Detergent box with liquid recovery function

Abstract

The invention discloses a detergent box with liquid recovery function, which comprises a box body, a side wall of the box body is fixedly connected with double joints, a liquid storage room and a liquid pump are fixedly installed in the box body, and the liquid storage room is divided by a separation plate A storage room and B storage room, the liquid pump includes a water pump and a water suction pump, and the double joint includes an A joint and a B joint. The A storage room, the water pump, the A joint and the spraying device are connected to form a spray pipeline. The water pump, the B joint and the liquid collection device are connected to form a liquid recovery pipeline. The cleaning agent box of the present invention is compact in structure and reasonable in structure design, and the spraying pipeline and the recovery pipeline can realize automatic communication, which helps to improve the cleaning efficiency of the cleaning robot and reduces the power consumption of the cleaning robot. At the same time, the volume of the cleaning agent box changes Small size, the connections of each structure are firm, the sealing is good, the liquid in the detergent box is not easy to leak, and it can adapt to the cleaning of the cleaning robot at various angles.

Description

technical field [0001] The invention relates to the structural field of a curtain wall cleaning robot, in particular to a cleaning agent box with a liquid recovery function. Background technique [0002] The cleaning of the curtain wall has always been a heavy, dangerous and expensive task. At present, the cleaning of high-rise buildings is mainly done manually. Accidents will occur, and manual work is inefficient and cleaning is expensive. As a result, in the past ten years, people have researched and developed cleaning robots to replace manual operations. The emergence of cleaning robots has greatly reduced the cleaning cost of high-rise buildings, improved the working environment of workers, and improved cleaning efficiency. However, due to the late start of technology and the immature development of existing cleaning robots, their work stability cannot be effectively guaranteed, and the poor adaptability to the external environment has obvious shortcomings, resulting in...

AI Technical Summary

Problems solved by technology

However, due to the late start of the technology, the existing cleaning robots have not yet matured, their working stability cannot be effectively guaranteed, and the shortcomings such as poor adaptability to the external environment are obvious, resulting in very slow development of cleaning robots

[0003] After the general cleaning robot cleans the curtain wall, it will not recycle the used cleaning agent or / and cleaning water. Recycling the used cleaning agent or / and cleaning water is not only for resource recycling. After the curtain wall is cleaned, Residual detergent or / and cleaning water will leave water marks on the glass. The existence of water marks will make the glass absorb dust again, causing the glass surface to become unclean again, thus making the cleaning effect of the cleaning robot worse. Therefore, It is necessary to recycle used cleaning agents and / or wash water

[0004] At the same time, when the cleaning robot cleans the curtain wall, it often needs to clean from various angles. It does not only move on a two-dimensional plane, which will cause the detergent tank inside the cleaning robot to shake, which is prone to liquid Leakage, poor working stability of the cleaning robot, etc. At the same time, the existing detergent box only has a liquid storage box, which leads to a large inertia of the liquid in the cleaning box during the shaking process, which makes the working stability of the cleaning robot worse. The cleaning efficiency of cleaning robots is affected

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