Cleaning assembly capable of effectively saving water and achieving efficient cleaning and cleaning method

Abstract

The invention relates to a cleaning assembly capable of effectively saving water and efficiently cleaning and a cleaning method, the cleaning assembly comprises a cleaning assembly body, a connecting part and a power driving part, and the cleaning assembly body is arranged at the power output end of the power driving part through the connecting part; the cleaning assembly body comprises a water absorption sponge cleaning head, the water absorption sponge cleaning head is of an inner-outer-ring separated structure and comprises an outer-ring water absorption sponge and an inner-ring water absorption sponge, and the inner-ring water absorption sponge is embedded in the outer-ring water absorption sponge. The power driving part drives the inner-ring water-absorbing sponge and the outer-ring water-absorbing sponge of the water-absorbing sponge cleaning head to rotate in opposite directions at the same time through the connecting part; water in the cleaning assembly can well stay for a long time, and the cleaning effect is more remarkable through wiping of the cleaning assembly and washing of the water.

Description

technical field [0001] The invention relates to a cleaning component capable of effectively saving water and cleaning efficiently and a cleaning method, belonging to the field of cleaning components. Background technique [0002] Most of the automatic cleaning devices are used in daily life, such as glass washing machines, sweeping robots, solar photovoltaic cleaning machines, etc. The cleaning components on these automatic cleaning devices are mostly traditional water-absorbing sponges. After the traditional sponges that have absorbed enough water come into contact with the dirt, they will be physically rubbed by the wet sponge to remove the dirt. This method of simply rubbing and decontaminating with a sponge is difficult to remove large hardened stains, and the water in the sponge only serves as a wetting effect. When the sponge is subjected to force, the water in the sponge will be lost quickly, which is relatively a waste of water resources, and the water cannot be ful...

AI Technical Summary

Problems solved by technology

It is difficult to remove large hardened stains by simply rubbing and decontaminating with a sponge, and the water in the sponge is only for wetting

When the sponge is subjected to force, the water in the sponge will be lost quickly, which is relatively a waste of water resources and does not fully utilize the water

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