JP2020502894A - Service ordering method and device - Google Patents

Abstract

A service ordering method and apparatus is provided. The service order method includes a step (101) of receiving a service order request message from a terminal device, a step of sending a service order request or a service release request to a service provider according to the service order request message (102), Transmitting the order data or the result of the service cancellation to the terminal device in accordance with the feedback message to the service order request message transmitted from the server (103). [Selection diagram] Fig. 1

Description

  The present invention relates to, but is not limited to, the communications field, and in particular, to a service ordering method and apparatus.

  The application of IOT (Internet of Things) is abundant, and the application foreground is wide. On the other hand, in the conventional network, in addition to the support for the application of the IOT, it should be noted that the characteristics of the IOT itself, for example, a large number of IOT devices, a small amount of data transmission, and a low mobility are usually used. . According to imperfect assumptions, by 2040, the average number of IOT devices per person is more than 1000 units, and how to manage such a large number of IOT devices is a tough test. In particular, an IOT device based on LTE (Long Term Evolution) and a cellular network is adopted, which operates in an almost unattended duty position, and is provided not only by an operator as a future operation method but also by an independent device. There is a possibility that the service is provided from the provider, and if the user tries to change the service provider in consideration of factors such as cost and service quality, how to change the service provider of the IOT device at home is It is a matter that must be considered.

  An overview of the subject matter described in detail is as follows. This summary does not limit the scope of the claims.

  Embodiments of the present invention provide a service ordering method and apparatus.

According to a first aspect of the embodiments of the present invention,
Receiving a service order request message from the terminal device;
Sending a service order request or a service cancellation request to the service provider according to the service order request message;
Transmitting order data or a result of service cancellation to a terminal device in accordance with a feedback message to a service order request message transmitted from a service provider; and providing a service ordering method.

  Here, transmitting the service order request or the service release request to the service provider according to the service order request message includes transmitting a paging request including order information including IP address and port number information of at least one order agency server to the terminal. Transmitting to the device, receiving an access request from the terminal device, analyzing the access request, obtaining port number information corresponding to the terminal device, and determining a target service provider according to the port number corresponding to the terminal device. And sending a service order request or a service cancellation request to the target service provider.

  Preferably, the method further comprises, prior to sending the service order request or the service release request to the service provider, the order information including the international mobile device identification number IMEI, the international mobile subscriber identification number IMSI and the authentication code of the terminal device. Transmitting a paging request to the terminal device, and receiving an authentication result of the terminal device after the paging request is transmitted to the terminal device, and determining that the terminal device has been successfully authenticated according to the authentication result. Sending a service order request or a service cancellation request to the service provider according to the request message.

  According to the second aspect of the embodiment of the present invention, a paging message transmitted from the server side is received, and when the order information is included in the paging message, activating the terminal device and transmitting to the server according to the order information A service ordering method is provided that includes sending an access request and receiving, after accessing a server, order data or a result of service cancellation from the server.

  Here, the order information includes at least one IP address and port number information of the order agency server, and transmitting the access request to the server according to the order information means that after starting the terminal device, the IP address of the order agency server And transmitting an access request to the order proxy server according to the port number information corresponding to the terminal device, and receiving the order data or the result of the service cancellation from the server includes receiving the order data or service transmitted from the order proxy server. Including receiving the result of the cancellation.

  Here, the order information includes the international mobile device identification number IMEI, the international mobile subscriber identification number IMSI, and the authentication code of the terminal device, and the method includes the steps of: And performing the authentication according to the authentication code and obtaining the authentication result, and transmitting the authentication result to the server.

  Preferably, the method further comprises: after receiving the order data transmitted from the server side, writing and storing the order data in the virtual customer identification module SIM, and after receiving the result of the service release, rewriting the existing order data with the SIM. Further including deleting.

  According to a third aspect of an embodiment of the present invention, a first receiving module configured to receive a service order request message from a terminal device, a service order request or a service release to a service provider according to the service order request message. A request module configured to send a request; and a first module configured to send order data or a result of service cancellation to a terminal device according to a feedback message to the service order request message sent from a service provider. A transmission order module.

  The request module includes: a paging unit configured to transmit a paging request including order information including an IP address and a port number information of at least one order proxy server to the terminal device; A receiving unit configured to receive the request and configured to analyze the access request to obtain port number information corresponding to the terminal device and determine a target service provider according to the port number corresponding to the terminal device. An analysis unit and a transmission unit configured to transmit a service order request or a service release request to a target service provider.

  Preferably, the apparatus, before sending a service order request or a service release request to the service provider, includes order information including the international mobile device identification number IMEI, the international mobile subscriber identification number IMSI and the authentication code of the terminal device. A second transmission module configured to transmit a paging request to the terminal device, and a second transmission module configured to receive an authentication result of the terminal device after the paging request is transmitted to the terminal device. A receiving module, and an execution module configured to perform a step of transmitting a service order request or a service cancellation request to a service provider according to the request message when the terminal device determines that the terminal device has been successfully authenticated according to the authentication result. Further prepare.

  According to a fourth aspect of the embodiment of the present invention, a paging message transmitted from the server side is received, and when the paging message includes order information, a start module configured to start the terminal device; A third sending module configured to send an access request to the server according to the order information; and a third sending module configured to receive order data or a result of service cancellation from the server after accessing the server. And a receiving module.

  Here, the order information includes at least one IP address and port number information of the order agency server, and the third transmission module, after activating the terminal device, responds to the IP address of the order agency server and the terminal device. The third receiving module is configured to transmit the access request to the order proxy server according to the port number information to be transmitted, and to receive the order data or the result of the service cancellation transmitted from the order proxy server.

  Here, the order information includes the international mobile device identification number IMEI of the terminal device, the international mobile subscriber identification number IMSI and the authentication code, and the device starts the terminal device, and then starts the terminal device IMEI, IMSI and The method further includes an authentication module configured to perform authentication according to the authentication code, obtain an authentication result, and transmit the authentication result to the server.

  Preferably, after receiving the order data transmitted from the server side, the apparatus writes and stores the order data in the virtual customer identification module SIM. After receiving the result of the service cancellation, the apparatus reads the existing order data with the SIM. The system further comprises a virtual customer identification module SIM configured to be deleted.

  According to the technical means of this embodiment, the service side orders a service from a designated service provider according to the received service order request, transmits the obtained order data to the terminal device, and executes the service of the terminal device. Improved order efficiency.

  After reading and understanding the drawings and detailed description, other aspects can be understood.

It is a flowchart of the service order method of the first embodiment of the present invention. It is a flowchart of the service order method of the second embodiment of the present invention. It is a flowchart of the service order method of the third embodiment of the present invention. FIG. 11 is a schematic diagram of a first type service provider system according to a fourth embodiment of the present invention. It is the schematic of the 2nd service provider system of the 4th Example of this invention. It is a flowchart of the service order method of the fifth embodiment of the present invention. 13 is a flowchart of a service ordering method according to a sixth embodiment of the present invention. It is a flowchart of the service order method of the seventh embodiment of the present invention. FIG. 13 is a block diagram of a service ordering apparatus according to a sixth embodiment of the present invention. FIG. 14 is a block diagram of a service ordering apparatus according to a seventh embodiment of the present invention.

  Hereinafter, the technical means in the embodiments of the present invention will be clearly and completely described with reference to the drawings in the embodiments of the present invention. Of course, the described embodiments are only some embodiments of the present invention, and Is not an example. Based on the embodiments of the present invention, all other embodiments obtained by a person skilled in the art without creative labor belong to the protection scope of the present invention.

  In the 3GPP (3rd Generation Partnership Project, 3rd Generation Partnership Project) network architecture such as LTE, UMTS (Universal Mobile Telecommunications System, Common Mobile Communication System), etc., there are characters such as operators, users, and equipment manufacturers in the network architecture. When the operator is to be changed, it is necessary to mainly change the USIM (Universal Subscriber Identity Module, global user identification module) or the SIM card (Subscriber Identity Module, customer identification module). Visit a service base There is a need to perform interworking and receive USIM or SIM entities, while at the same time making configuration changes in the IOT device.

  In the above aspect, first, it is not considered that the change due to the IOT is a change in the MTC device application scene. For example, an IOT device operates in an almost unmanned duty position, and it is difficult to realize the IOT device because of the high cost of field maintenance after being placed. Then, the operation cycle of the IOT device is different from the conventional device, and the IOT device is in a sleep state most of the time, and creates a transmission of connection request data at a specific time or as soon as a specific monitoring event occurs, and It does not support circuit change CS domain service and cannot communicate with the network by message to update the notification, which makes it difficult for the IOT device to change the service provider or business.

  The present embodiment provides a service ordering method, which may be executed by a server, and as shown in FIG. 1, the method includes the following processing.

In step 101, a service order request message from a terminal device is received.
In step 102, a service order request or a service release request is transmitted to the service provider according to the received request message.
In step 103, according to a feedback message to the service order request message transmitted from the service provider, order data or a result of service cancellation is transmitted to the terminal device.

  In the present embodiment, the service provider may further include at least one order agency server, and may order services from the service provider by the order agency server. Based on this, transmitting a service order request or a service release request to the service provider according to the service order request message includes transmitting a paging request to the terminal device, receiving an access request from the terminal device, Analyzing the access request, obtaining port number information corresponding to the terminal device, determining the target service provider according to the port number corresponding to the terminal device, and transmitting a service order request or a service release request to the target service provider May be included. The order information may include IP address and port number information of at least one order fulfillment server, the port numbers may correspond to different processing processes, and the different processing processes are mainly service order editing interfaces of different operators. , And different applications are used to process service order requests of different operators.

  In the present embodiment, the service order may include an order or change of a specific communication operation, a change of an operator, an order of an operator, a service release of an operator, and the like.

  The method according to the present embodiment may include an authentication procedure for the terminal device. Based on this, before transmitting the service order request or the service cancellation request to the service provider, the terminal device's IMEI (International Mobile Equipment Identity, International Mobile Device Identification Number), IMSI (International Mobile Subscriber International Mobile Number, International Mobile Number Identification). A paging request including order information that may include a subscriber identification number) and an authentication code is transmitted to the terminal device. After the terminal device receives the order information, the terminal device performs authentication according to the IMEI, the IMSI, and the authentication code, and performs authentication. After obtaining the result and transmitting the paging request carrying the order information to the terminal device, receiving the authentication result of the terminal device, the terminal device succeeds in the authentication according to the authentication result When determining, performing the step of transmitting a service order request or the service release request to the service provider according to the request message.

  Preferably, the terminal device according to the present embodiment may be a machine-type communication (MTC) device, that is, an IOT device.

  The present embodiment provides another service ordering method executed by a client installed in the MTC device. FIG. 2 is a flowchart of this method. As shown in FIG. 2, the method includes the following processing.

In step 201, a paging message transmitted from the server is received. If the paging message includes order information, the IOTMTC is started.
In step 202, an access request is sent to the server according to the order information.
In step 203, after accessing the server, order data or a result of service cancellation from the server is received.

  Here, the order information may include ordering the proxy server IP address and port number information. Transmitting the access request to the server according to the order information includes, after activating the MTC device, transmitting the access request to the order proxy server according to the IP address of the order proxy server and the port number information corresponding to the MTC terminal device, Receiving the order data or the result of the service cancellation from the server includes receiving the order data or the result of the service cancellation transmitted from the order agency server.

  The order information may further include an international mobile device identification number IMEI of the MTC device, an international mobile subscriber identification number IMSI, and an authentication code. Based on this, the method according to the present embodiment may further include, after activating the IOTMTC device, performing authentication according to the IMEI, IMSI and authentication code of the MTC device to obtain an authentication result, and transmitting the authentication result to the server. Good.

  Preferably, after receiving the order data transmitted from the server side, the method according to the present embodiment writes and stores the order data in the virtual customer identification module SIM circuit, and after receiving the result of the service release, the SIM in the SIM. May further include deleting the order data.

  The present embodiment provides another service ordering method executed by the order agency server. FIG. 3 is a flowchart of this method. As shown in FIG. 3, the method includes the following processing.

In step 301, an access request from a terminal device is received.
In step 302, a service order request or a service release request is transmitted to the service provider according to the access request.
In step 303, the order data or the result of the service cancellation transmitted from the service provider is received.
In step 304, the order data or the result of the service cancellation is transmitted to the terminal device.

Here, sending the service order request or the service cancellation request to the service provider according to the access request,
The method may include analyzing the access request to obtain a port number corresponding to the terminal device, determining a target service provider according to the port number, and transmitting a service order request or a service release request to the target service provider.

  The service ordering method according to the embodiment of the present invention has been described from the angles of the server, the client, and the proxy server. In addition, a flow of a service order of the entire MTC device in which the server and the client have a conversation will be described.

  In this embodiment, the related server will be described first, and then the service ordering method according to the embodiment of the present invention will be described from the angles of the server, the client, and the proxy server according to one or more components of the server.

  The server according to the embodiment of the present invention may be a server, or may be two or more servers for realizing different functions. In this embodiment, first, the server includes one type of server. This will be described as an example.

  FIG. 4 is a schematic diagram of a first type service provider system according to the present embodiment. As shown in FIG. 4, the system includes an MTC device, an operator network, and an MTC server. Here, the MTC server is a server according to the embodiment of the present invention.

  Hereinafter, the fact that the server includes two types of servers will be described.

  FIG. 5 is a schematic diagram of a second type of MCT device service provider system according to the present embodiment, and includes an IOTMTC device, a base station, an order agency server 302, and a device management server 306 as shown in FIG. Here, the order agency server and the device management server are servers according to the embodiment of the present invention, and as shown in FIG. 5, the eNodeB access network element 301 and the order agency server 302 are an order agency module 303 and an operator policy management. A module 304 and a remote communication module 305 are provided. The device management server 306 includes a device management graphical user interface GUI 307, a device management module 308, an identification module 309, and a paging management module 310.

The structure of the paging request message element transmitted from the service side is as follows.

The message contains the following fields:
The field 101 is a device identification number authentication element (DeviceIdentity Authentication Element).
The field 102 is an order agency service information element (Subscription Agent Service Info Element).
Field 103 is IMSI and field 104 is IMEI.
Field 105 is an authentication detection code.
The field 106 is an order agency server IP address and order agency service information.
The field 107 is an application port number of the order agency server.

  Based on the components of the server introduced as described above, the flow of the MTC device service order according to the present embodiment may include the following processing.

1. Initialize the MTC device and acquire setting information.
An MTC device, also called an MTC terminal, is an IOT communication terminal based on a 3GPP wireless cellular network.
The setting information includes the IMEI, the country code IMSI_MCC in the SIM card, the network code IMSI_MNC, and the IMSI.
The MTC device generally has two modes: an operation mode (WAKE-UP MODE) and a sleep mode (SLEEP MODE). MTC devices typically operate in SLEEP mode most of the time because they do not typically require large amounts of data transmission and power savings, and low mobility requirements, ie, direct signaling, data connection over the system network. When in WAKE-UP mode, i.e., operating mode, it only has access to the system core network when there is data or signaling to be transmitted.

2. The MTC device performs initial network attach and initial network registration.
The MTC device sends a registration message to the core network element, the core network element confirms the authentication result to the MTC server, and the MTC server is arranged by a PLMN (Public Land Mobile Network, public terrestrial mobile network) operator. And may be provided by a maintainer of the MTC server, and uses one specific APN (AccessPointName, access point). Usually, the MTC server needs to be connected to the core network element of the operator network, manages and maintains the MTC device, and processes MTC application data.

3. After successfully registering, the MTC device performs a periodic sleep according to a RX (Discontinuous Reception) cycle transmitted from the core network element and a sleep policy of the MTC server, and enters a sleep mode.
The MTC device performs a periodic sleep according to a DRX cycle in a paging message transmitted from the network, disconnects a network connection, releases network resources, reduces power consumption of a terminal, and configures a network UE power saving wakeup timer ( Only when the terminal power-up wake-up timer times out, the MTC device wakes up, checks whether a data connection or a signaling connection needs to be made and enters the operation mode.

4. The user makes a request if there is an MTC device that needs to change the service provider information, and the administrator changes the target MTC device service provider by the device management module.
The administrator changes the service provider request of the target MTC device by the service setting module.

5. The device management module transmits an activation request to the target MTC device, forcibly activates the target device, and transmits order server information of the proxy service to the target MTC device.
The device management module is a set of applications in the device management server, and provides a set of operable interfaces for the MTC terminal device to check the set service order status to the administrator.

  The activation request includes a proxy server address and a target port number by transmitting a paging message (PAGING REQUEST) to the MTC device and carrying target MTC device order information IMSI, IMEI, and proxy service order information. This is the network address of the proxy server, the port number information in the proxy service order information element of different service providers is different, and the port numbers represent the processing processes of different operators or service providers.

  The order fulfillment module is a set of apps on the order fulfillment server, provides a set of application processes for client connections, can provide the necessary gateway protocol data conversion, and sends requests to the target operator order server. , Requesting the target operator to provide a new registration or a list of operator service numbers, and simultaneously transmit a service release request to the original operator.

  6. The MTC device transmits the authentication information of this activation (the authentication information includes the IMEI, the IMSI, and the authentication detection code, and is also abbreviated as an authentication code. The authentication code is generated on the network side. After receiving, calculate the result according to the operator order data algorithm in the SIM card and send the network for verification), perform secure authentication, and confirm that the authentication was successful. A connection request message including target operator information, that is, port number information, is transmitted to the target proxy order server.

  7. The order agency module sends a new registration request to the target operator network according to the connection request message, and simultaneously sends a service release request to the original operator. The order agency server can know the original operator of the MTC device according to the IMSI of the MTC device.

  The order agency module analyzes the information of the current connection, distributes the information to different processing processes according to the port number information, and confirms that the target device is the target device according to the IMEI and IMSI carried. Send to the service provider network, and at the same time, send a number invalidation request to the original operator, requesting service release. Different port numbers represent different operator or service provider processing processes.

8. After receiving the new registration request, the target operator performs new registration after performing identity authentication, and distributes new registration data (ie, order data) to the MTC device that has submitted the request.
The newly registered data is mainly transmitted to the MTC device in a TCP / IP data packet, and after performing the identity authentication, the MTC device updates the operator information and the authentication information in the virtual SIM circuit by the SIM management module, and performs the new operator operation. Switch to

  9. After receiving the newly registered data, the original MTC device notifies the SIM management module to update the operator information in the virtual SIM circuit, and simultaneously performs a service change.

  A virtual SIM is a conventional SIM management method without an entity SIM, which completes simulation and data storage of various functions of a SIM card with a set of hardware circuits, and is directly built into a terminal after shipment, and is used as a SIM. A set of secure application programming interfaces can be provided to change card information and apps.

  The present embodiment describes steps performed by the service side, the proxy service side, and the MTC apparatus side when the MTC apparatus orders a service according to three specific examples.

System Example FIG. 6 is a flowchart of an MTC device service ordering method according to the present embodiment. This embodiment describes that a user requests a change of an MTC device service provider as an example of a user ordering action. The flow is mainly executed by the server and includes the following steps.

In step 701, information on a service provider change request of an MTC device from a user is received.
In step 702, the administrator changes the device-affiliated service provider information using the GUI and sets information on the remote server and the like.
In step 703, the device management module checks whether or not the device status is normal. If it is normal, the device management module executes step 704. If not, it executes step 713 and exits the flow.
In step 704, it is checked whether or not the user identification information matches the device belonging information. If they match, step 705 is executed. If they do not match, step 713 is executed, an error is reported, and the process exits.

At step 705, the paging module is notified to build paging parameters.
The paging module inputs the information and MTC device registration information by the administrator, and builds paging request parameters including IMEI, IMSI, authentication code, and order agency server IP and port information according to the user request.

At step 706, a paging request is sent to the target MTC device.
The paging module activates the MTC device by sending a paging request to the original service provider interface of the MTC device, forcibly activates the MTC device, and establishes a data connection with the order agency server.

In step 707, it is checked whether a reply from the target MTC device has been received. If it has been received, step 708 is executed. If not, step 713 is executed, an error is reported, and the process exits. .
In step 708, the received paging reply is authenticated, and the authentication result is notified to the order agency server.
In step 709, the order proxy server checks whether it has received the access service provider change request from the MTC device, and if so, executes step 710. If not, executes step 713. Report an error and exit.
In step 710, the order agency module performs processing in accordance with the correct operator policy process according to the port information of the connection request.

In step 711, the operator policy module requests the communication module to send a service order request or a service release request to the target operator.
In step 712, the new order data or result of the MTC device is notified according to the return result from the operator interface.
In step 713, the flow ends.

  FIG. 7 is a flowchart of an MTC device service ordering method according to the present embodiment. In the present embodiment, requesting a user change is described as an example of a user ordering action. The flow is mainly executed by the order fulfillment server and includes the following steps.

In step 801, the service starts.
In step 802, it is intercepted whether or not there is an MTC device that makes an access request. If it is, step 803 is executed. If not, step 802 is executed continuously, and the interception is repeated.
It repeatedly intercepts whether or not there is an MTC device requesting the service, and if it exists, performs processing for the request, and if not, continues to intercept.
In step 803, the content of the access request is analyzed.
In step 804, different processing processes are mapped according to the analyzed port information.
In step 805, the process sends the request to the target operator's service order interface according to the device ID and identity information that submitted the request.
In step 806, the target operator server performs new registration and order data distribution after performing identity authentication.
In step 807, the order agency server passes the newly registered data through a specific MTC device.
In step 808, it is checked whether the newly registered data has been transmitted correctly. If it is correct, step 809 is executed, and if not, step 807 is executed.
In step 809, the order agency service sends a service release request to the original service provider.
In step 810, the result of the service release is analyzed and notified to the MTC user.

  The technical means according to the present embodiment performs paging to a plurality of MTC devices or a certain MTC device, and adds authentication information and order agency server information on the system side to a paging message, and the MTC device requests connection to the order server. , The order management module switches the service provider and cancels the original service according to the identity information of the request to the operator of the virtual SIM circuit in the MTC device. Updating the relevant order information, the method facilitates the efficiency of the service order of the MTC device.

Example of MTC terminal side MTC terminal is
A configuration module configured to obtain, manage and store MTC device configuration information;
A sleep module configured to switch the MTC operation mode;
A virtual SIM management module configured to manage service provider order data and SIM card information;
An identity authentication module configured to perform two-way identity authentication on server activation;
An access module configured to manage access requests to the target server.

  FIG. 8 is a flowchart of an MTC device service ordering method according to the present embodiment. The present embodiment describes that a user requests a change of an MTC device service provider as an example of a user ordering action. , Including the following steps.

In step 901, the MTC device starts up and initializes one or more modules in the terminal.
The MTC device performs initial registration and authentication, and is accessed to an operator network or a service provider network.
The access module performs frame synchronization, decodes broadcast cells, scans available cells in the current environment and cell information of the operator network, and issues a registration start if the current network is available.

In step 902, the MTC device goes into standby sleep.
In step 903, the MTC device intercepts and checks whether a paging message has been received, and if so, executes step 904; otherwise, executes the step 902 and continues to sleep.
In step 904, it is determined whether the current paging message is normal paging or forced startup paging. If it is forced startup paging, step 905 is executed, and if it is normal paging, step 902 is executed.

  Determining whether the current paging message is normal paging or forced startup paging is mainly determined by whether or not the paging message carries a proxy server information element, and this element is carried. If so, it is considered to be a forced activation paging message, and if the element is not carried, it is considered to be normal periodic paging.

In step 905, a reply result is calculated according to the authentication code, and identity authentication is performed.
The authentication code is a parameter carried in the forced activation paging, and the authentication code allows the identity authentication module of the MTC device to calculate and send the only authentication reply with the SIM card authentication algorithm to the network. Make sure it is unique and avoid accidental updates.

  In step 906, the result of the identification of the server is checked. If the identification is successful, step 907 is executed. If the identification is not successful, step 902 is executed.

In step 907, the access module sends a request to access the target order fulfillment service.
The access module sends a connection request to the order agency server carried in the forced activation paging message, and the request carries its own IMEI, IMSI and port number information.

In step 908, the result of the access request is checked. If the access is successful, step 909 is executed. If the access fails, step 907 is executed.
In step 909, it is repeatedly determined whether or not the newly registered data has been distributed. If the data has been distributed, step 910 is executed. If not, step 909 is executed.

In step 910, the virtual SIM management module updates the SIM and updates the newly registered data.
The virtual SIM management module updates the new registration data, order data, new key data, and file information of the operator SIM card transferred from the server, writes and stores the information in the virtual SIM circuit, and deletes the original order data.

  In step 911, the restart is activated and the server is notified to update the result.

The present embodiment provides a service ordering device applied to a server, and FIG. 9 is a block diagram of the device. As shown in FIG.
A first receiving module 1001 configured to receive a service order request message from a terminal device;
A request module 1002 configured to send a service order request or a service release request to a service provider according to the service order request message;
A first transmission module 1003 configured to transmit the order data or the result of the service cancellation to the terminal device according to the message fed back from the service provider.

  The request module 1002 is configured to send a paging request including order information including at least one order agency server's IP address and port number information to the terminal device, and to receive an access request from the terminal device. A receiving unit configured to analyze the access request to obtain port number information corresponding to the terminal device, and an analysis unit configured to determine a target service provider according to the port number corresponding to the terminal device. And a sending unit configured to send a service order request or a service cancellation request to the target service provider.

  Preferably, the device 1000 according to the present embodiment, before sending the service order request or the service release request to the service provider, the international mobile device identification number IMEI, the international mobile subscriber identification number IMSI and the authentication code of the terminal device. A second transmission module configured to transmit a paging request including order information to the terminal device, and configured to receive an authentication result of the terminal device after the paging request is transmitted to the terminal device. And a second receiving module configured to execute a step of transmitting a service order request or a service release request to a service provider according to the request message when determining that the terminal device has been successfully authenticated according to the authentication result. An execution module.

This embodiment provides a service ordering device applied to the client side, and as shown in FIG.
An activation module 1101 configured to receive the paging message transmitted from the server side and to activate the terminal device when the paging message includes the order information;
A third sending module 1102 configured to send an access request to a server according to the order information;
A third receiving module 1103 configured to receive order data or a result of service cancellation from the server after accessing the server.

  Here, the order information includes at least one IP address and port number information of the order agency server, and the third transmission module, after activating the terminal device, responds to the IP address of the order agency server and the terminal device. The third receiving module is configured to transmit the access request to the order proxy server according to the port number information to be transmitted, and to receive the order data or the result of the service cancellation transmitted from the order proxy server.

  Further, the order information may further include an international mobile device identification number IMEI, an international mobile subscriber identification number IMSI, and an authentication code of the terminal device. Based on this, the device 1100 according to the present embodiment is configured to perform authentication according to the IMEI, IMSI and authentication code of the terminal device, obtain an authentication result after transmitting the terminal device, and transmit the authentication result to the server. Authentication module may be further provided.

  Preferably, after receiving the order data transmitted from the server side, the apparatus 1100 according to the present embodiment writes and stores the order data in the virtual customer identification module SIM, and receives the result of the service release, and then stores the existing data in the SIM. May further comprise a virtual customer identification module SIM configured to delete the order data of.

  An embodiment of the present invention further comprises a computer-readable storage medium having stored thereon computer-executable instructions for implementing the method described in the above embodiments when the computer-executable instructions are executed by a processor. provide.

  It should be understood by those skilled in the art that all or some of the steps, systems, and functional modules / units in the methods disclosed above may be implemented in software, firmware, hardware, and any suitable combination thereof. In the embodiment of the hardware, the division between the functional modules / units referred to in the above description does not always correspond to the division of the physical unit.For example, one physical module may have a plurality of functions, Or one function or step may be performed in cooperation by multiple physical components. Some or all components may be implemented as software executed by a processor, eg, a digital signal processor or a microprocessor, or may be implemented as hardware, or as an integrated circuit, eg, a dedicated integrated circuit. May be implemented. Such software may be distributed on computer-readable media, which may include computer storage media (or non-transitory media) and communication media (or transitory media). . As is known to those skilled in the art, the term computer storage medium may be implemented in any method or technique used to store information (eg, computer readable instructions, data structures, program modules or other data). Volatile and non-volatile, removable and non-removable media. Computer storage media includes RAM, ROM, EEPROM, flash memory or other memory technology, CD-ROM, digital composite disk (DVD) or other optical disk storage, magnetic box, magnetic tape, magnetic disk storage or other magnetic storage. Includes, but is not limited to, a storage device or any other medium that stores desired information and is accessible to a computer. Also, as will be appreciated by those skilled in the art, communication media typically includes computer readable instructions, data structures, program modules or other data in a modulated data signal such as a carrier or other transmission mechanism and includes any May be included.

  While alternative embodiments of the present invention have been disclosed for purposes of illustration, it should be understood by those skilled in the art that various changes, additions, and substitutions are possible, and the scope of the present invention is therefore limited to the embodiments described above. It is not limited to the form.

The above embodiment improves the efficiency of the service order of the terminal device.

Claims (16)

Receiving a service order request message from the terminal device (101);
Transmitting a service order request or a service cancellation request to a service provider according to the service order request message (102);
Transmitting (103) order data or a result of service cancellation to the terminal device according to a feedback message to the service order request message transmitted from the service provider.
Service order method. Sending a service order request or a service cancellation request to a service provider according to the service order request message (102)
Transmitting a paging request including order information including an Internet Protocol IP address and port number information of at least one order agency server to the terminal device;
Receiving an access request from the terminal device;
Analyzing the access request to obtain port number information corresponding to the terminal device, determining a target service provider according to the port number corresponding to the terminal device,
Sending a service order request or a service cancellation request to the target service provider.
The method of claim 1. Before transmitting a service order request or a service release request to a service provider, a paging request including order information including an international mobile device identification number IMEI, an international mobile subscriber identification number IMSI, and an authentication code of the terminal device is transmitted. Transmitting to the terminal device;
After the paging request is transmitted to the terminal device, receiving the authentication result of the terminal device,
Transmitting a service order request or a service cancellation request to a service provider according to the request message, when determining that the terminal device has been successfully authenticated according to the authentication result, further comprising:
The method according to claim 1. A step (201) of receiving a paging message transmitted from the server side and activating a terminal device when the paging message includes order information;
Transmitting an access request to the server according to the order information (202);
Receiving (203) order data or a result of service cancellation from the server after accessing the server (203).
Service order method. The order information includes Internet Protocol IP address and port number information of at least one order agency server;
The step (202) of transmitting an access request to the server according to the order information includes, after activating the terminal device, transmitting an access request to the order proxy server according to the IP address of the order proxy server and port number information corresponding to the terminal device. Including sending,
Receiving the order data or the result of the service cancellation from the server (203) includes receiving the order data or the result of the service cancellation transmitted from the order agency server.
The method according to claim 4. The order information includes an international mobile device identification number IMEI, an international mobile subscriber identification number IMSI, and an authentication code of the terminal device,
The method, after activating the terminal device, performs authentication according to an international mobile device identification number IMEI, an international mobile subscriber identification number IMSI and an authentication code of the terminal device, obtains an authentication result, and obtains the authentication result. Further comprising transmitting to the server;
The method according to claim 4. After receiving the order data transmitted from the server side, write and store the order data in the virtual customer identification module SIM, and delete the existing order data with the SIM after receiving the result of the service cancellation. In addition,
A method according to any one of claims 4 to 6. A first receiving module (1001) configured to receive a service order request message from a terminal device;
A request module (1002) configured to send a service order request or a service release request to a service provider according to the service order request message;
A first transmission module (1003) configured to transmit order data or a result of service cancellation to the terminal device according to a feedback message to the service order request message transmitted from the service provider.
Service ordering device (1000). The request module (1002)
A paging unit configured to send to the terminal a paging request including order information including Internet Protocol IP address and port number information of at least one order fulfillment server;
A receiving unit configured to receive an access request from the terminal device;
An analysis unit configured to analyze the access request to obtain port number information corresponding to the terminal device, and determine a target service provider according to the port number corresponding to the terminal device;
A sending unit configured to send a service order request or a service cancellation request to the target service provider.
Apparatus (1000) according to claim 8. Before transmitting a service order request or a service release request to a service provider, a paging request including order information including an international mobile device identification number IMEI, an international mobile subscriber identification number IMSI, and an authentication code of the terminal device is transmitted. A second transmission module configured to transmit to the terminal device;
A second receiving module configured to receive an authentication result of the terminal device after a paging request is transmitted to the terminal device;
An execution module configured to execute a step of transmitting a service order request or a service cancellation request to a service provider according to the request message when determining that the terminal device has been successfully authenticated according to the authentication result. Further prepare,
Device (1000) according to claim 8 or 9. An activation module (1101) configured to receive a paging message transmitted from the server side and to activate a terminal device when the paging message includes order information;
A third sending module (1102) configured to send an access request to the server according to the order information;
A third receiving module (1103) configured to receive order data or a result of service cancellation from the server after accessing the server.
Terminal device service ordering device (1100). The order information includes Internet Protocol IP address and port number information of at least one order agency server;
The third transmission module (1102) is configured to, after activating the terminal device, transmit an access request to the order agency server according to an Internet protocol IP address of the order agency server and port number information corresponding to the terminal device. ,
The third receiving module (1103) is configured to receive the order data or the result of the service cancellation transmitted from the order agency server,
An apparatus (1100) according to claim 11, wherein The order information includes an international mobile device identification number IMEI, an international mobile subscriber identification number IMSI, and an authentication code of the terminal device,
The device (1100) is configured to, after activating the terminal device, perform authentication in accordance with an IMEI, an IMSI, and an authentication code of the terminal device, obtain an authentication result, and transmit the authentication result to the server. Further comprising a module,
An apparatus (1100) according to claim 11, wherein After receiving the order data transmitted from the server side, write and store the order data in the virtual customer identification module SIM, and delete the existing order data in the SIM after receiving the result of the service cancellation. Further comprising a virtual customer identification module SIM configured.
Apparatus (1100) according to any one of claims 11 to 13. 4. Computer-executable instructions are stored that when executed by a processor, implement the method according to any one of claims 1 to 3.
Computer readable storage medium. Computer-executable instructions are stored that when executed on a processor, implement the method according to any one of claims 4 to 7.
Computer readable storage medium.

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