Water volume control method of intelligent cleaning equipment and intelligent cleaning equipment

Abstract

The invention relates to the technical field of cleaning equipment, and discloses a water volume control method of intelligent cleaning equipment and the intelligent cleaning equipment. The water volume control method of the intelligent cleaning equipment comprises the following steps: acquiring environmental information of the intelligent cleaning equipment at a current position; adjusting a target water volume gear according to the environment information; and controlling the mopping water yield of the intelligent cleaning equipment within a preset time period according to the adjusted target water yield gear. Therefore, the intelligent cleaning equipment can adapt to different environments so as to select proper water quantity gears to control the mopping water yield, so that the flooris mopped cleanly, and the mopping effect can be effectively improved through the method.

Description

technical field [0001] The invention relates to the technical field of cleaning equipment, in particular to a water volume control method of an intelligent cleaning equipment and the intelligent cleaning equipment. Background technique [0002] With the development of robot technology, more and more robots are equipped with the function of mopping the floor. The robot can output water to the mop and mop the floor while walking, so as to clean the floor more effectively. [0003] The mopping water output of traditional robots can be controlled by multiple gears, but the selection of gears needs to be specified by the user. However, the mopping water output required by different environments is different. Some need more mopping water output to clean the floor, and some can clean the floor without excessive mopping water output. Before mopping the floor, if the user specifies the corresponding gear for the robot to control the mopping water output, the robot will use a fixed m...

AI Technical Summary

Problems solved by technology

Before mopping the floor, if the user specifies the corresponding gear for the robot to control the mopping water output, the robot will use a fixed mopping water output to mop the floor when performing mopping operations in different environments. The ground is too wet, prone to secondary pollution, or, in some areas, the output of too little water cannot effectively mop the ground. Therefore, the mopping effect of this mopping method is relatively poor

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