Cleaning structure for flat mop and cleaning tool thereof

Abstract

The invention discloses a cleaning structure for a flat mop and a cleaning tool thereof. The cleaning structure comprises a working chamber comprising a side wall and a mounting opening defined by theside wall; a scraping member detachably connected to the mounting opening, wherein the flat mop stretches into the working chamber for cleaning through the scraping member, the scraping member scrapes and presses the flat mop to achieve decontamination and dehydration of the flat mop; a casing for accommodating cleaning water and introducing the cleaning water into the working chamber. The scraping member is provided with a sewage channel. The sewage channel is matched with the scraping member to discharge sewage or dirt squeezed by the cleaning mop. The working chamber is detachably installed in the casing, and the working chamber is provided with a water inlet for introducing the cleaning water into the casing, and the water inlet is equipped with a sealing part for sealing the water inlet. A latch is arranged on the working chamber or the scraping member, a clamping groove is formed in the casing at the matched position, the clamping groove comprises a pressing part and a clampingpart, and the latch is clamped in the clamping part through the pressing part to press the water inlet and the sealing part and prevent the cleaning water from entering the working chamber.

Description

technical field [0001] The invention relates to a cleaning appliance, in particular to a cleaning structure and a cleaning tool for a flat mop. Background technique [0002] The cleaning tool structures of current various flat mops are numerous. Such as comprising a mop and a cleaning bucket, the lower end of the mop is connected to a flat cleaning head, the cleaning bucket includes a cleaning bucket and a dehydration bucket, and both the cleaning bucket and the dehydration bucket are provided with a mouth-stroke extrusion device at the mouth, and the mouth of the cleaning bucket is squeezed during cleaning. The pressing device moves up and down to realize cleaning and squeezing, and the dehydration bucket is dehydrated. However, such a structure is provided with a cleaning bucket and a dehydration bucket respectively, which increases the volume of the cleaning tool, increases the cost of materials and transportation costs, and also repeatedly installs two mouth stroke extr...

AI Technical Summary

Problems solved by technology

However, such a structure is provided with a cleaning bucket and a dehydration bucket respectively, which increases the volume of the cleaning tool, increases the cost of materials and transportation costs, and also repeatedly installs two mouth stroke extrusion devices; or a working area is set in the cleaning bucket, and A control valve is provided between the working area and the cleaning bucket to control the cleaning bucket to inject water into the working area. This structure saves space, but the water in the cleaning bucket is mixed with the sewage or dirt discharged from the mouth-stripping extrusion device. , and then enter the work area, so that the flat mop is cleaned in sewage except for the first time in clean water, and then wiped, making the mop not clean. If the water is changed frequently, it will cause the cleaning water waste

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