Fire extinguishing robot, cluster of fire extinguishing robots, and fire extinguishing method

Abstract

The present disclosure provides a fire extinguishing robot, a cluster of fire extinguishing robots and a fire extinguishing method, which relate to the field of firefighting apparatuses and are used to improve the structure and performance of fire extinguishing robots. The fire extinguishing robot includes a traveling mechanism, a frame, and a water receiving portion. The traveling mechanism is configured to travel; the frame is mounted on the traveling mechanism; the water receiving portion is mounted on the periphery of the frame, and encircles the periphery of the frame; the water receiving portion includes a cavity for accommodating a fire extinguishing agent, and the cavity is open. The above-mentioned technical solution does not require receiving externally conveyed fire extinguishing agent by means of a water hose. Instead, there is a water receiving portion, and the water receiving portion is open, which receives the fire extinguishing agent sprayed from high altitude. The fire extinguishing robot sprays the fire extinguishing agent received by its own water receiving portion via its own fire monitor, for extinguishing the fire or providing it to a fire extinguishing robot located downstream. The solution has a compact structure and a small load, and it achieves remote spraying and fire extinguishing at any distance.

Dependencies are inferred from the claim text.