CN204244275U - Refer to venous information safety management platform - Google Patents

Abstract

A finger vein information security management platform, comprising a finger vein smart terminal, a communication network, a server, a client access terminal, and an identity authentication terminal; the finger vein smart terminal is connected to a server through a communication network, and the client access terminal and the server are connected through connected to a communication network; the identity authentication terminal is connected to a server through a communication network; the server is a cloud server; the finger vein smart terminal includes a finger vein recognition device and a shell; the finger vein recognition device includes a control board, and the control The main board is connected to the finger vein collector, voice player, audio collector, video collector, capacitive touch screen, wireless communication module, LED display light and RFID reader; the control board is provided with a local storage module and an alarm card, so The above alarm card is connected with the voice player. The system has the advantages of high safety, convenience and quickness.

Description

Finger vein information security management platform

technical field

The utility model relates to the application field of biometric identification technology, in particular to a finger vein information security management platform.

Background technique

An identity recognition system refers to a system that requires identity authentication, through which certain access rights are obtained, such as access control, safes, and automatic ticket collection systems for train tickets. Among the existing common identification methods, there are the following problems 1. For example, you need to enter the memory password for password identification, and it is easy to forget the password; 2. The proximity card input needs to carry the card, which is inconvenient to use; 3. Fingerprints, palmprints, etc. will also be sampled and copied by people, which poses a security risk. In a new generation of security solutions, biometrics are the way of the future. Among the existing biometric technologies, there are fingerprint recognition, finger vein recognition, face recognition, palm recognition and iris recognition, etc. In terms of difficulty in copying, difficulty in stealing, recognition accuracy, ease of use, and economic cost, finger vein recognition Recognition is better than other biometric technologies, it cannot be copied and replaced, and it represents the future development trend.

At present, most of the existing biometric smart terminals, access control, channel management, time attendance, patrol, anti-theft doors, etc., use password input, proximity card identification or fingerprint identification, which is not safe, easy to fake, and has potential safety hazards. Even if finger vein recognition is used, it is not compatible with other recognition methods, lacks a human-computer interaction interface, and is easy to be imitated, deciphered, and copied, posing a security risk. Moreover, most of the relevant products currently on the market do not have both server authentication and local authentication functions, as well as remote monitoring and human-computer interaction functions.

At the same time, the existing finger vein smart terminals cannot report to the police in time when they are artificially removed, which seriously reduces the safety index. At the same time, the traditional finger vein smart terminals use wired network broadband connections, which are subject to regional restrictions due to the need for wiring. Generally, it can only be fixed on the wall and cannot be moved.

In addition, the keyboard input used in the existing finger vein intelligent terminals has low intelligence and many and complicated components.

Utility model content

In order to solve the above-mentioned technical problems, the utility model proposes a finger vein information security management platform, which uses finger vein images as identification information, and the identification system is convenient, fast, and highly accurate.

In order to achieve the above object, the utility model adopts the following technical solutions:

A finger vein information security management platform, comprising a finger vein smart terminal, a communication network, a server, a client access terminal, and an identity authentication terminal; the finger vein smart terminal is connected to a server through a communication network, and the client access terminal and the server are connected through connected to a communication network; the identity authentication terminal is connected to a server through a communication network; the server is a cloud server, and the finger vein smart terminal includes a finger vein recognition device and a shell; the finger vein recognition device includes a control board, and the control The main board is connected with finger vein collector, voice player, audio collector, video collector, capacitive touch screen, wireless communication module, LED display lamp and RFID reader; the control board is provided with a local storage module and an alarm card. The above alarm card is connected with the voice player.

The wireless communication module is a WiFi communication module, a GPS communication module or a 3G communication module.

The connection mode between the wireless communication module and the control board is USB welding or USB cable connection.

The shell includes: a front cover plate and a rear cover plate, and the front cover plate is provided with a video collector through hole, an audio collector through hole, an LED display light through hole, a voice playback through hole, a capacitive touch screen display window, and a finger. The collection window of the vein collector; the finger vein collector sleeve is socketed in the collection window of the finger vein collector; the finger vein collector is sleeved in the finger vein collector sleeve; the finger vein collector sleeve is A detachable fixing plate is provided, several helical columns are arranged on the front cover plate, and helical sleeves corresponding to the helical columns of the front cover plate are arranged on the rear cover plate one by one.

The bottom of the back cover is provided with three T-shaped slots, a screw through hole and four fixed slots; the middle of the back cover is provided with an interface window and an alarm switch touch window.

The finger vein intelligent terminal also includes an installation hanger, the installation hanger is provided with a clamping piece matched with the fixed card slot, and the top of the installation hanger is provided with an anti-theft protrusion matched with the alarm switch touch window. Lifting parts, the bottom of the installation hanger is provided with a supporting plate perpendicular to the installation hanger, and the supporting plate is provided with a through hole matched with the spiral through hole at the bottom of the rear cover plate.

The finger vein intelligent terminal also includes a base, and the base is provided with T-shaped protrusions that match with the T-shaped slots at the bottom of the rear cover one by one.

The base is provided with two fixing through holes.

The base is provided with a base through hole matched with the screw through hole at the bottom of the rear cover.

The back cover is provided with a heat dissipation port, the control main board is also connected with a USB interface and a TF card interface, and the side wall of the front cover is provided with a USB interface window and a TF card interface window.

The beneficial effects of the utility model are:

1. Using finger veins as identification and authentication information effectively solves the inconvenience caused by forgetting the password or losing the identification card;

2. Equipped with an alarm, when the finger vein smart terminal is maliciously dismantled, it will automatically alarm;

3. It has two modes of local authentication and server authentication at the same time, adding server authentication and improving the identity authentication speed of the identification system. The local authentication mode effectively avoids server authentication dysfunction due to poor network;

4. The wireless communication module is set up, which removes the regional restrictions on the finger vein smart terminal for wired network transmission;

5. With the addition of a base, the finger vein smart terminal can be fixed on the desktop, with a variety of desktop application modes: such as temporary meeting attendance, office and financial information security identification, filing cabinets, printers, etc.

Description of drawings

Fig. 1 structural frame diagram of the utility model;

Fig. 2 overall figure of the utility model;

Fig. 3 is a structural diagram of specific components of the utility model.

Among them, 1. Control board; 2. Finger vein collector; 3. Voice player; 4. Audio collector; 5. Video collector; 6. Capacitive touch screen; 7. Wireless communication module; 8. TF card interface; 9 , RFID reader; 10, USB interface; 11, front cover; 12, rear cover; 13, video collector through hole; 14, audio collector through hole; 15, capacitive touch screen display window; 16, finger vein Acquisition window of the collector; 17. Voice playback through hole; 18. Finger vein collector sleeve; 19. Fixed plate; 20. Spiral column; 21. Spiral sleeve; 22. T-shaped card slot; ;24, fixed card slot; 25, interface window; 26, alarm switch touch window; 27, installation hanger; , base; 33, screw through hole, 34, fixed through hole; 35, base through hole; 36, heat dissipation port; 37, TF card interface window; 38, USB interface window; 39, LED display light through hole; Network Interface.

Detailed ways

In order to better understand the technical solution of the utility model, the technical solution of the utility model will be further described below in conjunction with the accompanying drawings.

As shown in Figures 1 to 3, a finger vein information security management platform includes a finger vein smart terminal, a communication network, a server, a client access terminal, and an identity authentication terminal; the finger vein smart terminal is connected to the server through a communication network, so The client access terminal is connected to the server through a communication network; the identity authentication terminal is connected to the server through a communication network; the server is a cloud server, and the finger vein smart terminal includes a finger vein recognition device and a shell; the finger vein The identification device includes a control board 1, which is connected to a finger vein collector 2, a voice player 3, an audio collector 4, a video collector 5, a capacitive touch screen 6, a wireless communication module 7, an LED display light and an RFID reader 9. The control board is provided with a local storage module and an alarm card, and the alarm card is connected to a voice player.

Users can access the system through the client.

Finger vein collector 2 is used to collect finger vein images, voice player and audio collector can realize real-time intercom, capacitive touch screen is used for function selection and setting, local storage module can be used to store user information for local authentication, FIDR card reader The device is used to read the identity card, and the alarm is used to alarm. Local authentication means that the vein smart terminal can realize identity recognition without the server itself. Due to the limited space of the storage module and the slow speed of data processing in this authentication mode, the speed of identity recognition is slow. The server is connected to the finger vein intelligent terminal through the network, and the identity authentication is moved to the server, which makes the authentication speed fast, and the server has a large storage capacity, which is suitable for comparison of large databases, such as the train ticket collection system, etc.

The finger vein information security management platform can be widely used in any place that requires identity authentication to obtain access rights, such as access control, time attendance, computers that require login passwords, bank insurance systems, automatic ticket machines for train tickets, etc. The identity authentication terminal is a terminal for access control, time attendance, computer login, safe, train automatic ticket collection device, etc. that requires identity recognition to have access authority.

The wireless communication module is a WiFi communication module, a GPS communication module or a 3G communication module. The wireless communication module gets rid of the shackles of the network cable, so that the finger vein smart terminal can move freely, and it is convenient and flexible to use.

The connection mode between the wireless communication module and the control board is USB welding or USB cable connection.

As shown in Figure 3, the shell includes: a front cover plate 11 and a rear cover plate 12, and the front cover plate is provided with a video collector through hole 13, an audio collector through hole 14, a voice playing through hole 17, an LED Display light through hole 39, capacitive touch screen display window 15 and finger vein collector collection window 16; the finger vein collector card sleeve 18 is socketed in the finger vein collector collection window; the finger vein collector card sleeve inner sleeve Connect the finger vein collector 2; the finger vein collector ferrule 18 is provided with a detachable fixing plate 19, the front cover is provided with several helical columns 20, and the rear cover is provided with the front cover. The helical sleeves 21 correspond one-to-one to the cover plate helical columns.

The helical column is a copper helical column, which has the advantages of anti-oxidation and firmness, and the existing helical column is easy to break.

The bottom of the back cover is provided with three T-shaped slots 22, a screw through hole 33 and four fixed slots 24; the middle of the back cover is provided with an interface window 25 and an alarm switch touch window 26. The whole finger vein intelligent terminal can be fixed on the bottom plate.

The finger vein intelligent terminal also includes an installation hanger 27, the installation hanger 27 is provided with a snap-in piece 28 matched with the fixed card slot, and the top of the installation hanger 27 is provided with a window matching the alarm switch touch window. For the anti-theft protrusion 29 used, the bottom of the mounting hanger is provided with a supporting plate 30 perpendicular to the mounting hanger, and the supporting plate 30 is provided with a through hole 31 matched with the spiral through hole at the bottom of the back cover. The bottom of the installation hanger is fixed with the rear cover by bolts, which prevents malicious dismantling of people, and increases the anti-theft raised part 29 at the same time. Click the switch, the alarm is turned off, when it is considered to be maliciously removed, the alarm is turned on, and the alarm starts.

The finger vein smart terminal also includes a base 32, and the base is provided with T-shaped protrusions 23 that match with the T-shaped slots at the bottom of the back cover one by one.

The base is provided with two fixing through holes 34 . By fixing the base, the finger vein smart terminal can be fixed on the desktop or platform.

The base is provided with a base through hole 35 matched with the screw through hole at the bottom of the back cover.

The rear cover plate is provided with a heat dissipation port 36, the control main board is also connected with a USB interface 10 and a TF card interface 8, and the side wall of the front cover plate is provided with a USB interface window 38 and a TF card interface window 37. The heat dissipation port is used for heat dissipation of the motherboard, and an expansion window is added at the same time, which means the function expansion of the vein smart terminal. The USB interface and the TF card interface can both read and write.

A wired network communication module is arranged on the control main board, and a wired network interface 40 matched with it is arranged on the rear cover plate.

Although the specific implementation of the utility model has been described above in conjunction with the accompanying drawings, it does not limit the protection scope of the utility model. Those skilled in the art should understand that on the basis of the technical solution of the utility model, those skilled in the art do not need to Various modifications or deformations that can be made with creative efforts are still within the protection scope of the present utility model.

Claims (10)

1. A finger vein information security management platform, characterized in that it includes a finger vein smart terminal, a communication network, a server, a client access terminal and an identity authentication terminal; the finger vein smart terminal is connected to a server through a communication network, and the client access The terminal is connected to the server through a communication network; the identity authentication terminal is connected to the server through the communication network; the server is a cloud server; the finger vein smart terminal includes a finger vein recognition device and a shell; the finger vein recognition device includes Control mainboard, the control mainboard is connected with finger vein collector, voice player, audio collector, video collector, capacitive touch screen, wireless communication module, LED display light and RFID reader-writer; Described control mainboard is provided with local storage module and an alarm card, and the alarm card is connected with a voice player. 2. The finger vein information security management platform according to claim 1, wherein the wireless communication module is a WiFi communication module, a GPS communication module or a 3G communication module. 3. The finger vein information security management platform according to claim 1, wherein the connection between the wireless communication module and the control board is USB welding or USB cable connection. 4. The finger vein information security management platform according to claim 1, wherein the shell comprises: a front cover and a rear cover, and the front cover is provided with a through hole for a video collector and an audio collector. Through hole, LED display light through hole, voice playback through hole, capacitive touch screen display window and finger vein collector collection window; the finger vein collector card sleeve is socketed in the finger vein collector collection window; the finger vein collector The finger vein collector is sleeved in the sleeve of the finger vein collector; a detachable fixing plate is provided on the sleeve of the finger vein collector, a number of spiral columns are provided on the front cover board, and The one-to-one correspondence of the helical columns of the front cover plate corresponds to the helical sleeves. 5. The finger vein information security management platform as claimed in claim 4, wherein the bottom of the back cover is provided with three T-shaped slots, a spiral through hole and 4 fixed slots; the back cover The middle part has an interface window and an alarm switch touch window. 6. The finger vein information security management platform according to claim 5, characterized in that, the finger vein intelligent terminal also includes a mounting hanger, and the mounting hanger is provided with a clip that matches the fixed card slot , the top of the installation hanger is provided with an anti-theft protrusion matching the alarm switch touch window, the bottom of the installation hanger is provided with a supporting plate perpendicular to the installation hanger, and the supporting plate is provided with a rear cover The screw vias on the bottom of the board match the vias used. 7. The finger vein information security management platform according to claim 5 or 6, wherein the finger vein intelligent terminal also includes a base, and the base is provided with T-shaped card slots that match one by one with the bottom of the rear cover. T-shaped lugs used. 8. The finger vein information security management platform according to claim 7, wherein two fixing through holes are arranged on the base. 9. The finger vein information security management platform according to claim 7, characterized in that, the base is provided with a base through hole matching with the screw through hole at the bottom of the back cover. 10. The finger vein information security management platform as claimed in claim 8 or 9, characterized in that, the rear cover is provided with a cooling port, the control main board is also connected with a USB interface and a TF card interface, and the front A USB interface window and a TF card interface window are arranged on the side wall of the cover plate.