Intelligent smoke-induction control pneumatic smoke exhausting window

Abstract

The invention provides an intelligent smoke-induction control pneumatic smoke exhausting window. The intelligent smoke-induction control pneumatic smoke exhausting window comprises a pneumatic smoke exhausting window body, a box, a PLC control system, a pneumatic electromagnetic valve and a gas-water separator, wherein the PLC control system, the pneumatic electromagnetic valve and the gas-water separator are arranged in the box. The pneumatic electromagnetic valve is of a three-way structure, one end outlet of the pneumatic electromagnetic valve is connected with a pipeline of the gas-water separator, and the other two end outlets of the pneumatic electromagnetic valve are connected with an air cylinder of the pneumatic smoke exhausting window body. The gas-water separator is connected with a gas storage tank. The gas storage tank is connected with an air compressor. The PLC control system is connected with the pneumatic electromagnetic valve through a line. The PLC control system controls the pneumatic electromagnetic valve to achieve inflation and deflation of the air cylinder and determine the inflation quantity and deflation quantity of the air cylinder, and is connected with a fire-fighting sub-controller. A time switch and a time relay are also arranged in the PLC control system. The intelligent-control smoke-induction pneumatic smoke exhausting window has the advantages and beneficial effects that the pneumatic window can be controlled to be intelligently opened and closed at multiple angles, and the gas storage tank can be connected with multiple pneumatic windows at the same time. The intelligent smoke-induction control pneumatic smoke exhausting window can be opened and closed everyday at regular times, can also be opened for a period of time each time, and is high in integrated combined valve.

Description

technical field [0001] The invention relates to a pneumatically opened window, which is specifically used in large factory buildings and higher public buildings. Background technique [0002] The walls of factory buildings or venues are relatively high, and the windows located on the walls or roof air towers need to be designed to open and close automatically. At present, electric windows are mostly used, but the opening angle of electric windows is limited during use, the failure rate is high, and electric components are easy to break out. Problems, complex structure, high cost, low service life, large internal space and many other problems. Contents of the invention [0003] The problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide an intelligent and more practical intelligent smoke control pneumatic smoke exhaust window. [0004] The present invention solves its technical problem and realizes by taking the following ...

AI Technical Summary

Problems solved by technology

[0002] The walls of factory buildings or venues are relatively high, and the windows located on the walls or roof air towers need to be designed to open and close automatically. At present, electric windows are mostly used, but t...

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