page, and it can be updated through the code page way to add new features.

Through the discussion of the above two implementation examples, how to realize the purpose of the present invention has been described, making full use of the available resources in the middle of the current mobile terminal equipment (mobile phone) short message service, and realizing more diversified, humanized and personalized Product, the short message application method based on the enhancement of existing short message service that proposes among the present invention is applied in the middle of mobile terminal equipment (mobile phone) product design, has greatly increased the function and the selling point of mobile terminal equipment (mobile phone) equipment, promotes Short message market development.

Claims (15)

1, a kind of method that strengthens the short message service of mobile communication, its step comprises:

(1), according to application, draft and use the stipulations template;

(2), the human-machine interface module to mobile terminal device adopts structurized menu template;

(3), based on real time operating system program composition, for new stipulations provide the task support, dynamically increase the application task in the mobile terminal device;

(4), according to user's application demand, the peripheral interface by existing mobile terminal device provides the interactive function with Internet database or PC data source.

2, the method for enhancing mobile communication according to claim 1 short message service is characterized in that, said drafting according to application used the stipulations template, and its step comprises:

(1) method of stipulations template is used in proposition;

(2) determine that protocol type identifies and the administrative mechanism of each code page subtype and version;

(3) divide the content of single short message data unit, determine the transfer encoding pattern of various code pages in the middle of the stipulations, the service marking of last byte of afterbody as the short message expanded function;

(4) finish the interface of using stipulations module and application extension module and original short message module, and provide the relevant support of interface flexibly for the application corresponding function.

3, the method for enhancing mobile communication according to claim 1 and 2 short message service is characterized in that, said application stipulations template, and its key element comprises:

(a) sign of protocol type;

(b) stipulations code page subtype sign;

(c) version number of stipulations code page;

(d) indexed mode of stipulations code page;

(e) extended mode of stipulations code page and packet mode thereof;

(f) the more new model of stipulations and code page thereof;

(g) reduced basis should be used the set of information element;

(h) information transmission mode;

(i) related setting of expansion contextual model.

4, the method for enhancing mobile communication according to claim 3 short message service is characterized in that, said protocol type sign, and it is the sign that is used for discerning each function type code page of stipulations, and, can expand and customize.

5, the method for enhancing mobile communication according to claim 3 short message service, it is characterized in that, the version number of said code page is meant a version identifier number that is obtained by user data applications service unit code bar purpose number in certain code page and corresponding formulation date; It identifies the consistency sign that constitutes the transmission content of certain particular code page or leaf in these stipulations with code page.

6, the method for enhancing mobile communication according to claim 3 short message service, it is characterized in that, said code page transfer encoding mode is meant becomes one or more corresponding code clauses and subclauses with user data according to the stipulations coding, carries out the format specification of padding data in the middle of the data block of short-message protocol.

7, the method for enhancing mobile communication according to claim 3 short message service, it is characterized in that, the extended mode of said stipulations code page and packet mode thereof, be meant structural extended regulation, the storage of code designation page or leaf in the middle of mobile communication terminal and the mode of tissue to the expansion of the expansion of the user data applications service unit in the middle of the stipulations code page and new code page.

8, the method for enhancing mobile communication according to claim 3 short message service, it is characterized in that: the more new model of said stipulations code page, it is divided into two quasi-modes, one class be select the stipulations code page be by with the mutual update mode in application data base source, an other class is by upgrading with the synchronous mode of an other mobile terminal device; It is with the extended mode of stipulations code page and the packet mode part as the administration module of whole stipulations.

9, the method for enhancing mobile communication according to claim 3 short message service, it is characterized in that: said reduced basis should be used the set of information element, it comprises the fixed data types of elements of dimension, data type, description, range type, they are as the direct description to user data, with selectable data type element, provide the most basic some types commonly used also can be outward by customization by stipulations itself.

10, the method for enhancing mobile communication according to claim 3 short message service, it is characterized in that: said information transmission mode, be meant the send mode rules of setting short message, finish coding to required transmission content, framing and send successional wall scroll or many, the setting of correlation.

11, the method for enhancing mobile communication according to claim 3 short message service is characterized in that:

The related setting of said expansion contextual model comprises setting, mode of operation setting, the automatic trigger event of display mode and confirms trigger event and the setting of correlation function setting and other various special applications application modes.

12, a kind of mobile communication terminal device, comprise the application module (10), the application module (11) of mobile phone layer two, three, the short message module (12) that become the mobile phone layer one of two-way connection successively with information flow, application layer background module (14) and human-machine interface module (15), it is characterized in that also having the short message of an application layer background module expansion module (14 ') and a customizable protocol contents to strengthen protocol module (13); This application layer backstage expansion module (14 ') becomes adjacency side by side with this application layer background module (14), this short message strengthens protocol module (13) and then is positioned at this short message module (12) and this application layer background module (14) of adjacency side by side, between the backstage expansion module (14 '); The short message of said customizable protocol contents strengthens protocol module (13), it contains the interface of finishing newly-increased protocol transmission processing unit and short message module (12), and the synchronous and updating block of application extension unit, stipulations of managing stipulations, and offer application layer backstage expansion module (14 ') corresponding interface;

Said application layer backstage expansion module (14 '), it contains the agreement user data processing unit that the short-and-medium extension of message of this enhancing protocol module (13) of management is used, and the interface that utilizes this short message to strengthen protocol module (13) to provide finishes mutual with the PC side assistant software of internet communication, finishes the renewal of stipulations and code page thereof and synchronously and the expansion of stipulations function; And the short-and-medium extension of message of administration module use in and the content of man-machine interface operating interactive.

13, mobile communication terminal device according to claim 12, it is characterized in that, strengthen in the protocol module (13) at this short message of formulating protocol contents, it comprises the management entity that has been made of new stipulations stipulations code page type identification and version identifier tabulation (1311), the related setting (1312) of application scenario pattern, stipulations code page essential information element list (1313), customized information element list (1314), the synchronous update module of stipulations (1316), coffret module (1315) to be provided with customizable stipulations processing module (131); In addition, also have the institutional framework (1317) of the transmission code page or leaf of special user's data, this part is as the information entity of stipulations; Each bar user data cell data entries (1318) all is made up of some concrete descriptions in the code page, and stipulations will be described processing and the operation of carrying out the correlation type data according to these.

14, mobile communication terminal device according to claim 12, it is characterized in that, this coffret module (1315) contains the block data structure of user data cell in the short message frame in the customizable enhancing stipulations, enhancing stipulations application identity wherein and related setting field thereof be as format fields, wherein comprises the application that strengthens stipulations/withdraw from application identity, the code page type identification and the version identifier of this transmission, code page side-play amount in information field, certain code page number of entries of this transmission, the transmission content continuously/discontinuous relevant setting content; User's special data is to strengthen the set that stipulations are used the user data cell of processing, and these data clauses and subclauses are elongated, and their processing is handled by the corresponding agreement of stipulations code page type.

15, according to claim 13 or 14 described mobile communication terminal devices, it is characterized in that this coffret module (1315) also includes the receiving processing module (20) of customizable stipulations short message enhancing and the transmission processing module (30) that customizable stipulations short message strengthens.

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