A manual stretching rotary dehydration device

Abstract

The invention discloses a manual-stretching rotating dewatering device. The manual-stretching rotating dewatering device comprises a dewatering barrel and a mop. The dewatering barrel comprises a fixing base, a draining basket fixed at the upper end of the fixing base, a stretching mechanism and a rotating mechanism, wherein the stretching mechanism and the rotating mechanism are arranged inside the fixing base; relative to an existing dewatering barrel on the market, the hand-pulling dewatering barrel is adopted, the fixing base is designed in special structure, when the mop is twisted to be dry, the pedal mode does not need to be adopted, and the using safety is improved; meanwhile, a rotating device is mainly concentrated inside the dewatering barrel and is not concentrated on a mop body, and the mop replacing cost is reduced; relative to an existing rotational dewatering barrel, a rotating journey provided by a pulling rope is large, the rotating speed is higher, and dewatering is more thorough. Meanwhile, the dewatering structure is also further improved, the waterproof performance of the inside mechanism of the dewatering barrel and the corrosion resistance of the mop are improved.

Description

Technical field [0001] The invention relates to a floor mop bucket, in particular to a manual stretch type spin dehydration device. Background technique [0002] At present, dehydration barrels that can spin dehydration and matching mops are everywhere. But for the products on the market, the pedal-type drain basket is generally used. After the pedal drives the gear, the drain basket will rotate quickly to dry the water of the mop hair placed in the drain basket. The user is required to step on the pedal with one foot and keep the balance with the other foot. It is easy to cause the user to fall or move the dehydration bucket. In addition, there are also push-type rotary mops on the market. The mops are divided into The upper rod body and the lower rod body, the upper and lower rod bodies are directly matched with a very complicated structure of the bearing and the guiding mop rod structure, or the lower rod body can be rotatably moved along the axial direction of the upper rod ...

AI Technical Summary

Problems solved by technology

But for the product on the existing market, generally adopt pedal type drain basket, after pedal drives gear, makes drain basket produce fast rotation, will be placed in the water of the mop hair of drain basket and dries up, although this device It is necessary for the user to constantly step on the pedal with one foot while keeping the other foot in balance, which may easily cause the user to fall or the dehydration bucket to move. In addition, there are push-type rotary mops on the market. The upper rod body and the lower rod body, the upper and lower rod bodies are directly matched with a very complex bearing and guiding mop rod structure, or the lower rod body can rotate along the axial direction of the upper rod body. Either way, the structure of the rod body is more complicated. Generally speaking, during long-term use, the mop is often more easily damaged than the dehydration bucket and needs to be replaced more frequently, so the mop must be simple in structure and low in cost

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