Lateral-turning ultrathin shoe cabinet structure

Abstract

A lateral-turning ultrathin shoe cabinet structure is characterized by comprising a shoe cabinet body and a lateral turning frame mounted in the shoe cabinet body, the lateral turning frame comprises two support plates in left-right symmetry, the support plates are connected through a faceplate, a laminated plate and a retaining plate which are connected to form a trapezoidal shoe placement area, a shaft hole is formed in each support plate, a rotating seat penetrates the shaft holes to be docked with a base arranged on the shoe cabinet body to fix the lateral turning frame in the shoe cabinet body, and the lateral turning frame can rotate around the rotating shaft through the shaft holes to realize outward opening and inward closing of the lateral turning frame. The lateral-turning ultrathin shoe cabinet structure has the advantages that the lateral turning frame is mounted on the base of the shoe cabinet body through the rotating seat, so that the lateral turning frame and the shoe cabinet body can be assembled respectively and then assembled together, convenience in operation is realized, and convenience is brought to a user to demount the lateral turning frame solely for cleaning or maintaining.

Description

technical field [0001] The invention relates to a shoe cabinet, in particular to a side-turning ultra-thin shoe cabinet structure. Background technique [0002] The main purpose of the shoe cabinet is to display idle shoes. With the continuous improvement of people's living standards, there are more and more types of shoes, and the number of shoes that people own is also increasing. How to store shoes to get a larger Living space is an inevitable choice for people to improve their quality of life. Population growth, housing resources are limited, and the size of the per capita living area is worrying. How to solve the problem that shoes occupy people's living space in daily life? It is very necessary to choose a good shoe cabinet. [0003] Most of the existing shoe cabinets are set at the entrance and are designed in a square shape. There are several layers of partitions inside for storing shoes. The thickness of this type of shoe cabinet is set within a certain range, gen...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing shoe cabinets are set at the entrance and are designed in a square shape. There are several layers of partitions inside for storing shoes. The thickness of this type of shoe cabinet is set within a certain range, generally around 30cm. It occupies a large area. In addition, if the size of the shoes stored is too large, the cabinet door is inconvenient to close

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