WO2018113536A1 - 一种多设备连通通讯的实现方法及实现*** - Google Patents

一种多设备连通通讯的实现方法及实现*** Download PDF

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Publication number
WO2018113536A1
WO2018113536A1 PCT/CN2017/115230 CN2017115230W WO2018113536A1 WO 2018113536 A1 WO2018113536 A1 WO 2018113536A1 CN 2017115230 W CN2017115230 W CN 2017115230W WO 2018113536 A1 WO2018113536 A1 WO 2018113536A1
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temporary
intelligent terminal
terminal
communication
information
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PCT/CN2017/115230
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English (en)
French (fr)
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钱文
谢芳
郭菁云
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惠州Tcl移动通信有限公司
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Publication of WO2018113536A1 publication Critical patent/WO2018113536A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/06—Authentication
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W8/00—Network data management
    • H04W8/02—Processing of mobility data, e.g. registration information at HLR [Home Location Register] or VLR [Visitor Location Register]; Transfer of mobility data, e.g. between HLR, VLR or external networks
    • H04W8/08—Mobility data transfer

Definitions

  • 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.
  • 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.
  • a computer readable storage medium wherein the storage medium stores a program, and when executed, the program implements the following steps:
  • the HSS server 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;
  • 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 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 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.
  • the MME network node 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;
  • 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;
  • EnodeB is an evolved Node B.
  • 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 comprising the following steps:
  • the HSS server 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;
  • the call request is transferred to the temporary intelligent terminal and the intelligent communication terminal installed by the SIM card.
  • step A specifically includes:
  • 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 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.
  • step B specifically includes:
  • the MME network node 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;
  • step B3 specifically includes:
  • 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;
  • 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.
  • the unique identification information of the device 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.
  • the HSS server is a home subscription user server
  • 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 unique identification information of the device is a mobile phone serial number, a machine unique identification code, and the like.
  • the method and system for implementing multi-device communication communication 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.
  • 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.
  • FIG. 1 is a flow chart of a preferred embodiment of a method for implementing multi-device communication communication according to the present invention.
  • FIG. 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.
  • 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;
  • 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.
  • eNodeB evolved Node B
  • 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.
  • the Home Subscriber Server 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.
  • AS Application Server
  • CSCF Call Session Control Function Server
  • 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
  • the user can temporarily log in to the HSS server (HSS service).
  • 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.
  • the HSS server that is, registered on the operator's website
  • 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.
  • the HSS server receives an application to add a temporary device, and then lets the user confirm the authorization.
  • the temporary smart terminal of the user is added to the designated communication number.
  • the smart communication terminal having the SIM card and the temporary smart terminal receive the call request.
  • the unique identification information of the device is registered in the associated information of the designated communication number in the HSS server.
  • 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.
  • 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.
  • 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.
  • 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.
  • 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.
  • 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.
  • the user 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.
  • the present invention also provides an implementation system for multi-device communication.
  • the implementation system of the multi-device communication communication includes:
  • 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.
  • the HSS server is a home subscription user server
  • 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 authentication request authentication module 100 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 call request sending module 200 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 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 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.
  • the storage medium may be a magnetic disk, an optical disk, a read only memory (ROM) or a random access memory (RAM).

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Abstract

本发明公开了一种多设备连通通讯的实现方法及实现***，方法包括：HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中HSS服务器为归属签约用户服务器，指定通讯号码所对应的SIM卡安装在智能通讯终端中，临时智能终端中未安装指定通讯号码对应SIM卡；当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和智能通讯终端。本发明实现了在用户未携带安装有SIM卡的智能终端或者智能终端无电量时，仍可确保通过其他用户拨打该SIM卡所对应通讯号码被临时智能终端接听，方便了用户。

Description

一种多设备连通通讯的实现方法及实现*** 【技术领域】
本发明涉及无线通讯技术领域，尤其涉及的是一种多设备连通通讯的实现方法及实现***。
【背景技术】
目前，很多用户都会碰到这样的情况，出门太急，忘带手机了，或者是到了外面手机没电了，又或是，手机突然死机了，等等。面对这种情况，用户都可能会担心因未携带安装有自己电话号码的通讯终端而错失外界的联系信息。
因此，现有技术还有待于改进和发展。
【发明内容】
鉴于上述现有技术的不足，本发明的目的在于提供一种多设备连通通讯的实现方法及实现***，旨在解决现有技术中用户因未携带安装有自己电话号码的通讯终端而错失外界的联系信息的缺陷。
本发明的技术方案如下：
一种计算机可读取存储介质，其中，该存储介质存储有程序，程序在执行时，实现以下步骤：
A、HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，指定通讯号码所对应的SIM卡安装在智能通讯终端中，临时智能终端中未安装指定通讯号码对应SIM卡；
B、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端；
其中，HSS服务器包含用户配置文件，并用于执行用户的身份验证和授权，提供有关用户物理位置的信息。
其中，程序在执行时，实现以下步骤：
A1、临时智能终端发出对指定通讯号码的临时智能终端连接认证请求，依次经过WiFi无线访问接入点、ePDG及PDN网关传输后，传输至HSS服务器；其中，ePDG为演进的分组数据关；
A2、HSS服务器接收临时智能终端连接认证请求，根据临时智能终端连接认证请求中所包括的临时智能终端的设备唯一识别信息生成登录认证信息，并将登录认证信息发送至临时智能终端；其中，登录认证信息包括登录账号和登录密码；
A3、将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。
其中，程序在执行时，实现以下步骤：
B1、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，则MME网络节点获取由HSS服务器所发送的指定通讯号码的关联信息；
B2、根据指定通讯号码的关联信息，获取指定通讯号码所对应的智能通讯终端、及临时智能终端；
B3、将呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
其中，程序在执行时，实现以下步骤：
B31、将呼叫请求依次经过PDN网关、ePDG、WiFi无线访问接入点传输后，传输至临时智能终端；
B32、将呼叫请求经由EnodeB传输至SIM卡所安装的智能通讯终端； 其中，EnodeB为演进型Node B。
其中，程序在执行时，实现以下步骤：当临时智能终端连接入网络时，通过运营商网站对临时智能终端进行授权，并添加临时智能终端至指定通讯号码下，以保证安全性。
其中，设备唯一识别信息为手机串号、机器唯一识别码等。
一种多设备连通通讯的实现方法，其中，所述方法包括以下步骤：
A、HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；
B、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
所述多设备连通通讯的实现方法，其中，所述步骤A具体包括：
A1、临时智能终端发出对指定通讯号码的临时智能终端连接认证请求，依次经过WiFi无线访问接入点、ePDG及PDN网关传输后，传输至HSS服务器；其中，ePDG为演进的分组数据关；
A2、HSS服务器接收所述临时智能终端连接认证请求，根据临时智能终端连接认证请求中所包括的临时智能终端的设备唯一识别信息生成登录认证信息，并将登录认证信息发送至所述临时智能终端；其中，所述登录认证信息包括登录账号和登录密码；
A3、将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。
所述多设备连通通讯的实现方法，其中，所述步骤B具体包括：
B1、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码 接收到呼叫请求时，则MME网络节点获取由HSS服务器所发送的指定通讯号码的关联信息；
B2、根据指定通讯号码的关联信息，获取指定通讯号码所对应的智能通讯终端、及临时智能终端；
B3、将呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
所述多设备连通通讯的实现方法，其中，所述步骤B3具体包括：
B31、将呼叫请求依次经过PDN网关、ePDG、WiFi无线访问接入点传输后，传输至临时智能终端；
B32、将呼叫请求经由EnodeB传输至SIM卡所安装的智能通讯终端；其中，EnodeB为演进型Node B。
其中，该方法还包括：当临时智能终端连接入网络时，通过运营商网站对临时智能终端进行授权，并添加临时智能终端至指定通讯号码下，以保证安全性。
其中，设备唯一识别信息为手机串号、机器唯一识别码等。
一种多设备连通通讯的实现***，其中，包括：
认证请求鉴权模块，用于HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；
呼叫请求发送模块，用于当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
所述多设备连通通讯的实现***，其中，所述认证请求鉴权模块具体包括：
认证请求传输单元，用于临时智能终端发出对指定通讯号码的临时智能终端连接认证请求，依次经过WiFi无线访问接入点、ePDG及PDN网关传输后，传输至HSS服务器；其中，ePDG为演进的分组数据关；
登录认证信息反馈单元，用于HSS服务器接收所述临时智能终端连接认证请求，根据临时智能终端连接认证请求中所包括的临时智能终端的设备唯一识别信息生成登录认证信息，并将登录认证信息发送至所述临时智能终端；其中，所述登录认证信息包括登录账号和登录密码；
登记单元，用于将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。
所述多设备连通通讯的实现***，其中，所述呼叫请求发送模块具体包括：
关联信息获取单元，用于当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，则MME网络节点获取由HSS服务器所发送的指定通讯号码的关联信息；
终端获取单元，用于根据指定通讯号码的关联信息，获取指定通讯号码所对应的智能通讯终端、及临时智能终端；
呼叫请求转发单元，用于将呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
所述多设备连通通讯的实现***，其中，所述呼叫请求转发单元具体包括：
第一转发分单元，用于将呼叫请求依次经过PDN网关、ePDG、WiFi无线访问接入点传输后，传输至临时智能终端；
第二转发分单元，用于将呼叫请求经由EnodeB传输至SIM卡所安装的智能通讯终端；其中，EnodeB为演进型Node B。
其中，设备唯一识别信息为手机串号、机器唯一识别码等。
本发明所提供的多设备连通通讯的实现方法及实现***，方法包括： HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。本发明实现了在用户未携带安装有SIM卡的智能终端或者智能终端无电量时，仍可确保通过其他用户拨打该SIM卡所对应通讯号码被临时智能终端接听，方便了用户。
【附图说明】
图1为本发明所述多设备连通通讯的实现方法较佳实施例的流程图。
图2为本发明所述多设备连通通讯的实现***较佳实施例的功能结构框图。
【具体实施方式】
本发明提供一种多设备连通通讯的实现方法及实现***，为使本发明的目的、技术方案及效果更加清楚、明确，以下对本发明进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
如图1所示，为本发明所述多设备连通通讯的实现方法较佳实施例的流程图，所述方法包括以下步骤：
步骤S100、HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为 归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；
步骤S200、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
现有技术中，当用户携带安装有SIM卡的通讯终端时，其他用户拨打该SIM卡所对应的电话号码时，该呼叫请求直接由HSS服务器检测到后再经由eNodeB(Evolved Node B，即演进型Node B简称eNB，LTE中基站的名称，相比现有3G中的Node B，集成了部分RNC的功能，减少了通信时协议的层次)转发至通讯终端。当该通讯终端用户忘记随身携带，或者是电量耗尽时，则其他用户则无法联系到该用户。
其中，归属签约用户服务器(Home Subscriber Server，HSS)是3GPP在R5引入IMS时提出的概念，其功能与HLR类似但更加强大，支持更多接口，可以处理更多的用户信息。Home Subscriber Server，即HSS服务器缩写，是IMS(IP Multimedia Subsystem，IP多媒体子***)中控制层的重要组成部分。HSS支持用于处理调用/会话的IMS网络实体的主要用户数据库。它包含用户配置文件，执行用户的身份验证和授权，并可提供有关用户物理位置的信息。它类似于GSM Home Location Register。与HSS通信的实体是应用服务器(AS)和呼叫会话控制功能服务器(CSCF)，其中应用服务器以IMS环境为宿主并执行其中的服务。用户配置文件包含有关当前用户的信息--通常S-CSCF(业务-呼叫会话控制功能)会在用户进行网络注册时下载和使用这个文件。HSS所提供的功能包括IP多媒体功能、PS域必需的HLR功能及CS域必需的HLR功能。HSS可处理的信息包括：用户识别、编号和地址信息；用户安全信息，即针对鉴权和授权的网络接入控制信息；用户定位信息，即HSS支持用户登记、存储位置信息；用户清单信息
而在本发明的实施例中，用户使用临时可登录HSS服务器(HSS服务 器是用户通过登录运行商网站来连接)，并向HSS服务器发送(也即在运行商网站登记)对指定通讯号码的临时智能终端连接认证请求时，则将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。即当临时智能终端连接入网络时，从安全性角度考虑，需要用户在临时智能终端上登录用户所使用的运营商网站，通过运营商网站对该设备进行授权，即把该设备添加到指定通讯号码下。添加完成后，HSS服务器收到添加临时设备的申请，则让用户确认授权。完成授权后，用户的临时智能终端添加到该指定通讯号码下，当从HSS服务器发来向这个号码的呼叫请求时，有SIM卡的智能通讯终端和该临时智能终端都会收到呼叫请求。这样，当用户忘带手机时，则可在当前位置使用平板电脑、台式电脑或者其他没装SIM卡的智能手机，将其设备唯一识别信息登记至HSS服务器中指定通讯号码的关联信息中，实现在该指定通讯号码接收到呼叫请求时，仍能由当前位置使用平板电脑、台式电脑或者其他没装SIM卡的智能手机来接听电话。其中，设备唯一识别信息为手机串号、机器唯一识别码等。
优选的，在所述多设备连通通讯的实现方法中，所述步骤S100具体包括：
步骤S101、临时智能终端发出对指定通讯号码的临时智能终端连接认证请求，依次经过WiFi无线访问接入点、ePDG及PDN网关传输后，传输至HSS服务器；其中，ePDG为演进的分组数据关；
步骤S102、HSS服务器接收所述临时智能终端连接认证请求，根据临时智能终端连接认证请求中所包括的临时智能终端的设备唯一识别信息生成登录认证信息，并将登录认证信息发送至所述临时智能终端；其中，所述登录认证信息包括登录账号和登录密码；
步骤S103、将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。
本发明的实施例中，是一种WiFi calling实现方式。WiFi Calling是把 电话的语音、短信从传统的GSM网络、3G网络或LTE网络改变为使用WiFi这样的互联网通道来传输，传输的语音或短信仍然必须经由手机内预先设定的一个由运营商架设在互联网的接入点进入运营商的网络，再经由运营商将这些语音或短信经传统通道分发给你的呼叫对方或短信接收方。也就是说，只有无线部分由手机GSM/3G/LTE网络变成了WiFi网，而后台部分(鉴权，传输，计费，业务，路由等等)是完全没有变化的。比如某个建筑的角落或房间，在旅行中的游船或飞机上，手机信号覆盖率参差不齐甚至无信号。这时你就可以通过Wi-Fi Calling使用短信和其它移动服务，可以让你解决手机信号无法覆盖的问题。在移动信号无法覆盖的地方，WiFi calling可以提供更好的通讯服务。它是基于智能应用程序预装到您的手机，再通过一些运营商的WiFi呼叫服务，达到通讯的目的。但现在WiFi calling都是需要绑定SIM卡和设备，即在当前有SIM卡的设备上，移动信号不如WiFi，运营商会把移动网络上的通话转移到WiFi网络上。而且，本发明是在临时智能终端上不安装SIM卡仍能实现的WiFi calling方式。
优选的，在所述多设备连通通讯的实现方法中，所述步骤S200具体包括：
步骤S201、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，则MME网络节点获取由HSS服务器所发送的指定通讯号码的关联信息；
步骤S202、根据指定通讯号码的关联信息，获取指定通讯号码所对应的智能通讯终端、及临时智能终端；
步骤S203、将呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
进一步的，在所述多设备连通通讯的实现方法中，所述步骤S203具体包括：
步骤S2031、将呼叫请求依次经过PDN网关、ePDG、WiFi无线访问 接入点传输后，传输至临时智能终端；
步骤S2032、将呼叫请求经由EnodeB传输至SIM卡所安装的智能通讯终端；其中，EnodeB为演进型Node B。
可见，本发明实现了在用户未携带安装有SIM卡的智能终端或者智能终端无电量时，仍可确保通过其他用户拨打该SIM卡所对应通讯号码被临时智能终端接听，方便了用户。
基于上述方法实施例，本发明还提供一种多设备连通通讯的实现***。如图2所示，所述多设备连通通讯的实现***包括：
认证请求鉴权模块，用于HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；
呼叫请求发送模块，用于当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
优选的，在所述多设备连通通讯的实现***中，所述认证请求鉴权模块100具体包括：
认证请求传输单元，用于临时智能终端发出对指定通讯号码的临时智能终端连接认证请求，依次经过WiFi无线访问接入点、ePDG及PDN网关传输后，传输至HSS服务器；其中，ePDG为演进的分组数据关；
登录认证信息反馈单元，用于HSS服务器接收所述临时智能终端连接认证请求，根据临时智能终端连接认证请求中所包括的临时智能终端的设备唯一识别信息生成登录认证信息，并将登录认证信息发送至所述临时智能终端；其中，所述登录认证信息包括登录账号和登录密码；
登记单元，用于将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。
优选的，在所述多设备连通通讯的实现***中，所述呼叫请求发送模块200具体包括：
关联信息获取单元，用于当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，则MME网络节点获取由HSS服务器所发送的指定通讯号码的关联信息；
终端获取单元，用于根据指定通讯号码的关联信息，获取指定通讯号码所对应的智能通讯终端、及临时智能终端；
呼叫请求转发单元，用于将呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
优选的，在所述多设备连通通讯的实现***中，所述呼叫请求转发单元具体包括：
第一转发分单元，用于将呼叫请求依次经过PDN网关、ePDG、WiFi无线访问接入点传输后，传输至临时智能终端；
第二转发分单元，用于将呼叫请求经由EnodeB传输至SIM卡所安装的智能通讯终端；其中，EnodeB为演进型Node B。
综上所述，本发明所提供的多设备连通通讯的实现方法及实现***，方法包括：HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。本发明实现了在用户未携带安装有SIM卡的智能终端或者智能终端无电量时， 仍可确保通过其他用户拨打该SIM卡所对应通讯号码被临时智能终端接听，方便了用户。
本领域普通技术人员可以理解上述实施例方法中的全部或部分流程，是可以通过计算机程序来指令相关的硬件完成，所述的计算机程序可存储于一计算机可读取存储介质中，程序在执行时，可包括上述各方法的实施例的流程。其中的存储介质可以为磁碟、光盘、只读存储记忆体(ROM)或随机存储记忆体(RAM)等。
应当理解的是，本发明的应用不限于上述的举例，对本领域普通技术人员来说，可以根据上述说明加以改进或变换，所有这些改进和变换都应属于本发明所附权利要求的保护范围。

Claims (17)

  1. 一种计算机可读取存储介质，其中，所述存储介质存储有程序，所述程序在执行时，实现以下步骤：
    A、HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；
    B、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端；
    其中，HSS服务器包含用户配置文件，并用于执行用户的身份验证和授权，提供有关用户物理位置的信息。
  2. 根据权利要求1所述的存储介质，其中，所述程序在执行时，实现以下步骤：
    A1、临时智能终端发出对指定通讯号码的临时智能终端连接认证请求，依次经过WiFi无线访问接入点、ePDG及PDN网关传输后，传输至HSS服务器；其中，ePDG为演进的分组数据关；
    A2、HSS服务器接收所述临时智能终端连接认证请求，根据临时智能终端连接认证请求中所包括的临时智能终端的设备唯一识别信息生成登录认证信息，并将登录认证信息发送至所述临时智能终端；其中，所述登录认证信息包括登录账号和登录密码；
    A3、将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。
  3. 根据权利要求1所述的存储介质，其中，所述程序在执行时，实现以下步骤：
    B1、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，则MME网络节点获取由HSS服务器所发送的指定通讯号码的关联信息；
    B2、根据指定通讯号码的关联信息，获取指定通讯号码所对应的智能通讯终端、及临时智能终端；
    B3、将呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
  4. 根据权利要求3所述的存储介质，其中，所述程序在执行时，实现以下步骤：
    B31、将呼叫请求依次经过PDN网关、ePDG、WiFi无线访问接入点传输后，传输至临时智能终端；
    B32、将呼叫请求经由EnodeB传输至SIM卡所安装的智能通讯终端；其中，EnodeB为演进型Node B。
  5. 根据权利要求1所述的存储介质，其中，所述程序在执行时，实现以下步骤：
    当所述临时智能终端连接入网络时，通过运营商网站对所述临时智能终端进行授权，并添加所述临时智能终端至所述指定通讯号码下，以保证安全性。
  6. 根据权利要求1所述的存储介质，其中，所述设备唯一识别信息为手机串号、机器唯一识别码等。
  7. 一种多设备连通通讯的实现方法，其中，所述方法包括以下步骤：
    A、HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；
    B、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接 收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
  8. 根据权利要求7所述多设备连通通讯的实现方法，其中，所述步骤A具体包括：
    A1、临时智能终端发出对指定通讯号码的临时智能终端连接认证请求，依次经过WiFi无线访问接入点、ePDG及PDN网关传输后，传输至HSS服务器；其中，ePDG为演进的分组数据关；
    A2、HSS服务器接收所述临时智能终端连接认证请求，根据临时智能终端连接认证请求中所包括的临时智能终端的设备唯一识别信息生成登录认证信息，并将登录认证信息发送至所述临时智能终端；其中，所述登录认证信息包括登录账号和登录密码；
    A3、将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。
  9. 根据权利要求7所述多设备连通通讯的实现方法，其中，所述步骤B具体包括：
    B1、当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，则MME网络节点获取由HSS服务器所发送的指定通讯号码的关联信息；
    B2、根据指定通讯号码的关联信息，获取指定通讯号码所对应的智能通讯终端、及临时智能终端；
    B3、将呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
  10. 根据权利要求9所述多设备连通通讯的实现方法，其中，所述步骤B3具体包括：
    B31、将呼叫请求依次经过PDN网关、ePDG、WiFi无线访问接入点传输后，传输至临时智能终端；
    B32、将呼叫请求经由EnodeB传输至SIM卡所安装的智能通讯终端； 其中，EnodeB为演进型Node B。
  11. 根据权利要求7所述多设备连通通讯的实现方法，其中，所述方法还包括：
    当所述临时智能终端连接入网络时，通过运营商网站对所述临时智能终端进行授权，并添加所述临时智能终端至所述指定通讯号码下，以保证安全性。
  12. 根据权利要求7所述多设备连通通讯的实现方法，其中，所述设备唯一识别信息为手机串号、机器唯一识别码等。
  13. 一种多设备连通通讯的实现***，其中，包括：
    认证请求鉴权模块，用于HSS服务器检测到对指定通讯号码的临时智能终端连接认证请求时，则反馈登录认证信息至临时智能终端，并将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中；其中，HSS服务器为归属签约用户服务器，所述指定通讯号码所对应的SIM卡安装在智能通讯终端中，所述临时智能终端中未安装所述指定通讯号码对应SIM卡；
    呼叫请求发送模块，用于当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，将该呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
  14. 根据权利要求13所述多设备连通通讯的实现***，其中，所述认证请求鉴权模块具体包括：
    认证请求传输单元，用于临时智能终端发出对指定通讯号码的临时智能终端连接认证请求，依次经过WiFi无线访问接入点、ePDG及PDN网关传输后，传输至HSS服务器；其中，ePDG为演进的分组数据关；
    登录认证信息反馈单元，用于HSS服务器接收所述临时智能终端连接认证请求，根据临时智能终端连接认证请求中所包括的临时智能终端的设备唯一识别信息生成登录认证信息，并将登录认证信息发送至所述临时智 能终端；其中，所述登录认证信息包括登录账号和登录密码；
    登记单元，用于将临时智能终端的设备唯一识别信息登记至指定通讯号码的关联信息中。
  15. 根据权利要求13所述多设备连通通讯的实现***，其中，所述呼叫请求发送模块具体包括：
    关联信息获取单元，用于当与HSS服务器信息同步的MME网络节点检测到指定通讯号码接收到呼叫请求时，则MME网络节点获取由HSS服务器所发送的指定通讯号码的关联信息；
    终端获取单元，用于根据指定通讯号码的关联信息，获取指定通讯号码所对应的智能通讯终端、及临时智能终端；
    呼叫请求转发单元，用于将呼叫请求转接至临时智能终端和SIM卡所安装的智能通讯终端。
  16. 根据权利要求15所述多设备连通通讯的实现***，其中，所述呼叫请求转发单元具体包括：
    第一转发分单元，用于将呼叫请求依次经过PDN网关、ePDG、WiFi无线访问接入点传输后，传输至临时智能终端；
    第二转发分单元，用于将呼叫请求经由EnodeB传输至SIM卡所安装的智能通讯终端；其中，EnodeB为演进型Node B。
  17. 根据权利要求13所述多设备连通通讯的实现***，其中，所述设备唯一识别信息为手机串号、机器唯一识别码等。
PCT/CN2017/115230 2016-12-21 2017-12-08 一种多设备连通通讯的实现方法及实现*** WO2018113536A1 (zh)

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