Floor processing system as well as rapid butt-joint method for floor treating device and charging stand

Abstract

The invention provides a ground processing system, comprising an automatic mobile ground processing device and a charging seat. The ground processing device sets a work mode and a charging mode, with repeatedly charged energy-supply unit and a control unit. When the electric quantity of the energy-supply unit is lower than the preset value, the ground processing device changes the work mode into the charging mode by the control unit. The charging seat is used for charging the energy-supply unit and comprises a signal transmission device, A rotation mechanism is set on the charging seat and the rotation mechanism drives a signal transmission device rotate relative to the charging seat basis for actively searching the position of the ground processing device. The butt-joint charging time of the ground processing device is reduced and the effective work time is prolonged and the work efficiency is increased.

Description

technical field [0001] The present invention relates to a ground treatment system, specifically, the ground treatment system includes a self-moving and rechargeable ground treatment device and a charging stand, and the ground treatment device further relates to a device such as an automatic vacuum cleaner, an automatic waxing Household ground treatment devices such as machines, automatic mopping machines, etc. Background technique [0002] With the continuous improvement of the level of science and technology, ground treatment devices, such as vacuum cleaners, waxing machines, etc., no longer stay at the stage of realizing different work requirements by artificially moving them back and forth along the ground to be treated. Various intelligent cleaning robots and intelligent waxing machines have emerged as the times require, freeing many housewives from heavy housework. [0003] Most of the ground handling systems currently on the market include ground handling devices and ...

AI Technical Summary

Problems solved by technology

[0005] It can be seen that when the battery power is lower than the lower limit, if the automatic mobile robot is not in the near field or far field range of the charging stand, that is, the receiver cannot receive the infrared target radiation emitted by the charging stand transmitter, the cleaning robot You cannot return to the charging stand immediately, and you must wait until the automatic mobile robot finds the infrared target radiation emitted by the charging stand launcher before returning to the charging stand, which increases the time for charging and docking

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