Cleaning robot for lighting ceiling

Abstract

The invention discloses a cleaning robot for a lighting ceiling, and relates to the technical field of robots. The cleaning robot comprises a main body, a lifting power source, a propulsive power source, a steam supply mechanism and a cleaning mechanism. The steam supply mechanism and the cleaning mechanism are arranged in the main body, so that a sponge cleaning layer on a brush head can automatically and efficiently clean the surface of the lighting ceiling in a reciprocating manner; through quantitative screening of a high-temperature rotating frame, dirty liquid generated after high-altitude cleaning is prevented from being sputtered on the environment side wall, and the effect of effectively removing stubborn stains on the ceiling is achieved; and the swing angle of the sponge cleaning layer can be changed by adjusting the installation positions of a steering engine on different bearing seat holes in a fixing frame, then cleaning of ceilings of any size is completed, a liquid storage box can ascend and descend at will within the adjustable range of a second spring, meanwhile, by combining the stretchable recovery capacity of the sponge cleaning layer, the ceilings with any radian within a certain range can be effectively cleaned.

Description

technical field [0001] The invention relates to the technical field of robots, in particular to a cleaning robot for a daylighting ceiling. Background technique [0002] For indoor brightness and thermal insulation, a ceiling is usually set up. The ceiling is evenly suspended under the roof or the structural layer of the floor layer by means of connecting steel beams. In order to avoid glare or a large amount of radiant heat in the room, and it needs to bear part of the weight in rainy and snowy weather , so it is necessary to use specially treated lighting roof materials such as tempered or frosted, and the interior of the lighting roof with high roughness is easy to accumulate dust. The existing technology often uses lifts and lengthened support rods to manually complete the ceiling dome cleanliness. [0003] However, in the long-term cleaning process, it was found that the existing technology has certain disadvantages: 1. In some cleaning environments with high ceiling h...

AI Technical Summary

Problems solved by technology

[0003] However, in the long-term cleaning process, it was found that the existing technology has certain disadvantages: 1. In some cleaning environments with high ceiling heights, it is very inconvenient for operators to hold tools, and they can only clean the surfaces that can be touched. However, it is impossible to clean the side ends of the connected steel beams, and the water temperature will continue to decrease, which will affect the activity of the detergent; 2. The dirty liquid generated after high-altitude cleaning is easily splashed on the side walls after falling, and further cleaning is required , which increases the workload; 3. For dome daylighting ceilings, the cleaning tool is limited to work on the surface to be cleaned with a large arc, and the cleaning end surface is fixed and cannot be adjusted. Compared with various types of ceilings of various sizes, its adaptability needs to be improved.

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