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WO2016004671A1 - Procédé et terminal de partage d'informations - Google Patents

Procédé et terminal de partage d'informations Download PDF

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Publication number
WO2016004671A1
WO2016004671A1 PCT/CN2014/085559 CN2014085559W WO2016004671A1 WO 2016004671 A1 WO2016004671 A1 WO 2016004671A1 CN 2014085559 W CN2014085559 W CN 2014085559W WO 2016004671 A1 WO2016004671 A1 WO 2016004671A1
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WO
WIPO (PCT)
Prior art keywords
information
terminal
target terminal
nearby
target
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/CN2014/085559
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English (en)
Chinese (zh)
Inventor
陈喜玲
杨燕
石贞
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Huizhou TCL Mobile Communication Co Ltd
Original Assignee
Huizhou TCL Mobile Communication Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Huizhou TCL Mobile Communication Co Ltd filed Critical Huizhou TCL Mobile Communication Co Ltd
Publication of WO2016004671A1 publication Critical patent/WO2016004671A1/fr
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04B—TRANSMISSION
    • H04B5/00—Near-field transmission systems, e.g. inductive or capacitive transmission systems
    • H04B5/40—Near-field transmission systems, e.g. inductive or capacitive transmission systems characterised by components specially adapted for near-field transmission
    • H04B5/48—Transceivers
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D30/00—Reducing energy consumption in communication networks
    • Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks

Definitions

  • the present invention relates to a mobile communication terminal, and in particular to an information sharing method and terminal.
  • LBS Location Based Services
  • the prior art provides an information sharing method through a user global positioning system (Global Positioning) System, GPS) Get the current location of the user, and display the relative location information to the user in combination with the electronic map to realize information sharing such as recommendation of interest points.
  • GPS Global Positioning
  • GPS is a location service based on mobile communication and local area network communication technology. Since GPS is affected by surrounding buildings, its signal attenuation is severe, and the receiving end cannot capture GPS satellite signals of sufficient intensity or cannot capture GPS satellite signals. The location of the receiving end cannot be accurately obtained, and the positioning cannot be completed even, resulting in failure to share information.
  • GPS is limited by the range of positioning accuracy, and it is impossible to achieve close positioning (for example, within 50 meters), which results in inability to achieve close-range information sharing.
  • the technical problem to be solved by the present application is to provide a location information sharing method and a terminal, which can acquire location information of nearby terminals, and send invitation information to target terminals in nearby terminals to implement information sharing.
  • a technical solution adopted by the present invention is to provide an information sharing method, the method comprising the following steps: the machine uses the iBeacon technology to acquire the location information of the nearby terminal; the local device displays the positioning simulation image, Displaying, in the positioning simulation diagram, all the nearby terminals according to the distance relationship between the nearby terminal and the local machine, wherein the distance relationship is obtained by the location information of the nearby terminal and the local location information; the local receiving Target terminal information input by the user according to the location information, wherein the target terminal is selected from the nearby terminals; or all the nearby terminals are used as target terminals by default; the local device sends invitation information to the target terminal, When the wireless signal or the communication signal is not received, the iBeacon function is called to send the invitation information to the target terminal, where the information includes any one of the carpool invitation information, the friend invitation information, and the invitation information for sharing the VIP card.
  • the step of the local machine receiving the target terminal information input by the user according to the location information includes: acquiring a target terminal instruction selected by a user in a nearby terminal of the positioning simulation map; obtaining the Target terminal information.
  • the method further includes: receiving, by the local device, response information that is sent by the target terminal according to the invitation information; and sending, by the local device, the current target to the target terminal that sends the response information. Location information; when the number of target terminals that send the response information exceeds a preset requirement, the receiving of the response information is stopped.
  • another technical solution adopted by the present invention is to provide an information sharing method, the method comprising the following steps: the local machine uses the iBeacon technology to acquire location information of a nearby terminal; the local receiving user according to the location Target terminal information input by the information, wherein the target terminal is selected from the nearby terminals; or all of the nearby terminals are used as target terminals by default; the local device sends invitation information to the target terminal.
  • the step of acquiring the location information of the nearby terminal by using the iBeacon technology includes: displaying a positioning simulation map by the local machine, and displaying, in the positioning simulation diagram, all the locations according to the distance relationship between the nearby terminal and the local machine A nearby terminal, wherein the distance relationship is obtained by location information of the nearby terminal and local location information.
  • the step of the local machine receiving the target terminal information input by the user according to the location information includes: acquiring a target terminal instruction selected by a user in a nearby terminal of the positioning simulation map; obtaining the Target terminal information.
  • the iBeacon function is sent to send the invitation information to the target terminal, where the information includes any of the carpool invitation information, the friend invitation information, and the invitation information for sharing the VIP card.
  • the method further includes: receiving, by the local device, response information that is sent by the target terminal according to the invitation information; and sending, by the local device, the current target to the target terminal that sends the response information. Location information; when the number of target terminals that send the response information exceeds a preset requirement, the receiving of the response information is stopped.
  • an information sharing terminal where the terminal includes an obtaining module, a configuration module, and a sending module, and the obtaining module is configured to acquire a location of a nearby terminal by using an iBeacon technology.
  • the configuration module is configured to receive target terminal information input by a user according to the location information, where the target terminal is selected from the nearby terminals; or all the nearby terminals are used as target terminals by default;
  • the sending module is configured to send the invitation information to the target terminal.
  • the terminal further includes a generating module and a display module, where the generating module is configured to obtain a distance relationship between the location information of the nearby terminal acquired by the acquiring module and the local location information, and according to the nearby terminal and the local The distance relationship between the machines establishes a positioning simulation map; the display module is configured to display a positioning simulation map to display all of the nearby terminals in the positioning simulation map.
  • the configuration module includes a detecting unit, a determining unit, configured to acquire a target terminal instruction selected by a user in a nearby terminal of the positioning simulation map, and the determining unit is configured to use the selected target terminal according to the target terminal The instruction obtains the target terminal information.
  • the sending module is further configured to: when the wireless signal or the communication signal is not received, the iBeacon function is sent to send the invitation information to the target terminal, where the invitation information includes carpool invitation information, friend invitation information, and Share the invitation information of the VIP card.
  • the terminal further includes a receiving module and a statistic module, where the receiving module is configured to receive response information that is sent by the target terminal according to the invitation information; and the statistic module is configured to: when the number of target terminals that send response information When the preset requirement is exceeded, the receiving module is notified to stop receiving the response information; and the sending module is further configured to send the current location information to the target terminal that sends the response information.
  • the invention has the beneficial effects that: different from the prior art, the invention adopts iBeacon technology to perform low-power Bluetooth communication with nearby terminals, and can accurately micro-position the terminals in the vicinity (within a range of several millimeters to 50 meters). And in the absence of a communication network connection, the "communication group" can be instantly set up according to the user's needs, and information exchange with the nearby end users is convenient for the user to share information.
  • FIG. 3 is a schematic structural diagram of an implementation manner of an information sharing terminal of the present application.
  • FIG. 4 is a schematic structural diagram of another embodiment of an information sharing terminal of the present application.
  • FIG. 1 is a flowchart of an implementation manner of an information sharing method of the present application.
  • the information sharing method includes the following steps:
  • S101 This machine uses iBeacon technology to obtain the location information of nearby terminals.
  • the local machine After receiving the activation command of the “Nearby Person” sent by the user, the local machine uses the iBeacon technology to call the low-power Bluetooth communication function to send a broadcast to a nearby terminal (for example, within 50 meters, but not limited to this).
  • the information is such that after the nearby terminal receives the broadcast information, it feeds back its current location information to the local machine.
  • the broadcast information sent by the local device includes a unique identifier of the local device, so that the nearby terminal can send its current location information to the local device according to the unique identifier in the broadcast information.
  • the nearby terminal may also send its own unique identifier, hotspot information, recommendation of interest points and the like to the local machine.
  • the local device receives target terminal information input by the user according to the location information, where the target terminal is selected from the nearby terminals; or all the nearby terminals are used as target terminals by default.
  • the local device receives the target terminal information input by the user according to the obtained location information of the nearby terminal, wherein the target terminal is selected by the user from the nearby terminals, and the target terminal selected by the user is at least one. Or, the machine defaults to all nearby terminals as target terminals.
  • S103 The local device sends the invitation information to the target terminal.
  • the machine sends invitation information to the target terminal.
  • the unit can pass wireless fidelity (wireless The fidelity, WiFi), 3G network, or iBeacon byte packing, etc., sends the invitation information to the target terminal, but is not limited thereto.
  • the local device sends the invitation information to the target terminal through the iBeacon byte package
  • the iBeacon function is called, and the invitation information is packaged by the iBeacon byte, and the Bluetooth-enabled terminal is used for low-power Bluetooth communication, and the invitation information is sent to the target terminal.
  • the number of bytes of the invitation message does not exceed the maximum number of bytes allowed by the iBeacon byte packing (for example, 30 bytes).
  • the application type selected by the user is “Carpooling”
  • the invitation information sent by the local machine to the target terminal is “Would you like to carpool together?”. It is not difficult to understand that through this application, the cost of living can be reduced for the user, and the current situation of environmental pollution, traffic congestion, and wasted energy caused by each user using a single vehicle can be avoided, which brings extremes to the user's life. Great convenience.
  • the application type selected by the user is “friendship”
  • the invitation information sent by the local machine to the target terminal is “Can you make a friend?”.
  • the application type selected by the user is "VIP card sharing"
  • the invitation information sent by the local device to the target terminal is "Do you want to use a **VIP card?”. It is not difficult to understand that because some consumer places offer preferential conditions to VIP card users or only provide services to VIP card users, and some users do not have VIP cards for special reasons, this application can improve the user's The use experience brings great convenience to users.
  • the priorities of the WiFi, the 3G network, and the iBeacon byte packing are successively decreased, that is, the local device preferentially sends the invitation information to the target terminal through the WiFi and the 3G network, when there is no WiFi and the 3G network.
  • the iBeacon byte is packaged, the invitation information is sent to the target terminal.
  • other priority rules may also be set, for example, WiFi, iBeacon byte packing, and 3G network priority are successively decremented.
  • the local device may send the invitation information to the target terminal, and in other embodiments, other information may also be sent, for example, local location information, current time, carpool number information, destination information, profile, VIP card. Information, etc.
  • the location information of the local device can be obtained by using the iBeacon technology, and the current time can be obtained by acquiring the current system time of the local device.
  • the current location information is used to enable the target end user to go to the location where the local user is currently located.
  • the current time is used to identify when the invitation information is sent, so that the target end user can decide whether to accept the invitation according to the current time.
  • the destination information and the number of carpools are used to enable the target end user to comprehensively consider whether to decide to carpool with the local user based on the information.
  • the profile is used to enable the target end user to refer to the profile to consider whether to decide to make friends with the local user.
  • the VIP card information is used to enable the target end user to determine whether or not the VIP card type is required.
  • the above solution adopts iBeacon technology to perform low-power Bluetooth communication with nearby terminals, and can accurately locate micro terminals in the vicinity (within a range of several millimeters to 50 meters), and can also be based on users without a communication network connection.
  • the demand immediately sets up an "communication group" to exchange information with nearby end users, so that users can share information.
  • FIG. 2 is a flowchart of another embodiment of the information sharing method of the present application.
  • the information sharing method includes the following steps:
  • step S201 The same as step S101 in the previous embodiment, refer to step S101 and related description of the previous embodiment, and details are not described herein.
  • S202 The local device displays a positioning simulation map, where all the nearby terminals are displayed according to the distance relationship between the nearby terminal and the local device, wherein the distance relationship passes the location information of the nearby terminal. Obtained with local location information.
  • the machine compares the obtained location of the nearby terminal with the location information of the local device, thereby obtaining the relative distance between each terminal and the local device, and establishing a positioning simulation map according to the distance relationship between the nearby terminal and the local device. , display all nearby terminals by positioning the simulation map. While establishing the positioning simulation map, the locality also establishes an association table between the relative distance between the target terminal and the local machine and the unique identifier of the nearby terminal, so that when the user selects the target terminal according to the relative distance in the positioning simulation map, the local machine The unique identifier of the target terminal can be obtained according to the received target terminal command selected by the user, so that the terminal selected by the user can be identified, and the target terminal information can be acquired.
  • S203 Acquire a target terminal instruction selected by a user in a nearby terminal of the positioning simulation map.
  • the local machine acquires the target terminal instruction selected by the user.
  • the target terminal command selected by the user includes a relative distance between the target terminal and the local device. Or, the local machine defaults all the nearby terminals as target terminals.
  • the local device obtains the unique identifier of the target terminal by querying the relative distance between the relative distance and the unique identifier of the nearby terminal according to the relative distance included in the target terminal command selected by the user, thereby identifying the terminal selected by the user, and acquiring the target terminal information. .
  • step S205 The same as step S103 in the previous embodiment, please refer to step S103 of the previous embodiment and related description, and details are not described herein.
  • S206 The local device receives the response information that is sent by the target terminal according to the invitation information.
  • the local device After the target terminal accepts the invitation information, the local device receives the response information sent by the target terminal according to the invitation information.
  • S207 The local device sends the current location information to the target terminal that sends the response information.
  • the local device sends the current location information to the target terminal that sends the response information, so that the target terminal user can go to the location where the local user is currently located, or send other information to the target terminal as needed.
  • the current location information sent by the local machine to the target terminal that sends the response information so that the target terminal user can go to the location of the local machine and the local machine after deciding to carpool with the local user.
  • the user performs carpooling.
  • the information sent by the local device may further include destination information, the number of carpools, the current time, and the like, so that the target terminal user comprehensively considers whether to decide to carpool with the local user.
  • the current time can be obtained by acquiring the current system time of the machine.
  • the local location information sent by the local device to the target terminal that sends the response information so that the target terminal user can go to the location of the local machine and the local user after deciding to make friends with the local user.
  • the information sent by the local device may also include a personal profile, current time, etc., so that the target terminal user comprehensively considers whether to decide to make friends with the local user, and can enable the target terminal user not to go to the current location of the local user.
  • the current time can be obtained by acquiring the current system time of the local device. In the private chat environment, only the local user and the user who sends the response information can enter, and other users cannot see or enter.
  • the local location information sent by the local device to the target terminal that sends the response information so that the target terminal user can go to the location of the local machine to obtain the VIP card.
  • the information sent by the local device may further include information such as a VIP card name and a card number, so that the target terminal user can directly obtain the VIP card information without going to the current location of the local user, and use the VIP card for consumption immediately.
  • the personal profile, the VIP card information and the like can be set in advance.
  • the personal profile and the VIP card information set before are automatically connected. Allows the user to select the information to send from the list.
  • Personal information, VIP card information, etc. can also be manually input. In this case, after the local machine receives the response message from the target terminal user, the local user needs to manually input the information, which is not limited here.
  • the profile is set in advance.
  • S208 Stop receiving the response information when the number of the issued target terminals exceeds a preset requirement.
  • the local machine counts the number of target terminals that send out response information, and stops receiving the response information when the number of target terminals that send out the response information exceeds the preset requirement.
  • the local device After stopping receiving the response message, if the local machine receives the response information again, the local device does not process, or may send a prompt message to the target terminal that sends the response message to prompt the invitation that the invitation has expired, and close the invitation.
  • the machine when the application type is “Carpooling”, the machine counts the number of target terminals that send “Carpooling” response information to count the number of people who are currently carpooling. When the number of target terminals that have issued the carpool response information exceeds the preset number of carpools, the reception of the response information is stopped. If the machine receives the “Carpooling” response message again, the machine does not process, or sends a prompt message to the target terminal that sends the carpool response message to prompt “the number of carpools is full”, and the invitation has expired.
  • the local machine When the application type is "friends", the local machine counts the number of target terminals that send "friends" response information. When the number of target terminals that send the friend response information exceeds the preset number of people, the response information is stopped to be blocked. The user who sent the response enters the private chat environment. If the machine receives the "friends" response message again, the machine does not process, or sends a prompt message to the target terminal that sends the friend response information to prompt that the invitation has expired.
  • the preset number of people is one person, and in other embodiments, other numbers may be used.
  • the local device When the application type is "VIP card sharing", the local device counts the number of target terminals that send the "VIP card sharing” response message. When the number of target terminals that send the "VIP card sharing” response message exceeds the preset number of people, the receiving is stopped. The information is responsive so that the user who sent the response information can be assigned to the VIP card. If the local machine receives the "VIP card sharing” response message, the machine does not process, or sends a prompt message to the target terminal that sends the "VIP card sharing" response message to prompt "VIP card has been obtained". This invitation expired.
  • the preset number of people is one person, and in other embodiments, other numbers may be used.
  • the above solution adopts iBeacon technology to perform low-power Bluetooth communication with nearby terminals, and can accurately locate micro terminals in the vicinity (within a range of several millimeters to 50 meters), and can also be based on users without a communication network connection.
  • the demand immediately sets up an "communication group" to exchange information with nearby end users, so that users can share information.
  • the invitation expiration prompt information may also be sent to the user to remind the user.
  • FIG. 3 is a schematic structural diagram of an implementation manner of an information sharing terminal according to the present application.
  • the mobile terminal in this embodiment includes: an obtaining module 310, a configuration module 320, and a sending module 330.
  • the obtaining module 310 is configured to acquire location information of a nearby terminal by using an iBeacon technology.
  • the acquiring module 310 uses the iBeacon technology to invoke the low-power Bluetooth communication function to send to a nearby terminal (for example, within a range of 50 meters, but not limited to this).
  • the information is broadcasted so that the nearby terminal receives the broadcast information, and then feeds back the current location information to the acquisition module 310.
  • the obtaining module 310 acquires current location information fed back by the nearby terminal.
  • the broadcast information includes a unique identifier of the local device, so that the nearby terminal can feed back the current location information of the local device according to the unique identifier in the broadcast information. It can be understood that after receiving the broadcast information, the nearby terminal may also send its own unique identifier, hotspot information, recommendation of interest points and the like to the local machine.
  • the obtaining module 310 sends the acquired location information of the accessory terminal to the configuration module 320.
  • the configuration module 320 is configured to receive target terminal information input by the user according to the location information, where the target terminal is selected from the nearby terminals; or the configuration module 320 is configured to receive the location information of the nearby terminal acquired by the obtaining module 310, and default all nearby The terminal serves as the target terminal.
  • the configuration module 320 receives the target terminal information input by the user according to the acquired location information of the nearby terminal, wherein the target terminal is selected by the user from the nearby terminals, and the target terminal selected by the user is at least one.
  • the configuration module 320 receives the location information of the nearby terminals acquired by the obtaining module 310, and defaults all the nearby terminals as the target terminals.
  • the configuration module 320 sends the target terminal information to the sending module 330.
  • the sending module 330 is configured to receive target terminal information, and send the invitation information to the target terminal. For example, after receiving the target terminal information, the sending module 330 sends the invitation information to the target terminal.
  • the invitation information can be input for the user, or it can be set in advance, and there is no restriction here.
  • the sending module 330 can pass wireless fidelity (wireless The fidelity, WiFi), 3G network, or iBeacon byte packing, etc., sends the invitation information to the target terminal, but is not limited thereto.
  • the local device sends the invitation information to the target terminal through the iBeacon byte package
  • the iBeacon function is called, and the invitation information is packaged by the iBeacon byte, and the Bluetooth-enabled terminal is used for low-power Bluetooth communication, and the invitation information is sent to the target terminal.
  • the number of bytes of the invitation message does not exceed the maximum number of bytes allowed by the iBeacon byte packing (for example, 30 bytes).
  • the application type selected by the user is “Carpooling”
  • the invitation information sent by the sending module 330 to the target terminal is “Would you like to carpool together?”.
  • the invitation information sent by the sending module 330 to the target terminal is “Can you make a friend?”.
  • the application type selected by the user is “VIP card sharing”
  • the invitation information sent by the sending module 330 to the target terminal is “Would you like to use a **VIP card?”.
  • the priorities of the WiFi, the 3G network, and the iBeacon byte packing are successively decremented.
  • other priority rules may also be set, for example, WiFi, iBeacon byte packing.
  • the priority of the 3G network is decreasing in turn.
  • the sending module 330 may send the invitation information to the target terminal, and in other embodiments, other information may also be sent, for example, local location information, current time, carpool number information, destination information, profile, VIP. Card information, etc.
  • the location information of the local device can be obtained by using the iBeacon technology, and the current time can be obtained by acquiring the current system time of the local device.
  • the current location information is used to enable the target end user to go to the location where the local user is currently located.
  • the current time is used to identify when the invitation information is sent, so that the target end user can decide whether to accept the invitation according to the current time.
  • the destination information and the number of carpools are used to enable the target end user to comprehensively consider whether to decide to carpool with the local user based on the information.
  • the profile is used to enable the target end user to refer to the profile to consider whether to decide to make friends with the local user.
  • the VIP card information is used to enable the target end user to determine whether or not the VIP card type is required.
  • the above solution adopts iBeacon technology to perform low-power Bluetooth communication with nearby terminals, and can accurately locate micro terminals in the vicinity (within a range of several millimeters to 50 meters), and can also be based on users without a communication network connection.
  • the demand immediately sets up an "communication group" to exchange information with nearby end users, so that users can share information.
  • FIG. 4 is a schematic structural diagram of another embodiment of the information sharing terminal of the present application.
  • the mobile terminal in this embodiment includes an obtaining module 410, a generating module 420, a display module 430, a configuration module 440, a sending module 450, a receiving module 460, and a statistics module 470.
  • the configuration module 440 includes a detecting unit 441 and a determining unit 442. .
  • the obtaining module 410 is configured to acquire location information of a nearby terminal by using an iBeacon technology.
  • the acquiring module 410 uses the iBeacon technology to call the low-power Bluetooth communication function to send to the terminal nearby (for example, within 50 meters, but not limited to this).
  • the information is broadcasted so that the nearby terminal receives the broadcast information, and then feeds back the current location information to the acquisition module 410.
  • the obtaining module 410 acquires current location information fed back by the nearby terminal.
  • the broadcast information includes a unique identifier of the local device, so that the nearby terminal can feed back the current location information of the local device according to the unique identifier in the broadcast information. It can be understood that after receiving the broadcast information, the nearby terminal may also send its own unique identifier, hotspot information, recommendation of interest points and the like to the local machine.
  • the obtaining module 410 sends the acquired location information of the accessory terminal to the generating module 420.
  • the generating module 420 is configured to receive the acquired location information of the accessory terminal, obtain a distance relationship between the location information of the nearby terminal and the local location information, and establish a positioning simulation map according to the distance relationship between the nearby terminal and the local device.
  • the generating module 420 compares the acquired location of the nearby terminal with the location information of the local device, thereby obtaining a relative distance between each terminal and the local device, and according to A positioning simulation map is established by the distance relationship between the nearby terminal and the local machine.
  • the generating module 420 also establishes an association table between the relative distance between the target terminal and the local device and the unique identifier of the nearby terminal while establishing the positioning simulation map, so that when the user selects the target terminal according to the relative distance in the positioning simulation map, the configuration is performed.
  • the module 440 can obtain the unique identifier of the target terminal according to the received target terminal instruction selected by the user, so that the terminal selected by the user can be identified, and the target terminal information can be acquired.
  • the generating module 420 sends the positioning simulation map to the display module 430.
  • the display module 430 is configured to receive and display a positioning simulation map to display all of the nearby terminals in the positioning simulation map. For example, display module 430 receives and displays a positioning simulation map in which all nearby terminals are displayed for selection by the user.
  • the detecting unit 441 is configured to acquire a target terminal instruction selected by the user in the nearby terminal of the positioning simulation map. For example, when the user selects the target terminal from the nearby terminals according to the relative distance in the positioning simulation map, the detecting unit 441 acquires the target terminal instruction selected by the user in the nearby terminal of the positioning simulation map. After the user selects the target terminal in the positioning simulation diagram, the control module 420 receives the target terminal information selected by the user, and acquires the target terminal instruction selected by the user according to the target terminal information, and performs the query according to the relative distance included in the target terminal instruction selected by the user.
  • the association table of the relative distance and the unique identifier of the nearby terminal acquires the unique identifier of the target terminal, thereby identifying the terminal selected by the user, and acquiring the target terminal information.
  • the user selects at least one target terminal, and the target terminal command selected by the user includes a relative distance between the target terminal and the local device.
  • the configuration module detecting unit 441 transmits the selected target terminal instruction to the determining unit 442.
  • the determining unit 442 is configured to receive the selected target terminal instruction, and obtain the unique identifier of the target terminal by querying the relative distance between the relative distance and the unique identifier of the nearby terminal according to the relative distance included in the target terminal command selected by the user, thereby identifying the user.
  • the selected terminal further acquires target terminal information.
  • the determining unit 442 is configured to default to all nearby terminals as target terminals. For example, the determining unit 442 defaults to locate the accessory terminal in the nearby terminal of the simulation map as the target terminal.
  • the determining unit 442 transmits the invitation information and the target terminal information to the transmitting module 450.
  • the invitation information may be input by the user, or may be set in advance, and is not limited herein.
  • the sending module 450 is configured to receive the invitation information, the target terminal information, and the target terminal information, and send the invitation information to the target terminal, where the invitation information includes carpool invitation information, friend invitation information, and invitation information for sharing the VIP card.
  • the iBeacon function is called to send the invitation information to the target terminal.
  • the sending module 450 sends the invitation information to the target terminal.
  • the invitation information can be input for the user, or it can be set in advance, and there is no restriction here.
  • the sending module 450 can pass wireless fidelity (wireless The fidelity, WiFi), 3G network, or iBeacon byte packing, etc., sends the invitation information to the target terminal, but is not limited thereto.
  • the sending module 450 sends the invitation information to the target terminal through the iBeacon byte package, the iBeacon function is called, and the invitation information is packaged by the iBeacon byte, and the Bluetooth-enabled terminal is used for low-power Bluetooth communication, and the invitation is sent to the target terminal. information.
  • the number of bytes of the invitation message does not exceed the maximum number of bytes allowed by the iBeacon byte packing (for example, 30 bytes).
  • the application type selected by the user is “Carpooling”
  • the invitation information sent by the sending module 450 to the target terminal is “Would you like to carpool together?”.
  • the invitation information sent by the sending module 450 to the target terminal is “Can you make a friend?”.
  • the application type selected by the user is “VIP card sharing”
  • the invitation information sent by the sending module 450 to the target terminal is “Would you like to use a **VIP card?”.
  • the priorities of the WiFi, the 3G network, and the iBeacon byte packing are successively decremented, that is, the sending module 450 preferentially sends the invitation information to the target terminal through the WiFi and the 3G network, when there is no WiFi and 3G.
  • the iBeacon byte packing method is used to send the invitation information to the target terminal.
  • other priority rules may also be set, for example, WiFi, iBeacon byte packing, and 3G network priority are successively decremented.
  • the sending module 450 may send the invitation information to the target terminal, and in other embodiments, other information may also be sent, for example, local location information, current time, carpool number information, destination information, profile, VIP. Card information, etc.
  • the location information of the local device can be obtained by using the iBeacon technology, and the current time can be obtained by acquiring the current system time of the local device.
  • the current location information is used to enable the target end user to go to the location where the local user is currently located.
  • the current time is used to identify when the invitation information is sent, so that the target end user can decide whether to accept the invitation according to the current time.
  • the destination information and the number of carpools are used to enable the target end user to comprehensively consider whether to decide to carpool with the local user based on the information.
  • the profile is used to enable the target end user to refer to the profile to consider whether to decide to make friends with the local user.
  • the VIP card information is used to enable the target end user to determine whether or not the VIP card type is required.
  • the receiving module 460 is configured to receive response information that is sent by the target terminal according to the invitation information. For example, after the target terminal accepts the invitation information, the receiving module 460 receives the response information sent by the target terminal according to the invitation information, and the receiving module 460 sends the response information to the statistics module 470.
  • the statistics module 470 is configured to receive the response information, and when the number of the target terminals that send the response information exceeds the preset requirement, the notification receiving module 460 stops receiving the response information.
  • the statistic module 470 receives the response information, determines that the response information is valid response information, and counts the number of valid response information, thereby counting the number of target terminals that send valid response information, and sends the notification information to the determining unit 442 to After the determining unit 442 is enabled to receive the notification information, the related information is configured for the target terminal that issues the valid response information, and the transmitting terminal 450 transmits the related information to the target terminal that issues the valid response information.
  • the statistics module 470 sends the notification information to the sending module 450 to stop receiving the response information to close the invitation.
  • the manner in which the response information is determined to be valid response information is not limited.
  • the statistics module 470 receives the response information sent by the receiving module 460, determines the response information as the valid response information, and counts the number of valid response information, thereby counting the number of target terminals that send valid response information, and sends a notification to the determining unit 442.
  • the information is such that the determining unit 442 can configure the related information for the target terminal that issues the valid response information after receiving the notification information, and transmits the related information to the target terminal that issues the valid response information through the transmitting module 450.
  • the statistics module 470 sends the notification information to the determining unit 442.
  • the determining unit 442 configures relevant information for the target terminal that issues the valid response information, and transmits the related information to the target terminal that sends the valid response information through the transmitting module 450.
  • the sending module 450 is further configured to send the current location information to the target terminal that sends the response information.
  • the sending module 450 sends the current location information to the target terminal that sends the response information, so that the target terminal user can go to the local terminal.
  • the sending module 450 sends the current location information sent to the target terminal that sends the response information, so that the target terminal user can go to the location of the local machine and the local machine after deciding to carpool with the local user.
  • the user performs carpooling.
  • the information sent by the sending module 450 may further include destination information, the number of carpools, the current time, and the like, so that the target terminal user comprehensively considers whether to decide to carpool with the local user.
  • the current time can be obtained by acquiring the current system time of the machine.
  • the sending module 450 sends the current location information sent to the target terminal that sends the response information, so that the target terminal user can go to the location of the local machine and the local user after deciding to make friends with the local user. chat.
  • the information sent by the sending module 450 may further include a personal profile, a current time, and the like, so that the target terminal user comprehensively considers whether to decide to make friends with the local user, and enables the target terminal user not to go to the current location of the local user.
  • the current time can be obtained by acquiring the current system time of the local device. In the private chat environment, only the local user and the user who sends the response information can enter, and other users cannot see or enter.
  • the sending module 450 sends the current location information sent to the target terminal that sends the response information, so that the target terminal user can go to the location where the local device is located to obtain the VIP card.
  • the information sent by the sending module 450 may further include information such as a VIP card name and a card number, so that the target terminal user can directly obtain the VIP card information without going to the current location of the local user, and use the VIP card for consumption immediately.
  • the personal profile, the VIP card information and the like can be set in advance. At this time, when the local machine receives the response message sent by the target terminal user, the personal profile and the VIP card information set before are automatically connected. Allows the user to select the information to send from the list. Personal information, VIP card information, etc. can also be manually input. In this case, after the local machine receives the response message from the target terminal user, the local user needs to manually input the information, which is not limited here.
  • the statistics module 470 determines that the number of target terminals that send the valid response information exceeds the preset requirement, the statistics module 470 sends the notification information of the stop receiving response information to the receiving module 460 to notify the receiving module 460 to stop receiving the response information to close the invitation. .
  • the statistics module 470 determines that the number of target terminals that send valid response information exceeds the preset requirement, the statistics module 470 sends the notification information to the receiving module 460 to stop receiving the response information.
  • the receiving module 460 receives the notification information for stopping receiving the response information, the receiving of the response information is stopped.
  • the statistics module 470 can also send the prompt information to the determining unit 442, so that the determining unit 442 can send the configured prompt information of the invitation expiration through the sending module 450.
  • the statistics module 470 determines that the number of target terminals that have sent the valid response information exceeds the preset requirement, if the receiving module 460 receives the response information again, the statistics module 470 determines that the response information is invalid response information, and sends the response information to the determining unit 442.
  • the expired prompt information is invited to enable the determining unit 442 to send, through the sending module 450, the related prompt information configured for the target terminal that issued the invalid response information to prompt the target terminal user who sent the invalid response information to expire.
  • the statistics module 470 determines that the number of target terminals that have issued the “carpooling” response information exceeds the preset number of carpools, identifies the response information as invalid response information, and sends a prompt to the determining unit 442. information.
  • the determining unit 442 receives the prompt information of the invitation expiration, the related prompt information of the invitation expiration configured for the target terminal that sends the invalid response information, and sends the related prompt information of the invitation expiration to the target that sends the invalid response information by the sending module 450.
  • the terminal is prompted to "the number of carpools is full" and the invitation has expired.
  • the statistics module 470 determines that the number of target terminals that have issued the "friends" response information exceeds the preset number of people, identifies the response information as invalid response information, and transmits the prompt information to the determining unit 442.
  • the determining unit 442 receives the prompt information of the invitation expiration, the related prompt information of the invitation expiration configured for the target terminal that sends the invalid response information, and sends the related prompt information of the invitation expiration to the target that sends the invalid response information by the sending module 450.
  • the terminal prompts that the invitation has expired, thereby preventing the end user who sends the invalid response information from entering the private chat environment, so as not to disturb the user who is communicating in the private chat environment.
  • the preset number of people is one person, and in other embodiments, other numbers may be used.
  • the statistics module 470 determines that the number of target terminals that have sent the “VIP card sharing” response information exceeds the preset number of people, and identifies the response information as invalid response information, and sends the response information to the determining unit 442. Prompt message. After the determining unit 442 receives the prompt information of the invitation expiration, the related prompt information of the invitation expiration configured for the target terminal that sends the invalid response information, and sends the related prompt information of the invitation expiration to the target that sends the invalid response information by the sending module 450.
  • the terminal prompts its "VIP card has been acquired", and the invitation has expired, thereby ensuring that the user who issued the valid response information can be assigned to the VIP card while avoiding the target end user who issued the invalid response information to continue waiting.
  • the preset number of people is one person, and in other embodiments, other numbers may be used.
  • the above solution adopts iBeacon technology to perform low-power Bluetooth communication with nearby terminals, and can accurately locate micro terminals in the vicinity (within a range of several millimeters to 50 meters), and can also be based on users without a communication network connection.
  • the demand immediately sets up an "communication group" to exchange information with nearby end users, so that users can share information.
  • the invitation expiration prompt information may also be sent to the user to remind the user.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)
  • Telephonic Communication Services (AREA)

Abstract

La présente invention concerne un procédé et un terminal de partage. Le procédé comprend les étapes suivantes : des informations d'emplacement de terminaux adjacents sont acquises par un terminal d'origine adoptant une technologie iBeacon ; des informations de terminal cible entrées par un utilisateur selon les informations d'emplacement sont reçues par le terminal d'origine, et le terminal cible est sélectionné parmi les terminaux adjacents, ou tous les terminaux adjacents sont considérés comme les terminaux cibles par défaut ; des informations d'invitation sont envoyées du terminal d'origine au terminal cible. Selon la solution décrite, la technologie iBeacon est adoptée pour réaliser une communication Bluetooth à faible consommation d'énergie avec les terminaux adjacents ; un micro-positionnement précis peut être obtenu sur les terminaux adjacents (dans une plage allant de quelques millimètres à 50 mètres) ; sans une connexion à un réseau de communication, un groupe de communication peut être construit instantanément selon des exigences d'utilisateur, un échange d'informations peut être réalisé avec des utilisateurs de terminaux adjacents, et un partage d'informations entre des utilisateurs est commode.
PCT/CN2014/085559 2014-07-09 2014-08-29 Procédé et terminal de partage d'informations Ceased WO2016004671A1 (fr)

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