CN102724642B - Service message processing method, smart card and terminal equipment - Google Patents
Service message processing method, smart card and terminal equipment Download PDFInfo
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Abstract
The invention provides a service message processing method, a smart card and terminal equipment. The service message processing method includes that a radio frequency module receives a first service message transmitted by non-contact communication equipment through the short-distance radio network and transmits the same to a control module; the control module transmits the first service message to a universal subscriber identity module (USIM); the USIM determines whether the first service message is a message to be interacted with a remote service platform through the mobile communication network or not, subjects the first service message to message conversion and transmits the first service message subjected to the message conversion to the control module; and the control module transmits the first service message subjected to the message conversion to the remote service platform through the mobile communication network. By the service message processing method, message communication between the short-distance radio network and the mobile communication network can be realized, and accordingly information interaction is completed and service functions of the smart card are developed.
Description
Technical field
The present invention relates to the communication technology, particularly relate to a kind of service message processing method, smart card and terminal equipment.
Background technology
Radio frequency Global Subscriber identification module (Radio Frequency Universal Subscriber IdentityModule, hereinafter referred to as: RF-(U) SIM) be a compound usim card by multiple integrated chip.RF-(U) SIM can load in terminal equipment, makes this terminal equipment not only have short-range communication ability but also have mobile network communication ability.
Specifically, the structure of this RF-(U) SIM mainly comprises: usim card, radio-frequency module, control module etc.Wherein, control module is used for carrying out coordinated scheduling to the operation of usim card and radio-frequency module.In the prior art, the applied logic of non-contact application itself is stored in usim card, this applied logic be utilize mobile communications network and remote server to complete alternately by usim card to download, renewal etc.Control module can coordinate the non-contact application on usim card and the relation between radio-frequency module, radio-frequency module is when carrying out wireless near field communication with other Non-contact communication device, the non-contact application on usim card can be accessed, complete the function such as Card read/write, transaction.
Therefore, in the above prior art, USIM is connected the download or renewal etc. of carrying out non-contact application when operating with mobile communications network, wireless near field communication can not occur, USIM is connected when carrying out wireless near field communication with near radio network, mobile communication can not occur, and there is not information interaction between wireless near field communication and mobile communications network, limits the business function of RF-(U) SIM.
Summary of the invention
The invention provides a kind of service message processing method, smart card and terminal equipment.
The invention provides a kind of service message processing method, comprising:
Radio-frequency module receives the first service message that Non-contact communication device is sent by near radio network, and described first service message is sent to control module;
Described first service message is sent to Global Subscriber identification module USIM by described control module;
Described USIM determines whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if, then message conversion process is carried out to described first service message, and the first service message after message conversion process is sent to described control module;
The first service message after message conversion process is sent to described teleaction service platform by described mobile communications network by described control module.
The invention provides a kind of smart card, comprising: radio-frequency module, control module and USIM;
Described radio-frequency module, for receiving the first service message that Non-contact communication device is sent by near radio network, sends to described control module by described first service message;
Described control module, for described first service message is sent to USIM, and sends to teleaction service platform by the first service message after described USIM is carried out message conversion process by described mobile communications network;
Described USIM, for determining whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if, then message conversion process is carried out to described first service message, and the first service message after message conversion process is sent to described control module.
The present invention also provides a kind of terminal equipment, comprises above-mentioned smart card.
Service message processing method of the present invention, in smart card and terminal equipment, the radio-frequency module of smart card can receive the first service message that Non-contact communication device is sent by near radio network, this first service message can be sent to USIM by the control module in smart card, USIM can identify this first service message, determine this first service message be need to carry out mutual message by mobile communications network and teleaction service platform after, message conversion process can be carried out to this first service message, the first service message after message conversion process can be sent to teleaction service platform by mobile communications network by control module.Therefore, the present invention can make smart card send the service message by near radio Network Capture to teleaction service platform by mobile communications network, thus the message intercommunication realized between near radio network and mobile communications network, and then complete information interaction, extend the business function of smart card.
Accompanying drawing explanation
Fig. 1 is the flow chart of service message processing method embodiment one of the present invention;
Fig. 2 is the flow chart of service message processing method embodiment two of the present invention;
The smart card architecture schematic diagram that Fig. 3 applies for embodiment of the method shown in Fig. 2;
Fig. 4 is the flow chart of service message processing method embodiment three of the present invention;
Fig. 5 is the flow chart of service message processing method embodiment four of the present invention;
Fig. 6 is the signaling process figure of service message processing method embodiment five of the present invention;
Fig. 7 is the structural representation of smartcard embodiment one of the present invention;
Fig. 8 is the structural representation of smartcard embodiment two of the present invention.
Embodiment
Fig. 1 is the flow chart of service message processing method embodiment one of the present invention, and as shown in Figure 1, the method for the present embodiment can comprise:
Step 101, radio-frequency module receive the first service message that Non-contact communication device is sent by near radio network, and described first service message is sent to control module.
Radio-frequency module, control module and USIM can be comprised in the smart card that the present embodiment adopts, wherein, radio-frequency module can carry out wireless near field communication with Non-contact communication device, USIM can be communicated with teleaction service platform by mobile communications network, and control module can radio frequency module and USIM be carried out managing concentratedly and controlling.Smart card in the present embodiment can be for example RF-(U) SIM, and the smart card that it will be appreciated by persons skilled in the art that in the present embodiment can be the smart card not only having had radio-frequency enabled but also had mobile network communication function.When specifically using, this smart card, by loading in terminal equipment, realizes the function described in the present embodiment and operation.
Specifically, the radio-frequency module in smart card can receive the first service message that Non-contact communication device is sent by near radio network, and this first service message is sent to control module.Wherein, Non-contact communication device can be non-contact reader, such as machine for punching the card etc.Namely radio communication is completed by near radio network between radio-frequency module and Non-contact communication device.
This first service message, after receiving this first service message, can be sent to the control module in smart card by radio-frequency module.
Described first service message is sent to Global Subscriber identification module USIM by step 102, control module.
Control module in smart card is the negotiation control centre of smart card, and this first service message, after the first service message receiving radio-frequency module transmission, can be sent to USIM by control module.Function due to USIM comprises the applied logic of storage non-contact application and is undertaken alternately by mobile communications network and teleaction service platform, therefore, no matter this first service message only needs USIM to adopt applied logic to carry out the message of processing locality, still need to carry out mutual service message by mobile communications network and teleaction service platform, this first service message all can be sent to USIM by control module.
Step 103, USIM determine whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if, then message conversion process is carried out to described first service message, and the first service message after message conversion process is sent to described control module.
In the prior art, USIM in smart card is the applied logic for down loading updating non-contact application by mobile communications network and the mutual object of teleaction service platform, so that coordinated wireless near field communication with radio-frequency module, radio-frequency module has then been only limitted to USIM from the service message that Non-contact communication device receives and has adopted the applied logic of the local non-contact application stored and accessible service message.By contrast, the present embodiment extends radio-frequency module and the mutual type of message of Non-contact communication device, it not only comprises the above-mentioned service message that can carry out processing locality, can also comprise and carry out mutual service message by mobile communications network and teleaction service platform, wherein, the service message of processing locality can for reading or write the message of the file content stored in USIM, the message of authentication arithmetic is performed alternately with USIM, PIN (the Personal Identification Number stored in amendment USIM, hereinafter referred to as: message PIN), and carry out mutual service message by mobile communications network and teleaction service platform and such as can carry out remote alarms for Non-contact communication device triggers smart card, remote authentication, remote server information inquiry, charging, the message etc. of synchronizing information.For example, radio-frequency module can be for notifying that teleaction service platform carries out the service message of charging process from the first service message that Non-contact communication device obtains.
Therefore, in the present embodiment, USIM, after receiving this first service message, needs to determine whether this first service message is need to carry out mutual message by mobile communications network and teleaction service platform.When specific implementation, an identification information can be comprised indicate whether needs and teleaction service platform is mutual in this first service message, or USIM can by identifying that the type of message of this first service message determines whether to need to be undertaken alternately by mobile communications network and teleaction service platform, etc., how to identify that this first service message is the USIM applied logic and the accessible message that store or needs to be undertaken by mobile communications network and teleaction service platform the specific implementation of mutual message about USIM, the present embodiment does not limit.
Once USIM determines that this first service message needs to carry out mutual message by mobile communications network and teleaction service platform, then this USIM can carry out message conversion process to the first service message, thus the service message that can obtain to mobile communications network transmission, then, the first service message after message conversion process can be sent to control module by USIM.
The first service message after message conversion process is sent to described teleaction service platform by described mobile communications network by step 104, control module.
Specifically, control module is as Consultation Center, can coordinate with the communication module of the terminal equipment of this smart card of installing itself, the first service message after this message conversion process is sent to teleaction service platform by mobile communications network, thus make message intercommunication to be completed between wireless near field communication network and mobile communications network, thus complete information interaction.
It should be noted that, mobile communications network described in the present embodiment can be the network that existing terminal equipment carries out mobile communication, teleaction service platform then can be different according to the type difference of this first service message, such as, if this first service message is charging message, then corresponding teleaction service platform is long-range charging platform, if this first service message is warning message, then corresponding teleaction service platform is long-range policing administration platform.
When specific implementation, according to the difference of practical function and ability, smart card, such as RF-(U) SIM, its USIM can be divided into two functional entitys, are respectively basic function entity and related functional entities.Wherein, basic function entity can provide the main professional atility of non-contact application, also be core, indispensable professional ability, related functional entities then provides outside main professional atility, other function relevant with business that USIM and mobile terminal combined together are additionally supported, as subscriber identification module tool case (SIMTool Kit, hereinafter referred to as: STK)/Global Subscriber identification module application toolkit (USIM ApplicationTool Kit, hereinafter referred to as: USAT) ability, over the air (Over the Air Technology, hereinafter referred to as: OTA) ability etc.Such as, for electronic wallet application, basic function entity realizes storing consumption that the file of information such as application essential information, account essential information, remaining sum, transaction, key, algorithm, detail etc. and application provide, enclose deposit, enclose carry, the basic function such as amendment, inquiry of information, related functional entities then can realize the menu providing application, by supporting that the functions such as USAT/OTA and teleaction service platform carry out alternately, transmission downloading data, more new opplication etc.This shows, the wireless near field communication of smart card is relevant with main professional atility, and mobile network communication is relevant with related functional entities.Therefore, technical scheme of the present invention is on the basis of these two entities, new entity module is increased in USIM, information processing entity is referred to as at the present embodiment, this information processing entity is connected between basic function entity and related functional entities, its function has been information receiving and transmitting between basic function entity and related functional entities, transmission, conversion, to realize intercommunication and the interlock of the information between near radio network and mobile communications network.
The major function of this information processing entity is: and basic function inter-entity, complete information receiving and transmitting between related functional entities; Process the service message from source functional entity, complete intended service logic; Complete message conversion according to service needed, generate the service message sending to objective function entity.That is, if source functional entity is basic function entity, then objective function entity is then related functional entities, if source functional entity is related functional entities, then objective function entity then based on functional entity, correspondingly, information processing entity can complete the operations such as message conversion between the two.
Fig. 2 is the flow chart of service message processing method embodiment two of the present invention, the smart card architecture schematic diagram that Fig. 3 applies for embodiment of the method shown in Fig. 2, and as shown in Figures 2 and 3, the method for the present embodiment can comprise:
Step 201, Non-contact communication device send the first service message to radio-frequency module by near radio network;
This first service message is sent to control module by step 202, radio-frequency module;
This first service message is sent to basic function entity by step 203, control module;
Step 204, basic function entity determine whether this first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if so, then perform step 206, otherwise perform step 205;
This first service message of step 205, basic function entity handles;
This first service message is sent to information processing entity by step 206, basic function entity;
Step 207, information processing entity carry out message conversion process to this first service message, and the first service message after conversion process is sent to related functional entities;
The first service message after conversion process is sent to control module by step 208, related functional entities;
Step 209, control module match with the communication module in terminal equipment, by mobile communications network, this first service message are sent to teleaction service platform.
In the above embodiment of the present invention, the radio-frequency module of smart card can receive the first service message that Non-contact communication device is sent by near radio network, this first service message can be sent to USIM by the control module in smart card, USIM can identify this first service message, determine this first service message be need to carry out mutual message by mobile communications network and teleaction service platform after, message conversion process can be carried out to this first service message, the first service message after message conversion process can be sent to teleaction service platform by mobile communications network by control module.Therefore, the present embodiment can make smart card send the service message by near radio Network Capture to teleaction service platform by mobile communications network, thus the message intercommunication realized between near radio network and mobile communications network, and then complete information interaction, extend the business function of smart card.
Fig. 4 is the flow chart of service message processing method embodiment three of the present invention, and as shown in Figure 4, the method for the present embodiment can comprise:
Step 401, control module receive the second service message that described teleaction service platform is sent by mobile communications network, and described second service message is sent to USIM;
Step 402, USIM determine whether described second service message is need to carry out mutual message by near radio network and Non-contact communication device, if, then message conversion process is carried out to described second service message, and the second service message after message conversion process is sent to described control module;
The second service message after message conversion process is sent to described radio-frequency module by step 403, control module;
The second service message after message conversion process is sent to described Non-contact communication device by described near radio network by step 404, radio-frequency module.
Embodiment illustrated in fig. 1 is that near radio network sends the process of service message to mobile communications network, the present embodiment is then that mobile communications network sends the process of service message near radio network, the present embodiment identifies the second service message that teleaction service platform is sent by mobile communications network by means of USIM equally when realizing, after determining to need to carry out mutual message by near radio network and Non-contact communication device, this the second service message can be sent to radio-frequency module, thus make this radio-frequency module by near radio network, this second service message can be sent to Non-contact communication device.
Similarly, when specific implementation, the smart card in the present embodiment can adopt the structure shown in Fig. 3 equally, and the process of its specific implementation is as follows.
Fig. 5 is the flow chart of service message processing method embodiment four of the present invention, and as shown in Figure 5, the method for the present embodiment can comprise:
Step 501, teleaction service platform send the second service message to the communication module in terminal equipment by mobile communications network;
This second service message is sent to control module by the communication module in step 502, terminal equipment;
This second service message is sent to related functional entities by step 503, control module;
Step 504, related functional entities determine whether this second service message is need to carry out mutual message by near radio network and Non-contact communication device, if so, then perform step 506, otherwise perform step 505;
Step 505, this second service message of related functional entities process;
This second service message is sent to information processing entity by step 506, related functional entities;
Step 507, information processing entity carry out message conversion process to this second service message, and the second service message after conversion process is sent to basic function entity;
The second service message after conversion process is sent to control module by step 508, basic function entity;
This second service message is sent to radio-frequency module by step 509, control module;
This second service message is sent to Non-contact communication device by near radio network by step 510, radio-frequency module.
In the above embodiment of the present invention, USIM in smart card can receive the second service message that teleaction service platform is sent by mobile communications network, USIM can identify this second service message, determine this second service message be need to carry out mutual message by near radio network and Non-contact communication device after, message conversion process can be carried out to this second service message, and the second service message after conversion process is sent to radio-frequency module by control module, this first service message can be sent to Non-contact communication device by near radio network by last radio-frequency module.Therefore, the present embodiment can make smart card send by near radio network the service message obtained by mobile communications network to Non-contact communication device, thus the message intercommunication realized between mobile communications network and near radio network, and then complete information interaction, extend the business function of smart card.
Adopt the embodiment of an embody rule below, technical scheme of the present invention is described in detail.
Fig. 6 is the signaling process figure of service message processing method embodiment five of the present invention, and as shown in Figure 6, the technical scheme of the present embodiment is still described by the structure of smart card shown in Fig. 3.The present embodiment is applied as example with the radio patrol checking on RF-(U) SIM and illustrates, the radio patrol checking application of the present embodiment may be used for the fields such as industrial equipment maintenance, Indexs measure.Specifically, the applied logic of this radio patrol checking application can be preset on the basic function entity in RF-(U) SIM, therefore, each RF-(U) SIM is one and patrols and examines a little, radio patrol checking equipment can be Non-contact communication device near RF-(U) SIM by patrol officer, data are patrolled and examined in reading, and as temperature, humidity, light intensity, noise etc., these patrol and examine data is apply by this radio patrol checking the data collected.As noted abnormalities, such as temperature exceedes preset value, then patrol officer can send warning message by radio patrol checking equipment to RF-(U) SIM, and namely RF-(U) SIM sends warning message by mobile communications network to teleaction service platform.
Specifically, the method for the present embodiment can comprise:
Step 601, radio patrol checking equipment read the data needing to patrol and examine from RF-(U) SIM basic function entity.
This RF-(U) SIM can be contained in a certain terminal equipment in advance, and this terminal equipment can be the outdoor unattended operation equipment such as industrial equipment, outdoor temperature detector etc.
Radio patrol checking equipment can patrol and examine data read request by wireless near field communication network to radio-frequency module transmission, this is patrolled and examined data read request and sends to control module by radio-frequency module, and this is patrolled and examined data read request and sends to basic function entity by control module again.
Step 602, radio patrol checking equipment judge data exception;
Step 603, radio patrol checking equipment send warning message to RF-(U) SIM basic function entity;
Radio patrol checking equipment can send warning message by wireless near field communication network to radio-frequency module, and this warning message is sent to control module by radio-frequency module, and this warning message is sent to basic function entity by control module again.
Step 604, RF-(U) SIM basic function entity send response message to radio patrol checking equipment;
By identification message type, step 605, RF-(U) SIM basic function entity judge that this warning message is need the warning message by sending to teleaction service platform;
Step 606, RF-(U) SIM basic function entity forward this warning message to RF-(U) SIM information processing entity;
Step 607, RF-(U) SIM information processing entity analyze the information field of this warning message, generate the short message comprising warning message;
This short message is sent to RF-(U) SIM related functional entities by step 608, RF-(U) SIM information processing entity;
This short message is sent to teleaction service platform by mobile communications network by step 609, RF-(U) SIM related functional entities;
This short message can be sent to control module by related functional entities, and then control module coordinates with the communication module of terminal equipment itself, and this short message is sent to teleaction service platform.
Step 610, teleaction service platform send response message to RF-(U) SIM related functional entities;
Step 611, RF-(U) SIM related functional entities send response message to RF-(U) SIM information processing entity;
Step 612, RF-(U) SIM information processing entity carry out message conversion process to this response message, and the response message after message conversion process are sent to RF-(U) SIM basic function entity;
Response message after message conversion process is sent to Non-contact communication device by step 613, RF-(U) SIM basic function entity.
Basic function entity is after receiving this response message, can identify and determine that this response message needs to send to Non-contact communication device, then this response message can be sent to control module by basic function entity, this response message is sent to radio-frequency module by control module, this corresponding message is sent to Non-contact communication device by wireless near field communication network by radio-frequency module again, thus Non-contact communication device is known, and this warning message sends successfully.
It should be noted that, in the above-described embodiments, Fig. 6 the radio-frequency module of not shown RF-(U) SIM and control module, it will be appreciated by persons skilled in the art that this radio patrol checking equipment and RF-(U) SIM basic function entity carry out all needing by control module and radio-frequency module in mutual process.
In the present embodiment, RF-(U) SIM can receive the warning message that radio patrol checking equipment is sent by near radio network, RF-(U) SIM can identify this warning message, determine this warning message be need to carry out mutual message by mobile communications network and teleaction service platform after, to generating the short message carrying warning message according to this warning message, and by mobile communications network, this short message can be sent to teleaction service platform.Therefore, the present embodiment can make RF-(U) SIM send the warning message by near radio Network Capture to teleaction service platform by mobile communications network, thus the message intercommunication realized between near radio network and mobile communications network, extend the business function of RF-(U) SIM.
Fig. 7 is the structural representation of smartcard embodiment one of the present invention, as shown in Figure 7, the smart card of the present embodiment can comprise: radio-frequency module 11, control module 12 and USIM13, wherein, radio-frequency module 11, for receiving the first service message that Non-contact communication device is sent by near radio network, described first service message is sent to control module 12; Control module 12, for described first service message is sent to USIM13, and sends to teleaction service platform by the first service message after USIM13 is carried out message conversion process by described mobile communications network; USIM13, for determining whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if so, then message conversion process is carried out to described first service message, and the first service message after message conversion process is sent to control module 12.
The smart card of the present embodiment may be used for the technical scheme performing embodiment of the method shown in Fig. 1, and it realizes principle and technique effect is similar, repeats no more herein.
Fig. 8 is the structural representation of smartcard embodiment two of the present invention, as shown in Figure 8, the smart card of the present embodiment is on the basis of smart card architecture shown in Fig. 7, further, USIM13, can comprise: basic function entity 131, information processing entity 132 and related functional entities 133, wherein, basic function entity 131, for receiving described first service message that described control module sends, determine whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if, then described first service message is sent to information processing entity 132, information processing entity 132, for carrying out message conversion process to described first service message, and sends to related functional entities 133 by the first service message after message conversion process, related functional entities 133, for sending to control module 12 by the first service message after message conversion process.
The smart card of the present embodiment may be used for the technical scheme performing embodiment of the method shown in Fig. 2, and it realizes principle and technique effect is similar, repeats no more herein.
In smartcard embodiment three of the present invention, it can adopt the structure of smart card shown in Fig. 7, wherein, control module 12, also for receiving the second service message that described teleaction service platform is sent by mobile communications network, described second service message is sent to described USIM13, and the second service message after described USIM13 is carried out message conversion process sends to described radio-frequency module 11; USIM13, also for determining whether described second service message is need to carry out mutual message by near radio network and Non-contact communication device, if, then message conversion process is carried out to described second service message, and the second service message after message conversion process is sent to described control module 12; Radio-frequency module 11, also for the second service message after message conversion process being sent to described Non-contact communication device by described near radio network.
The smart card of the present embodiment may be used for the technical scheme performing embodiment of the method shown in Fig. 4, and it realizes principle and technique effect is similar, repeats no more herein.
At smartcard embodiment four of the present invention on the basis of smartcard embodiment three of the present invention, further, it can adopt the structure of smart card shown in Fig. 8, wherein, related functional entities 133, for receiving described second service message that described control module sends, determines whether described second service message is need to carry out mutual message by near radio network and Non-contact communication device, if so, then described second service message is sent to described information processing entity 132; Information processing entity 132, for carrying out message conversion process to described second service message, and sends to basic function entity 131 by the second service message after message conversion process; Basic function entity 131, for sending to control module 12 by the second service message after message conversion process.
The smart card of the present embodiment may be used for the technical scheme performing embodiment of the method shown in Fig. 5, and it realizes principle and technique effect is similar, repeats no more herein.
The present invention also provides a kind of technical scheme of terminal equipment, and this terminal equipment can be equiped with the smart card described in above-described embodiment, and its function realized and technique effect are all similar, repeat no more herein.
One of ordinary skill in the art will appreciate that: all or part of step realizing above-mentioned each embodiment of the method can have been come by the hardware that program message is relevant.Aforesaid program can be stored in a computer read/write memory medium.This program, when performing, performs the step comprising above-mentioned each embodiment of the method; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (7)
1. a service message processing method, is characterized in that, comprising:
Radio-frequency module receives the first service message that Non-contact communication device is sent by near radio network, and described first service message is sent to control module;
Described first service message is sent to Global Subscriber identification module USIM by described control module;
Described USIM determines whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if, then message conversion process is carried out to described first service message, and the first service message after message conversion process is sent to described control module;
The first service message after message conversion process is sent to described teleaction service platform by described mobile communications network by described control module;
Wherein, described first service message is sent to USIM by described control module, is specially:
Described first service message is sent to the basic function entity in described USIM by described control module;
Described USIM determines whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if, then message conversion process is carried out to described first service message, and the first service message after message conversion process is sent to described control module, be specially:
Described basic function entity determines whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if so, then described first service message is sent to the information processing entity in described USIM;
Described information processing entity carries out message conversion process to described first service message, and the first service message after message conversion process is sent to the related functional entities in described USIM;
The first service message after message conversion process is sent to described control module by described related functional entities.
2. method according to claim 1, is characterized in that, also comprises:
Described control module receives the second service message that described teleaction service platform is sent by mobile communications network, and described second service message is sent to described USIM;
Described USIM determines whether described second service message is need to carry out mutual message by near radio network and Non-contact communication device, if, then message conversion process is carried out to described second service message, and the second service message after message conversion process is sent to described control module;
The second service message after message conversion process is sent to described radio-frequency module by described control module;
The second service message after message conversion process is sent to described Non-contact communication device by described near radio network by described radio-frequency module.
3. method according to claim 2, is characterized in that, described second service message is sent to described USIM by described control module, is specially:
Described second service message is sent to the related functional entities in described USIM by described control module;
Described USIM determines whether described second service message is need to carry out mutual message by near radio network and Non-contact communication device, if, then message conversion process is carried out to described second service message, and the second service message after message conversion process is sent to described control module, be specially:
Described related functional entities determines whether described second service message is need to carry out mutual message by near radio network and Non-contact communication device, if so, then described second service message is sent to the information processing entity in described USIM;
Described information processing entity carries out message conversion process to described second service message, and the second service message after message conversion process is sent to the basic function entity in described USIM;
The second service message after message conversion process is sent to described control module by described basic function entity.
4. a smart card, is characterized in that, comprising: radio-frequency module, control module and USIM;
Described radio-frequency module, for receiving the first service message that Non-contact communication device is sent by near radio network, sends to described control module by described first service message;
Described control module, for described first service message is sent to USIM, and sends to teleaction service platform by the first service message after described USIM is carried out message conversion process by mobile communications network;
Described USIM, for determining whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if, then message conversion process is carried out to described first service message, and the first service message after message conversion process is sent to described control module;
Wherein, described USIM, comprising: basic function entity, information processing entity and related functional entities;
Described basic function entity, for receiving described first service message that described control module sends, determine whether described first service message is need to carry out mutual message by mobile communications network and teleaction service platform, if so, then described first service message is sent to described information processing entity;
Described information processing entity, for carrying out message conversion process to described first service message, and sends to described related functional entities by the first service message after message conversion process;
Described related functional entities, for sending to described control module by the first service message after message conversion process.
5. smart card according to claim 4, it is characterized in that, described control module, also for receiving the second service message that described teleaction service platform is sent by mobile communications network, described second service message is sent to described USIM, and the second service message after described USIM is carried out message conversion process sends to described radio-frequency module;
Described USIM, also for determining whether described second service message is need to carry out mutual message by near radio network and Non-contact communication device, if, then message conversion process is carried out to described second service message, and the second service message after message conversion process is sent to described control module;
Described radio-frequency module, also for the second service message after message conversion process being sent to described Non-contact communication device by described near radio network.
6. smart card according to claim 5, is characterized in that, described USIM, comprising: basic function entity, information processing entity and related functional entities;
Described related functional entities, for receiving described second service message that described control module sends, determine whether described second service message is need to carry out mutual message by near radio network and Non-contact communication device, if so, then described second service message is sent to described information processing entity;
Described information processing entity, for carrying out message conversion process to described second service message, and sends to described basic function entity by the second service message after message conversion process;
Described basic function entity, for sending to described control module by the second service message after message conversion process.
7. a terminal equipment, is characterized in that, comprises the smart card according to any one of claim 4 ~ 6.
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| CN201210193255.5A CN102724642B (en) | 2012-06-12 | 2012-06-12 | Service message processing method, smart card and terminal equipment |
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| CN110753305B (en) * | 2019-09-29 | 2021-03-02 | 万翼科技有限公司 | Indoor inspection method and related device |
| CN112738781B (en) * | 2020-12-29 | 2022-09-27 | 中国联合网络通信集团有限公司 | Method, device, terminal, USIM and medium for initiating proximity service |
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