WO2017131262A1

WO2017131262A1 - Integrated management system for baseball game

Info

Publication number: WO2017131262A1
Application number: PCT/KR2016/000986
Authority: WO
Inventors: 안진옥
Original assignee: 주식회사 피애스아이
Priority date: 2016-01-29
Filing date: 2016-01-29
Publication date: 2017-08-03

Abstract

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.

Description

Baseball game integrated management system {BAT MANAGEMENT SYSTEM FOR BASEBALL GAME}

The present invention relates to a baseball game integrated management system that allows a game to be progressed through actual batting while displaying various situations such as a seating point detection and a game situation display.

TECHNICAL FIELD The present invention relates to a baseball game, and in particular, the present invention relates to a baseball game. The present invention relates to a baseball game. In particular, the present invention relates to a baseball game, a pitch determination of a pitching ball and a hitting ball. As regards, in particular the airborne shifts, pitching of pitched balls and domestic of hitting balls. Thanks to the heat of professional baseball, there is a baseball practice ground where the general public can experience baseball games.

Conventionally, the baseball practice field is operated in a manner in which a batter is placed in a space surrounded by a net, and a pitching machine throws the ball when the user inputs a coin, and the player who hits the batter hits the ball.

However, it was operated simply by swinging the bat to hit the ball, so there was a limit to not letting the player have fun like reality.

Therefore, the need for a screen baseball game that allows the pitcher to feel that he is actually hitting the ball and to have fun accordingly has been raised.

As a prior art, Korean Patent Registration No. 10-1472345 (Notice date: December 26, 2014, name: device for implementing the maintenance interface of the screen baseball batter game) has been presented.

This prior art generates at least one of a game mode selection screen for selecting one of the practice game mode and the competitive game mode, a difficulty selection screen for selecting the difficulty level, and a stadium environment setting screen for setting the stadium environment. And a player input screen for inputting a player for each team and selecting left and right at bats when selecting the practice game mode on the game mode selection screen, and receiving a setting value from the difficulty selection screen, and practicing according to the input setting value. A player input screen for generating a game screen and inputting a player for each team and selecting left and right at bats when selecting the match game mode on the game mode selection screen, a lineup confirmation screen for checking a batter and a defensive position, and the difficulty selection screen , And configure the arena preferences Receive at the input the set value, maintaining the interface generator for generating a competition game screen according to the input setting values received; And a controller configured to display a user interface generated by the user interface generator on the screen.

The difficulty selection screen may further include a difficulty selection button including at least one of a rookie button in which a rookie mode is selected, a group button in which a group mode is selected, an amateur button in which an amateur mode is selected, and a pro button in which a pro mode is selected. And a description window describing the difficulty level when the difficulty selection button is clicked, wherein the rookie mode throws a ball at 60 to 90 km / h, the club mode throws a ball at 80 to 110 km / h, and the amateur mode The ball is thrown at 100 to 130km per hour, the pro mode is characterized in that the ball is thrown at 120 to 150km per hour. The apparatus for implementing a user interface of a screen baseball batter game using a simulation image projected on the screen proposed by the prior art has the advantage that it is possible to combine settings and display various information according to the taste of the player.

However, the prior art has a drawback in that the player can enjoy the game while displaying various game screens and game situations on the screen installed indoors, and there is a limit in that the player recognizes the actual situation.

(Patent Document 0001) Republic of Korea Registered Patent No. 10-1472345 (Notification Date: 2014. 12. 26.)

The present invention can provide the player with fun and satisfaction in a variety of real situations by displaying the game situation while presenting the pitch setting and determination of the pitching ball, the determination of the hit ball and the result, in order to solve the conventional problems. The purpose is to provide a baseball game integrated management system.

That is, the present invention allows the ball to be thrown from the pitching machine at the same time according to the image of the pitcher throwing the ball while displaying the pitcher throwing the ball on the screen, and also the batter hitting the ball or hitting the pitching ball such as a hut swing It aims to make it possible to enjoy the baseball game like a real situation more interesting by detecting the failure and displaying the result value.

The present invention also allows the user to throw the ball directly into the strike zone, and detects the pitch and speed of the thrown ball and displays the result on the screen so that the user can be immersed in the actual baseball game. There is a purpose.

It is another object of the present invention to automatically recover the thrown ball and the hit ball during the baseball game and to supply the pitching machine.

In order to achieve the above object, the present invention is installed at a predetermined distance to the front of the batter booth, the progress of the game and the result is displayed, the screen is formed with a through groove; A pitching machine installed at the rear of the screen to implement a 3D-wheel method and to adjust the throwing direction of the ball up, down, left and right to adjust the pitch and speed of the ball thrown through the through groove; Two ultra-high speed cameras in which the shooting directions are opposite to each other so as to photograph the strike zone and the hit ball and transmit the captured image to the controller to determine whether the throwed ball has passed the strike zone and the hit position of the hit ball; A matrix sensor for detecting a passing position of the thrown ball and the hit ball; And analyzing the signals transmitted from the camera and the matrix sensor to determine the strike / ball judgment of the ball thrown from the pitching machine, whether the ball has been hit, the direction, speed and hit of the hit ball, and screening the result of the determination. It is preferable to include the control part to display on.

In another aspect, the present invention preferably further comprises a speed sensor for measuring the speed of the ball flying into the batter booth and the speed of the hit ball to the controller.

In another aspect, the present invention preferably further includes a motion recognition sensor for detecting a movement when the batter swings the bat and transmits it to the controller.

In addition, the present invention preferably further includes a blow detection sensor built into the bat, and detects whether the batter actually hit the ball and transmits to the control unit as a wireless signal.

In addition, the present invention preferably further comprises a beam projector connected to the control unit to display a baseball video related to the screen baseball game on the screen.

In addition, the matrix sensor to be applied to the present invention is provided with a frame of the upper and lower, left and right two at a predetermined position on the front of the other magnet, or '∏' shaped frame is installed on both sides of the other magnet and the light emitting and receiving infrared sensor is installed on the frame. It is desirable to be embedded to detect the passing position of the thrown ball and the hit ball.

The present invention further includes a strike zone detection sensor in which a '∏' shaped frame is installed in the strike zone and an infrared sensor is embedded in the frame, and the control unit throws the ball by analyzing the transmission signal of the strike zone detection sensor. It is desirable to make a strike / ball judgment of.

On the other hand, the present invention, in order to achieve the other object, the screen is installed on the opposite side of the batter booth display the game progress and results; Two ultra-fast cameras for photographing the movement of the user of the pitcher's role located in the mound installed in front of the screen and photographing the trajectory of the thrown ball and whether or not the thrown ball passes the strike zone; A matrix sensor for detecting a position at which the thrown ball enters the strike zone; And analyzing the signals transmitted from the high speed camera and the matrix sensor to determine the direction and speed of the ball thrown by the user of the pitcher role, as well as determining whether the throwed ball is strike / ball, and determining the result of the determination. It is preferable to include a control unit to display on the screen.

In another aspect, the present invention preferably further comprises a beam projector connected to the control unit to display the baseball video and game situation results related to the screen baseball game on the screen.

In another aspect, the present invention preferably further comprises a motion recognition sensor for detecting the movement of the user of the pitcher role and transmits to the control unit.

In addition, the present invention, in the baseball game field to which the integrated baseball game management system of the configuration is applied in order to achieve the above another object, to form a long groove on the floor of the game site and to be thrown by installing both sides inclined around the groove. It is preferable to allow the ball and the hit ball to roll into the groove, and to automatically transfer the ball rolled into the groove to the ball feeder using a conveyor.

The present invention is able to accurately calculate the trajectory and speed of the ball by applying a high speed camera, a speed sensor, an infrared sensor, and a matrix sensor to a baseball game system, thereby presenting a variety of analysis results to screen the baseball game as the actual situation It can provide, and can satisfy the satisfaction by giving immersion and fun to the user who is the player.

In addition, the present invention does not need to interrupt the game in order to supply the ball by recovering the thrown and hit ball during the baseball game and automatically supplied to the pitching machine to enjoy the game fun and immersion Satisfaction can be satisfied through this, and it can also provide convenience for game room management.

1 and 2 is an exemplary view showing a conceptual structure of the screen baseball game field according to the present invention.

Figure 3 is a block diagram of a baseball game integrated management system according to the present invention.

Figure 4 is an exemplary view showing the structure of a baseball player according to the present invention

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

In the embodiments of the present invention, detailed descriptions of technologies known to those skilled in the art to which the present invention pertains will be omitted in order to clearly describe the technical spirit and essential characteristics of the present invention. In addition, embodiments of the present invention may be divided into several depending on the specific configuration, but in the description of each embodiment, the detailed description of the common parts will be replaced with the previously described parts, with emphasis on the differences that are roughly Emphasis is given to avoid unnecessary duplication of explanation.

1 and 2 is an exemplary view showing a conceptual structure of the screen baseball game system according to the present invention, Figure 1 is a perspective view schematically showing the configuration of the screen baseball game system, Figure 2 is a side cross-sectional view, Figure 3 is The block diagram of the integrated baseball game management system according to the present invention.

In the screen baseball game system according to the present invention, a batter seat is provided so that a user can stand at a batter's seat with a bat, a screen 130 is installed in front of the batter, and the screen 130 is a beam projector (image output device). Project the image from the 140 to display the image related to the baseball game on the screen, the pitching machine 120 is installed on the back of the screen can throw the baseball to the batter through the through hole 135 of the screen. Make sure

The screen 130 may be installed on the side of the batter rather than the other side according to the design of the baseball game, and also shown in Figure 1 and 2 the beam projector 140 is also installed in the upper game room However, it may be installed at a suitable position to display a baseball-related image on the screen 130 without disturbing the baseball game, such as the floor of the game.

The pitching machine 120 is implemented in a 3D-wheel (wheel) method, it is possible to adjust the pitch and speed of the thrown ball. For example, two of the three wheels can be used to throw the ball forward while the other wheel can also be rotated to throw the ball. The two wheels that throw the ball forward may also change the pitch of the throwed ball by varying the torque. The throwing ball can be thrown with various pitches such as fastballs, curves, sliders, forkballs, changeups, sinkers, etc. by adjusting the rotational force and the direction of rotation of the 3D wheel.

In addition, in adjusting the pitch and speed of the ball in the pitching machine 120, the controller 110 changes the pitch setting value to reflect the current weather and field conditions, and transmits the pitch setting value to the pitching machine 120 The pitching machine 120 transmits the pitch setting value to the pitching machine 120, and the pitching machine 120 throws the ball by adjusting the rotational force and the rotation direction of the ball in accordance with the pitch setting value. Hence, the batter can enjoy a more realistic baseball game. The weather employs devices such as thermometers and hygrometers to measure or directly input the current temperature and humidity, and transmits the temperature and humidity to the controller 110 to adjust the pitch of the ball to be thrown by the pitching machine 120. The stadium conditions may be reflected in the setting window displayed on the display device (not shown) connected to the control unit 110 by executing a baseball game program during the initial installation of the game hall or during the operation of the game site.

The speed measurement sensor 170 is installed on the upper side of the batter to measure the speed of the ball flying to the batter and transmit it to the controller 110. In addition, the speed measuring device 170 may be implemented by replacing with a high speed camera, and the controller 110 analyzes the captured image by controlling the ultra high speed camera to shoot a predetermined time unit after the ball is thrown by the pitching machine 120. The velocity of the thrown ball and the direction of entry into the strike zone may be determined.

In addition, by installing a high speed camera 181 on the front lower side of the batter, to shoot the ball flying to the batter to transmit the captured image to the controller 110.

The controller 110 may measure the speed of the ball and determine whether the ball has reached the strike zone through the measurement signal of the speed measuring sensor 170 and the picture transmitted from the camera 181. That is, the camera 181 photographs whether the thrown ball has passed through the strike zone and transmits it to the controller 110 to determine the strike and the ball of the thrown ball.

In addition, the motion recognition sensor 160 installed on one side of the upper end of the batter detects the movement of the batter or the movement of the bat and detects whether the batter swings the bat and transmits it to the controller 110.

In addition, the built-in hit detection sensor 190 in the bat when the ball hit the bat batted by the batter detects the hitting pressure and transmits the detection signal to the controller 110 to determine whether the controller 110 hit the ball. Do it.

In addition, when the ball is hit, the camera 182 shoots where the hit ball reaches the screen 130 and transmits to the control unit 110 to foul, out, hit, double, triple, home run against the hit ball Can be determined.

The two

ultra-high speed cameras

181 and 182 are shown to be installed opposite to each other on the bottom surface of the position where the matrix sensor 150 is installed in FIGS. 1 and 2, but this is only one embodiment and is installed. The location can be installed in any position where the target of the shooting can be optimally taken, such as the top of the batter booth or the front left and right sides, and the number of cameras can be installed more than two according to the design of the baseball game field.

In addition, the present invention by installing a matrix sensor 150 between the batter magnet and the screen 130 to measure the xy position information of the ball flying by the matrix sensor to transmit to the control unit 110 of the thrown ball and hit ball Make sure you know the direction more accurately.

Referring to the basic configuration and operation principle of the matrix sensor 150 according to the present invention, the infrared sensor to emit infrared light and the infrared sensor to receive infrared light in two frames of up, down, left and right, respectively, at a predetermined interval To sense the passing position of the hit or thrown ball. When the ball passes through the matrix sensor 150, the xy position of the baseball passing by analyzing the detection signal of the infrared sensor embedded in the top, bottom, left and right can be determined.

Although the matrix sensor 150 has been described as being installed between the batter magnet and the screen 130, '∏' shaped frames are installed on the left and right sides of the batter based on the screen direction, and the light-emitting and light-receiving infrared sensors are installed on the frame. It may be configured to detect the passing position of the thrown ball and the hit ball. That is, the matrix sensor 150 may be applied by variously changing the structure and the installation position in accordance with the shape of the baseball game field.

The controller 110 analyzes the transmission signals of the speed measuring sensor 170, the motion recognition sensor 160, the matrix sensor 150, and the

high speed cameras

181 and 182. Of course, by calculating the xy coordinates and speed of the hit ball to determine the results of fouls, outs, hits, doubles, triples, home runs, and the like, according to the determined results, the corresponding baseball video beam projector 140 Through) to be output to the screen 130. For example, if a hit ball is fouled, the ball hitting the ball can be displayed on the screen, and if it is determined to be a home run, the game can be displayed by hitting the home run. It can increase.

In addition, the

ultra-high speed cameras

181 and 182 may calculate the speed of the thrown and hit ball through the position of the ball repeatedly taken on the picture by taking pictures at regular intervals each time, and is also detected by the matrix sensor 150. If you check the signal, you can check the pitch of the thrown and hit ball.

That is, the controller 110 may calculate all the left and right directions, the vertical height, and the speed of the thrown ball and the hit ball by analyzing the transmission signals of the

cameras

181 and 182 and the matrix sensor 150.

In addition, the system of the present invention can implement a strike zone detection sensor including a '∏' type frame installed in the strike zone, and an infrared sensor embedded in the frame, partitioning the strike zone to partition the region 9 Divided into three regions, and the controller 100 analyzes the transmission signal of the strike zone detecting sensor to determine which region of the divided region has passed the ball, to determine the strike / ball of the throwed ball can do.

In addition, the present invention in operating a screen baseball game using the system as described above, a plurality of users can enjoy a baseball game while attacking and defending by dividing into two tips. That is, the user inputs the airborne amount member to the control unit 110 using an input device (not shown), and during the game, selects the pitch of the ball thrown by the pitching machine 120 to play the game. Can be. At this time, the pitching machine 120 receives the pitch signal from the controller 110 and adjusts the rotational force and the rotational direction of the three wheels to throw the ball according to it so that the ball of the pitch set by the defensive side can be thrown.

In addition, the game can be played according to the number of people in the game by dividing the team by attack and defense, for example, if two people play the game, the game is carried out by alternating the karate every three strikes out. A team of 2 players can play the game, alternating the airborne when two of the attacking teams have gone out.

The team defending during the match game mode uses the input device (not shown) to pitch the pitching machine 120 according to the pitch of the pitcher throwing (the fastener, the slider, the sinker, the curve, the changeup, etc.) and the ball's arrival position. The throwing direction (either up, down, left or right) can be selected.

When the batter hits the ball thrown according to the game, the controller 110 may display the hit result on the screen 130 through the beam projector 140. The hit result includes the batter's name, batting information (foul, first base, second base, third base, home run) and the like.

In performing the above operation, the controller 110 may be implemented by a computer having a baseball game program embedded therein, and a button for selecting a practice game mode or a competitive game mode on a display device connected to the computer when the baseball game program is executed, and the competitive game. Input window for selecting or inputting a plurality of teams when selecting a game mode, an input window for inputting a player and a player's position, a button for selecting left and right batters of a batter player, and a pitch of the ball thrown by the pitching machine 120 And a game mode selection screen including an input window for setting a speed, so that users can select and enjoy a desired game.

On the other hand, while the above has been described an embodiment of providing a baseball game of the other role, the present invention can provide a baseball game of the pitcher role as another embodiment, the function and operation of the components are the same as the embodiment similar.

That is, the system for providing a baseball game of a pitcher role according to another embodiment of the present invention will be described with reference to the exemplary diagrams of FIGS. 1 and 2, and the mound in which the user of the pitcher role is located in front of the screen 130 is located. A mound is installed, and a permeation safety net is installed in front of the mound. If the pitcher protection safety net is required, for example, when a large number of users in the baseball game, pitchers and batters are each located in the batter booth and mound at the same time to be easily installed in the folding or mobile to be installed easily Can be designed.

The system for providing a baseball game of a pitcher role according to another embodiment of the present invention is installed on the opposite side of the batter booth screen 130 and the game progress and results are displayed, the screen 130 on the screen baseball game A beam projector 140 for displaying related baseball videos and game situation results, a speed measuring center 170 for measuring the speed of the ball thrown by a batter booth, and a mound (not shown) is provided in front of the screen 130. Two high-speed cameras (181, 182) installed and filming the movements of the pitcher's role on the mound, the trajectory of the thrown ball and whether the thrown ball has passed through the strike zone, and the thrown ball is the strike zone. The permeation role of the matrix sensor 150 for detecting an incoming position, the signals transmitted from the

high speed cameras

181 and 182, the speed measurement sensor 170, and the matrix sensor 150 are analyzed. The control unit 110 not only determines the direction and speed of the thrown ball, but also determines the strike / ball of the thrown ball, and displays the determination result on the screen 130 through the beam projector 140. ), Including

In another embodiment of the present invention, the control unit 110 uses the strike zone detection sensor including a '∏' type frame installed in the strike zone described above and an infrared sensor embedded in the frame. The user can make a strike / ball judgment of the thrown ball by determining in which partition the ball has passed.

In addition, another embodiment of the present invention by installing a separate motion recognition sensor (not shown) on the front side of the screen 130, the user of the pitcher role detects the movement to the control unit 110, the user's throwing movement The speed of the thrown ball can be determined by measuring the time that the thrown ball passes through the strike zone based on the detected time.

In addition, the present invention can proceed to the baseball game by integrating the system according to one embodiment and another embodiment, in which case each user is placed on the batter booth and mound to proceed with the baseball game. That is, if the user located in the mound throws the ball into the strike zone as a pitcher, the user located in the batter's boot is allowed to hit the thrown ball as a batter, and the strike / ball is judged and hit according to the batter's hit. The ball can be judged as one of a foul, a single, a double, a triple, or a home run, and the result of the determination is displayed on the screen 130 so that the user can be more immersed in the baseball game. Satisfaction can be met.

In addition, in the progress of the baseball game by applying the system of the present invention, a function of recovering the thrown ball or hit ball is required. This is because the baseball game is stopped in the middle when the ball is not supplied to the pitching machine 120.

In the embodiment of the present invention to form a groove from the batter booth to the opposite screen 130 on the floor of the game site and to be inclined in both directions with respect to the groove so that the thrown ball and the hit ball rolls into the groove. The ball rolled into the groove is automatically transferred to a ball supply device (not shown) by using a conveyor.

The structure of the game room presented in the embodiment of the present invention is as shown in Figure 4, this structure can be designed by changing the position of the groove for recovering the ball according to the conditions of the game room. For example, although the grooves are formed from the batter booth to the screen 130 in the above description, the grooves are formed in the batter booth and the screen in the horizontal direction to be long, and both sides of the grooves are inclined to roll the balls into the grooves. The conveyor can be used to automatically supply the ball to a ball feeder (not shown).

Therefore, in the progress of the baseball game, by throwing the thrown ball and the hit ball to the ball supply device (not shown) to continue supplying the ball to the pitching machine 120, the manager in the middle of the baseball game (the pitching machine ( There is no need to supply the ball at 120), which provides convenience in operating a baseball game field.

As described above, the present invention can be thrown by the pitching machine 120 reflecting the current weather and stadium conditions as well as allowing a large number of users to directly participate in the actual space of the baseball game field to enjoy the baseball game in the airlift shift method. The pitch of the ball can be determined. Therefore, the present invention allows the user to proceed with the game in a 5D environment (3D space, reflecting the weather and stadium conditions in the game progress and the user interactively directly participating in the game) that can affect the game progression as described above. You can be more immersed in the game and have more fun with it to satisfy your satisfaction.

Although the embodiments of the present invention have been described in detail above, the present invention can be implemented in various forms by those skilled in the art without departing from the spirit and essential characteristics of the present invention.

(Explanation of the sign)

110: control unit 120: pitching machine

130: screen 140: beam projector

150: matrix sensor 160: motion recognition sensor

170: speed measuring sensor 181, 182: camera

190: hit detection sensor

Claims

A screen displaying game related video, game progress and results;

Pitching machine to implement the 3D-wheel (wheel) method and to control the pitch and pitch of the throwing ball by adjusting the direction to throw the ball up, down, left and right;

At least two or more ultra-high speeds in which the shooting directions are installed opposite to each other to photograph the strike zone and the hit position of the hit ball to determine whether the throwed ball has passed the strike zone and the hit position of the hit ball. camera;

A matrix sensor installed between the batter's seat and the screen to detect a passing position of the thrown ball and the hit ball;

Analyzing the signals transmitted from the camera and the matrix sensor to determine the strike / ball judgment of the ball thrown by the pitching machine, whether the thrown ball has been hit, the direction and speed of the hit ball, and display the result of the determination on the screen. Baseball game integrated management system comprising a control unit.
A screen displaying game related video, game progress and results;

At least two ultra-high speed cameras for photographing the movement of the user of the pitcher's role in the mound installed on the opposite side of the batter booth and for photographing the trajectory of the thrown ball and whether the thrown ball has passed through the strike zone;

A matrix sensor for detecting a position at which the thrown ball enters the strike zone; And

Analyzing the signals transmitted from the high speed camera and the matrix sensor to determine the direction and speed of the ball thrown by the user of the pitcher role, as well as determining the strike / ball of the throwed ball, and determining the result of the screen. Baseball game integrated management system comprising a control unit to display on.
According to claim 1 or 2, Baseball game integrated management system further comprises a speed measuring sensor for measuring the speed of the thrown ball and the hit ball and transmits to the control unit
According to claim 3, At least one motion recognition sensor for detecting the movement of the batter and bat or the movement of the pitcher and transmitting to the control unit, the controller is thrown based on the time when the motion detection sensor detects the movement Baseball game integrated management system to determine the speed and direction of the ball, and whether the thrown ball hit.
The baseball game integrated management system according to claim 1, further comprising a blow detection sensor embedded in a bat to hit the thrown ball and detecting whether the ball hits the ball and wirelessly transmitting it to the controller.
The method of claim 1, wherein the control unit

A baseball game integrated management system that provides a game mode selection screen to a user, determines a kind of pitch input by the user, and controls the pitching machine so that the ball of the pitch input by the user can be thrown.
The apparatus of claim 1 or 2, further comprising a strike zone detection sensor in which a frame having a '∏' shape is installed in the strike zone and an infrared sensor is embedded in the frame, and the control unit transmits a transmission signal of the strike zone detection sensor. Baseball game integrated management system to make a strike / ball judgment of the thrown ball by analyzing the.
The method of claim 1, wherein the matrix sensor

Up and down, left and right two frames are installed at a predetermined position on the front of the batter's seat, or '∏' shaped frames are installed on both sides of the batter's left and right, and light emitting and receiving infrared sensors are embedded in the frame, and the thrown ball and hit Baseball game integrated management system to detect the passing position of the ball.
In applying the system of claim 1 or 2,

Long grooves are formed on the floor of the game room, and both sides of the grooves are inclined so that the thrown balls and the blown balls roll into the grooves, and the balls rolled into the grooves are transferred to the ball feeder using a conveyor. Baseball game integrated management system to automatically transfer.