WO2018113536A1

WO2018113536A1 - Method and system for achieving multi-device connected communication

Info

Publication number: WO2018113536A1
Application number: PCT/CN2017/115230
Authority: WO
Inventors: 钱文; 谢芳; 郭菁云
Original assignee: 惠州Tcl移动通信有限公司
Priority date: 2016-12-21
Filing date: 2017-12-08
Publication date: 2018-06-28
Also published as: CN106792627B; CN106792627A

Abstract

Disclosed in the present invention are a method and system for achieving multi-device connected communication, the method comprising: when an HSS server detects a temporary intelligent terminal connection authentication request for a specified communication number, feeding back login authentication information to a temporary intelligent terminal, and registering device unique identification information of the temporary intelligent terminal to associated information of the specified communication number, wherein the HSS server is a home signed subscriber server, a SIM card corresponding to the specified communication number is installed in an intelligent communication terminal, and the SIM card corresponding to the specified communication number is not installed in the temporary intelligent terminal; when an MME network node whose information is synchronized with that of the HSS server detects that the specified communication number receives a call request, the call request is forwarded to the temporary intelligent terminal and the intelligent communication terminal. When a user is not carrying an intelligent terminal installed with a SIM card or when the intelligent terminal is not charged, the present invention may ensure that calls may be answered by a temporary intelligent terminal by having other users dial a corresponding communication number of the SIM card, thereby offering convenience to the users.

Description

Method and implementation system for multi-device communication communication

[Technical Field]

The present invention relates to the field of wireless communication technologies, and in particular, to a method and an implementation system for implementing multi-device communication.

【Background technique】

At present, many users will encounter such a situation, go out too fast, forget to bring a mobile phone, or go to the outside of the phone has no power, or, the phone suddenly crashes, and so on. In the face of this situation, the user may be worried that the contact information of the outside world is missed because the communication terminal with the own telephone number is not carried.

Therefore, the prior art has yet to be improved and developed.

[Summary of the Invention]

In view of the above-mentioned deficiencies of the prior art, an object of the present invention is to provide a method and an implementation system for implementing multi-device communication, which aims to solve the problem in the prior art that a user misses the outside world because he does not carry a communication terminal with his own telephone number installed. Defects in contact information.

The technical solution of the present invention is as follows:

A computer readable storage medium, wherein the storage medium stores a program, and when executed, the program implements the following steps:

A. When detecting the temporary intelligent terminal connection authentication request for the specified communication number, the HSS server feeds back the login authentication information to the temporary intelligent terminal, and registers the device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number; The HSS server is a home subscription user server, and the SIM card corresponding to the designated communication number is installed in the intelligent communication terminal, and the designated communication number corresponding to the SIM card is not installed in the temporary intelligent terminal;

B. When the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the call request is transferred to the temporary intelligent terminal and the intelligent communication terminal installed by the SIM card;

The HSS server includes a user profile and is used to perform user authentication and authorization, providing information about the physical location of the user.

Wherein, when the program is executed, the following steps are implemented:

A1: The temporary intelligent terminal sends a temporary intelligent terminal connection authentication request for the specified communication number, and is transmitted to the HSS server after being transmitted through the WiFi wireless access point, the ePDG, and the PDN gateway; wherein, the ePDG is an evolved packet data switch;

A2: The HSS server receives the temporary smart terminal connection authentication request, generates login authentication information according to the device unique identification information of the temporary intelligent terminal included in the temporary smart terminal connection authentication request, and sends the login authentication information to the temporary smart terminal; The authentication information includes a login account and a login password;

A3. Register device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number.

Wherein, when the program is executed, the following steps are implemented:

B1, when the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the MME network node acquires the association information of the designated communication number sent by the HSS server;

B2. Obtain an intelligent communication terminal corresponding to the designated communication number and a temporary intelligent terminal according to the associated information of the designated communication number;

B3. Transfer the call request to the temporary intelligent terminal and the intelligent communication terminal installed by the SIM card.

Wherein, when the program is executed, the following steps are implemented:

B31: The call request is transmitted through the PDN gateway, the ePDG, and the WiFi wireless access point in turn, and then transmitted to the temporary intelligent terminal;

B32. The call request is transmitted to the intelligent communication terminal installed by the SIM card via the EnodeB; Among them, EnodeB is an evolved Node B.

When the program is executed, the following steps are implemented: when the temporary intelligent terminal is connected to the network, the temporary intelligent terminal is authorized through the operator's website, and the temporary intelligent terminal is added to the designated communication number to ensure security.

The unique identification information of the device is a mobile phone serial number, a machine unique identification code, and the like.

A method for implementing multi-device communication, wherein the method comprises the following steps:

A. When detecting the temporary intelligent terminal connection authentication request for the specified communication number, the HSS server feeds back the login authentication information to the temporary intelligent terminal, and registers the device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number; The HSS server is a home subscriber network, and the SIM card corresponding to the designated communication number is installed in the smart communication terminal, and the SIM card corresponding to the designated communication number is not installed in the temporary smart terminal;

B. When the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the call request is transferred to the temporary intelligent terminal and the intelligent communication terminal installed by the SIM card.

The method for implementing the multi-device communication communication, wherein the step A specifically includes:

The A2, the HSS server receives the temporary smart terminal connection authentication request, generates login authentication information according to the device unique identification information of the temporary intelligent terminal included in the temporary smart terminal connection authentication request, and sends the login authentication information to the temporary smart terminal. The login authentication information includes a login account and a login password;

The method for implementing the multi-device communication communication, wherein the step B specifically includes:

B1, when the MME network node synchronized with the HSS server information detects the designated communication number Upon receiving the call request, the MME network node acquires association information of the designated communication number sent by the HSS server;

The method for implementing the multi-device communication, wherein the step B3 specifically includes:

B32. The call request is transmitted to the intelligent communication terminal installed by the SIM card via the EnodeB; wherein the EnodeB is an evolved Node B.

The method further includes: when the temporary intelligent terminal is connected to the network, authorizing the temporary intelligent terminal through the operator website, and adding the temporary intelligent terminal to the designated communication number to ensure security.

A system for implementing multi-device communication, wherein:

The authentication request authentication module is configured to: when the HSS server detects the temporary intelligent terminal connection authentication request for the specified communication number, feed back the login authentication information to the temporary intelligent terminal, and register the device unique identification information of the temporary intelligent terminal to the designated communication number. In the associated information, wherein the HSS server is a home subscription user server, and the SIM card corresponding to the designated communication number is installed in the intelligent communication terminal, and the designated communication number is not installed in the temporary intelligent terminal;

The call request sending module is configured to: when the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, transfer the call request to the temporary smart terminal and the smart communication terminal installed by the SIM card.

The implementation system of the multi-device communication communication, wherein the authentication request authentication module specifically includes:

The authentication request transmission unit is configured to send a temporary intelligent terminal connection authentication request for the designated communication number to the temporary intelligent terminal, and then transmit the information to the HSS server after being transmitted through the WiFi wireless access point, the ePDG, and the PDN gateway; wherein the ePDG is evolved Group data off;

The login authentication information feedback unit is configured to receive the temporary smart terminal connection authentication request by the HSS server, generate login authentication information according to the device unique identification information of the temporary intelligent terminal included in the temporary smart terminal connection authentication request, and send the login authentication information The temporary smart terminal; wherein the login authentication information includes a login account and a login password;

The registration unit is configured to register the device unique identification information of the temporary smart terminal into the associated information of the designated communication number.

The implementation system of the multi-device communication communication, wherein the call request sending module specifically includes:

The association information acquiring unit is configured to: when the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the MME network node acquires the association information of the designated communication number sent by the HSS server;

a terminal acquiring unit, configured to acquire, according to the associated information of the designated communication number, an intelligent communication terminal corresponding to the designated communication number, and a temporary intelligent terminal;

The call request forwarding unit is configured to transfer the call request to the temporary smart terminal and the smart communication terminal installed by the SIM card.

The implementation system of the multi-device communication communication, wherein the call request forwarding unit specifically includes:

The first forwarding sub-unit is configured to transmit the call request to the temporary intelligent terminal after being transmitted through the PDN gateway, the ePDG, and the WiFi wireless access point in sequence;

The second forwarding sub-unit is configured to transmit the call request to the intelligent communication terminal installed by the SIM card via the EnodeB; wherein the EnodeB is an evolved Node B.

The method and system for implementing multi-device communication communication provided by the present invention include: When detecting the temporary intelligent terminal connection authentication request for the specified communication number, the HSS server feeds back the login authentication information to the temporary intelligent terminal, and registers the device unique identification information of the temporary intelligent terminal to the associated information of the designated communication number; wherein, the HSS The server is a home subscriber network, and the SIM card corresponding to the designated communication number is installed in the intelligent communication terminal. The SIM card corresponding to the designated communication number is not installed in the temporary intelligent terminal; and the MME network is synchronized with the HSS server information. When the node detects that the specified communication number receives the call request, the node transfers the call request to the temporary intelligent terminal and the intelligent communication terminal installed by the SIM card. The invention realizes that when the user does not carry the smart terminal with the SIM card installed or the smart terminal has no power, the communication number corresponding to the SIM card can be ensured to be answered by the temporary intelligent terminal by other users, which is convenient for the user.

[Description of the Drawings]

1 is a flow chart of a preferred embodiment of a method for implementing multi-device communication communication according to the present invention.

2 is a block diagram showing the functional structure of a preferred embodiment of a multi-device communication communication system according to the present invention.

【detailed description】

The present invention provides a method and an implementation system for implementing multi-device communication, and the present invention is further described in detail below in order to make the objects, technical solutions and effects of the present invention more clear and clear. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

FIG. 1 is a flowchart of a preferred embodiment of a method for implementing multi-device communication communication according to the present invention, where the method includes the following steps:

Step S100: When the HSS server detects the temporary intelligent terminal connection authentication request for the specified communication number, the server authenticates the login authentication information to the temporary intelligent terminal, and registers the device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number; Among them, the HSS server is a home subscriber server, the SIM card corresponding to the designated communication number is installed in the smart communication terminal, and the SIM card corresponding to the designated communication number is not installed in the temporary smart terminal;

Step S200: When the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the call request is transferred to the temporary smart terminal and the smart communication terminal installed by the SIM card.

In the prior art, when a user carries a communication terminal with a SIM card, when another user dials a phone number corresponding to the SIM card, the call request is directly detected by the HSS server and then eNodeB (Evolved Node B, ie, evolved) The type of Node B is referred to as eNB. The name of the base station in LTE is integrated with the Node B in the existing 3G, and the function of part of the RNC is integrated, and the level of the protocol at the time of communication is reduced) to the communication terminal. When the communication terminal user forgets to carry it with him or the battery is exhausted, other users cannot contact the user.

The Home Subscriber Server (HSS) is a concept proposed by 3GPP when R5 introduces IMS. Its function is similar to that of the HLR but more powerful. It supports more interfaces and can process more user information. Home Subscriber Server, the HSS server abbreviation, is an important part of the control layer in IMS (IP Multimedia Subsystem). The HSS supports the primary user database of the IMS network entity used to process the invocation/session. It contains user profiles, performs user authentication and authorization, and provides information about the user's physical location. It is similar to the GSM Home Location Register. The entities that communicate with the HSS are an Application Server (AS) and a Call Session Control Function Server (CSCF), where the application server hosts the IMS environment and performs the services therein. The user profile contains information about the current user - typically the S-CSCF (Service-Call Session Control feature) downloads and uses this file when the user registers with the network. The functions provided by the HSS include IP multimedia functions, HLR functions required for the PS domain, and HLR functions required for the CS domain. The information that the HSS can process includes: user identification, number and address information; user security information, that is, network access control information for authentication and authorization; user positioning information, that is, HSS supports user registration, storage location information; user list information

In the embodiment of the present invention, the user can temporarily log in to the HSS server (HSS service). The device is connected to the operator's website by the user, and is sent to the HSS server (that is, registered on the operator's website) to register the authentication request for the temporary communication terminal of the specified communication number, and then the device unique identification information of the temporary smart terminal is registered. To the associated information of the specified communication number. That is, when the temporary intelligent terminal is connected to the network, from the perspective of security, the user needs to log in to the operator's website used by the user on the temporary intelligent terminal, and authorize the device through the operator's website, that is, add the device to the designated communication. Under the number. After the addition is complete, the HSS server receives an application to add a temporary device, and then lets the user confirm the authorization. After the authorization is completed, the temporary smart terminal of the user is added to the designated communication number. When a call request is sent from the HSS server to the number, the smart communication terminal having the SIM card and the temporary smart terminal receive the call request. In this way, when the user forgets to bring the mobile phone, the tablet, the desktop computer or other smart phone without the SIM card can be used in the current location, and the unique identification information of the device is registered in the associated information of the designated communication number in the HSS server. When the designated communication number receives the call request, the tablet can still be answered by the current location using a tablet, a desktop computer or other smart phone without a SIM card. The unique identification information of the device is a mobile phone serial number, a machine unique identification code, and the like.

Preferably, in the implementation method of the multi-device communication communication, the step S100 specifically includes:

Step S101: The temporary intelligent terminal sends a temporary intelligent terminal connection authentication request for the specified communication number, and is transmitted to the HSS server after being transmitted by the WiFi wireless access point, the ePDG, and the PDN gateway, wherein the ePDG is the evolved packet data.

Step S102: The HSS server receives the temporary smart terminal connection authentication request, generates login authentication information according to the device unique identification information of the temporary intelligent terminal included in the temporary smart terminal connection authentication request, and sends the login authentication information to the temporary intelligence. a terminal; wherein the login authentication information includes a login account and a login password;

Step S103: Register device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number.

In an embodiment of the invention, it is a WiFi calling implementation. WiFi Calling is The voice and SMS of the phone are changed from the traditional GSM network, 3G network or LTE network to the Internet channel such as WiFi. The transmitted voice or short message must still be set up by the operator on the Internet through a predetermined preset in the mobile phone. The entry point enters the operator's network, and the voice or text message is distributed to your calling party or SMS receiver via the traditional channel. That is to say, only the wireless part is changed from the mobile phone GSM/3G/LTE network to the WiFi network, and the background part (authentication, transmission, billing, service, routing, etc.) is completely unchanged. For example, in a corner or room of a building, on a cruise ship or airplane on a trip, the coverage of the cell phone signal is uneven or even no signal. At this point you can use SMS and other mobile services via Wi-Fi Calling, which will allow you to solve problems that cannot be covered by your phone signal. Where the mobile signal cannot be covered, the WiFi calling can provide better communication services. It is based on a smart application pre-installed on your mobile phone, and then through some operators' WiFi call service to achieve the purpose of communication. But now the WiFi calling needs to bind the SIM card and the device, that is, on the device with the current SIM card, the mobile signal is not as good as the WiFi, and the operator will transfer the call on the mobile network to the WiFi network. Moreover, the present invention is a WiFi calling method that can still be implemented without installing a SIM card on a temporary smart terminal.

Preferably, in the implementation method of the multi-device communication communication, the step S200 specifically includes:

Step S201: When the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the MME network node acquires the association information of the designated communication number sent by the HSS server.

Step S202: Acquire an intelligent communication terminal corresponding to the designated communication number and a temporary intelligent terminal according to the associated information of the designated communication number;

Step S203: Transfer the call request to the temporary smart terminal and the smart communication terminal installed by the SIM card.

Further, in the implementation method of the multi-device communication communication, the step S203 specifically includes:

Step S2031: The call request is sequentially accessed through the PDN gateway, the ePDG, and the WiFi wireless access. After the access point transmits, it is transmitted to the temporary intelligent terminal;

Step S2032: The call request is transmitted to the intelligent communication terminal installed by the SIM card via the EnodeB; wherein the EnodeB is an evolved Node B.

It can be seen that, when the user does not carry the smart terminal with the SIM card installed or the smart terminal has no power, the user can ensure that the communication number corresponding to the SIM card by other users is answered by the temporary intelligent terminal, which is convenient for the user.

Based on the foregoing method embodiments, the present invention also provides an implementation system for multi-device communication. As shown in FIG. 2, the implementation system of the multi-device communication communication includes:

Preferably, in the implementation system of the multi-device communication, the authentication request authentication module 100 specifically includes:

Preferably, in the implementation system of the multi-device communication, the call request sending module 200 specifically includes:

Preferably, in the implementation system of the multi-device communication, the call request forwarding unit specifically includes:

In summary, the method and system for implementing multi-device communication communication provided by the present invention include: when the HSS server detects a temporary intelligent terminal connection authentication request for a specified communication number, the system returns feedback authentication information to the temporary intelligent terminal. And the device unique identification information of the temporary intelligent terminal is registered in the associated information of the designated communication number; wherein, the HSS server is a home subscription user server, and the SIM card corresponding to the designated communication number is installed in the intelligent communication terminal, The specified communication number corresponding to the SIM card is not installed in the temporary intelligent terminal; when the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the call request is transferred to the temporary intelligent terminal and the SIM card. Installed intelligent communication terminal. The invention realizes that when the user does not carry the smart terminal with the SIM card installed or the smart terminal has no power, It can still ensure that the communication number corresponding to the SIM card dialed by other users is answered by the temporary intelligent terminal, which is convenient for the user.

One of ordinary skill in the art can understand that all or part of the processes in the above embodiment methods can be completed by a computer program to instruct related hardware, and the computer program can be stored in a computer readable storage medium, and the program is executed. The flow of an embodiment of each of the above methods may be included. The storage medium may be a magnetic disk, an optical disk, a read only memory (ROM) or a random access memory (RAM).

It is to be understood that the application of the present invention is not limited to the above-described examples, and those skilled in the art can make modifications and changes in accordance with the above description, all of which are within the scope of the appended claims.

Claims

A computer readable storage medium, wherein the storage medium stores a program, and when executed, the program implements the following steps:

A. When detecting the temporary intelligent terminal connection authentication request for the specified communication number, the HSS server feeds back the login authentication information to the temporary intelligent terminal, and registers the device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number; The HSS server is a home subscriber network, and the SIM card corresponding to the designated communication number is installed in the smart communication terminal, and the SIM card corresponding to the designated communication number is not installed in the temporary smart terminal;

B. When the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the call request is transferred to the temporary intelligent terminal and the intelligent communication terminal installed by the SIM card;

The HSS server includes a user profile and is used to perform user authentication and authorization, providing information about the physical location of the user.
The storage medium of claim 1, wherein the program, when executed, implements the following steps:

A1: The temporary intelligent terminal sends a temporary intelligent terminal connection authentication request for the specified communication number, and is transmitted to the HSS server after being transmitted through the WiFi wireless access point, the ePDG, and the PDN gateway; wherein, the ePDG is an evolved packet data switch;

The A2, the HSS server receives the temporary smart terminal connection authentication request, generates login authentication information according to the device unique identification information of the temporary intelligent terminal included in the temporary smart terminal connection authentication request, and sends the login authentication information to the temporary smart terminal. The login authentication information includes a login account and a login password;

A3. Register device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number.
The storage medium of claim 1, wherein the program, when executed, implements the following steps:

B1, when the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the MME network node acquires the association information of the designated communication number sent by the HSS server;

B2. Obtain an intelligent communication terminal corresponding to the designated communication number and a temporary intelligent terminal according to the associated information of the designated communication number;

B3. Transfer the call request to the temporary intelligent terminal and the intelligent communication terminal installed by the SIM card.
The storage medium according to claim 3, wherein said program, when executed, implements the following steps:

B31: The call request is transmitted through the PDN gateway, the ePDG, and the WiFi wireless access point in turn, and then transmitted to the temporary intelligent terminal;

B32. The call request is transmitted to the intelligent communication terminal installed by the SIM card via the EnodeB; wherein the EnodeB is an evolved Node B.
The storage medium of claim 1, wherein the program, when executed, implements the following steps:

When the temporary intelligent terminal is connected to the network, the temporary intelligent terminal is authorized by the operator website, and the temporary intelligent terminal is added to the designated communication number to ensure security.
The storage medium of claim 1, wherein the device unique identification information is a mobile phone serial number, a machine unique identification code, or the like.
A method for implementing multi-device communication, wherein the method comprises the following steps:

A. When detecting the temporary intelligent terminal connection authentication request for the specified communication number, the HSS server feeds back the login authentication information to the temporary intelligent terminal, and registers the device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number; The HSS server is a home subscriber network, and the SIM card corresponding to the designated communication number is installed in the smart communication terminal, and the SIM card corresponding to the designated communication number is not installed in the temporary smart terminal;

B. When the MME network node synchronized with the HSS server information detects the specified communication number When the call request is received, the call request is transferred to the temporary smart terminal and the smart communication terminal installed on the SIM card.
The method for implementing the multi-device communication communication according to claim 7, wherein the step A specifically includes:

A1: The temporary intelligent terminal sends a temporary intelligent terminal connection authentication request for the specified communication number, and is transmitted to the HSS server after being transmitted through the WiFi wireless access point, the ePDG, and the PDN gateway; wherein, the ePDG is an evolved packet data switch;

The A2, the HSS server receives the temporary smart terminal connection authentication request, generates login authentication information according to the device unique identification information of the temporary intelligent terminal included in the temporary smart terminal connection authentication request, and sends the login authentication information to the temporary smart terminal. The login authentication information includes a login account and a login password;

A3. Register device unique identification information of the temporary intelligent terminal into the associated information of the designated communication number.
The method for implementing the multi-device communication communication according to claim 7, wherein the step B specifically includes:

B1, when the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the MME network node acquires the association information of the designated communication number sent by the HSS server;

B2. Obtain an intelligent communication terminal corresponding to the designated communication number and a temporary intelligent terminal according to the associated information of the designated communication number;

B3. Transfer the call request to the temporary intelligent terminal and the intelligent communication terminal installed by the SIM card.
The method for implementing the multi-device communication communication according to claim 9, wherein the step B3 specifically includes:

B31: The call request is transmitted through the PDN gateway, the ePDG, and the WiFi wireless access point in turn, and then transmitted to the temporary intelligent terminal;

B32. The call request is transmitted to the intelligent communication terminal installed by the SIM card via the EnodeB; Among them, EnodeB is an evolved Node B.
The method for implementing multi-device communication communication according to claim 7, wherein the method further comprises:

When the temporary intelligent terminal is connected to the network, the temporary intelligent terminal is authorized by the operator website, and the temporary intelligent terminal is added to the designated communication number to ensure security.
The method for implementing multi-device communication communication according to claim 7, wherein the device unique identification information is a mobile phone serial number, a machine unique identification code, and the like.
A system for implementing multi-device communication, wherein:

The authentication request authentication module is configured to: when the HSS server detects the temporary intelligent terminal connection authentication request for the specified communication number, feed back the login authentication information to the temporary intelligent terminal, and register the device unique identification information of the temporary intelligent terminal to the designated communication number. In the associated information, wherein the HSS server is a home subscription user server, and the SIM card corresponding to the designated communication number is installed in the intelligent communication terminal, and the designated communication number is not installed in the temporary intelligent terminal;

The call request sending module is configured to: when the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, transfer the call request to the temporary smart terminal and the smart communication terminal installed by the SIM card.
The implementation system of the multi-device communication communication according to claim 13, wherein the authentication request authentication module specifically includes:

The authentication request transmission unit is configured to send a temporary intelligent terminal connection authentication request for the designated communication number to the temporary intelligent terminal, and then transmit the information to the HSS server after being transmitted through the WiFi wireless access point, the ePDG, and the PDN gateway; wherein the ePDG is evolved Group data off;

The login authentication information feedback unit is configured to receive the temporary smart terminal connection authentication request by the HSS server, generate login authentication information according to the device unique identification information of the temporary intelligent terminal included in the temporary smart terminal connection authentication request, and send the login authentication information To the temporary wisdom The terminal device; wherein the login authentication information includes a login account and a login password;

The registration unit is configured to register the device unique identification information of the temporary smart terminal into the associated information of the designated communication number.
The implementation system of the multi-device communication communication according to claim 13, wherein the call request sending module specifically includes:

The association information acquiring unit is configured to: when the MME network node synchronized with the HSS server information detects that the designated communication number receives the call request, the MME network node acquires the association information of the designated communication number sent by the HSS server;

a terminal acquiring unit, configured to acquire, according to the associated information of the designated communication number, an intelligent communication terminal corresponding to the designated communication number, and a temporary intelligent terminal;

The call request forwarding unit is configured to transfer the call request to the temporary smart terminal and the smart communication terminal installed by the SIM card.
The implementation system of the multi-device communication communication according to claim 15, wherein the call request forwarding unit specifically includes:

The first forwarding sub-unit is configured to transmit the call request to the temporary intelligent terminal after being transmitted through the PDN gateway, the ePDG, and the WiFi wireless access point in sequence;

The second forwarding sub-unit is configured to transmit the call request to the intelligent communication terminal installed by the SIM card via the EnodeB; wherein the EnodeB is an evolved Node B.
The system for implementing multi-device communication according to claim 13, wherein the unique identification information of the device is a mobile phone serial number, a machine unique identification code, and the like.