Cleaning drum and cleaner

Abstract

The invention provides a cleaning drum. An outer drum body (1) is unmovable, and an inner drum body (2) is driven by a manual rotary handle operating structure to rotate; the rotation of the inner drum body (2) can make a squeezing opening (3) of a squeezing structure switched over between a spacer (4) between the outer drum body (1) and the inner drum body (2) and the inner drum body (2), and atthe two positions, water obtained by means of the squeezing structure can flow into the inner drum body (2) through a guide structure; the squeezing opening (3) is fixedly provided with a squeezing and cleaning part of an integrated structure, the squeezing and cleaning part comprises a squeezing part (6) and a cleaning part (34), the squeezing part (6) and the cleaning part (34) are integrally arranged up and down, and an elastic part (35) for supporting the squeezing part (6) to swing is arranged between the squeezing part (6) and the cleaning part (34). The relative positions of a cleaningarea and a squeezing-dry area can be transformed, a squeezing piece and a cleaning piece are integrally designed, the consistency is improved, and the cost is obviously lowered. The invention furtherprovides a cleaner, and the cleaner is provided with the cleaning drum.

Description

technical field [0001] The invention relates to the technical field of mop cleaning structures, in particular to a cleaning bucket and a cleaning device. Background technique [0002] In the prior art, in order to achieve the two purposes of cleaning and squeezing, the cleaning bucket used in the prior art is equipped with a cleaning area and a squeezing area. The cleaning area and the squeezing area are separated by a partition. The water squeezing structure can be used in both washing and squeezing. The prior art proposes three schemes: the first one is to set a water squeezing structure in the cleaning area and the wringing area respectively; the second one is to share a water squeezing structure and squeeze The water structure can be switched between the cleaning area and the squeezing area; the third type is more special, the cleaning area is also used as a water storage area, the main feature is that there is a first water guide structure between the cleaning area and ...

AI Technical Summary

Problems solved by technology

[0007] There is still a problem in the prior art. At present, there is a water-squeezing structure that can realize two functions of water-squeezing and cleaning. Water-squeezing and cleaning are realized by two parts. The parts are respectively installed at the extrusion port. Since there are two parts, they need to be installed twice, so the installation accuracy is difficult to control. For example, the relative position of the two parts is due to production errors and installation errors. It is difficult to ensure the consistency of the relative positional relationship, especially in mass production, the technical parameters of the relative positional relationship between the two parts between the various water-squeezing structures are quite different, which is not conducive to the consistency of the performance of each water-squeezing structure In addition, because it is two parts, it needs to be installed twice, so the production and assembly are more complicated, and the requirements are higher, which significantly increases the cost, and it costs more, but it may not be able to improve the consistency

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