A dehydration inner cover

Abstract

The invention discloses a dehydrating inner cap. The dehydrating inner cap comprises a dehydrating inner cap body, a jack catch 1, a jack catch 2, a jack catch 3, a jack catch 4, a dehydrating tub component body and circular holes, wherein four jack catches, namely the jack catch 1, the jack catch 2, the jack catch 3 and the jack catch 4, of which the structures are exactly the same, are uniformly distributed on the circumference of the dehydrating inner cap body; the peripheries of the four jack catches are all circular, the four jack catches are symmetrically divided into upper half jack catches and lower half jack catches, and circumference grooves are formed in connecting positions of the four jack catches and the dehydrating inner cap body; under a natural state, the diameter of the largest position of the outer end of the jack catches is a slightly greater than the minimum diameter of the circular holes, and when the upper half jack catches and the lower half jack catches are pressed, the diameter of the largest position of the outer end of the jack catches is slightly smaller than the minimum diameter of the circular holes; the four jack catches can be respectively clamped in the circular holes of the corresponding height in the dehydrating tub component body; when the upper half jack catches and the lower half jack catches are pressed oppositely, the four jack catches can be successively drawn out of the circular holes. The dehydrating inner cap is simple in structure, and is convenient to operate; molds do not need to be reopened, so that the cost is low; dehydrating edge knocking can be avoided, clothings, such as down jackets, can be spin-dried, and the safety is high.

Description

Technical field [0001] The invention relates to the technical field of household appliances machinery, in particular to a dehydrating inner cover. Background technique [0002] In the double-tub washing machine, the dehydration inner cover is placed in the dehydration tub assembly, which acts to compress the clothes during high-speed dehydration and prevents the clothes from flying out of the dehydration tub assembly. [0003] At present, the existing dehydration inner cover is a thin disc structure, which is directly pressed flat on the clothes in the dehydration barrel assembly, which causes the dehydration inner cover to float off the clothes during high-speed dehydration, which may cause unbalanced rotation of the dehydration barrel assembly and dehydration edge , Do not spin dry the rapidly expanding clothing such as down jackets to avoid pushing the dehydration inner cover out of the dehydration barrel assembly, and the dehydration inner cover flying out of the washing machin...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the fact that the existing dehydration inner cover is a thin disc structure, which is directly pressed flat on the clothes in the dehydration bucket assembly, resulting in high-speed dehydration, the dehydration inner cover floats away from the clothes, which will easily cause the rotation of the dehydration bucket assembly to be unbalanced, resulting in dehydration. , can not dry rapidly expanding clothes such as down jackets to avoid defects such as ejecting the dehydration inner cover out of the dehydration bucket assembly, and the dehydration inner cover flies out of the washing machine and causes personal injury. The invention provides a new dehydration inner cover

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