Glass wiper with adjustable suction force and user method thereof

Abstract

The invention discloses a glass wiper with adjustable suction force and a use method thereof. A driving wiper body and a driven wiper body are provided with a shell I and a shell II respectively; the shell I and the shell II are provided with a magnetic-force adjusting mechanism I and a magnetic-force adjusting mechanism II respectively; the driving wiper body and the driven wiper body are provided with a water storage device I and a wiping part I as well as a water storage device II and a wiping part II respectively; at least one capillary pore I is connected between the water storage device I and the wiping part I; and at least one capillary pore II is connected between the water storage device II and the wiping part II. The invention has the advantages that: the action spacing of magnets on the driving wiper body and the driven wiper body can be adjusted in the glass wiping process according to different glass thickness or cleanness degree, thus the poor glass wiping effect resulted from too tight or loose clamp of the glass by the glass wiper is avoided effectively.

Description

technical field [0001] The invention relates to a glass wiper, in particular to a glass wiper with adjustable suction and a use method. Background technique [0002] With the rapid development of my country's economy, urbanization is in full swing in our country, followed by more and more high-rise buildings springing up like mushrooms after rain, and the cleaning of building doors and windows has become a The more arduous work is before people; in view of this, people have invented glass wipes for the cleaning of building door and window glass; [0003] At present, the common glass wipers on the market have a simple structure and design. It includes active wipers and driven wipers. Although the existing glass wipers have solved the problem of not being able to wipe both sides of the glass for high-rise buildings at the same time, there are still deficiencies. , specifically as: [0004] 1. When the glass to be wiped is thin, if the distance between the magnetic material of...

AI Technical Summary

Problems solved by technology

[0004] 1. When the glass to be wiped is thin, if the distance between the magnetic material of the active wiper and the driven wiper is close, the suction force will be too strong, which will cause the glass wiper to hold the glass too tightly, making it difficult to drag, which is not conducive to wiping; on the contrary, if you want to The glass to be wiped is slightly thicker, and the magnetic force of the existing glass wiper is often slightly insufficient. During the wiping process, the active wiping body and the driven wiping body sometimes dislocate and cannot work normally, affecting the wiping effect;

[0005] 2. With the advancement of science and technology, various new types of glass, such as insulating glass, laminated glass or processed frosted glass, are also widely used in buildings. They have different thicknesses. At the beginning of wiping, if the glass surface is attached The dust is more and thicker, and the wiping resistance must be greater. At this time, the magnetic material suction force required by the active wiping body and the driven wiping body should not be too strong, so as to avoid excessive resistance and difficulty in dragging; but as the number of times of wiping increases, After the glass surface becomes clean, the resistance becomes smaller. If the original magnetic material suction is maintained, the clamping will be too loose, resulting in poor wiping effect. Therefore, it is necessary to adjust the active wiping body and driven wiping body at any time according to the actual situation in use. The size of the suction force of the magnetic material between the wipers keeps the clamping force in an optimal state; while the existing glass wiper does not have the function of adjusting the size of the magnet suction force at any time during the wiping process according to the size of the specific wiping resistance

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