Groove inserting lattice member combination checkerboard structure

Abstract

The invention relates to a groove inserting lattice member combination checkerboard structure, which includes mounting bottom plates. The mounting bottom plates are provided with a plurality of parallel pressing strip grooves, and serried lattice members are arranged longitudinally between the adjacent pressing strip grooves; the lattice members include top covers, connecting columns and chassis from top to bottom, a vertical section is in an I shape, and inverted T-shaped orbital grooves are formed between the longitudinal and transverse adjacent lattice members; and strip-shaped pressing strips are fixed to the pressing strip grooves, vertical sections of the pressing strips are in T shapes, the two ends of the pressing strips press and cover the chassis of the lattice members, and the bottoms of the pressing strips insert into the of the pressing strip grooves. The groove inserting lattice member combination checkerboard structure forms a new combination method based on a new structure, horizontal inserting grooves are formed in the mounting bottom plates by the T-shaped pressing strips, the chassis of the lattice members can be inserted into the inserting grooves from the side,permutation mounting is realized, individual mounting is not required, the multiple mounting bottom plates are assembled into a larger chessboard from the bottom through sheet-shaped bottom plate connectors, and organization and capacity of the chessboard are more flexible.

Description

technical field [0001] The invention relates to a track chessboard, in particular to a chessboard structure composed of slot and grid components. Background technique [0002] At present, most orbital chess adopts a lattice-type chessboard structure. The I-shaped lattice components are fixed in an array on the chassis to form crisscross inverted T-shaped track grooves. The I-shaped chess pieces are embedded in the track grooves to slide vertically and horizontally to realize the movement of the chess pieces . The assembly process of this form of checkerboard structure is often cumbersome. It is necessary to fix each grid member to the corresponding position of the chassis through the fixing piece at the bottom, which is time-consuming and labor-intensive, and is prone to installation errors, resulting in poor smoothness of the track groove. Does not slide smoothly. Contents of the invention [0003] The purpose of the present invention is to provide a combination checker...

AI Technical Summary

Problems solved by technology

The assembly process of this form of checkerboard structure is often cumbersome. It is necessary to fix each grid member to the corresponding position of the chassis through the fixing piece at the bottom, which is time-consuming and labor-intensive, and is prone to installation errors, resulting in poor smoothness of the track groove. Not sliding smoothly

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