TW201913368A - Method and system for supporting multiple app to access ict network services - Google Patents

Abstract

The invention provides a method and system for supporting multiple app to access ICT network services, the method being characterized by allowing users to use the same ICT network service elements and only requiring verification of data communication App of pickup services for forwarding and broadcasting messages to the accurate App. The system of the present invention includes a verification recording server, an App verification server, a message delivering server, a collaborative operation server, a third party application server, a database, and a user end application program App.

Description

 Method and system for supporting multiple APPs to access ICT network services  

The present invention relates to a network service platform sharing mechanism, and in particular, to a method and system for supporting a multi-action application (Application, App for short) to access an ICT network service.

At present, the application program of the smart terminal application is usually a master-slave architecture. Each client application app uses the phone number for verification, and therefore, it corresponds to a server or an application server. To install multiple applications of the App on the smart terminal, you need to have their own server or application server to provide the corresponding service. This is the same for the communication app developers. Work, but for the development and maintenance personnel of the back-end server, in addition to the need to install multiple sets of back-end servers to increase the cost, it also needs to manage and maintain multiple sets of similar servers, which takes a lot of time.

It can be seen that the above-mentioned conventional methods can not effectively save the cost of the back-end maintenance, and reuse existing resources, which is not a good designer, and needs to be improved, so how to find a network service platform sharing mechanism, especially The multi-application on the smart terminal can use the same phone number to access the information and communication technology (ICT) network service component to obtain the required service information, which will become a person skilled in the art. Strive to pursue the goal.

The invention provides a mechanism for sharing the service platform, so that the multi-application on the smart terminal can use the same phone number to access the ICT network service component and obtain the information content of the corresponding App, wherein the wisdom of the invention A terminal is a user terminal device that is compatible with Android, iOS, and Windows Phone, and has an open service development interface that can be downloaded from the application market to download application software.

The present invention provides a system for supporting a multi-application access ICT network service, which includes: a database for storing user authentication data; and a SIP application server for receiving service calls for VoIP calls. To obtain the calling number of the service call; the collaborative operation server is configured to accept the calling number from the SIP application server; and the App identification server is configured to accept the request from the collaborative operation server to transmit The calling number obtains an App identification code and a push identification code of the App name used by the user from the database; the authentication record server is configured to accept a request from the collaborative operation server to transmit the calling number through the calling number. The database obtains the registration status of the smart terminal; the third-party application server is configured to accept the request from the collaborative operation server to obtain the service content corresponding to the App identification code through the App identification code; and the message delivery servo And receiving a service request from the collaborative operation server to transmit the service content to the smart terminal according to the push identification code a meta-app application, wherein the collaborative service server determines the service content through the App identification server, the authentication record server, and the third-party application server, to transmit the service content to the message delivery server to the The multi-application app of the smart terminal allows the user to access the multimedia content provided by the third party and interact with the content platform during the call.

In one embodiment, the SIP application server provides a personalized local call ICT service, and wherein the SIP application server accepts the incoming call of the network call to collect information on the number of parties joining the call connection.

In another embodiment, after obtaining the calling number and the App identification code, the collaborative operation server establishes a cooperative operation of the multi-application application of the smart terminal and a third-party application.

In still another embodiment, the App Identification Server identifies the App ID and the Push Identification Code of the App name used by the user by identifying the calling number.

In still another embodiment, the authentication record server further includes providing authentication and login requirements for the smart terminal.

In still another embodiment, the third-party application server determines the service content according to the calling number and the service requested by the user.

In still another embodiment, the message dispatching server receives the message content of the collaborative operation server to transmit the message content to the multi-application application of the smart terminal.

In another embodiment, the database further stores the phone number attached to the user, the App ID, the data access time, and the account password.

In still another embodiment, the smart terminal is a PDA, an IPAD, an IPOD, an IPHONE, an Android PAD, an Android Phone, or other smart terminal device.

In one embodiment, in the above system, the multi-element application is for the user to perform downloading of the application, providing user registration, providing a phone attached interface, and launching the content of the third-party application.

The present invention further provides a method for supporting a multi-app access to an ICT network service, the steps of which include: enabling a user to dial a service number through an attached mobile phone or a phone, and using the IMS network to perform a service according to a pre-routing or service trigger mechanism. Transferring the call to the SIP application server; causing the SIP application server to transmit the calling number of the service call to the collaborative operation server; and the collaborative operation server queries the authentication record server to confirm that the calling number has been attached a program; the collaborative operation server to the App identification server obtains the App ID and the push identification code of the calling number; and the collaborative operation server obtains the App identification corresponding to the third party application server by using the App identification code The service content of the code; after the collaborative operation server obtains the push identification code and the service content, the cooperative operation server requests the message dispatching server to push the service content to the smart type according to the push broadcast identification code A multi-app application on the terminal for the user to access the multimedia content provided by the third party and interact with the content platform during the call.

In the method for supporting the multi-application access to the ICT network service of the present invention, before the user initiates the service request, the registration verification registration process is further as follows: the user inputs the multi-application application through the smart terminal. The mobile phone number and the App identification code of the App name used by the mobile phone number and the push identification code; the authentication record server receives the mobile phone number, the App identification code and the push identification code; Transmitting a short message authentication code to the smart terminal; causing the user to reply the short message authentication code within the time limit through the smart terminal; and causing the authentication record server to verify the information, the mobile phone number, the App identification code, The push identification code and the data access time are stored in the database to complete registration of the smart terminal with the authentication record server.

In the method for supporting the multi-app access to the ICT network service of the present invention, before the user initiates the service request, the registration process of the telephone authentication is further included as follows: the user is input through the multi-application application of the smart terminal. The POTS number and the App identification code of the App name used, and the push identification code; the authentication record server receives the POTS number, the App ID, and the push identification code; and the authentication record server Sending a verification prompt to the smart terminal; causing the user to play the authentication phone using the POTS number within the time limit; and causing the authentication record server to authenticate the information, the POTS number, the App identification code, the push broadcast The identification code and the data access time are stored in the database to complete registration of the smart terminal with the authentication record server.

The method and system for supporting the multi-App to access the ICT network service of the present invention, in addition to using the mobile phone number/city phone number as the identification number of the connection information to the authentication record server, also adding the App identification code and pushing the broadcast The identification code and the access time of the connection data are written to the database as registration information. When the user dials the service call, the SIP application server uses the calling number of the call to entrust the collaborative operation server to query the authentication record server whether the phone number has been completed and has been logged in. If the calling number has been registered, the authentication record is completed. The server returns the App ID and the push identification code of the smart terminal through the App identification server, and then the cooperative operation server sends the App identification code to the third-party application server to obtain the service content, and then obtains the previously obtained Push the identification code and push it to the user-specific communication application App through the message delivery server. In addition to using the telephone number identification number, the invention also adds the App identification code and the connection data access time, so that the multi-communication application App shares the same ICT network service component, and the service platform can also recognize the connection. Take the app name of the service and push the information to the correct app App.

1‧‧‧ Third-party application server

2‧‧‧SIP application server

3‧‧‧Working with the server

4‧‧‧Message delivery server

5‧‧‧App identification server

6‧‧‧Certificate Recording Server

7‧‧‧Database

8‧‧‧POTS or mobile phone

9‧‧‧ client application

10‧‧‧Smart terminal

S21~S28‧‧‧Steps

S31~S38‧‧‧Steps

S41~S410‧‧‧Steps

1 is an overall architecture diagram of a system for supporting a multi-app access ICT network service according to the present invention; and FIG. 2 is a flow chart of a method for supporting a multi-application access ICT network service according to the present invention; The figure is a flowchart of a telephone authentication registration method for supporting a multi-app access ICT network service according to the present invention; and FIG. 4 is a flowchart of a method for supporting a multi-app access ICT network service according to the present invention. .

The technical contents of the present invention are described below by way of specific embodiments, and those skilled in the art can easily understand the advantages and effects of the present invention from the contents disclosed in the present specification. The invention may be embodied or applied by other different embodiments.

The purpose of the present invention is to provide a method and system for supporting a multi-application access ICT network service, so that all the communication devices using the master-slave architecture on the smart terminal use the same phone number as the identification number for the verification of the newsletter registration. Both can be connected to the same ICT network service platform to access the same service, and the existing ICT network service platform can be reused without having to set up a network platform of the same service for their respective communication applications.

Please refer to FIG. 1 , which shows an overall architecture diagram of a system for supporting a multi-application access ICT network service according to the present invention. As shown in the figure, the system includes a third party application server 1, a SIP application server 2, a cooperative operation server 3, a message delivery server 4, an App identification server 5, an authentication record server 6, a database 7, and an ordinary Old-fashioned telephone service (POTS) or mobile phone 8, client application 9, and smart terminal 10.

The database 7 is used to store the user's authentication data. In addition, the database 7 also stores information such as the user's attached telephone number, the App identification code, the data access time, and the account password. The operation database 7 can provide the App identification server 5 and the authentication record server 6 to access the user authentication. data.

The SIP application server 2 is configured to accept a service call forwarded by the VoIP call to obtain the calling number of the service call. Specifically, the SIP application server 2 accepts a service call forwarded by the VoIP call for the collaborative operation server 3 to establish a cooperative operation association of the multi-application application.

In addition, the SIP application server 2 provides a personalized local call ICT service, accepts service calls transferred by the VoIP, and collects information on the number of parties joining the call connection.

The cooperative operation server 3 is for accepting the calling number from the SIP application server 2. The cooperative operation server 3 is an ICT network service core server, and accepts call parameters from the SIP application server 2, such as a calling number, through the App identification server 5, the authentication record server 6, and the third-party application server 1. Decide on the service content and send the service content to the message delivery server. Specifically, after the cooperative operation server 3 obtains the number information (ie, the call parameter) and the App identification code of the call connection, the cooperative operation of the multi-application application of the smart terminal 10 and the third-party application can be established.

The App identification server 5 is configured to accept a request from the collaborative operation server 3 to obtain an App identification code and a push identification code of the App name used by the user from the database 7 through the calling number. In other words, the App Identification Server 5 is for confirming the name of the App currently being used by the user.

The authentication record server 6 is configured to accept a request from the collaborative operation server 3 to obtain the registration status of the smart terminal from the database 7 through the calling number, that is, to confirm whether the smart terminal 10 is registered and whether Signed in.

In addition, the authentication record server 6 has two functions. The first function accepts the authentication and login requirements of the smart terminal 10. In addition, the second function accepts the SIP application server 2 to request the collaborative operation server 3 to query to confirm the wisdom. The terminal has been registered and logged in.

The third-party application server 1 is configured to accept a request from the collaborative operation server 3 to obtain a service content corresponding to the App identification code through the App identification code.

The message delivery server 4 is configured to receive a service request from the collaborative operation server 3, and transmit the service content to the multi-application application of the smart terminal 10, that is, the client application 9, according to the push identification code. The collaborative operation server 3 determines the service content through the App identification server 5, the authentication record server 6, and the third-party application server 1, and transmits the service content to the message delivery server 4 to the The multi-element application of the smart terminal 10 allows the user to access the multimedia content provided by the third party and interact with the content platform during the call.

The message delivery server 4 receives the message content from the collaborative operation server 3 and transmits the message to the multi-application application of the smart terminal 10 through Apple push or Google Cloud Message.

In one embodiment, the multi-application application of the smart terminal 10 is placed in an application marketplace, allowing users to download applications, providing user registration and phone attachment interfaces, and enabling third-party application content.

In addition, the smart terminal 10 is a user terminal device that is compatible with the Android/iOS/Windows Phone OS and has an open service development interface and can be downloaded from the application market to download the application software, and the smart terminal 10 can be a PDA. , IPAD, IPOD, IPHONE, Android PAD, Android Phone or other smart terminal devices.

As shown in the figure, the network device exchanges information through the HTTP/HTTPS protocol, and the client application 9 saves power and does not need to be resident on the system. When the user's smart terminal 10 registers with the authentication record server 6 using a different resource communication app, the authentication record server 6 can store the information of the App in the client application 9 and the registered user data such as the registered phone number. To the database 7, in which, in addition to the registered telephone number and the identification information (App identification code) of the App, the access time of the data is also recorded, and when the user opens the diversity of the smart terminal 10 that has completed registration, When the app is applied, the authentication record server 6 is immediately connected to update the access time of the data.

When the user accesses the ICT network service by using the telephone system on the smart terminal 10, the smart terminal 10 will display the default call interface of the system, and when the telecommunication network receives the service number from the user, the IMS will pass the IMS. The network service triggers, and the SIP call is forwarded to the SIP application server 2, and the SIP application server 2 uses the calling call number to query the authentication record server 6 through the cooperative operation server 3, and whether the calling number completes the application service. Binding and logging in, and then querying the App ID of the latest login time through the App Identification Server 5, and obtaining the push information content from the third-party application server 1 according to the App ID, and cooperating After the server 3 obtains the information content and the target of the push, the server 3 transmits the push information to the designated client application 9 on the smart terminal 10.

The user can send a voice service call to the server 4 to provide the user with access to the multimedia content provided by the third party and interact with the content platform, thereby improving the user's new operating experience, improving the developer efficiency, and reducing the maintenance manpower. Resource and equipment cost requirements.

The user of the system of the present invention can also input the local telephone number by the smart terminal and attach it to the identification number, and then complete the registration of the authentication record server by dialing the authentication telephone number through the telephone, that is, completing the attached procedure. After the completion of the attachment, unless the user wishes or needs to change the attached telephone number, the registration process will not be required. You can receive the message delivery server 4 by dialing the voice service number, and access the multimedia content and Content platform interaction.

Please refer to FIG. 2, which shows a flow chart of a mobile phone short message authentication registration method for supporting a multi-application access ICT network service according to the present invention. As shown in the figure, in step S21, the user clicks on the multi-app application, that is, the mobile phone user selects the application App in the smart terminal.

In step S22, the application call API obtains the push identification code. In simple terms, the application App obtains the push identification code through the call system API on the smart terminal.

In step S23, the user selects the mobile phone number to click the authentication button. Specifically, the mobile phone user then inputs the phone number of the mobile phone to be connected through the application app, and then clicks the authentication button.

In step S24, the authentication record server receives the mobile phone number, the App identification code, and the push identification code. That is to say, the authentication record server receives the mobile phone number input by the user and the App identification code and the push identification code of the application App.

In step S25, the short message authentication code is sent, that is, the authentication record server sends the short message authentication code and waits for data verification.

In step S26, an authentication code message is received, and the client application uses the authentication code to authenticate. The user receives the SMS authentication code from the smart terminal and obtains the authentication code in the SMS to input the authentication code in the application App of the client.

In step S27, the authentication record server confirms the user profile, including the user's linked mobile phone number, App identification code, push broadcast identification code, user login time, and writes to the database. In short, the authentication record server receives the user registration information (including the mobile phone number, the app identification code, the push identification code, and the data access time) and stores it in the database to facilitate the multi-application access to the same ICT network. Road service to serve.

In step S28, the smart terminal authentication is passed. This step completes the registration of the smart terminal to the authentication record server and the mobile phone number attachment, that is, the smart terminal registration is completed.

Please refer to FIG. 3, which is a flowchart of a local telephone registration method for supporting a multi-application access ICT network service according to the present invention. As shown in the figure, in step S31, the user selects a multi-application application. The program, that is, the local user clicks on the application App in the smart terminal.

In step S32, the application call API obtains the push identification code. In simple terms, the application App obtains the push identification code through the call system API on the smart terminal.

In step S33, the user selects the phone number to be connected and clicks the authentication button. Specifically, the local telephone user then inputs the phone number of the POTS local telephone to be attached through the application App, and then clicks the authentication button.

In step S34, the authentication record server receives the phone number, the App identification code, and the push identification code. That is to say, the authentication record server receives the phone number of the POTS local phone input by the user and the App ID and the push identification code of the application App, and waits for the user to perform data verification.

In step S35, the telephone is used to dial the authentication phone within the time limit. That is to say, after the user sees the prompt on the smart terminal, the user is required to use the phone to dial the authentication phone within the time limit.

In step S36, the user hears the authentication completion voice, and the client application clicks the verification, that is, after the user hears the authentication completion voice through the phone, click the verification.

In step S37, the authentication record server confirms the user data, including the user's linked phone number, the App identification code, the push identification code, and the user login time, and writes the data to the database. In short, the authentication record server receives the user registration information (including the phone number, app identification code, push identification code and data access time of the POTS local phone) and saves it to the database to facilitate multi-application access. The same ICT network service is used for service.

In step S38, the smart terminal authentication is passed. This step completes the registration of the smart terminal to the authentication record server and the phone number attachment, that is, the smart terminal registration is completed.

Please refer to FIG. 4, which is a flowchart of a method for starting a service by dialing a service number in a method for supporting a multi-app access ICT network service according to the present invention. As shown in the figure, in step S41, the smart terminal logs into the authentication record server, that is, the user opens the application App, and the application App directly logs in to the authentication record server.

In step S42, the POTS/mobile phone dials the voice service number. That is, the user dials the service number using the POTS/Mobile phone.

In step S43, the IMS network transfers the SIP Invite to the SIP application server. Among them, SIP Invite is used to establish a session (session or call), so this step is to transfer SIP Invite to the SIP application server through the IMS network.

In step S44, the SIP application server transmits the calling number to the collaborative operation server. In this step, the SIP application server transmits the calling number to the collaborative operation server for the collaborative operation server to find information related to the calling number, including the previous authentication data or the corresponding service.

In step S45, the authentication record server checks whether the calling number has a registered multi-app application service. In short, the collaborative operation server queries the authentication record server whether the calling number has a registered App application service. If there is registration, proceed to S46. If there is no registration, the general call flow is performed.

In step S46, the App identification server returns the App identification code and the push identification code according to the calling number. Specifically, if the calling number is registered in the authentication record server, and the called party rings, the calling party and the called party make a call. At the same time, the App identification server receives the calling number transmitted by the collaborative operation server, and can compare the database and return the App identification code and the push identification code.

In step S47, the collaborative operation server requests the third party application server 1 for the data. That is to say, after the collaborative operation server obtains the App identification code, the service content is requested from the third-party application server.

In step S48, the third-party application server returns the service information content. In this step, the third-party application server returns the service information content according to the App identification code.

In step S49, the collaborative operation server transmits the push identification code and the service information content to the message delivery server.

In step S410, the message delivery server pushes the message to the multi-application APP on the smart terminal. In short, the message delivery server can push the service content to the application App on the user's smart terminal.

The present invention provides a method and system for supporting a multi-application access ICT network service, and has the following advantages compared with other conventional technologies: (1) The present invention allows a multi-application to share the same ICT network service component, which not only reduces the network. The complexity of the road environment, in addition to the client side, can reuse the interface of the multi-app, so the development and maintenance costs can be reduced; (2) the invention can make the service platform need to be able to identify the application of the access service, when the user is intelligent Any app that corresponds to a third-party application is installed on the terminal. The application app can bring out the service content of the third-party application by dialing the service call; (3) The third-party application of the present invention is not limited. Service content, its service content can be combined with voice communication and collaborative application services, such as online conferences, online games, online teaching, online movies and so on.

The detailed description of the present invention is intended to be illustrative of the preferred embodiments of the present invention, and is not intended to limit the scope of the present invention. In the scope of patents.

Claims (13)

 A system for supporting a multi-App to access an ICT network service, comprising: a database for storing user authentication data; and a SIP application server for receiving a service call for a network call to obtain the service The calling number of the call; the collaborative operation server is for accepting the calling number from the SIP application server; the App identification server is for accepting the request from the collaborative server to transmit the calling number Obtaining an App identification code and a push identification code of the App name used by the user from the database; the authentication record server is configured to accept a request from the collaborative operation server to obtain from the database through the calling number The registration status of the smart terminal; the third-party application server is configured to accept the request from the collaborative operation server to obtain the service content corresponding to the App identification code through the App identification code; and the message delivery server is used Receiving a service request from the collaborative operation server to transmit the service content to the smart application of the smart terminal according to the push identification code The collaborative operation server determines the service content through the App identification server, the authentication record server, and the third-party application server, to transmit the service content to the smart terminal through the message delivery server. A multi-app app that allows users to access multimedia content provided by third parties and interact with the content platform during a call.    The system for supporting a multi-application access ICT network service, as described in claim 1, wherein the SIP application server provides a personalized local ICT service, and wherein the SIP application server accepts the network A call forwarded by the phone to collect information on the number of parties joining the call connection.    For example, in the system for supporting the multi-app access to the ICT network service, the cooperative operation server establishes the diversity of the smart terminal after obtaining the calling number and the App identification code. App applications work in conjunction with third-party applications.    The system for supporting a multi-app to access an ICT network service according to the first aspect of the patent application, wherein the App identification server identifies the App by using the calling number to identify the App name used by the user. The identification code and the push identification code.    The system for supporting the multi-app access to the ICT network service, as described in claim 1, wherein the authentication record server further includes the authentication and login requirements of the smart terminal.    The system for supporting a multi-app to access an ICT network service according to the first aspect of the patent application, wherein the third-party application server determines the service content according to the calling number and the service requested by the user.    The system for supporting a multi-app to access an ICT network service, as described in claim 1, wherein the message delivery server receives the message content of the collaborative operation server to transmit the message content to the smart type. A multi-application app for the terminal.    For example, the system for supporting the multi-app access to the ICT network service described in claim 1 of the patent scope, wherein the database further stores the phone number, the app identification code, the data access time, and the account password attached to the user.    For example, the system for supporting the multi-app access to the ICT network service described in claim 1 of the patent scope, wherein the smart terminal is a PDA, an IPAD, an IPOD, an IPHONE, an Android PAD, an Android Phone, or other smart terminal device.    The system for supporting a multi-app access to an ICT network service as described in claim 1, wherein the multi-app application is for the user to execute a download application, provide user registration, provide a phone attachment interface, and launch The content of third-party applications.    A method for supporting a multi-app access to an ICT network service, the steps comprising: causing a user to dial a service number through an attached mobile phone or a telephone, and forward the service call to the SIP via the IMS network according to a pre-routing or service trigger mechanism. Applying a server; causing the SIP application server to transmit the calling number of the service call to the collaborative operation server; and the collaborative operation server queries the authentication record server to confirm that the calling number has completed the attaching procedure; Synchronizing the operation server to the App identification server to obtain the App ID and the push identification code of the calling number; and causing the collaborative operation server to obtain the service content corresponding to the App identification code from the third party application server by using the App identification code After the collaborative operation server obtains the push identification code and the service content, the cooperative operation server requests the message dispatching server to push the service content to the plurality of smart terminals according to the push identification code. An App that allows the user to access the multimedia content provided by a third party and interact with the content platform during a call.    The method for supporting a multi-app to access an ICT network service, as described in claim 11, wherein the user initiates a service request, and further includes a SMS authentication registration process as follows: the user is allowed to pass the smart terminal The multi-app application inputs an App ID and a push identification code of the mobile phone number to be attached and the App name used by the application, and causes the authentication record server to receive the mobile phone number, the App ID, and the push broadcast. The identification code is sent by the authentication record server to the smart terminal; the user is replied to the smart phone authentication code within the time limit by the smart terminal; and the authentication record server is to authenticate the information, the mobile phone The phone number, the App identification code, the push identification code, and the data access time are stored in the database to complete registration of the smart terminal with the authentication record server.    The method for supporting a multi-app to access an ICT network service as described in claim 11, wherein before the user initiates the service request, the telephone authentication registration process is as follows: the user is allowed to pass the smart terminal The multi-app application inputs the POTS number to be attached and the App identification code of the App name used by the application, and pushes the identification code; the authentication record server receives the POTS number, the App identification code, and the push identification. Sending a verification prompt to the smart terminal by the authentication record server; causing the user to play the authentication phone using the POTS number within the time limit; and causing the authentication record server to authenticate the information, the POTS number, The App ID, the push identification code, and the data access time are stored in the database to complete registration of the smart terminal with the authentication record server.