RU180866U1 - CHECK-DEMONSTRATION STAND OF THE INFORMATION SYSTEM OF CONTROL AND ACCESS MANAGEMENT - Google Patents

Abstract

The utility model relates to systems controlled by computing devices, namely, systems for protecting objects from unauthorized entry of unauthorized persons into their territory. The technical result of the utility model is to increase the speed of the access control and management system. The result is achieved due to the fact that the test and demonstration stand of the information system for access control and management, containing the access control controller. to the control inputs / outputs of which a user card reader, an electromagnetic lock, an electromagnetic lock control button and an emergency unlock button are connected, characterized in that it further comprises a universal controller connected to an access control controller by an address bus, to control inputs / outputs of a universal controller by an address line an address presence reader, address microchips and an electromechanical lock are connected, while a universal controller, a control controller Nia access, the user card reader, electromagnetic and electromechanical locks, an electromagnetic lock control button, the emergency release button, the address reader presence and address microchips are mounted on the panel, the connecting lines between the bus and all elements mounted on the front side of the panel.

Description

The proposed utility model relates to systems controlled by computing devices, namely, systems for protecting objects from unauthorized entry of unauthorized persons into their territory.

From the prior art it is known INPUT DEVICE IN THE PROTECTED AREA [RU 2001130979, publ. July 20, 2003], which consists of an electronic lock, discriminator, chip card reader, event memory, user terminal and assessment center. The user terminal allows the user to transmit information about the deterioration of the state of the protected zone to the assessment center, which, based on the information transmitted regarding the deterioration of the state of the protected zone, can prohibit the user who entered this zone the previous time from entering the protected zone. A control terminal and auxiliary equipment can be connected to the input device.

Also known is the NETWORK SYSTEM OF PAID ACCESS FOR ENTERTAINMENT CENTERS, PARKS, ATTRACTIONS AND PAID SERVICES [RU 24011 U1, publ. 07/20/2002], which contains a server computer, a computer for issuing ticket cards, connected to a server computer and a cash register, at least one turnstile controller connected to the turnstile and turnstile reader, an attraction system connected to an attraction inclusion controller and an attraction reader, a paid services system connected to a paid services controller and a paid services reader. The system may also further comprise a laptop computer for collecting information and a controller for collecting information from remote objects.

Known device PW-302, manufactured by the group "Elike", Russia, [Catalog "ACS. Anti-terrorism - 2005 ”, p. 63]. The device is designed to build network access control and management systems (ACS) and is a network controller-reader compatible with standard Proximity cards Em-Marin or HID. PW-302 consists of a reader connected electrically to each other, installed near the controlled entrance, on a turnstile, gateway, etc. and a remote controller located inside the guarded room. Network ACS integrates up to 32 access points via the RS-485 bus. Programming of the PW-302 device (up to 998 codes, a buffer for 2048 events) is carried out both from the built-in keyboard and using a computer. Light and sound indication is controlled from an ACS or an integrated processor. The functional diagram is organized as follows: Server (control computer) - Network adapter - Access terminal - Executive device. The access terminal consists of a reader, a controller and a light and sound indication system. The server communicates with the terminals using standard RS-232 and RS-485 interfaces.

The closest in technical essence is ACS [http://www.sibguardian.info/_ld/1/105.pdf, publ. 04/14/2014]] consisting of Elsys-MV ACS controllers connected by a two-wire communication line with an RS-485 interface according to a common bus diagram and connected to the control server via a network switch, an electromagnetic lock and sensors are connected to the control inputs / outputs of the controllers Pass, proximity card reader, exit button and emergency unlock button.

The common technical problem of the above analogues, despite the diversity of their designs, is the impossibility of organizing a high-speed access control system, which is caused by the low speed of information transfer via standard RS-485 interfaces, the high laboriousness of the diagnostics and repair of the system equipment, and the low efficiency of staff training with the equipment used.

The objective of the utility model is to eliminate the disadvantages of the prototype.

The technical result of the utility model is to increase the speed of the access control and management system.

The specified technical result is achieved due to the fact that the test and demo stand of the information system for access control and management, containing an access control controller, to the control inputs / outputs of which a user card reader, an electromagnetic lock, an electromagnetic lock control button and an emergency unlock button are connected, characterized in that additionally contains a universal controller connected to the address bus access control controller, to the control inputs / outputs m of the universal controller via the address line, an address presence reader, address microchips and an electromechanical lock are connected, while a universal controller, access control controller, a user card reader, electromagnetic and electromechanical locks, an electromagnetic lock control button, an emergency unlock button, an address presence reader and address microchips mounted on the panel, while the connecting lines and busbars between all the elements are mounted on the front side of the panel .

In particular, the card reader is made in the form of a contactless reader and / or proximity reader.

In particular, the access control controller is designed as a Legos L5 series controller

In particular, the universal controller is made in the form of a Legos L3 series controller.

In particular, the common bus is in the form of an L-BUS.

In particular, the address line is made in the form of an L-micro address line.

In particular, the control button of the electromagnetic lock is configured to force the opening of the electromagnetic lock.

In particular, the electromechanical lock is made in the form of an address lock “SAFE-O-PIN”.

In particular, the emergency unlock button is configured to force unlock the access control and management system in case of fire or other emergency for unimpeded evacuation.

In particular, the address microchips are configured to connect light-sound indicators and information modules to them.

In particular, the installation of control and access control system elements on the panel is carried out using a quick-connect on a DIN rail.

In particular, the panel is made of sheet PVC plastic with the possibility of placing elements of the system for their visual demonstration.

Brief Description of the Drawings

In FIG. 1 shows a block diagram of the connection and placement of the elements of the test and demo stand information system access control and management.

The figures indicate: 1 - access control controller, 2 - universal controller, 3 - address bus, 4 - contactless reader, 5 - proximity reader, 6 - emergency unlock button, 7 - electromagnetic lock, 8 - electromagnetic lock control button, 9 - address line, 10 - address reader of presence, 11 - address microchip, 12 - electromechanical lock, 13 - panel, 14 - interface converter, 15 - PC server access control system.

Implementation of a utility model.

The test and demo stand of the access control and information management system contains an access control controller 1 (see Fig. 1) and a universal controller 2 connected to a common information address bus 3. A contactless reader 4 and / or proximity sensors are connected to the control inputs of the access control controller 1 a reader 5 of user cards (not shown in the figures), an emergency unlock button 6 and an electromagnetic lock control button 8. An electromagnetic control is connected to the output of the access control controller 1 castle 7.

An address reader of presence 10, an address microchip 11 and an electromechanical lock 12 are connected to the control inputs / outputs of the universal controller 2 via the address line 9.

Elements 1-12 of the information system for access control and management are mounted on the panel 13.

The access control controller 1 via the address bus 3 through the interface converter 14 is connected to the personal computer of the access control and management system 15.

Verification and demonstration stand information system for access control and management is used as follows.

When using the stand in order to train personnel in managing the access control and management system, the stand is connected to the personal computer of the access control and management system 15, the user card is recorded in the personal computer database of the access control and management system 15 and the access control controller 1, the user card is checked by bringing it to the proximity reader 4 or proximity reader 5. After reading the user card code, the code is transmitted to access control controller 1. B the controller compares the information from the user’s card with the recorded information and an enable or disable signal is issued to open the electromagnetic lock 7. Each fact that the card is applied to the proximity reader 4 or proximity reader 5 is recorded and stored in non-volatile memory of access control controller 1 taking into account their priorities. To force the opening of the electromagnetic lock 7, press the control button of the electromagnetic lock 8.

When a user card is installed in the presence address reader 10, the signal with the read information is transmitted through the access control controller 1 via the address bus 3 to the universal controller 2, while the address bus 3, made in the form of the L-Bus, provides the ability to connect to the access control controller 1 up to 256 remote addressable devices located at a distance of up to 700 meters from access control controller 1 with a data exchange rate of up to 9600 bps. The universal controller 2 through the address line 9 supplies a control signal to the corresponding address microchip 11, while the address line 9, made in the form of the L-micro bus, allows up to 32 remote address devices located up to 350 meters from the universal controller to be connected to the universal controller 2. Address microchip 11 executes a predetermined command to close the built-in relay to turn on an LED (not shown in the figure), confirming the presence of a user card in the address reader 10 and times closing the built-in relay that turns off the LED (not shown in the figure) of the absence of a card in the address reader 10. At the same time, the universal controller 2 sends a signal to unlock the keypad of the electromechanical lock 12 to enter the PIN code and close the electromechanical lock 12. To open the electromechanical lock 12 enter The correct PIN.

To unlock the access control controller 1 and turn off the system, press the emergency unlock button 6, and a closed dry contact is applied from the emergency unlock button 6 to the unlock board of the access control controller 1, which sends a signal to shut off the electromagnetic 7 and electromechanical 12 locks.

When using the test and demo stand of the access control and information management system for the purpose of training personnel to carry out repair or diagnostic work on the access control and management system or to check the operability of the access control and control system elements, turn off the access control controller 1, disconnect the replaceable element from the circuit, and remove it from DIN rails, install the element under test, include access control controller 1 and check the operability of the replaced element but.

Also, the test and demonstration stand of the information system for access control and management is used in the mode of demonstrating the operation of the equipment installed on it.

The claimed technical result is the reduction of labor costs for repair, diagnostics and programming of the equipment of the access control and management system and training of personnel to work with the equipment used by constructing a test and demonstration stand of the access control and information management system according to the open architecture principle containing a panel 13 of sheet material , on the front side of which the elements of 1-12 access control and management system are mounted on DIN rails, while connecting lines are mounted on the front side of the panel 13. As a result, the test and demonstration stand of the access control and information management system can reduce the labor costs for training qualified personnel in the principles and procedures of the access control control system, operative troubleshooting and restoration of the system, without which it is impossible to provide increase the speed of the access control system.

At the same time, an increase in the speed of operation of the access control and management system is also achieved due to the fact that the access control controller 1 is connected to the universal controller 2 via an address bus 3 made in the form of an L-Bus, which allows connecting to an access control controller from 1 to 256 remote addressable devices with increased data exchange rate up to 9600 bps.

Claims (12)

1. A test and demonstration stand of an information system for access control and management, comprising an access control controller, to the control inputs / outputs of which a user card reader, an electromagnetic lock, an electromagnetic lock control button and an emergency unlock button are provided, characterized in that it further comprises a universal controller, connected to the access control controller by the address bus, connected to the control inputs / outputs of the universal controller via the address line are a presence attendance reader, address microchips and an electromechanical lock, while a universal controller, an access control controller, a user card reader, electromagnetic and electromechanical locks, an electromagnetic lock control button, an emergency unlock button, an address presence reader and address microchips are mounted on the panel, while connecting lines and tires between all elements are mounted on the front side of the panel. 2. The stand under item 1, characterized in that the card reader is made in the form of a contactless reader and / or proximity reader. 3. The stand according to claim 1, characterized in that the access control controller is made in the form of a Legos L5 series controller. 4. The stand according to claim 1, characterized in that the universal controller is made in the form of a Legos L3 series controller. 5. The stand according to claim 1, characterized in that the address bus is made in the form of an L-BUS. 6. The stand according to claim 1, characterized in that the address line is made in the form of an L-micro address line. 7. The stand according to claim 1, characterized in that the electromagnetic lock control button is configured to force the opening of the electromagnetic lock. 8. The stand under item 1, characterized in that the electromechanical lock is made in the form of an address lock "SAFE-O-PIN". 9. The stand according to claim 1, characterized in that the emergency unlock button is configured to forcibly unlock the access control and management system in case of fire or other emergency for unimpeded evacuation. 10. The stand according to claim 1, characterized in that the address microchips are configured to connect light-sound indicators and information modules to them. 11. The stand according to claim 1, characterized in that the elements of the access control and access control system are mounted on the panel using a quick-connect on a DIN rail. 12. The stand according to claim 1, characterized in that the panel is made of sheet PVC plastic with the possibility of placing elements of the system for their visual demonstration.

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