Wiping assembly of sweeping robot and sweeping robot

Abstract

The invention discloses a wiping assembly of a sweeping robot and the sweeping robot. On the basis of the sweeping robot, the wiping assembly of the sweeping robot can replace cleaning cloth with the wiping component comprising the supporting base pad and the replaceable dust collecting cloth, the replaceable dust collecting cloth absorbing dirt can be discarded after the cleaning robot completes a single cleaning task every time, in addition, new replaceable dust collecting cloth can be used when the next single cleaning task is executed, and therefore pollution of the next single cleaning task to the ground can be avoided only through local replacement of the wiping component without any cleaning operation. Moreover, the replaceable dust collecting cloth, which can be pressed against the ground by the support of the support pad, has a small thickness, thereby contributing to the cost reduction of replacement loss generated by local replacement of the wiping member. Furthermore, the hidden danger of ground pollution existing in the ground wiping function of the sweeping robot can be eliminated, and the user experience and the sweeping cost are considered at the same time.

Description

technical field [0001] The invention relates to robot technology, in particular to a wiping assembly of a floor-sweeping robot and a floor-sweeping robot using the wiping assembly. Background technique [0002] A water-soaked rag can be installed under the mobile chassis of the sweeping robot, so that during the movement of the mobile chassis in response to the cleaning task of the sweeping robot, the rag can wipe the ground to remove dust or stains on the ground. [0003] After the sweeping robot completes the task of cleaning the ground each time, the rag is wet and absorbs dirt, so the user needs to clean and dry the rag, otherwise, it will easily cause the rag to become moldy and produce peculiar smell. [0004] However, in order for the rag under the moving floor to press against the ground to form an effective wipe, the rag usually has a relatively large thickness, whereby the dirt permeated in the rag is difficult to be cleaned, causing the rag to fail in the next cle...

AI Technical Summary

Problems solved by technology

[0004] However, in order for the mop under the moving floor to press against the ground to form effective wiping, the mop usually has a relatively large thickness, whereby the dirt permeated in the mop is difficult to clean, causing the mop to fail in the next cleaning task. ground pollution

That is, the ground wiping function of the sweeping robot has the potential of polluting the ground

[0005] If the above-mentioned hidden dangers are eliminated, the user has to clean the rag for a long time, especially the rag with serious dirt penetration, resulting in poor user experience;

[0006] If in order to avoid poor user experience, after the sweeping robot completes the task of cleaning the floor, it discards the rag soaked in dirt, which will lead to high cleaning costs for floor wiping

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