RU19334U1 - MULTIFUNCTIONAL CONTROL AND CONTROL SYSTEM - Google Patents

Abstract

A multifunctional control system comprising a monitoring and control device, status monitoring sensors, warning and response actuators, characterized in that the system further comprises autonomous access modules connected to the inputs of the central device.

Description

The proposed utility model relates to systems for interacting between guarded objects and central monitoring stations and can be used as a security and fire alarm system, as well as in other control systems. . In particular, the system detects the detection of unauthorized attempts to penetrate, smoke, leakage of water, set off alarms, issue alarms, and control lighting.

A well-known fire alarm system (see RF patent No. 2110094 dated 09/26/96, IPC G08B25 / 00, published 04/27/98), which allows the collection, processing, transmission, registration of notifications about the status of loops. The system contains a group of subscriber sets, central monitoring and control points. However, the system has limited functionality.

Known multifunctional control system (patent of the Russian Federation No. 2147145 from 12.31.98, IPC G08B25 / 00, published 03.27.00), containing a central control and management device, control sensors, actuators. The system’s functionality offers automatic control and monitoring of the appearance of fire, smoke, gas, water leaks, environmental pollution, air temperature, the state of engineering systems, heating, and security operations. variations.

A disadvantage of the known solution is the lack of control over the state of loops, the lack of visual monitoring and control, the lack of flexibility in control and management.

The task of creating a utility model is to eliminate the indicated disadvantages, namely, increasing the functionality of the system.

The task is achieved due to the fact that in a multifunctional control system containing a monitoring and control device, monitoring status sensors, alarm and response actuators, the new thing is that the system additionally contains autonomous access modules connected to the inputs of the central monitoring device .. Ts

remote control 2. The output of the central control device 1 can be connected to a personal computer 3.

The system contains peripheral equipment - peripheral status modules: addressable security channel modules 4, autonomous control modules 5, which are access modules, addressable security modules 6, addressable fire modules 7. Up to sixteen security loopback cables can be connected to the inputs of each of the addressable alarm channel modules 4 alarm 8, to the inputs of each of the addressable fire alarm modules 6 - up to eight alarm loops 9, and to the inputs of each of the addressable fire alarm modules 7 - up to four fire alarm loops 10.

Modules 4,5 are connected to the inputs of the signal lines 11 of the central control device 1, for example, in the amount of five, and modules 6 and 7 are connected to the inputs of the communication line 12, for example, in the amount of four. Position 13 denotes status sensors, for example, fire and security detectors.

Executive devices alert and response 14 are connected to the outputs of the Central monitoring device 1.

The central control device 1 is designed to control peripheral devices, process information from these modules, as well as generate control signals for executive devices 14 (for example, fire extinguishing systems, warning systems, security lighting systems, television surveillance, etc.).

The personal computer 3 can more clearly visualize the events occurring at the protected object, record and archive events, and also perform additional processing of information from the central monitoring device 1.

A multifunctional control system operates as follows. Peripheral modules 4,6,7 carry out control and protection of zones at the facility by means of appropriate sensors 13 connected to security and fire loops.

Autonomous access module 5 consists of equipment designed to control and manage access through the access point. Module 5 can operate both independently and under the control of a central monitoring device 1.

The central control device 1, using signal lines 11 and communication lines 12. continuously polls peripheral equipment - security modules 4 and 6, fire 7 and access 5. In this case, the information stored in these modules is removed, which is processed in the central control device 1. In this case, the serviceability of communication lines, the presence of an alarming situation (unauthorized access / passage, fire) are revealed, using control panel 2, the individual protected zones are set up and secured, the protocol of events is formed and stored, and stored and transmitted to the modules

access to 5 local databases, the formation of light and sound alarms about an alarm situation, and also, if necessary, generate control signals in fire extinguishing systems, alerts, television surveillance, security lighting, etc.

The technical and economic effect is the emergence of a function of access control and management.

The claimed technical solution is implemented as a security control and fire alarm control device Terminal-2 and a security control and fire alarm control device Termo-2.

Claims (1)

A multifunctional control and control system comprising a monitoring and control device, status monitoring sensors, alarm and response actuators, characterized in that the system further comprises autonomous access modules connected to the inputs of the central device.