KR20200105002A - Screen foot golf system - Google Patents

Abstract

The present invention relates to a screen foot golf system to prevent noise generated when a foot golf ball collides with a screen. According to the present invention, the screen foot golf system comprises: the screen; an imaging device projecting an image of a foot golf simulation game on the screen; an ultrahigh speed sensor measuring shooting information including the speed and direction of a foot golf ball shot by a user at a tee-up zone; and a kiosk executing a program related to the foot golf simulation game and generating the image of the foot golf simulation game executed corresponding to the shooting information provided from the ultrahigh speed sensor to output the image to the imaging device. The kiosk is configured to execute a noise prevention mode for reducing noise generated when the foot golf ball collides with the screen.

Description

Screen foot golf system

The present invention relates to a screen foot golf system, and more particularly, to a screen foot golf system providing a virtual foot golf system designed to experience the feeling of enjoying foot golf indoors.

Footgolf is a game that combines soccer and golf. The basic rules are the same as golf, and the stadium uses the golf course as it is, except that it uses feet instead of clubs and soccer balls instead of golf balls. Foot golf is operated in a variety of configurations from par 3 to par 5, just like golf, and there are 9-hole and 18-hole games, and men and women are also possible. Since foot golf uses a soccer ball instead of a golf ball, the hole is 21 inches (about 53 cm2) to enter the soccer ball, which is much larger than the general golf hole.

However, there are not many foot golf courses in Korea, unlike golf courses, and it cannot be used for several months due to the cold in winter and the lawn protection period in spring. In particular, air pollution (fine dust, ozone, etc.) has reduced outdoor activities and the need for indoor activities is emerging. In addition, there is a need for a place where the underprivileged (elderly, disabled) with relatively weak bodies can participate freely without being affected by the weather or environment.

In addition, physical activity by providing opportunities for appropriate activities to the elderly or disabled who feel socially alienated, contributing to the welfare of residents by expanding leisure facilities that are easily accessible to the elderly, women, adolescents, etc., and providing opportunities for daily physical activity. There is a need to maintain and improve the daily life function of the child.

KR 10-1621176 B1 KR 10-2009-0078630 A KR 10-1362358 B1 KR 10-2017-0001315 A

The object of the present invention, conceived to solve the above problems, is to provide an indoor virtual environment such as screen golf or screen baseball so that foot golf can be enjoyed in the vicinity of a residence by allowing the feeling of enjoying foot golf to go to the field. It is to provide a screen foot golf system that provides sports.

Another object of the present invention is to provide a fan, a dust collector, and an air cushion on the screen, blow the dust generated when the shot foot golf ball hits the screen, collect it through the dust collector, and expand the air cushion, It is to provide a screen foot golf system that removes dust and noise generated when a golf ball hits the screen.

Another object of the present invention is to generate and attenuate the waveform of the sound that is in phase opposite to the noise generated when the shot foot golf ball hits the screen, so that it is more reliably generated when the foot golf ball hits the screen. It is to provide a screen foot golf system that prevents noise.

Another object of the present invention is to provide a screen foot golf system that generates a warning sound when a user accidentally kicks a foot golf ball, thereby preventing injuries caused by a user's ankle bent.

The above object is achieved by the following configuration provided in the present invention.

A screen foot golf system proposed as a preferred embodiment of the present invention includes a screen; An imaging device that projects an image of a foot golf simulation game on the screen; An ultra-high-speed sensor that measures shooting information including the speed and direction of the foot golf ball shot by the user in the tee zone; And a kiosk for executing a program related to a foot golf simulation game, generating an image of a foot golf simulation game proceeding in response to shooting information provided from the high-speed sensor, and outputting the image to the imaging device, wherein the kiosk comprises: It is characterized in that it is configured to perform a noise prevention mode to attenuate noise generated when the foot golf ball hits the screen.

Preferably, the kiosk includes an input unit for inputting shooting information generated by the ultra-high-speed sensor; A processor that proceeds a game in response to shooting information input to the input unit, and generates an image of a foot golf simulation game including game status information from contents corresponding to the ongoing game; A memory for storing a program related to a foot golf simulation game; And an output unit for outputting the generated image of the foot golf simulation game to the imaging device.

More preferably, the kiosk calculates the time it takes for the foot golf ball shot to reach the screen from the received shooting information and the distance value between the tee zone and the screen in the noise prevention mode, and the foot golf ball is Generates a signal of a waveform whose phase is reversed by 180° from the waveform of sound generated by hitting the screen, and generates the signal of the waveform whose phase is reversed through a speaker in response to the time it takes to reach the calculated screen. The sound generated by the foot golf ball hitting the screen is attenuated.

In addition, the kiosk is configured to further perform an injury prevention mode that prevents injury when a foot golf ball is accidentally kicked with a foot.

In addition, the shooting information further includes data related to the shooting posture of the user just before shooting, and the kiosk analyzes data related to the shooting posture received from the high-speed sensor in the injury prevention mode, and initiates shooting a foot golf ball. In case the direction deviates from the direction of the foot golf ball, a warning sound is generated through a speaker to prevent the user from shooting.

According to the present invention, it is possible to enjoy foot golf as an indoor virtual sport even in the vicinity of a residence by allowing the feeling of going to the field to enjoy foot golf indoors. Therefore, it is possible to create a sports culture that anyone can enjoy without being affected by the external environment. In particular, by providing a virtual system with a relatively low barrier to entry for the underprivileged, it is possible to improve life satisfaction through sports activities, and it can be realized as a lifelong sport by enabling continuous exercise as a game element of foot golf.

According to the present invention, by providing a fan, a dust collector, and an air cushion on the screen, the dust generated when the shot foot golf ball hits the screen is blown with the fan and collected through the dust collector, and the air cushion is inflated, so that the foot golf ball is Dust and noise generated when hitting the screen can be removed.

According to the present invention, noise generated when the foot golf ball hits the screen more reliably is eliminated by generating and canceling the waveform of the sound that is in phase with the noise generated when the shot foot golf ball hits the screen. can do.

According to the present invention, by generating a warning sound when the user incorrectly kicks the foot golf ball, injuries caused by the user's ankle bent can be prevented.

1 is a block diagram showing the overall configuration of a screen foot golf system according to a preferred embodiment of the present invention,
2 is a block diagram showing the configuration of a kiosk of a screen foot golf system according to a preferred embodiment of the present invention,
3 is a block diagram showing a configuration of a program loaded into a memory of a screen foot golf system according to a preferred embodiment of the present invention;
4 is a block diagram showing a screen configuration of a foot golf simulation game progress mode of a screen foot golf system according to a preferred embodiment of the present invention;
5 is a block diagram showing a configuration for implementing a dust and noise reduction mode of a screen foot golf system according to a preferred embodiment of the present invention,
6 is a block diagram showing the operation of the dust and noise reduction mode of the screen foot golf system according to a preferred embodiment of the present invention,
7 is a block diagram showing the operation of the noise prevention mode of the screen foot golf system according to an embodiment of the present invention,
8 is a block diagram showing the operation of the injury prevention mode of the screen foot golf system according to an embodiment of the present invention.

Hereinafter, a screen foot golf system proposed as a preferred embodiment in the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing the overall configuration of a screen foot golf system according to a preferred embodiment in the present invention, Figure 2 is a block diagram showing the configuration of a kiosk of the screen foot golf system according to a preferred embodiment in the present invention, 3 is a block diagram showing the configuration of a program loaded into the memory of the screen foot golf system according to a preferred embodiment of the present invention, and FIG. 4 is a foot golf simulation game progress mode of the screen foot golf system according to a preferred embodiment of the present invention Fig. 5 is a block diagram showing a configuration for implementing a dust and noise reduction mode of a screen foot golf system according to a preferred embodiment of the present invention, and Fig. 6 is a preferred embodiment of the present invention FIG. 7 is a block diagram showing the operation of the dust and noise reduction mode of the screen foot golf system according to the present invention, and FIG. 7 is a block diagram showing the operation of the noise reduction mode of the screen foot golf system according to a preferred embodiment of the present invention, and FIG. It is a block diagram showing the operation of the injury prevention mode of the screen foot golf system according to an embodiment of the present invention.

The screen foot golf system 1 proposed as a preferred embodiment of the present invention provides a virtual foot golf system designed to experience the feeling of enjoying foot golf indoors.

The screen foot golf system 1 according to the present invention includes a screen 100, an imaging device 200 for projecting an image of a foot golf simulation game on the screen 100, as shown in FIG. 1, and a user An ultra-high-speed sensor 400 that measures shooting information including the speed and direction of a foot golf ball shot in the tee-up zone 300, and a program related to the foot golf simulation game, and is provided from the ultra-high-speed sensor 400 And a kiosk 500 for generating an image of a foot golf simulation game proceeding in response to shooting information and outputting it to the imaging device, wherein the kiosk 500 attenuates noise generated when a foot golf ball hits the screen. It is configured to perform a noise suppression mode.

The ultra-high speed sensor 400 senses the speed and direction of the foot golf ball shot by the user in the tee-up zone 300 for shooting the foot golf ball, generates shooting information including the speed and direction, and generated shooting information Provides a built-in kiosk 500 with content for playing a foot golf simulation game.

The kiosk 500 performs a foot golf simulation game according to shooting information, and an image of the foot golf simulation game is projected on the screen 100 through the imaging device 200 that projects the image.

As shown in FIG. 2, the kiosk 500 plays a game in response to an input unit 510 to which shooting information generated by the ultra-high-speed sensor 400 is input, and shooting information input to the input unit 510. And a processor 520 that generates an image of a foot golf simulation game including game status information from content corresponding to the game being played, a memory 530 in which a program related to a foot golf simulation game is stored, and the generated foot And an output unit 540 for outputting an image of a golf simulation game to the imaging apparatus 200.

Therefore, the kiosk 500 proceeds the foot golf simulation game from the shooting information including the speed and direction of the shot foot golf ball input from the ultra-high speed sensor 400 and outputs an image of the game in progress to the imaging device 200 It serves as the main desk.

On the other hand, the memory 530 stores a program related to the foot golf simulation game and contents corresponding to the game progress, and the program includes the speed and direction of the input shot foot golf ball, as shown in FIG. 3. A game progress mode 531 that progresses the foot golf simulation game from the shooting information and provides the user with the progress of the foot golf simulation game, provides basic knowledge about foot golf, and provides progress direction for each hole and course And a coaching mode 533 for guiding judgment while showing a current play situation such as a hitting slope, an air volume, and a wind direction in the current playing situation.

The user selects one of the game progress mode 531, the tutorial mode 532, and the coaching mode 533, or the game progress mode 531 operates by default.

And, in the game progress mode 531, as shown in FIG. 4, the name of the golf course currently being played is displayed, the hole number and'PAR' are displayed, the name of the person to be hit is displayed, and the number of A hole information display system (531a) that records whether it is a hit, displays the score to the previous hole, and displays the distance from the current foot golf ball position to the hole cup, from the current foot golf ball position to the club-specific distance and target Indicates the height of the slope in meters (if the number is marked with a'-', it is the downward slope, and if the number is marked with'+' and'▲', the slope is uphill), and the distance from the current foot golf ball position to the hole cup is displayed. The slope remaining distance indicator 531b, which ends the current game and moves to the initial screen, displays the distance from the current foot golf ball to the hole cup, and displays the distance for each club corresponding to the club (531c) ), the distance of each club and the center of the camera point of view are displayed, and if the foot golf ball direction actually flies in a straight line, the target point at which the foot golf ball flies toward this arrow on the screen (531d), and the name of the participant who is the turn of the seven are displayed. It displays the distance from the current position to the hole cup, and displays the central user information (531e), which displays the number of strokes, and the angle of the adjacent slope ('-' indicates a downhill slope, and vice versa,'+' indicates an uphill slope. Display), an inclined cross-sectional view (531f) that displays the distance from the current position to the club flying distance, displays the slope cross section on the right side of the distance for easy understanding, and displays the cross section of the ground from the current position to the club flying distance point, A grid (531g) that displays the inclined flow of up to a radius of about 5 meters from the position where the foot golf ball is placed in a grid (531g), and the foot golf ball position ground that indicates the state of the turf on which the foot golf ball is placed It displays on the screen including the status 531h.

In addition, the tutorial mode 532 provides a tutorial for people who are in contact with foot golf, provides basic knowledge about foot golf, and educates on how to proceed for each hole and course.

In addition, the coaching mode 533 is for more satisfying and improved play in an environment similar to the actual game, and guides the judgment by showing the direction and strength of the strike as a whole in consideration of the hitting slope, the air volume, and the direction of the wind. Do.

On the other hand, the memory 530 is configured to further include a map dedicated to foot golf with the motif of an actual golf course, and to realize realistic movements of each park golf course and various objects using a 3D map dedicated to park golf. In order to implement it, a terrain generation and rendering engine is applied, and all objects (trees, grass, lakes, bunkers, sky, etc.) applied in park golf and movements and materials are basically defined. In order to simulate the situation of the object, the motion processing engine of the object is used, and the reality of the game is enhanced by producing a 3D map for foot golf, especially for famous golf courses at home and abroad.

According to an embodiment, in the game progress mode 531 or the coaching mode 533, a dust and noise removal mode is performed to remove dust and noise generated whenever a foot golf ball filled by a user hits the screen 100.

As shown in FIG. 5, the dust and noise removal mode is installed downward at the upper edge of the screen 100, driven by a motor, and blows wind from the top of the screen 100 downward. By the fan 110 through a plurality of fans 110 to guide the dust generated from the screen 100 to the bottom, and a transfer pipe 121 installed in an upward direction at the lower edge of the screen 100 The dust collector 120 sucks in dust guided under the screen 100 and discharges it to the outside, and the air cushion 131 and the air cushion 131 that support the entire rear surface of the screen 100 are blown. It is implemented by the put air pump 130.

As shown in Figure 6, in the dust and noise removal mode, the ultra-high speed sensor 400 senses the speed and direction of the foot golf ball shot by the user, and provides shooting information including the speed and direction to the kiosk 500 do.

The input unit 510 of the kiosk 500 sends the received shooting information, that is, data related to the shooting operation, to the processor 520, and the processor 520 sends the fan 110 and the dust collector 120 in response to the analysis result. And a driving signal for operating the air pump 130 for a predetermined period of time, and provided to the fan 110, the dust collector 120, and the air pump 130 through the output unit 540 of the kiosk 500.

For example, the processor 520 estimates the strength of the foot golf ball hitting the screen 100 as a result of analyzing the speed and direction of the foot golf ball, and according to the estimated strength, the fan 110, the dust collector 120 and the A driving signal including a driving time and/or driving strength of the air pump 130 is generated.

Therefore, when the user shoots the foot golf ball, the fan 110 and the dust collector 120 operate for a certain period of time, which occurs when the foot golf ball hits the screen 100 by the fan 110 blowing downward. The dust is guided downward and the dust guided downward is collected by the transfer pipe 121 and discharged to the outside through the dust collector 120.

At the same time, the air pump 130 operates for a certain period of time and blows the air into the air cushion 131, so that the air cushion 131 swells up, so that the empty space between the back side of the screen and the air cushion 131 disappears, foot golf When the ball hits the screen 100, vibration of the screen 100 is prevented and an air cushion is provided to prevent noise.

On the other hand, since the foot golf ball uses a soccer ball, a louder sound is generated when the foot golf ball shot by the user hits the screen 100, unlike the conventional golf ball, so it is necessary to sufficiently attenuate or remove it.

Accordingly, according to an exemplary embodiment, a noise prevention mode is performed in which noise generated whenever a user's cold foot golf ball hits the screen 100 is canceled and attenuated or eliminated.

The noise prevention mode may be performed together with the noise and dust removal mode, or may be performed alone.

As shown in FIG. 7, in the noise prevention mode, the ultra-high speed sensor 400 senses the speed and direction of the foot golf ball shot by the user, and provides shooting information including the speed and direction to the kiosk 500. . The input unit 510 of the kiosk 500 transmits the received shooting information, that is, data related to the shooting operation, to the processor 520, and the processor 520 is configured from the distance value between the tee-up zone 300 and the screen 100. Kiosk 500 after the time it takes for the shot foot golf ball to reach the screen by calculating the time it takes for the foot golf ball to reach the calculated screen by 180° from the waveform of the sound generated by the foot golf ball hitting the screen. The sound is eliminated by generating it through the speaker 550 of the foot golf ball so as to attenuate the sound generated by colliding with the screen 100.

Here, the distance value between the tee-up zone 300 and the screen 100 is previously stored as a predetermined value, and the sound generated by the foot golf ball hitting the screen uses an average value obtained experimentally or through a simulation, but is not limited thereto. Does not.

For example, it is possible to estimate the intensity of sound from the speed and direction of foot golf, or to estimate the intensity of sound audible even after the air cushion is operated, and use the corresponding offset signal as a database.

On the other hand, according to an embodiment, since a foot golf ball is kicked with a foot using a foot, an injury prevention mode is performed to prevent an ankle injury if it is accidentally kicked.

As shown in FIG. 8, in the injury prevention mode, the ultra-high speed sensor 400 senses a posture immediately before the user shoots the foot golf ball, for example, the angle of the foot and provides it to the kiosk 500. To this end, the ultra-high-speed sensor 400 may further include a camera.

Therefore, the shooting information further includes data related to the shooting posture of the user just before shooting, and the input unit 510 of the kiosk 500 sends the received data related to the shooting posture to the processor 520, and the processor 520 Analyzes the data related to the shooting posture received from the high-speed sensor 400, and a warning sound through the speaker 550 of the kiosk 500 when the direction of the foot to shoot the foot golf ball enters away from the direction of the foot golf ball To prevent the user from shooting.

The noise and dust removal mode, noise prevention mode, or injury prevention mode may be automatically executed when the user selects a game progress mode or coaching mode.

Meanwhile, in the game progress mode or coaching mode, at least one of the noise and dust removal mode, noise prevention mode, and injury prevention mode is selected and executed by the user's input, or by default, the noise and dust removal mode and the injury prevention mode Can be executed.

On the other hand, according to an embodiment, even if the user does not find the foot golf ball after the foot golf ball hits the screen 100, it is conveniently returned to the tee-up zone 300.

To this end, a magnetic material is applied to the foot golf ball, and the outer surface of the applied magnetic material is covered to prevent damage to the foot hit by the magnetic material, and the magnetic material of the foot golf ball is pulled by the electromagnetic force in the tee zone 300. Equipped with an electromagnet that can be used.

The electromagnet is operated by supplying current by the processor 520 of the kiosk 500 after it is recognized that the user kicked the foot golf ball by the ultra-high speed sensor 400.

Then, the foot golf ball hitting the screen 100 is reflected and rolled toward the tee-up zone 300 where the user is located, and is further pulled to the tee-up zone 300 by the electromagnet being operated, and the surroundings of the tee-up zone 300 As it comes to, a stronger force is received by the electromagnet, so that the foot golf ball is attached to the electromagnet provided in the tee zone 300 in the end.

In addition, when the user separates the foot golf ball attached to the magnet by applying force to move it to the kicked position for the game proceeding, the supply of current is cut off.

1. Screen Foot Golf System
100. Screen 110. Fan
120. Dust collector 121. Transfer pipe
130. Air pump 131. Air cushion
200. Image device 300. Tea-up zone
400. High-speed sensor 500. Kiosk
510. Input unit 520. Processor
530. Memory 531. Game progress mode
531a. Hall information display system 531b. Inclination remaining distance indicator
531c. Minimap 531d. View target
531e. Central User Information 531f. Inclined section view
531 g. Grid 531h. Ball position ground condition
532. Tutorial Mode 533. Coaching Mode
540. Output 550. Speaker

Claims (5)

Screen and;
An imaging device that projects an image of a foot golf simulation game on the screen;
An ultra-high-speed sensor that measures shooting information including the speed and direction of the foot golf ball shot by the user in the tee-up zone; And
And a kiosk that executes a program related to the foot golf simulation game, generates an image of the foot golf simulation game proceeding in response to shooting information provided from the high-speed sensor, and outputs the image to the image device, and
The kiosk is a screen foot golf system, characterized in that to perform a noise prevention mode for attenuating noise generated when the foot golf ball hits the screen. The method of claim 1, wherein the kiosk,
An input unit for inputting shooting information generated by the high-speed sensor;
A processor that proceeds a game in response to shooting information input to the input unit, and generates an image of a foot golf simulation game including game status information from contents corresponding to the ongoing game;
A memory for storing a program related to a foot golf simulation game; And
And an output unit for outputting the generated image of the foot golf simulation game to the image device. The method of claim 1 or 2, wherein the kiosk calculates the time it takes for the shot foot golf ball to reach the screen from the received shooting information and the distance value between the tee zone and the screen in the noise prevention mode, Generates a signal of a waveform whose phase is reversed 180° from the waveform of sound generated when the foot golf ball hits the screen, and responds to the time it takes to reach the calculated screen, and sends the signal of the waveform whose phase is reversed. The screen foot golf system is configured to attenuate the sound generated by the foot golf ball hitting the screen by generating it through the system. The screen foot golf system of claim 1, wherein the kiosk is further configured to perform an injury prevention mode that prevents injury if the foot golf ball is accidentally kicked with a foot. The method of claim 4, wherein the shooting information further includes data related to the shooting posture of the user immediately before shooting, and the kiosk analyzes data related to the shooting posture received from the ultra-high speed sensor in the injury prevention mode, and A screen foot golf system, characterized in that when the direction of the foot to shoot the ball enters out of the direction of the foot golf ball, a warning sound is generated through a speaker to prevent the user from shooting.

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