Robot fire-extinguishing system for highway tunnel and urban tunnel

Abstract

The invention discloses a robot fire-extinguishing system for a highway tunnel and an urban tunnel. The robot fire-extinguishing system comprises a longitudinal guide rail arranged at the top of the tunnel; a magnetic suction block connected with a lifting mechanism is slidably arranged on the longitudinal guide rail; and the tail end of the longitudinal guide rail extends into a robot storage room with an automatic fireproof door, and an electromagnet matched with the magnetic suction block is arranged on the top of a fire-fighting truck robot in the robot storage room. A charging power source, a controller and a water pump are arranged in a shell of the fire-fighting truck robot. A water pipe joint communicated with a tunnel fire-fighting water supply mechanism is arranged at the tail end of a water supply pipe of a water pump. A water gun head is arranged at the tail end of a water outlet pipe of the water pump. A driving wheel is arranged at the bottom of the shell of the fire-fighting truck robot. An infrared temperature sensor and a camera are arranged outside the shell of the fire-fighting truck robot. The fire-fighting truck robot is used for replacing manual fire-extinguishing, the fire is extinguished in the initial stage, and casualties and the property loss are effectively reduced.

Description

technical field [0001] The invention relates to the technical field of fire protection for road tunnels and urban tunnels, in particular to a robot fire extinguishing system for road tunnels and urban tunnels. Background technique [0002] Highway and urban tunnels can effectively improve road traffic capacity and relieve traffic pressure, and take up less space than viaducts and have less impact on the environment. With the development and utilization of urban underground space, the underground trend of transportation facilities is becoming more and more significant, and urban tunnels will enter people's lives more and more. However, when a fire breaks out in the tunnel, especially during peak traffic hours, vehicles around the fire point will be congested due to fire accidents, making it difficult for firefighting vehicles to reach the scene quickly; The ambient temperature is too high, and it is easy to release a large amount of harmful gas mixed into the air, which will...

AI Technical Summary

Problems solved by technology

However, when a fire occurs in the tunnel, especially during peak traffic hours, vehicles around the fire point will be congested due to fire accidents, making it difficult for firefighting vehicles to reach the scene quickly; The ambient temperature is too high, and it is easy to release a large amount of harmful gas mixed into the air, which will cause greater personal injury to the firefighters who hold fire hydrants to extinguish the fire; In emergencies, it is often impossible to accurately judge the development of the fire, and the risk of blindly extinguishing the fire is greater

It can be seen that the existing fire-fighting methods for highways and urban tunnels have poor timeliness, poor mobility, and great potential safety hazards. Once a fire breaks out, it will cause a large number of casualties and serious property losses.

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