Manufacturing method of automatic cleaning device

Abstract

The invention relates to a manufacturing method of an automatic cleaning device. The manufacturing method is characterized in that the automatic cleaning device is manufactured by utilizing two characteristics of a fine atomized state of cleaning liquid jetted by microporous atomization pieces and the adjustable total jet quantity within a certain time. The automatic cleaning device is mainly formed by the microporous atomization pieces, a cleaning component and a shell, wherein the microporous atomization pieces are located at a cleaning component side of a contact surface formed by the cleaning component and a to-be-cleaned surface; the cleaning component is located between the shell and the to-be-cleaned surface; the cleaning component comprises cleaning cloth, a brush roller and a component which is in contact with the to-be-cleaned component and is used for cleaning. The invention relates to a washing or cleaning machine applied to a family, in particular to automatic cleaning machines such as a motorized machine (sweeper) which is used for cleaning floors, a machine (a window cleaning robot) which is used for cleaning windows, a machine which is used for cleaning walls (curtain walls) and the like. According to the automatic cleaning device manufactured by the manufacturing method, the cleaning efficiency is increased, the consumption of the cleaning liquid is reduced, and the burden of a user is relieved.

Description

technical field [0001] The invention relates to a manufacturing method of an automatic cleaning device. The method is applied to household washing or cleaning machines, especially motorized floor washing machines (sweepers), window cleaning (glass-cleaning robots), walls (curtain walls) ) Manufacturing of cleaning and other machinery. Background technique [0002] The current sweeping machines, floor washing machines, window cleaning machines and curtain wall cleaning machines use rags to rub the surface to be cleaned. Since there is no water or detergent (hereinafter collectively referred to as cleaning liquid) to participate, stains cannot be effectively removed. [0003] Or the rag is soaked with cleaning liquid, rubbed on the surface to be cleaned, and the cleaning liquid in the rag is used to infiltrate synchronously when it moves to the cleaning area. For the surface to be cleaned that needs to be infiltrated in advance, the cleaning process is time-consuming. [0004...

AI Technical Summary

Problems solved by technology

[0002] The current sweeping machines, floor washing machines, window cleaning machines and curtain wall cleaning machines use rags to rub the surface to be cleaned. Since there is no water or detergent (hereinafter collectively referred to as cleaning liquid) to participate, stains cannot be effectively removed

[0003] Or the rag is soaked with cleaning liquid, rubbed on the surface to be cleaned, and the cleaning liquid in the rag is used to infiltrate synchronously when it moves to the cleaning area. For the surface to be cleaned that needs to be infiltrated in advance, the cleaning process will take longer

[0004] The current method of rag soaking is to connect the container with the cleaning liquid through the capillary, and use the capillary phenomenon of the rag to make the cleaning liquid soak into the rag, but the rag is supplied with liquid through the capillary, and the amount of cleaning liquid supplied cannot be adjusted, which may easily cause overwetting on the rag Or too dry, forming water spots and poor cleaning effect

[0005] Or the brush roller and the nozzle cooperate to clean the object to be cleaned. There is a hole on the nozzle pipe, and the cleaning liquid is sprayed from the hole to the brush roller or the surface to be cleaned through the pressure. When the pressure is small, the range of the sprayed liquid becomes smaller, and finally flows on the surface of the nozzle, which cannot be effectively sprayed to the surface to be cleaned, and is easy to leave water stains on the surface to be cleaned. When the pressure increases, the sprayed liquid flows on the surface to be cleaned It is easy to splash, and the above phenomenon will occur when the nozzle starts and stops, which will affect the cleaning effect

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