KR101200000B1 - Gate ball system and the methods thereof - Google Patents

Abstract

The present invention relates to an indoor gate ball game system that can enjoy a gate ball game indoors and an implementation method therefor.

Gate ball game in the present invention is a gate ball stick for measuring and transmitting the physical force applied to the gate ball; And an image processor which processes a signal transmitted from the gate ball stick and outputs a path along which the gate ball moves as an image.

According to this configuration, the present invention provides a gate ball stick having a sensor unit and a direction control unit for setting a physical force applied to the gate ball and a moving direction of the gate ball, in order to provide an environment similar to playing in an actual gate ball stadium. According to the image output signal provided by the gate ball stick provided with an image processing unit providing an environment similar to playing in the real stadium, it is possible to provide the same effect as playing a game in the real stadium in the virtual reality space.

Gateball games, Gateball sticks, Sports games, Virtual reality games

Description

GATE BALL SYSTEM AND THE METHODS THEREOF}

The present invention relates to an indoor gate ball game system, and more particularly, to an indoor gate ball game system that can enjoy a gate ball game as in a real stadium even in the room and an implementation method therefor.

As the proportion of the elderly population is increasing in recent years, aging is becoming the most social problem we will face in the future. However, despite the continuous increase in aging, the provision of retirement at the individual or national level is still insufficient compared to developed countries.

Gateball is a sport suitable for children, the elderly, and women, and anyone can easily learn and enjoy it. In particular, recently, the silver generation has gained great popularity as a recreational sport. However, despite the growing number of gateball venues, there are natural environment and space constraints.

In order to solve this problem, Korean Laid-Open Patent Publication No. 2003-0063604 formed a plurality of goal posts in the front and formed a goal cup on the rear side of the ball, avoiding the goal posts, and displayed the score on the upper information board.

However, the above technique has a problem that the overall gateball game cannot be played because only the batting practice that is part of the gate ball game is gamed.

In order to solve the above problems, the present invention is to provide an indoor gate ball game system and an implementation method therefor that can enjoy a gate ball game as in a real stadium indoors.

An indoor gate ball game system according to the present invention includes a gate ball stick measuring and transmitting a physical force applied to the gate ball; And an image processor which processes a signal transmitted from the gate ball stick and outputs a path along which the gate ball moves as an image.

In addition, the implementation method of the indoor gate ball game system according to the present invention includes a step of measuring and transmitting the physical force applied by the gate ball stick to the gate ball; And a step (B) of processing a signal transmitted from the gate ball stick by an image processor and outputting a moving path to the gate ball as an image.

The gate ball game system and the method for implementing the same according to the present invention, in order to provide an environment similar to playing in an actual gate ball stadium, the sensor unit and the direction control unit to set the physical force applied to the gate ball and the direction of movement of the gate ball The gate ball stick and the image processing unit provide an environment similar to playing in a real stadium according to the image output signal provided by the gate ball stick, thereby providing the same effect as playing a game in a real stadium in a virtual reality space. can do.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings and embodiments.

1A to 1C are diagrams illustrating an indoor gate ball game system according to an exemplary embodiment of the present invention, and FIG. 2 is a diagram illustrating gate ball sticks according to an exemplary embodiment of the present invention.

Referring to FIG. 1, an indoor gate ball game system according to an exemplary embodiment of the present invention processes a gate ball stick 100 that measures and transmits a physical force applied to a gate ball, and processes a signal transmitted from the gate ball stick 100. And an image processor 200 for outputting a path along which the gate ball moves as an image.

The gate ball stick 100 is applied to the gate ball from the body portion 102 constituting the body, the grip portion 106 for holding the gate ball stick 100 on one side of the body portion 102, and the other side of the body portion 102. It comprises a head 104 for measuring the physical force.

Body portion 102 is elastic and is configured to have a predetermined length of a strong material. It may be provided in various lengths to be selectively used according to the height of the user so that when the physical force is applied to the gate ball, an effective force can be applied.

The head portion 104 is formed so that the physical force intended by the user on one side of the body portion 102 can be applied to the gate ball accurately. Here, the head portion 104 is formed in a cylindrical shape of 24 cm in height and now 4.5 cm. In this case, the head 104 includes a sensing unit 116.

The sensing unit 116 is formed at both sides of the head unit 104. Here, the sensing unit 116 transmits the physical force applied to the gate ball by the user to the grip unit 106 using a Newton's law of dynamics.

In this case, the sensing unit 116 senses a physical force and may be formed as a load cell or a straining gauge.

The grip portion 106 is formed on the other side of the body portion 102. Here, the grip part 106 may be formed using a shock absorbing member so that the user feels a good grip when the user grips the hand to apply a physical force to the gate ball using the body part 102.

At this time, the grip portion 106 is a handle 108 is fixed to the body portion 102, the direction control unit 110 for setting the direction in which the gate ball travels, the signal from the direction control unit 110 and the head unit 104 It comprises a first control unit 112 for processing the measured physical force, and a first communication module 114 for transmitting the image output signal processed by the first control unit (112).

As illustrated in FIG. 2, the direction controller 110 may set a direction in which the gate ball proceeds in a virtual simulation environment output from the image processor 200.

At this time, the direction control unit 110 is preferably installed in the lower portion of the group so that the user can be set without interference when holding the grip unit 106.

Here, the direction control unit 110 may provide the same effect as that enjoyed in the actual game site by determining the direction of travel by sensing the surface directly connected to the gate ball inside the head unit 104.

The first control unit 112 processes the signal transmitted from the head unit 104 and the set value set in the direction control unit 110.

Here, the first control unit 112 calculates the amount of movement in the gate ball by using the physics engine 120 that calculates a distance proportional to the physical force transmitted from the head unit 104, and is set in the direction control unit 110. The image output signal generated by processing the direction value is transmitted to the first communication module 114 to be transmitted to the image processing unit 200.

In this case, the physics engine connected to the first controller 112 may be configured in the server 204 of the image processor 200 as illustrated in FIG. 1C.

The first communication module 114 transmits the image output signal supplied from the first control unit 112 to the image processing unit 200.

At this time, the first communication module 114 is a short-range wireless communication, such as Bluetooth, Wireless LAN (WLAN), Ultra Wideband (UWB), Infrared Data Association (IrDA), Zigbee (zigbee) ), And may be configured to be at least one of Radio Frequency Identification (RFID).

The image processing unit 200 is a second control unit for processing the image output signal received by the second communication module 202 and the second communication module 202 receiving the image output signal transmitted from the first communication module 114. And a server 204 for executing the gateball game application program according to the image output signal transmitted from the second control unit 210.

The second communication module 202 supplies the image output signal generated from the first communication module 114 to the server 204.

At this time, the second communication module 202 is a short-range wireless communication, such as Bluetooth, Wireless LAN (WLAN), Ultra Wideband (UWB), Infrared Data Association (IrDA), Zigbee (zigbee) ), And may be configured to be at least one of Radio Frequency Identification (RFID).

The second controller 210 processes the image output signal received by the second communication module 202 and supplies it to the server 204.

The server 204 is equipped to run a gateball game application. At this time, the server 204 is a database (DB) 206 for storing information necessary for the execution of the gateball game application, the rendering engine 208 and the image for rendering the image outputting the movement state of the gate ball It is configured to include an image display unit 212 for outputting.

The database 204 is provided so that the game rules of the gate ball game related to the gate ball game, a plurality of game sites, basic setting values of distances to physical forces transmitted from the gate ball stick, and user information can be databased.

In this case, the plurality of game sites stored in the database 204 may be configured to have a different friction coefficient from the surface of the stadium as in the actual game site.

The rendering engine 208 is provided to output the 3D image, which is executed in the gate ball game application program, to the image display unit 212 according to the image output signal transmitted from the second control unit 210.

Here, the rendering engine 208 renders the image output signal transmitted from the second control unit 210 to provide an environment as in a real game according to the image output signal supplied from the gate ball stick 100 in real time.

The image display unit 212 is provided to display image data processed and output by the server.

In this case, the image display unit 212 includes a liquid crystal display device, a field emission display device, a plasma display device, a light emitting display device, and the like. .

The indoor gate ball system configured as described above includes a gate ball stick having a sensor unit and a direction control unit to set a physical force applied to the gate ball and a direction of movement of the gate ball in order to provide an environment similar to playing in an actual gate ball stadium. In addition, according to the image output signal provided by the gate ball stick provided with an image processing unit providing an environment similar to playing in the actual stadium, it is possible to provide the same effect as playing a game on the actual stadium in the virtual reality space.

3 is a diagram illustrating a main configuration menu of a gateball game application program according to an embodiment of the present invention, and FIG. 4 is a view illustrating a processing procedure of a gateball game application program according to an embodiment of the present invention, and FIGS. 5A to 5F. Is a screen showing a gateball game application program according to an embodiment of the present invention.

3 to 5, a method for implementing a gate ball game application program according to an embodiment of the present invention includes a step A of measuring and transmitting a physical force applied to the gate ball stick and a signal transmitted from the gate ball stick. And a step B of processing by the processor to output a moving path to the gate ball as an image.

First, referring to FIG. 3, as illustrated in FIG. 5A, the gate ball game application program of the present invention outputs a demo image on an initial screen when a program is started. Subsequently, when the user inputs an arbitrary key to the server using the input device, the main menu screen is displayed on the image display unit. In this case, the main menu may include a practice mode, a competitive mode, and player management.

Subsequently, when the player management menu is selected, as shown in FIG. 5B, a player is selected by registering a user who has been previously used and a personal history for new registration. In this case, the player management menu may be classified into grades such as sewer, superman, and master by applying a penalty according to an individual's ability.

Then, if you select the practice mode menu, as shown in Figure 5c, before using the gate ball game application, you can practice the items necessary for this game, such as adjusting the force of force, touch practice, gate pass practice, spark force adjustment, It can be configured to practice using menus such as gate passing (sparks).

Subsequently, when the match mode menu is selected, as shown in FIG. 5D, a game may be started. In this case, the user may select a stadium according to a difficulty level of a plurality of stadiums, and different stadium environments may be applied to the same stadium according to the individual's ability registered in the gateball game application.

Subsequently, referring to FIG. 4, which is a procedure of the gate ball game, the gate ball is positioned at the start line (S1).

Subsequently, the direction in which the gate ball moves is set by adjusting the direction control unit located at the bottom of the handle of the gate ball stick. (S2) Then, a physical force is applied to the gate ball using the gate ball stick.

)을 구할 수 있다. Subsequently, the head unit of the gate ball stick senses the distance to the physical force applied to the gate ball in the sensing unit and transmits it to the first controller. In this case, the first control unit calculates a distance with respect to the physical force applied to the gate ball using the physical engine (S4). Extract the factor value and compare the physical force extracted from the sensing unit with this unit force to find the corresponding distance. For example, as shown in the equation below, the unit force value for 1kgf obtained from the calibrator is 100 ( adf ), When the physical force applied to the gate ball is 10 kgf ( F ), the force applied to the gate ball (

) Can be obtained.

Subsequently, the first communication module transmits an image output signal including the physical force obtained by the first control unit and the setting value of the direction control unit for the direction in which the gate ball is to be moved (S5).

Subsequently, the second communication module receiving the image output signal from the first communication module (S6) transmits the image output signal to the second control unit and the received second control unit transmits the image output signal to the server.

Subsequently, the server outputs an image to the image display unit by applying it to the gate ball game application program according to the physical force applied to the gate ball received from the second controller and the setting value of the direction controller. At this time, the server detects the distance and speed at which the gate ball to be output to the image display unit moves using physical force (S7).

In other words, the distance and speed the gate ball travels is the gate ball's acceleration relative to the physical force exerted on the gate ball. Newton's second law of motion, F = ma (F: physical force applied to the gate ballstick, m: gate ball set in the application. To calculate the acceleration. At this time, the prescribed weight of the actual gate ball is set to 230g ± 10g, but in the application of the present invention is set to 230g.

The moving distance of the gate ball can be obtained using the acceleration a, the initial velocity V ₀ , and the time t obtained by the second law of motion of Newton by the following equation.

In this case, the movement distance s for the physical force may be adjusted according to the friction coefficient cf, that is, the friction coefficient of each zone set in accordance with the conditions of each sports field. s' = s × cf) In other words, the server calculates the speed and distance of the gate ball in real time through the implementation method described above, and renders the scene of the stadium to be simulated in the virtual environment using the rendering engine according to the calculated value. Then, the video output signal corresponding thereto is transmitted to the video display unit (S8).

Subsequently, as shown in FIG. 4, the server proceeds to a game corresponding to a gate ball game rule such as player exchange, touch, gate passing, goal pole hit, outball fouling, and invalidity, according to the direction and distance of the gate ball in the simulated stadium. This is done (S9).

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Will be clear to those who have knowledge of.

1a to 1c is a view showing the indoor gate ball system according to an embodiment of the present invention.

2 is a view showing a gate ball stick according to an embodiment of the present invention.

3 is a view showing the configuration of the application program menu according to an embodiment of the present invention.

4 is a view showing the sequence of a charging mode according to an embodiment of the present invention.

5A to 5F are diagrams showing an execution screen of a gateball game application program according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: gate ball stick 102: body

104: head part

106: grip portion 108: handle

110: direction control unit 112: first control unit

114: first communication module 116: sensing unit

120: physical engine 200: image processing unit

202: second communication module 204: server

206: database 208: rendering engine

210: second control unit 212: image display unit

Claims (12)

A gate ball stick measuring and transmitting a physical force applied to the gate ball, and an image processor for processing a signal transmitted from the gate ball stick and outputting a path of the gate ball as an image, wherein the gate ball stick forms a body. A body portion, a grip portion for holding the gate ball stick on one side of the body portion, a head portion for measuring the physical force applied to the gate ball on the other side of the body portion, and a physical force applied to the gate ball on both sides of the head portion And a sensing unit for measuring a pressure, the sensing unit is a load cell or a strainer, and the grip unit is a handle fixed to the body unit, a direction control unit for setting the direction in which the gate ball travels, and the direction. A first agent for processing the signal of the controller and the physical force measured by the head portion And a first communication module for transmitting the image output signal processed by the first control unit, wherein the image processing unit comprises a second communication module for receiving the image output signal transmitted from the first communication module; And a second controller for processing the image output signal received by the second communication module, and a server for executing a gateball game application program according to the image output signal transmitted from the second controller. An indoor gate ball game system, comprising: a database for storing information of a user using a program; and a rendering engine for rendering an image outputting a moving state of the gate ball. delete delete delete delete The method of claim 1, Indoor direction ball game system, characterized in that the direction control unit is installed in the lower portion of the handle. delete delete The gate ball stick measures and transmits the physical force applied to the gate ball, and the image processing unit processes the signal transmitted from the gate ball stick to output the movement path to the gate ball, Setting a direction in which the gate ball travels through a direction control unit, applying a physical force to the gate ball using the gate ball stick, and measuring a direction setting value of the direction control unit in the first control unit and the head unit Processing a physical force by using a physics engine, transmitting a video output signal processed by the first control unit by a first communication module, and transmitting a video by a second communication module from the first communication module. Receiving an output signal, processing an image output signal received by the second communication module in a second control unit, and executing a gate ball game application program according to the image output signal transmitted from the second control unit in a server; Including the steps of: The execution of the gateball game application may include storing information of a user who uses the gateball game application in a database, and the server may determine a distance and speed at which the gateball moves according to an image processing signal transmitted from the gateball stick. And rendering a rendering engine output image in real time according to the moving distance and the speed of the gate ball processed by the server. delete delete delete

Images