CN209785086U - Prison AB door control system based on palm vein - Google Patents

The utility model discloses a prison AB door control system based on palm vein, which comprises a palm vein scanner, a door control module, an A door access controller, an A door lock, a B door access controller, a B door lock, a card reader and a monitoring control module; the palm vein scanner transmits collected palm vein information of prisoners to the gate control module, the gate control module respectively controls the door access controller A and the door access controller B, and the door access controller A controls the door lock A to be opened and closed; the door B access controller controls the opening and closing of a door lock of the door B; the card reader transmits the information of the access control card to the door control module; the gate control module transmits control information to the monitoring control module. The utility model provides a through palm vein identification information, can intelligent management prison AB door system based on palm vein prison AB door control system.

Prison AB door control system based on palm vein

Technical Field

The utility model relates to a gating system technical field especially relates to a based on palm vein prison AB door control system.

Background

Prison is the criminal penalty enforcement organ of our country, is the place of the criminal suspect of the prisoner of the prison and prisoner, because of the specificity of its responsibility, therefore have its special requirement to the security system too. The safety protection work is particularly important under the current new situation that anti-terrorism is stable, a harmonious society is built, and the prison AB door is widely applied once the prison crossing and prison breaking events occur and the prison standing can cause the social rarefaction.

Currently, the AB access control system basically adopts a host control and card swiping mode. The control mode is complicated, the safety degree is not high, and the control mode is not suitable for being used in areas needing high safety level.

The Chinese patent application numbers are: 201320664904.5, application date is 10 and 28 in 2013, and publication date is: year 2014, month 07, 05, with patent names: the utility model provides a prison AB lock accuse system, this utility model relates to a prison AB lock accuse system, including controller, signal acquisition module, signal output module, signal acquisition module passes through the controller and is connected with signal output module, signal acquisition module includes door state signal module, lock state signal module, the signal module of unblanking, long-range signal module of unblanking, signal output module includes door state indication module, lock state indication module, the output module of unblanking, linkage audio video module. The utility model discloses simple structure conveniently cascades, can show the door state and can long-range unblank, and the passing through door state detects and combines together with lock state detection and prevents to appear false lock phenomenon, realizes that the multi-gate cascades interlocking through the communication between controller and the controller and puts, makes things convenient for network deployment interlocking control to improve prison management factor of safety.

The patent documents mentioned above disclose an AB door lock system for prison, but the precautionary measures of the AB door lock system are careless, the intelligence degree of controlling the AB door of the prison is not high, the function is single, and the AB door lock system cannot meet the requirements of the modern development of prisons.

SUMMERY OF THE UTILITY MODEL

In view of this, the utility model provides a through palm vein identification information, can intelligent management prison AB door system one kind based on palm vein prison AB door control system.

In order to realize the utility model discloses the purpose can take following technical scheme:

A prison AB door control system based on palm veins comprises a palm vein scanner, a door control module, an A door access controller, an A door lock, a B door access controller, a B door lock, a card reader and a monitoring control module; the palm vein scanner is used for collecting palm vein information of prisoners; the gate control module is used for analyzing and processing the palm veins of the prisoners; the door access controller A is used for controlling the door lock A of the prison to be opened and closed; the B door access controller is used for controlling the opening and closing of a B door lock of the prison; the card reader is used for identifying the information of the access control card held by the prisoner; the monitoring control module is used for monitoring the prison condition through access control information;

The palm vein scanner transmits collected palm vein information of prisoners to the gate control module, the gate control module respectively controls the door access controller A and the door access controller B, and the door access controller A controls the door lock A to be opened and closed; the door B access controller controls the opening and closing of a door lock of the door B; the card reader transmits the information of the access control card to the door control module; the gate control module transmits control information to the monitoring control module.

The door control module is a door control module of which the model is an AR471 Hall magnetic control chip.

the gate control module comprises a face recognizer, and the face recognizer is used for recognizing face information of prisoners.

The card reader comprises a password input commander which inputs a command through a password.

And the gate control module transmits the analyzed and processed information to the monitoring control module through an RS232 or RS485 interface.

The monitoring control module comprises a video monitor which monitors the activity condition of the prison personnel through a video record.

The monitoring control module comprises a wireless transmission module which is used for transmitting the monitored prison condition information.

The monitoring control module comprises an alarm device, and the alarm device is used for alarming when the prison condition monitored is abnormal.

The technical proposal provided by the utility model has the advantages that 1) the utility model realizes the intelligent control of the AB access control system of the prison by collecting the palm vein information of the prisoner and controlling the AB access control system of the prison through the gate control module, so that the management of the prison is more effective and safer; 2) the utility model greatly reduces the labor cost of the management control of the prison AB access control system, improves the control efficiency of the prison AB access control system and improves the prison management quality; 3) the utility model discloses can also monitor prison situation information, make the prison management further towards the modernization management.

Drawings

Fig. 1 is a block diagram of an AB door control system of a prison based on a palm vein of the embodiment of the present invention.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and embodiments of the present invention.

Example 1

Referring to fig. 1, the prison AB door control system based on the palm vein comprises a palm vein scanner 1, a door control module 3, an A door access controller 5, an A door lock 51, a B door access controller 6, a B door lock 61, a card reader 4 and a monitoring control module 7; the palm vein scanner 1 is used for collecting palm vein information of prisoners; the gate control module 3 is used for analyzing and processing the palm veins of the prisoners; the A door access controller 5 is used for controlling the opening and closing of a door lock 51 of the prison A; the B door access controller 6 is used for controlling the opening and closing of a B door lock 61 of the prison; the card reader 4 is used for identifying access card information held by prisoners; the monitoring control module 7 is used for monitoring the prison condition through access control information;

the palm vein scanner 1 transmits collected palm vein information of prisoners to the gate control module 3, the gate control module 3 respectively controls the door access controller A5 and the door access controller B6, and the door access controller A5 controls the door lock A51 to be opened and closed; the door B access controller 6 controls the opening and closing of the door B lock 61; the card reader 4 transmits the entrance guard card information to the door control module 3; the gating module 3 transmits control information to the monitoring control module 7.

Preferably, the gate control module 3 is a gate control module of which the model is an AR471 hall magnetic control chip.

Preferably, the gating module 3 comprises a face recognizer 2, and the face recognizer 2 is used for recognizing face information of prisoners.

in this embodiment, the face recognizer 2 collects and recognizes face information of prisoners, transmits the face information to the gating module 3, and the gating module 3 analyzes and processes the face information of the prisoners to identify identity information of the prisoners, so as to control the prisoner AB access control system.

The face recognizer 2 is used for recognizing the identities of the prisoners, so that the validity and the safety of prison management are further enhanced.

In this embodiment, the gate control module 3 controls the card reader 4 to identify the IC card information of the prisoner, when the IC card information of the prisoner conforms to the information identified by the card reader 4, the card reader 4 transmits the identification information to the gate control module 2, and the gate control module 2 controls the prison AB access control system.

Preferably, the card reader 4 comprises a password input commander 41, and the password input commander 41 inputs a command through a password.

The prison manager can input commands by inputting passwords to control the card reader 4 to identify the identity information of the prison.

Based on palm vein prison AB door control system be the important protective screen of prison security protection for retrain all personnel of business turn over prison, all personnel of business turn over prison must be legal personnel, and must leave the business turn over record, inquire after the accident of being convenient for and collect evidence. The AB access control system comprises a gate and each prison access door which are arranged in a prison, a gate control module 2 and a palm vein scanner 1 which are communicated with the gate area of each working area, wherein the gate control module 3 restrains all people who enter and exit the prison through the palm vein scanner 1.

In this embodiment, the gate control module 3 transmits the analyzed and processed information to the monitoring control module 7 through an RS232 or RS485 interface.

Example 2

Referring to fig. 1, the difference from the above embodiment is that the monitoring control module 7 of the present invention includes a video monitor 71, and the video monitor 71 monitors the activity status of the prison personnel through video recording. The video monitor 71 is more convenient for monitoring various conditions of the prisoners and can process the occurrence conditions at any time.

The monitoring control module 7 comprises a wireless transmission module 72, and the wireless transmission module 72 is used for transmitting the monitored prison condition information.

The wireless communication module 72 is configured to wirelessly communicate the monitoring data. The wireless communication module 72 is preferably a 4G wireless communication network, and data can be transmitted to a remote monitoring center through the 4G wireless communication network, so that the remote monitoring center can conveniently monitor various conditions of prisons and the dynamic states of prisoners.

The monitoring control module 7 comprises an alarm device 73, and the alarm device 73 is used for alarming when the monitored prison entrance guard is abnormal. When the access controller 3 finds that the identity information of the prisoner is abnormal, the abnormal information is transmitted to the alarm device 7 through the monitoring control module 7, and the alarm device 7 gives an alarm to prompt the prisoner to handle the abnormal condition.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention.