Building block type coding and displaying chess set

Abstract

The invention discloses a building block type coding and displaying chess set, which belongs to the technical field of chess sets and information. The disclosed chess set comprises a plurality of chess piece units, connecting rods for connecting the chess piece units and a programming control terminal in bidirectional connection with the chess piece units, wherein connecting assemblies connected with the connecting rods in a matched mode are arranged on the chess piece units, and the chess piece units are spliced in a three-dimensional mode through the connecting rods to form the three-dimensional chess set; touch control panels are arranged on the surfaces of the chess piece units, and touch sensing parts are arranged in the chess piece units; each chess piece unit comprises a reference chess piece; each reference chess piece is provided with a detachable programming chip and a function control unit; and the chess moving mode of the chess piece units and the display mode of the chesspiece units are programmed in a personalized mode through the programming chips. The chess piece units can be spliced and inserted in a building block mode in a three-dimensional mode, chess moving ofa user can be expanded to be three-dimensional, touchable, state-changeable and perceptible from a traditional plane, the structure is simple, and flexibility is high.

Description

technical field [0001] The invention belongs to the technical field of chess sets and information, and relates to a building block chess set, in particular to a building block spliced ​​chess set that can be bidirectionally coded and displayed with a terminal. Background technique [0002] Currently known relevant chess sets all adopt fixed, flat chessboards. Some chessboards are intelligent chessboards. Intelligent chessboards generally include a chessboard panel, a chessboard base, a control unit and a plurality of chess position recognition units. The falling chess pieces; the chess piece recognition unit is arranged between the chessboard panel and the chessboard base; each chess piece recognition unit corresponds to a chess piece. [0003] But, can not accomplish when chessboard and line chess in this structure: (1) each chess piece unit of chessboard does not realize building block type plane or three-dimensional splicing, and chess set can not be realized to become th...

AI Technical Summary

Problems solved by technology

[0003] But, can not accomplish when chessboard and line chess in this structure: (1) each chess piece unit of chessboard does not realize building block type plane or three-dimensional splicing, and chess set can not be realized to become three-dimensional solid by plane; (2) can not realize multiple It is a kind of chess game, and the scope of use is relatively limited; (3) It cannot be programmed through coding and display, and the setting of chess rules cannot be realized; (4) The existing three-dimensional chess sets do not have multiple optional color settings and cannot be bidirectionally interconnected with software , that is, when playing chess on the chess set, it cannot be displayed on the three-dimensional chess set simulated by the software, or the color of the chess pieces cannot be displayed on the three-dimensional chess set when the software is playing chess

Images