Unattended chess-playing robot system

Abstract

The invention discloses an unattended chess-playing robot system. The unattended chess-playing robot system comprises a robot worktable, a robot body arranged on the robot worktable, a robot controller and a computer host used for controlling an entire system. The unattended chess-playing robot system is characterized by further comprising a chess playing chessboard and a touch-screen displayer. Both the chess playing chessboard and the touch-screen displayer are electrically connected with the computer host. The touch-screen displayer transmits operation information to the computer host after acquiring touch operation information of competitors; the computer host transmits the operation information to the robot controller; the robot controller controls the robot body to simulate the competitors to put corresponding chess pieces on the chess playing chessboard; meanwhile, the computer host transmits control information to the robot controller after processing according to a chess-playing game playing algorithm so as to control the robot body to correspondingly take, move and put the chess pieces or perform giving up, succeeding and failing operations. The unattended chess-playing robot system has the advantages that working efficiency is high, no attention is required, and the chess pieces can be automatically cleared up after the chess game is over.

Description

technical field [0001] The invention relates to the field of robots, in particular to an unattended chess-playing robot system. Background technique [0002] A robot is a machine device that performs work automatically. It can accept human command, run pre-programmed programs, and act according to principles formulated with artificial intelligence technology. The chess-playing robot is a kind of robot. The audience can play chess games with the chess-playing robot in a lively and interesting form of interaction, which not only shows the intelligence, wit and precision of the robot, but also increases the audience's entertainment. Traditional chess-playing robots require personnel to be on duty for a long time to prevent the robot from making mistakes and help the robot to clear and re-arrange chess. This is inefficient, consumes a lot of human resources and labor costs, and reduces the viewing and intelligence of chess-playing robots. . [0003] The traditional interactio...

AI Technical Summary

Problems solved by technology

[0004] 1) In the traditional interaction mode of robot playing chess, the audience has to directly reach out into the working range of the robot, which has serious safety hazards. When the robot is working at high speed, it is extremely dangerous;

[0005] 2) In the traditional way of robot chess interaction, if the audience cheats, such as stealing chess pieces, or secretly replacing chess pieces, the system will not work properly and affect the experience of other audiences

[0006] 3) The traditional interaction method of robot chess requires a staff member to be on duty for a long time, responsible for supervising the audience's chess playing behavior and the working status of the robot

[0007] 4) Although the use of technical means can improve the intelligence of some systems, the open traditional way of playing chess determines that its fundamental disadvantages cannot be solved, resulting in extremely poor maintainability of the system. For example, the open robot playing chess in a city science and technology museum In the chess system, chess pieces were lost twice in three days, causing the exhibits to be paralyzed and unable to interact

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