CN201698218U - Building Intelligent Control System - Google Patents

Abstract

The utility model relates to a building intelligent control system. The building intelligent control system includes a host (1), a monitoring signal controller (2) and an alarm unit (3), and the monitoring signal controller includes Several detectors monitor the alarm signal of the detector through the monitoring signal controller. Once an alarm signal occurs, the host computer is notified to control the alarm unit to alarm, thus providing a safe management system.

Description

Building Intelligent Control System

technical field

The utility model relates to an intelligent control system controlled by computer technology, in particular to a building intelligent control system.

Background technique

With the development of our country's society and economy, the degree of urbanization is getting higher and higher, and more and more people live in cities. However, due to the limited area of cities, most people live in large and small buildings. Due to the emergence of many social problems such as burglary and theft, people living in buildings are also unprecedentedly worried and concerned about their own safety issues. And because people need to go to work or leave their residences for other reasons, they lose the management and monitoring of their residences, thus further increasing potential safety hazards. In order to protect the personal and property safety of oneself, "unique" landscapes such as anti-theft nets like birdcages and iron-armored anti-theft doors have appeared in many cities in China. While these measures have brought safety to the owner locally, they have also left hidden dangers of insecurity for the society and themselves.

It first affects the image of the city, destroys the overall structure and beauty of the entire building, and once a fire or other danger occurs inside, it is difficult for firefighters and rescuers to treat in time and endanger the safety of residents and buildings. Long-term wind and rain, aging and corrosion can easily cause falling objects to harm innocent people. In addition, even if anti-theft nets are installed, incidents of burglary and murder in buildings often occur, so demolition has occurred in many areas. The trend of anti-theft net. In addition, many buildings are poorly managed, and major safety accidents such as theft and fire often occur, but the existing measures cannot play a good role in prevention and management.

Therefore, in order to solve the existing safety and management problems of each household living in the building, the inventor of the utility model has developed this intelligent building management system using computer technology. Through this system, the entire building can be in a Under the supervision of the management system, it provides safe management and monitoring for the people living in the building.

Contents of the invention

The purpose of this utility model is to provide a building intelligent management system, which can provide a kind of intelligent management for the building after the owner leaves his residence, thereby greatly improving the intelligent management ability of the building, and can further integrate the security alarm system and The effective combination of the communication system can achieve the purpose of timely alarming and reducing losses.

In order to achieve the above purpose, the utility model discloses a building intelligent control system, which is characterized in that the building intelligent control system includes a host 1, a monitoring signal controller 2 and an alarm unit 3, and the monitoring signal controller includes setting in the building and Several detectors in a family room.

Wherein, the detector is at least one of door magnetic detector, window magnetic detector, infrared detector, gas leak detector, smoke detector, infrared detector, image detector or portrait detector.

Wherein, the host 1 includes a memory, a signal receiving unit, a signal processing unit and an alarm control unit.

Wherein, the monitoring signal controller includes a signal receiver, a signal processor and a signal transmitter.

Through the above structure, the intelligent building management system of the present invention can achieve the following technical effects:

1. Good real-time performance, able to call the police at the first time, reduce or even avoid losses;

2. Distributed throughout the building and easy to operate;

3. Remote arming, disarming and scheduled arming and disarming are available, which is convenient for life;

4. Suitable for large-scale management;

5. Good versatility, compatible with a variety of devices.

The details of the present utility model can be obtained through the following description and the detailed description of the accompanying drawings.

Description of drawings

Fig. 1 has shown the schematic diagram of the utility model.

Detailed ways

Referring to Fig. 1, it shows a schematic structural diagram of the building intelligent control system of the present utility model, the building intelligent control system includes a host 1, a monitoring signal controller 2 and an alarm unit 3, and the monitoring signal controller includes setting in buildings and family rooms Several detectors 21, 22, 23, these detectors can be door magnetic detectors, window magnetic detectors, infrared detectors, gas leak detectors, smoke detectors, infrared detectors, image detectors or portrait detectors At least one of these detectors can be installed in various parts of the building, such as corridors, corridors, etc., or in appropriate positions in each family, through these detectors installed in buildings and homes to form a three-dimensional monitoring network. Each detector is all communicated with monitoring signal controller 2, and this monitoring signal controller 2 can have a plurality of, as each corridor has one, and each family has one, and each floor corridor has one etc., and detector adopts wired Or wireless communication with the monitoring signal controller to communicate. The detector sends the detected surrounding information to the monitoring signal controller 2, and the monitoring signal controller performs the first step of receiving and processing these signals. If no alarm signal is received, the monitoring signal controller 2 maintains the inspection state. Once the alarm signal detected by any detector is received, the monitoring signal controller 2 transmits the processed signal to the host 1 in a wireless or wired manner, and the host 1 makes a judgment after receiving the processed signal, and then uses the alarm unit to 3 To report to the police, the alarm can be divided into two types, one is the internal alarm 31, which is about to report the specific content to the management personnel in the building, such as suspicious garbage in the corridor, suspicious personnel in the underground garage, etc.; one is the external alarm , the alarm unit uses the telephone to automatically dial to the outside. If abnormal situations such as someone entering or a fire are detected in a certain family, the alarm unit 3 will first dial the stored owner’s phone number, and use the voice module in the alarm unit 3 to play the recorded one. Voice to remind the owner what happened, and then you can dial to relevant telephones such as 110, 119, etc., and use the voice module in the alarm unit 3 to play the recorded voice, so as to quickly report the abnormal situation to the relevant terminal. Rescue personnel, greatly saving the alarm time and rescue time, so as to better protect people's property and safety.

Host 1 can include memory, signal receiving unit, signal processing unit and alarm control unit; Monitoring signal controller 2 can include signal receiver, signal processor and signal transmitter; Signal receiver receives the signal of detector, and signal processor will The signals of various detectors are preliminarily processed. For example, after receiving the alarm signal of the door magnetic detector, the signal processor processes the alarm signal of the door magnetic detector into a digital code "11", and then transmits the processed digital code "11" through the signal transmitter. The code "11" is sent to the signal receiving unit of host 1. After receiving the digital code "11" of the signal transmitter, the signal receiving unit selects internal alarm or external alarm through the signal processing unit, and selects the corresponding voice unit from the memory. , and then control the alarm unit to give an alarm through the alarm control unit.

Claims (4)

1. a building intelligent control system is characterized in that this building intelligent control system comprises main frame (1), monitor signal controller (2) and alarm unit (3), and the monitor signal controller then comprises several detectors that are arranged in building and the family room.

2. building intelligent control system as claimed in claim 1, it is characterized in that detector is at least a in a magnetic detector, window magnetic detector, infrared eye, gas leakage detector, smoke detector, pyroscan, image detector or the portrait detector.

3. building intelligent control system as claimed in claim 1 is characterized in that, main frame (1) comprises storer, signal receiving unit, signal processing unit and controlling alarm unit

4. building intelligent control system as claimed in claim 1 is characterized in that, monitor signal controller (2) comprises signal receiver, signal processor and sender unit.

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