Indoor firefighting robot and work method thereof

Abstract

The disclosure provides an indoor firefighting robot and a work method thereof. The indoor firefighting robot comprises at least one robot host and a plurality of robot slaves placed on indoor positions which easily catch fire, wherein each robot host at least comprises a first microcontroller, a fire extinguisher and a visual module, the robot slaves are connected with power sources of electric devices on the corresponding positions which easily catch the fire in a communication mode, and the at least one robot host is connected with the robot slaves in a wireless communication mode. When fire hazards occur on the positions where the robot slaves are located, the robot salves quickly cut off the power sources of the electric devices on the positions of corresponding ignition points, and send firefighting signals to the first microcontroller, the at least one robot host quickly moves to the positions of the ignition points, and identifies the ignition points through the at least one visual module, and the at least one fire extinguisher is opened for firefighting after the at least one robot host confirms that the fire hazards really occur on the ignition points. The indoor firefighting robot can realize key monitoring for a plurality of the ignition points indoors, effectively extinguishes the fire hazards in a sprouting state, greatly reduces economic loss caused the fire hazards, and improves overall situation control ability for the fire hazards.

Description

technical field [0001] The present disclosure relates to the technical field of fire-fighting robots, in particular to an indoor fire-fighting robot and a working method. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and may not necessarily constitute prior art. [0003] In recent years, the economic losses and casualties directly caused by fires have been increasing, especially the frequent occurrence of family fire accidents. Current household fire extinguishing mainly relies on hand-held fire extinguishers, which generally require manual operation. With the increase of modern household electrical products, the frequency of household fires is getting higher and higher. Once a household fire occurs, it is easy to have situations such as untimely extinguishing and lack of fire extinguishing equipment, and the people present are likely to panic and slow down their escape. result in seriou...

AI Technical Summary

Problems solved by technology

With the increase of modern household electrical products, the frequency of household fires is getting higher and higher. Once a household fire occurs, it is easy to have situations such as untimely extinguishing and lack of fire extinguishing equipment, and the people present are likely to panic and slow down their escape. cause major loss of life and property

Moreover, for high-rise or unoccupied families, when a fire breaks out, it is generally impossible to carry out timely rescue. Even if the firefighters can reach the fire location in time, the fire has spread in a large area, which is likely to cause large damage. Economic losses

[0004] The inventors of the present disclosure have found that although there are some fire-fighting robots currently on the market, most of these robots focus on the identification of flames, which generally have the following problems: (1) In the case of no one on duty, they cannot be effectively and quickly Indoor fire extinguishing can't quickly eliminate the fire in the bud when the fire is small; (2) generally, a robot host is installed indoors, and it is impossible to monitor the fire at multiple easy-to-ignite locations in the room; (3) when a fire occurs In case of emergency, the corresponding power supply and corresponding natural gas equipment cannot be effectively and timely cut off to prevent secondary hazards such as explosions caused by indoor fires.

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