Automatic fireproofing and fire-extinguishing system of vehicle

Abstract

The invention discloses an automatic fireproofing and fire-extinguishing system of a vehicle. The system comprises a control circuit, a mercury trigging device and a fire-extinguishing device. The control circuit comprises a storage battery, a first connection point electrically connected to the storage battery, a second connection point adjacent to the first connection point, a fire extinguisher actuation electromagnetic relay electrically connected to the second connection point, and a fuel oil cut-out solenoid valve electrically connected to the second connection point. The mercury trigging device comprises a mercury containing cylinder and mercury in the mercury containing cylinder. When a vehicle is impacted, mercury communicates the first connection point and the second connection point so that the fire extinguisher actuation electromagnetic relay and the fuel oil cut-out solenoid valve are started. The fire-extinguishing device comprises a fire extinguisher started by the fire extinguisher actuation electromagnetic relay, and an injection flexible pipe communicated with the fire extinguisher. Through the injection flexible pipe, a fire extinguishing agent is injected to an inflammable part of a vehicle.

Description

technical field [0001] The invention relates to an automatic fire prevention and fire extinguishing system for vehicles. Background technique [0002] In modern transportation, a large number of vehicles are used to replace human feet. However, due to the fast driving speed of the vehicle itself, a considerable number of invisible blind spots, and unexpected situations on the road, accidents often occur. In response to this, automobile airbags were born. However, in the event of a car accident, fires often occur. Generally, the existing way to deal with this situation is to place a fire extinguisher on the vehicle as a fire extinguishing tool. However, , the first problem with this method is that it is impossible to detect the occurrence of the fire at the first time. The second problem is that when the fire is found to have occurred, most of them are already uncontrollable, so they can only be allowed to develop. Therefore, when the vehicle is accidentally produced, it wi...

AI Technical Summary

Problems solved by technology

However, due to the fast driving speed of the vehicle itself, there are quite a lot of invisible blind spots, and unpredictable situations on the road, accidents often occur.

In response to this, automobile airbags were born. However, in the event of a car accident, fires often occur. Generally, the existing way to face this situation is to place a fire extinguisher on the vehicle as a fire extinguishing tool. However, , the first problem with this method is that it is impossible to detect the occurrence of the fire at the first time. The second problem is that when the fire is found to have occurred, most of them are already uncontrollable, so they can only be allowed to develop. Therefore, when the vehicle accident occurs, the casualties caused by the fire

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