CN106470391B - Method and device for group sending of service data - Google Patents

Method and device for group sending of service data Download PDF

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Publication number
CN106470391B
CN106470391B CN201510520668.3A CN201510520668A CN106470391B CN 106470391 B CN106470391 B CN 106470391B CN 201510520668 A CN201510520668 A CN 201510520668A CN 106470391 B CN106470391 B CN 106470391B
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service data
account
receiver
server
receiving
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CN106470391A (en
Inventor
王冲
汤楚明
张贝
诸葛桂娥
彭英
黎翠霞
李蓓
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Tencent Technology Shenzhen Co Ltd
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Tencent Technology Shenzhen Co Ltd
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Priority to CN201510520668.3A priority Critical patent/CN106470391B/en
Priority to PCT/CN2016/092408 priority patent/WO2017016525A1/en
Priority to MYPI2017704700A priority patent/MY197378A/en
Publication of CN106470391A publication Critical patent/CN106470391A/en
Priority to US15/715,709 priority patent/US10582563B2/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/06—Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
    • H04W4/08—User group management
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/02—Details
    • H04L12/16—Arrangements for providing special services to substations
    • H04L12/18—Arrangements for providing special services to substations for broadcast or conference, e.g. multicast
    • H04L12/185—Arrangements for providing special services to substations for broadcast or conference, e.g. multicast with management of multicast group membership

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Multimedia (AREA)
  • Information Transfer Between Computers (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)

Abstract

The embodiment of the invention discloses a group sending method of service data, which comprises the following steps: receiving a data group sending instruction, generating a pairing identifier, and broadcasting the pairing identifier through a short-distance wireless signal; uploading the pairing identifier to a server, and receiving a receiver account number which is returned by the server and corresponds to the pairing identifier; receiving input service data; and generating a service data group sending request according to the service data, sending the service data group sending request to a server, and sending the service data group to a terminal corresponding to the account of the receiver by the server according to the service data group sending request. The invention also discloses a group sending device of the service data. The method and the device for group sending of the service data can improve the convenience of the operation of group sending of the service data.

Description

Method and device for group sending of service data
Technical Field
The present invention relates to the field of computer technologies, and in particular, to a method and an apparatus for group sending of service data.
Background
In the social network application of the conventional technology, business data sharing is generally required among users. For example, the business data may be a message (e.g., an electronic greeting card), a file, a picture (e.g., a photographed picture), financial data (e.g., data in an online banking account or a third party payment account for a numeric type representing an actual financial amount), or virtual financial data (e.g., data in a network game account or a social network application account for a numeric type representing virtual currency).
However, in the conventional technology, the business data sharing among users is usually based on a social relationship chain between users (e.g., users who are in the social relationship chain such as friends, group friends, school friends, possibly known people, etc.), that is, the users can only share the business data with the users on the social relationship chain. If the service data group is to be sent to strangers, namely users who are not in the social relationship chain in the social network application, stranger users are required to be added one by one as friends, then a group is created, a plurality of added strangers are added to the newly created group, and the service data is sent through the group.
Therefore, in the social network application in the conventional technology, when a user sends service data to a plurality of strangers in a group, the user needs to perform more operations of adding friends and creating a group to complete the group sending operation, which results in insufficient convenience of operation.
Disclosure of Invention
Therefore, in order to solve the problem that when a user sends service data to a plurality of strangers in a group manner in the social network application in the conventional technology, the user needs to perform more operations of adding friends and creating a group to complete the group sending operation, so that the convenience of the operation is insufficient, a group sending method of the service data is particularly provided.
A method for group transmission of service data includes:
receiving a data group sending instruction, generating a pairing identifier, and broadcasting the pairing identifier through a short-distance wireless signal;
uploading the pairing identifier to a server, and receiving a receiver account number which is returned by the server and corresponds to the pairing identifier;
receiving input service data;
and generating a service data group sending request according to the service data, sending the service data group sending request to a server, and sending the service data group to a terminal corresponding to the account of the receiver by the server according to the service data group sending request.
In addition, in order to solve the problem that when a user sends service data to a plurality of strangers in a group manner in the social network application in the above-mentioned conventional technology, the user needs to perform operations of adding more friends and creating a group to complete the group sending operation, which results in insufficient convenience of operation, a group sending device for service data is provided.
A group transmission apparatus of traffic data, comprising:
the pairing identifier generating module is used for receiving a data group sending instruction, generating a pairing identifier and broadcasting the pairing identifier through a short-distance wireless signal;
the pairing identifier uploading module is used for uploading the pairing identifier to a server and receiving a receiver account number which is returned by the server and corresponds to the pairing identifier;
the service data receiving module is used for receiving input service data;
and the group sending request uploading module is used for generating a service data group sending request according to the service data and sending the service data group sending request to a server, and the server sends the service data group to a terminal corresponding to the account of the receiver according to the service data group sending request.
In addition, in order to solve the problem that when a user sends service data to a plurality of strangers in a group manner in the social network application in the above-mentioned conventional technology, the user needs to perform more operations of adding friends and creating a group to complete the group sending operation, which results in insufficient convenience of operation, a method for receiving the service data sent in the group manner is provided.
A method of receiving service data for group transmission, comprising:
detecting a short-distance wireless signal and acquiring a pairing identifier carried by the short-distance wireless signal;
acquiring a receiver account, uploading the pairing identifier to a server and carrying the receiver account, searching a sender account corresponding to the pairing identifier by the server and searching service data uploaded by the sender account by the server;
and receiving the service data uploaded to the server by the sender account.
In addition, in order to solve the problem that when a user sends service data to a plurality of strangers in a group manner in the social network application in the above-mentioned conventional technology, the user needs to perform more operations of adding friends and creating a group to complete the group sending operation, which results in insufficient convenience of operation, a device for receiving the service data sent in the group manner is provided.
An apparatus for receiving service data for group transmission, comprising:
the pairing identifier detection module is used for detecting the short-distance wireless signal and acquiring the pairing identifier carried by the short-distance wireless signal;
the joining pairing module is used for acquiring a receiver account, uploading the pairing identifier to a server and carrying the receiver account, searching a sender account corresponding to the pairing identifier by the server and searching service data uploaded by the sender account by the server;
and the data receiving module is used for receiving the service data uploaded to the server by the sender account.
In addition, in order to solve the problem that when a user sends service data to a plurality of strangers in a group manner in the social network application in the above-mentioned conventional technology, the user needs to perform operations of adding more friends and creating a group to complete the group sending operation, which results in insufficient convenience of operation, a method for forwarding the service data between terminals is particularly provided.
A method of forwarding traffic data between terminals, the method comprising:
receiving the uploaded pairing identifier, and acquiring a sender account corresponding to the pairing identifier;
receiving a pairing-joining request, and when the pairing-joining request contains the pairing identification, acquiring a user account carried in the pairing-joining request as a receiver account, wherein the pairing identification is broadcast to a terminal corresponding to the receiver account by a terminal corresponding to the sender account through a short-distance wireless signal;
receiving a service data group sending request uploaded by a terminal corresponding to the sender account, and acquiring service data according to the service data group sending request;
and sending the service data to a terminal corresponding to the account of the receiver.
In addition, in order to solve the problem that when a user sends service data to a plurality of strangers in a group manner in the social network application in the above-mentioned conventional technology, the user needs to perform operations of adding more friends and creating a group to complete the group sending operation, which results in insufficient convenience of operation, a device for forwarding the service data between terminals is particularly provided.
An apparatus for forwarding traffic data between terminals, the method comprising:
the pairing initiating module is used for receiving the uploaded pairing identifier and acquiring a sender account corresponding to the pairing identifier;
the system comprises a receiver adding module, a matching adding module and a matching adding module, wherein the receiver adding module is used for receiving a matching adding request, when the matching adding request comprises a matching identification, a user account carried in the matching adding request is obtained to serve as a receiver account, and the matching identification is that a terminal corresponding to the sender account broadcasts to a terminal corresponding to the receiver account through a short-distance wireless signal;
the service data receiving module is used for receiving a service data group sending request uploaded by a terminal corresponding to the sender account and acquiring service data according to the service data group sending request;
and the service data transmission module is used for transmitting the service data to a terminal corresponding to the account of the receiver.
The embodiment of the invention has the following beneficial effects:
after the method and the device for group sending of the service data are adopted, when an initiator sending the service data sends the service data to strangers, namely a user group which is not in a social relation chain with the initiator, the initiator does not need to sequentially add friends with a plurality of strangers, pairing identifiers can be directly broadcasted in a short distance through short-distance wireless signals, and association can be generated between the initiator and the strangers through the pairing identifiers. Namely, the terminal with the pairing identification same as the terminal of the initiator can receive the service data sent by the initiator in a group, so that the complicated steps of adding friends and verifying are omitted, and the convenience of operation is improved.
In addition, in the method and the device for group sending of the business data, the initiator does not need to create a group for a plurality of receiver accounts, the business data is sent in a group through the group, the server can determine the user account conforming to the identity of the receiver account according to the pairing identifier, and then the business data is sent to the user account serving as the receiver account. Therefore, the operation of the initiator for creating the group aiming at the mass sending is also avoided, and the convenience of the operation is improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Wherein:
fig. 1 is a networking diagram of a group transmission system of service data in one embodiment;
fig. 2 is a sequence diagram of an interaction process between a sender, a receiver and a server in the group transmission system of the service data;
fig. 3 is a flowchart of a method for group transmission of service data according to an embodiment;
fig. 4 is a flow diagram of a method for receiving mass-sent traffic data in one embodiment;
fig. 5 is a flowchart of a method for forwarding service data between terminals in one embodiment;
FIG. 6 is a schematic diagram of a display interface for inputting a mass texting instruction in a red packet-emitting application scenario;
FIG. 7 is a schematic diagram of a display interface showing a recipient account in a red packet-emitting application scenario;
FIG. 8 is a schematic diagram of a service data input interface in a red packet-emitting application scenario;
FIG. 9 is a schematic diagram of an interface showing a red envelope dispatching process in a red envelope-emitting application scenario;
fig. 10 is a schematic structural diagram of a group transmission apparatus for service data according to an embodiment;
fig. 11 is a schematic structural diagram of an apparatus for receiving service data of a group transmission according to an embodiment;
fig. 12 is a schematic structural diagram of an apparatus for forwarding traffic data between terminals in an embodiment.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Based on this, in order to solve the problem that when a user sends service data to a plurality of strangers in a social network application in the above-mentioned conventional technology in a group manner, the user needs to perform more operations of adding friends and creating a group to complete the group sending operation, which results in insufficient convenience of the operation, in one embodiment, a group sending mechanism of the service data is specifically proposed, as shown in fig. 1, and the group sending mechanism of the service data is based on a computer system as shown in fig. 1, where the computer system includes a terminal 10 of a sender account for group sending of the service data, a server 20 in charge of forwarding of the service data, and a terminal 30 of a receiver account for group sending of the service data.
The group transmission mechanism of the service data is divided into three parts, including a group transmission method of the service data of the terminal 10 operating in the sender account, a method of forwarding the service data between terminals operating in the server 20, and a method of receiving the group-transmitted service data of the terminal 30 operating in the receiver account. The terminal 10 of the sender account and the terminal 30 of the receiver account may be a computer system based on von neumann architecture, which is equipped with a short-range wireless Communication component, such as a Near Field Communication (NFC) component, a bluetooth component, a wifi component, or a zigbee component, such as a smart phone, a tablet computer, and the like. The server 20 responsible for traffic data forwarding may be a server device of a social networking application.
The above-mentioned method for group-sending service data of the terminal 10 operating in the sender account, the method for forwarding service data between terminals operating in the server 20, and the method for receiving group-sent service data of the terminal 30 operating in the receiver account may rely on computer programs. And the group transmission method of the service data of the terminal 10 operating in the sender account and the method of receiving the group-transmitted service data of the terminal 30 operating in the receiver account may be client programs based on a social network application, and the method of forwarding the service data between terminals operating in the server 20 may be server programs based on the social network application.
Specifically, the interaction process of the service data group sending mechanism may be as shown in fig. 2, wherein the service data group sending method of the terminal 10 operating in the sender account may be as shown in fig. 3, and includes:
step S102: receiving a data group sending instruction, generating a pairing identifier, and broadcasting the pairing identifier through a short-distance wireless signal.
If a user as a sender of the service data wants to send the service data group to a stranger, a data group sending instruction can be input to the intelligent terminal to start a group sending function of the service data. In this embodiment, before sending the service data in a group, the sender needs to log in the server by using an account of the social network application on the terminal 10, and the logged user account is the sender account. After the sender inputs a data mass sending instruction, the terminal generates a pairing identifier, the pairing identifier can be used for establishing a mapping relation with a stranger terminal, and the target of the service data mass sent by the terminal corresponding to the sender account is the terminal of other user accounts with the same pairing identifier stored by the terminal corresponding to the sender account.
In this embodiment, after the terminal of the sender account generates the pairing identifier, the pairing identifier may be sent to the terminal corresponding to the other user account through a short-distance wireless signal. The short-range wireless signal may be a wireless signal that propagates within a range of tens of meters, such as an NFC signal, a bluetooth signal, a wifi signal (a neighbor on the internet of a wireless local area network), or a zigbee signal. For example, if the NFC chip is installed on the smart terminal, the pairing identifier may be broadcast to other terminals through the NFC signal, and other users may establish connection with the terminal of the sender by detecting the short-distance wireless signal by approaching the terminal to the terminal of the sender, so that the user account logged in to the social network application on the terminal may become the recipient account after receiving the pairing identifier.
Step S104: and uploading the pairing identifier to a server, and receiving a receiver account number which is returned by the server and corresponds to the pairing identifier.
In this embodiment, the terminal of the sender account may upload the pairing identifier to the server through the pairing initiation request, and the server may receive the pairing identifier. The pairing initiation request may also carry a sender account or the server may obtain a session object session including the sender account through a connection established with a terminal of the sender account, and then obtain the sender account through the session object.
As described above, the terminal that makes close contact with the terminal of the sender account and obtains the same pairing identifier as the sender account by detecting the short-distance wireless signal may also establish connection with the server, and send the same pairing identifier to the server by the pairing-join request, and the server may search for a user account having the same pairing identifier as the sender account by comparing the pairing identifiers, where the user account is the recipient account in the service data bulk transmission.
That is, even if a certain user obtains a pairing identifier by using a terminal close to a sender account, if the user account is not logged in on the terminal of the user or the terminal of the user is not in a networked state, connection cannot be established with the server, that is, the terminal of the user cannot serve as a receiver of service data to receive service data under the condition that the server cannot receive a pairing-join request or the received pairing-join request does not include the user account.
Correspondingly, if the user uses the terminal to obtain the pairing identifier close to the terminal of the sender account and establishes connection with the server, the pairing join request containing the pairing identifier is uploaded smoothly, and after the server acquires the user account logged in the terminal used by the user, the user account can be used as a receiver account to receive the service data sent in the group regardless of whether the user account and the sender account are in a social relation chain (relative to the situation that the sender contains strangers).
After the terminal of the sender account receives the receiver account returned by the server, the receiver account can be displayed in the matching condition display interface. It should be noted that the process of receiving the receiver account returned by the server by the terminal of the sender account may be a continuous process, that is, each time the server receives a user account containing the same pairing identifier as the sender account, the user account may be cached as the receiver account and returned to the terminal of the sender account. The terminal of the sender account can successively receive a plurality of receiver accounts and can successively add the receiver accounts into the matching condition display interface for the initiator to check.
The initiator may view all of the recipient accounts in the pairing situation display interface and may perform a delete operation after selecting a recipient account. The terminal of the sender account can send the receiver account deleted by the initiator to the server, the server deletes the receiver account in the cache, and the subsequent server cannot send the service data sent by the initiator to the user account.
Step S106: incoming traffic data is received.
A business data input interface may be presented for the originator to input business data. The input service data can be in various data forms, such as files, pictures, numerical values and the like.
For example, in one application scenario, if an initiator wishes to send a group of files on a certain network disk to multiple other users, the initiator may input the network storage path of the files in the network disk.
In another application scenario, if the initiator wishes to send the locally stored photo group to multiple other users, a photo selection box may be provided in the service data input interface, and the initiator may first select a local photo file as service data input on the service data input interface, then upload the photo file to a network storage location such as a server or a third-party storage server, and obtain a network storage path of the returned photo file, and then input the network storage address as service data.
In a mobile payment application scenario, the service data may also be a value type, such as a payment amount or a transfer amount, and the service data is a value type that can be transferred between a sender account and a receiver account.
The execution order of step S106, step S102, and step S104 is not strictly limited. The initiator can generate a pairing identifier by inputting a data group sending instruction, find a terminal of a receiver account and input service data in a displayed service data input interface; and inputting service data in the displayed service data input interface, generating a pairing identifier by inputting a data group sending instruction, and finding out the terminal of the account of the receiver. The two do not conflict.
Step S108: and generating a service data group sending request according to the service data, sending the service data group sending request to a server, and sending the service data group to a terminal corresponding to the account of the receiver by the server according to the service data group sending request.
That is, the method for forwarding service data between terminals performed by the server may be as shown in fig. 4, and includes:
step S202: and receiving the uploaded pairing identifier, and acquiring a sender account corresponding to the pairing identifier.
Step S204: receiving a pairing joining request, and when the pairing joining request contains the pairing identification, acquiring a user account carried in the pairing joining request as a receiver account, wherein the pairing identification is that a terminal corresponding to the sender account broadcasts to a terminal corresponding to the receiver account through a short-distance wireless signal.
Step S206: and receiving a service data group sending request uploaded by a terminal corresponding to the sender account, and acquiring service data according to the service data group sending request.
Step S208: and sending the service data to a terminal corresponding to the account of the receiver.
As shown in fig. 5, the method for receiving the service data of the group transmission, which is executed by the terminal of the recipient account, includes:
step S302: and detecting short-distance wireless signals and acquiring pairing identifications carried by the short-distance wireless signals.
Step S304: and acquiring a receiver account, uploading the pairing identifier to a server and carrying the receiver account, searching a sender account corresponding to the pairing identifier by the server and searching service data uploaded by the sender account by the server.
That is, after the initiator inputs the mass texting instruction, generates the pairing id, and uploads the pairing id to the server, the pairing id can be broadcast through the short-distance wireless signal in a small spatial range. If other users wish to receive the service data sent by the group, the handheld terminal (needing to log in by using the user account number first) of the other users can be close to the mobile phone of the sender so as to detect the short-distance wireless signal, then the pairing identification carried in the short-distance wireless signal is extracted, and a pairing join request is generated and sent to the server. At this time, the logged-in user account corresponding to the pairing-joining request is the recipient account.
Preferably, before the terminal of the recipient account sends the pairing-join request to the server, a verification box may be displayed, and the recipient is required to input verification information corresponding to the pairing identifier in the verification box. For example, if the pairing token is a random number "32452", the originator may view the pairing token and then verbally inform a user who wishes to be the recipient, the user's terminal presents a verification box before sending a pairing join request to the server, requiring the user to manually enter "32452" (verbally informed by the originator). If the verification is successful, the pairing join request can be continuously sent to the server, meaning that the receiver is the user invited by the initiator, and not the user who overhears the pairing identification.
Step S306: and receiving the service data uploaded to the server by the sender account.
As in the above example, if the service data input by the initiator is a network storage address or a numerical type service data for online payment, the service data may be sent to the server by a service data group sending request. If the service data input by the initiator is a local photo, audio and other files, the service data can be uploaded to a network storage location such as a server or a third-party storage server, a network storage path of the returned photo file is obtained, and then a service data group is generated according to the returned network storage path corresponding to the actual service data and a service data group sending request is sent to the server.
In one embodiment, after receiving the service data bulk-sending request, the server may extract the service data or the network storage path of the service data according to the service data bulk-sending request, and then send the extracted service data or the network storage path of the service data to the terminal of the receiver account stored in the cache, and the terminal corresponding to the receiver account downloads the service data according to the network storage path.
In an application scenario, the service data input by the initiator is a network storage path of a file on a certain network disk, and the server can send the network storage path group to all the receiver accounts, so that the terminals of the receiver accounts can download the corresponding files according to the network storage path.
In another application scenario, the service data input by the initiator is a locally stored photo, audio or video, and the request for mass sending of service data includes a network storage path of the input photo, audio or video, the server can send the network storage path to all the recipient accounts in a mass manner, and the terminals of the recipient accounts can download corresponding photos, audio or video according to the network storage path.
In another embodiment, the data type of the traffic data may be a numerical value. The step of receiving the incoming service data further comprises:
and receiving input service data of which the data type corresponding to the sender account is a numerical value, and performing service numerical value transfer between the sender account and the receiver account by the server according to the service data.
The service value transfer is to transfer the service data of the value type from the attribute value of the sender account to the attribute value of the receiver account. For example, in an application scenario of mobile payment, if the service data is a payment amount of 100, the service value transfer is to deduct a value of 100 from the payment balance of the sender account, and then add a value of 100 to the payment balance of the receiver account. And the operation is transactional operation, if adding 100 values into the payment balance of the account of the receiver fails after deducting 100 values from the payment balance of the account of the sender, the operation is rolled back, and the deducted 100 values are returned to the payment balance of the account of the sender.
For example, in an application scenario, the initiator may input the service data as 100 values corresponding to each recipient account, and after inputting the data bulk transmission instruction, the initiator may sequentially perform short-distance wireless communication with the terminals of the multiple users to transmit pairing identifiers, so that the payment balance of each recipient account may be added with 100 values, and the payment balance of the sender account is deducted from 100 payment balances when each recipient account is added.
In this embodiment, after the server completes the service value transfer between the sender account and the receiver account, the server may send a prompt message corresponding to the service value transfer to the receiver account for notification. As in the above example, after the service value transfer is completed, if the payment balance of the account of the recipient is increased by 100 values, the server may notify the terminal of the account of the recipient to notify that the payment balance of the recipient is increased by 100 values.
Furthermore, when the initiator inputs the service data, the initiator can also input a copy number parameter, that is, the terminal of the sender account can receive the input copy number parameter in the process of receiving the input service data of which the data type corresponding to the sender account is a numerical value;
and generating a service data group sending request according to the service data and sending the service data group sending request to a server, wherein the number of parts parameter can be added in the service data group sending request.
The server can divide the service data into a sub-value set according to the number of the copies parameter, and extract sub-values in the sub-value set for the receiver account to transfer service values.
For example, in an application scenario of mass texting (i.e., an initiator generates an electronic red packet by using a part of the payment balance of a logged sender account, where the electronic red packet includes data of a payment value, and then the data of the electronic red packet is associated with other users, and a server transfers the payment value in the electronic red packet to the payment balance of other user accounts), as shown in fig. 6, a user as the initiator may input a data mass texting instruction by clicking a "face-to-face red packet" on a mobile phone interface, and a prompt message that NFC is turned on and prompts close contact with other terminals (i.e., "hits against other terminals") is displayed on the mobile phone interface. The mobile phone of the user as the initiator generates the pairing identifier at this time, and broadcasts the pairing identifier to other peripheral terminals through short-distance wireless signals such as NFC.
After detecting that the NFC signal extracts the pairing identifier, a mobile phone near the mobile phone of the initiator user may initiate a pairing join request including the pairing identifier to the server. The server establishes the user account initiating the pairing-join request as a receiver account according to the pairing identifier, so that the mapping relation between the sender account and the receiver account is established through the pairing identifier. The server can return the receiver account to the terminal of the sender account, and the terminal of the sender account can display the receiver user.
For example, as shown in fig. 7, fig. 7 shows an interface diagram of displaying a recipient account on a terminal of an initiator account, where user accounts such as vivi and coco are recipient accounts that are successively returned by a server. That is, the initiator may first send the pairing token to vivi through NFC, and after receiving the pairing token, vivi sends the pairing token to the server, thereby becoming the recipient account of the initiator. The server may issue the recipient account vivi to the terminal of the originator first. The coco then also receives the pairing token and sends it to the server, which also becomes the recipient account of the originator. The server may then continue to issue the recipient account coco to the terminal of the originator first.
Further, in this embodiment, the relationship chain adding instruction may also be received through a display interface showing the recipient account, and the recipient account selected on the display interface corresponding to the relationship chain adding instruction is obtained. And generating a relation chain adding request according to the selected receiver account, sending the relation chain adding request to a server, and establishing a relation chain mapping between the sender account and the selected receiver account by the server.
That is, if the initiator wishes to add coco as a friend, the avatar of the coco can be selected on the display interface displaying the account of the recipient, and a friend addition application is initiated in the pop-up menu bar, thereby facilitating the establishment of social association between users.
As further shown in fig. 8, the originator may enter the service data by clicking on the "red packet" on the interface. After the user clicks the "red packet" icon, the business data entry interface may be presented. As shown in fig. 7, the service data input interface in the application scenario is a red packet amount input interface, the "number of red packets" input by the initiator is a copy number parameter, and the "total amount" is input service data and is a numerical payment value included in the electronic red packet. After the initiator submits the number of red packets and the total amount to the server, the server can obtain the number of copies parameter and the service data.
Preferably, after the step of receiving the input service data of which the data type is a numerical value and which corresponds to the sender account, an identity verification window may be displayed, the input identity verification information which corresponds to the sender account is acquired through the identity verification window and is sent to the server for verification, and when a message which is returned by the server and passes the verification is received, the step of generating a service data group sending request according to the service data and sending the service data group sending request to the server is executed.
Referring to fig. 8, for the payment type service data as in the above example, the originator needs to perform authentication before confirming the mass-sending. The identity authentication information can be a password corresponding to the sender account or a third party payment account and a password corresponding to the sender account, and after the verification is passed, the server is allowed to deduct corresponding service data from the payment balance of the sender.
The server may divide the traffic data into a set of sub-values according to the copy number parameter. For example, if the total amount is 200 and the number of red packets is 10, the server may divide the service data 200 into 10 shares. The division mode can adopt an equal division mode (in the case of distributing fixed red packets, the initiator can set the money amount of the red packets at one time, so that the convenience is improved), a random division mode (in the case of robbing the red packets, the red packet amount which can be obtained by each receiver is a random numerical value, and the interest is increased), or a preset distribution rule and the like (for example, more sub-numerical values are distributed for female receivers, less sub-numerical values are distributed for male receivers, or more sub-numerical values are distributed for receivers with the age smaller than a threshold value and the like).
After the server divides the red packet, for example, in the above example, the service data 200 is divided into 10 equal sub-values in an equal division manner, and the sub-value set is a set including 10 sub-values of 20. Each time the server receives a pairing join request and establishes a receiver account, a sub-value of 20 may be extracted from the sub-value set, and then a service value transfer with a service value of 20 may be performed between the sender account and the receiver account (in other embodiments, not only the 20 value may be transferred from the payment balance of the sender account to the payment balance of the receiver, but also the payment balance of the receiver account may be transferred to the payment balance of the sender account, for example, in an application scenario of a wallet).
Correspondingly, the terminal of the sender account can also receive the received receiver account returned by the server, and the prompt effect is displayed for the received receiver account on the display interface.
For example, as shown in fig. 9, after the initiator who serves the red packet inputs the number of copies and the total amount on the terminal of the sender account, and after the identity verification is performed, and the service data group sending request is sent to the server, the number of the red packets and the animation of the head portrait of the red packet flying to the receiver account can be displayed on the display interface displaying the receiver account, and if the receiving state returned by the terminal receiving server of the sender account is that the received receiver account is vivi, the animation of the head portrait of the vivi receiving the flying red packet is displayed to prompt the initiator that the vivi has received the red packet.
Correspondingly, the terminal of the receiver account can also display the head portrait of the sender account and other receiver accounts. And after the server completes the service value transfer of the receiver account, sending prompt information to the receiver account, wherein the prompt information can be displayed by a terminal of the receiver account. For example, the avatar of the initiator "beye" and the avatar of another recipient coco may also be displayed on the vivi's mobile phone display interface, and after the server completes the process of transferring the payment value of 20 values from the account of the initiator beye to the account of the recipient vivi, it may be displayed on the vivi's mobile phone display interface that the vivi receives the red envelope of 20 values.
In another application scenario of dispatching the electronic red envelope, a red envelope robbing mode can be adopted. That is, after the initiator inputs the copy number parameter 10 and the service data 200 and uploads the service data to the server, the server may randomly divide the value 200 to obtain 10 sub-values with random values to form a sub-value set.
In the application scenario, the terminal of the recipient account, such as the previous examples of the information of the prompt information issued by the server, the total amount of money 200, the number of red packages 10, and the like, can be displayed on the mobile phone display interfaces of vivi and coco, and displays the icon or button for the red package robbery. When the receiver presses or triggers the icon or button, an application receiving instruction is input. That is, for the terminal of the recipient account, the terminal can receive the input application receiving instruction, upload the application receiving instruction to the server and carry the timestamp. The server can extract sub-values in the service data according to the sequence of the received timestamps, and transfer the service values between the sender account and the receiver account. Namely, the server can receive an application receiving instruction uploaded by a terminal corresponding to the receiver account and extract a first timestamp; and sequentially sending the service data to the terminal corresponding to the account of the receiver according to the sequence of the first time stamps.
For example, in the above example, both vivi and coco are recipient accounts, vivi clicks an icon or button for preempting a red envelope first, and coco clicks an icon or button for preempting a red envelope later. Therefore, the mobile phone of the vivi uploads the application receiving instruction to the server first, and the vivi is earlier than the coco in the time sequence of receiving the application receiving instruction by the server, so that a sub-value is extracted from the sub-value set first, that is, the sub-value set corresponds to a set of 10 electronic red packages, and one electronic red package can be randomly selected from the 10 electronic red packages and assigned to the vivi. After an electronic red packet is dispatched to the vivi, the application receiving instruction uploaded by the coco can be processed, and an electronic red packet is extracted from the remaining 9 red packets and dispatched to the coco. That is, the account of the receiver who preferentially uploads the application receiving instruction is preferentially allocated to the sub-value in the sub-value set to perform the service value transfer.
Further, in this embodiment, if the number of copies parameter input by the initiator is 10 and the number of the recipient accounts is more than 10, then it is likely that some of the recipient accounts cannot receive the sub-values in the corresponding sub-value set, and in order to better send the service data in the case, the following scheme may be implemented:
in a first scheme, the server may obtain the number of recipients of the recipient account when obtaining the user account carried in the pairing-join request as the recipient account. In addition, when the server extracts the sub-values from the sub-value set to perform the step of transferring the service values to the receiver account, whether the number of the receivers is greater than the number of copies parameter can be judged, and if so, prompt information of failure in receiving is returned to the receiver account.
That is, in an application scenario where an initiator inputs service data first and then generates a pairing identifier to match a terminal of a recipient account, if the server detects that the number of recipients is greater than the input number of copies parameter, a prompt message indicating that data reception fails is returned to the terminal of the recipient account. As in the above example, if the coco is the 11 th recipient account, the coco can prompt the prompt message that the red envelope is robbed after clicking the red envelope robbing button.
In a second scheme, when the server sends the service data to the terminal corresponding to the receiver account, it may further determine whether the set of sub-number values is empty, and if so, return a prompt message of failure in reception to the receiver account.
That is, each time the server processes an application receiving instruction, a sub-value is extracted from the sub-value set, and service value transfer is performed according to the sub-value. When the sub-values in the sub-value set are extracted and the sub-value set is empty, that is, the service data of the value type is completely transferred, the server may return a prompt message indicating that the data reception fails to the terminal of the recipient account. For example, as in the above example, if the server extracts the sub-value for the coco, and if the service data of the total amount of money 200 has been transferred, that is, all the divided 10 electronic red packets have been dispatched, the coco may prompt the prompt information that the red packet has been robbed after clicking the red packet robbing button.
Further, the server may further obtain a second timestamp for receiving the service data group sending request when receiving the service data group sending request;
the server can also judge whether the second timestamp is overtime, if yes, the server acquires the remaining sub-values in the sub-value set, returns the remaining sub-values to the sender account, and sends prompt information to the terminal corresponding to the sender account.
In the above example, if the user inputs the total amount of 200 and the number of the red packages is 10, but only the terminals with 6 receiver accounts are found nearby, after the red packages are distributed, 4 red packages are still left and are not distributed to other users. The server can detect the time length from the second timestamp, wherein the time length is the time length of the existence of the electronic red packet obtained by division, if the time length of the existence of the electronic red packet which is not dispatched is too long, the server can end the group sending of the business data, still transfer the residual payment values in the remaining 4 red packets back to the account number of the sender, and inform the terminal of the account number of the sender. The terminal of the sender account can display the prompt information to prompt the user that the red envelope dispatching activity is finished, and the payment value in the electronic red envelope which is not dispatched is returned to the sender account.
In order to solve the above-mentioned problem that when a user sends service data to a plurality of strangers in a social network application in the conventional art, the user needs to perform more operations of adding friends and creating a group to complete a group sending operation, which results in insufficient convenience of the operation, in one embodiment, as shown in fig. 10, a group sending apparatus for service data corresponding to the above-mentioned method for group sending service data is specifically provided, and the apparatus includes: a pairing identifier generating module 102, a pairing identifier uploading module 104, a service data input module 106, and a group transmission request uploading module 108, wherein:
the pairing identifier generating module 102 is configured to receive a data group sending instruction, generate a pairing identifier, and broadcast the pairing identifier through a short-range wireless signal.
And a pairing identifier uploading module 104, configured to upload the pairing identifier to a server, and receive a recipient account corresponding to the pairing identifier returned by the server.
A service data input module 106, configured to receive input service data.
And the group sending request uploading module 108 is configured to generate a service data group sending request according to the service data, send the service data group sending request to a server, and send the service data group to a terminal corresponding to the recipient account by the server according to the service data group sending request.
In one embodiment, the service data input module 106 is further configured to obtain a network storage path of the service data;
the mass-sending request uploading module 108 is further configured to generate a service data mass-sending request according to the network storage path of the service data, send the service data mass-sending request to a server, send the network storage path to the terminal corresponding to the recipient account by the server, and download the service data by the terminal corresponding to the recipient account according to the network storage path.
In one embodiment, the pairing identification uploading module 104 is further configured to obtain a sender account and upload. The service data input module 106 is further configured to receive input service data of which the data type is a numerical value and which corresponds to the sender account, and the server performs service numerical value transfer between the sender account and the receiver account according to the service data.
In one embodiment, the business data input module 106 is further configured to receive an input copy number parameter. The group transmission request uploading module 108 is further configured to add the number of copies parameter in the service data group transmission request, divide the service data into a subset according to the number of copies parameter by the server, and extract a sub-value in the subset for the recipient account to perform service value transfer.
In an embodiment, as shown in fig. 10, the apparatus further includes an authentication module 110, configured to display an authentication window, acquire, through the authentication window, input authentication information corresponding to the sender account, send the authentication information to the server for verification, and invoke the mass texting request upload module when receiving a message that the verification returned by the server passes.
In one embodiment, as shown in fig. 10, the apparatus further includes a mass-sending status display module 112 for displaying the recipient account on a display interface; and receiving the receiving state returned by the server as the received receiver account, and displaying a prompt effect for the received receiver account on the display interface.
In an embodiment, as shown in fig. 10, the apparatus further includes a social relationship adding module 114, configured to receive a relationship chain adding instruction through the display interface, and obtain a recipient account selected in the display interface corresponding to the relationship chain adding instruction; and generating a relation chain adding request according to the selected receiver account, sending the relation chain adding request to a server, and establishing a relation chain mapping between the sender account and the selected receiver account by the server.
In order to solve the above-mentioned problem that when a user sends service data to a plurality of strangers in a social network application in the conventional art in a mass manner, the user needs to perform more operations of adding friends and creating a group to complete the mass sending operation, which results in insufficient convenience of the operation, in one embodiment, as shown in fig. 11, a device for forwarding service data between terminals corresponding to the foregoing method for forwarding service data between terminals is specifically provided, and the device includes: a pairing initiation module 202, a receiver adding module 204, a service data receiving module 206 and a service data transmission module 208, wherein:
and the pairing initiating module 202 is configured to receive the uploaded pairing identifier, and acquire a sender account corresponding to the pairing identifier.
The receiver adding module 204 is configured to receive a pairing-join request, and when the pairing-join request includes the pairing identifier, obtain a user account carried in the pairing-join request as a receiver account, where the pairing identifier is broadcast by a terminal corresponding to the sender account to a terminal corresponding to the receiver account through a short-distance wireless signal.
A service data receiving module 206, configured to receive a service data group sending request uploaded by a terminal corresponding to the sender account, and obtain service data according to the service data group sending request.
And a service data transmission module 208, configured to send the service data to a terminal corresponding to the recipient account.
In one embodiment, the data type of the traffic data is a numerical value. The service data transfer module 208 is configured to perform service value transfer between the sender account and the receiver account according to the service data, and send a prompt message corresponding to the service value transfer to the receiver account.
In one embodiment, the service data delivery module 208 is further configured to extract a number of copies parameter corresponding to the service value according to the service data bulk request; dividing the service data into a subset of values according to the number of parts parameter; and extracting the sub-numerical values from the sub-numerical value set to transfer the service numerical values to the account of the receiver.
In one embodiment, as shown in fig. 11, the apparatus further comprises: an application receiving instruction receiving module 210, configured to receive an application receiving instruction uploaded by a terminal corresponding to the recipient account and extract a first timestamp.
The service data delivery module 208 is configured to sequentially send the service data to the terminals corresponding to the recipient accounts according to the sequence of the first timestamps.
In one embodiment, the recipient adding module 204 is further configured to obtain the number of recipients of the recipient account. The service data transmission module 208 is configured to determine whether the number of the recipients is greater than the number of copies parameter, and if so, return a prompt message indicating that the receiving fails to the recipient account.
In an embodiment, the service data delivery module 208 is configured to determine whether the set of sub-values is empty, and if so, return a prompt message indicating that the receiving is failed to the recipient account.
In one embodiment, the service data delivery module 208 is configured to obtain a second timestamp of the receipt of the service data bulk request; and judging whether the second timestamp is overtime, if so, acquiring the remaining sub-values in the sub-value set, returning the remaining sub-values to the sender account, and sending prompt information to a terminal corresponding to the sender account.
In order to solve the above-mentioned problem that when a user sends service data to a plurality of strangers in a social network application in a group, the user needs to perform more operations of adding friends and creating a group to complete the group sending operation, which results in insufficient convenience of the operation, in one embodiment, as shown in fig. 12, an apparatus for receiving the service data of the group sending corresponding to the above-mentioned method for receiving the service data of the group sending is specifically provided, and the apparatus includes: a pairing identification detection module 302, a joining pairing module 304, and a data receiving module 306, wherein:
the pairing identifier detection module 302 is configured to detect a short-range wireless signal and obtain a pairing identifier carried by the short-range wireless signal.
And the joining pairing module 304 is configured to acquire a receiver account, upload the pairing identifier to a server and carry the receiver account, search, by the server, a sender account corresponding to the pairing identifier, and search, by the server, service data uploaded by the sender account.
A data receiving module 306, configured to receive the service data uploaded to the server by the sender account.
In one embodiment, the data type of the service data is a numerical value; the server transfers a service value between the sender account and the receiver account according to the service data; the data receiving module 306 is configured to receive a prompt message corresponding to the service value transfer and returned by the server.
In an embodiment, as shown in fig. 12, the apparatus further includes an application receiving module 308, configured to receive an input application receiving instruction, upload the application receiving instruction to a server and carry a timestamp, and extract, by the server according to a sequence of the received timestamps, a sub-value in the service data to perform service value transfer between the sender account and the receiver account.
The embodiment of the invention has the following beneficial effects:
after the method and the device for group sending of the service data are adopted, when an initiator sending the service data sends the service data to strangers, namely a user group which is not in a social relation chain with the initiator, the initiator does not need to sequentially add friends with a plurality of strangers, pairing identifiers can be directly broadcasted in a short distance through short-distance wireless signals, and association can be generated between the initiator and the strangers through the pairing identifiers. Namely, the terminal with the pairing identification same as the terminal of the initiator can receive the service data sent by the initiator in a group, so that the complicated steps of adding friends and verifying are omitted, and the convenience of operation is improved.
In addition, in the method and the device for group sending of the business data, the initiator does not need to create a group for a plurality of receiver accounts, the business data is sent in a group through the group, the server can determine the user account conforming to the identity of the receiver account according to the pairing identifier, and then the business data is sent to the user account serving as the receiver account. Therefore, the operation of the initiator for creating the group aiming at the mass sending is also avoided, and the convenience of the operation is improved.
The above disclosure is only for the purpose of illustrating the preferred embodiments of the present invention, and it is therefore to be understood that the invention is not limited by the scope of the appended claims.

Claims (27)

1. A method for group sending of service data is characterized in that the method is executed by a terminal corresponding to a sender account, and comprises the following steps:
receiving a data group sending instruction initiated by the sender account, generating a pairing identifier, and broadcasting the pairing identifier through a short-distance wireless signal of a near field communication assembly in a terminal corresponding to the sender account, wherein the short-distance wireless signal comprises: an NFC signal;
uploading the pairing identifier to a server, and receiving a receiver account number which is returned by the server and corresponds to the pairing identifier, wherein after receiving the pairing identifier, a terminal corresponding to the receiver account number sends a pairing join request carrying the pairing identifier to the server, so that the server establishes a mapping relationship between the sender account number and the receiver account number through the pairing identifier;
receiving input service data;
and generating a service data group sending request according to the service data, sending the service data group sending request to a server, and sending the service data group to a terminal corresponding to the account of the receiver by the server according to the service data group sending request.
2. The method of claim 1, wherein the step of receiving the incoming traffic data further comprises:
acquiring a network storage path of the service data;
the step of generating a service data group sending request according to the service data and sending the service data group sending request to a server further comprises the following steps:
and generating a service data group sending request according to the network storage path of the service data, sending the service data group sending request to a server, sending the network storage path group to a terminal corresponding to the receiver account by the server, and downloading the service data by the terminal corresponding to the receiver account according to the network storage path.
3. The method for group transmission of service data according to claim 1, wherein the step of uploading the pairing id to a server further comprises:
acquiring and uploading a sender account;
the step of receiving the input service data further comprises:
and receiving input service data of which the data type corresponding to the sender account is a numerical value, and performing service numerical value transfer between the sender account and the receiver account by the server according to the service data.
4. The method of claim 3, wherein the step of receiving the service data with numeric data type corresponding to the sender account further comprises:
receiving an input copy number parameter;
the step of generating a service data group sending request according to the service data and sending the service data group sending request to a server further comprises the following steps:
adding the number of copies parameter in the service data group sending request, dividing the service data into a sub-number value set according to the number of copies parameter by the server according to the number of copies parameter, and extracting sub-numbers in the sub-number value set for the receiver account to transfer service values.
5. The method of claim 3, wherein the step of receiving the service data with numeric data type corresponding to the sender account further comprises:
and displaying an identity verification window, acquiring input identity verification information corresponding to the sender account through the identity verification window, sending the identity verification information to the server for verification, and executing the step of generating a service data group sending request according to the service data and sending the service data group sending request to the server when receiving a message returned by the server and passing the verification.
6. The method according to any one of claims 3 to 5, wherein the step of receiving the recipient account corresponding to the pairing identifier returned by the server further comprises:
displaying the account of the receiver on a display interface;
after the step of generating a service data group sending request according to the service data and sending the service data group sending request to the server, the method further comprises the following steps:
and receiving the receiving state returned by the server as the received receiver account, and displaying a prompt effect for the received receiver account on the display interface.
7. The method of claim 6, wherein the step of displaying the account number of the recipient on the display interface further comprises:
receiving a relation chain adding instruction through the display interface, and acquiring a receiver account number selected on the display interface corresponding to the relation chain adding instruction;
and generating a relation chain adding request according to the selected receiver account, sending the relation chain adding request to a server, and establishing a relation chain mapping between the sender account and the selected receiver account by the server.
8. A group transmission device of service data, which is operated at a terminal corresponding to a sender account, comprises:
a pairing identifier generating module, configured to receive a data bulk transmission instruction initiated by the sender account, generate a pairing identifier, and broadcast the pairing identifier through a short-range wireless signal of a near field communication component in a terminal corresponding to the sender account, where the short-range wireless signal includes: an NFC signal;
the pairing identifier uploading module is used for uploading the pairing identifier to a server and receiving a receiver account number which is returned by the server and corresponds to the pairing identifier, wherein after receiving the pairing identifier, a terminal corresponding to the receiver account number sends a pairing join request carrying the pairing identifier to the server so that the server establishes a mapping relationship between the sender account number and the receiver account number through the pairing identifier;
the business data input module is used for receiving input business data;
and the group sending request uploading module is used for generating a service data group sending request according to the service data and sending the service data group sending request to a server, and the server sends the service data group to a terminal corresponding to the account of the receiver according to the service data group sending request.
9. The apparatus for group sending of service data according to claim 8, wherein the service data input module is further configured to obtain a network storage path of the service data;
the group sending request uploading module is also used for generating a service data group sending request according to the network storage path of the service data and sending the service data group sending request to a server, the server sends the network storage path group to the terminal corresponding to the receiver account, and the terminal corresponding to the receiver account downloads the service data according to the network storage path.
10. The group transmission apparatus of service data according to claim 9, wherein the pairing identifier uploading module is further configured to obtain a sender account and upload the sender account;
the service data input module is also used for receiving input service data of which the data type corresponding to the sender account is a numerical value, and the server transfers the service numerical value between the sender account and the receiver account according to the service data.
11. The apparatus for group sending of service data according to claim 10, wherein the service data input module is further configured to receive an input copy number parameter;
the group sending request uploading module is further configured to add the number of copies parameter in the service data group sending request, divide the service data into a sub-number value set according to the number of copies parameter by the server, and extract sub-numbers in the sub-number value set for the recipient account to perform service value transfer.
12. The device for group sending of service data according to claim 10, further comprising an authentication module configured to display an authentication window, obtain, through the authentication window, input authentication information corresponding to the sender's account, send the authentication information to the server for verification, and invoke the group sending request upload module when receiving a message returned by the server that the verification passes.
13. The apparatus for group sending of service data according to any one of claims 10 to 12, further comprising a group sending status display module, configured to display the recipient account on a display interface; and receiving the receiving state returned by the server as the received receiver account, and displaying a prompt effect for the received receiver account on the display interface.
14. The group sending device of business data according to claim 13, further comprising a social relationship adding module, configured to receive a relationship chain adding instruction through the display interface, and obtain a recipient account selected in the display interface corresponding to the relationship chain adding instruction; and generating a relation chain adding request according to the selected receiver account, sending the relation chain adding request to a server, and establishing a relation chain mapping between the sender account and the selected receiver account by the server.
15. A method for forwarding traffic data between terminals, the method being performed by a server and comprising:
receiving a pairing identifier uploaded by a terminal corresponding to a sender account, and acquiring the sender account corresponding to the pairing identifier; the pairing identification is generated when a terminal corresponding to the sender account receives a data group sending instruction;
receiving a pairing-joining request, acquiring a user account carried in the pairing-joining request as a receiver account when the pairing-joining request contains the pairing identifier, and establishing a mapping relation between the sender account and the receiver account through the pairing identifier; the pairing identifier received by the terminal corresponding to the receiver account is the pairing identifier broadcasted by the terminal corresponding to the sender account through a short-distance wireless signal of a near field communication component; the short-range wireless signal includes: an NFC signal;
receiving a service data group sending request uploaded by a terminal corresponding to the sender account, and acquiring service data according to the service data group sending request;
and sending the service data to a terminal corresponding to the account of the receiver.
16. The method of claim 15, wherein the step of sending the service data to the terminal corresponding to the recipient account comprises:
and performing service value transfer between the sender account and the receiver account according to the service data, and sending prompt information corresponding to the service value transfer to the receiver account.
17. The method for forwarding service data between terminals according to claim 16, wherein the step of receiving the request for sending the service data in groups uploaded by the terminal corresponding to the sender account further comprises:
extracting a number of parts parameter of the service numerical value according to the service data group sending request;
dividing the service data into a subset of values according to the number of parts parameter;
the step of performing service value transfer between the sender account and the receiver account according to the service data further includes:
and extracting the sub-numerical values from the sub-numerical value set to transfer the service numerical values to the account of the receiver.
18. The method of claim 17, wherein the step of extracting a sub-value from the sub-value set and transferring the sub-value to a recipient account for a service value is preceded by the step of:
receiving an application receiving instruction uploaded by a terminal corresponding to the receiver account and extracting a first timestamp;
the step of extracting the sub-value from the sub-value set and transferring the sub-value to the account of the receiver for the service value further comprises:
and sequentially sending the service data to the terminal corresponding to the account of the receiver according to the sequence of the first time stamps.
19. The method for forwarding service data between terminals according to claim 17, wherein the step of obtaining the user account carried in the pairing-join request as a recipient account further comprises:
acquiring the number of the receivers of the receiver account;
the step of extracting the sub-value from the sub-value set and transferring the sub-value to the account of the receiver for the service value further comprises:
and judging whether the number of the receivers is greater than the number of copies parameter, if so, returning a prompt message of failed reception to the account of the receiver.
20. The method of claim 17, wherein the step of sending the service data to the terminal corresponding to the recipient account further comprises:
and judging whether the sub-number value set is empty, if so, returning prompt information of failed reception to the account of the receiver.
21. The method for forwarding service data between terminals according to claim 17, wherein the step of receiving the request for sending the service data in groups uploaded by the terminal corresponding to the sender account further comprises:
acquiring a second timestamp for receiving the service data group sending request;
the method further comprises the following steps:
and judging whether the second timestamp is overtime, if so, acquiring the remaining sub-values in the sub-value set, returning the remaining sub-values to the sender account, and sending prompt information to a terminal corresponding to the sender account.
22. An apparatus for forwarding traffic data between terminals, the apparatus operating in a server, comprising:
the system comprises a pairing initiating module, a pairing identification module and a matching identification module, wherein the pairing initiating module is used for receiving a pairing identification uploaded by a terminal corresponding to a sender account and acquiring the sender account corresponding to the pairing identification; the pairing identification is generated when a terminal corresponding to the sender account receives a data group sending instruction;
the system comprises a receiver adding module, a receiver adding module and a sending module, wherein the receiver adding module is used for receiving a pairing joining request, acquiring a user account carried in the pairing joining request as a receiver account when the pairing joining request comprises the pairing identification, and establishing a mapping relation between the sender account and the receiver account through the pairing identification; the pairing identifier received by the terminal corresponding to the receiver account is the pairing identifier broadcasted by the terminal corresponding to the sender account through a short-distance wireless signal of a near field communication component; the short-range wireless signal includes: an NFC signal;
the service data receiving module is used for receiving a service data group sending request uploaded by a terminal corresponding to the sender account and acquiring service data according to the service data group sending request;
and the service data transmission module is used for transmitting the service data to a terminal corresponding to the account of the receiver.
23. The apparatus for forwarding service data between terminals as claimed in claim 22, wherein the service data receiving module is further configured to extract a number of copies parameter associated with the service data according to the service data bulk request; dividing the service data into a subset of values according to the number of parts parameter;
the service data transmission module is used for extracting sub-values from the sub-value set to transfer the service values to a receiver account, and sending prompt information corresponding to the service value transfer to the receiver account.
24. The apparatus for forwarding traffic data between terminals as claimed in claim 23, wherein the apparatus further comprises: the application receiving instruction receiving module is used for receiving an application receiving instruction uploaded by a terminal corresponding to the receiver account and extracting a first timestamp;
the service data transmission module is used for sequentially transmitting the service data to the terminal corresponding to the account of the receiver according to the sequence of the first time stamps;
or the receiver adding module is further used for obtaining the number of the receivers of the receiver account; and the service data transmission module is used for judging whether the number of the receivers is greater than the number of copies parameter, and if so, returning a prompt message of failed reception to the account of the receiver.
25. The apparatus for forwarding service data between terminals as claimed in claim 24, wherein the service data delivery module is configured to determine whether the set of sub-value sets is empty, and if so, return a prompt message indicating that the reception is failed to the recipient account; the service data receiving module is further configured to obtain a second timestamp for receiving the service data group sending request;
and the service data transmission module is further configured to determine whether the second timestamp is overtime, and if so, obtain remaining sub-values in the sub-value set, return the remaining sub-values to the sender account, and send a prompt message to a terminal corresponding to the sender account.
26. A computer-readable storage medium, characterized in that the computer-readable storage medium stores a computer program comprising program instructions which, when executed by a processor, perform the method according to any one of claims 1-7.
27. A computer-readable storage medium, characterized in that the computer-readable storage medium stores a computer program comprising program instructions which, when executed by a processor, perform the method according to any of claims 15-21.
CN201510520668.3A 2015-07-29 2015-08-21 Method and device for group sending of service data Active CN106470391B (en)

Priority Applications (4)

Application Number Priority Date Filing Date Title
CN201510520668.3A CN106470391B (en) 2015-08-21 2015-08-21 Method and device for group sending of service data
PCT/CN2016/092408 WO2017016525A1 (en) 2015-07-29 2016-07-29 Service data group sending method, terminal and server
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