Sweeping robot

Abstract

The invention relates to a floor sweeping robot. The floor sweeping robot comprises a shell, a walking mechanism, a cleaning component, a driving assembly and a mopping assembly. The mopping assembly comprises a rag, a transmission element and a cleaning box with a cleaning element. When the driving assembly drives the walking mechanism to move along the floor, at least part of the rag makes contact with the floor so as to clean the floor. When the part, making contact with the floor, of the rag becomes dirty, the transmission element drives the rag to move under the drive of the driving assembly, so that the dirty part enters the cleaning box. In the cleaning box, the cleaning element cleans the dirty part of the rag. The rag penetrates through the cleaning box, so all parts of the rag can be cleaned. The process is repeated, and the dirty part of the rag can be cleaned in time, so that the part, making contact with the floor, of the rag is always kept clean. Therefore, the floor sweeping robot can achieve self-cleaning, and secondary contamination of the floor is effectively avoided.

Description

technical field [0001] The invention relates to the technical field of automatic cleaning, in particular to a sweeping robot. Background technique [0002] Sweeping robots have been enthusiastically sought after by users since their launch, and more and more families use sweeping robots for cleaning. Traditional sweeping robots use the brushes and dust suction components arranged at the bottom to clean the ground. Wherever the sweeping robot goes, the brushes and dust suction components can clean the garbage and dust on the ground more thoroughly. [0003] At present, some sweeping robots are also equipped with rags to realize the function of mopping the floor. The rag can further remove dust and dust from the area cleaned by the brush and the vacuum assembly, so the cleaning effect is better. However, rags can get dirty very quickly while mopping. Dirty rags cannot be cleaned during use, and the rags cannot be automatically replaced in time during the mopping process. T...

AI Technical Summary

Problems solved by technology

[0004] Based on this, it is necessary to provide a sweeping robot that can achieve self-cleaning to avoid secondary pollution in view of the problem that existing sweeping robots are prone to cause secondary pollution

Images