Splash-proof structure and method of cylindrical rotary mop bucket

Abstract

The invention discloses a splash-proof structure of a cylindrical rotary mop bucket. The splash-proof structure comprises a bucket body and a splash-proof water retaining ring, wherein the splash-proof water retaining ring is arranged on the bucket body; and the splash-proof water retaining ring comprises arc-shaped stream guidance ribbed plates, bidirectional splash-proof drainage plates in a splayed form and a transverse splash-proof drainage plate. When the mop bucket is used for cleaning and spin-drying, the arc-shaped stream guidance ribbed plates are distributed in the circumferential direction of the upper end of the splash-proof water retaining ring and are inclined inwards the bucket, so that water in the bucket is effectively prevented from splashing due to strong stirring; the bidirectional splash-proof drainage plates in the splayed form and the transverse splash-proof drainage plate are distributed in a staggered mode, so that the drainage port of the splash-proof water retaining ring forms an enclosed structure in a projection direction to prevent the water in the bucket from splashing out of the bucket; and meanwhile, diversion drainage is achieved when the water is poured, so that the water is completely poured out of the bucket. The splash-proof structure disclosed by the invention has the advantages of simple structure, convenient and practical use, low cost and significant splash-proof effect. The invention also discloses a splash-proof method of the cylindrical rotary mop bucket.

Description

technical field [0001] The invention relates to the field of household sanitary ware, in particular to a splash-proof structure and method for a cylindrical rotating mop bucket. Background technique [0002] At present, it has become a mainstream to use a rotary mop to replace the simple mop in the past for cleaning the ground hygiene of the home life or office. The spin mop is a new type of mop, which is light and easy to hold and easy to clean, so the demand for this spin mop is great. However, in the existing rotary mop, when cleaning, the force is too large or the rotating speed is too fast, which easily causes water to splash out of the bucket. For example, the splash-proof mop cleaner disclosed by the Chinese patent with publication number CN202891841U adopts the mode of adding a splash-proof water ring to prevent water from splashing out. This method wastes materials, is inconvenient for production and processing, and is complicated to operate in daily use. Another ...

AI Technical Summary

Problems solved by technology

However, in the existing rotary mop, the force is too large or the rotation speed is too fast when cleaning, which may easily cause water to splash out of the bucket.

For example, the splash-proof mop cleaner disclosed by the Chinese patent with the publication number CN202891841U adopts the method of adding a splash-proof water ring to prevent water from splashing out. This method wastes materials, is inconvenient for production and processing, and is complicated to operate in daily use.

Another example is the anti-splash cleaning dehydration bucket disclosed by the Chinese patent whose publication number is CN201668360U, which adopts the mode of water retaining strips to prevent splashing, and the water retaining strips are located in the inside of the bucket and destroy the flatness of the barrel inner wall, which is easy to hide dirt; The strip is located in the barrel and attached to the inner wall of the barrel, which makes mold production and injection molding more complicated; in addition, the water retaining strip is located in the barrel and its position is low, and the anti-splash effect is not good. When cleaning, the water in the barrel is not circulated smoothly. easy to splash

Images