Treading-driven cleaning and spin-drying mop sleeve barrel and matched mop

Abstract

The invention discloses a treading-driven cleaning and spin-drying mop sleeve barrel and a matched mop. A cleaning and spin-drying integrated structure is innovatively designed; a treading transmission pedal is arranged, the mop is pulled by a gear set and a transmission inhaul cable to be linked with a movable sleeve and a ring sleeve gear teeth to rotate for cleaning; a washing mode of washing while flushing and changing water is designed, meanwhile, the washing effect is better by treading a driving device to rapidly rotate, spin-dry and dehydrate, a water inlet device and a water outlet device are designed and installed on the mop sleeve barrel, water inlet or water outlet is facilitated, and the mop sleeve barrel has the advantages of being convenient to use, capable of saving labor and efficient.

Description

technical field [0001] The invention relates to sanitation and cleaning appliances, in particular to a stepping-driven cleaning and drying mop sleeve bucket and matching mop. Background technique [0002] The mop is a common sanitary and cleaning tool, economical and practical, and widely used, but the common ordinary mop is difficult to clean, even more difficult to dehydrate, and even has to be wrung out by hand, which is very inconvenient; although there are many new mops now, you can use The mop sleeve or mechanical device structure is designed for cleaning and dehydration, and the cleaning and dehydration efficiency and convenience of use have been improved. However, these new mops with different shapes and structures still have many defects, such as cleaning and dehydration. It is difficult to change the water, the cleanliness is not high, or the dehydration speed is slow and the effect is poor. Many product designs also need to pick up the mop sleeve bucket to dump th...

AI Technical Summary

Problems solved by technology

[0002] The mop is a common sanitary and cleaning tool, economical and practical, and widely used, but the common ordinary mop is difficult to clean, even more difficult to dehydrate, and even has to be wrung out by hand, which is very inconvenient; although there are many new mops now, you can use The mop sleeve or mechanical device structure is designed for cleaning and dehydration, and the cleaning and dehydration efficiency and convenience of use have been improved. However, these new mops with different shapes and structures still have many defects, such as cleaning and dehydration. It is difficult to change the water, the cleanliness is not high, or the dehydration speed is slow and the effect is poor. Many product designs also need to pick up the mop sleeve bucket to dump the sewage after cleaning the mop, which is particularly laborious and troublesome.

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