CN204423392U - Based on the authenticate device that finger vena identification combines with facial hand vein recognition - Google Patents

Abstract

An authentication device combining finger vein recognition and facial vein recognition, comprising a finger vein feature information collection device and a facial vein feature information collection device connected to it, the authentication device also includes a platform, wherein a feature information storage unit, a data processing unit The matching feature information comparison unit and the controller are all arranged inside the platform, an input and output interface is arranged on the side of the platform, and an input keyboard is arranged on the front of the platform. The authentication device greatly improves the accuracy and reliability of identity authentication in the security field.

Description

An authentication device based on the combination of finger vein recognition and facial vein recognition

technical field

The utility model relates to the technical field of identification and authentication using biological features, in particular to an authentication device combining finger vein identification and facial vein identification.

Background technique

With the development of society, the issue of information security in today's society has attracted much attention. Self-security and personal privacy protection have become hot topics in this era. Traditional security measures based on passwords, personal identification codes, magnetic cards and keys can no longer fully meet social requirements. In such a background, people have turned their attention to biometric identification technology—using the inherent physiological or behavioral characteristics of the human body to identify or confirm identity. In the prior art, common biometric identification technologies include, for example, fingerprint identification and face identification. Fingerprint identification will be subject to many restrictions, and sudden changes in finger skin will inevitably affect the effect of fingerprint identification. In addition, some people or groups of people Fingerprints are difficult to image because of fewer features, and the accuracy is affected by fingerprint wear or finger contamination; in addition, the shape of the face is very unstable, and people can produce many expressions through changes in the face, and at different viewing angles , the visual image of the face is also very different. In addition, face recognition is also affected by lighting conditions (such as day and night, indoors and outdoors, etc.), many facial coverings (such as masks, sunglasses, hair, beards, etc.), age, etc. influence of factors. There is not much difference between different individuals in facial recognition. All facial structures are similar, and even the structural shapes of facial organs are very similar, which is unfavorable for using faces to distinguish human individuals.

The finger vein authentication technology developed on the basis of the above-mentioned biometric identification technology has begun to appear in recent years. It is a new biometric identification technology that uses the vein distribution image in the finger for identification. There is little or no contact during identification, and there is no danger of the surface features of the finger being maliciously copied by a third party; the system acquires the features that exist only when the finger is alive, and the non-living finger cannot obtain the vein image feature, thus also It cannot be faked, but the veins on the back of the hand may still change with age and physiological changes, and the permanent has not been confirmed. Although the possibility is small, there is still the possibility that the registration cannot be successful. In addition, women usually have less blood in finger veins than men, which makes the collected vein images contain fewer vein features and lower contrast. Therefore, judging from the current authentication method, the authentication degree is not high, which leads to insecurity or other problems. Moreover, the damage, wear, dryness or too wetness of the finger surface will also cause identification obstacles, which will affect the accuracy and accuracy of authentication.

In addition, in the prior art, the influence of the finger angle on the authentication is not considered, so that the accuracy and accuracy of the authentication process are affected.

Contents of the invention

The utility model aims to solve the above-mentioned technical problems, and proposes a method that overcomes the shortcomings of the current biometric identification technology, so that the biometric authentication device and authentication method can have higher anti-counterfeiting and practicability, and improve the accuracy of authentication. In order to solve the above-mentioned technical problems, the utility model can be realized in the following ways.

The authentication device combined with finger vein recognition and facial vein recognition provided by the utility model includes: a finger vein characteristic information collection device and a facial vein characteristic information collection device connected thereto; in addition, the authentication device also includes a characteristic information storage unit and a data processing unit , a matching characteristic information comparison unit, a controller and an input and output interface. Among them, the finger vein feature information collection device is responsible for collecting the information required for finger vein recognition, the facial vein feature information collection device collects the information required for facial vein recognition, and the above-mentioned finger vein feature information collection device collects the information required for finger vein recognition and facial vein feature information The information required for facial vein recognition collected by the acquisition device is stored in the feature information storage unit, and the feature information comparison unit retrieves the corresponding biometric information from the above-mentioned feature information storage unit for comparison. The feature information comparison unit includes an image extraction unit and The sample data storage unit, the image extraction unit analyzes and processes the finger vein feature information and facial vein feature information received in real time, and extracts the feature value of the authenticator. The sample data storage unit stores the pre-collected information obtained through the input and output interface. The authenticator's finger vein feature information and facial vein feature information. In addition, the feature information comparison unit in the finger vein feature information collection device can independently compare the above-mentioned extracted feature values of the authenticator with the pre-collected authenticator's finger vein feature information. Compare the characteristic information with the facial vein characteristic information, and send the result of the comparison to the first controller; The result signal controls the authentication device combining finger vein recognition and facial vein recognition of the present utility model to issue or display the comparison result to inform whether the authentication is passed; in addition, the above-mentioned input and output interfaces can also be connected to the network to further communicate with the remote It can be connected to the main server for data information transmission or certification information verification, which can be backed up regularly, and can be seamlessly connected with the WIS database.

The above-mentioned finger vein feature information collection device includes a housing, an infrared imaging light source, an infrared imaging device, a finger position sensor, a finger angle sensor, and a finger placement seat; wherein a power switch is provided on the housing, and when the authenticator needs to perform feature information authentication, It can be done by turning on the switch, or a human sensor can be installed. When the authenticator approaches the device, the authentication device will automatically enter the power-on state. The middle part of the housing is provided with a semicircular hole for inserting fingers. There are multiple rows of infrared imaging light sources in the middle of the top of the semicircular hole facing the finger seat. When the incident light wavelength is 720 nm to 1100 nm, it can penetrate bones and muscles well, highlighting the blood vessel structure. This wavelength range belongs to near-infrared light. Through the comparative experiments of several groups of infrared light sources with different wavelengths, we found that the infrared light with a wavelength of 810 nm has a better contrast effect and clearer images. In the scheme selection, it is preferable to use two groups of infrared light-emitting diodes with wavelengths of 810 nm, which can be controlled in groups, and whose brightness can be continuously adjusted as the light source for vein images. In order to obtain better image quality, infrared LEDs can be used to emit light The head of the tube is cut into a plane and polished, and the diffuser is installed in front of the infrared light source to obtain uniform discrete infrared light; two finger angle sensors are respectively arranged on both sides of the inner wall of the semicircular hole, and when placed with the finger A finger angle sensor is respectively arranged on both sides of the flush horizontal position of the seat, and a finger angle sensor is respectively arranged on both sides of the horizontal position flush with the finger placement seat at an angle of 45 degrees. The placement angle of the finger inserted into the semicircular hole housing is detected by the finger angle sensor, and the test method is to detect the angle of the finger nail through four finger angle sensors, that is, to detect the angle of the finger nail through four finger angle sensors. The angle between the top of the nail radian and the horizontal plane is used to determine the placement angle of the finger relative to the horizontal plane of the finger placement seat to determine the specific position information of the finger inserted into the semicircular hole housing. After determining the relative position of the finger After the finger is placed at the angle of the horizontal plane of the seat, the collection of the characteristic information of the finger vein is carried out. The infrared imaging light source is used for the illumination of the finger vein. An infrared filter and an anti-infrared filter are arranged in front of the infrared imaging device. It reflects infrared light and transmits visible red light; the computer processing system is connected with the infrared imaging device through a data transmission interface, and extracts the feature quantity of the finger vein feature information with the finger angle from the image output by the infrared imaging device, and The above-mentioned feature quantities are input into the AND data processing section.

The facial vein feature information collection device is connected with the finger vein feature information collection device, wherein the facial vein feature information collection device includes a housing, a second infrared imaging light source, a second infrared imaging device, a facial position sensor, a head position judging device, and a voice prompt device, facial vein feature information comparison device and data transmission interface. The casing includes a left side panel, a right side panel and a front panel. The left side panel and the right side panel are arranged at both ends of the front panel parallel to each other and are respectively perpendicular to the front panel. The space area formed by the left side panel, the right side panel and the front side For the collection of head vein feature information; two rows of second infrared imaging light sources are arranged on the left panel, a second infrared imaging device is arranged on the right panel, and a facial position sensor is arranged on the front panel. A human body sensor can also be provided, and when the authentication human head can approach the device, the authentication device will automatically enter the power-on state. When the wavelength of incident light is between 720 nm and 1100 nm, it can penetrate bones and facial muscles well, and highlight the facial blood vessel structure. This wavelength range belongs to near-infrared light. Through the comparative experiments of several groups of infrared light sources with different wavelengths, we found that the infrared light with a wavelength of 850 nm has a better contrast effect, and the image of facial veins is clearer. In the scheme selection, it is preferable to use two groups of infrared light-emitting diodes with wavelengths of 850 nm, which can be controlled in groups, and whose brightness is continuously adjustable as the light source for vein images. In order to obtain better image quality, infrared LEDs can be used to emit light The head of the tube is cut into a plane and polished, and a diffuser is installed in front of the infrared light source to obtain uniform discrete infrared light. The second infrared imaging device uses a thermal imaging camera to perform infrared scanning on the user's face; the face position sensor is arranged on the front panel, when the authenticator enters the sensing area and the facial vein feature information collection device enters the working state , judging whether the head is facing the front panel through the image captured by the facial position sensor, that is, judging whether the head position is deflected relative to the front panel or whether there is a phenomenon of bowing or tilting the head. If the image captured by the facial position sensor is judged as authentication If the authenticator's head does not face the front panel, the head position judging device sends a signal to the voice prompting device, and the voice prompting device is controlled to make a sound to inform the authenticator to move the head position, and then the facial position sensor takes a new photo of the authenticator's head After the judgment of the head position judging device again, until the judging result is that the head is facing the front panel, the voice prompting device sends out a prompt to remind the authenticator to stop the head movement and start collecting facial vein feature information. The infrared imaging light source is used for the illumination of facial veins. An infrared filter and an anti-infrared filter are arranged in front of the infrared imaging device for reflecting infrared light and transmitting visible red light; The above-mentioned infrared imaging device is connected, and the feature quantity with facial vein feature information is extracted from the image output by the infrared imaging device, and the above feature quantity is also input into the data processing part. In the authentication device combining finger vein recognition and facial vein recognition of the present invention, the facial vein characteristic information collection of the authenticator's characteristic value can be carried out independently with the pre-collected authenticator's finger vein characteristic information and facial vein characteristic information. compare, and send the result of comparison to the second controller; the second controller is connected with the feature information comparison part, and the second controller controls the finger of the utility model according to the comparison result signal of the feature information comparison part The authentication device combining vein recognition and facial vein recognition sends or displays the comparison result to inform whether the authentication is passed; in addition, the above-mentioned input and output interfaces can also be connected to the network to further connect with the remote main server for data information The transmission or verification of certification information can be backed up regularly, and can be seamlessly connected with the WIS database.

The method for authenticating by using the authentication device combining finger vein recognition and facial vein recognition of the present invention includes the following contents:

The first is the identity registration process of the authenticator. Initially, the finger vein feature information and facial vein feature information of the specific person who needs to be authenticated are registered into the database. The finger vein feature information collected during the registration process includes information from multiple angles of the finger. Let the finger rotate at the same time, collect the finger vein characteristic information of continuous multiple angles, and input the above-mentioned finger vein characteristic information containing the angle information into the characteristic information storage unit; the facial vein characteristic information collected at the same time during the registration process includes The facial vein feature information collected at the frontal angle determined by the facial position sensor on the facing front panel, after the voice prompt device prompts that the position is correct, the facial vein feature information is collected, and the above-mentioned collected facial vein feature information is input into the feature Information storage unit; after the collection of the above two types of feature information is completed, the collected finger vein feature information and facial vein feature information will be collected in the feature information storage unit to form a real-time matching group of finger vein feature information and facial vein feature information in the data processing section , the matching group includes the finger vein feature information with angle information and the facial vein feature information collected at the same time. The method of forming the matching group includes the shape and direction of the finger vein and the shape and direction of the facial vein feature. In order to improve the matching accuracy , before data fusion, standardize the matching information of these data through the following data standardization method:

a'=(a-c)/σ

Where a is the matching score of vein shape and direction features, c and σ represent the mean and variance of the matching score a, and then the obtained normalized data a' is used as the input data of the fusion method.

Wherein, the above-mentioned data standardization method is used to standardize the data of the finger vein features and the facial vein features, and the standard data of the finger vein features and the standard data of the facial vein features are obtained, and then the two standard vein feature data are formed into a feature information matching group through a weighted fusion method,

The second is the authentication process. When the authenticator needs to perform characteristic information authentication, the authentication device can automatically enter the power-on state by turning on the switch or through the human sensor. The collection part enters the process of collecting finger vein feature information, and at the same time, the facial vein feature information collection part also enters the process of collecting facial vein feature information. First, the finger angle sensor is used to detect the finger inserted into the semicircular hole housing. Placement information, that is, the angle between the top of the nail arc and the horizontal plane is detected by four finger angle sensors, and the angle information of the finger relative to the horizontal plane of the finger placement seat is determined through this angle. Whether the head is facing the front panel is to judge whether the position of the head is deflected relative to the front panel or whether there is a phenomenon of bowing or tilting the head. panel, the head position judging device sends a signal to the voice prompting device, and the voice prompting device is controlled to make a sound to inform the authenticator to move the head position, and then the face position sensor takes a new photo of the authenticator's head, and passes through the head position judging device again. Judging until the judgment result is that when the head is facing the front panel, the voice prompting device sends out a prompt to remind the authenticator to stop the head movement; then, the first infrared imaging light source and the facial vein feature information collection part of the finger vein feature information Part of the second infrared imaging light source emits light, and the first infrared imaging device in the collection part of the finger vein feature information and the second infrared imaging device in the collection part of the facial vein feature information input the collected finger vein features and facial vein signs into the feature The information storage unit, wherein the hand feature information includes the shape and direction of the finger veins and the shape and direction of the facial vein features; the feature information storage unit inputs the above feature information to the data processing unit for fusion, first through the following data standardization methods. The data is standardized for matching information:

a'=(a-c)/σ

Where a is the matching score of vein shape and direction features, c and σ represent the mean and variance of the matching score a, and then the obtained standardized data a' is used as the input data of the fusion method to obtain the finger vein feature standard data and facial vein feature standard After the data is collected, the two kinds of vein characteristic standard data are used to form a characteristic information matching group through weighted fusion method; then the above-mentioned characteristic information matching group is input into the matching characteristic information comparison part, in which the authenticator's current authentication The feature information matching group of the identity registration is compared with the feature information matching group at the time of identity registration. The comparison includes the shape and direction of the finger veins and the shape and direction of the facial vein features. The authenticated feature information matching group searches for the pre-registered feature information matching group closest to the feature in the matching feature information comparison section according to the shape and direction of the corresponding finger veins and the shape and direction of the facial vein features for comparison; According to the result of the above comparison, identity verification is carried out to confirm the identity.

Through the authentication method of the authentication device combining finger vein recognition and facial vein recognition of the present invention, through data processing of certain characteristic information, the characteristic information matching group of finger vein characteristic standard data and facial vein characteristics can be obtained, which can eliminate existing Biometric verification of technology may cause inaccurate verification due to changes in age and physiology, and this method uses the matching group of characteristic information of finger veins and facial veins for authentication, which greatly improves identity authentication in the security field accuracy and reliability.

The difference in finger angles will affect the finally collected finger vein feature information, and the influence of finger angles has not been considered in the prior art. In this utility model, in order to eliminate the influence of verification accuracy caused by differences in finger angles, the extracted When the finger vein feature information is used, the angle of the finger measured by the finger angle sensor will be combined, and then the feature information will be matched.

Description of drawings

Fig. 1 is a structural schematic diagram of an authentication device combining finger vein recognition and facial vein recognition of the present invention.

Fig. 2 is a structural schematic diagram of the finger vein recognition part of the authentication device combining finger vein recognition and facial vein recognition of the present invention.

Fig. 3 is a structural schematic diagram of the facial vein recognition part of the authentication device combining finger vein recognition and facial vein recognition of the present invention.

Detailed ways

Below in conjunction with the accompanying drawings, through the description of specific implementation examples, the specific implementation of the present utility model, such as the shape, structure, mutual position and connection relationship between each part, the role and working principle of each part, etc. A further detailed description is given, and the authentication method of the utility model is described in detail.

Fig. 1-3 is the structure diagram of the authentication device 1 of the combination of finger vein recognition and facial vein recognition of the present invention, according to the corresponding drawings, it includes a finger vein characteristic information collection device 2 and facial vein characteristic information connected thereto The acquisition device 3, in addition, the authentication device also includes a platform 4, wherein the characteristic information storage unit, the data processing unit, the matching characteristic information comparison unit, and the controller are all arranged inside the platform 4, and on the side of the platform 4 The input and output interface 5 is arranged on the front part of the table body 4, and the input keyboard 6 is arranged on the front part of the table body 4. The finger vein feature information collection device 2 is arranged on the surface of the table body 4, and includes a housing 21, a first infrared imaging light source 22, a first infrared imaging device 23, a finger angle sensor 24, and a finger placement seat 25, wherein the housing is provided with There is a power switch or a human body sensor, and when the authenticator is close to the device, the authentication device automatically enters the power-on state, and the middle part of the housing 21 is provided with a semicircular hole for inserting fingers, and the finger placement seat 25 is arranged on the In the above-mentioned semicircular hole, a plurality of rows of first infrared imaging light sources 22 are arranged in the middle of the top of the semicircular hole facing the finger placement seat, and on both sides of the first infrared imaging light source 22 on the inner wall of the semicircular hole Two finger angle sensors 24 are provided, one finger angle sensor is respectively arranged on both sides of the horizontal position flush with the finger rest seat 25, and each finger angle sensor is arranged on both sides of the horizontal position flush with the finger rest seat 25 at an angle of 45 degrees. One finger angle sensing; the bottom of the housing 21 is provided with a transmission device connected to the characteristic information storage unit, data processing unit, matching characteristic information comparison unit and controller in the table body 4 . The base 31 of the facial vein feature information collection device 3 is slidably arranged on the surface of the table body 4 close to the finger vein feature information collection device 2, so that the authenticator can simultaneously collect finger vein feature information and facial vein feature information. The base 31 is provided with a rotatable and foldable mechanical arm 32, and the member 33 for facial vein feature information collection is arranged on the top of the mechanical arm 32, which includes a housing 34, a second infrared imaging light source 35, and a second infrared imaging device 36 , a facial position sensor 37, a head position judging device 38, and a voice prompting device 39. The casing 34 comprises a left side plate, a right side plate and a front plate, and the left side plate and the right side plate are arranged on both ends of the front plate parallel to each other and are perpendicular to the front plate respectively, wherein the space formed by the left side plate, the right side plate and the front The area is the collection of head vein feature information; two rows of second infrared imaging light sources 35 are arranged on the left panel, a second infrared imaging device 36 is arranged on the right panel, and a facial position sensor 37 is arranged on the front panel. At the same time, the front panel is also provided with a human body sensor that senses whether the authenticator is close. In addition, the base is provided with a feature information storage unit, a data processing unit, a matching feature information comparison unit, and a controller that are connected to the platform body 4. transmission device.

In addition, the input and output interface 5 and the input keyboard 6 of the authentication device 1 combined with finger vein recognition and facial vein recognition of the present invention can be used to transmit internal and external information, and the above-mentioned input and output interface 5 can also be connected to the network to It further connects with the remote main server to transmit data information or verify authentication information, which can be backed up regularly and can be seamlessly connected with WIS database.

The utility model provides an authentication method for an authentication device combining finger vein recognition and facial vein recognition. The certification process includes the following:

The first is the identity registration process of the authenticator. Initially, the finger vein feature information and facial vein feature information of the specific person who needs to be authenticated are registered into the database. The finger vein feature information collected during the registration process includes information from multiple angles of the finger. Let the finger rotate at the same time, collect the finger vein characteristic information of continuous multiple angles, and input the above-mentioned finger vein characteristic information containing the angle information into the characteristic information storage unit; the facial vein characteristic information collected at the same time during the registration process includes The facial vein feature information collected at the frontal angle determined by the facial position sensor on the facing front panel, after the voice prompt device prompts that the position is correct, the facial vein feature information is collected, and the above-mentioned collected facial vein feature information is input into the feature Information storage unit; after the collection of the above two types of feature information is completed, the collected finger vein feature information and facial vein feature information will be collected in the feature information storage unit to form a real-time matching group of finger vein feature information and facial vein feature information in the data processing section , the matching group includes the finger vein feature information with angle information and the facial vein feature information collected at the same time. The method of forming the matching group includes the shape and direction of the finger vein and the shape and direction of the facial vein feature. In order to improve the matching accuracy , before data fusion, standardize the matching information of these data through the following data standardization method:

a'=(a-c)/σ

Where a is the matching score of vein shape and direction features, c and σ represent the mean and variance of the matching score a, and then the obtained normalized data a' is used as the input data of the fusion method.

Wherein, the above-mentioned data standardization method is used to standardize the data of the finger vein features and the facial vein features, and the standard data of the finger vein features and the standard data of the facial vein features are obtained, and then the two standard vein feature data are formed into a feature information matching group through a weighted fusion method,

The second is the authentication process. When the authenticator needs to perform characteristic information authentication, the authentication device can automatically enter the power-on state by turning on the switch or through the human sensor. The collection part enters the process of collecting finger vein feature information, and at the same time, the facial vein feature information collection part also enters the process of collecting facial vein feature information. First, the finger angle sensor is used to detect the finger inserted into the semicircular hole housing. Placement information, that is, the angle between the top of the nail arc and the horizontal plane is detected by four finger angle sensors, and the angle information of the finger relative to the horizontal plane of the finger placement seat is determined through this angle. Whether the head is facing the front panel is to judge whether the position of the head is deflected relative to the front panel or whether there is a phenomenon of bowing or tilting the head. panel, the head position judging device sends a signal to the voice prompting device, and the voice prompting device is controlled to make a sound to inform the authenticator to move the head position, and then the face position sensor takes a new photo of the authenticator's head, and passes through the head position judging device again. Judging until the judgment result is that when the head is facing the front panel, the voice prompting device sends out a prompt to remind the authenticator to stop the head movement; then, the first infrared imaging light source and the facial vein feature information collection part of the finger vein feature information Part of the second infrared imaging light source emits light, and the first infrared imaging device in the collection part of the finger vein feature information and the second infrared imaging device in the collection part of the facial vein feature information input the collected finger vein features and facial vein signs into the feature The information storage unit, wherein the hand feature information includes the shape and direction of the finger veins and the shape and direction of the facial vein features; the feature information storage unit inputs the above feature information to the data processing unit for fusion, first through the following data standardization methods. The data is standardized for matching information:

a'=(a-c)/σ

Where a is the matching score of vein shape and direction features, c and σ represent the mean and variance of the matching score a, and then the obtained standardized data a' is used as the input data of the fusion method to obtain the finger vein feature standard data and facial vein feature standard After the data is collected, the two kinds of vein characteristic standard data are used to form a characteristic information matching group through weighted fusion method; then the above-mentioned characteristic information matching group is input into the matching characteristic information comparison part, in which the authenticator's current authentication The feature information matching group of the identity registration is compared with the feature information matching group at the time of identity registration. The comparison includes the shape and direction of the finger veins and the shape and direction of the facial vein features. The authenticated feature information matching group searches for the pre-registered feature information matching group closest to the feature in the matching feature information comparison section according to the shape and direction of the corresponding finger veins and the shape and direction of the facial vein features for comparison; According to the result of the above comparison, identity verification is carried out to confirm the identity.

The above-mentioned embodiment is a preferred implementation mode of the present utility model, but the implementation mode of the present utility model is not limited by the above-mentioned embodiment, and any other changes, modifications and substitutions made without departing from the spirit and principle of the present utility model , combination, and simplification, all should be equivalent replacement methods, and are all included in the protection scope of the present utility model.

Claims (4)

1. the authenticate device that combines with facial hand vein recognition of a finger vena identification, it is characterized in that comprising finger vein features information collecting device and connected facial vein pattern information collecting device, this authenticate device also comprises stage body, wherein characteristic information storage unit, data processing division, matching characteristic information comparison portion, controller are all arranged at the inside of this stage body, the sidepiece of this stage body is provided with IO interface, the front portion of this stage body is provided with input keyboard, finger vein features information collecting device is arranged on the surface of stage body, comprise housing, first infrared imaging light source, first infreared imaging device, finger angular transducer, finger placement rack, its middle shell is provided with human body sensor, when certification people is near this device, authenticate device enters open state automatically, the center section of housing is provided with one for stretching into the semi-circular hole of finger, finger placement rack is arranged in above-mentioned semi-circular hole, position just to finger placement rack in the middle of semi-circular hole inner top is provided with and ranked first infrared imaging light source more, every side in the first infrared imaging light source both sides of semi-circular hole madial wall is respectively arranged with two finger angular transducers, the set-up mode of two finger angular transducers of every side is arrange a finger angular transducer in the both sides of the horizontal level concordant with finger placement rack, point angle sensor respectively arranging one with the both sides that the concordant horizontal position of finger placement rack is set to miter angle place, housing bottom is provided with the transmitting device be connected with the characteristic information storage unit in stage body, data processing division, matching characteristic information comparison portion, controller, face vein pattern information collecting device comprises base, near finger vein features information collecting device place on the surface that described base is slidably arranged on stage body, make authenticator can carry out the collection of finger vein features information and facial vein pattern information simultaneously, be provided with rotary and folding mechanical arm on the base, the component of face vein pattern information acquisition is arranged on the top of mechanical arm, it comprises shell, second infrared imaging light source, second infreared imaging device, facial positions sensor, head position judgment means, sound prompt device, shell comprises left plate, right plate and front plate, left plate, the two ends of front plate that what right plate was parallel to each other be arranged on and vertical with front plate respectively, wherein left plate, the area of space that right plate and front are formed is the collection of head vein characteristic information, left plate is provided with two and ranked second infrared imaging light source, right plate is provided with the second infreared imaging device, front plate is provided with facial positions sensor, front plate is also provided with the whether close human body sensor of perception authenticator simultaneously.

2. the authenticate device that combines with facial hand vein recognition of finger vena identification according to claim 1, is characterized in that being provided with the transmitting device be connected with the characteristic information storage unit in stage body, data processing division, matching characteristic information comparison portion, controller in base.

3. the authenticate device that combines with facial hand vein recognition of finger vena identification according to claim 2, is characterized in that described IO interface and input keyboard can carry out the transmission of interior external information.

4. the authenticate device that combines with facial hand vein recognition of finger vena identification according to claim 3, it is characterized in that described IO interface also can be connected to the network, to be further connected with long-range master server, carry out the checking of the transmission of data message or authentication information, schedule backup.