Automatic protection control system of anti-radiation vehicle

Abstract

The invention discloses an automatic protection control system of an anti-radiation vehicle. The automatic protection control system is provided with an environment detection system, a gas cylinder device, an alarm system, a console, a centralized defense system and a vehicle interior and exterior temperature sensor, and a satellite antenna is arranged at the top; the environment detection system, the gas cylinder pressure sensor, the gas cylinder temperature sensor, the door and window anti-pinch sensor and the vehicle interior and exterior temperature sensor form a sensing module, the integrated defense system, the heating device, the valve switch and the door and window actuator form an execution module, and an intelligent control system is arranged in the console and connected with the sensing module, the alarm system and the execution module. By additionally arranging the integrated defense system, the gas cylinder system and the environment detection system, when it is detected that the content of harmful substances contained in air outside a vehicle is too high, the integrated defense system, the gas cylinder system and the alarm system are automatically started, air inside and outside the vehicle is filtered, an alarm is given out, and a worker is prompted to wear a gas cylinder system protection mask; and a communication system is arranged, collected information is timely transmitted to a command center, and the rescue efficiency is improved.

Description

technical field [0001] The invention relates to the field of special vehicles, in particular to an automatic protection control system for a radiation protection vehicle. Background technique [0002] In the scenes of sudden accidents such as petroleum and chemical industry, it is generally necessary to detect the scene in order to formulate targeted rescue measures. Generally, the environment of the accident scene is harsh, and the detection personnel go to the scene by themselves, which poses a certain threat to personal safety and is serious. Sometimes it is even life-threatening, so it is generally used to detect without getting off the car, and even in extreme cases, a deeper detection is required, and a detection robot is required for detection. [0003] However, derivative accidents sometimes occur at the accident site. In harsh environments, or when environmental deterioration intensifies, especially in the environment of colorless and odorless toxic gases, most of t...

AI Technical Summary

Problems solved by technology

[0002] In the scenes of sudden accidents such as petroleum and chemical industry, it is generally necessary to detect the scene in order to formulate targeted rescue measures. Generally, the environment of the accident scene is harsh, and the detection personnel go to the scene by themselves, which poses a certain threat to personal safety and is serious. Sometimes it is even life-threatening, so it is generally used to detect without getting off the car, and even in extreme cases, a deeper detection is required, and a detection robot is required for detection

[0003] However, derivative accidents sometimes occur at the accident site. In harsh environments, or when environmental deterioration intensifies, especially in the environment of colorless, odorless and toxic gases, most of the existing radiation protection vehicles do not have automatic protection systems, which cannot guarantee personal safety in detection; And when the accident scene detection robot is inconvenient to get off the vehicle, the existing radiation protection vehicle cannot complete the accident scene environmental detection, which provides a basis for the subsequent determination of the rescue plan

Images