Dragging and sucking robot

Abstract

A dragging and sucking robot comprises a dragging and sucking robot body, a garbage box is installed in the dragging and sucking robot body, a dust sucking opening is formed in the bottom of the dragging and sucking robot body, and the dust sucking opening and the garbage box are arranged to be of a communicated structure so that garbage on the ground can enter the garbage box through the dust sucking opening to be collected. A first cleaning part and a second cleaning part are arranged to achieve mopping and cleaning effects of a front-back distribution structure on the ground, the second cleaning part achieves a compensation cleaning effect on the first cleaning part, and the first cleaning part and the second cleaning part are combined to achieve comprehensive coverage of the maximum outer diameter range of the mopping and sucking robot for mopping and cleaning. A cleaning seat is correspondingly arranged to automatically clean the first cleaning part and the second cleaning part. The problem that an existing floor sweeping robot is small in floor mopping range, poor in effect and low in efficiency is solved, and the problem that an existing floor sweeping robot cannot achieve distributed floor mopping and cleaning is solved.

Description

technical field [0001] The invention relates to the field of intelligent cleaning for cleaning floors, in particular to a dragging robot. Background technique [0002] In order to realize the mopping and cleaning function of the existing sweeping robots, most of the mopping modules with a planar structure are installed at the bottom of the sweeping robot, and the mopping and cleaning effect is performed on the ground through a flat-structured rag, but the mopping effect is relatively poor. The efficiency is low; the main reason is that the friction between the mopping module and the ground is small, and the pressure between the mopping module and the ground is small due to the limitation of the sweeping robot's own weight, and the mopping module itself cannot move so that it is incompatible with the ground. The ground cannot achieve high-frequency repeated mopping effect; therefore, the sweeping robot needs to reciprocate for a long time to clean the ground; but the overall ...

AI Technical Summary

Problems solved by technology

[0005] For this reason, the object of the present invention is to provide a kind of mopping robot, mainly solves the problem that the mopping range of existing sweeping robot to the ground is small, poor effect, low efficiency, and solves the problem that existing sweeping robot can't realize step-by-step mopping. ground cleaning problem

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