Automatically moving floor-treating device

Abstract

The invention relates to an automatic moving ground processing device, which comprises a device body, a driving member for driving the device body to move on the ground and a control unit, wherein the ground processing device executes corresponding working mode under the control of the control unit. A plurality of working modes are preset in the ground processing device, the working modes of the ground processing device can be selected according to self requirement by a user, and the working modes are classified according to the requirement level of users on the ground cleanness degree. Cleaning is carried out by a working mode selected by the user self, the operational versatility of the product is enhanced greatly, different requirements of different users are satisfied, and the user participation degree is improved to make the product close to actual demand.

Description

technical field [0001] The present invention relates to a ground treatment device, specifically, the ground treatment device is a self-moving and self-controlling ground treatment device, and the ground treatment device further relates to an automatic vacuum cleaner, an automatic sweeper, etc. Ground handling unit. Background technique [0002] With the continuous improvement of the level of science and technology, ground treatment devices, such as vacuum cleaners, mopping machines, etc., no longer stay at the stage of realizing different work requirements by artificially moving them back and forth along the ground. All kinds of intelligent cleaning robots and intelligent mopping machines have emerged as the times require, which has enabled many housewives to get rid of heavy housework. [0003] The vast majority of ground handling devices currently on the market include: ground drive components, a rechargeable power supply unit and a control unit. Under the control of the...

AI Technical Summary

Problems solved by technology

Most of the ground treatment devices cannot identify the degree of dirtiness of the ground, and they are unable to handle the areas that require special treatment. Often, the ground treatment device can only be used to repeat the work multiple times or additionally use manual local ground treatment to solve this problem. question

In this way, let the ground treatment device repeat the work of the whole area to solve the problem of the ground in the local area, so that the places that do not need to be treated again will waste energy; The design of this automatic ground processing device has the shortcomings of not being humanized and rationalized enough

[0004] In 2002, the first-generation cleaning robot produced by IROBOT in the United States has the function as described in the above paragraph, and it cannot additionally handle the ground treatment work in small areas.

At present, the single cleaning method of the cleaning robot is difficult to meet the needs of different user groups

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