CN203966222U - Metal storehouse goes out to put in storage access control system - Google Patents

Abstract

The utility model discloses an access control system for entering and exiting a metal warehouse, which comprises an entrance passage gate, an exit passage gate, an entrance card reader arranged beside the entrance passage gate, and an exit card reader arranged beside the exit passage gate, which is arranged in the metal warehouse The computer in the management room, the entrance card reader, the exit card reader, the entrance passage gate and the exit passage gate are all connected to the computer; it also includes the entrance electronic weighbridge installed in front of the entrance passage gate and the exit electronic weighbridge installed in front of the exit passage gate. Both the electronic weighbridge and the export electronic weighbridge are connected with the computer. The utility model realizes the dual management of the cardholder's identity and abnormal weight behavior. This management authentication method has high management efficiency and good work quality, and can better ensure the safety of the stock in the metal warehouse.

Description

Metal warehouse access control system

technical field

The utility model relates to the technical field of entry and exit registration, in particular to a metal warehouse entry and exit access control system.

Background technique

In various important departments, especially warehouses, it is necessary to register and manage the entry and exit personnel at the entrances and exits of important departments. In practical applications, access control systems are mainly set up at the entrances and exits of important departments to realize the registration management of personnel entering and exiting.

The access control system is evolved from the card authentication system. The access control system is mainly composed of an access control card, a card reader, and a card management system connected to the card reader. Among them, the card management system collects basic information such as the cardholder's name, department, photo, weight, etc., generates cardholder management data items and stores them. The management data items of the card management system can be added according to the actual needs, such as adding the weight data items of the cardholder entering the warehouse and the weight data items leaving the warehouse. At the same time, the card management system also has the function of data comparison. The card management system makes an access control card based on the basic information of the cardholder. The access control system administrator distributes the access control card to the cardholder. The cardholder authenticates the card through the card reader. When swiping the card, the card management system will display the cardholder Name, department, photo, weight and other basic information, while displaying the cardholder's access records and status. The card management system can be a common card authenticator based on memory, or a card management system based on computer control.

Based on the needs of access management, most current data access control systems also include video surveillance functions. It installs a video capture card on the computer, sets a camera at the entrance and exit, the camera is connected to the computer through the video capture card, and displays the video images of the people entering and exiting collected by the monitoring camera on the display screen of the computer in real time. However, the video monitoring of the above scheme can only monitor the movement behavior of the people entering and leaving, and cannot effectively monitor the abnormal behavior of weight and carrying objects.

Obviously, the existing access control system is for authentication management of the identity of the card reader, which does not involve the management of the behavior of the card reader. In the entry and exit management of precious metal warehouses or cash warehouses of financial institutions, it is necessary to manage behaviors such as abnormal weight and abnormal belongings of card users. The management of the above-mentioned abnormal behaviors cannot be provided by the existing access control system.

Utility model content

The technical problem to be solved by the utility model is to provide a metal warehouse access control system that can manage the abnormal weight behavior of the card reader.

The technical solution adopted by the utility model to solve technical problems is:

The access control system for the metal warehouse in and out of the warehouse includes the entrance gate, the exit gate, the entrance card reader installed next to the entrance gate, the exit card reader next to the exit gate, the computer set in the metal warehouse management room, and the entrance card reader. The device, the exit card reader, the entrance channel gate, and the exit channel gate are all connected to the computer; it also includes the import electronic weighbridge set in front of the import channel gate and the export electronic weighbridge set in front of the exit channel gate, the import electronic weighbridge and the export electronic weighbridge are both Connect with computer.

Among them, the entrance channel gate, the entrance card reader, the import electronic platform scale and the computer jointly constitute the weighing authentication structure of the utility model for entering the warehouse, and the exit channel gate, the exit card reader, the export electronic platform scale and the computer jointly constitute the warehouse-out of the utility model. Swipe the weighing authentication structure.

The utility model also includes a known card management system, a card making device and an access control card. Among them, the card management system is installed on the computer, which has entry weighing data items and exit weighing data items. The card making device is used to make access control cards. Access control cards include long-term access cards and temporary access cards.

Furthermore, the access control system for metal warehouses also includes an electronic scale display for calibrating the electronic scale, and the electronic scale display is connected to the electronic scale. The technical solution also includes known weights, wherein the display screen of the electronic weighbridge and the known weights together constitute a calibration structure of the electronic weighbridge for calibrating the weighbridge.

Furthermore, the access control system for the metal warehouse in and out of the warehouse also includes an alarm, and the alarm is connected to a computer.

Furthermore, the access control system for metal warehouse entry and exit also includes a metal detection door, and the metal detection door is arranged on a side of the entrance and exit passage close to the metal warehouse. Among them, the metal detection door is used as the metal carry-on inspection structure of the metal warehouse access control system.

Further, metal detection gates also include hand-held metal detectors. Wherein, the hand-held metal detector is used as a supplementary structure of the utility model's metal carry-on investigation structure.

Further, the access control system for entering and exiting the metal warehouse also includes a camera installed next to the imported card reader and a video acquisition card installed in the computer, and the camera is connected to the computer through the video acquisition card. Among them, the camera is used as the on-site portrait acquisition structure of the metal warehouse access control system.

Furthermore, the access control system for entering and exiting the metal warehouse also includes a cabinet arranged in the management room of the metal warehouse, and the electronic weighbridge display screen and the computer are all arranged in the cabinet. in,

The access control system for metal warehouses in and out of the utility model is applicable to the management technical field of metal warehouses and cash warehouses of financial institutions. As long as it is a technical field that needs to manage abnormal weight behaviors of card readers or abnormal carrying items, the utility model can Be applicable.

Compared with the prior art, the beneficial effects of the utility model are:

1. The entry and exit access control system for metal warehouses of the present utility model adopts the entrance gate, entrance card reader, import electronic platform scale and computer-based authentication structure for entering and entering the warehouse, and the exit passage gate, exit card reader, and exit electronic scale The authentication structure of card-swiping and weighing at exit and the computer, the authentication structure of swiping at entering the warehouse and the authentication structure of swiping and weighing at exit cooperate with each other to realize the authentication and alarm of the abnormal weight behavior of the cardholder, so as to ensure that the cardholder does not put the metal The products in stock in the warehouse are taken out of the metal warehouse to improve the storage safety of the products in stock in the metal warehouse.

2. The access control system of the metal warehouse in and out of the utility model adopts the metal detection door as the metal carry-on investigation structure of the utility model, manages the behavior of the cardholder carrying metal objects, and prevents the abnormal behavior of the metal objects. To further improve the security of the stock in the metal warehouse; the metal detection door of the present invention also includes a hand-held metal detector, which is conducive to improving the efficiency and accuracy of judging the abnormal behavior of metal objects.

3. The entry and exit access control system of the metal warehouse of the present utility model adopts the camera installed next to the imported card reader to transmit the on-site portrait of the card reader to the computer in real time, so as to realize the comparison between the on-site portrait and the photo, and check the card reader and the card holder. Whether people are consistent, improve the accuracy, reliability and effectiveness of identity authentication.

Description of drawings

FIG. 1 is a structural schematic diagram of an access control system for realizing abnormal weight management of the present invention.

Fig. 2 is a structural schematic diagram of an access control system for abnormal weight management and abnormal carrying management according to the present invention.

Fig. 3 is a structural schematic diagram of an access control system implementing identity authentication management, weight abnormality management and carrying abnormality management according to the utility model.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

As shown in Figures 1 to 3, the access control system for metal warehouses in and out of the utility model includes an entrance passage gate, an exit passage gate, an entrance card swiping device arranged beside the entrance passage gate, and an exit card swiping device arranged beside the exit passage gate. The computer installed in the management room of the metal warehouse, the entrance card reader, the exit card reader, the entrance channel gate, and the exit channel gate are all connected to the computer; The export electronic weighbridge, import electronic weighbridge and export electronic weighbridge are all connected to the computer.

The utility model also includes a known card management system, a card making device and an access control card. Among them, the card management system is installed on the computer, which has entry weighing data items and exit weighing data items. The card making device is connected to the computer to make access control cards. The access control cards include long-term access cards and temporary access cards.

As shown in Figure 1, a computer for managing the access control system of the metal warehouse in and out is set in the metal warehouse management room. The entrance passage gate and the exit passage gate are set in the entrance and exit passage of the metal warehouse. The entrance passage gate and the exit passage gate can be set on the same side of the entrance and exit passage, or on the opposite side of the entrance and exit passage. The preferred way is to set them on the opposite side of the entrance and exit passage. sides. The entrance card reader is installed next to the entrance passage gate, and the entrance electronic platform scale is installed in front of the entrance passage gate. The preferred method is that the cardholder can swipe the card facing the entrance card reader while standing on the entrance electronic platform scale. The import channel gate, the import card reader and the import electronic weighbridge are respectively connected to the computer to form the weighing authentication structure of the utility model for entering the warehouse by swiping the card. An exit card reader is installed next to the exit channel gate, and an exit electronic weighbridge is installed in front of the exit channel gate. The preferred method is that the cardholder can swipe his card facing the exit card reader while standing on the exit electronic weighbridge. The exit gate, the exit card reader and the exit electronic weighbridge are respectively connected to the computer to form the weighing authentication structure for exiting the warehouse by swiping the card. Install and set up the card management system on the computer, and connect the card making device to the computer.

The above is the construction and implementation process of the access control system for the metal warehouse in and out of the utility model. It can be seen from the constituent elements and combination methods of the utility model that the utility model has a credit card weighing authentication structure for entering a warehouse and a weighing authentication structure for swiping a card for exiting a warehouse. Manage the weight of the warehouse, so as to judge whether the weight of the cardholder is abnormal, and whether there is the possibility of carrying the metal warehouse inventory.

In use, the access control card is first produced by the card making device, and the access control card is distributed to the cardholder. When the cardholder needs to enter the metal warehouse, the cardholder walks to the imported card reader to swipe the card, and performs identity authentication through the computer. After the computer confirms that the information of the access control card is valid, the time of card swiping is recorded in the card management system, and the identity authentication is sent to the card reader. signal of success. After the identity authentication is successful, the cardholder stands on the imported electronic platform scale and weighs, and the imported electronic platform scale transmits the weighing data to the computer, and the computer receives and records the weighing data in the cardholder's entry weighing data in the card management system item, after the recording is completed, the computer opens the entrance gate, and the cardholder enters the metal warehouse through the entrance gate. When the cardholder needs to leave the metal warehouse, the cardholder walks to the card reader at the exit to swipe the card, and performs identity authentication through the computer. After the computer confirms that the information of the access control card is valid, it records the card swiping time in the card management system and sends the identity authentication to the card reader. signal of success. After the identity authentication is successful, the cardholder stands on the exit electronic scale and weighs, and the exit electronic scale transmits the weighing data to the computer, and the computer receives and records the weighing data in the departure weighing data item of the card management system. So far, the computer has the cardholder's entry weighing data and exit weighing data. Then the two data are compared, the first preferred embodiment of the weighing data comparison is that the computer compares the cardholder's entering weighing data with the leaving weighing data to determine whether the cardholder's weight is abnormal, if If the weight is normal, the computer opens the exit passage gate, and the cardholder leaves the metal warehouse through the exit passage gate. If the weight is abnormal, the computer sends out an early warning signal, and the warehouse management personnel or warehouse security personnel go to the exit passage gate to check whether the cardholder's belongings contain metal. Inventory in the warehouse; the second preferred embodiment of weighing data comparison The warehouse management personnel compare the incoming weighing data with the outgoing weighing data to determine whether the cardholder's weight is abnormal. If the weight is normal, the storeroom manager opens the exit passage gate through the known manual passage gate opening device, and the cardholder leaves the metal warehouse through the exit passage gate. Contains inventory items in metal coffers.

The above is the application and implementation process of the access control system for entering and exiting metal warehouses of the present utility model. It can be seen from the implementation process that the utility model performs authentication management on the weight of the cardholder on the basis of the cardholder's identity authentication. Apparently, the utility model realizes the dual management of the cardholder's identity and abnormal weight behavior, which has high work efficiency and good work quality, and can better ensure the safety of the stock in the metal warehouse.

Below is the preferred embodiment of the access control system for entering and exiting metal warehouses of the present utility model:

The accuracy and consistency of imported and exported electronic platform scales are directly related to the validity of weight certification. Therefore, the weighing consistency calibration of imported and exported electronic platform scales should be carried out in time.

In order to ensure the weighing consistency of the imported electronic weighbridge and the export electronic weighbridge, as an optimization, the metal warehouse access control system also includes an electronic weighbridge display for calibrating the electronic weighbridge, and the electronic weighbridge display is connected to the electronic weighbridge. This embodiment also includes known weights. The electronic weighbridge display and known weights together constitute the calibration structure of the electronic weighbridge, which is used to calibrate the weighbridge. Those skilled in the art can freely choose according to the actual construction environment and the requirements of the electronic weighbridge display. Component parameters.

In use, connect the electronic platform display to the imported electronic platform, place a weight calibration unit, such as a calibration weight, on the imported electronic platform, read the weighing number of the imported electronic platform through the electronic platform display, and adjust the imported electronic platform until weighing The number is consistent with the quantity marked on the weight. The export electronic weighbridge is calibrated in the same way as the imported electronic weighbridge. Obviously, timely calibration of imported and exported electronic weighbridges through the electronic weighbridge display can ensure the consistency of weighing data and improve the effectiveness of weighing certification management.

In order to timely output the alarm signal of the card-swiping and weighing authentication when leaving the warehouse, as a preference, as shown in Figure 2 and Figure 3, the metal warehouse access control system also includes an alarm, and the alarm is connected to the computer. The alarm can be set in the management room of the metal warehouse, or in the access passage.

In use, when the cardholder leaves the metal warehouse through the exit passage gate, if the weight is abnormal, the computer sends out an early warning signal and outputs it through the alarm, while keeping the exit passage gate closed. The alarm signal is output by the alarm, and the alarm signal output by the alarm has high quality and a large response range, which is conducive to improving the ability of metal warehouse managers to deal with abnormal events.

If the cardholder replaces the same weight of the same weight with the same weight of inventory, the weight-based weighing authentication cannot manage this abnormal behavior of the carry-on.

In order to improve the management of the abnormal behavior of the cardholders by the access control system for the entry and exit of the metal warehouse, as an optimization, the access control system for the entry and exit of the metal warehouse also includes a metal detection door, which is set on the side of the access passage close to the metal warehouse . The metal detection door is used as the inspection structure of the metal carrying objects in the access control system of the metal warehouse. It can use any metal detection door in the prior art. Those skilled in the art can freely choose according to the actual construction environment and the requirements of the metal detection door. Component parameters.

In use, the cardholder needs to enter the metal warehouse through the metal detection door before entering the metal warehouse through the credit card weighing authentication. When the cardholder enters the metal detection door, the metal detection door will automatically detect whether the cardholder is carrying any metal objects. If the cardholder does not carry metal objects, he will enter the metal warehouse normally. When the alarm sounds, the warehouse management personnel will stop the cardholder and deal with it in accordance with the metal warehouse management regulations. When the cardholder leaves the metal warehouse, through the metal detection door, the metal detection door will automatically detect whether the cardholder is carrying metal objects. If the cardholder does not carry metal objects, he will leave the metal warehouse normally. If the cardholder carries metal objects, The metal detection door sends out an alarm sound, and the warehouse management personnel will stop the cardholder to take out the metal objects carried, and then pass through the metal detection door for inspection again. Only after the inspection is correct can they leave the metal warehouse. Through the metal detection gate, the cardholder's behavior of carrying metal objects is managed to prevent abnormal behavior of metal objects and further improve the security of the metal warehouse inventory.

In order to facilitate further detection of the cardholder who triggers the metal detection door to send an alarm signal, preferably, as shown in FIG. 2 , the metal detection door further includes a hand-held metal detector. The hand-held metal detector is used as a supplementary structure of the utility model for checking metal objects, and those skilled in the art can freely select the parameters of the components according to the actual construction environment and the requirements of the hand-held metal detector.

In use, wait for the metal detector door to send out an alarm signal, and the warehouse security personnel use a hand-held metal detector to check the cardholder's body, and further eliminate alarms caused by items such as keys, belt buckles, jewelry, and coins. The use of hand-held metal detectors is conducive to improving the effectiveness and operability of judging the abnormal behavior of metal objects.

In order to further confirm the cardholder's identity and improve the accuracy of the cardholder's identity authentication, as a preference, as shown in Figure 3, the metal warehouse entry and exit access control system also includes a camera and a device installed next to the imported card reader. The video capture card in the computer, the video camera is connected to the computer through the video capture card. The camera is used as the on-site portrait acquisition structure of the metal warehouse access control system to realize the on-site portrait acquisition.

In use, the camera is connected to the computer through the video capture card, and the collected portrait data of the person who swipes the card to be authenticated is transmitted to the computer and displayed on the computer screen. When swiping the card for authentication, the basic information of the cardholder, such as a photo, will also be displayed. on the computer display. The managers of the metal warehouse can compare the on-site portraits and photos to check whether the card reader is consistent with the card holder. Obviously, the accuracy, reliability and effectiveness of identity authentication can be improved through the comparison of on-site portraits and photos.

In order to facilitate the management of the metal warehouse access control system equipment, as a preference, the metal warehouse access control system also includes a cabinet installed in the metal warehouse management room, and the electronic scale display screen and computer are installed in the cabinet.

In use, it is beneficial to the management and maintenance of the equipment to put the electronic platform display screen and the computer cabinet.

The above is a part of the preferred implementation of the present utility model. Through the preferred implementation, the accuracy and effectiveness of identity authentication, abnormal weight behavior authentication, and abnormal behavior authentication of carried items can be further improved in the metal warehouse access control system of the utility model. and authentication efficiency.

The above is the implementation process of the metal warehouse entry and exit access control system of the utility model. It can be seen from the implementation process that the utility model can not only realize the cardholder identity authentication of the card reader, but also realize the abnormal weight behavior of the card reader and carry The abnormal behavior certification of objects can effectively ensure the safety of the metal warehouse inventory.

Claims (7)

1. The entrance guard control system for the metal storehouse warehouse-in and warehouse-out comprises an inlet channel gate, an outlet channel gate, an inlet card reader arranged beside the inlet channel gate, an outlet card reader arranged beside the outlet channel gate and a computer arranged in a metal storehouse management room, wherein the inlet card reader, the outlet card reader, the inlet channel gate and the outlet channel gate are all connected with the computer; the electronic wagon balance is characterized by further comprising an inlet electronic wagon balance arranged in front of the inlet channel gate and an outlet electronic wagon balance arranged in front of the outlet channel gate, wherein the inlet electronic wagon balance and the outlet electronic wagon balance are both connected with a computer.

2. The metal storehouse warehousing entrance guard control system of claim 1, further comprising an electronic wagon balance display screen for calibrating the electronic wagon balance, wherein the electronic wagon balance display screen is connected with the electronic wagon balance.

3. The metal storehouse entrance and exit control system according to claim 1 or 2, further comprising an alarm connected to a computer.

4. The metal storehouse entrance and exit control system according to claim 1 or 2, further comprising a metal detection door disposed on a side of the entrance and exit passage near the metal storehouse.

5. The metal storehouse warehousing entrance guard control system of claim 4, wherein the metal detection door further comprises a handheld metal detector.

6. The metal storehouse entrance and exit control system according to claim 1 or 2, further comprising a camera disposed beside the entrance card reader and a video capture card disposed in the computer, wherein the camera is connected to the computer through the video capture card.

7. The metal storehouse entrance and exit control system according to claim 1 or 2, further comprising a cabinet disposed in the metal storehouse management room, wherein the electronic wagon balance display screen and the computer are disposed in the cabinet.