Fire-fighting robot capable of adjusting muzzle jet angle

Abstract

The invention discloses a fire-fighting robot capable of adjusting the muzzle jet angle. The fire-fighting robot comprises a vehicle body, a control box, a chassis and a barrel, wherein the control box is arranged above the vehicle body; a right side of the control box is provided with a water inlet; a right side of the water inlet is connected with a water inlet pipe; the chassis is arranged above the control box; a turntable is arranged on the chassis; a support frame is arranged above the turntable; a guide pipe is arranged at a top end of the support frame; the barrel is arranged on both sides of the guide pipe; the barrel is erected at two ends of the guide pipe; a pipeline of the barrel is in communication with the guide pipe; a muzzle is arranged at a left end of the barrel; a connection frame is arranged at a right end of the barrel; and a hinged seat is arranged in the middle of the connection frame. In the fire-fighting robot, a booster water pump is provided to further pressurize and accelerate water entering the barrel, so that the jetted water flow becomes more powerful. A motor is provided for controlling the rotation of the turntable in order to control the directionof the muzzle. A telescopic rod is provided to adjust the elevation angle of the muzzle, so that the control way is simple, fast and effective.

Description

technical field [0001] The invention relates to the field of firefighting, in particular to a firefighting robot capable of adjusting the spray angle of a muzzle. Background technique [0002] In today's society, with the advancement of urbanization, the speed of high-rise construction is accelerating, but the development of fire-fighting equipment for high-rise buildings is relatively lagging behind. At the same time, with the rapid development of the chemical industry, various types of fire-fighting incidents that are prone to explosion and are not suitable for humans to deal with are on the rise. , so fire-fighting robots are widely used, replacing manual labor to complete many arduous and dangerous tasks. Some existing fire-fighting robots do not add the operation of further pressurizing the water flow, so that the water sprayed from the muzzle is not strong enough, and the spraying distance is not long enough. Moreover, the control structure of the orientation and eleva...

AI Technical Summary

Problems solved by technology

Some existing fire-fighting robots do not add the operation of further pressurizing the water flow, so that the water sprayed from the muzzle is not strong enough, and the spraying distance is not long enough. Moreover, the control structure of the orientation and elevation angle of the nozzle of the existing fire-fighting robot water cannon is very complicated, and the cost is high. expensive and easily damaged

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