Training equipment for simulating dangerous chemical leakage

Abstract

The invention discloses training equipment for simulating dangerous chemical leakage. The training equipment comprises a closed toxic gas leakage training chamber, a transition chamber connected withthe toxic gas leakage training chamber and a control system, wherein the toxic gas leakage training chamber comprises a gas supply device, a pressure transmitter, a gas distributor, and a plurality ofgas supply pipes communicated with the gas distributor, the pressure transmitter and the gas distributor are communicated with a gas outlet of the gas supply device, and the pressure transmitter is used for detecting and storing a gas supply pressure value; each air supply pipe is provided with a plurality of air leakage points; a toxic gas leakage valve is arranged at each gas leakage point; thecontrol system is used for starting timing while the air supply device is started, when the air supply pressure value is larger than or equal to the preset air supply pressure value, the pressure transmitter sends a leaking stoppage signal to the control system, and when the duration that the control system continuously receives the leaking stoppage signal is larger than or equal to the preset pressure maintaining duration, the control system stops timing; the transition chamber is connected with the toxic gas leakage training chamber and used for debugging toxic gas detection equipment before entering the toxic gas leakage training chamber.

Description

technical field [0001] The invention relates to the field of emergency treatment of leakage of dangerous chemicals, in particular to training equipment for simulating leakage of dangerous chemicals. Background technique [0002] Hazardous chemical accidents are characterized by suddenness, rapid spread, long duration, and wide range of hazards. If accidents are not handled in a timely and correct manner, secondary disasters will result. In recent years, the safety of hazardous chemicals has become a common concern of the government and the people. Mastering the handling methods of hazardous chemical leakage accidents can effectively reduce the losses and impacts caused by accidents. [0003] The handling method of hazardous chemical accidents is an emergency measure after the accident causes damage. How to implement effective measures in the first time after exposure is a necessary professional skill for rescuers of hazardous chemical accidents. In order to improve the abil...

AI Technical Summary

Problems solved by technology

In order to improve the ability of rescue personnel in hazardous chemical accidents to respond to the emergency scene, various simulation trainings are usually required. At present, the training for the disposal of hazardous chemical leakage accidents is basically through theoretical study and testing of the actual leakage. Real poison training is difficult, accident rescue personnel rarely come into contact with real poison, and the training items are limited. There is no professional simulation training device that can conduct real and systematic training. It is difficult to guarantee the training level and training effect of accident rescue personnel, resulting in emergency rescue Rescue operations are inefficient and dangerous

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