WO2018149356A1 - 一种基于rsp的lpa应用实现方法、实现***及终端 - Google Patents

一种基于rsp的lpa应用实现方法、实现***及终端 Download PDF

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Publication number
WO2018149356A1
WO2018149356A1 PCT/CN2018/075750 CN2018075750W WO2018149356A1 WO 2018149356 A1 WO2018149356 A1 WO 2018149356A1 CN 2018075750 W CN2018075750 W CN 2018075750W WO 2018149356 A1 WO2018149356 A1 WO 2018149356A1
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Prior art keywords
operator
lpa
terminal side
data packet
server
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PCT/CN2018/075750
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English (en)
French (fr)
Inventor
楼项辉
蒋仙
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Tcl通讯（宁波）有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by Tcl通讯（宁波）有限公司 filed Critical Tcl通讯（宁波）有限公司
Priority to US16/486,838 priority Critical patent/US11019482B2/en
Publication of WO2018149356A1 publication Critical patent/WO2018149356A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W8/00—Network data management
    • H04W8/18—Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data
    • H04W8/20—Transfer of user or subscriber data
    • H04W8/205—Transfer to or from user equipment or user record carrier
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W48/00—Access restriction; Network selection; Access point selection
    • H04W48/08—Access restriction or access information delivery, e.g. discovery data delivery
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W48/00—Access restriction; Network selection; Access point selection
    • H04W48/18—Selecting a network or a communication service
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W8/00—Network data management
    • H04W8/22—Processing or transfer of terminal data, e.g. status or physical capabilities
    • H04W8/24—Transfer of terminal data
    • H04W8/245—Transfer of terminal data from a network towards a terminal

Definitions

  • the present invention relates to the field of communications technologies, and in particular, to an LPA-based LPA application implementation method, implementation system, and terminal.
  • SIM cards are commonly used in mobile communication systems. These SIM cards have no significant technical changes except for the difference in card size, which cannot meet the requirements of reducing the terminal size and can not adapt to more. Requirements for complex application scenarios.
  • EUICC card Embedded Universal Integrated Circuit Card (embedded universal integrated circuit card) came into being.
  • the invention provides an RPA-based LPA application implementation method and implementation system, which aims to solve the defects that the 2FF, 3FF and 4FF type SIM cards in the prior art cannot meet the requirements of reducing the terminal volume and failing to meet the requirements of more complex application scenarios. .
  • the LPA is a local configuration proxy
  • the operator server When the subscription agreement information between the terminal side and the operator is detected, the operator server creates a corresponding operator data packet according to the agent information of the LPA;
  • the terminal side accesses the operator server, and downloads a corresponding operator data packet according to the agent information;
  • the EUICC receives the carrier data packet forwarded by the LPA, and decrypts and installs the operator data packet; wherein the EUICC is an embedded universal integrated circuit card.
  • the RSP-based LPA application implementation method further comprising:
  • the configuration file is correspondingly operated according to the activation instruction, the deactivation instruction, the switching instruction, or the deletion instruction.
  • the RSP-based LPA application implementation method wherein when the subscription protocol information between the terminal side and the operator is detected, the operator server creates a corresponding operator data packet according to the agent information of the LPA.
  • the operator server feeds back the two-dimensional code to the terminal side, or the operator server feeds back the activation code and the SM-DP+ server address to the terminal side, or the operator server feeds back the target.
  • the EUICC provides the user configuration event and the SM-DP+ server address to the terminal side; wherein the two-dimensional code includes the SM-DP+ server address and the carrier data packet download information.
  • the RSP-based LPA application implementation method where the step of the terminal side accessing the operator server and downloading the corresponding operator data packet according to the proxy information specifically includes:
  • the LPA When the terminal side detects the Wi-Fi connection command, the LPA connects to the SM-DP+ server through the Wi-Fi network, and downloads the corresponding carrier data packet;
  • the LPA When the terminal side detects the pre-installation operation file start instruction, the LPA connects to the corresponding operator server according to the carrier network corresponding to the pre-installed operation file, and downloads the corresponding operator data package;
  • the LPA When the terminal side detects the configuration file startup command, the LPA connects to the corresponding carrier server according to the configuration file, and downloads the corresponding carrier data package.
  • An RPA-based LPA application implementation system including:
  • One or more processors are One or more processors;
  • One or more applications wherein the one or more applications are stored in the memory and configured to be executed by the processor; the one or more applications include:
  • An LPA setting module configured to preset an LPA on the terminal side; wherein, the LPA is a local configuration proxy;
  • the operator data packet creation module is configured to: when detecting the subscription agreement information between the terminal side and the operator, the operator server creates a corresponding operator data packet according to the agent information of the LPA;
  • a downloading module configured to access the operator server on the terminal side, and download a corresponding operator data packet according to the proxy information
  • the RSP-based LPA application implementation system further comprising:
  • the LPA management module when detecting an activation command, a deactivation command, a switch instruction, or a delete instruction of the configuration file, performs a corresponding operation according to the activation instruction, the deactivation instruction, the switching instruction, or the deletion instruction.
  • the RSP-based LPA application implementation system wherein when the subscription protocol information between the terminal side and the operator is detected in the operator data packet creation module, the operator server feeds back the two-dimensional code to the terminal side, or The operator server feeds back the activation code and the SM-DP+ server address to the terminal side, or the operator server feeds back the user configuration event and the SM-DP+ server address provided by the target EUICC to the terminal side; wherein the two-dimensional code includes the SM-DP+ Server address and carrier data package download information.
  • the RSP-based LPA application implementation system where the download module specifically includes:
  • a determining unit configured to determine whether the terminal side detects one of a Wi-Fi connection instruction, a pre-installation operation file startup instruction, or a configuration file startup instruction;
  • a first connecting unit configured to: when the terminal side detects the Wi-Fi connection command, the LPA connects to the SM-DP+ server through the Wi-Fi network, and downloads a corresponding carrier data packet;
  • a second connection unit configured to: when the terminal side detects the pre-installation operation file startup instruction, the LPA connects to the corresponding operator server according to the carrier network corresponding to the pre-installation operation file, and downloads the corresponding operator data package;
  • the third connection unit is configured to: when the terminal side detects the configuration file startup instruction, the LPA connects to the corresponding operator server according to the configuration file, and downloads the corresponding operator data package.
  • the invention also provides a terminal, comprising:
  • the LPA of the terminal side is set in advance through the interface of the setting menu or the APP mode; wherein, the LPA is a local configuration proxy; so that when the subscription agreement information between the terminal side and the operator is detected, the operator server is based on the agent of the LPA.
  • Information creation corresponding carrier data package
  • the terminal side accesses the operator server, and downloads a corresponding operator data packet according to the agent information;
  • the EUICC receives the carrier data packet forwarded by the LPA, and decrypts and installs the operator data packet; wherein the EUICC is an embedded universal integrated circuit card.
  • the terminal further includes: when the activation command, the deactivation command, the switching instruction, or the deletion instruction of the configuration file is detected, the configuration file is corresponding according to the activation instruction, the deactivation instruction, the switching instruction, or the deletion instruction. operating.
  • the operator server In the terminal, when the subscription agreement information between the terminal side and the operator is detected, the operator server creates a corresponding operator data packet according to the agent information of the LPA, and detects the terminal side and the operation.
  • the operator server feeds back the two-dimensional code to the terminal side, or the operator server feeds back the activation code and the SM-DP+ server address to the terminal side, or the operator server feeds back the user configuration event provided by the target EUICC.
  • the SM-DP+ server address to the terminal side; wherein the two-dimensional code includes an SM-DP+ server address and an operator data packet downloading information.
  • the step of the terminal side accessing the operator server and downloading the corresponding carrier data packet according to the proxy information includes:
  • the LPA When the terminal side detects the Wi-Fi connection command, the LPA connects to the SM-DP+ server through the Wi-Fi network, and downloads the corresponding carrier data packet;
  • the LPA When the terminal side detects the pre-installation operation file start instruction, the LPA connects to the corresponding operator server according to the carrier network corresponding to the pre-installed operation file, and downloads the corresponding operator data package;
  • the LPA When the terminal side detects the configuration file startup command, the LPA connects to the corresponding carrier server according to the configuration file, and downloads the corresponding carrier data package.
  • the RSP-based LPA application implementation method, the implementation system, and the terminal provided by the present invention include: presetting the LPA of the terminal side; wherein, the LPA is a local configuration proxy; and detecting the subscription agreement information between the terminal side and the operator
  • the operator server creates a corresponding operator data packet according to the agent information of the LPA; the terminal side accesses the operator server, and downloads the corresponding operator data packet according to the agent information; and the EUICC receives the operation forwarded by the LPA
  • the carrier data packet is decrypted and the carrier data package is installed; wherein EUICC is an embedded universal integrated circuit card.
  • the invention realizes the LPA-based manner to complete the remote configuration management EUICC, and the EUICC can effectively reduce the terminal volume and is applicable to more complex application scenarios.
  • FIG. 1 is a flow chart of a preferred embodiment of an RSP-based LPA application implementation method according to the present invention.
  • FIG. 2 is a functional block diagram of a preferred embodiment of an RSP-based LPA application implementation system according to the present invention.
  • the present invention provides a method, an implementation system and a terminal for implementing an LPA application based on RSP.
  • the present invention will be 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 an RSP-based LPA application implementation method according to the present invention, where the method includes the following steps:
  • Step S100 Presetting the LPA on the terminal side; wherein, the LPA is a local configuration proxy.
  • remote configuration management of the EUICC is implemented based on the RSP.
  • the full name of RSP is Remote SIM Provisioning, which is remote SIM card configuration management. It is a standard and mechanism defined by the GSMA to implement remote configuration management operator profile functions on the EUICC.
  • EUICC Embedded Universal Integrated Circuit Card
  • UICC card defined by the GSMA/ETSI standards organization that is not easily replaced on the device and has remote security configuration management functions.
  • Remote configuration management includes remote download, activation, deactivation, switching, deletion, etc. of the operator profile.
  • LPA The full name of LPA is Local Profile.
  • the Assistant, the Local Profile Agent, which is the Local Configuration Agent, is a key component of the RSPA-defined RSP system framework.
  • LPA mainly contains 3 parts of functions, as follows:
  • LDS Local Discovery Service
  • LPD Local Profile Download
  • LUI Local User Interface
  • LUI Local User Interface
  • the step S100 of the present invention has two ways of setting the LPA on the terminal side, namely, the setting menu and the APP mode. Both of these approaches are more mature, providing a rich and flexible user interface and process interactions that are consistent with end-user usage habits.
  • the setting of the LPA is implemented by setting the interface of the menu or the way of the APP.
  • Step S200 When the subscription agreement information between the terminal side and the operator is detected, the operator server creates a corresponding operator data packet according to the agent information of the LPA.
  • the operator data package includes IMSI (International Mobile Subscriber) Identification Number, ie International Mobile Subscriber Identity), Ki (Key The identifier, that is, the encryption key and the data between the SIM card and the operator.
  • IMSI International Mobile Subscriber
  • Ki Ki
  • the identifier that is, the encryption key and the data between the SIM card and the operator.
  • Step S300 The terminal side accesses the operator server, and downloads a corresponding operator data packet according to the proxy information.
  • the operator data packet can be obtained from the operator server by the LPA to complete the download of the operator data packet.
  • Step S400 The EUICC receives the operator data packet forwarded by the LPA, and decrypts and installs the operator data packet.
  • the EUICC is an embedded universal integrated circuit card.
  • EUICC embedded UICC card
  • SMD chip packaging technology which is to directly solder the SIM card chip to the M2M terminal module
  • SIP Simple In Packge
  • the embedded UICC card defined in the industry is used in M2M devices, and the more general embedded UICC card is a non-pluggable SIM card that can be used in any terminal device.
  • the biggest difference from the ordinary SIM card is that it is fixed at the terminal. Can not be replaced at will. In this way, it is possible to reduce the setting of the SIM card slot in the terminal, which provides a prerequisite for reducing the terminal volume.
  • the method further includes:
  • Step S500 When an activation command, a deactivation command, a switching instruction, or a deletion instruction of the configuration file is detected, the configuration file performs a corresponding operation according to the activation instruction, the deactivation instruction, the switching instruction, or the deletion instruction.
  • an LPA user interface can be set to implement configuration of the configuration file.
  • the main functional modules in the LPA user interface include: profile download, activation, deactivation, switching, listing, and deletion; obtaining EUICC ID; Profile alias settings; EUICC reset and more.
  • the user interface of the LPA can be flexibly customized through the specific needs of the user.
  • the operator server feeds back the two-dimensional code to the terminal side, or the operator server feeds back the activation code and the SM-DP+ server address.
  • the two-dimensional code includes the SM-DP+ server address and the carrier data packet download information.
  • the first way is that when the user and the operator reach a service subscription agreement (when the subscription agreement information between the terminal side and the operator can be detected), the operator provides a two-dimensional code to the user, two-dimensional
  • the code contains information such as the SM-DP+ server address and the customized carrier data download information.
  • the user can open the LPA user interface and scan the QR code to connect to the SM-DP+ server to download the customized carrier data package.
  • the second way is that after the user and the operator reach the service subscription agreement (when the subscription agreement information between the terminal side and the operator can be detected), the carrier server provides the activation code and the SM-DP+ server address to the terminal side.
  • the user connects to the SM-DP+ server to download the customized carrier data packet by manually inputting the activation code and the SM-DP+ server address in the LPA user interface.
  • the third way is that after the user and the operator reach the service subscription agreement (when the subscription agreement information between the terminal side and the operator can be detected), the SM-DP+ server creates a corresponding carrier data packet and informs the SM- DS discovery server is ready for the target EUICC customized carrier data packet, LDS (Local) in the terminal side LPA Discovery
  • LDS Local
  • the Service will periodically retrieve the discovery to provide the user configuration event and SM-DP+ server address to the target EUICC, and then the LPA will connect to the SM-DP+ server and download the customized carrier data package.
  • the manner in which the LPA is triggered by the subscription protocol information to access the operator server is not limited to the above three methods. As long as the LPA access operator server can be triggered when the subscription agreement information between the terminal side and the operator is detected.
  • the step S300 specifically includes:
  • Step S301 determining whether the terminal side detects one of a Wi-Fi connection instruction, a pre-installation operation file start instruction, or a configuration file start instruction;
  • Step S302 When the terminal side detects the Wi-Fi connection command, the LPA connects to the SM-DP+ server through the Wi-Fi network, and downloads the corresponding carrier data packet;
  • Step S303 when the terminal side detects the pre-installation operation file startup instruction, the LPA connects to the corresponding operator server according to the carrier network corresponding to the pre-installation operation file, and downloads the corresponding operator data package;
  • Step S304 When the terminal side detects the configuration file startup instruction, the LPA connects to the corresponding operator server according to the configuration file, and downloads the corresponding operator data package.
  • the LPA connection carrier server usually has three types of network connection methods: WIFI; Pre-installed Operational profile (pre-installed operation file); Provisioning Profile (that is, the configuration file). It can be customized according to specific needs and business models.
  • WIFI Wireless Fidelity
  • Pre-installed Operational profile pre-installed operation file
  • Provisioning Profile that is, the configuration file
  • WIFI When the factory EUICC card is a blank card and there is no carrier data package, LPA needs to connect to the SM-DP+ server through other networks (such as WIFI) to realize the first carrier data download.
  • WIFI can be used as a basic network connection to ensure that the LPA can connect to the SM-DP+ server to download carrier data packets. Since not all scenarios have a WIFI network environment, in order to facilitate users to use LPA to connect to the operator server anytime and anywhere, there are two other implementations of Provisioning. Profile and Pre-installed operational profile to achieve.
  • Pre-installed operational Profile Pre-set a formal carrier data packet in the factory EUICC.
  • the LPA can use the carrier data packet to connect to the corresponding carrier network, and use the carrier network to connect to the carrier server to download other official carrier data.
  • Packages can also perform services such as data voice. This method is generally applied to special scenarios and business models such as operator customization machines.
  • Provisioning Profile Pre-configured a function-limited configuration carrier data packet in the factory EUICC, which enables the LPA to connect to the mobile network, but is limited to connect to the carrier server to download the official carrier data packet, which cannot be used. Other services such as data and voice. Provisioning The profile is invisible to the user and cannot be deleted. When there is no WIFI connection and there is no official carrier data packet in the EUICC, the Provisioning will be used. Profile connects to the server.
  • the present invention implements an LPA-based manner to enable the user to remotely configure and manage the EUICC, and the EUICC can effectively reduce the terminal volume and is applicable to more complex application scenarios.
  • the present invention also provides an RPA-based LPA application implementation system.
  • the RSP-based LPA application implementation system includes:
  • the LPA setting module 100 is configured to preset an LPA on the terminal side; wherein the LPA is a local configuration proxy;
  • the operator data packet creation module 200 is configured to: when detecting the subscription agreement information between the terminal side and the operator, the operator server creates a corresponding operator data packet according to the agent information of the LPA;
  • the downloading module 300 is configured to access the operator server on the terminal side, and download the corresponding operator data packet according to the proxy information.
  • the decryption installation module 400 is configured to receive, by the EUICC, the carrier data packet forwarded by the LPA, and decrypt the installed carrier data packet; wherein the EUICC is an embedded universal integrated circuit card.
  • the method further includes:
  • the LPA management module when detecting an activation command, a deactivation command, a switch instruction, or a delete instruction of the configuration file, performs a corresponding operation according to the activation instruction, the deactivation instruction, the switching instruction, or the deletion instruction.
  • the operator server when the subscription protocol information between the terminal side and the operator is detected in the operator data packet creation module 200, the operator server feeds back the two-dimensional code to The terminal side, or the operator server feeds back the activation code and the SM-DP+ server address to the terminal side, or the operator server feeds back the user configuration event and the SM-DP+ server address provided by the target EUICC to the terminal side; wherein, in the two-dimensional code Includes SM-DP+ server address and carrier data package download information.
  • the downloading module 300 specifically includes:
  • a determining unit configured to determine whether the terminal side detects one of a Wi-Fi connection instruction, a pre-installation operation file startup instruction, or a configuration file startup instruction;
  • a first connecting unit configured to: when the terminal side detects the Wi-Fi connection command, the LPA connects to the SM-DP+ server through the Wi-Fi network, and downloads a corresponding carrier data packet;
  • a second connection unit configured to: when the terminal side detects the pre-installation operation file startup instruction, the LPA connects to the corresponding operator server according to the carrier network corresponding to the pre-installation operation file, and downloads the corresponding operator data package;
  • the third connection unit is configured to: when the terminal side detects the configuration file startup instruction, the LPA connects to the corresponding operator server according to the configuration file, and downloads the corresponding operator data package.
  • the invention also provides a terminal, comprising:
  • the LPA on the terminal side is set in advance through the interface of the setting menu or the APP mode; wherein, the LPA is a local configuration proxy;
  • the operator server When the subscription agreement information between the terminal side and the operator is detected, the operator server creates a corresponding operator data packet according to the agent information of the LPA;
  • the terminal side accesses the operator server, and downloads a corresponding operator data packet according to the agent information;
  • the EUICC receives the carrier data packet forwarded by the LPA, and decrypts and installs the operator data packet; wherein the EUICC is an embedded universal integrated circuit card.
  • the RSP-based LPA application implementation method, the implementation system, and the terminal provided by the present invention include: presetting the LPA of the terminal side; wherein, the LPA is a local configuration proxy; when detecting the terminal side and the operator When the subscription information is ordered, the operator server creates a corresponding carrier data packet according to the agent information of the LPA; the terminal side accesses the operator server, and downloads the corresponding operator data packet according to the agent information; the EUICC receives the The carrier data packet forwarded by the LPA is decrypted and the carrier data package is installed; wherein the EUICC is an embedded universal integrated circuit card.
  • the invention realizes the LPA-based manner to complete the remote configuration management EUICC, and the EUICC can effectively reduce the terminal volume and is applicable to more complex application scenarios.
  • 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

一种基于RSP的LPA应用实现方法，包括：预先设置终端侧的LPA；其中，LPA为本地配置代理；当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。

Description

一种基于RSP的LPA应用实现方法、实现***及终端 技术领域
本发明涉及通讯技术领域，尤其涉及的是一种基于RSP的LPA应用实现方法、实现***及终端。
 背景技术
目前在移动通信***中普遍使用2FF、3FF和4FF类型的SIM卡，这几种SIM卡除了在卡大小形态的不同外，并没有显著的技术变革，无法满足减小终端体积，及无法适应更复杂应用场景的要求。EUICC卡（Embedded Universal Integrated Circuit Card，嵌入式通用集成电路卡）应运而生应运而生。
 技术问题
本发明提供一种基于RSP的LPA应用实现方法及实现***，旨在解决现有技术中2FF、3FF和4FF类型的SIM卡无法满足减小终端体积，及无法适应更复杂应用场景的要求的缺陷。
 技术解决方案
一种基于RSP的LPA应用实现方法，其中，所述方法包括以下步骤：
预先设置终端侧的LPA；其中，LPA为本地配置代理；
当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；
终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；
EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
所述基于RSP的LPA应用实现方法，其中，还包括：
当检测到配置文件的激活指令、去激活指令、切换指令或删除指令时，则将配置文件根据激活指令、去激活指令、切换指令或删除指令进行相对应的操作。
所述基于RSP的LPA应用实现方法，其中，所述当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包的步骤中当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器反馈二维码至终端侧，或者运营商服务器反馈激活码及SM-DP+服务器地址至终端侧，或者运营商服务器反馈目标EUICC所提供用户配置事件和SM-DP+服务器地址至终端侧；其中，所述二维码中包括SM-DP+服务器地址及运营商数据包下载信息。
所述基于RSP的LPA应用实现方法，其中，所述终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包的步骤具体包括：
判断终端侧是否检测到Wi-Fi连接指令、预装操作文件启动指令、或配置文件启动指令中的一种；
当终端侧检测到Wi-Fi连接指令时，则LPA通过Wi-Fi网络连接SM-DP+服务器，并下载相对应的运营商数据包；
当终端侧检测到预装操作文件启动指令时，则LPA根据预装操作文件所对应的运营商网络连接相应的运营商服务器，并下载相对应的运营商数据包；
当终端侧检测到配置文件启动指令时，则LPA根据配置文件连接对应的运营商服务器，并下载相对应的运营商数据包。
一种基于RSP的LPA应用实现***，其中，包括：
一个或多个处理器；
存储器；以及
一个或多个应用程序，其中所述一个或多个应用程序被存储于所述存储器中，并配置为由所述处理器执行；所述一个或多个应用程序包括：
LPA设置模块，用于预先设置终端侧的LPA；其中，LPA为本地配置代理；
运营商数据包创建模块，用于当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；
下载模块，用于终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；
解密安装模块，用于EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
所述基于RSP的LPA应用实现***，其中，还包括：
LPA管理模块，当检测到配置文件的激活指令、去激活指令、切换指令或删除指令时，则将配置文件根据激活指令、去激活指令、切换指令或删除指令进行相对应的操作。
所述基于RSP的LPA应用实现***，其中，所述运营商数据包创建模块中当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器反馈二维码至终端侧，或者运营商服务器反馈激活码及SM-DP+服务器地址至终端侧，或者运营商服务器反馈目标EUICC所提供用户配置事件和SM-DP+服务器地址至终端侧；其中，所述二维码中包括SM-DP+服务器地址及运营商数据包下载信息。
所述基于RSP的LPA应用实现***，其中，所述下载模块具体包括：
判断单元，用于判断终端侧是否检测到Wi-Fi连接指令、预装操作文件启动指令、或配置文件启动指令中的一种；
第一连接单元，用于当终端侧检测到Wi-Fi连接指令时，则LPA通过Wi-Fi网络连接SM-DP+服务器，并下载相对应的运营商数据包；
第二连接单元，用于当终端侧检测到预装操作文件启动指令时，则LPA根据预装操作文件所对应的运营商网络连接相应的运营商服务器，并下载相对应的运营商数据包；
第三连接单元，用于当终端侧检测到配置文件启动指令时，则LPA根据配置文件连接对应的运营商服务器，并下载相对应的运营商数据包。
本发明还提供一种终端，其中，包括：
处理器和存储器，所述存储器用于存储数据和指令，所述处理器用于执行以下步骤：
预先通过Setting设置菜单的界面或者APP的方式设置终端侧的LPA；其中，LPA为本地配置代理；使得当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包
终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；
EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
在所述终端中，终端还包括当检测到配置文件的激活指令、去激活指令、切换指令或删除指令时，则将配置文件根据激活指令、去激活指令、切换指令或删除指令进行相对应的操作。
在所述终端中，所述当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包的步骤中当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器反馈二维码至终端侧，或者运营商服务器反馈激活码及SM-DP+服务器地址至终端侧，或者运营商服务器反馈目标EUICC所提供用户配置事件和SM-DP+服务器地址至终端侧；其中，所述二维码中包括SM-DP+服务器地址及运营商数据包下载信息。
在所述终端中，所述终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包的步骤包括：
判断终端侧是否检测到Wi-Fi连接指令、预装操作文件启动指令、或配置文件启动指令中的一种；
当终端侧检测到Wi-Fi连接指令时，则LPA通过Wi-Fi网络连接SM-DP+服务器，并下载相对应的运营商数据包；
当终端侧检测到预装操作文件启动指令时，则LPA根据预装操作文件所对应的运营商网络连接相应的运营商服务器，并下载相对应的运营商数据包；
当终端侧检测到配置文件启动指令时，则LPA根据配置文件连接对应的运营商服务器，并下载相对应的运营商数据包。
 有益效果
本发明所提供的基于RSP的LPA应用实现方法、实现***及终端，方法包括：预先设置终端侧的LPA；其中，LPA为本地配置代理；当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。本发明实现了基于LPA的方式来完成使用户远程配置管理EUICC，且EUICC能有效减小终端体积，并适用于更复杂的应用场景。
 附图说明
图1为本发明所述基于RSP的LPA应用实现方法较佳实施例的流程图。
图2为本发明所述基于RSP的LPA应用实现***较佳实施例的功能结构框图。
 本发明的最佳实施方式
本发明提供一种基于RSP的LPA应用实现方法、实现***及终端，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，为本发明所述基于RSP的LPA应用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、预先设置终端侧的LPA；其中，LPA为本地配置代理。
本发明中，是基于RSP来实现对EUICC的远程配置管理。RSP的全称是Remote SIM Provisioning，即远程SIM卡配置管理。其是GSMA定义的，在EUICC上实现远程配置管理运营商Profile功能的标准和机制。
EUICC的全称是Embedded Universal Integrated Circuit Card，即嵌入式通用集成电路卡。其是GSMA/ETSI标准组织定义的一种嵌入在设备上不容易被替换，而且具有远程安全配置管理功能的UICC卡。远程配置管理包括运营商Profile的远程下载、激活、去激活、切换、删除等。
LPA的全称是Local Profile Assistant，即本地Profile代理，也即本地配置代理，是GSMA定义的RSP***框架中的关键组成。LPA主要包含3部分功能，具体如下：
LDS(Local Discovery Service)，其从服务器检索发现给EUICC提供Profile的事件和地址。
LPD(Local Profile Download)，其扮演EUICC和SM-DP+服务器之间的代理角色，从SM-DP+服务器下载获取Profile包，再转移到EUICC中。
LUI(Local User Interface)，其面向最终用户提供本地Profile管理功能，包括Profile的激活、去激活、切换、删除等。
本发明的步骤S100在具体实施时，在终端侧设置LPA主要有以下两种方式，即Setting设置菜单和APP方式。这两种方式都是比较成熟的方案，可以提供丰富灵活的用户界面，以及符合最终用户使用习惯的流程交互。通过Setting设置菜单的界面或者APP的方式来实现LPA的设置。
步骤S200、当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包。
具体实施时，运营商数据包包括IMSI（International Mobile Subscriber Identification Number，即国际移动用户识别码）、Ki（Key identifier，即SIM卡与运营商之间加密传递密钥）等秘钥及数据。这样，一旦检测到终端侧与运营商之间的订购协议信息时，说明终端侧的EUICC卡需请求写入运营商数据，以实现其作为SIM卡的替代品的功能。
步骤S300、终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包。
当终端侧接入运营商服务器，则可由LPA从运营商服务器中获取运营商数据包，来完成运营商数据包的下载。
步骤S400、EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
目前EUICC（即嵌入式UICC卡）的封装形式有两种，一种是采用SMD贴片封装工艺，就是将SIM卡芯片直接焊接在M2M终端模组上；另一种是采用SIP(Simple in Packge)封装工艺，就是将SIM卡芯片和终端模块芯片封装在一体，外表看起来就是一块芯片，好像没有SIM卡了。目前业内定义的嵌入式UICC卡是用在M2M设备中，而更广义的嵌入式UICC卡是可以用在任何终端设备中的不可插拔的SIM卡，和普通SIM卡的最大区别是固定在终端中不能随意更换。这样，可以减少在终端中设置SIM卡槽，这为减小终端体积提供了前提条件。
进一步的，在所述基于RSP的LPA应用实现方法中，还包括：
步骤S500、当检测到配置文件的激活指令、去激活指令、切换指令或删除指令时，则将配置文件根据激活指令、去激活指令、切换指令或删除指令进行相对应的操作。
具体的，可设置一LPA的用户界面来实现配置文件的配置。LPA的用户界面中主要功能模块包括：Profile下载、激活、去激活、切换、罗列、删除；获取EUICC ID；Profile别名设置；EUICC重置等等。这样，可通过用户的具体需求进行灵活定制LPA的用户界面。
优选的，在所述步骤S200中当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器反馈二维码至终端侧，或者运营商服务器反馈激活码及SM-DP+服务器地址至终端侧，或者运营商服务器反馈目标EUICC所提供用户配置事件和SM-DP+服务器地址至终端侧；其中，所述二维码中包括SM-DP+服务器地址及运营商数据包下载信息。
具体的，第一种方式是，当用户和运营商达成业务订购协议后（即可检测到终端侧与运营商之间的订购协议信息时），运营商会提供一个二维码给用户，二维码中包含了SM-DP+服务器地址、定制的运营商数据包下载信息等信息，用户打开LPA的用户界面并扫描该二维码就可以连接SM-DP+服务器下载定制的运营商数据包。
第二种方式是，用户和运营商达成业务订购协议后（即可检测到终端侧与运营商之间的订购协议信息时），运营商服务器会提供激活码和SM-DP+服务器地址给终端侧，用户通过在LPA的用户界面通过手动输入激活码及SM-DP+服务器地址的方式，连接SM-DP+服务器下载定制的运营商数据包。
第三种方式是，用户和运营商达成业务订购协议后（即可检测到终端侧与运营商之间的订购协议信息时），SM-DP+服务器创建对应的运营商数据包，并告知SM-DS发现服务器为目标EUICC定制的运营商数据包已经准备就绪，终端侧LPA中的LDS(Local Discovery Service)会定期检索发现给目标EUICC提供用户配置事件和SM-DP+服务器地址，然后LPA会连接SM-DP+服务器并下载定制的运营商数据包。
当然，由订购协议信息所触发的LPA接入运营商服务器的方式，并不局限于上述三种方式。只要能在检测到终端侧与运营商之间的订购协议信息时能触发LPA接入运营商服务器即可。
优选的，所述步骤S300具体包括：
步骤S301、判断终端侧是否检测到Wi-Fi连接指令、预装操作文件启动指令、或配置文件启动指令中的一种；
步骤S302、当终端侧检测到Wi-Fi连接指令时，则LPA通过Wi-Fi网络连接SM-DP+服务器，并下载相对应的运营商数据包；
步骤S303、当终端侧检测到预装操作文件启动指令时，则LPA根据预装操作文件所对应的运营商网络连接相应的运营商服务器，并下载相对应的运营商数据包；
步骤S304、当终端侧检测到配置文件启动指令时，则LPA根据配置文件连接对应的运营商服务器，并下载相对应的运营商数据包。
即，LPA需要连接到运营商服务器下载运营商数据包需要网络，LPA连接运营商服务器通常的网络连接方式主要有三种：WIFI；Pre-installed operational profile（即预装操作文件）；Provisioning profile（即配置文件）。可以根据具体需求和商业模式进行定制实现，下面对三种网络连接方式进行介绍：
1)WIFI：当出厂的EUICC卡是一个空白卡，里面没有任何运营商数据包时，LPA就需要借助其他网络（如WIFI）连接SM-DP+服务器，实现第一次的运营商数据包下载。WIFI可以作为一个基础的网络连接方式，保证LPA可以连接SM-DP+服务器下载运营商数据包。由于并不是所有的场景都有WIFI网络环境，故为了方便用户可以随时随地的使用LPA连接运营商服务器，可以通过另外两种实现方式Provisioning profile和Pre-installed operational profile来实现。
2) Pre-installed operational profile：即在出厂的EUICC中预置一个正式的运营商数据包，LPA能使用该运营商数据包连接对应的运营商网络，并以此运营商网络连接运营商服务器下载其他正式的运营商数据包，也能进行数据语音等服务。该方式一般应用于运营商定制机等特殊场景和商业模式。
3) Provisioning profile：即在出厂的EUICC中预置一种功能受限的配置运营商数据包，能使LPA连接移动网络，但是只受限用于连接运营商服务器下载正式的运营商数据包，不能用于其他数据和语音等服务。Provisioning profile是用户不可见的，也是不可删除的，当没有WIFI连接并且EUICC中没有正式的运营商数据包时，会使用Provisioning profile连接服务器。
可见，本发明实现了基于LPA的方式来完成使用户远程配置管理EUICC，且EUICC能有效减小终端体积，并适用于更复杂的应用场景。
基于上述方法实施例，本发明还提供一种基于RSP的LPA应用实现***。如图2所示，所述基于RSP的LPA应用实现***包括：
LPA设置模块100，用于预先设置终端侧的LPA；其中，LPA为本地配置代理；
运营商数据包创建模块200，用于当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；
下载模块300，用于终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；
解密安装模块400，用于EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
优选的，在所述基于RSP的LPA应用实现***中，还包括：
LPA管理模块，当检测到配置文件的激活指令、去激活指令、切换指令或删除指令时，则将配置文件根据激活指令、去激活指令、切换指令或删除指令进行相对应的操作。
优选的，在所述基于RSP的LPA应用实现***中，所述运营商数据包创建模块200中当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器反馈二维码至终端侧，或者运营商服务器反馈激活码及SM-DP+服务器地址至终端侧，或者运营商服务器反馈目标EUICC所提供用户配置事件和SM-DP+服务器地址至终端侧；其中，所述二维码中包括SM-DP+服务器地址及运营商数据包下载信息。
优选的，在所述基于RSP的LPA应用实现***中，所述下载模块300具体包括：
判断单元，用于判断终端侧是否检测到Wi-Fi连接指令、预装操作文件启动指令、或配置文件启动指令中的一种；
第一连接单元，用于当终端侧检测到Wi-Fi连接指令时，则LPA通过Wi-Fi网络连接SM-DP+服务器，并下载相对应的运营商数据包；
第二连接单元，用于当终端侧检测到预装操作文件启动指令时，则LPA根据预装操作文件所对应的运营商网络连接相应的运营商服务器，并下载相对应的运营商数据包；
第三连接单元，用于当终端侧检测到配置文件启动指令时，则LPA根据配置文件连接对应的运营商服务器，并下载相对应的运营商数据包。
本发明还提供一种终端，其中，包括：
处理器和存储器，所述存储器用于存储数据和指令，所述处理器用于执行以下步骤：
预先通过Setting设置菜单的界面或者APP的方式设置终端侧的LPA；其中，LPA为本地配置代理；
当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；
终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；
EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
综上所述，本发明所提供的基于RSP的LPA应用实现方法、实现***及终端，方法包括：预先设置终端侧的LPA；其中，LPA为本地配置代理；当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。本发明实现了基于LPA的方式来完成使用户远程配置管理EUICC，且EUICC能有效减小终端体积，并适用于更复杂的应用场景。
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 (12)

  1. 一种基于RSP的LPA应用实现方法，其中，所述方法包括以下步骤：
    预先设置终端侧的LPA；其中，LPA为本地配置代理；
    当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；
    终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；
    EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
  2. 根据权利要求1所述基于RSP的LPA应用实现方法，其中，还包括：
    当检测到配置文件的激活指令、去激活指令、切换指令或删除指令时，则将配置文件根据激活指令、去激活指令、切换指令或删除指令进行相对应的操作。
  3. 根据权利要求1所述基于RSP的LPA应用实现方法，其中，所述当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包的步骤中当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器反馈二维码至终端侧，或者运营商服务器反馈激活码及SM-DP+服务器地址至终端侧，或者运营商服务器反馈目标EUICC所提供用户配置事件和SM-DP+服务器地址至终端侧；其中，所述二维码中包括SM-DP+服务器地址及运营商数据包下载信息。
  4. 根据权利要求1所述基于RSP的LPA应用实现方法，其中，所述终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包的步骤包括：
    判断终端侧是否检测到Wi-Fi连接指令、预装操作文件启动指令、或配置文件启动指令中的一种；
    当终端侧检测到Wi-Fi连接指令时，则LPA通过Wi-Fi网络连接SM-DP+服务器，并下载相对应的运营商数据包；
    当终端侧检测到预装操作文件启动指令时，则LPA根据预装操作文件所对应的运营商网络连接相应的运营商服务器，并下载相对应的运营商数据包；
    当终端侧检测到配置文件启动指令时，则LPA根据配置文件连接对应的运营商服务器，并下载相对应的运营商数据包。
  5. 一种基于RSP的LPA应用实现***，其中，包括：
    一个或多个处理器；
    存储器；以及
    一个或多个应用程序，其中所述一个或多个应用程序被存储于所述存储器中，并配置为由所述处理器执行；所述一个或多个应用程序包括：
    LPA设置模块，用于预先设置终端侧的LPA；其中，LPA为本地配置代理；
    运营商数据包创建模块，用于当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包；
    下载模块，用于终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；
    解密安装模块，用于EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
  6. 根据权利要求5所述基于RSP的LPA应用实现***，其中，还包括：
    LPA管理模块，当检测到配置文件的激活指令、去激活指令、切换指令或删除指令时，则将配置文件根据激活指令、去激活指令、切换指令或删除指令进行相对应的操作。
  7. 根据权利要求5所述基于RSP的LPA应用实现***，其中，所述运营商数据包创建模块中当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器反馈二维码至终端侧，或者运营商服务器反馈激活码及SM-DP+服务器地址至终端侧，或者运营商服务器反馈目标EUICC所提供用户配置事件和SM-DP+服务器地址至终端侧；其中，所述二维码中包括SM-DP+服务器地址及运营商数据包下载信息。
  8. 根据权利要求5所述基于RSP的LPA应用实现***，其中，所述下载模块具体包括：
    判断单元，用于判断终端侧是否检测到Wi-Fi连接指令、预装操作文件启动指令、或配置文件启动指令中的一种；
    第一连接单元，用于当终端侧检测到Wi-Fi连接指令时，则LPA通过Wi-Fi网络连接SM-DP+服务器，并下载相对应的运营商数据包；
    第二连接单元，用于当终端侧检测到预装操作文件启动指令时，则LPA根据预装操作文件所对应的运营商网络连接相应的运营商服务器，并下载相对应的运营商数据包；
    第三连接单元，用于当终端侧检测到配置文件启动指令时，则LPA根据配置文件连接对应的运营商服务器，并下载相对应的运营商数据包。
  9. 一种终端，其中，包括：
    处理器和存储器，所述存储器用于存储数据和指令，所述处理器用于执行以下步骤：
    预先通过Setting设置菜单的界面或者APP的方式设置终端侧的LPA；其中，LPA为本地配置代理；使得当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包
    终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包；
    EUICC接收由LPA所转发的运营商数据包，并解密后安装运营商数据包；其中，EUICC为嵌入式通用集成电路卡。
  10. 根据权利要求9所述终端，其中，还包括：
    当检测到配置文件的激活指令、去激活指令、切换指令或删除指令时，则将配置文件根据激活指令、去激活指令、切换指令或删除指令进行相对应的操作。
  11. 根据权利要求9所述终端，其中，所述当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器根据LPA的代理信息创建相对应运营商数据包的步骤中当检测到终端侧与运营商之间的订购协议信息时，则运营商服务器反馈二维码至终端侧，或者运营商服务器反馈激活码及SM-DP+服务器地址至终端侧，或者运营商服务器反馈目标EUICC所提供用户配置事件和SM-DP+服务器地址至终端侧；其中，所述二维码中包括SM-DP+服务器地址及运营商数据包下载信息。
  12. 根据权利要求9所述终端，其中，所述终端侧接入运营商服务器，并根据所述代理信息下载相对应的运营商数据包的步骤包括：
    判断终端侧是否检测到Wi-Fi连接指令、预装操作文件启动指令、或配置文件启动指令中的一种；
    当终端侧检测到Wi-Fi连接指令时，则LPA通过Wi-Fi网络连接SM-DP+服务器，并下载相对应的运营商数据包；
    当终端侧检测到预装操作文件启动指令时，则LPA根据预装操作文件所对应的运营商网络连接相应的运营商服务器，并下载相对应的运营商数据包；
    当终端侧检测到配置文件启动指令时，则LPA根据配置文件连接对应的运营商服务器，并下载相对应的运营商数据包。
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