CN104901957A - Method and device for initializing electronic token equipment - Google Patents
Method and device for initializing electronic token equipment Download PDFInfo
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- CN104901957A CN104901957A CN201510263097.XA CN201510263097A CN104901957A CN 104901957 A CN104901957 A CN 104901957A CN 201510263097 A CN201510263097 A CN 201510263097A CN 104901957 A CN104901957 A CN 104901957A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L9/00—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols
- H04L9/32—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols including means for verifying the identity or authority of a user of the system or for message authentication, e.g. authorization, entity authentication, data integrity or data verification, non-repudiation, key authentication or verification of credentials
- H04L9/321—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols including means for verifying the identity or authority of a user of the system or for message authentication, e.g. authorization, entity authentication, data integrity or data verification, non-repudiation, key authentication or verification of credentials involving a third party or a trusted authority
- H04L9/3213—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols including means for verifying the identity or authority of a user of the system or for message authentication, e.g. authorization, entity authentication, data integrity or data verification, non-repudiation, key authentication or verification of credentials involving a third party or a trusted authority using tickets or tokens, e.g. Kerberos
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
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Abstract
The embodiment of the application discloses a method and device for initializing electronic token equipment. An electronic token is of a card type structure; a Bluetooth communication chip, a secure chip, a battery and an electromagnetic induction coil are embedded into the card; the electronic token equipment is conveyed to an initialization area through a production line after being produced; a wireless charging electromagnetic field is arranged in the initialization area. On an electronic token equipment side, the method comprises the following steps: receiving the wireless charging electromagnetic field; judging whether or not the electronic token equipment is initialized; if the electronic token equipment is not initialized, broadcasting a Bluetooth signal in order to establish wireless communication connection with a server; and generating an initialization seed, saving the initialization seed in a local memory, and transmitting a corresponding relation between the initialization seed and an electronic token equipment identifier to the server through the wireless communication connection. By adoption of the method and device provided by the invention, batch initialization of the electronic token equipment without any physical communication interface can be realized.
Description
Technical field
The application relates to e-token technical field, particularly relates to e-token device initialize method and device.
Background technology
Along with the development of Internet technology, strengthen the authentication management of Net silver user, prevent from user privacy information from revealing being the vital task of bank or other security sensitive departments.In order to ensure the account safety of bank-user, bank generally can provide USBkey for Net silver user, for Web bank's electronic signature and the instrument of digital authenticating, its built-in miniature smartcard processor, adopt asymmetric key algorithm to be encrypted online data, to decipher and digital signature, guarantee the confidentiality of online transaction, authenticity, integrality and non-repudiation.
Effect and the advantage of USBkey are self-evident, but this equipment host computer that needs to be connected to user by USB interface could use.But in actual applications, mobile Internet is day by day universal, and Web bank's product also transfers to the mobile terminal device such as mobile phone, panel computer from PC gradually, user can carry out the online transaction such as to transfer accounts by " Mobile banking " App.But this mobile terminal device is generally without USB interface, and common USBkey obviously can not be used for the account safety ensureing Mobile banking user.Therefore, existing Mobile banking App generally can only verify user identity by the mode of login password, the checking of trading password double code, but this faces the risk meeting with malicious attack possibly.
For this situation, in prior art, also there is a kind of equipment that may reduce this risk, be also namely called as the subscriber authentication equipment of e-token (Token).Token general appearance common is at present the strip equipment of a thumbnail size band display screen and button.It dynamically generates summary info by built-in clock (time type), counter (event mode) or input keyboard (challenge response type), and is presented on screen with 6 ~ 8 bit digital or alphabetical form.User is when needs are by transaction such as Web bank carry out transferring accounts, and this displaying contents being returned to server can carry out certification to user identity.This mode can prove user and really perform manual operation of transferring accounts, instead of is attacked by malicious code.But carrying out in the process verified, need user manually to input the numeral that Token display screen demonstrates, the running cost of user is higher, and may there is input error and need situations such as repeatedly revising, efficiency comparison is low.
For the problems referred to above, present inventor proposes a kind of novel e-token equipment, this equipment is card form structure, be built-in with safety chip, can the function such as completing user signature algorithm, encryption rule, be also built-in with bluetooth communication chip in addition, like this, the e-token character string produced in e-token equipment can be sent to the mobile terminal device of user by the mode of bluetooth communication, no longer need user manually to input, and reduces the probability of makeing mistakes.About the correlation technique of this equipment, the applicant applies for separately as another part patent.
Above-mentioned e-token equipment is while solving the problems referred to above, also facing another problem: in order to make safety chip can generate e-token character string, needing use inner initialization seed and time factor, event factor or draw after challenging the computings such as the factor.Meanwhile, because e-token is physically batch production, therefore how reliably to write different initialization seed for each different user security and also record the important ring just becoming the e-token product life cycle.
E-token seed initialization scheme traditional at present has two kinds, one is when dispatching from the factory, after central server generates initialization seed, e-token is connected on computer or controller by cable, utilizes USB, serial ports or other physical communication interfaces the initialization seed that server generates to be transferred in e-token and records preservation; Also have one to be when distributing, e-token oneself a generation random number seed, utilizes USB, serial ports after preservation or other physical communication interfaces are uploaded to computer or controller is uploaded to server by network again.The shortcoming of this two schemes all needs to rely on wireline equipment transmission initialization seed, and cannot batch executed in parallel.
Therefore, for aforementioned card form, e-token equipment not with physical communication interface, how to carry out initialization more easily, become the technical problem needing those skilled in the art to solve.
Summary of the invention
This application provides e-token device initialize method and device, the initialization e-token equipment not with physical communication interface being carried out to mass can be realized.
This application provides following scheme:
A kind of e-token device initialize method, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At described e-token equipment side, described method comprises:
Wireless charging electromagnetic field is received by described electromagnetic induction coil;
Judge the whether initialization of described e-token equipment;
If not yet initialization, then broadcast Bluetooth signal, be connected to set up radio communication with server;
Generate initialization seed, preserve in this locality stores, and by the corresponding relation between this initialization seed and described e-token device identification, connected by described radio communication and be sent to described server, so that the described corresponding relation of described preservation.
Alternatively, described e-token device external is also provided with luminescence component, and described method also comprises:
Whether successfully judge the initialization operation of described e-token equipment, if unsuccessful, then trigger described luminescence component luminous.
Alternatively, it is one or more for entering into the e-token equipment that described initialization area carries out initialization operation, and the bluetooth equipment that described server connects establishes a communications link with described one or more e-token equipment simultaneously.
Alternatively, also comprise:
Record is carried out to the e-token sum that same production line is successfully initialized, so that in conjunction with the e-token equipment sum that this production line is produced, determines the ratio that the e-token sum on this production line is successfully initialized.
Alternatively, described initialization area is also provided with electromagnetic shielding box, to block the electromagnetic interference between different production line.
A kind of e-token device initialize method, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At server side, described method comprises:
Listen to Bluetooth broadcast signal by preset bluetooth equipment, and establish a communications link with corresponding e-token equipment;
The information that the e-token equipment receiving described correspondence by described communication connection sends, described information comprises the corresponding relation between initialization seed and described e-token device identification;
Preserve described corresponding relation.
A kind of e-token device initialize method, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, initialization area is sent to by production line, described initialization area is provided with wireless charging electromagnetic field, and at described e-token equipment side, described method comprises:
Wireless charging electromagnetic field is received by described electromagnetic induction coil;
Judge the whether initialization of described e-token equipment;
If not yet initialization, then broadcast Bluetooth signal, be connected to set up radio communication with server;
Connected the initialization seed receiving described server and send by described radio communication, and preserve in this locality stores;
Connected by described radio communication and the identification information of described e-token equipment is sent to described server, so that described server preserves the corresponding relation between described initialization seed and described e-token device identification.
A kind of e-token device initialize method, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, initialization area is sent to by production line, described initialization area is provided with wireless charging electromagnetic field, and at server side, described method comprises:
Listen to Bluetooth broadcast signal by preset bluetooth equipment, and establish a communications link with corresponding e-token equipment;
Determine the current residing state of described e-token equipment;
If be no initializtion state, then generate initialization seed;
By described communication connection, described initialization seed is sent to described e-token equipment, so that described e-token equipment is preserved its local storage;
Connected the equipment identification information receiving described e-token equipment and send by described radio communication, and preserve the corresponding relation between described initialization seed and described e-token device identification.
A kind of e-token device initialize device, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At described e-token equipment side, described device comprises:
Electromagnetic field receiving element, for receiving wireless charging electromagnetic field by described electromagnetic induction coil;
Whether judging unit, for judging the initialization of described e-token equipment;
Radio unit, if for not yet initialization, then broadcast Bluetooth signal, is connected to set up radio communication with server;
Seed generation unit, for generating initialization seed, preserve in this locality stores, and by the corresponding relation between this initialization seed and described e-token device identification, connected by described radio communication and be sent to described server, so that the described corresponding relation of described preservation.
A kind of e-token device initialize device, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At server side, described device comprises:
Unit is set up in communication connection, for listening to Bluetooth broadcast signal by preset bluetooth equipment, and establishes a communications link with corresponding e-token equipment;
Corresponding relation receiving element, the information that the e-token equipment for receiving described correspondence by described communication connection sends, described information comprises the corresponding relation between initialization seed and described e-token device identification;
Corresponding relation storage unit, for preserving described corresponding relation.
A kind of e-token device initialize device, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, initialization area is sent to by production line, described initialization area is provided with wireless charging electromagnetic field, and at described e-token equipment side, described device comprises:
Electromagnetic field receiving element, for receiving wireless charging electromagnetic field by described electromagnetic induction coil;
Whether judging unit, for judging the initialization of described e-token equipment;
Radio unit, if for not yet initialization, then broadcast Bluetooth signal, is connected to set up radio communication with server;
Seed receiving element, for being connected the initialization seed receiving described server and send by described radio communication, and is preserved in this locality stores;
Device identification transmitting element, sends to described server by the identification information of described e-token equipment, so that described server preserves the corresponding relation between described initialization seed and described e-token device identification for being connected by described radio communication.
A kind of e-token device initialize device, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, initialization area is sent to by production line, described initialization area is provided with wireless charging electromagnetic field, and at server side, described device comprises:
Unit is set up in communication connection, for listening to Bluetooth broadcast signal by preset bluetooth equipment, and establishes a communications link with corresponding e-token equipment;
Status determining unit, for determining the current residing state of described e-token equipment;
Seed generation unit, if for being no initializtion state, then generate initialization seed;
Seed transmitting element, for described initialization seed being sent to described e-token equipment by described communication connection, so that described e-token equipment is preserved its local storage;
Device identification receiving element, for being connected the equipment identification information receiving described e-token equipment and send by described radio communication, and preserves the corresponding relation between described initialization seed and described e-token device identification.
According to the specific embodiment that the application provides, this application discloses following technique effect:
Pass through the embodiment of the present application, because e-token equipment is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, therefore, one initialization area can be provided, this region be provided with wireless charging electromagnetic field, like this, just can will detect that the event of wireless charging electromagnetic field is as starting to carry out initialized trigger event, and established a communications link by bluetooth between e-token equipment and server, carry out the transmission of initialization seed, and complete initialized process.Like this, without the need to carrying out initialization by physical communication interface, and the initialization of mass can be realized.
Certainly, the arbitrary product implementing the application might not need to reach above-described all advantages simultaneously.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only some embodiments of the application, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of the e-token equipment that the embodiment of the present application provides;
Fig. 2 is the flow chart of the first method that the embodiment of the present application provides;
Fig. 3 is the flow chart of the second method that the embodiment of the present application provides;
Fig. 4 is the flow chart of the third method that the embodiment of the present application provides;
Fig. 5 is the flow chart of the 4th method that the embodiment of the present application provides;
Fig. 6 is the schematic diagram of the first device that the embodiment of the present application provides;
Fig. 7 is the schematic diagram of the second device that the embodiment of the present application provides;
Fig. 8 is the schematic diagram of the 3rd device that the embodiment of the present application provides;
Fig. 9 is the schematic diagram of the 4th device that the embodiment of the present application provides.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present application, be clearly and completely described the technical scheme in the embodiment of the present application, obviously, described embodiment is only some embodiments of the present application, instead of whole embodiments.Based on the embodiment in the application, the every other embodiment that those of ordinary skill in the art obtain, all belongs to the scope of the application's protection.
For ease of understanding, first novel e-token equipment is introduced below.First, safety chip can be built-in with in this e-token equipment, for generation of e-token character string, in addition, bluetooth communication chip can also be built-in with, when needs use mobile communication equipment to carry out Net silver operation, e-token equipment and mobile communication connection between fast equipment can be set up by bluetooth communication chip, and the transmission of e-token character string is carried out by this connection, like this, user does not need the operation carrying out manual input e-token character string again.Simultaneously, in order to play effects such as being easy to carry, e-token equipment in the embodiment of the present application can also make card form structure, it can be identical or close that the size thickness etc. of card blocks with ordinary bank, like this, this e-token equipment and other bank card etc. just can be placed in the instruments such as Ka Bao and carry or deposit by user, and do not need specially for this e-token equipment prepares other bag tool in addition.
See Fig. 1, this equipment is card form structure, and card is built-in with bluetooth communication chip 101, safety chip 102, button assembly 103 and battery 104.
Wherein, bluetooth communication chip 101 is connected with described safety chip 102 and described button assembly 103 respectively, safety chip 102 is mainly used in producing e-token character string according to preset algorithm, such as, can be dynamically generate summary info by built-in clock (time type), counter (event mode) or input keyboard (challenge response type), and generate numeral or the letter of 6 ~ 8, etc.Battery 104 is for providing electric energy for described bluetooth communication chip and safety chip.
Bluetooth communication chip 101 is connected for setting up radio communication with the mobile terminal device of user, when receiving prepositioned instruction by described button assembly 103, connected by described radio communication, the e-token character string of the current generation of described safety chip 102 is sent to described mobile terminal device, so that the client in described mobile terminal device utilizes described e-token character string to carry out authentication.
Wherein, the physical button be connected with button assembly 103 is also provided with in the outside of above-mentioned card, wherein, dissimilar operation is performed for the ease of user, comprise confirmation or cancellation etc., physical button can be two or more, as shown in the button 105,106 in Fig. 1, be used separately as " cancellation " and " confirmation " function, be used for allowing user select whether to agree to current financial transaction.Wherein " confirmation " button can also realize the functions such as switching on and shutting down long on time.
That is, when transaction such as user need to use its mobile terminal device to carry out transferring accounts, if user allows the execution of this time transaction, then can carry out push to " confirmation " button on card face, like this, bluetooth communication chip 101 just can obtain current e-token character string from safety chip 102, and by being connected with the bluetooth communication between mobile terminal device, sends to this mobile terminal device.
Wherein, can have multiple about the specific implementation established a communications link between Bluetooth communication chip 101 and mobile terminal device.Such as, under a kind of mode, bluetooth communication chip can be the chip supporting bluetooth 4.0 and above release protocol thereof, like this, can broadcast its MAC Address according to certain time interval, like this, mobile terminal device just can by listening to this broadcast, obtain the MAC Address of bluetooth in e-token equipment, and set up with it its communication connection according to consensus standard.Certainly, the broadcast of Bluetooth communication chip 101 also can be triggered by certain event, such as under e-token equipment is in off-mode, Bluetooth communication chip 101 can not produce broadcast singal, as long as when e-token equipment is started shooting, just prove that user may need to use this equipment, now, just can start to send aforementioned broadcast singal according to certain cycle, etc.Or under another kind of implementation, also can be at bluetooth communication chip 101 when receiving concrete operational order by button assembly 103, then send aforementioned broadcast singal, to connect with mobile communication equipment, etc.In addition, if traditional bluetooth communication chip, being also the version of bluetooth less than 4.0, owing to not there is broadcast capability, therefore, also can being realized by traditional matching method when connecting between two equipment.It should be noted that, in this case, aforementioned button 105,106 etc. also can have for confirming or cancel the function that bluetooth connects.
It should be noted that, previously described bluetooth communication chip 101 and safety chip 102 can adopt existing hardware device to realize.
During specific implementation, aforementioned battery 104 can be disposable battery, or can also be rechargeable battery.When for rechargeable battery, for the ease of being its charging, device interior can also be built-in with electromagnetic induction coil 110, like this, can be implemented as this battery 104 and carries out wireless charging.
In addition, in order to avoid the waste of battery electric quantity, this device interior can also be provided with power management module 107, be connected with described rechargeable battery 104 and described button assembly 103 respectively, when described button assembly 103 receives the event that button is pressed, described power management module 107 triggers described battery 103 to start as described e-token equipment is powered, and stops power supply after preset time of delay.Like this, can accomplish that battery just can be powered only when needs use e-token equipment, otherwise, then do not need power supply, therefore, be conducive to saving battery electric quantity.
Moreover the outside of this electronic equipment can also be provided with display screen 108, for the information transmitted between described bluetooth communication chip 101 and described mobile terminal device is shown.Such as, can show the amount of money of current transaction, payee account information etc., user, before performing follow-up operation by button 105,106, further can be checked by the information showing screen display.Or, bluetooth communication chip 101 can also be sent to the e-token character string display of mobile terminal device on this display screen, etc.
When specific implementation, this e-token equipment may have various states, and such as, card is after producing and switching on power, and be in no initializtion state, system now enters wait initialize mode.After built-in seed, namely system enters normal operating conditions.Can enter resting state after without operation a period of time under normal operating conditions, and resting state enters normal operating conditions after can clicking the activator button of e-token, etc.Therefore, for the ease of knowing the current residing state of e-token equipment, can also, at card outer setting luminescence component 109, also be indicator light, clearly can indicate the current residing state of equipment by this indicator light.
It should be noted that, because the e-token equipment in the embodiment of the present application is card form structure, therefore, in order to avoid card is blocked up, bluetooth communication chip 101 and safety chip 102 can take by wafer (wafer) chip directly bonding (bonding) mode on circuit boards realize, can package thickness be reduced like this.Finally make the specification of e-token equipment can meet international finance IC-card standard, namely long: 85.72mm ~ 85.47mm; Wide: 54.03mm ~ 53.92mm; Thickness: 0.76 ± 0.08mm.Wherein, thickness also suitably can be increased within 2mm according to the change of internal cell size.
Above the physical structure of e-token equipment being described in detail, as mentioned before, in order to make safety chip can produce e-token character string for carrying out authentication, also needing use one " seed " to carry out the computing of being correlated with.And at e-token equipment after being produced, also not this seed, need first to carry out initialization process to it, make device interior can preserve this seed, and make server also preserve corresponding relation between each device identification and respective seed, so just can carry out normal authentication.Therefore should " seed " be also referred to as " initialization seed ".
In the embodiment of the present application, in order to realize the initialization to above-mentioned e-token equipment, one initialization area can be provided, such as, this region can be positioned at the port of export of line conveyor, like this, after e-token equipment to be produced from production line, directly can be sent to initialization area by the equipment such as conveyer belt.Wherein, e-token equipment is when being just produced, battery is the not amount of putting by default, and meanwhile, this initialization area can be provided with wireless charging electromagnetic field, once e-token equipment enters into initialization area, owing to being built-in with electromagnetic induction coil in e-token equipment, therefore, electromagnetic induction coil just can receive electromagnetic field, now, just can by this wireless charging electromagnetic field for e-token equipment provides electric energy.Like this, the electricity of consumes battery itself can be avoided on the one hand, on the other hand, also e-token equipment first time can be detected that this event of radio electromagnetsm field is as initialized trigger event, starts to perform initialization operation.Below concrete initialization operation process is introduced.
Embodiment one
In this embodiment one, initialization seed can produce in e-token equipment, that is, e-token equipment can be built-in with the program for generating initialization seed, like this, when entering into initialization operation, just can produce initialization seed by this program.Now, at e-token equipment side, provide a kind of e-token device initialize method, see Fig. 2, the method can comprise the following steps:
S201: receive wireless charging electromagnetic field by described electromagnetic induction coil;
After e-token equipment enters into initialization area, wireless charging electromagnetic field can be detected.It should be noted that, at initial phase, this electromagnetic induction coil can directly for equipment be powered, and under non-initial state, this electromagnetic induction coil can also charge for battery, then is that equipment is powered by battery.If but device battery is not rechargeable battery, so under non-initial state, this electromagnetic induction coil can become disarmed state, cannot accept external electromagnetic energy.
S202: judge the whether initialization of described e-token equipment;
S203: if not yet initialization, then broadcast Bluetooth signal, is connected to set up radio communication with server;
This process is the process that e-token equipment and server connect.It should be noted that, although be the initialization carried out after e-token device fabrication out, but in fact initialized operation remains to be carried out before specifically dispatching from the factory, therefore, corresponding server apparatus can be positioned near initialization area, makes to realize short-range communication by bluetooth between e-token equipment and server.
It should be noted that in addition, for server, its bluetooth equipment can be built-in, also can be external, and, same server can connect multiple bluetooth equipment (such as 2 or 4 etc.), meanwhile, same bluetooth equipment generally can support 8 communication connections, also namely can be connected with 8 other bluetooth equipments simultaneously, like this, server just can simultaneously with 16 even 32 e-token equipment communicate to connect.That is, being in initialization area just can for multiple at the e-token equipment of init state, and the initialization operation process of these e-token equipment can executed in parallel.
S204: generate initialization seed, preserves in this locality stores, and by the corresponding relation between this initialization seed and described e-token device identification, is connected be sent to described server, so that the described corresponding relation of described preservation by described radio communication.
Setting up after it communicates to connect with server, e-token equipment just can generate initialization seed, preserve in this locality stores, further, by the corresponding relation between this initialization seed and described e-token device identification, can be connected by described radio communication and be sent to described server, like this, server, after having preserved this corresponding relation, just can return and preserve successful notification message, terminate the initialization procedure of this e-token equipment.
Wherein, for an e-token equipment, if after aforementioned corresponding relation is sent to server, in regular hour section, have received the successful notification message of preservation of server feedback, then initialization success.Otherwise, if the preservation not receiving server in official hour section is successfully fed back, then can think initialization failure, now, information can be sent by the luminescence component on e-token equipment.Like this, the initialization of batch can be carried out in this way for each e-token equipment that production line is produced, the equipment that major part is wherein successfully initialized just can dispatch from the factory sale, and for the successful e-token equipment of the no initializtion sending component prompts, then can carry out operations such as reinitializing.
In addition, owing to can determine which e-token equipment is successfully initialized, which is success not, therefore, record can also be carried out, like this, in conjunction with the e-token equipment sum that this production line is produced to the e-token sum that same production line is successfully initialized, just can determine the ratio that the e-token sum on this production line is successfully initialized, this information has reference value for the optimization of initialization operation process.
Certainly, when statistically stating percent information, generally carry out based on same production line inside, but may deploy many production lines at same workshop, distance each other may be closer.Now, in order to avoid the wireless signal between different production line disturbs mutually, in the initialization area of each bar production line, an electromagnetic casing screen can be set respectively, the wireless communication signal in this region can be made so only to come into force in inside, thus the information accuracy counted is guaranteed.
Embodiment two
This embodiment two is corresponding with embodiment one, and from the angle of server side, provide a kind of e-token device initialize method, see Fig. 3, described method can comprise the following steps:
S301: listen to Bluetooth broadcast signal by preset bluetooth equipment, and establish a communications link with corresponding e-token equipment;
S302: the information that the e-token equipment receiving described correspondence by described communication connection sends, described information comprises the corresponding relation between initialization seed and described e-token device identification;
S303: preserve described corresponding relation.
After this corresponding relation of preservation, feedback can also be connected by aforementioned communication and preserve successful notification message.
Because this embodiment two is corresponding with embodiment one, therefore, relevant specific implementation, see the introduction in embodiment one, repeats no more here.
Embodiment three
In previous embodiment one and embodiment two, initialization seed produces in e-token equipment, and under another kind of implementation, in order to make e-token equipment be simplified, initialization seed can also produce at server end.Now, see Fig. 4, the embodiment of the present application three provides another kind of e-token device initialize method, and the method can comprise the following steps:
S401: receive wireless charging electromagnetic field by described electromagnetic induction coil;
S402: judge the whether initialization of described e-token equipment;
S403: if not yet initialization, then broadcast Bluetooth signal, is connected to set up radio communication with server;
Abovementioned steps S401 to S403 is identical with the S201 to S203 in embodiment one, repeats no more here.
S404: connected the initialization seed receiving described server and send by described radio communication, and preserve in this locality stores;
In this implementation, server is after setting up communication connection with e-token equipment, if find that this e-token equipment is in no initializtion state, then initialization seed can be generated, and the communication connection by setting up with this e-token equipment, this initialization seed is sent to this e-token equipment.After e-token equipment receives this initialization seed, just can preserve in this locality stores.
S405: connected by described radio communication and the identification information of described e-token equipment is sent to described server, so that described server preserves the corresponding relation between described initialization seed and described e-token device identification.
While preservation initialization seed, can also be connected by radio communication and the identification information of described e-token equipment is sent to described server, server just can preserve the corresponding relation between initialization seed and e-token device identification.Like this, along with the execution of initialization operation, server end can preserve multiple above-mentioned corresponding relation, corresponding this corresponding relation of each e-token equipment.
Embodiment four
This embodiment four is corresponding with embodiment three, from the introduction that the angle of server side is carried out concrete implementation.See Fig. 5, this embodiment four provides a kind of e-token device initialize method, and the method specifically can comprise the following steps:
S501: listen to Bluetooth broadcast signal by preset bluetooth equipment, and establish a communications link with corresponding e-token equipment;
S502: determine the current residing state of described e-token equipment;
S503: if be no initializtion state, then generate initialization seed;
S504: described initialization seed is sent to described e-token equipment by described communication connection, so that described e-token equipment is preserved its local storage;
S505: connected the equipment identification information receiving described e-token equipment and send by described radio communication, and preserve the corresponding relation between described initialization seed and described e-token device identification.
It should be noted that, previous embodiment three, four is compared with embodiment one, two, and be only that the main body of generation initialization seed is different, other related contents are all identical, therefore, with reference to the introduction in embodiment one, two, repeat no more here.
Corresponding with the e-token device initialize method that the embodiment of the present application one provides, the embodiment of the present application additionally provides a kind of e-token device initialize device, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At described e-token equipment side, see Fig. 6, described device can comprise:
Electromagnetic field receiving element 601, for receiving wireless charging electromagnetic field by described electromagnetic induction coil;
Whether judging unit 602, for judging the initialization of described e-token equipment;
Radio unit 603, if for not yet initialization, then broadcast Bluetooth signal, is connected to set up radio communication with server;
Seed generation unit 604, for generating initialization seed, preserve in this locality stores, and by the corresponding relation between this initialization seed and described e-token device identification, connected by described radio communication and be sent to described server, so that the described corresponding relation of described preservation.
Corresponding with the e-token device initialize method that the embodiment of the present application two provides, the embodiment of the present application additionally provides a kind of e-token device initialize device, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At server side, see Fig. 7, described device comprises:
Unit 701 is set up in communication connection, for listening to Bluetooth broadcast signal by preset bluetooth equipment, and establishes a communications link with corresponding e-token equipment;
Corresponding relation receiving element 702, the information that the e-token equipment for receiving described correspondence by described communication connection sends, described information comprises the corresponding relation between initialization seed and described e-token device identification;
Corresponding relation storage unit 703, for preserving described corresponding relation.
Corresponding with the e-token device initialize method that the embodiment of the present application three provides, the embodiment of the present application additionally provides a kind of e-token device initialize device, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, initialization area is sent to by production line, described initialization area is provided with wireless charging electromagnetic field, at described e-token equipment side, see Fig. 8, described device comprises:
Electromagnetic field receiving element 801, for receiving wireless charging electromagnetic field by described electromagnetic induction coil;
Whether judging unit 802, for judging the initialization of described e-token equipment;
Radio unit 803, if for not yet initialization, then broadcast Bluetooth signal, is connected to set up radio communication with server;
Seed receiving element 804, for being connected the initialization seed receiving described server and send by described radio communication, and is preserved in this locality stores;
Device identification transmitting element 805, sends to described server by the identification information of described e-token equipment, so that described server preserves the corresponding relation between described initialization seed and described e-token device identification for being connected by described radio communication.
Corresponding with the e-token device initialize method that the embodiment of the present application four provides, the embodiment of the present application additionally provides a kind of e-token device initialize device, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, initialization area is sent to by production line, described initialization area is provided with wireless charging electromagnetic field, at server side, see Fig. 9, described device comprises:
Unit 901 is set up in communication connection, for listening to Bluetooth broadcast signal by preset bluetooth equipment, and establishes a communications link with corresponding e-token equipment;
Status determining unit 902, for determining the current residing state of described e-token equipment;
Seed generation unit 903, if for being no initializtion state, then generate initialization seed;
Seed transmitting element 904, for described initialization seed being sent to described e-token equipment by described communication connection, so that described e-token equipment is preserved its local storage;
Device identification receiving element 905, for being connected the equipment identification information receiving described e-token equipment and send by described radio communication, and preserves the corresponding relation between described initialization seed and described e-token device identification.
In a word, pass through the embodiment of the present application, because e-token equipment is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, therefore, one initialization area can be provided, this region is provided with wireless charging electromagnetic field, like this, just can will detect that the event of wireless charging electromagnetic field is as starting to carry out initialized trigger event, and established a communications link by bluetooth between e-token equipment and server, carry out the transmission of initialization seed, and complete initialized process.Like this, without the need to carrying out initialization by physical communication interface, and the initialization of mass can be realized.
Each embodiment in this specification all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually see, what each embodiment stressed is the difference with other embodiments.Especially, for system or system embodiment, because it is substantially similar to embodiment of the method, so describe fairly simple, relevant part illustrates see the part of embodiment of the method.System described above and system embodiment are only schematic, the wherein said unit illustrated as separating component or can may not be and physically separates, parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.Those of ordinary skill in the art, when not paying creative work, are namely appreciated that and implement.
The e-token device initialize method above the application provided and device, be described in detail, apply specific case herein to set forth the principle of the application and execution mode, the explanation of above embodiment is just for helping method and the core concept thereof of understanding the application; Meanwhile, for one of ordinary skill in the art, according to the thought of the application, all will change in specific embodiments and applications.In sum, this description should not be construed as the restriction to the application.
Claims (12)
1. an e-token device initialize method, it is characterized in that, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At described e-token equipment side, described method comprises:
Wireless charging electromagnetic field is received by described electromagnetic induction coil;
Judge the whether initialization of described e-token equipment;
If not yet initialization, then broadcast Bluetooth signal, be connected to set up radio communication with server;
Generate initialization seed, preserve in this locality stores, and by the corresponding relation between this initialization seed and described e-token device identification, connected by described radio communication and be sent to described server, so that the described corresponding relation of described preservation.
2. method according to claim 1, is characterized in that, described e-token device external is also provided with luminescence component, and described method also comprises:
Whether successfully judge the initialization operation of described e-token equipment, if unsuccessful, then trigger described luminescence component luminous.
3. method according to claim 1, it is characterized in that, it is one or more for entering into the e-token equipment that described initialization area carries out initialization operation, and the bluetooth equipment that described server connects establishes a communications link with described one or more e-token equipment simultaneously.
4. method according to claim 1, is characterized in that, also comprises:
Record is carried out to the e-token sum that same production line is successfully initialized, so that in conjunction with the e-token equipment sum that this production line is produced, determines the ratio that the e-token sum on this production line is successfully initialized.
5. method according to claim 4, is characterized in that, described initialization area is also provided with electromagnetic shielding box, to block the electromagnetic interference between different production line.
6. an e-token device initialize method, it is characterized in that, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At server side, described method comprises:
Listen to Bluetooth broadcast signal by preset bluetooth equipment, and establish a communications link with corresponding e-token equipment;
The information that the e-token equipment receiving described correspondence by described communication connection sends, described information comprises the corresponding relation between initialization seed and described e-token device identification;
Preserve described corresponding relation.
7. an e-token device initialize method, it is characterized in that, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field, at described e-token equipment side, described method comprises:
Wireless charging electromagnetic field is received by described electromagnetic induction coil;
Judge the whether initialization of described e-token equipment;
If not yet initialization, then broadcast Bluetooth signal, be connected to set up radio communication with server;
Connected the initialization seed receiving described server and send by described radio communication, and preserve in this locality stores;
Connected by described radio communication and the identification information of described e-token equipment is sent to described server, so that described server preserves the corresponding relation between described initialization seed and described e-token device identification.
8. an e-token device initialize method, it is characterized in that, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field, at server side, described method comprises:
Listen to Bluetooth broadcast signal by preset bluetooth equipment, and establish a communications link with corresponding e-token equipment;
Determine the current residing state of described e-token equipment;
If be no initializtion state, then generate initialization seed;
By described communication connection, described initialization seed is sent to described e-token equipment, so that described e-token equipment is preserved its local storage;
Connected the equipment identification information receiving described e-token equipment and send by described radio communication, and preserve the corresponding relation between described initialization seed and described e-token device identification.
9. an e-token device initialize device, it is characterized in that, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At described e-token equipment side, described device comprises:
Electromagnetic field receiving element, for receiving wireless charging electromagnetic field by described electromagnetic induction coil;
Whether judging unit, for judging the initialization of described e-token equipment;
Radio unit, if for not yet initialization, then broadcast Bluetooth signal, is connected to set up radio communication with server;
Seed generation unit, for generating initialization seed, preserve in this locality stores, and by the corresponding relation between this initialization seed and described e-token device identification, connected by described radio communication and be sent to described server, so that the described corresponding relation of described preservation.
10. an e-token device initialize device, it is characterized in that, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field; At server side, described device comprises:
Unit is set up in communication connection, for listening to Bluetooth broadcast signal by preset bluetooth equipment, and establishes a communications link with corresponding e-token equipment;
Corresponding relation receiving element, the information that the e-token equipment for receiving described correspondence by described communication connection sends, described information comprises the corresponding relation between initialization seed and described e-token device identification;
Corresponding relation storage unit, for preserving described corresponding relation.
11. 1 kinds of e-token device initialize devices, it is characterized in that, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field, at described e-token equipment side, described device comprises:
Electromagnetic field receiving element, for receiving wireless charging electromagnetic field by described electromagnetic induction coil;
Whether judging unit, for judging the initialization of described e-token equipment;
Radio unit, if for not yet initialization, then broadcast Bluetooth signal, is connected to set up radio communication with server;
Seed receiving element, for being connected the initialization seed receiving described server and send by described radio communication, and is preserved in this locality stores;
Device identification transmitting element, sends to described server by the identification information of described e-token equipment, so that described server preserves the corresponding relation between described initialization seed and described e-token device identification for being connected by described radio communication.
12. 1 kinds of e-token device initialize devices, it is characterized in that, described e-token is card form structure, described card is built-in with bluetooth communication chip, safety chip, battery and electromagnetic induction coil, after described e-token equipment is produced, be sent to initialization area by production line, described initialization area is provided with wireless charging electromagnetic field, at server side, described device comprises:
Unit is set up in communication connection, for listening to Bluetooth broadcast signal by preset bluetooth equipment, and establishes a communications link with corresponding e-token equipment;
Status determining unit, for determining the current residing state of described e-token equipment;
Seed generation unit, if for being no initializtion state, then generate initialization seed;
Seed transmitting element, for described initialization seed being sent to described e-token equipment by described communication connection, so that described e-token equipment is preserved its local storage;
Device identification receiving element, for being connected the equipment identification information receiving described e-token equipment and send by described radio communication, and preserves the corresponding relation between described initialization seed and described e-token device identification.
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| CN201510263097.XA CN104901957B (en) | 2015-05-21 | 2015-05-21 | E-token equipment initial method and device |
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| CN201510263097.XA CN104901957B (en) | 2015-05-21 | 2015-05-21 | E-token equipment initial method and device |
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