INTEGRATED MANAGEMENT SYSTEM FOR BASEBALL GAME

The present invention relates to an integrated management system for a baseball game and, more particularly, to a baseball game system comprising: a pitching machine (120); a screen (130); cameras (181, 182); a motion recognition sensor (160); a matrix sensor (150) with an infrared sensor embedded therein; and a control unit (110), wherein the pitching machine (120) is implemented in a 3D-wheel manner to control the pitch and velocity of a ball to be pitched; the cameras (181, 182) photograph the pitched ball and a batted ball and transmit the same to the control unit (110); the motion recognition sensor (160) is installed on an upper side of the batter's box to detect the motion of a batter; and the matrix sensor (150) is installed between the batter's box and the screen (130) to detect the moving paths of the pitched ball and the batted ball and transmit the moving paths to the control unit (110); and the control unit (110) judges whether the ball pitched from the pitching machine (120) is batted or not and whether the pitched ball is a strike or a ball, analyzes the direction and velocity of the batted ball, and displays a resultant value on the screen (130) through a beam projector (140). Accordingly, the present invention can accurately calculate the trajectory and velocity of a ball by applying an ultra-high-speed camera, a velocity measurement sensor, an infrared sensor and a matrix sensor to a baseball game system. As such, the present invention can provide a realistic screen baseball game by offering a variety of analytical results and enable a user player to be satisfied by giving immersion and fun to a baseball game. La présente invention concerne un système de gestion intégré pour jeu de baseball et, plus particulièrement, un système de jeu de baseball comprenant : un lance-balles automatique (120); un écran (130); des caméras (181, 182); un capteur (160) de reconnaissance de mouvement; un capteur matriciel (150) à capteur infrarouge intégré en son sein; et une unité de commande (110), le lance-balles automatique (120) étant mis en œuvre de la manière d'une roue 3D pour régler le lancer et la vitesse d'une balle à lancer; les caméras (181, 182) photographient la balle lancée et une balle frappée et transmettent à l'unité de commande (110) les informations associées; le capteur (160) de reconnaissance de mouvement est installé sur un côté supérieur du rectangle du batteur pour détecter le mouvement d'un batteur; et le capteur matriciel (150) est