Cleaning robot

Abstract

The invention discloses a cleaning robot comprises a shell, a shoveling mechanism, a cleaning cloth mechanism and a water pump mechanism, the shoveling mechanism, the cleaning cloth mechanism and the water pump mechanism are located in the shell, the shoveling mechanism is used for shoveling garbage on the front side of the cleaning robot into a garbage can in the shoveling mechanism, and a cleaning cloth layer of the cleaning cloth mechanism is located in a cleaning device, and the cleaning cloth layer is cleaned, the water pump mechanism is used for conducting spraying cleaning on the cleaning surface, and the shell is provided with a tail rubber scraping plate connected with the cleaning surface in an abutting mode. Through the shoveling mechanism, the cleaning cloth mechanism and the water pump mechanism, garbage shoveling, wiping and disinfection are conducted on the cleaned surface, so that the cleaned surface is clean and sanitary, and the user experience is improved.

Description

technical field [0001] The invention belongs to the technical field of cleaning robots, in particular to a cleaning robot. Background technique [0002] Fine garbage, liquid oil stains, and large solid waste often remain on the desktop after a meal. Cleaning the tabletop after a meal often requires manual wiping, which wastes human resources. A cleaning robot is needed that can clean fine garbage, liquid oil stains, and large solid waste at the same time. Garbage, and because the desktop has a lot of oil stains and a small area, a cleaning robot that can self-clean the rag and occupy a small area is required, and it should also have a disinfection function. [0003] At present, when the existing cleaning robot cleans the garbage, its cleaning mechanism cannot completely collect the fine garbage, liquid oil stains, and large solid garbage on the front side of the cleaning robot into the cleaning robot, making the cleaning robot's ability to clean garbage It is not very stron...

AI Technical Summary

Problems solved by technology

[0002] Fine garbage, liquid oil stains, and large solid waste are often left on the desktop after a meal. Cleaning the tabletop after a meal often requires manual wiping, which wastes human resources. A cleaning robot is needed that can clean fine garbage, liquid oil stains, and large solid waste at the same time. Garbage, and because the desktop has a lot of oil stains and a small area, a cleaning robot that can self-clean the rag and occupy a small area is required, and it should also have a disinfection function

[0003] At present, when the existing cleaning robot cleans the garbage, its cleaning mechanism cannot completely collect the fine garbage, liquid oil stains, and large solid garbage on the front side of the cleaning robot into the cleaning robot, making the cleaning robot's ability to clean garbage Not very strong, it will cause problems such as residual garbage on the surface that needs to be cleaned, which will affect the user experience

[0004] And the cleaning robot needs to return to the terminal after cleaning for a period of time or once or twice, and clean its cleaning mechanism before it can be used again; It is necessary to return to the terminal for cleaning of the cleaning mechanism, or continuous wiping will cause the oil carried on the cleaning mechanism to further contaminate the wiped area

[0005] At the same time, for some application scenarios where it is inconvenient to install a cleaning terminal, such as a small desktop area, a small cleaning robot is needed. If the terminal is installed, it will occupy a larger dining table area, which does not meet the actual application requirements. The above problems need to be solved

Images