Abstract: A wireless scoring system for a competitive swordplay game is provided, which uses nonmetallic swords with electric touch sensors on blades. Each player carries a mobile touch detector apparatus which transmits wirelessly to scoreboard controller, data packets which indicate fencing touches uniquely identifiable for each player. Scoreboard is controlled by radio remote apparatus provided with buttons labeled “GO” and “STOP”, which when pressed trigger emission of lights of predefined colors by wrist collar, blades of swords and scoreboard. The rules for scoring are programmed in scoreboard controller apparatus which takes decisions to assign the scoring points throughout the swordplay bout. The player who wins a scoring point is indicated by the color of light emitted by blade of sword of the winner. The rules for scoring include a priority-based scoring method to decide the winner of scoring point when both players execute fencing touches simultaneously.

Abstract: A wireless scoring system for a competitive swordplay game is provided, which uses nonmetallic swords with electric touch sensors on blades. Each player carries a mobile touch detector apparatus which transmits wirelessly to scoreboard controller, data packets which indicate fencing touches uniquely identifiable for each player. Scoreboard is controlled by radio remote apparatus provided with buttons labeled “GO” and “STOP”, which when pressed trigger emission of lights of predefined colors by wrist collar, blades of swords and scoreboard. The rules for scoring are programmed in scoreboard controller apparatus which takes decisions to assign the scoring points throughout the swordplay bout. The player who wins a scoring point is indicated by the color of light emitted by blade of sword of the winner. The rules for scoring include a priority-based scoring method to decide the winner of scoring point when both players execute fencing touches simultaneously.