Modular folding stool

Abstract

A modular folding stool comprises a top and legs connected to the bottom of the top; the top is square and includes clamp tongue edges and clamp groove edges. The different folding stools can be spliced together via the clamp tongue edges and the clamp groove edges. Each leg includes a connection block fixed to the lower surface of the top, and first and second support legs mounted below the connection block. The clamp tongue edges have trapezoidal section, and the upper base of the clamp tongue edges is connected with a top body; the clamp groove edges have a trapezoidal opening the same as the section of the clamp tongue edges; an outer opening of the clamp groove edges is an upper base of a trapezoid. The modular folding stool has the advantages that the four edges of the top are designed into the clamp tongue edges and clamp groove edges in trapezoidal shape so as to allow assembly, the four-edge assembly structure allows the top to be expanded around, and the modular folding stoolis simple in structure and good in assembly strength; the folding structure of the legs is improved, and the legs of the assembled middle stools can be folded to benefit assembly stability.

Description

technical field [0001] The invention relates to the field of stools for daily use, and more specifically relates to a foldable stool that can be spliced. Background technique [0002] The stool is made of simple materials and has a wide range of uses, so it is much larger than the number of chairs. The shape of the stool is very rich. It was rectangular in the early stage, continued until the Ming Dynasty, and became square in the Qing Dynasty. Fan-shaped, quincunx-shaped, and hexagonal stools also appeared. For the convenience of carrying, many stools are designed as folding structures. In addition, in order to have more comprehensive functions, the demand for stools that can be spliced ​​is increasing. As a result, foldable stools that can be spliced ​​are gradually produced, especially when used outdoors, they can be folded. And splicing can greatly improve the effect of the stool. However, the folding and splicing structures of the existing splicable folding stools are...

AI Technical Summary

Problems solved by technology

However, the folding and splicing structures of the existing splicable folding stools are complicated, the splicing process is cumbersome, the splicing ability is low, the splicing strength is not high, and the use is not stable enough.

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