Mopping robot

Abstract

The invention discloses a mopping robot. The mopping robot comprises a mopping robot body; a mopping module is fastened to the mopping robot body; a sewage circulating filtration module is detachablyclamped and embedded in the mopping robot body and is arranged below the mopping module; the mopping module drips sewage after mopping to the sewage circulating filtration module, so that the sewage circulating filtration module filters the sewage dripped by the mopping module and purifies the sewage. Firstly, through the crawler-type design mode of the mopping module, the mopping module can rub the ground, and the ground is cleaned; secondly, through the filtering function of the sewage circulating filtering module, the sewage of the mopping module can be dripped and gathered on the sewage circulating filtering module, and the purified sewage can be sprayed to the mop cloth in front, so that the effect of cyclic utilization is achieved after the sewage is purified; and then, through the design of the water squeezing device, sewage on the mop cloth can be squeezed to drop to the mopping module.

Description

technical field [0001] The invention relates to the technical field of mopping robots, in particular to a mopping robot. Background technique [0002] The mopping robot is characterized by small size, flexible movement and easy operation. For a mopping robot, whether it has a self-cleaning function during its working process and whether it can guarantee the completeness of the cleaning floor are important factors to measure its value. [0003] In the prior art, the mopping robot will constantly rub the ground with the mopping cloth during the mopping process, which will generate a certain amount of sewage. For the sewage after mopping the floor, the existing mopping robot adopts the method of absorbing the sewage. When a certain amount of sewage is generated After the sewage is collected, it is necessary to manually clean up the sewage and pour it out. However, the mopping robot itself is not large in size, so the volume of the clean water tank and the sewage tank cannot b...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the mopping robot will constantly rub the ground with the mopping cloth during the mopping process, which will generate a certain amount of sewage. For the sewage after mopping the floor, the existing mopping robot adopts the method of absorbing the sewage. When a certain amount of sewage is generated After the sewage is collected, it is necessary to manually clean up the sewage and pour it out

However, the mopping robot itself is not large, so the volume of the clean water tank and the sewage tank cannot be large, which directly restricts the mopping area.

The user's sense of experience is greatly reduced

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