Magnetic attraction type glass cleaner

Abstract

The invention relates to a magnetic attraction type glass cleaner. According to the technical scheme of the invention, a glass wiper comprises an lengthening rod (1), an internal wiper body (2), an external wiper body (3) and a manual spraying barrel (4), wherein an water outlet of the manual spraying barrel (4) is connected with the external wiper body (3) through a flexible pipe. An external side face of an internal wiper body interlayer (13) is provided with 3-10 first magnetic substances (6), 2-10 first rollers (10), internal wiper body wiping cloth (9), 2-10 second rollers (8), 3-10 second magnetic substances (6) and an internal wiper body scraping plate (5) in sequence from top to bottom; the external side face of an external wiper body interlayer (36) is provided with 3-10 third magnetic substances (34), 2-10 third rollers (33), a strip-shaped groove (30), external wiper body wiping cloth (29), a fourth roller (28), a fourth magnetic substance (26) and an external wiper body scraping plate (25) in sequence from top to bottom, wherein the trip-shaped groove (30) is provided with a spraying control device (32) and 1-7 atomizing nozzles (31). The magnetic attraction type glasscleaner is convenient to use, and the wiper bodies cannot drop easily; and the magnetic attraction type glass cleaner has excellent scrubbing effect, and is suitable for scrubbing glass with different cambered surfaces.

Description

technical field [0001] The invention belongs to the technical field of glass wipes. Specifically relates to a magnetic suction type glass cleaner. Background technique [0002] With the gradual increase of high-rise buildings, and the gradual increase of windows with large sizes and special shapes such as curved surfaces, the scrubbing of high-rise glass is becoming increasingly difficult, and dangers are prone to occur during the process of scrubbing the glass. The scrubbing process is time-consuming and laborious. Difficult to guarantee. The main shortcoming that existing glass wiper exists has: [0003] ① There is no self-cleaning ability, and it cannot be cleaned while wiping. It is necessary to remove the glass wiper and clean the working surface separately; [0004] ② It is impossible to scrub glass with special structures such as arcs or the scrubbing effect is not good, and the external scrubbing body is easy to fall off when turning too sharply or passing the cur...

AI Technical Summary

Problems solved by technology

[0003] ① There is no self-cleaning ability, and it cannot be cleaned while wiping. It is necessary to remove the glass wiper and clean the working surface separately;

[0004] ②The glass with special structure such as arc cannot be scrubbed or the scrubbing effect is not good, and the external wiper is easy to fall off if it turns too sharply or passes through the curved surface during the scrubbing process;

[0005] ③In order to prevent the outer wiper from falling due to insufficient magnetic force when scrubbing thick glass, the traditional magnetic suction glass wiper is equipped with a magnetic body with greater magnetism, but when using this kind of glass scrubber to scrub thinner glass, it will If it is too large, the sliding resistance will be large, that is, it will be difficult for the glass wiper to move, and it will not only be laborious but also produce harsh noise when scrubbing

In order to solve this problem, some magnetic glass wipers use different types of inner and outer wipers to adapt to different thicknesses of glass, but this increases the manufacturing cost;

[0006] ④The magnetic body of the traditional magnetic glass wiper is large in volume and heavy in quality;

[0007] ⑤ Unreasonable setting of the glass wiper structure, the effective working area of ​​the glass wiper is small, and the wiping stroke is long and the efficiency is low when wiping a large area of ​​glass;

[0008] ⑥It is inconvenient to scrub the glass at a high place, and tools such as stools are needed when wiping the glass at a high place

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