CN102592066A - Fingerprint password device adaptive to intelligent device and processing method of the fingerprint password device - Google Patents
Fingerprint password device adaptive to intelligent device and processing method of the fingerprint password device Download PDFInfo
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- CN102592066A CN102592066A CN2011100084431A CN201110008443A CN102592066A CN 102592066 A CN102592066 A CN 102592066A CN 2011100084431 A CN2011100084431 A CN 2011100084431A CN 201110008443 A CN201110008443 A CN 201110008443A CN 102592066 A CN102592066 A CN 102592066A
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Abstract
The invention provides a fingerprint password device adaptive to an intelligent device, and a processing method of the fingerprint password device. The processing method of the fingerprint password device adaptive to the intelligent device comprises receiving a biological identity information collection request from the intelligent device based on a communication interface of the intelligent device; collecting fingerprint information of a subscriber of the intelligent device; processing the fingerprint information of the subscriber, and generating biological identity information to be transmitted outside; and transmitting the biological identity information to the intelligent device through the communication interface unit.
Description
Technical field
The invention belongs to semiconductor transducer and Embedded Application technical field, especially relate to a kind of finger-print cipher equipment and disposal route thereof that adapts to smart machine.
Background technology
Present embedded technology high speed development, the smart machine that can communicate by letter with diverse network is seen everywhere, like smart mobile phone, PAD and iPad etc.On these smart machines, can be connected on the internet through ubiquitous various communication networks, move various application programs, or visit various Web websites based on the internet, be very easy to people's life, study and work.
In said various application programs and various Web website based on the internet; Usually need input number of the account and password to login; And, can with the Web website different numbers of the account and password be set to different internet applications usually in order to reach certain security.For example, mobile-phone payment, visit E-mail address and login chat tool or the like.These need administer and maintain a certain amount of number of the account and password, mistaken possibly internet application or Web website corresponding account number and password.
If directly user account and user cipher are stored, cause the leakage of these information probably because of a variety of causes, cause user's economic loss and moral injury to a certain extent.For example, the number of the account of Web bank and the leakage of password possibly cause loss economically, and the number of the account of chat tool and the leakage of password possibly cause spiritual injury etc.
Summary of the invention
The technical matters that the present invention solves is to provide a kind of finger-print cipher equipment and disposal route thereof that adapts to smart machine; Can assist smart machine to pass through the finger print information management, safeguard; Encipherment protection and various numbers of the account of use and password; Strengthen the highest security rank of number of the account and password, improve the convenience of using smart machine.
Embodiment of the present invention provides a kind of finger-print cipher equipment that adapts to smart machine, comprising:
The finger print information collecting unit is used for scanning fingerprint, under the control of finger print information collection driver element, gathers finger print information;
Finger print information is gathered driver element, is used under the operation of control center unit, drives the finger print information collecting unit, makes it to implement the collection of finger print information, or makes it to be in ready, idle, sleep state;
The finger print information processing unit under the operation of control center unit, is gathered driver element from finger print information and is obtained and analyze finger print information, generates and treats the outwards biological identity information of transmission;
The communication drivers unit drives communications interface unit, the data communication between realization and the smart machine;
Communications interface unit is suitable for setting up the physical channel of communicating by letter with smart machine;
The control center unit; Be used to read instruction from the smart machine of communications interface unit; Start the work of said finger print information collecting unit, finger print information collection driver element and finger print information processing unit, said biological identity information is sent to said smart machine through said communications interface unit.
Alternatively, said finger print information collection driver element, finger print information processing unit, communication drivers unit and control center's collection of units are formed in the microprocessor.
Alternatively, said finger print information processing unit and control center's collection of units are formed in the microprocessor; Said finger print information is gathered between driver element, finger print information processing unit, communication drivers unit and the said microprocessor has communication port.
Alternatively, said control center unit is deciphered the instruction of said smart machine from communications interface unit, encrypts to instruction and biological identity information that smart machine sends from communications interface unit said.
Alternatively, said communications interface unit comprises USB interface, or serial line interface, or wireless communication interface.
Alternatively, said finger-print cipher equipment also comprises positioning indicator, is used to indicate the duty of this finger-print cipher equipment.
Alternatively, said finger-print cipher equipment also comprises status unit, is used to control the duty of said finger-print cipher equipment.
Alternatively, said finger-print cipher equipment also comprises housing, and said housing has the spatial accommodation that is suitable for holding said smart machine; Said finger print information collecting unit, finger print information are gathered driver element, finger print information processing unit, communications interface unit, communication drivers unit, the control center unit is arranged on the housing or in the housing.
Alternatively; Said finger-print cipher equipment also comprises encapsulating structure; Said fingerprint collecting unit, finger print information are gathered driver element, finger print information processing unit, communication drivers unit, control center unit through said encapsulating structure encapsulation, and said fingerprint collecting unit and communications interface unit are positioned at the encapsulating structure surface.
Embodiment of the present invention provides a kind of finger-print cipher disposal route that adapts to smart machine, comprising:
Communication interface based on said smart machine receives the biological identity information request from said smart machine; Gather smart machine user's finger print information; Handle said smart machine user's finger print information, generate and treat the outwards biological identity information of transmission; Said biological identity information is sent to said smart machine through said communications interface unit.
Alternatively, the said finger-print cipher disposal route that adapts to smart machine also comprises: when receiving said biological identity information acquisition request, convert acquisition state into from idle condition or ready state or sleep state.
Alternatively, the said finger-print cipher disposal route that adapts to smart machine also comprises: receive the mode set command from said smart machine based on said communication interface, based on said mode set command, system's the past state is transferred to dbjective state.
Alternatively; The said finger-print cipher disposal route that adapts to smart machine; Also comprise: receive status poll instruction based on said communication interface, obtain current states information, status information is sent to said smart machine through said communication interface from said smart machine.
Alternatively; The said finger-print cipher disposal route that adapts to smart machine also comprises: said biological identity information acquisition request is under the situation of locking/unlocking smart machine, smart machine E-Payment, backup/restoration smart machine data or smart machine login, to generate.
Alternatively, the said finger-print cipher disposal route that adapts to smart machine is deciphered said biological identity information acquisition request; Before said biological identity information is sent to said smart machine through said communications interface unit, said biological identity information is encrypted.
Alternatively, the said finger-print cipher disposal route that adapts to smart machine, said encryption mode is TDES.
Compared with prior art; The finger-print cipher equipment that adapts to smart machine of embodiment of the present invention and the beneficial effect of disposal route thereof are: smart machine can be realized communicating by letter with said finger-print cipher equipment easily; Be easy to control and use; To obtain finger print information, different numbers of the account and password are managed, safeguard and used to auxiliary smart machine safely and reliably easily, reduces the possibility that the user reveals personal information; Effectively reduce economic loss of user, effectively alleviate the moral injury that the user possibly receive; Can also realize automatic login to a certain extent on this basis, effectively improve the practicality of smart machine.
Description of drawings
Fig. 1 is a kind of synoptic diagram that adapts to the finger-print cipher equipment of smart machine of embodiment of the present invention;
Fig. 2 is the synoptic diagram that the another kind of embodiment of the present invention adapts to the finger-print cipher equipment of smart machine;
Fig. 3 is the synoptic diagram that the another kind of embodiment of the present invention adapts to the finger-print cipher equipment of smart machine;
Fig. 4 is a kind of synoptic diagram that adapts to the finger-print cipher disposal route of smart machine of embodiment of the present invention.
Embodiment
For make above-mentioned purpose of the present invention, feature and advantage can be more obviously understandable, does detailed explanation below in conjunction with the accompanying drawing specific embodiments of the invention.
To the problem in the background technology, the present invention provides a kind of finger-print cipher equipment that adapts to smart machine.With reference to figure 1, show a kind of synoptic diagram that adapts to the finger-print cipher equipment of smart machine of embodiment of the present invention, the said finger-print cipher equipment that adapts to smart machine comprises:
Finger print information collecting unit 100 comprises fingerprint sensor and its control Driver Circuit, is used in the user fingerprints scanning process sampling user's finger print information, work under the driving of finger print information collection driver element 201.
Said sampling user's finger print information can be a digital signal, and finger print information is gathered driver element 201 and directly obtained said digital signal through physical communication channels.
Said sampling user's finger print information can be a simulating signal, gathers driver element 201 by finger print information more afterwards and converts it to digital signal.
Finger print information is gathered driver element 201, is used under the operation of control center unit 204, and control finger print information collecting unit 100 makes it to implement the collection of finger print information, or makes it to be in ready state, or make it to be in idle condition, or makes it to be in sleep state; Drive finger print information collecting unit 100 and implement the finger print information sampling, and correctly obtain sampled data.
Finger print information processing unit 202; Under the operation of control center unit 204; Gather driver element 201 from finger print information and continue to receive the also finger print information of analytical sampling; Obtain and store a secondary pollutant identity information, generate biological identity information to be sent, under the operation of control center unit 204, said biological identity information is passed to communication drivers unit 203 again.
Said communications interface unit can be a physical signalling transmission interface arbitrarily, like communication interfaces such as USB interface and serial ports, or like wireless communication interfaces such as bluetooth, WSN etc.
Said task can be the duty of gathering finger print information, inquiring about and being provided with said finger-print cipher equipment.
Accomplishing in the said task process, can be through encrypting, can after receiving enciphered data, be deciphered by control center unit 204, redispatching after the data of sending are encrypted with communicating by letter between the smart machine.
Said whole system operation state can have states such as sleep, ready, free time and collection.
Said sleep state is meant that total system is in complete off position, needs external signal to wake up.Like the external unit that is connected with native system through sending data to communications interface unit 300, can waken system, beginning received communication data message; Perhaps through implementing wake operation by manually operated button.
Said ready state is meant that total system all is in normal condition, can start working at any time, in start-up system, completion current task or after from sleep, waking up, can be in ready state usually.
Said idle condition is meant that total system is in the wait task state.
Said acquisition state is meant that total system is being gathered finger print information.
Said finger-print cipher equipment can also have a positioning indicator (figure does not show), in order to the expression current working state.
Said finger-print cipher equipment can also have a status unit (figure does not show), is used to control the duty of said finger-print cipher equipment.
With reference to figure 2, the another kind that shows embodiment of the present invention adapts to the synoptic diagram of the finger-print cipher equipment of smart machine, and the said finger-print cipher equipment that adapts to smart machine comprises; Finger print information collecting unit 100; Microprocessor 200, communications interface unit 300, and shell 400.
Said finger print information collecting unit 100, communications interface unit 300, and the finger print information that comprises of processor 200 gather driver element 201, finger print information processing unit 202, communication drivers unit 203 and control center unit 204 on function all can with Fig. 1 in consistent.
The circuit of said shell 400 in order to carry microprocessor 200, communications interface unit 300 and finger print information collecting unit and to be connected these unit, the position of these unit can reasonably be placed arbitrarily.
Said shell 400 hollows, the smart machine that is attached thereto in order to placement.
With reference to figure 3; The another kind that shows embodiment of the present invention adapts to the synoptic diagram of the finger-print cipher equipment of smart machine, and the said finger-print cipher equipment that adapts to smart machine comprises: finger print information collecting unit 100, microprocessor 200; Communications interface unit 300, and encapsulating shell 500.
Wherein microprocessor 200 comprises finger print information collection driver element 201, finger print information processing unit 202, communication drivers unit 203 and control center unit 204.
Said finger print information collecting unit 100, communications interface unit 300, and the finger print information that comprises of processor 200 gather driver element 201, finger print information processing unit 202, communication drivers unit 203 and control center unit 204 on function all can with Fig. 1 in consistent.
The circuit of said encapsulating shell 500 in order to carry microprocessor 200, communications interface unit 300 and finger print information collecting unit 100 and to be connected these unit, the position of these unit can reasonably be placed arbitrarily.
With reference to figure 4, show a kind of finger-print cipher disposal route synoptic diagram that adapts to smart machine of embodiment of the present invention, the said finger-print cipher disposal route that adapts to smart machine comprises:
Step S101, system opens.
The unlatching that powers on is opened by said system, also can be opened again by reboot button, can also be to open again through the instruction that the smart machine that is attached thereto sends.
Step S102; Driver element 201 and communication drivers unit 203 are gathered through the controlling and driving finger print information in control center unit 204; Whether self check finger print information collecting unit 100 and communications interface unit 300 can operate as normal, if all can operate as normal, then through self check.
Step S103, system changes ready state over to, waits for operational order.
Step S104, the communication information is received from communications interface unit 300 in communication drivers unit 203, and it is passed to control center unit 204.
Step S105, control center unit 204 is deciphered the communication information of receiving earlier, instructs parsings again, gets into accordingly based on the instruction type of supporting and operates.If the instruction of analyzing is to gather finger print information instruction, execution in step S106; If the status poll instruction, execution in step S113; If the sleep instruction, execution in step S117; If do not support present instruction, can error message be sent through communication drivers unit 203.
Step S106, said instruction of receiving prepares to begin to gather for gathering finger print information.
Step S107, control center unit 204 operation finger print informations are gathered driver element 201, make it to drive fingerprint collecting unit 100 and begin to gather finger print information.
Step S108, control center unit 204 operation finger print information processing units 202 make it to gather and analyze finger print information.
Said analysis finger print information can be data of analyzing current collection, and judges begins the moment of scanning fingerprint and finger scan end, between sampled data can synthesize a secondary pollutant identity information, generate biological identity information; Whether and it is effective to judge the current finger print information that obtains.
After collecting biological identity information, execution in step S109.
Step S109 stops to gather finger print information, generates biological identity information to be sent.
Step S110 encrypts said biological identity information earlier, and the biological identity information after will encrypting again passes to communication drivers unit 203.
Step S111, communication drivers unit 203 sends said biological identity information through communications interface unit 300.
Step S112 sends and accomplishes, and ready state is got back to by system, waits for instruction next time.
Step S113, said instruction of receiving is the status poll instruction, obtains current state information.
Step S114, control center unit 204 passes to communication drivers unit 203 after status information is encrypted.
Step S115, communication drivers unit 203 sends status information through communications interface unit 300.
Step S116 sends and accomplishes, and ready state is got back to by system, waits for new instruction.
Step S117, said instruction of receiving is the sleep instruction, sleep state is prepared to get into by system.
Step S118, system begin to get into sleep state, and wake up the wait outside, until outside wake-up interrupts, returns ready state, waits for new instruction.
Said communication drivers unit 203 sends the process of data, can be according to the Design of Communication Interface corresponding communication agreement of reality use, to guarantee the correctness of communication.
As stated, and the communication data between the smart machine also can be not encrypted.Corresponding therewith, in step S105, can directly instruct parsing; In step S110, directly will pass to communication drivers unit 203 for the biological identity information of encrypting; In step S114, directly status information is passed to communication drivers unit 203.
As stated, and the communication data between the smart machine whether need encrypt and can select according to the needs of level of security.The communication mode of encrypting can be safer, can prevent the leakage of biological identity information.But not the level of security of cipher mode is low relatively, may cause losing of biological identity information, but cost is low relatively.
As stated, the instruction type of system's support can increase and decrease as required, and person skilled can be expanded and realize on the basis of the above.
Aforesaid finger-print cipher equipment and disposal route thereof; Can on smart machine, realize the collection of finger print information quite easily; Smart machine just can be encrypted storage numerous number of the account and password through the finger print information that collects; Improve the security of number of the account and password, can not cause the leakage of number of the account and password because of the mismanagement of smart machine.
Can also when the needs user inputs number of the account and password, launch finger print identifying through on smart machine, revising application program; Use described finger-print cipher equipment and disposal route thereof, gather user's finger print information, with the finger print information comparison of encrypting numerous numbers of the account of storage and password; If mate successfully, then represent biological authentication success, can store numerous numbers of the account and password in order to enabling decryption of encrypted; And therefrom select required fingerprint and password; Realize input automatically, only need just can use the numerous numbers of the account and the effect of password easily through finger print identifying thereby reach.
Use said finger-print cipher equipment to be connected through communication interface with smart machine; Can realize the automatic login of smart machine; Implementation method can comprise: gather finger print information through said finger-print cipher equipment; Setting and storage are used for the original fingerprint information of fingerprint Auto Login feature, and the enabled identifier of sign fingerprint Auto Login feature is set, and are provided with also to encrypt to store number of the account and the encrypted message that is used to login; Fingerprint is logined automatically, when needing the user to input number of the account and password, and after the biological authentication success, inquiry current application corresponding account number and password from automatic login account and encrypted message, login after the input automatically.
Use said finger-print cipher equipment to be connected through communication interface with smart machine; Can realize backing up and recovering the data message on the smart machine; Implementation method can comprise: gather finger print information through finger-print cipher equipment; Be provided with and store the original fingerprint information that is used for fingerprint recovery and backup data information function, the sign fingerprint is set recovers and the enabled identifier of backup data information function, launch fingerprint and recover and the backup data information function; Data message on the backup intelligence equipment after the biological authentication success, merges local data message, through server with the fused data information back-up of this locality in backup database; Recover the data message on the smart machine, after the biological authentication success, the backup data information through server obtains from backup database recovers local data message based on the backup data information that obtains.
Use said finger-print cipher equipment to be connected through communication interface with smart machine; Can be implemented in and accomplish the autoelectrinic payment function on the smart machine; Implementation method can comprise: launch fingerprint and pay function by mails, gather finger print information through said finger-print cipher equipment, be provided with and store the original fingerprint information that is used for fingerprint E-Payment function; The sign fingerprint is set pays the enabled identifier of function by mails, be provided with and encrypt the personal information that needs input in the store electrons payment process; The payment of enforcement autoelectrinic when paying beginning by mails, is gathered finger print information through finger-print cipher equipment; After the biological authentication success; The deciphering fingerprint is paid personal list of information by mails, therefrom selects required E-Payment personal information, accomplishes automatically and pays by mails.
Use said finger-print cipher equipment to be connected through communication interface with smart machine; Can come the locking and unlocking smart machine through finger print information; Implementation method can comprise: smart machine is at first gathered finger print information through finger-print cipher equipment, and setting and storage are used for the original fingerprint information of the locking and unlocking smart machine, and locking condition is set; As the locking of starting shooting; Surpass setting-up time and do not use locking etc., the identifier that locking of sign fingerprint and unlocking function have activated is set, activate fingerprint locking and unlocking function; When smart machine needs release, gather finger print information through finger-print cipher equipment, the original fingerprint information comparison that is used for fingerprint the locking and unlocking function with said setting and storage behind the success identity, changes released state over to from lock-out state.
Though the present invention through the preferred embodiment explanation as above, these preferred embodiments are not in order to limit the present invention.Those skilled in the art is not breaking away from the spirit and scope of the present invention, should have the ability various corrections and additional are made in this preferred embodiment, and therefore, protection scope of the present invention is as the criterion with the scope of claims.And the implication of the term of using among the present invention, words and claim can not only limit to its literal and common implication and go to understand, and also should comprise the implication and the notion that conform to technology of the present invention.
Claims (17)
1. a finger-print cipher disposal route that adapts to smart machine is characterized in that, comprising:
Communications interface unit based on said smart machine receives the biological identity information acquisition request from said smart machine;
Gather smart machine user's finger print information;
Handle said smart machine user's finger print information, generate and treat the outwards biological identity information of transmission;
Said biological identity information is sent to said smart machine through said communications interface unit.
2. finger-print cipher disposal route as claimed in claim 1 is characterized in that, also comprises: the collection of said finger print information realizes when being in acquisition state.
3. finger-print cipher disposal route as claimed in claim 1 is characterized in that, also comprises: when receiving said biological identity information acquisition request, convert acquisition state into from idle condition or ready state or sleep state.
4. finger-print cipher disposal route as claimed in claim 1 is characterized in that, also comprises:
Receive mode set command based on said communication interface from said smart machine;
Based on said mode set command, state is transferred to dbjective state in the past.
5. finger-print cipher disposal route as claimed in claim 1 is characterized in that, also comprises:
Receive status poll instruction based on said communication interface from said smart machine;
Obtain current states information, status information is sent to said smart machine through said communication interface.
6. like each described finger-print cipher disposal route of claim 1 to 4; It is characterized in that said biological identity information acquisition request is under the situation of locking/unlocking smart machine, smart machine E-Payment, backup/restoration smart machine data or smart machine login, to generate.
7. finger-print cipher disposal route as claimed in claim 1 is characterized in that, said biological identity information acquisition request is deciphered; Before said biological identity information is sent to said smart machine through said communications interface unit, said biological identity information is encrypted.
8. finger-print cipher disposal route as claimed in claim 7 is characterized in that, said encryption mode is the TDES pattern.
9. a finger-print cipher equipment that adapts to smart machine is characterized in that, comprising:
The finger print information collecting unit is used to gather the user's of said smart machine finger print information;
Finger print information is gathered driver element, is used to drive said finger print information collecting unit;
The finger print information processing unit is used to handle the finger print information from said finger print information collecting unit, generates to treat the outwards biological identity information of transmission;
Communications interface unit is suitable for setting up the physical channel that communicates with said smart machine;
The communication drivers unit is used to drive said communications interface unit, the data communication between realization and the smart machine;
The control center unit; Be used to read instruction from the smart machine of communications interface unit; Start the work of said finger print information collecting unit, finger print information collection driver element and finger print information processing unit, said biological identity information is sent to said smart machine through said communications interface unit.
10. finger-print cipher equipment as claimed in claim 9 is characterized in that, said finger print information is gathered driver element, finger print information processing unit, communication drivers unit and control center's collection of units and is formed in the microprocessor.
11. finger-print cipher equipment as claimed in claim 9 is characterized in that, said finger print information processing unit and control center's collection of units are formed in the microprocessor; Said finger print information is gathered between driver element, finger print information processing unit, communication drivers unit and the said microprocessor has communication port.
12. finger-print cipher equipment as claimed in claim 9 is characterized in that said communications interface unit comprises USB interface, or serial line interface, or wireless communication interface.
13. finger-print cipher equipment as claimed in claim 9 is characterized in that, also comprises: positioning indicator is used to indicate the duty of this finger-print cipher equipment.
14. finger-print cipher equipment as claimed in claim 9 is characterized in that, also comprises: status unit is used to control the duty of said finger-print cipher equipment.
15. finger-print cipher equipment as claimed in claim 9 is characterized in that, said control center unit is deciphered the instruction of said smart machine from communications interface unit; Said control center unit is encrypted to instruction and biological identity information that smart machine sends from communications interface unit said.
16., it is characterized in that also comprise housing, said housing has the spatial accommodation that is suitable for holding said smart machine like each described finger-print cipher equipment of claim 9 to 15;
Said finger print information collecting unit, finger print information are gathered driver element, finger print information processing unit, communications interface unit, communication drivers unit, the control center unit is arranged on the housing or in the housing.
17. like each described finger-print cipher equipment of claim 9 to 15; It is characterized in that; Also comprise encapsulating structure; Said fingerprint collecting unit, finger print information are gathered driver element, finger print information processing unit, communication drivers unit, control center unit through said encapsulating structure encapsulation, and said fingerprint collecting unit and communications interface unit are positioned at the encapsulating structure surface.
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| CN2011100084431A CN102592066A (en) | 2011-01-14 | 2011-01-14 | Fingerprint password device adaptive to intelligent device and processing method of the fingerprint password device |
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Application publication date: 20120718 |