Novel splicing assembly

Abstract

The invention discloses a novel splicing assembly. The novel splicing assembly comprises a plurality of first square surface plates, a plurality of first strip-shaped connecting parts and a plurality of second strip-shaped connecting parts; the sides of the square of each first square surface plate have length L and thickness D, wherein L is more than D; the length of each first strip-shaped connecting part is as shown in the specification, the cross section of each first strip-shaped connecting part is the square with side length D; the length of each second strip-shaped connecting part is L2 which is equal to D, and the cross section of each second strip-shaped connecting part is the square with the wide length D; first clamping columns are respectively arranged in the centers of three of four sidewalls of the first square surface plates; first clamping grooves through which the first clamping columns are clamped inside and outside are respectively formed in the centers of four sidewalls of the first strip-shaped connecting parts; the first clamping grooves are of the length as shown in the specification; second clamping grooves through which the first clamping columns are clamped inside and outside are formed in the centers of the four sidewalls of the second strip-shaped connecting parts; the second clamping grooves are of length D. According to the assembly, few types are provided; the shape, length and thickness are reasonable in design; the matching is convenient; therefore, the splicing is convenient.

Description

[technical field] [0001] The invention relates to a novel splicing component. [Background technique] [0002] The current splicing pieces, such as splicing wooden floors, have a side clamping structure between the floor and the floor. The clamping shaft of the rear installation floor is directly inserted into the slot of the front installation floor. This structure is not firm. When the side is not fixed well or deviates from the horizontal plane due to external force, the rear installation floor is easy to separate from the front installation floor, which is not convenient for actual use, and the general splicing wooden floor structure is spliced ​​on the same plane, which cannot be spliced ​​into a three-dimensional Objects with a sense of space. [0003] Therefore, it is necessary to solve the above problems. [Content of the invention] [0004] The present invention overcomes the deficiencies of the above-mentioned technologies and provides a new type of splicing asse...

AI Technical Summary

Problems solved by technology

[0002] The current splicing pieces, such as splicing wooden floors, have a side clamping structure between the floor and the floor. The clamping shaft of the rear installation floor is directly inserted into the slot of the front installation floor. This structure is not firm. When the side is not fixed well or deviates from the horizontal plane due to external force, the rear installation floor is easy to separate from the front installation floor, which is not convenient for actual use, and the general splicing wooden floor structure is spliced ​​on the same plane, which cannot be spliced. Objects with a sense of space

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