Full-automatic Chinese chess game system

Abstract

The invention relates to a full-automatic Chinese chess game system. In the system, a man-machine interaction module is used for recording voice information of a user; the chess playing decision module is used for obtaining moving positions of chess pieces according to the voice information; the chess piece moving module is used for determining moving paths of chess pieces according to moving positions of the chess pieces; an iron sheet is fixed to each chess piece base in the moving device, rows and columns in all falling point positions correspond to row relays and column relays respectively, and the falling point positions correspond to electromagnets. The positive electrode of each column relay is connected to the positive electrode of the power supply, and the negative electrode of each column relay is connected with all electromagnets of the corresponding column; the cathodes of the row relays are connected to the cathode of the power supply, and the anode of each row relay is connected with all the electromagnets in the corresponding row; and the processor is used for controlling the on-off states of all relays, so that the electromagnet at the passed drop point position isin a power-on state and is in a power-off state without passing through the electromagnet. The control complexity of automatic game playing can be reduced, and the noise in the game playing process isreduced.

Description

technical field [0001] The invention relates to the field of chess control, in particular to a fully automatic Chinese chess game system. Background technique [0002] A set of fully automatic Chinese chess system mainly includes the following three parts: 1. Human-computer interaction; 2. Game decision-making; 3. Automatic chess movement. The prior art will be described below from these three parts. [0003] Human-computer interaction needs to complete the command input of the player and the conversion of the game input command to the movement command of the chess pieces, as well as the perception of the position of the chess pieces on the board after each movement of the chess pieces. Existing technologies all rely on complex equipment. The existing methods are as follows: 1. The player directly moves the chess pieces to complete the game instruction input, and then relies on the sensor sensing equipment installed on the chessboard or both the chessboard and the chess pi...

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