FIELD: automated cleaning technology.
SUBSTANCE: invention is related to a cleaning robot and a method for automatically controlling such a cleaning robot. The cleaning robot contains: at least one laser-emitting component (120) and at least one image acquisition component (130) provided on the body (110); and a processing component (140) connected to each laser emitting component (120) and each image acquisition component (130), wherein the processing component (140) is used to obtain a target image captured by the image acquisition component (130). When there is a projection image of a laser projected onto a projection point on an obstacle in the target image, contour information of the obstacle is obtained; the obstacle type indicated by the contour information is determined; and the cleaning robot is controlled to clean according to the cleaning mode corresponding to the obstacle type. The cleaning mode includes: operating a side brush on the cleaning robot to clean an inner corner in a specific driving mode when the obstacle is an inner corner type obstacle; the selected mode of movement of the side brush is n reciprocating wiggles, where n is a positive integer; controlling the cleaning robot to clean along an outer corner edge when the obstacle is an outer corner type obstacle; controlling the suction force of the fan on the cleaning robot to increase and/or stop the function of mopping and spraying water when the obstacle type is a carpet edge or a gap.
EFFECT: invention enhances the cleaning ability of the cleaning robot, since the cleaning robot is able to selectively use different cleaning modes depending on different types of obstacles.
11 cl, 14 dwg
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Authors
Dates
2023-07-21—Published
2019-11-22—Filed