Explosion-proof rapid reaction system for communication device

Abstract

The invention discloses an explosion-proof rapid reaction system for a communication device. The explosion-proof rapid reaction system comprises a computer supervisory control system, optical fibre sensors, an explosion-proof valve, a first monitoring container and a second monitoring container, wherein the first monitoring container and the second monitoring container are provided with two ports respectively, one port is used for connecting a conveying pipeline, and the other port is used for communicating the first monitoring container with the second monitoring container; the explosion-proof valve is arranged on a pipeline communicating the first monitoring container with the second monitoring container; the optical fibre sensors are arranged in the first monitoring container and the second monitoring container respectively; and the optical fibre sensors and the explosion-proof valve realize electric connection with the computer supervisory control system through wire cables. The explosion-proof rapid reaction system disclosed by the invention is capable of rapidly and timely preventing explosion, thus greatly reducing risks due to pipeline explosion in industrial production.

Description

technical field [0001] The invention relates to a flameproof quick response system, in particular to a flameproof quick response system for communication devices. Background technique [0002] In the process of chemical and petrochemical production, flammable gases are usually stored or transported in closed containers or pipelines. Due to the confinement, the gas explosion will produce high pressure and pressure rise rate, so as to cause casualties and property damage. However, in the device system where the container is connected to the pipeline, due to the pressure accumulation effect and the secondary explosion, the consequences of the gas explosion accident in the container piping system are more serious, and often lead to catastrophic consequences. Therefore, it is of great significance to carry out flameproofing for the explosion wave propagating in the pipeline. At present, the gas explosion test of the existing container piping system mainly adopts the flame arres...

AI Technical Summary

Problems solved by technology

However, the water-seal fire-blocking technology cannot completely cut off the flame propagation, and the quenching of the wire mesh hinders the gas flow in the pipeline, which increases the operating cost, and the porous material cannot complete the intelligent fire-blocking

At the same time, these technologies only consider the effect of flameproofing, and fail to guarantee the completion of rapid flameproofing

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