CN204740601U - Data interaction system - Google Patents

Abstract

The utility model provides a data interaction system, include: card emulation for receive the first data that the cutting ferrule sent, to the cutting ferrule sends the second data, third data that receiving terminal sent, to transmit fourth data, the cutting ferrule is used for receiving card emulation sends the second data, to card emulation sends the 5th data that true card manager sent are received to first data, to true card manager sends the 6th data. Through the utility model discloses a card emulation can be with following terminal received data transmission to cutting ferrule, also can be with following cutting ferrule received data transmission to terminal to accomplish the data interaction between terminal to the cutting ferrule, simultaneously, the cutting ferrule can carry out the data interaction with true card manager.

Description

Data interaction system

Technical field

The utility model relates to electronic information security technical field, particularly relates to a kind of data interaction system.

Background technology

In existing transaction flow, such as: withdraw the money or do shopping and swipe the card, usual user needs to carry with the bank card handled from bank, and user carries with bank card and there is certain security risk, once lose, then the easy assets to user cause damage.In addition, because bank card kind is varied, a user may have the bank card of multiple different banks simultaneously, as the bank card of multiple different banks need be carried with, also portable not, if conveniently carried, when only carrying some bank card in multiple bank cards, when using these bank cards to carry out withdrawing the money or do shopping to swipe the card, inter-bank transaction may be there is, cause, in transaction, unnecessary expense occurs.

Therefore, be badly in need of in prior art providing one both to facilitate user to carry, and the trading solution that security is higher.

Utility model content

The utility model is intended to solve the problem.

Fundamental purpose of the present utility model is to provide a kind of data interaction system.

For achieving the above object, the technical solution of the utility model is specifically achieved in that

The utility model provides a kind of data interaction system on the one hand, comprising: simulation card, for receiving the first data that cutting ferrule sends, sending the second data to described cutting ferrule, the 3rd data that receiving terminal sends, sending the 4th data to described terminal; Described cutting ferrule, for receiving described second data that described simulation card sends, sending described first data to described simulation card, receiving the 5th data that Truth cards manager sends, send the 6th data to described Truth cards manager.

In addition, described simulation card comprises: simulation card first interface, and described first Data Concurrent sent for receiving described cutting ferrule gives simulation card safety chip, and described second Data Concurrent receiving the transmission of described simulation card safety chip gives described cutting ferrule; Second interface, described 3rd Data Concurrent sent for receiving described terminal gives described simulation card safety chip, and described 4th Data Concurrent receiving the transmission of described simulation card safety chip gives described terminal; Described simulation card safety chip, be connected with described second interface with described simulation card first interface, for receiving described first data that described simulation card first interface sends, described second data are sent to described simulation card first interface, receive described 3rd data that described second interface sends, send described 4th data to described second interface.

In addition, described simulation card comprises: simulation card first interface, and described first Data Concurrent sent for receiving described cutting ferrule gives simulation card control chip, and described second Data Concurrent receiving the transmission of described simulation card control chip gives described cutting ferrule; Second interface, described 3rd Data Concurrent sent for receiving described terminal gives described simulation card control chip, and described 4th Data Concurrent receiving the transmission of described simulation card control chip gives described terminal; Described simulation card safety chip, for receiving the 7th data that described simulation card control chip sends, sends the 8th data to described simulation card control chip; Described simulation card control chip, be connected with described second interface with described simulation card safety chip, described simulation card first interface, for receiving described first data that described simulation card first interface sends, described second data are sent to described simulation card first interface, receive described 3rd data that described second interface sends, described 4th data are sent to described second interface, receive described 8th data that described simulation card safety chip sends, send described 7th data to described simulation card safety chip.

In addition, described simulation card comprises: simulation card first interface, and described first Data Concurrent sent for receiving described cutting ferrule gives simulation card control chip, and described second Data Concurrent receiving the transmission of described simulation card control chip gives described cutting ferrule; Second interface, described 3rd Data Concurrent sent for receiving described terminal gives simulation card safety chip, and described 4th Data Concurrent receiving the transmission of described simulation card safety chip gives described terminal; Described simulation card safety chip, be connected with described second interface, for receiving the 7th data that described simulation card control chip sends, the 8th data are sent to described simulation card control chip, receive described 3rd data that described second interface sends, send described 4th data to described second interface; Described simulation card control chip, be connected with described simulation card first interface with described simulation card safety chip, for receiving described first data that described simulation card first interface sends, described second data are sent to described simulation card first interface, receive described 8th data that described simulation card safety chip sends, send described 7th data to described simulation card safety chip.

In addition, described simulation card also comprises: simulation card battery; Described simulation card battery, for powering for described simulation card.

In addition, described simulation card first interface is contact interface and/or wave point.

In addition, described wave point comprises: 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface.

In addition, described second interface is contact interface and/or non-contact interface.

In addition, described non-contact interface is NFC interface.

In addition, described simulation card also comprises: simulation card charge controller, is connected with described simulation card battery, for receiving electric energy and charging to described simulation card battery.

In addition, described cutting ferrule comprises: cutting ferrule first interface, and described second Data Concurrent sent for receiving described simulation card gives cutting ferrule safety chip, and described first Data Concurrent receiving the transmission of described cutting ferrule safety chip gives described simulation card; Cutting ferrule network interface, described 5th Data Concurrent sent for receiving described Truth cards manager gives described cutting ferrule safety chip, and described 6th Data Concurrent receiving the transmission of described cutting ferrule safety chip gives described Truth cards manager; Cutting ferrule input media, for carrying out the 9th data input; Cutting ferrule suggestion device, for carrying out the tenth Notes of Key Data; Described cutting ferrule safety chip, be connected with described cutting ferrule first interface, described cutting ferrule network interface, described cutting ferrule suggestion device and described cutting ferrule input media, for receiving described second data that described cutting ferrule first interface sends, described first data are sent to described cutting ferrule first interface, receive described 5th data that described cutting ferrule network interface sends, described 6th data are sent to described cutting ferrule network interface, receive described 9th data of described cutting ferrule input media input, send described tenth data to described cutting ferrule suggestion device; Cutting ferrule battery, for powering for described cutting ferrule.

In addition, described cutting ferrule comprises: cutting ferrule first interface, and described second Data Concurrent sent for receiving described simulation card gives cutting ferrule control chip, and described first Data Concurrent receiving the transmission of described cutting ferrule control chip gives described simulation card, cutting ferrule network interface, described 5th Data Concurrent sent for receiving described Truth cards manager gives described cutting ferrule control chip, and described 6th Data Concurrent receiving the transmission of described cutting ferrule control chip gives described Truth cards manager, described cutting ferrule safety chip, for receiving the 9th data that described cutting ferrule control chip sends, sends the tenth data to described cutting ferrule control chip, cutting ferrule input media, for carrying out the 11 data input, cutting ferrule suggestion device, for carrying out the 12 Notes of Key Data, described cutting ferrule control chip, with described cutting ferrule safety chip, described cutting ferrule first interface, described cutting ferrule network interface, described cutting ferrule suggestion device and described cutting ferrule input media are connected, for receiving described second data that described cutting ferrule first interface sends, described first data are sent to described cutting ferrule first interface, receive described 5th data that described cutting ferrule network interface sends, described 6th data are sent to described cutting ferrule network interface, receive described 9th data that described cutting ferrule safety chip sends, described tenth data are sent to described cutting ferrule safety chip, receive described 11 data of described cutting ferrule input media input, described 12 data are sent to described cutting ferrule suggestion device, cutting ferrule battery, for powering for described cutting ferrule.

In addition, described cutting ferrule comprises: cutting ferrule first interface, and described second Data Concurrent sent for receiving described simulation card gives cutting ferrule control chip, and described first Data Concurrent receiving the transmission of described cutting ferrule control chip gives described simulation card; Cutting ferrule network interface, described 5th Data Concurrent sent for receiving described Truth cards manager gives described cutting ferrule control chip, and described 6th Data Concurrent receiving the transmission of described cutting ferrule control chip gives described Truth cards manager; Cutting ferrule input media, for carrying out the 9th data input; Cutting ferrule suggestion device, for carrying out the tenth Notes of Key Data; Described cutting ferrule safety chip, be connected with described cutting ferrule suggestion device and described cutting ferrule input media, for receiving described 9th data of described cutting ferrule input media input, described tenth data are sent to described cutting ferrule suggestion device, receive the 11 data that described cutting ferrule control chip sends, send the 12 data to described cutting ferrule control chip; Described cutting ferrule control chip, be connected with described cutting ferrule safety chip, described cutting ferrule first interface and described cutting ferrule network interface, for receiving described second data that described cutting ferrule first interface sends, described first data are sent to described cutting ferrule first interface, receive described 5th data that described cutting ferrule network interface sends, described 6th data are sent to described cutting ferrule network interface, receive described 12 data that described cutting ferrule safety chip sends, send described 11 data to described cutting ferrule safety chip; Cutting ferrule battery, for powering for described cutting ferrule.

In addition, described cutting ferrule first interface is contact interface and/or wave point.

In addition, described wave point comprises: 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface.

In addition, described cutting ferrule network interface is 2G network interface, 3G network interface, 4G network interface or WIFI interface.

In addition, described cutting ferrule also comprises: cutting ferrule charge controller, is connected with described cutting ferrule battery, for receiving electric energy and charging to described cutting ferrule battery.

In addition, described cutting ferrule suggestion device comprises: voice playing device and/or display device.

In addition, described cutting ferrule input media comprises: voice acquisition device, keyboard and/or scanister.

In addition, described cutting ferrule is mobile device or electronic signature equipment.

In addition, described cutting ferrule comprises mobile device and electronic signature equipment, and described cutting ferrule network interface is positioned on described mobile device, and described cutting ferrule first interface is positioned in described electronic signature equipment, and described cutting ferrule safety chip is positioned in described electronic signature equipment.

In addition, described cutting ferrule comprises mobile device and electronic signature equipment, and described cutting ferrule network interface and described cutting ferrule first interface are positioned on described mobile device, and described cutting ferrule safety chip is positioned in described electronic signature equipment.

The technical scheme provided as can be seen from above-mentioned the utility model, by simulation card of the present utility model, the data received from terminal can be sent to cutting ferrule, also the data received from cutting ferrule can be sent to terminal, to complete the data interaction between terminal to cutting ferrule, meanwhile, cutting ferrule can carry out data interaction with Truth cards manager.

Accompanying drawing explanation

In order to be illustrated more clearly in the technical scheme of the utility model embodiment, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the structural representation of the utility model data interaction system;

Fig. 2 is first structural representation of simulating card in the utility model data interaction system;

Fig. 3 is second structural representation of simulating card in the utility model data interaction system;

Fig. 4 is the 3rd structural representation of simulating card in the utility model data interaction system;

Fig. 5 is the first structural representation of cutting ferrule in the utility model data interaction system;

Fig. 6 is the second structural representation of cutting ferrule in the utility model data interaction system;

Fig. 7 is the 3rd structural representation of cutting ferrule in the utility model data interaction system.

Embodiment

Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on embodiment of the present utility model, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to protection domain of the present utility model.

In description of the present utility model, it will be appreciated that, term " " center ", " longitudinal direction ", " transverse direction ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end ", " interior ", orientation or the position relationship of the instruction such as " outward " are based on orientation shown in the drawings or position relationship, only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.In addition, term " first ", " second " only for describing object, and can not be interpreted as instruction or hint relative importance or quantity or position.

In description of the present utility model, it should be noted that, unless otherwise clearly defined and limited, term " installation ", " being connected ", " connection " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, concrete condition the concrete meaning of above-mentioned term in the utility model can be understood.

Below in conjunction with accompanying drawing, the utility model embodiment is described in further detail.

The utility model provides a kind of framework of data interaction, both facilitates user to carry to provide, and the trading solution that security is higher.This data interaction framework comprises: simulation card, cutting ferrule and Truth cards manager.

Wherein:

Simulation card, can comprise one or more, and this simulation card can be that the card manufactured separately also can for being reserved with the Truth cards of simulation card function.This simulation card is identical with existing bank card dimensions, in notebook data interworking architecture, can substitute Truth cards and complete transaction.Simulation card coordinates existing terminal (such as ATM, POS, public transport top-up machines etc.) to complete transaction.Simulation card can carry out data interaction with cutting ferrule.

Cutting ferrule, can comprise one or more cutting ferrule, and this cutting ferrule can manage one or more simulation card, often opens simulation card and can only belong to a cutting ferrule and be managed by it.This cutting ferrule can for being fabricated to separately the equipment of card envelope shape, also for having the mobile device of cutting ferrule function, can comprise: smart mobile phone, panel computer (PAD), PDA (such as palm PC, learning machine), notebook computer, E-book reading device, wearable device (such as intelligent wristwatch, intelligent glasses etc.) etc.Cutting ferrule can coordinate simulation card to carry out data interaction, and cutting ferrule also can carry out data interaction with Truth cards manager.Certainly, cutting ferrule can also be electronic signature equipment; Or cutting ferrule can also be the combination of mobile device and electronic signature equipment.Wherein, electronic signature equipment can be key equipment, such as industrial and commercial bank U shield, and agricultural bank K is precious.

Truth cards manager, one or more cutting ferrule can be managed, and this Truth cards manager has at least one read-write interface, this read-write interface can be contact (such as the contact etc. of draw-in groove form) interface and/or contactless (such as NFC etc.) interface, can connect different types of Truth cards to facilitate Truth cards manager by different modes; Truth cards manager can also carry out data interaction with cutting ferrule.

In notebook data interworking architecture, simulation card and Truth cards are smart chip card.

Based on above-mentioned data framework, the utility model provides a kind of data interaction system, simulates the data interaction between card and cutting ferrule for use in carrying out.

Fig. 1 shows the structural representation of the utility model data interaction system, and see Fig. 1, the utility model data interaction system comprises: simulation card 10 and cutting ferrule 20; Wherein:

Simulation card 10, for receiving the first data that cutting ferrule 20 sends, sending the second data to cutting ferrule 20, the 3rd data that receiving terminal sends, sending the 4th data to terminal;

Cutting ferrule 20, for receiving the second data that simulation card 10 sends, sending the first data to simulation card 10, receiving the 5th data that Truth cards manager sends, sending the 6th data to Truth cards manager.

Concrete, by simulation card 10 of the present utility model, the data received from terminal can be sent to cutting ferrule 20, also the data received from cutting ferrule 20 can be sent to terminal, to complete the data interaction between terminal to cutting ferrule, meanwhile, cutting ferrule 20 can carry out data interaction with Truth cards manager.Certainly, the data carrying out transmitting between simulation card 10 and cutting ferrule 20 also can have nothing to do with terminal, and namely simulating the data that card 10 sends to cutting ferrule 20, is not carry out self terminal, and is generated by simulation card 10 self or obtained from other external units; In like manner, the data that cutting ferrule 20 sends to simulation card 10, also can only have simulation card 10 to carry out independent processing, without the need to being sent to terminal.

Below, respectively the structure of simulation card 10 and cutting ferrule 20 is described in detail:

Wherein: simulation card 10 can have following structure, but the utility model is not limited thereto:

Simulation card 10 structure (one):

Fig. 2 shows in the utility model data interaction system first structural representation of simulating card, see Fig. 2, simulates card 10 and comprise in the utility model data interaction system:

Simulation card first interface 101, second interface 102 and simulation card safety chip 103; Wherein:

Simulation card first interface 101, the first Data Concurrent sent for receiving cutting ferrule 20 gives simulation card safety chip 103, and the second Data Concurrent that reception simulation card safety chip 103 sends gives cutting ferrule 20;

Second interface 102, the 3rd Data Concurrent sent for receiving terminal gives simulation card safety chip 103, and the 4th Data Concurrent receiving the transmission of simulation card safety chip 103 gives terminal;

Simulation card safety chip 103, be connected with the second interface 102 with simulation card first interface 101, for receiving the first data that simulation card first interface 101 sends, the second data are sent to simulation card first interface 101, receive the 3rd data that the second interface 102 sends, send the 4th data to the second interface 102.

Wherein: simulation card first interface 101 can be contact interface, simulation card first interface 101 can also be wave point, simulation card first interface 101 also can be contact interface and wave point, to carry out data interaction by this simulation card first interface 101 with cutting ferrule.Wherein, contact interface can be contact etc., and the model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; Wave point can be 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface etc., and the model of wave point can be the RC663 etc. of TIF256, NXP company of QN9021, PN512, Texas Instruments.

Second interface 102 is contact interface, or non-contact interface, or contact interface and non-contact interface, to carry out data interaction by the second interface 102 with dissimilar terminal.Concrete, contact interface can be contact etc., and non-contact interface can be NFC interface etc.The model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; The model of non-contact interface can be the RC663 etc. of PN512, NXP company.

Simulation card safety chip 103 is for having the data processing functions such as encryption, deciphering, verification, verification checking, certification authentication, signature and/or sign test, this structure, by the data transmission of simulation card safety chip 103 control simulation card first interface 101, second interface 102, can improve security.Concrete, this simulation card safety chip 103 can be the Z8D256U of national technology, the STSEL78 of company of Infineon.In addition, simulate card safety chip 103 and can have storage unit, for carrying out data storage.Certainly, simulate card safety chip 103 and can also have contact and/or non-contact interface, so that the function of growth simulation card security chip 103.

Based on the simulation card of this structure, can realize connecting terminal and cutting ferrule, and carry out the function of data interaction between, can coordinate with cutting ferrule and Truth cards manager thus realize facilitating user to carry further, and the object that security is higher.

Further, in order to ensure the power supply of simulating card 10, simulation card 10 can be powered for simulating card 10 by simulation card first interface 101 and/or the second interface 102, also simulation card battery 104 can be increased in simulation card 10, so that for simulation card 10 is powered, this simulation card battery 104 can be can not rechargeable battery, also can be rechargeable battery, if be rechargeable battery, this simulation card 10 can also comprise simulation card charge controller, this simulation card charge controller can be connected with simulation card battery 104, for receiving electric energy and charging to simulation card battery 104, certainly, this simulation card charge controller can be arranged in simulation card battery 104, also can be arranged in simulation card safety chip 103, when simulating card first interface 101 and/or the second interface 102 has charge function, this simulation card charge controller can also be arranged on there is charge function simulation card first interface 101 and/or the second interface 102 on, certain simulation card 10 can also be arranged independent charging inlet (such as USB interface), this simulation card charge controller can be arranged on charging inlet.

Further, conveniently data store, and the simulation card of this structure, can also arrange storer separately; This storer can be connected, for storing data with simulation card safety chip 103.

Certainly, first to fourth data in this structure can be different data, and in addition, the first data can be identical with the 4th data, and the 3rd data can be identical with the second data.

Data described in the utility model, can also comprise instruction etc.

Simulation card 10 structure (two):

This structure is with the difference of structure (), simulates card first interface, the second interface etc. and is called by simulation card control chip, be implemented as follows in this structure:

Fig. 3 shows in the utility model data interaction system second structural representation of simulating card, see Fig. 3, simulates card 10 and comprise in the utility model data interaction system:

Simulation card first interface 101, second interface 102, simulation card safety chip 103 and simulation card control chip 104; Wherein:

Simulation card first interface 101, the first Data Concurrent sent for receiving cutting ferrule 20 gives simulation card control chip 104, and the second Data Concurrent that reception simulation card control chip 104 sends gives cutting ferrule 20;

Second interface 102, the 3rd Data Concurrent sent for receiving terminal gives simulation card control chip 104, and the 4th Data Concurrent receiving the transmission of simulation card control chip 104 gives terminal;

Simulation card safety chip 103, for receiving the 7th data that simulation card control chip 104 sends, sends the 8th data to simulation card control chip 104;

Simulation card control chip 104, with simulation card safety chip 103, simulate card first interface 101 and be connected with the second interface 102, for receiving the first data that simulation card first interface 101 sends, the second data are sent to simulation card first interface 101, receive the 3rd data that the second interface 102 sends, send the 4th data to the second interface 102, receive the 8th data that simulation card safety chip 103 sends, send the 7th data to simulation card safety chip 103.

Wherein: simulation card first interface 101 can be contact interface, simulation card first interface 101 can also be wave point, simulation card first interface 101 also can be contact interface and wave point, to carry out data interaction by this simulation card first interface 101 with cutting ferrule.Wherein, contact interface can be contact etc., and the model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; Wave point can be 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface etc., and the model of wave point can be the RC663 etc. of TIF256, NXP company of QN9021, PN512, Texas Instruments.

Second interface 102 is contact interface, or non-contact interface, or contact interface and non-contact interface, to carry out data interaction by the second interface 102 with dissimilar terminal.Concrete, contact interface can be contact etc., and non-contact interface can be NFC interface etc.The model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; The model of non-contact interface can be the RC663 etc. of PN512, NXP company.

Simulation card safety chip 103 is for having the data processing functions such as encryption, deciphering, verification, verification checking, certification authentication, signature and/or sign test.Concrete, this simulation card safety chip 103 can be the Z8D256U of national technology, the STSEL78 of company of Infineon.In addition, simulate card safety chip 103 and can have storage unit, for carrying out data storage.Certainly, simulate card safety chip 103 and can also have contact and/or non-contact interface, so that the function of growth simulation card security chip 103.

Simulation card control chip 104 control simulation card first interface 101, second interface 102 and the data interaction of simulating between card safety chip 103.Concrete, this simulation card control chip 104 can be the STM32 of ST company, the Z32 etc. of national technology.In addition, simulate card control chip 104 and can have storage unit, for carrying out data storage.

Based on the simulation card of this structure, can realize connecting terminal and cutting ferrule, and carry out the function of data interaction between, can coordinate with cutting ferrule and Truth cards manager thus realize facilitating user to carry further, and the object that security is higher.

Further, in order to ensure the power supply of simulating card 10, simulation card 10 can be powered for simulating card 10 by simulation card first interface 101 and/or the second interface 102, also simulation card battery 105 can be increased in simulation card 10, so that for simulation card 10 is powered, this simulation card battery 105 can be can not rechargeable battery, also can be rechargeable battery, if be rechargeable battery, this simulation card 10 can also comprise simulation card charge controller, this simulation card charge controller can be connected with simulation card battery 105, for receiving electric energy and charging to simulation card battery 105, certainly, this simulation card charge controller can be arranged in simulation card battery 105, also can be arranged in simulation card safety chip 103, can also be arranged in simulation card control chip 104, when simulating card first interface 101 and/or the second interface 102 has charge function, this simulation card charge controller can also be arranged on there is charge function simulation card first interface 101 and/or the second interface 102 on, certain simulation card 10 can also be arranged independent charging inlet (such as USB interface), this simulation card charge controller can be arranged on charging inlet.

Further, conveniently data store, and the simulation card of this structure, can also arrange storer separately; This storer can be connected with simulation card control chip 104, or is connected, for storing data with simulation card safety chip 103.

Certainly, first to fourth data in this structure, the 7th to the 8th data can be different data, in addition, first data can be identical with the 4th data, 3rd data can be identical with the second data, and the 7th data can be identical with the first data, and the 7th data can be identical with the 3rd data, 8th data can be identical with the second data, and the 8th data can be identical with the 4th data.

Data described in the utility model, can also comprise instruction etc.

Simulation card 10 structure (three):

This structure is with the difference of structure (), and simulate card first interface in this structure and called by simulation card control chip, the second interface is called by simulation card safety chip, is implemented as follows:

Fig. 4 shows in the utility model data interaction system the 3rd structural representation of simulating card, see Fig. 4, simulates card 10 and comprise in the utility model data interaction system:

Simulation card first interface 101, second interface 102, simulation card safety chip 103 and simulation card control chip 104; Wherein:

Simulation card first interface 101, the first Data Concurrent sent for receiving cutting ferrule 20 gives simulation card control chip 104, and the second Data Concurrent that reception simulation card control chip 104 sends gives cutting ferrule 20;

Second interface 102, the 3rd Data Concurrent sent for receiving terminal gives simulation card safety chip 103, and the 4th Data Concurrent receiving the transmission of simulation card safety chip 103 gives terminal;

Simulation card safety chip 103, being connected with the second interface 102, for receiving the 7th data that simulation card control chip 104 sends, sending the 8th data to simulation card control chip 104, receive the 3rd data that the second interface 102 sends, send the 4th data to the second interface 102;

Simulation card control chip 104, with simulation card safety chip 103 with simulate card first interface 101 and be connected, for receiving the first data that simulation card first interface 101 sends, the second data are sent to simulation card first interface 101, receive the 8th data that simulation card safety chip 103 sends, send the 7th data to simulation card safety chip 103.

Wherein: simulation card first interface 101 can be contact interface, simulation card first interface 101 can also be wave point, simulation card first interface 101 also can be contact interface and wave point, to carry out data interaction by this simulation card first interface 101 with cutting ferrule.Wherein, contact interface can be contact etc., and the model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; Wave point can be 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface etc., and the model of wave point can be the RC663 etc. of TIF256, NXP company of QN9021, PN512, Texas Instruments.

Second interface 102 is contact interface, or non-contact interface, or contact interface and non-contact interface, to carry out data interaction by the second interface 102 with dissimilar terminal.Concrete, contact interface can be contact etc., and non-contact interface can be NFC interface etc.The model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; The model of non-contact interface can be the RC663 etc. of PN512, NXP company.

Simulation card safety chip 103 is for having the data processing functions such as encryption, deciphering, verification, verification checking, certification authentication, signature and/or sign test.This structure controls the data transmission of the second interface 102 by simulation card safety chip 103, can improve security.Concrete, this simulation card safety chip 103 can be the Z8D256U of national technology, the STSEL78 of company of Infineon.In addition, simulate card safety chip 103 and can have storage unit, for carrying out data storage.Certainly, simulate card safety chip 103 and can also have contact and/or non-contact interface, so that the function of growth simulation card security chip 103.

Simulation card control chip 104 control simulation card first interface 101 and the data interaction of simulating between card safety chip 103.Concrete, this simulation card control chip 104 can be the STM32 of ST company, the Z32 etc. of national technology.In addition, simulate card control chip 104 and can have storage unit, for carrying out data storage.

Based on the simulation card of this structure, can realize connecting terminal and cutting ferrule, and carry out the function of data interaction between, can coordinate with cutting ferrule and Truth cards manager thus realize facilitating user to carry further, and the object that security is higher.

Further, in order to ensure the power supply of simulating card 10, simulation card 10 can be powered for simulating card 10 by simulation card first interface 101 and/or the second interface 102, also simulation card battery 105 can be increased in simulation card 10, so that for simulation card 10 is powered, this simulation card battery 105 can be can not rechargeable battery, also can be rechargeable battery, if be rechargeable battery, this simulation card 10 can also comprise simulation card charge controller, this simulation card charge controller can be connected with simulation card battery 105, for receiving electric energy and charging to simulation card battery 105, certainly, this simulation card charge controller can be arranged in simulation card battery 105, also can be arranged in simulation card safety chip 103, can also be arranged in simulation card control chip 104, when simulating card first interface 101 and/or the second interface 102 has charge function, this simulation card charge controller can also be arranged on there is charge function simulation card first interface 101 and/or the second interface 102 on, certain simulation card 10 can also be arranged independent charging inlet (such as USB interface), this simulation card charge controller can be arranged on charging inlet.

Further, conveniently data store, and the simulation card of this structure, can also arrange storer separately; This storer can be connected with simulation card control chip 104, or is connected, for storing data with simulation card safety chip 103.

Certainly, first to fourth data in this structure, the 7th to the 8th data can be different data, in addition, first data can be identical with the 7th data, second data can be identical with the 8th data, and the 3rd data can be identical with the 8th data, and the 4th data can be identical with the 7th data.

Data described in the utility model, can also comprise instruction etc.

Wherein: cutting ferrule 20 can have following structure, but the utility model is not limited thereto:

Cutting ferrule 20 structure (one):

Fig. 5 shows the first structural representation of cutting ferrule in the utility model data interaction system, and see Fig. 5, in the utility model data interaction system, cutting ferrule 20 comprises:

Cutting ferrule first interface 201, cutting ferrule network interface 202, cutting ferrule input media 203, cutting ferrule suggestion device 204, cutting ferrule safety chip 205 and cutting ferrule battery 206; Wherein:

Cutting ferrule first interface 201, the second Data Concurrent sent for receiving simulation card 10 gives cutting ferrule safety chip 205, and the first Data Concurrent receiving the transmission of cutting ferrule safety chip 205 gives simulation card 10;

Cutting ferrule network interface 202, the 5th Data Concurrent sent for receiving Truth cards manager gives cutting ferrule safety chip 205, and the 6th Data Concurrent receiving the transmission of cutting ferrule safety chip 205 gives Truth cards manager;

Cutting ferrule input media 203, for carrying out the 9th data input;

Cutting ferrule suggestion device 204, for carrying out the tenth Notes of Key Data;

Cutting ferrule safety chip 205, be connected with cutting ferrule first interface 201, cutting ferrule network interface 202, cutting ferrule suggestion device 204 and cutting ferrule input media 203, for receiving the second data that cutting ferrule first interface 201 sends, the first data are sent to cutting ferrule first interface 201, receive the 5th data that cutting ferrule network interface 202 sends, send the 6th data to cutting ferrule network interface 202, receive the 9th data that cutting ferrule input media 203 inputs, send the tenth data to cutting ferrule suggestion device 204;

Cutting ferrule battery 206, for powering for cutting ferrule 20.

Wherein: cutting ferrule first interface 201 can be contact interface, cutting ferrule first interface 201 can also be wave point, cutting ferrule first interface 201 also can be contact interface and wave point, to carry out data interaction by this cutting ferrule first interface 201 and simulation card.Wherein, contact interface can be contact etc., and the model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; Wave point can be 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface etc., and the model of wave point can be the RC663 etc. of TIF256, NXP company of QN9021, PN512, Texas Instruments.

Cutting ferrule network interface 202 can be any one interface in 2G network interface, 3G network interface, 4G network interface or WIFI interface, to carry out data interaction by network and Truth cards manager.Concrete, this cutting ferrule network interface 202 can be the U7500 etc. of SIM6320, Long Shang company.

Cutting ferrule input media 203 can be one in voice acquisition device, keyboard and scanister or its combination in any.Wherein, voice acquisition device can be Mike etc., and keyboard can be physical keyboard or dummy keyboard etc., and scanister can be camera etc.

Cutting ferrule suggestion device 204 can comprise: voice playing device and/or display device; Voice playing device can be loudspeaker, headset earpiece etc., and display device can be display screen etc.

Cutting ferrule safety chip 205 is for having the data processing functions such as encryption, deciphering, verification, verification checking, certification authentication, signature and/or sign test, controlled the data transmission of cutting ferrule first interface 201, cutting ferrule network interface 202 in this structure by cutting ferrule safety chip 205, can security be improved.Concrete, this cutting ferrule safety chip 205 can be the Z8D256U of national technology, the STSEL78 of company of Infineon.In addition, cutting ferrule safety chip 205 can have storage unit, for carrying out data storage.Certainly, cutting ferrule safety chip 205 can also have contact and/or non-contact interface, to expand the function of cutting ferrule safety chip 205.

Cutting ferrule battery 206 can be can not rechargeable battery, also can be rechargeable battery, if be rechargeable battery, this cutting ferrule 20 can also comprise cutting ferrule charge controller, this cutting ferrule charge controller can be connected with cutting ferrule battery 206, for receiving electric energy and charging to cutting ferrule battery 206, certainly, this cutting ferrule charge controller can be arranged in cutting ferrule battery 206, also can be arranged in cutting ferrule safety chip 205, when cutting ferrule first interface 201 has charge function, this cutting ferrule charge controller can also be arranged on to be had on the cutting ferrule first interface 201 of charge function, certain cutting ferrule 20 can also be arranged independent charging inlet (such as USB interface), this cutting ferrule charge controller can be arranged on charging inlet.

Based on the cutting ferrule of this structure, connecting analog card and Truth cards manager can be realized, and carry out the function of data interaction between, can coordinate with simulation card and Truth cards manager thus realize facilitating user to carry further, and the object that security is higher.

Further, conveniently data store, and the cutting ferrule of this structure, can also arrange storer separately; This storer can be connected with cutting ferrule safety chip 205, for storing data.

Certainly, the the first to the second data in this structure, the 5th to the 6th data, the 9th to the 12 data can be different data, in addition, second data can be identical with the 6th data, and the 5th data can be identical with the first data, and the 9th data can be identical with the first data, 9th data can be identical with the 6th data, tenth data can be identical with the second data, and the tenth data can be identical with the 5th data, and the tenth data can be identical with the 9th data.

Data described in the utility model, can also comprise instruction etc.

Cutting ferrule 20 structure (two):

This structure is with the difference of structure (), and in this structure, cutting ferrule first interface, cutting ferrule network interface, cutting ferrule input media, cutting ferrule suggestion device etc. are called by cutting ferrule control chip, are implemented as follows:

Fig. 6 shows the second structural representation of cutting ferrule in the utility model data interaction system, and see Fig. 6, in the utility model data interaction system, cutting ferrule 20 comprises:

Cutting ferrule first interface 201, cutting ferrule network interface 202, cutting ferrule safety chip 203, cutting ferrule input media 204, cutting ferrule suggestion device 205, cutting ferrule control chip 206 and cutting ferrule battery 207; Wherein:

Cutting ferrule first interface 201, the second Data Concurrent sent for receiving simulation card 10 gives cutting ferrule control chip 206, and the first Data Concurrent receiving the transmission of cutting ferrule control chip 206 gives simulation card 10;

Cutting ferrule network interface 202, the 5th Data Concurrent sent for receiving Truth cards manager gives cutting ferrule control chip 206, and the 6th Data Concurrent receiving the transmission of cutting ferrule control chip 206 gives Truth cards manager;

Cutting ferrule safety chip 203, for receiving the 9th data that cutting ferrule control chip 206 sends, sends the tenth data to cutting ferrule control chip 206;

Cutting ferrule input media 204, for carrying out the 11 data input;

Cutting ferrule suggestion device 205, for carrying out the 12 Notes of Key Data;

Cutting ferrule control chip 206, with cutting ferrule safety chip 203, cutting ferrule first interface 201, cutting ferrule network interface 202, cutting ferrule suggestion device 205 and cutting ferrule input media 204 are connected, for receiving the second data that cutting ferrule first interface 201 sends, the first data are sent to cutting ferrule first interface 201, receive the 5th data that cutting ferrule network interface 202 sends, the 6th data are sent to cutting ferrule network interface 202, receive the 9th data that cutting ferrule safety chip 203 sends, the tenth data are sent to cutting ferrule safety chip 203, receive the 11 data that cutting ferrule input media 204 inputs, the 12 data are sent to cutting ferrule suggestion device 205,

Cutting ferrule battery 207, for powering for cutting ferrule 20.

Wherein: cutting ferrule first interface 201 can be contact interface, cutting ferrule first interface 201 can also be wave point, and cutting ferrule first interface 201 also can be contact interface and wave point.Wherein, contact interface can be contact etc., and the model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; Wave point can be 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface etc., and the model of wave point can be the RC663 etc. of TIF256, PN512, NXP company of QN9021, Texas Instruments.

Cutting ferrule network interface 202 can be any one interface in 2G network interface, 3G network interface, 4G network interface or WIFI interface, to carry out data interaction by network and Truth cards manager.Concrete, this cutting ferrule network interface 202 can be the U7500 etc. of SIM6320, Long Shang company.

Cutting ferrule safety chip 203 is for having the data processing functions such as encryption, deciphering, verification, verification checking, certification authentication, signature and/or sign test.Concrete, this cutting ferrule safety chip 203 can be the Z8D256U of national technology, the STSEL78 of company of Infineon.In addition, cutting ferrule safety chip 203 can have storage unit, for carrying out data storage.Certainly, cutting ferrule safety chip 203 can also have contact and/or non-contact interface, to expand the function of cutting ferrule safety chip 203.

Cutting ferrule input media 204 can be one in voice acquisition device, keyboard and scanister or its combination in any.Wherein, voice acquisition device can be Mike etc., and keyboard can be physical keyboard or dummy keyboard etc., and scanister can be camera etc.

Cutting ferrule suggestion device 205 can comprise: voice playing device and/or display device; Voice playing device can be loudspeaker, headset earpiece etc., and display device can be display screen etc.

Cutting ferrule control chip 206 controls the data interaction between cutting ferrule first interface 201, cutting ferrule network interface 202, cutting ferrule input media 204, cutting ferrule suggestion device 205 and cutting ferrule safety chip 203.Concrete, this cutting ferrule control chip 206 can be the STM32 of ST company, the Z32 etc. of national technology.In addition, cutting ferrule control chip 206 can have storage unit, for carrying out data storage.

Cutting ferrule battery 207 can be can not rechargeable battery, also can be rechargeable battery, if be rechargeable battery, this cutting ferrule 20 can also comprise cutting ferrule charge controller, this cutting ferrule charge controller can be connected with cutting ferrule battery 207, for receiving electric energy and charging to cutting ferrule battery 207, certainly, this cutting ferrule charge controller can be arranged in cutting ferrule battery 207, also can be arranged in cutting ferrule safety chip 203, can also be arranged in cutting ferrule control chip 206, when cutting ferrule first interface 201 has charge function, this cutting ferrule charge controller can also be arranged on to be had on the cutting ferrule first interface 201 of charge function, certain cutting ferrule 20 can also be arranged independent charging inlet (such as USB interface), this cutting ferrule charge controller can be arranged on charging inlet.

Based on the cutting ferrule of this structure, connecting analog card and Truth cards manager can be realized, and carry out the function of data interaction between, can coordinate with simulation card and Truth cards manager thus realize facilitating user to carry further, and the object that security is higher.

Further, conveniently data store, and the cutting ferrule of this structure, can also arrange storer separately; This storer can be connected with cutting ferrule control chip 206, or is connected with cutting ferrule safety chip 203, for storing data.

Certainly, the the first to the second data in this structure, 5th to the 6th data, 9th to the 12 data can be different data, in addition, second data can be identical with the 6th data, 5th data can be identical with the first data, 9th data can be identical with the second data, 9th data can be identical with the 5th data, 9th data can be identical with the 11 data, tenth data can be identical with the first data, tenth data can be identical with the 6th data, tenth data can be identical with the 12 data, 11 data can be identical with the first data, 11 data can be identical with the 6th data, 12 data can be identical with the second data, 12 data can be identical with the 5th data, 12 data can be identical with the 9th data, 12 data can be identical with the 11 data.

Data described in the utility model, can also comprise instruction etc.

Cutting ferrule 20 structure (three):

This structure is with the difference of structure (), in this structure, cutting ferrule first interface, cutting ferrule network interface are called by cutting ferrule control chip, cutting ferrule input media, cutting ferrule suggestion device are called by cutting ferrule safety chip, are implemented as follows:

Fig. 7 shows the 3rd structural representation of cutting ferrule in the utility model data interaction system, and see Fig. 7, in the utility model data interaction system, cutting ferrule 20 comprises:

Cutting ferrule first interface 201, cutting ferrule network interface 202, cutting ferrule input media 203, cutting ferrule suggestion device 204, cutting ferrule safety chip 205, cutting ferrule control chip 206 and cutting ferrule battery 207; Wherein:

Cutting ferrule first interface 201, the second Data Concurrent sent for receiving simulation card 10 gives cutting ferrule control chip 206, and the first Data Concurrent receiving the transmission of cutting ferrule control chip 206 gives simulation card 10;

Cutting ferrule network interface 202, the 5th Data Concurrent sent for receiving Truth cards manager gives cutting ferrule control chip 206, and the 6th Data Concurrent receiving the transmission of cutting ferrule control chip 206 gives Truth cards manager;

Cutting ferrule input media 203, for carrying out the 9th data input;

Cutting ferrule suggestion device 204, for carrying out the tenth Notes of Key Data;

Cutting ferrule safety chip 205, be connected with cutting ferrule suggestion device 204 and cutting ferrule input media 203, for receiving the 9th data that cutting ferrule input media 203 inputs, the tenth data are sent to cutting ferrule suggestion device 204, receive the 11 data that cutting ferrule control chip 206 sends, send the 12 data to cutting ferrule control chip 206;

Cutting ferrule control chip 206, be connected with cutting ferrule safety chip 205, cutting ferrule first interface 201 and cutting ferrule network interface 202, for receiving the second data that cutting ferrule first interface 201 sends, the first data are sent to cutting ferrule first interface 201, receive the 5th data that cutting ferrule network interface 202 sends, send the 6th data to cutting ferrule network interface 202, receive the 12 data that cutting ferrule safety chip 205 sends, send the 11 data to cutting ferrule safety chip 205;

Cutting ferrule battery 207, for powering for cutting ferrule 20.

Wherein: cutting ferrule first interface 201 can be contact interface, cutting ferrule first interface 201 can also be wave point, and cutting ferrule first interface 201 also can be contact interface and wave point.Wherein, contact interface can be contact etc., and the model of contact interface can be 8035 of NXP company, 8025 of NCN company etc.; Wave point can be 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface etc., and the model of wave point can be the RC663 etc. of TIF256, PN512, NXP company of QN9021, Texas Instruments.

Cutting ferrule network interface 202 can be any one interface in 2G network interface, 3G network interface, 4G network interface or WIFI interface, to carry out data interaction by network and Truth cards manager.Concrete, this cutting ferrule network interface 202 can be the U7500 etc. of SIM6320, Long Shang company.

Cutting ferrule input media 203 can be one in voice acquisition device, keyboard and scanister or its combination in any.Wherein, voice acquisition device can be Mike etc., and keyboard can be physical keyboard or dummy keyboard etc., and scanister can be camera etc.

Cutting ferrule suggestion device 204 can comprise: voice playing device and/or display device; Voice playing device can be loudspeaker, headset earpiece etc., and display device can be display screen etc.

Cutting ferrule safety chip 205 is for having the data processing functions such as encryption, deciphering, verification, verification checking, certification authentication, signature and/or sign test.Concrete, cutting ferrule input media 203 and cutting ferrule suggestion device 204, by being called by this cutting ferrule safety chip 205, improve security.This cutting ferrule safety chip 205 can be the Z8D256U of national technology, the STSEL78 of company of Infineon.In addition, cutting ferrule safety chip 205 can have storage unit, for carrying out data storage.Certainly, cutting ferrule safety chip 205 can also have contact and/or non-contact interface, to expand the function of cutting ferrule safety chip 205.

Cutting ferrule control chip 206 controls the data interaction between cutting ferrule first interface 201, cutting ferrule network interface 202 and cutting ferrule safety chip 205.Concrete, this cutting ferrule control chip 206 can be the STM32 of ST company, the Z32 etc. of national technology.In addition, cutting ferrule control chip 206 can have storage unit, for carrying out data storage.

Cutting ferrule battery 207 can be can not rechargeable battery, also can be rechargeable battery, if be rechargeable battery, this cutting ferrule 20 can also comprise cutting ferrule charge controller, this cutting ferrule charge controller can be connected with cutting ferrule battery 207, for receiving electric energy and charging to cutting ferrule battery 207, certainly, this cutting ferrule charge controller can be arranged in cutting ferrule battery 207, also can be arranged in cutting ferrule safety chip 205, can also be arranged in cutting ferrule control chip 206, when cutting ferrule first interface 201 has charge function, this cutting ferrule charge controller can also be arranged on to be had on the cutting ferrule first interface 201 of charge function, certain cutting ferrule 20 can also be arranged independent charging inlet (such as USB interface), this cutting ferrule charge controller can be arranged on charging inlet.

Based on the cutting ferrule of this structure, connecting analog card and Truth cards manager can be realized, and carry out the function of data interaction between, can coordinate with simulation card and Truth cards manager thus realize facilitating user to carry further, and the object that security is higher.

Further, conveniently data store, and the cutting ferrule of this structure, can also arrange storer separately; This storer can be connected with cutting ferrule control chip 206, or is connected with cutting ferrule safety chip 205, for storing data.

Certainly, the the first to the second data in this structure, 5th to the 6th data, 9th to the 12 data can be different data, in addition, second data can be identical with the 6th data, 5th data can be identical with the first data, 9th data can be identical with the 12 data, tenth data can be identical with the 11 data, tenth data can be identical with the 9th data, tenth data can be identical with the 12 data, 11 data can be identical with the second data, 11 data can be identical with the 5th data, 12 data can be identical with the first data, 12 data can be identical with the 6th data.

Data described in the utility model, can also comprise instruction etc.

In addition, when in the present embodiment, cutting ferrule is the combination of mobile device and electronic signature equipment, wherein, cutting ferrule first interface is positioned in electronic signature equipment, and cutting ferrule network interface is positioned on mobile device, and cutting ferrule safety chip is positioned in electronic signature equipment.

Cutting ferrule input media and cutting ferrule suggestion device can be positioned on mobile device simultaneously, also can be positioned in electronic signature equipment simultaneously, and can also one of them be positioned on mobile device, another be positioned in electronic signature equipment.

Cutting ferrule control chip can be positioned on mobile device, also can be positioned in electronic signature equipment.

Other associated description are all identical with the associated description of above-described embodiment, do not repeat them here.

In addition, when in the present embodiment, cutting ferrule is the combination of mobile device and electronic signature equipment, wherein, cutting ferrule network interface and cutting ferrule first interface are positioned on mobile device, and cutting ferrule safety chip is positioned in electronic signature equipment.

Cutting ferrule input media and cutting ferrule suggestion device can be positioned on mobile device simultaneously, also can be positioned in electronic signature equipment simultaneously, and can also one of them be positioned on mobile device, another be positioned in electronic signature equipment.

Cutting ferrule control chip can be positioned on mobile device, also can be positioned in electronic signature equipment.

Other associated description are all identical with the associated description of above-mentioned enforcement, do not repeat them here.

Thus, electronic signature equipment can carry out data interaction by means of the network interface of mobile device and Truth cards manager.

" being connected " described in the utility model can be directly be connected, and also can be indirectly be connected.

In the description of this instructions, specific features, structure, material or feature that the description of reference term " embodiment ", " some embodiments ", " example ", " concrete example " or " some examples " etc. means to describe in conjunction with this embodiment or example are contained at least one embodiment of the present utility model or example.In this manual, identical embodiment or example are not necessarily referred to the schematic representation of above-mentioned term.And the specific features of description, structure, material or feature can combine in an appropriate manner in any one or more embodiment or example.

Although illustrate and described embodiment of the present utility model above, be understandable that, above-described embodiment is exemplary, can not be interpreted as restriction of the present utility model, those of ordinary skill in the art can change above-described embodiment when not departing from principle of the present utility model and aim, revising, replacing and modification in scope of the present utility model.Scope of the present utility model is by claims and equivalency thereof.

Claims (24)

1. a data interaction system, is characterized in that, comprising:

Simulation card, for receiving the first data that cutting ferrule sends, sending the second data to described cutting ferrule, the 3rd data that receiving terminal sends, sending the 4th data to described terminal;

Described cutting ferrule, for receiving described second data that described simulation card sends, sending described first data to described simulation card, receiving the 5th data that Truth cards manager sends, send the 6th data to described Truth cards manager.

2. system according to claim 1, is characterized in that, described simulation card comprises:

Simulation card first interface, described first Data Concurrent sent for receiving described cutting ferrule gives simulation card safety chip, and described second Data Concurrent receiving the transmission of described simulation card safety chip gives described cutting ferrule;

Second interface, described 3rd Data Concurrent sent for receiving described terminal gives described simulation card safety chip, and described 4th Data Concurrent receiving the transmission of described simulation card safety chip gives described terminal;

Described simulation card safety chip, be connected with described second interface with described simulation card first interface, for receiving described first data that described simulation card first interface sends, described second data are sent to described simulation card first interface, receive described 3rd data that described second interface sends, send described 4th data to described second interface.

3. system according to claim 1, is characterized in that, described simulation card comprises:

Simulation card first interface, described first Data Concurrent sent for receiving described cutting ferrule gives simulation card control chip, and described second Data Concurrent receiving the transmission of described simulation card control chip gives described cutting ferrule;

Second interface, described 3rd Data Concurrent sent for receiving described terminal gives described simulation card control chip, and described 4th Data Concurrent receiving the transmission of described simulation card control chip gives described terminal;

Described simulation card safety chip, for receiving the 7th data that described simulation card control chip sends, sends the 8th data to described simulation card control chip;

Described simulation card control chip, be connected with described second interface with described simulation card safety chip, described simulation card first interface, for receiving described first data that described simulation card first interface sends, described second data are sent to described simulation card first interface, receive described 3rd data that described second interface sends, described 4th data are sent to described second interface, receive described 8th data that described simulation card safety chip sends, send described 7th data to described simulation card safety chip.

4. system according to claim 1, is characterized in that, described simulation card comprises:

Simulation card first interface, described first Data Concurrent sent for receiving described cutting ferrule gives simulation card control chip, and described second Data Concurrent receiving the transmission of described simulation card control chip gives described cutting ferrule;

Second interface, described 3rd Data Concurrent sent for receiving described terminal gives simulation card safety chip, and described 4th Data Concurrent receiving the transmission of described simulation card safety chip gives described terminal;

Described simulation card safety chip, be connected with described second interface, for receiving the 7th data that described simulation card control chip sends, the 8th data are sent to described simulation card control chip, receive described 3rd data that described second interface sends, send described 4th data to described second interface;

Described simulation card control chip, be connected with described simulation card first interface with described simulation card safety chip, for receiving described first data that described simulation card first interface sends, described second data are sent to described simulation card first interface, receive described 8th data that described simulation card safety chip sends, send described 7th data to described simulation card safety chip.

5. the system according to any one of claim 2 to 4, is characterized in that, described simulation card also comprises: simulation card battery;

Described simulation card battery, for powering for described simulation card.

6. the system according to any one of claim 2 to 4, is characterized in that, described simulation card first interface is contact interface and/or wave point.

7. system according to claim 5, is characterized in that, described simulation card first interface is contact interface and/or wave point.

8. system according to claim 6, is characterized in that, described wave point comprises: 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface.

9. system according to claim 7, is characterized in that, described wave point comprises: 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface.

10. system according to claim 5, is characterized in that, described second interface is contact interface and/or non-contact interface.

11. systems according to claim 10, is characterized in that, described non-contact interface is NFC interface.

12. systems according to claim 5, is characterized in that, described simulation card also comprises:

Simulation card charge controller, is connected with described simulation card battery, for receiving electric energy and charging to described simulation card battery.

13. systems according to claim 1, is characterized in that, described cutting ferrule comprises:

Cutting ferrule first interface, described second Data Concurrent sent for receiving described simulation card gives cutting ferrule safety chip, and described first Data Concurrent receiving the transmission of described cutting ferrule safety chip gives described simulation card;

Cutting ferrule network interface, described 5th Data Concurrent sent for receiving described Truth cards manager gives described cutting ferrule safety chip, and described 6th Data Concurrent receiving the transmission of described cutting ferrule safety chip gives described Truth cards manager;

Cutting ferrule input media, for carrying out the 9th data input;

Cutting ferrule suggestion device, for carrying out the tenth Notes of Key Data;

Described cutting ferrule safety chip, be connected with described cutting ferrule first interface, described cutting ferrule network interface, described cutting ferrule suggestion device and described cutting ferrule input media, for receiving described second data that described cutting ferrule first interface sends, described first data are sent to described cutting ferrule first interface, receive described 5th data that described cutting ferrule network interface sends, described 6th data are sent to described cutting ferrule network interface, receive described 9th data of described cutting ferrule input media input, send described tenth data to described cutting ferrule suggestion device;

Cutting ferrule battery, for powering for described cutting ferrule.

14. systems according to claim 1, is characterized in that, described cutting ferrule comprises:

Cutting ferrule first interface, described second Data Concurrent sent for receiving described simulation card gives cutting ferrule control chip, and described first Data Concurrent receiving the transmission of described cutting ferrule control chip gives described simulation card;

Cutting ferrule network interface, described 5th Data Concurrent sent for receiving described Truth cards manager gives described cutting ferrule control chip, and described 6th Data Concurrent receiving the transmission of described cutting ferrule control chip gives described Truth cards manager;

Described cutting ferrule safety chip, for receiving the 9th data that described cutting ferrule control chip sends, sends the tenth data to described cutting ferrule control chip;

Cutting ferrule input media, for carrying out the 11 data input;

Cutting ferrule suggestion device, for carrying out the 12 Notes of Key Data;

Described cutting ferrule control chip, with described cutting ferrule safety chip, described cutting ferrule first interface, described cutting ferrule network interface, described cutting ferrule suggestion device and described cutting ferrule input media are connected, for receiving described second data that described cutting ferrule first interface sends, described first data are sent to described cutting ferrule first interface, receive described 5th data that described cutting ferrule network interface sends, described 6th data are sent to described cutting ferrule network interface, receive described 9th data that described cutting ferrule safety chip sends, described tenth data are sent to described cutting ferrule safety chip, receive described 11 data of described cutting ferrule input media input, described 12 data are sent to described cutting ferrule suggestion device,

Cutting ferrule battery, for powering for described cutting ferrule.

15. systems according to claim 1, is characterized in that, described cutting ferrule comprises:

Cutting ferrule first interface, described second Data Concurrent sent for receiving described simulation card gives cutting ferrule control chip, and described first Data Concurrent receiving the transmission of described cutting ferrule control chip gives described simulation card;

Cutting ferrule network interface, described 5th Data Concurrent sent for receiving described Truth cards manager gives described cutting ferrule control chip, and described 6th Data Concurrent receiving the transmission of described cutting ferrule control chip gives described Truth cards manager;

Cutting ferrule input media, for carrying out the 9th data input;

Cutting ferrule suggestion device, for carrying out the tenth Notes of Key Data;

Described cutting ferrule safety chip, be connected with described cutting ferrule suggestion device and described cutting ferrule input media, for receiving described 9th data of described cutting ferrule input media input, described tenth data are sent to described cutting ferrule suggestion device, receive the 11 data that described cutting ferrule control chip sends, send the 12 data to described cutting ferrule control chip;

Described cutting ferrule control chip, be connected with described cutting ferrule safety chip, described cutting ferrule first interface and described cutting ferrule network interface, for receiving described second data that described cutting ferrule first interface sends, described first data are sent to described cutting ferrule first interface, receive described 5th data that described cutting ferrule network interface sends, described 6th data are sent to described cutting ferrule network interface, receive described 12 data that described cutting ferrule safety chip sends, send described 11 data to described cutting ferrule safety chip;

Cutting ferrule battery, for powering for described cutting ferrule.

16., according to claim 13 to the system described in 15 any one, is characterized in that, described cutting ferrule first interface is contact interface and/or wave point.

17. systems according to claim 16, is characterized in that, described wave point comprises: 2.4G interface, blue tooth interface, infrared interface, WIFI interface, NFC interface or RFID interface.

18., according to claim 13 to the system described in 15 any one, is characterized in that, described cutting ferrule network interface is 2G network interface, 3G network interface, 4G network interface or WIFI interface.

19., according to claim 13 to the system described in 15 any one, is characterized in that, described cutting ferrule also comprises:

Cutting ferrule charge controller, is connected with described cutting ferrule battery, for receiving electric energy and charging to described cutting ferrule battery.

20., according to claim 13 to the system described in 15 or 17 any one, is characterized in that, described cutting ferrule suggestion device comprises: voice playing device and/or display device.

21., according to claim 13 to the system described in 15 or 17 any one, is characterized in that, described cutting ferrule input media comprises: voice acquisition device, keyboard and/or scanister.

22., according to claim 13 to the system described in 15 or 17 any one, is characterized in that, described cutting ferrule is mobile device or electronic signature equipment.

23. according to claim 13 to the system described in 15 or 17 any one, it is characterized in that, described cutting ferrule comprises mobile device and electronic signature equipment, described cutting ferrule network interface is positioned on described mobile device, described cutting ferrule first interface is positioned in described electronic signature equipment, and described cutting ferrule safety chip is positioned in described electronic signature equipment.

24. according to claim 13 to the system described in 15 or 17 any one, it is characterized in that, described cutting ferrule comprises mobile device and electronic signature equipment, described cutting ferrule network interface and described cutting ferrule first interface are positioned on described mobile device, and described cutting ferrule safety chip is positioned in described electronic signature equipment.