Tunnel fire-fighting robot and fire-fighting device

Abstract

The invention discloses a tunnel fire-fighting robot and a fire-fighting device. The tunnel fire-fighting robot comprises a wheel type chassis, a control cabinet and a booster pump arranged on the chassis, a protective cover covering the control cabinet and the booster pump, and a water cannon arranged on the protective cover, and a water inlet of the water cannon communicates with a water outletof the booster pump. The tunnel fire-fighting robot can move easily through the chassis, has a brake function and ensures that all parts of the robot are firm and reliable, the fire-fighting robot isadditionally provided with a pressurization assembly, a system can conduct pressurization automatically, it is ensured that fire-fighting water has enough fire-fighting pressure, and the water cannonhas a larger shot range. The tunnel fire-fighting robot is very useful especially under the conditions that the fire is difficult to approach and the fire behavior is large, is small in size, high inefficiency and good in fire-fighting effect, replaces an original manual fire-fighting operation mode, and is waterproof and heat-insulated through the protective cover, the whole machine is protected, and especially a control unit is particularly free of water and high-temperature erosion.

Description

technical field [0001] The invention belongs to the technical field of tunnel firefighting, and in particular relates to a tunnel firefighting robot and a firefighting device. Background technique [0002] Fire refers to burning out of control in time or space. Among various disasters, fire is one of the main disasters that most often and commonly threatens public safety and social development; fire hazards exist in many occasions and industries. For fire fighting and fire extinguishing methods, manual fire extinguishers are often carried into the fire fighting site for manual fire fighting operations. Such existing fire fighting methods are dangerous and pose a great threat to the personal safety of firefighters. There are many people who died in firefighting operations; at the same time, the efficiency of manual on-site firefighting operations will gradually decrease with the prolongation of the operation time, and the overall efficiency, speed and flexibility of firefight...

AI Technical Summary

Problems solved by technology

For fire fighting and fire extinguishing methods, manual fire extinguishers are often carried into the fire fighting site for manual fire fighting operations. Such existing fire fighting methods are dangerous and pose a great threat to the personal safety of firefighters. There are a lot of people who died in firefighting operations; at the same time, the efficiency of manual on-site firefighting operations will gradually decrease with the prolongation of the operation time, and the overall efficiency, speed and flexibility of firefighting operations are low.

[0003] When a fire breaks out inside the construction tunnel, due to the limitation of the construction site, region, and tunnel space, conventional fire-fighting vehicles cannot enter, which leads to no good solution for such fire accidents, or only manual fire-fighting equipment can be used to extinguish the fire. However, this kind of fire extinguishing not only has low work efficiency, slow speed and poor flexibility, it is difficult to control large fire accidents, but also has a great safety risk, which seriously affects the safety of production and the safety of life and property of construction personnel.

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