Mop assembly

Abstract

A mop assembly comprises a water throwing-off bucket and a mop. A rotatable water throwing-off basket is arranged in the water throwing-off bucket. A mop head with a wiping article is hinged to the lower end of a mop rod, and the lower end of one of an inner rod and an outer rod is connected with the mop head. The inner rod and the outer rod are mutually connected in a sleeved mode, and a driving mechanism and a pull preventing mechanism are arranged between the inner rod and the outer rod. The mop rod is pressed down, and the driving mechanism converts the telescoping motion of the mop rod into rotating motion of the mop head. A matched positioning device is arranged between the water throwing-off basket and the mop head. When the mop head with the wiping article is put into the water throwing-off basket, the positioning device flatly positions the mop head in the water throwing-off basket. The mop head drives the water throwing-off basket to rotate, the positioning device prevents the mop head from inclining. When the mop rod is obliquely pressed down, the positioning device can prevent the flat mop head from being pressed oblique by an oblique pressing-down force and can avoid the problems of large shake of the water throwing-off basket during rotation due to inclination and pressing down of the mop rod, strenuous rotation of the mop head, large shake of the mop rod and bucket body scratching caused by the water throwing-off basket.

Description

[0001] This application is a divisional application, the filing date of the original application is September 19, 2010, and the application number is 201010286478.7; the title of the invention is "cleaning tool". The priority date of the original application is September 15, 2010, and the priority number is 201010281069.8. technical field [0002] The invention relates to a mop assembly. Background technique [0003] At present, various mop assembly structures are numerous. For example, Chinese patent No. 200720310847.5 proposes a "dehydration device". This technical solution discloses a foot-operated dehydration device. When in use, the foot-operated drive mechanism drives the rotating shaft to rotate, and the rotating shaft drives the water basket to rotate. Drive the mop head placed therein to rotate, so that the mop head can quickly throw water. During the water-spinning process, the mop head is placed flat in the water-spinning basket, and the mop head has no downward...

AI Technical Summary

Problems solved by technology

like image 3 Shown: When the mop head 1 is put into the water-spinning basket 4 for water-spinning, since the mop rod needs to be pressed down to make the mop head rotate, the mop head will exert downward pressure on the water-spinning basket, and the inclined mop head is rotating There will be a lot of shaking, causing the water basket to shake greatly, the mop head to rotate laboriously, the mop rod to shake greatly, and the water basket to scrape the barrel, etc.

[0006] 2. If Figure 4 As shown: when the mop head 1 is put into the water-spinning basket 4 flatly, since it cannot be guaranteed that the mop rod is in an upright depressing state every time it is pressed down, when the mop rod is tilted down, the downward force of the mop rod will also be tilted. Slanting the flat mop head will cause the water basket to shake greatly, the mop head to rotate hard, the mop rod to shake greatly, and the water basket to scrape the barrel, etc.

[0007] 3. The mop head of the existing hand-pressed mop dehydration device is the active part that drives the water spinner. Since the mop head and the water spinner both have their own rotation centers, when the axes of the two rotation centers intersect, the water spinner will be formed. Strong shaking, water throwing effort

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