CN108599955A - A kind of authentication system and method based on big data - Google Patents
A kind of authentication system and method based on big data Download PDFInfo
- Publication number
- CN108599955A CN108599955A CN201810253429.XA CN201810253429A CN108599955A CN 108599955 A CN108599955 A CN 108599955A CN 201810253429 A CN201810253429 A CN 201810253429A CN 108599955 A CN108599955 A CN 108599955A
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- China
- Prior art keywords
- server
- photo
- dsp controller
- fingerprint
- people
- Prior art date
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Classifications
-
- 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
- H04L9/3226—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 using a predetermined code, e.g. password, passphrase or PIN
- H04L9/3231—Biological data, e.g. fingerprint, voice or retina
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/12—Fingerprints or palmprints
- G06V40/1365—Matching; Classification
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/16—Human faces, e.g. facial parts, sketches or expressions
- G06V40/172—Classification, e.g. identification
-
- 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
- H04L9/3226—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 using a predetermined code, e.g. password, passphrase or PIN
Abstract
The authentication system based on big data of the present invention, including server, finger print acquisition module, image capture module, fingerprint authentication module and image authentication module are connected with the server communication；Finger print acquisition module acquisition is verified the finger print information of people and is sent to server；Image capture module acquisition is verified the photographic intelligence of people and is sent to server；Fingerprint authentication module acquires to be verified the finger print information of people and be sent to server again carries out fingerprint authentication；Image capture module acquisition, which is verified the photographic intelligence of people and is sent to server, carries out photo verification；Server is used to generate identifying code when first time carrying out fingerprint and photo acquisition, is verified to identifying code when carrying out fingerprint and photo is verified.
Description
Technical field
The present invention relates to identity validation technology fields, and in particular to a kind of authentication system and side based on big data
Method.
Background technology
It usually requires to verify admission personnel identity information in some public places, traditional authentication means are logical
Often only the identity card for being detected personnel is verified, but identity card can also play tricks in fact, or only carry out fingerprint
Verification；Due to only carry out single personal information along causing verification the verifying results poor, cannot ensure along accuracy.
Accordingly, it is desirable to provide multi collect information can be carried out to fingerprint and face simultaneously and verify matched authentication
System, it is ensured that the accuracy of authentication.
Invention content
The purpose of the present invention is to provide a kind of authentication system and method based on big data, to solve existing body
Part verification device is to carry out single piece of information to verify the problem for causing verification the verifying results poor.
To achieve the above object, the technical scheme is that
A kind of authentication system based on big data, including server are connected with fingerprint with the server communication and adopt
Collect module, image capture module, fingerprint authentication module and image authentication module；
The finger print acquisition module is for acquiring the finger print information for being verified people and being sent to the server；
Described image acquisition module is for acquiring the photographic intelligence for being verified people and being sent to server；
The fingerprint authentication module is verified the finger print information of people for acquisition again and is sent to the server and carries out
Fingerprint authentication；
Described image acquisition module is verified the photographic intelligence of people for acquisition again and is sent to the server and carries out
Photo is verified；
The server is used to generate identifying code when first time carrying out fingerprint and photo acquisition, is carrying out fingerprint and photo
Identifying code is verified when verification.
Wherein, the finger print acquisition module includes pedestal, and the detection of recess in the inner is connected in the top of the pedestal
Plate, in being connected with the first dsp controller in the pedestal, in being connected in the detection plate and first dsp controller electricity
The first fingerprint sensor and pressure sensor of connection；It is hinged with conditioning box on the upside of the pedestal；In the conditioning box
Upside is connected with the second display screen being electrically connected with first dsp controller.
Wherein, the conditioning box includes the first circular guide ring for being connected in its underpart and the length for being connected in its underpart
Second guide rail of strip, in the first sliding shoe equipped with cubic that the top of second guide rail is slided；
The second guide ring of rectangle is connected with along the direction of plane where first guide ring, in described the
The first guide rail of strip is connected on the upside of two guide rings, in first equipped with cubic slided on first guide rail
Sliding shoe；
It is connected in one end far from first guide ring of the upper end of first guide rail and second guide rail outer
Wall is the shell of spherical surface；
In being connected with the stripper plate that side wall is curved surface on first sliding shoe and first sliding shoe, in the extruding
The first spring is connected between plate and the shell；
Stilling chamber is formed between the stripper plate and the shell, is placed in the middle part of the stilling chamber
First air bag, in being sewed with the first air inlet pipe being connected to its inner cavity, the air inlet of first air inlet pipe on first air bag
Mouth reaches the outside of the shell；
It is placed with the second air bag in the edge of the stilling chamber, in being sewed with the second air inlet on second air bag
Pipe, the air inlet of second air inlet pipe reach the outside of the shell；Described in the volume ratio of second air bag after gas
First air bag it is small；
It is connected with point of circular tube shaped in one end of the stretching of second air inlet pipe and first air inlet pipe shell
Flow tube is screwed with the solenoid valve being electrically connected with first dsp controller in the air inlet screw thread of the isocon.
Wherein, described image acquisition module includes standing case, and the second motor is fixed in the upper terminal bolt of the standing case,
In being electrically connected with the second driver on second motor, the second of round bar shape is screwed in the lower thread of second motor
Output shaft, second output shaft are projected axially into along the standing case in the standing case；
It is screwed with the mounting rod of arc-shaped in the clamping of the lower end of second output shaft or screw thread, in the mounting rod
Both ends are connected with the first camera；
It is fixed with first motor in the lower bolt of the standing case, in being electrically connected with the first driving in the first motor
Device, first that the round bar shape of the length direction extension along the standing case is screwed in the threaded upper ends of the first motor are defeated
Shaft is connected with discoid carrier in the upper end of first output shaft；
It is trapezoidal compact heap, two compressions in sliding is equipped with longitudinal section in the side wall of the both sides of the standing case
Block is pressed in the upside at the both ends of the carrier respectively；
In being connected with the second dsp controller in the side wall of the side of the lower part of the standing case, under the standing case
That is slided in the side wall of the other side in portion is equipped with lifting carriage block, in being connected with side lever on the side wall of the lifting carriage block, in
The upper end of the side lever is connected with the bottom support plate for the downside for being pressed in the carrier.
Wherein, the fingerprint authentication module includes pedestal, in being connected with third dsp controller on the side wall of the pedestal；
It is connected with collection tube in the middle part of the pedestal, is connected with the cross of strip along its length direction in the lower part of the collection tube
To sliding rail, longitudinal sliding motion rail is connected on the side wall of the side of the third dsp controller in the collection tube；
It is equipped with the third sliding shoe of cubic in the upper Slideslip for sliding laterally rail, in the third sliding shoe
Upside is connected with inner bracing piece, and the second fingerprint sensor is connected in the upper end of the inner bracing piece, is passed in second fingerprint
The end of sensor is connected with the second sliding shoe that sliding is set on the longitudinal sliding motion rail；
It is screwed with the first locating rod of round bar shape in the upside screw thread of the pedestal, is cut with scissors in the top of first locating rod
It is connected to upper clamp plate, the briquetting of rectangle is bolted on the upside of the upper clamp plate, is hinged in first locating rod
The first spherical screw in the upside of the upper clamp plate is connected with hand in the inner along the radial direction of first screw
One end of handle, the handle is connected in the briquetting；It is controlled with the 3rd DSP in being connected on the side wall of the pedestal
First display screen of device electrical connection.
Wherein, described image authentication module includes bottom plate, and the terminal bolt in the upside of the bottom plate is fixed with hydraulic cylinder,
Along the hydraulic stem for being equipped with round bar shape that the axial direction of the hydraulic cylinder is slided to its upper, in the threaded upper ends of the hydraulic stem
It is screwed with discoid pushing plate, in being electrically connected with electrohydraulic servo valve on the hydraulic cylinder；
The 4th dsp controller is connected in the middle part of the upper end of the bottom plate, the other side spiral shell in the upper end of the bottom plate
Bolt is fixed with third motor, in being electrically connected with third driver on the third motor；Along the third motor axially to
The upper end screw thread is screwed with the first transmission shaft of round bar shape, in the clamping of the upper end of first transmission shaft or screw thread are screwed with
Driving member；
It is connected with outer transmission shield on the upside of the inner driving medium, main fixation is connected in the upper end of the outer transmission shield
Frame, in being connected with the first angle sensor being electrically connected with the 4th dsp controller on the main fixed frame；
In being connected with second camera in the main fixed frame, one end of the second camera is connected in the pushing plate
Upside；In being connected with the second angle sensor being electrically connected with the 4th dsp controller on the second camera；
Two retracting cylinders of the both sides for being respectively at the main fixed frame are connected on the upside of the second camera, in
Sliding is equipped with the telescopic rod of arc-shaped in the retracting cylinder；
The inner driving medium includes round table-like main transmission seat, is connected with along outside it on the outer wall of the main transmission seat
The first drive block and the second drive block that wall generatrix direction extends；
In the lower end of second drive block be connected with its orthogonal bottom supporting block, in second drive block
Side wall on be connected with about its symmetrical two longitudinal section be trapezoidal reinforcer.
A kind of auth method based on big data, for the authentication system based on big data, including step
Suddenly：
It is acquired by the finger print acquisition module and is collected the finger print information of people and is sent to server；
It is acquired by described image acquisition module and is collected the photo of people and is sent to server；
The server generates an identifying code after receiving the finger print information and photo and stores into database,
The identifying code is shown by the second display screen；
The fingerprint authentication module acquisition is verified the finger print information of people and the fingerprint stored up with the server memory carries out
It compares；
The acquisition of described image authentication module is verified the photographic intelligence of people and the photo stored up with the server memory carries out
It compares；
It is verified people and the identifying code received before is input in computer and compare with the identifying code in the server
It is right；
If the finger print information, the photo and the identifying code are all verified, it is verified；
The finger print information, the photo and the identifying code at least one differ with what the server memory was stored up
It causes, then authentication failed.
Wherein, it acquires to be collected the finger print information of people and be sent to server by the finger print acquisition module and includes：
The first dsp controller goal-selling pressure value；
After finger in collected people is put into the conditioning box and is pressed in the detection plate, the pressure sensing
Device acquires current pressure numerical value；
If the current pressure numerical value is less than the goal pressure numerical value, then the first dsp controller transmission starts
The solenoid valve is arrived in inflation instruction, and the solenoid valve is opened, second air bag and the first balloon tamponade finger after inflation；
If the current pressure numerical value is more than or equal to the goal pressure numerical value, then first dsp controller is sent
Out code is to the solenoid valve；Meanwhile first dsp controller believes the fingerprint received from first fingerprint sensor
Breath sends server.
Wherein, it acquires to be collected the photo of people and be sent to server by described image acquisition module and includes：
After detected person station is on the carrier, two first cameras carry out face to detected person and take pictures
Piece is simultaneously sent to second dsp controller；Second dsp controller sentences the photo according to face recognition algorithms
It is disconnected；
If the photo is unsatisfactory for photographing request, then second dsp controller sends rotation instruction and arrives described first
Driver and second driver；First driver drives the first motor pre- according to second dsp controller
If angular turn, second driver drives the mounting rod according to the preset telescopic of the second dsp controller；
If the photo meets photographing request, then photo is sent to the server by second dsp controller.
Wherein, the fingerprint authentication module acquires the fingerprint for being verified the finger print information of people and being stored up with the server memory
Be compared including：
The finger of detected person is put into the collection tube, rotates the handle to drive the briquetting to press downwards
The upper clamp plate, second fingerprint sensor is pressed to be acquired to the fingerprint for being collected people and be sent to the 3rd DSP and controlled
Device processed and the server；
If the fingerprint and the finger print information of server memory storage are inconsistent, first display screen, which is shown, to be referred to
Line authentication failed；
The acquisition of described image authentication module is verified the photographic intelligence of people and the photo stored up with the server memory carries out
Comparison includes：
The second camera shoots photo to collected people and photo is sent to the 4th dsp controller；
If the photo of shooting is unsatisfactory for requirement of taking pictures, the 4th dsp controller presets first object angle a and the
Two target angle b；Later, the 4th dsp controller sends rotation order and arrives the third driver and the electro-hydraulic servo
Valve, the third driver drive the third motor to drive the main fixed frame rotation；
When the rotation angle that the first angle sensor detects the main fixed frame reaches the first object angle a,
The 4th dsp controller transmission is ceased and desisted order to the third driver；
The rotation angle that the second angle sensor detects the second camera reaches the first object angle b
When, the 4th dsp controller transmission is ceased and desisted order to the electrohydraulic servo valve；
If the photo of shooting meets requirement of taking pictures, then the photo of shooting is sent the clothes by the 4th dsp controller
Business device is compared；
If the photo and the photo of the server storage are inconsistent, then first display screen shows that photo is tested
Card failure.
The invention has the advantages that：
The authentication system based on big data of the present invention, including server, finger is connected with the server communication
Line acquisition module, image capture module, fingerprint authentication module and image authentication module；
The finger print acquisition module is for acquiring the finger print information for being verified people and being sent to the server；
Described image acquisition module is for acquiring the photographic intelligence for being verified people and being sent to server；
The fingerprint authentication module is verified the finger print information of people for acquisition again and is sent to the server and carries out
Fingerprint authentication；
Described image acquisition module is verified the photographic intelligence of people for acquisition again and is sent to the server and carries out
Photo is verified；
The server is used to generate identifying code when first time carrying out fingerprint and photo acquisition, is carrying out fingerprint and photo
Identifying code is verified when verification；
The finger print information for being verified people can be acquired by the finger print acquisition module, it can by described image acquisition module
The face image information of people is verified with acquisition；
By the fingerprint authentication module secondary acquisition and verification can be carried out to the finger print information for being verified people；
By described image authentication module secondary acquisition and verification can be carried out to the facial image information for being verified people；
Acquiring fingerprint for the first time and when photo server will produce unique identifying code, so that it is secondary along when it is attached
Band verifies unique identifying code, improve along accuracy.
Description of the drawings
Fig. 1 is the functional block diagram of the authentication system based on big data of the present invention.
Fig. 2 is the structural schematic diagram of the finger print acquisition module of the present invention.
Fig. 3 is the structural schematic diagram of the conditioning box of the present invention.
Fig. 4 is the structural schematic diagram of the image capture module of the present invention.
Fig. 5 is the structural schematic diagram of the fingerprint authentication module of the present invention.
Fig. 6 is the structural schematic diagram of the image authentication module of the present invention.
Fig. 7 is the structural schematic diagram of the inner driving medium of the present invention.
1- servers；2- finger print acquisition modules；21- conditioning boxes；2101- shells；2102- stripper plates；2103- first is slided
Block；The second guide rails of 2104-；The first guide rings of 2105-；The second guide rings of 2106--；The first guide rails of 2107-；2108- first is slided
Block；The first springs of 2109-；The second air bags of 2110-；The second air inlet pipe of 2111-；The first air bags of 2112-；The first air inlet pipe of 2113-；
2114- solenoid valves；2115- isocons；22- pedestals；23- detection plates；The first fingerprint sensors of 24-；25- pressure sensors；26-
First dsp controller；27- second display screens；3- image capture modules；31- standing casees；32- mounting rods；The first cameras of 33-；
34- compact heaps；35- carriers；The second dsp controllers of 36-；The first output shafts of 37-；38- first motors；The first drivers of 39-；
310- side levers；311- lifting carriage blocks；312- bottom support plates；The second output shafts of 313-；The second motors of 314-；315- second drives
Dynamic device；4- fingerprint authentication modules；41- pedestals；The first locating rods of 42-；43- handles；The first screws of 44-；45- briquettings；46-
Upper clamp plate；47- collection tubes；The second fingerprint sensors of 48-；49- the second sliding shoes；410- third sliding shoes；411- inner bracing pieces；
412- slides laterally rail；413- longitudinal sliding motion rails；414- third dsp controllers；The first display screens of 415-；5- image authentication moulds
Block；51- bottom plates；The 4th dsp controllers of 52-；53- third drivers；54- third motors；The first transmission shafts of 55-；Transmission in 56-
Part；The second drive blocks of 561-；562- reinforcers；The first drive blocks of 563-；564- main transmission seats；The bottoms 565- supporting block；Outside 57-
Transmission shield；58- first angle sensors；59- second cameras；510- retracting cylinders；511- telescopic rods；The main fixed frames of 512-；
513- second angle sensors；514- pushing plates；515- hydraulic stems；516- hydraulic cylinders；517- electrohydraulic servo valves.
Specific implementation mode
The following examples are used to illustrate the present invention, but are not intended to limit the scope of the present invention..
Embodiment 1
The authentication system based on big data of the embodiment of the present invention 1, including server 1 are logical with the server 1
Letter is connected with finger print acquisition module 2, image capture module 3, fingerprint authentication module 4 and image authentication module 5；
The finger print acquisition module 2 is for acquiring the finger print information for being verified people and being sent to the server 1；
Described image acquisition module 3 is for acquiring the photographic intelligence for being verified people and being sent to server 1；
The fingerprint authentication module 4 for again acquisition be verified people finger print information and be sent to the server 1 into
Row fingerprint authentication；
Described image acquisition module 5 for again acquisition be verified people photographic intelligence and be sent to the server 1 into
Row photo is verified；
The server 1 is used to generate identifying code when first time carrying out fingerprint and photo acquisition, is carrying out fingerprint and photograph
Piece verifies identifying code when verifying.
The authentication system based on big data of the present invention, including server 1, finger is connected with the server communication
Line acquisition module 2, image capture module 3, fingerprint authentication module 4 and image authentication module 5；The finger print acquisition module 2 is used for
Acquisition is verified the finger print information of people and is sent to the server 1；Described image acquisition module 3 is verified people's for acquiring
Photographic intelligence is simultaneously sent to server 1；
The fingerprint authentication module 2 for again acquisition be verified people finger print information and be sent to the server 1 into
Row fingerprint authentication；Described image acquisition module 3 is verified the photographic intelligence of people for acquisition again and is sent to the server 1
Carry out photo verification；The server 1 is used to generate identifying code when first time carrying out fingerprint and photo acquisition, is carrying out fingerprint
Identifying code is verified when being verified with photo；The finger print information for being verified people can be acquired by the finger print acquisition module 2,
The face image information for being verified people can be acquired by described image acquisition module 3；It can be with by the fingerprint authentication module 4
Finger print information to being verified people carries out secondary acquisition and verification；It can be to being verified people's by described image authentication module 5
Facial image information carries out secondary acquisition and verification；When acquiring fingerprint and photo for the first time, the server, which will produce, uniquely tests
Demonstrate,prove code, so it is secondary along when it is subsidiary unique identifying code is verified, improve along accuracy.
Embodiment 2
Further, increase following feature and connection relation on the basis of embodiment 1：
The finger print acquisition module 2 includes pedestal 22, and the detection of recess in the inner is connected in the top of the pedestal 22
Plate 23, in being connected with the first dsp controller 26 in the pedestal 22, in being connected in the detection plate 23 and the first DSP
The first fingerprint sensor 24 and pressure sensor 25 that controller 26 is electrically connected；It is hinged with conditioning box in the upside of the pedestal 22
21；The second display screen 27 being electrically connected with first dsp controller 26 is connected in the upside of the conditioning box 21.
The conditioning box 21 includes the first guide ring 2105 of the annular shape for being connected in its underpart and is connected in its underpart
Second guide rail 2104 of strip, in the first sliding shoe equipped with cubic that the top of second guide rail 2104 is slided
2103；
Along the second guide ring 2106 for being connected with rectangle perpendicular to the direction of first guide ring, 2105 place plane,
It is connected with the first guide rail 2107 of strip in the upside of second guide ring 2106, is slided on first guide rail 2107
The first sliding shoe 2108 equipped with cubic；
In separate first guide ring 2105 of the upper end of first guide rail 2107 and second guide rail 2104
One end is connected with the shell 2101 that outer wall is spherical surface；
In be connected on first sliding shoe 2108 and first sliding shoe 2103 side wall be curved surface stripper plate
2102, the first spring 2109 is connected between the stripper plate 2102 and the shell 2101；
Stilling chamber is formed between the stripper plate 2102 and the shell 2101, in the stilling chamber
Portion is placed with the first air bag 2112, in being sewed with the first air inlet pipe 2113 being connected to its inner cavity on first air bag 2112,
The air inlet of first air inlet pipe 2113 reaches the outside of the shell 2101；
It is placed with the second air bag 2110 in the edge of the stilling chamber, is sewed on second air bag 2110
The air inlet of second air inlet pipe 2111, second air inlet pipe 2111 reaches the outside of the shell 2101；Full of described after gas
First air bag 2112 is small described in the volume ratio of second air bag 2110；
It is clamped in one end for stretching out the shell 2101 of second air inlet pipe 2111 and first air inlet pipe 2113
The isocon 2115 for having circular tube shaped is screwed with and first dsp controller 26 in the air inlet screw thread of the isocon 2115
The solenoid valve 2114 of electrical connection.
Described image acquisition module 3 includes standing case 31, and the second motor is fixed in the upper terminal bolt of the standing case 31
314, in being electrically connected with the second driver 315 on second motor 314, it is screwed in the lower thread of second motor 314
There are the second output shaft 313 of round bar shape, second output shaft 313 to be projected axially into the standing along the standing case 31
In case 31；
It is screwed with the mounting rod 32 of arc-shaped in the clamping of the lower end of second output shaft 313 or screw thread, in the peace
The both ends of dress bar 32 are connected with the first camera 33；
It is fixed with first motor 38 in the lower bolt of the standing case 31, in being electrically connected in the first motor 38
One driver 39 is screwed with the circle of the length direction extension along the standing case 31 in the threaded upper ends of the first motor 38
The first rod-shaped output shaft 37, discoid carrier 35 is connected in the upper end of first output shaft 37；
It is trapezoidal compact heap 34 in sliding is equipped with longitudinal section in the side wall of the both sides of the standing case 31, described in two
Compact heap 34 is pressed in the upside at the both ends of the carrier 35 respectively；
In being connected with the second dsp controller 36 in the side wall of the side of the lower part of the standing case 31, in the standing case
That is slided in the side wall of the other side of 31 lower part is equipped with lifting carriage block 311, blocks on the side wall of the lifting carriage block 311
It is connected to side lever 310, the bottom support plate 312 for the downside for being pressed in the carrier 35 is connected in the upper end of the side lever 310.
The fingerprint authentication module 4 includes pedestal 41, in being connected with third dsp controller on the side wall of the pedestal 41
414；It is connected with collection tube 47 in the middle part of the pedestal 41, is connected with along its length direction in the lower part of the collection tube 47
Strip slides laterally rail 412, in the collection tube 47 on the side wall of the side of the third dsp controller 414
It is connected with longitudinal sliding motion rail 413；
It is equipped with the third sliding shoe 410 of cubic in the upper Slideslip for sliding laterally rail 412, is slided in the third
The upside of motion block 410 is connected with inner bracing piece 411, and the second fingerprint sensor 48 is connected in the upper end of the inner bracing piece 411,
It is connected with the second sliding shoe 49 that sliding is set on the longitudinal sliding motion rail 413 in the end of second fingerprint sensor 48；
It is screwed with the first locating rod 42 of round bar shape in the upside screw thread of the pedestal 41, in first locating rod 42
Upper articulation has upper clamp plate 46, and the briquetting 45 of rectangle is bolted in the upside of the upper clamp plate 46, fixed in described first
It is hinged with the first spherical screw 44 in the upside of the upper clamp plate 46 on the bar 42 of position, along first screw 44
Radial direction be connected with handle 43 in the inner, one end of the handle 43 is connected in the briquetting 45；In the pedestal 41
The first display screen 415 being electrically connected with the third dsp controller 414 is connected on side wall.
Described image authentication module 5 includes bottom plate 51, and the terminal bolt in the upside of the bottom plate 51 is fixed with hydraulic cylinder
516, along the hydraulic stem 515 for being equipped with round bar shape that the axial direction of the hydraulic cylinder 516 is slided to its upper, in the hydraulic stem
515 threaded upper ends are screwed with discoid pushing plate 514, in being electrically connected with electrohydraulic servo valve 517 on the hydraulic cylinder 516；
The 4th dsp controller 52 is connected in the middle part of the upper end of the bottom plate 51, in the another of the upper end of the bottom plate 51
Side bolt is fixed with third motor 54, in being electrically connected with third driver 53 on the third motor 54；Along the third
The first transmission shaft 55 that round bar shape is screwed with axially to the upper end screw thread of motor 54, in the upper end card of first transmission shaft 55
It connects or screw thread is screwed with inner driving medium 56；
It is connected with outer transmission shield 57 in the upside of the inner driving medium 56, master is connected in the upper end of the outer transmission shield 57
Fixed frame 512 is sensed in being connected with the first angle being electrically connected with the 4th dsp controller 52 on the main fixed frame 512
Device 58；
In being connected with second camera 59 in the main fixed frame 512, one end of the second camera 59 is connected in institute
State the upside of pushing plate 514；In being connected with second be electrically connected with the 4th dsp controller 52 on the second camera 59
Angular transducer 513；
Be connected with the both sides for being respectively at the main fixed frame 512 in the upside of the second camera 59 two stretch
Cylinder 510 is equipped with the telescopic rod 511 of arc-shaped in sliding in the retracting cylinder 510；
The inner driving medium 56 includes round table-like main transmission seat 564, is connected on the outer wall of the main transmission seat 564
The first drive block 563 and the second drive block 561 extended along its outer wall generatrix direction；
In the lower end of second drive block 561 be connected with its orthogonal bottom supporting block 565, in described second
It is trapezoidal reinforcer 562 to be connected on the side wall of drive block 561 about its symmetrical two longitudinal section.
Embodiment 3
Further, on the basis of embodiment 2：
The auth method based on big data of the present invention, for the authentication system based on big data, packet
Include step：
It is acquired by the finger print acquisition module 2 and is collected the finger print information of people and is sent to server 1；
It is acquired by described image acquisition module 3 and is collected the photo of people and is sent to server 1；
The server 1, which generates an identifying code and stored after receiving the finger print information and photo, arrives database
Interior, the identifying code is shown by the second display screen 27；
The fingerprint authentication module 4 acquire be verified people finger print information and with the server 1 in store fingerprint into
Row compares；
Described image authentication module 5 acquire be verified people photographic intelligence and with the server 1 in store photo into
Row compares；
It is verified people and the identifying code received before is input in computer and compare with the identifying code in the server 1
It is right；
If the finger print information, the photo and the identifying code are all verified, it is verified；
The finger print information, the photo and the identifying code at least one with the server 1 in store differ
It causes, then authentication failed.
It acquires to be collected the finger print information of people and be sent to server 1 by the finger print acquisition module 2 and includes：
First dsp controller, 26 goal-selling pressure value；
It is put into the conditioning box 21 and after being pressed in the detection plate 23 in the finger of collected people, the pressure
Sensor 25 acquires current pressure numerical value；
If the current pressure numerical value is less than the goal pressure numerical value, then the transmission of the first dsp controller 26 is opened
The solenoid valve 2114 is arrived in inflation instruction of beginning, and the solenoid valve 2114 is opened, second air bag 2110 and described the after inflation
One air bag 2112 oppresses finger；
If the current pressure numerical value is more than or equal to the goal pressure numerical value, then first dsp controller 26 is sent out
Send out code to the solenoid valve 2114；Meanwhile first dsp controller 26 will connect from first fingerprint sensor 24
The finger print information of receipts sends server 1.
It acquires to be collected the photo of people and be sent to server 1 by described image acquisition module 3 and includes：
After detected person station is on the carrier 35, two first cameras 33 carry out face to detected person
It takes a picture and is sent to second dsp controller 36；Second dsp controller 36 is according to face recognition algorithms to the photograph
Piece is judged；
If the photo is unsatisfactory for photographing request, then second dsp controller 36 sends rotation instruction to described the
One driver 39 and second driver 315；First driver 39 drives the first motor 38 according to described second
36 preset angular turn of dsp controller, second driver 315 drive the mounting rod 32 to be controlled according to the 2nd DSP
36 preset telescopic of device processed；
If the photo meets photographing request, then photo is sent to the server by second dsp controller 36
1。
The fingerprint authentication module 4 acquire be verified people finger print information and with the server 1 in store fingerprint into
Row compares：
The finger of detected person is put into the collection tube 47, rotates the handle 43 to drive the briquetting 45
The upper clamp plate 46 is pressed down on, second fingerprint sensor 48 is acquired the fingerprint for being collected people and is sent to described
Third dsp controller 414 and the server 1；
If the finger print information stored in the fingerprint and the server 1 is inconsistent, first display screen 415 is aobvious
Show that fingerprint authentication fails；
Described image authentication module 5 acquire be verified people photographic intelligence and with the server 1 in store photo into
Row compares：
The second camera 59 shoots photo to collected people and photo is sent to the 4th dsp controller 52；
If the photo of shooting is unsatisfactory for requirement of taking pictures, the 4th dsp controller 52 preset first object angle a and
Second target angle b；Later, the 4th dsp controller 52 sends rotation order and arrives the third driver 53 and the electricity
Hydraulic servo 517, the third driver 53 drive the third motor 54 that the main fixed frame 512 is driven to rotate；
The rotation angle that the first angle sensor 58 detects the main fixed frame 512 reaches the first object angle
When a, the 4th dsp controller 52 transmission is ceased and desisted order to the third driver 53；
The rotation angle that the second angle sensor 513 detects the second camera 59 reaches the first object angle
When spending b, the 4th dsp controller 52 transmission is ceased and desisted order to the electrohydraulic servo valve 517；
The requirement if the photo satisfaction of shooting is taken pictures, then described in photo transmission of the 4th dsp controller 52 by shooting
Server 1 is compared；
If the photo that the photo and the server 1 store is inconsistent, then the display of the first display screen 415 is shone
Piece authentication failed.
Although above having used general explanation and specific embodiment, the present invention is described in detail, at this
On the basis of invention, it can be made some modifications or improvements, this will be apparent to those skilled in the art.Therefore,
These modifications or improvements without departing from theon the basis of the spirit of the present invention belong to the scope of protection of present invention.
Claims (10)
1. a kind of authentication system based on big data, which is characterized in that logical with the server (1) including server (1)
Letter is connected with finger print acquisition module (2), image capture module (3), fingerprint authentication module (4) and image authentication module (5)；
The finger print acquisition module (2) is for acquiring the finger print information for being verified people and being sent to the server (1)；
Described image acquisition module (3) is for acquiring the photographic intelligence for being verified people and being sent to server (1)；
The fingerprint authentication module (4) for again acquisition be verified people finger print information and be sent to the server (1) into
Row fingerprint authentication；
Described image acquisition module (5) for again acquisition be verified people photographic intelligence and be sent to the server (1) into
Row photo is verified；
The server (1) is used to generate identifying code when first time carrying out fingerprint and photo acquisition, is carrying out fingerprint and photo
Identifying code is verified when verification.
2. the authentication system based on big data according to claim 1, which is characterized in that the finger print acquisition module
(2) include pedestal (22), the detection plate (23) of recess in the inner is connected in the top of the pedestal (22), in the pedestal
(22) it is connected with the first dsp controller (26) in, is connected with and first dsp controller (26) in the detection plate (23)
The first fingerprint sensor (24) and pressure sensor (25) of electrical connection；It is hinged with conditioning box on the upside of the pedestal (22)
(21)；The second display screen being electrically connected with first dsp controller (26) is connected on the upside of the conditioning box (21)
(27)。
3. the authentication system based on big data according to claim 2, which is characterized in that the conditioning box (21) includes
It is connected in the second guide rail (2104) of circular first guide ring (2105) and the strip for being connected in its underpart of its underpart,
In the first sliding shoe (2103) equipped with cubic that the top of second guide rail (2104) is slided；
The second guide ring (2106) of rectangle is connected with along the direction of plane where first guide ring (2105),
The first guide rail (2107) of strip is connected on the upside of second guide ring (2106), in first guide rail (2107)
The first sliding shoe (2108) equipped with cubic of upper sliding；
Separate first guide ring (2105) in the upper end of first guide rail (2107) and second guide rail (2104)
One end be connected with outer wall be spherical surface shell (2101)；
In be connected on first sliding shoe (2108) and first sliding shoe (2103) side wall be curved surface stripper plate
(2102), the first spring (2109) is connected between the stripper plate (2102) and the shell (2101)；
Stilling chamber is formed between the stripper plate (2102) and the shell (2101), in the stilling chamber
Portion is placed with the first air bag (2112), in being sewed with the first air inlet pipe being connected to its inner cavity on first air bag (2112)
(2113), the air inlet of first air inlet pipe (2113) reaches the outside of the shell (2101)；
It is placed with the second air bag (2110) in the edge of the stilling chamber, is sewed on second air bag (2110)
The air inlet of second air inlet pipe (2111), second air inlet pipe (2111) reaches the outside of the shell (2101)；Full of gas
The first air bag (2112) described in the volume ratio of second air bag (2110) is small afterwards；
In one end card of second air inlet pipe (2111) and the stretching shell (2101) of first air inlet pipe (2113)
It is connected to the isocon (2115) of circular tube shaped, is screwed in the air inlet screw thread of the isocon (2115) and is controlled with the first DSP
The solenoid valve (2114) of device (26) electrical connection processed.
4. the authentication system based on big data according to claim 3, which is characterized in that described image acquisition module
(3) include standing case (31), the second motor (314) is fixed in the upper terminal bolt of the standing case (31), in second electricity
It is electrically connected with the second driver (315) on machine (314), round bar shape is screwed in the lower thread of second motor (314)
Second output shaft (313), second output shaft (313) are projected axially into the standing case along the standing case (31)
(31) in；
It is screwed with the mounting rod (32) of arc-shaped in the clamping of the lower end of second output shaft (313) or screw thread, in the peace
The both ends of dress bar (32) are connected with the first camera (33)；
It is fixed with first motor (38) in the lower bolt of the standing case (31), is electrically connected in the first motor (38)
First driver (39) is screwed with the length direction along the standing case (31) in the threaded upper ends of the first motor (38)
The first output shaft (37) of the round bar shape of extension is connected with discoid carrier in the upper end of first output shaft (37)
(35)；
It is trapezoidal compact heap (34) in sliding is equipped with longitudinal section in the side wall of the both sides of the standing case (31), described in two
Compact heap (34) is pressed in the upside at the both ends of the carrier (35) respectively；
In being connected with the second dsp controller (36) in the side wall of the side of the lower part of the standing case (31), in the standing case
(31) that is slided in the side wall of the other side of lower part is equipped with lifting carriage block (311), in the side of the lifting carriage block (311)
It is connected with side lever (310) on wall, the bottom for the downside for being pressed in the carrier (35) is connected in the upper end of the side lever (310)
Portion's support plate (312).
5. the authentication system based on big data according to claim 4, which is characterized in that the fingerprint authentication module
(4) include pedestal (41), in being connected with third dsp controller (414) on the side wall of the pedestal (41)；In the pedestal (41)
Middle part be connected with collection tube (47), the transverse direction of strip is connected with along its length direction in the lower part of the collection tube (47)
Rail (412) is slided, in being connected on the side wall of the side of the third dsp controller (414) for the collection tube (47)
Longitudinal sliding motion rail (413)；
It is equipped with the third sliding shoe (410) of cubic in the upper Slideslip for sliding laterally rail (412), is slided in the third
Inner bracing piece (411) is connected on the upside of motion block (410), being connected with the second fingerprint in the upper end of the inner bracing piece (411) passes
Sensor (48) is connected with sliding in the end of second fingerprint sensor (48) and is set on the longitudinal sliding motion rail (413)
The second sliding shoe (49)；
It is screwed with the first locating rod (42) of round bar shape in the upside screw thread of the pedestal (41), in first locating rod (42)
Upper articulation have upper clamp plate (46), the briquetting (45) of rectangle is bolted on the upside of the upper clamp plate (46), in institute
It states and is hinged with spherical the first screw (44) in the upside of the upper clamp plate (46) in the first locating rod (42), along institute
The radial direction for stating the first screw (44) is connected with handle (43) in the inner, and one end of the handle (43) is connected in the briquetting
(45) on；In being connected with the first display screen being electrically connected with the third dsp controller (414) on the side wall of the pedestal (41)
(415)。
6. the authentication system based on big data according to claim 5, which is characterized in that described image authentication module
(5) include bottom plate (51), the terminal bolt in the upside of the bottom plate (51) is fixed with hydraulic cylinder (516), along the hydraulic pressure
The hydraulic stem (515) for being equipped with round bar shape that the axial direction of cylinder (516) is slided to its upper, the upper end in the hydraulic stem (515)
Screw thread is screwed with discoid pushing plate (514), in being electrically connected with electrohydraulic servo valve (517) on the hydraulic cylinder (516)；
The 4th dsp controller (52) is connected in the middle part of the upper end of the bottom plate (51), in the upper end of the bottom plate (51)
Other side bolt is fixed with third motor (54), in being electrically connected with third driver (53) on the third motor (54)；Along
The first transmission shaft (55) that round bar shape is screwed with axially to the upper end screw thread of the third motor (54), in first transmission
The upper end of axis (55) is clamped or screw thread is screwed with inner driving medium (56)；
It is connected with outer transmission shield (57) on the upside of the inner driving medium (56), is connected in the upper end of the outer transmission shield (57)
Main fixed frame (512), in being connected with first be electrically connected with the 4th dsp controller (52) on the main fixed frame (512)
Angular transducer (58)；
In being connected with second camera (59) in the main fixed frame (512), one end of the second camera (59) is connected in
The upside of the pushing plate (514)；It is electrically connected with the 4th dsp controller (52) in being connected on the second camera (59)
The second angle sensor (513) connect；
Two that the both sides for being respectively at the main fixed frame (512) are connected on the upside of the second camera (59) are flexible
Cylinder (510) is equipped with the telescopic rod (511) of arc-shaped in sliding in the retracting cylinder (510)；
The inner driving medium (56) includes round table-like main transmission seat (564), is clamped on the outer wall of the main transmission seat (564)
There are the first drive block (563) extended along its outer wall generatrix direction and the second drive block (561)；
In the lower end of second drive block (561) be connected with its orthogonal bottom supporting block (565), in described second
It is trapezoidal reinforcer (562) to be connected on the side wall of drive block (561) about its symmetrical two longitudinal section.
7. a kind of auth method based on big data is used for the authentication system based on big data described in claim 6,
It is characterised in that it includes step：
It is acquired by the finger print acquisition module (2) and is collected the finger print information of people and is sent to server (1)；
It is acquired by described image acquisition module (3) and is collected the photo of people and is sent to server (1)；
The server (1) generates an identifying code after receiving the finger print information and photo and stores into database,
The identifying code is shown by the second display screen (27)；
The fingerprint authentication module (4) acquisition be verified the finger print information of people and with the fingerprint that is stored in the server (1) into
Row compares；
Described image authentication module (5) acquisition be verified people photographic intelligence and with the server (1) in store photo into
Row compares；
It is verified people and the identifying code received before is input in computer and compare with the identifying code in the server (1)
It is right；
If the finger print information, the photo and the identifying code are all verified, it is verified；
At least one is inconsistent with the interior storage of the server (1) for the finger print information, the photo and the identifying code,
Then authentication failed.
8. the auth method based on big data according to claim 7, which is characterized in that pass through the fingerprint collecting mould
Block (2) acquisition is collected the finger print information of people and is sent to server (1)：
First dsp controller (26) the goal-selling pressure value；
It is put into the conditioning box (21) and after being pressed in the detection plate (23) in the finger of collected people, the pressure
Sensor (25) acquires current pressure numerical value；
If the current pressure numerical value is less than the goal pressure numerical value, then first dsp controller (26) sends and starts
The solenoid valve (2114) is arrived in inflation instruction, and the solenoid valve (2114) is opened, second air bag (2110) and institute after inflation
State the first air bag (2112) compressing finger；
If the current pressure numerical value is more than or equal to the goal pressure numerical value, then first dsp controller (26) sends
Out code is to the solenoid valve (2114)；Meanwhile first dsp controller (26) will be from first fingerprint sensor
(24) finger print information received sends server (1).
9. the auth method based on big data according to claim 8, which is characterized in that acquire mould by described image
Block (3) acquisition is collected the photo of people and is sent to server (1)：
After detected person station is on the carrier (35), two first cameras (33) carry out face to detected person
It takes a picture and is sent to second dsp controller (36)；Second dsp controller (36) is according to face recognition algorithms to institute
Photo is stated to be judged；
If the photo is unsatisfactory for photographing request, then second dsp controller (36) sends rotation instruction and arrives described first
Driver (39) and second driver (315)；First driver (39) drives the first motor (38) according to institute
The second dsp controller (36) preset angular turn is stated, second driver (315) drives the mounting rod (32) according to institute
State the second dsp controller (36) preset telescopic；
If the photo meets photographing request, then photo is sent to the server by second dsp controller (36)
(1)。
10. the auth method based on big data according to claim 9, which is characterized in that the fingerprint authentication module
(4) acquisition be verified people finger print information and with the server (1) in store fingerprint be compared including：
The finger of detected person is put into the collection tube (47), rotates the handle (43) to drive the briquetting
(45) upper clamp plate (46) is pressed down on, second fingerprint sensor (48) is acquired concurrently the fingerprint for being collected people
It is sent to the third dsp controller (414) and the server (1)；
If the finger print information stored in the fingerprint and the server (1) is inconsistent, first display screen (415) is aobvious
Show that fingerprint authentication fails；
Described image authentication module (5) acquisition be verified people photographic intelligence and with the server (1) in store photo into
Row compares：
The second camera (59) shoots photo to collected people and photo is sent to the 4th dsp controller (52)；
If the photo of shooting is unsatisfactory for requirement of taking pictures, the 4th dsp controller (52) presets first object angle a and the
Two target angle b；Later, the 4th dsp controller (52) sends rotation order to the third driver (53) and described
Electrohydraulic servo valve (517), the third driver (53) drive the third motor (54) to drive main fixed frame (512) rotation
Turn；
The rotation angle that the first angle sensor (58) detects the main fixed frame (512) reaches the first object angle
When a, the 4th dsp controller (52) sends and ceases and desist order to the third driver (53)；
The rotation angle that the second angle sensor (513) detects the second camera (59) reaches the first object angle
When spending b, the 4th dsp controller (52) sends and ceases and desist order to the electrohydraulic servo valve (517)；
If the photo of shooting meets requirement of taking pictures, then the photo of shooting is sent the clothes by the 4th dsp controller (52)
Business device (1) is compared；
If the photo and the photo of the server (1) storage are inconsistent, then the first display screen (415) display is shone
Piece authentication failed.
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|---|---|---|---|
| CN201810253429.XA CN108599955B (en) | 2018-03-26 | 2018-03-26 | Identity verification system and method based on big data |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109712253A (en) * | 2018-12-28 | 2019-05-03 | 河南华景乐游电子科技有限公司 | A kind of ticket checking gate machine and ticket checking method |
| CN111160259A (en) * | 2019-12-30 | 2020-05-15 | 温州医科大学 | Body measuring system based on fingerprint identity authentication |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20040041998A1 (en) * | 2002-08-30 | 2004-03-04 | Haddad Waleed S. | Non-contact optical imaging system for biometric identification |
| CN101097598A (en) * | 2007-03-23 | 2008-01-02 | 北京紫光捷通科技有限公司 | Device for building and inputting finger print image by voltage-sensitive sensor |
| CN101354798A (en) * | 2008-08-25 | 2009-01-28 | 成都方程式电子有限公司 | System for managing hotel finger print and working method thereof |
| CN104700074A (en) * | 2015-02-10 | 2015-06-10 | 广东光阵光电科技有限公司 | Method and device for quickly recognizing fingerprint module |
| CN105354564A (en) * | 2015-12-17 | 2016-02-24 | 四川创嘉上善网络科技有限公司 | Fingerprint and face information collecting head and authentication method thereof |
| CN108062530A (en) * | 2017-12-25 | 2018-05-22 | 北京诺君安信息技术股份有限公司 | A kind of auth method and system |
-
2018
- 2018-03-26 CN CN201810253429.XA patent/CN108599955B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20040041998A1 (en) * | 2002-08-30 | 2004-03-04 | Haddad Waleed S. | Non-contact optical imaging system for biometric identification |
| CN101097598A (en) * | 2007-03-23 | 2008-01-02 | 北京紫光捷通科技有限公司 | Device for building and inputting finger print image by voltage-sensitive sensor |
| CN101354798A (en) * | 2008-08-25 | 2009-01-28 | 成都方程式电子有限公司 | System for managing hotel finger print and working method thereof |
| CN104700074A (en) * | 2015-02-10 | 2015-06-10 | 广东光阵光电科技有限公司 | Method and device for quickly recognizing fingerprint module |
| CN105354564A (en) * | 2015-12-17 | 2016-02-24 | 四川创嘉上善网络科技有限公司 | Fingerprint and face information collecting head and authentication method thereof |
| CN108062530A (en) * | 2017-12-25 | 2018-05-22 | 北京诺君安信息技术股份有限公司 | A kind of auth method and system |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109712253A (en) * | 2018-12-28 | 2019-05-03 | 河南华景乐游电子科技有限公司 | A kind of ticket checking gate machine and ticket checking method |
| CN111160259A (en) * | 2019-12-30 | 2020-05-15 | 温州医科大学 | Body measuring system based on fingerprint identity authentication |
| CN111160259B (en) * | 2019-12-30 | 2023-08-01 | 温州医科大学 | Body measurement system based on fingerprint identity authentication |
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|---|---|
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