Fire extinguishing robot adopting fire extinguishing ball launching barrel and operation method

Abstract

The invention discloses a fire extinguishing robot adopting a fire extinguishing ball launching barrel and an operation method. The robot comprises a pan-tilt thermal imaging camera, a lifting platform, an illuminating lamp, distance measuring radar, a walking auxiliary camera, an alarm device, a controller, a vehicle body, a chassis, an infrared thermal tracking aiming device, the fire extinguishing ball launching barrel, fire extinguishing balls, an electromagnetic gas tap, a compressed gas tank, an electromagnetic ball placing opening, a fire extinguishing ball storage box, a front cover electromagnetic opening device, a movable front cover, an aiming electric pan-tilt, an electric lifting rod, a high-pressure inert fire extinguishing gas tank and a power supply device. The fire extinguishing robot and the operation method have the beneficial effects that the compressed gas tank and the high-pressure inert fire extinguishing gas tank are arranged, after gas in the compressed gas tank is used up, the high-pressure inert fire extinguishing gas tank is started to emit the fire extinguishing balls, and inert fire extinguishing gas in the high-pressure inert fire extinguishing gas tank can be jetted out for fire extinguishing; and the electric lifting rod is arranged, so that the height position of the pan-tilt thermal imaging camera can be adjusted, and then a picture in a larger range can be shot.

Description

technical field [0001] The invention relates to a fire extinguishing robot, in particular to a fire extinguishing robot using a fire extinguishing ball launcher and an operation method thereof, belonging to the technical field of civil construction monitoring. Background technique [0002] The risk of fire at the construction site is high, so the patrol inspection of the construction site is a work that needs to be repeated continuously for each engineering project. In actual construction projects, there are often a series of practical problems such as scattered construction sites and long distances from office locations. How to use advanced communication technology, video technology, remote control technology, sensing technology and artificial intelligence technology to solve time and space problems and assist managers in more frequent, efficient and accurate inspections is an effective way to improve management efficiency and reduce Rigid demand for cost. [0003] The ri...

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Problems solved by technology

[0003] The risk of fire at the construction site is high, and there is a lack of automatic fire extinguishing measures, mainly relying on manual fire fighting

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