KR20110119026A - Computer golf game system using burn golf club - Google Patents

Abstract

PURPOSE: A computer golf game system using an image golf club is provided to enhance realistic effects and to enable a user to enjoy a golf game. CONSTITUTION: A computer golf game system using an image golf club comprises: an image golf club(100) which is formed in a golf club shape and projects a laser in a golf club shape; a hitter's mat part(200) which is equipped with a sensor unit detecting the shape and movement of the golf club head; and a controller(300) which calculates the route of a golf ball and swing speed and head angle of the head.

Description

Computer Golf Game System Using Burn Golf Club {.}

The present invention forms a virtual golf club head that is visible to the naked eye using a laser transmitted through the laser light emitting unit and implanted in the at-bat mat part, through actual swing motions instead of using a keyboard, a mouse, or an operation pad indoors. In addition, the present invention relates to a golf game system for precisely detecting a swing speed and a path of a virtual head and applying a flight path and a distance of a golf ball more realistically.

In general, golf is an outdoor sport that aims to hit the ball on the ground with various types of golf clubs and put it into the hole within a predetermined number of times. Recently, golf is a popular sport naturally enjoyed by the general public. The golf population has reached millions, and the interest in golf has soared, and the golf-related business has been activated, and the prospect of golf-related business is very positive.

These golf places include outdoor golf courses that consist of a number of holes and greens, and indoor and outdoor golf practice areas where you can practice basic shots and putts before going to an outdoor golf course.

These outdoor golf courses can be used for physical and mental health as they can be played directly between the holes and shots and putts, but they can be very helpful for physical and mental health. There are constraints on climate change, such as coming or windy, and high usage fees are burdensome for time and money for ordinary users.

Accordingly, various indoor golf practice systems and computer golf games have been developed and implemented. Such indoor golf practice systems and golf games can be simulated by computers and video equipment. It is configured to play golf indoors more realistically without any restrictions.

However, when playing a simulation golf game at home using a computer or game machine, the golf ball is operated by inputting a keyboard, a mouse, a keypad, etc. without a real swing motion, but these hitting methods are similar to the actual golf swing. There were many differences.

In addition, there is a way to hit the golf ball in the game using the frequency generated by swinging in the air toward the direction of the radio receiver installed in the monitor direction while looking at the monitor located in front of the monitor using a radio wave generator in a more advanced form. , The golf club can not accurately detect the entering state of the golf club head when passing through the impact zone has a problem that it is difficult to accurately apply the direction of the golf ball.

The present invention is to solve the above-described problems, and even in a room or a narrow space with low floor height to operate like a full swing without constraints to increase the realism, and finely detects the swing data to determine the distance and direction of the golf ball accordingly It is an object of the present invention to provide a computer golf game system using an image golf club that can be accurately applied to enjoy a golf game as if it were a real one.

The configuration of the present invention for achieving the above object, in the computer golf game system that is configured to display the path of the hit golf ball on the screen, forms a conventional golf club grip portion, projecting the laser in the shape of the golf club head below Burn golf clubs; A turn at bat mat unit having a sensor unit for detecting the shape and movement of the projected virtual golf club head in a plate shape of a predetermined area; And a controller configured to calculate a swing speed and a head angle of the head and calculate a path of a golf ball based on the calculated swing speed and the head angle by detecting the virtual golf club head shape and motion through the sensor unit. Characterized in that made.

In addition, the image golf club is in the shape of a grip portion of a typical golf club, a short grip case and a laser light emitting unit operated by a light generating circuit and a power supply unit are mounted therein, and the lasers projected from the laser light emitting unit are virtual drivers. , Iron, Wood, Putter head is characterized in that the replacement filter lens is provided to be formed.

In addition, each of the filter lenses are accommodated in the lower part of the grip case, the filter lens is replaced by a rotation method, the lens selection control unit for selectively adjusting the head shape corresponding to the filter lens; It is characterized by comprising one.

The sensor unit may be a front sensor unit in which a plurality of optical sensor unit elements are horizontally arranged at predetermined intervals and disposed on the front upper surface of the turn at bat mat unit.

The sensor unit may include a first front sensor unit and a second front sensor unit in which the optical sensor unit elements are formed in a line, respectively, in parallel.

The apparatus may further include a rear sensor unit in which a plurality of optical sensor unit elements are horizontally arranged at predetermined intervals and disposed on a rear upper surface of the turn at bat mat unit, wherein the control unit comprises the virtual by the front sensor unit and the rear sensor unit. Computing the swing trajectory of the golf club head, characterized in that made to calculate the path of the golf ball further reflecting the swing trajectory.

In addition, an upper surface of the at-bat mat mat portion of the virtual golf ball shape, the ball display portion positioned to be adjacent to the center rear side of the second front sensor portion to serve as a reference point of the hit; characterized in that is provided with.

In addition, the sensor unit is characterized in that the photodiode device for detecting a laser projected from the laser light emitting unit is applied.

In addition, the controller is connected to an external input terminal of a conventional TV, characterized in that the TV screen is applied to the display unit.

In addition, the control unit is connected to a normal PC main body, characterized in that the monitor screen is applied to the display unit.

The present invention is a short form corresponding to the grip portion of the actual golf club, by forming a virtual golf club head visually identifiable by the laser beam projected downward, so that the full swing can be as well as the actual golf even in a low floor or indoor space It is possible to play golf game without restriction of place.

In addition, the swing speed, angle, and trajectory of the virtual head are sensed through the sensor unit of the at-batting mat, and the detailed pitch, path, and flying distance are applied to the golf game, so that a realistic golf game can be enjoyed like a real golf. Has an effect.

1 is a conceptual diagram schematically showing a computer golf game system using an image golf club according to the present invention.
2 to 3 schematically show the structure and shape of the image golf club of the present invention.
4 is a view schematically showing the shape of a turn at bat mat portion of the present invention.
5 to 6 are views schematically showing a state of detecting swing data of a virtual head through a sensor unit of the present invention.

Hereinafter, the present invention will be described with reference to the accompanying drawings, and in the following description, when it is determined that a detailed description of a related well-known function or configuration may unnecessarily obscure the subject matter of the present invention, The description may be omitted.

1 is a conceptual diagram schematically showing a computer golf game system using an image golf club according to the present invention.

Referring to FIG. 1, a computer golf game system using an image golf club according to the present invention includes an image golf club 100, a turn at bat mat unit 200, a controller 300, and a display unit 400.

The image golf club 100 is formed in the shape corresponding to the grip portion in the conventional golf clubs, it is formed so that the user can directly hold and swing.

The laser light emitter 130 is provided inside the image golf club 100, and a filter lens 140 is provided at a lower end thereof. The laser projected from the laser light emitter 130 passes through the filter lens 140 and forms a lower portion of the golf club in the form of virtual light, except for the grip portion of the golf club, under the image golf club 100. .

The turn at bat mat portion 200 forms a plate of a predetermined area, and a laser beam projected under the image golf club 100 through the filter lens 140 is implanted on the upper surface of the plate to form a virtual golf club head shape. It is represented by.

A plurality of sensors are provided on the top of the turn at bat mat 200 to detect the movement of the virtual head according to the swing of the image golf club 100.

The control unit 300 is programmed with a simulation golf game that represents a virtual golf course on a 2D or 3D graphical screen through the display unit 400. The control unit 300 calculates the distance and the path of the ball, based on the data detected through the swing of the user using the image golf club 100 and the turn at bat mat 200, the calculated game value golf game The simulation is applied to.

The control unit 300 is manufactured in the form of a set-top box, and is connected to an external input terminal of a TV receiver to apply a conventional TV to the display unit 400 or to connect the control unit 300 to the PC main body, PC It is possible to apply the monitor screen to the display unit 400.

2 to 3 schematically show the structure and shape of the image golf club of the present invention.

Referring to FIGS. 2 and 3, the image golf club 100 of the present invention includes a grip case 110, a power supply unit 120, a light generating circuit (not shown), a laser light emitting unit 130, and a filter lens 140. ) And the lens selection adjusting unit 142.

The grip case 110 forming the outline of the image golf club 100 is manufactured in a shape corresponding to the grip portion less than 1/3 of the length of the normal golf club, the power source 120 and the light generation in the form of a battery or battery A laser light emitter 130 is mounted which is operable to project a laser by a circuit (not shown).

The filter lens processed in the glass material so that the laser generated from the laser light emitting unit 130 is transmitted to the lower portion of the grip case 110 to be implanted into a virtual golf club head shape on the top surface of the turn at bat mat 200 ( 140 is provided.

The filter lenses 140 are respectively provided with filter lenses 140 corresponding thereto such that a laser is implanted into the head shape of any one of a driver shape, an iron shape, a wood shape, and a putter shape on the turn at bat mat portion 200. .

In this case, the filter lenses 140 are accommodated in a rotational replacement type inside the lens selection adjusting unit 142, so that the user rotates the lens selection adjusting unit 142 to the left and right to drive the driver, iron, wood, It is preferable that the head shape corresponding to the putter is mounted to be replaceable.

4 is a view schematically showing the shape of a turn at bat mat portion of the present invention, Figures 5 to 6 is a view schematically showing a state of detecting the swing data of the virtual head through the sensor unit of the present invention.

4, 5, and 6, the turn at bat mat portion 200 of the present invention is provided with a sensor unit 210, 220 and the ball display unit 230 in the form of a plate of a predetermined area seated on the floor, the turn at bat The mat portion 200 is formed such that a laser projected from the image golf club 100 onto the surface is implanted to exhibit a virtual golf club head shape.

The sensor units 210 and 220 provided on the top of the turn at bat mat 200 detect the movement of the virtual head H of the image golf club 100 by receiving a laser projected from the image golf club 100. Preferably, the front sensor unit 210 disposed on the front upper surface of the turn at bat mat 200 and the rear sensor unit 220 disposed on the rear upper surface of the turn at bat mat 200 are further provided.

The ball display unit 230 exposed to the upper portion of the turn at bat mat portion 200 is positioned to be adjacent to the center rear side of the front sensor unit 210, formed of a light emitting element such as an LED, the reference point of the hit during the swing operation of the user Become a virtual golf ball.

The front sensor unit 210 and the rear sensor unit 220 are horizontally arranged such that a plurality of optical sensor unit elements for detecting a laser form a predetermined interval, and are disposed on the front and rear upper surfaces of the turn at bat mat portion, respectively.

As the photo sensor element, a photo diode element is applied to detect the laser projected by the laser light emitting unit 130, and a laser diode element or a photo transistor may be applied.

When the virtual head H of the image golf club 100 passes the front sensor unit 210 from the rear sensor unit 220 of the turn at bat mat 200 by the swing motion, each of the optical sensor elements The virtual head (H) is detected by receiving a laser passing through the upper portion.

At this time, there is a time difference for detecting the virtual head H that is moved to the front sensor part 210 through the rear sensor part 220, and the speed of the virtual head H is obtained using the time difference.

In addition, by detecting the virtual head (H) entry path immediately before the impact, the pitch of the golf ball according to the amount of rotation of the golf ball is determined.

For example, a typical right-handed swing may be slice rotated when the virtual head H enters the in-course of the front sensor 210 from the out-course of the rear sensor 220 as shown in FIG. 6 (a). When the fade pitch is determined and the virtual head H enters the out course of the front sensor 210 from the in-course of the rear sensor 220 as shown in FIG. 6 (b), the draw pitch rotated in the hook direction is determined. Is determined.

In addition, the front sensor part 210 includes a first front sensor part 211 and a second front sensor part 212 disposed in parallel to the front and rear sides, and the impact surface S at the time of impact of the virtual head H. By detecting the angle, the advancing direction of the golf ball is determined.

Each of the first front sensor unit 211 and the second front sensor unit 212 is composed of a plurality of optical sensor unit elements are arranged in a row in parallel, and are arranged parallel to each other at a predetermined interval.

At this time, the impact surface S at the moment when the virtual head (H) is impacted, the light adjacent to each of the light sensor subelements constituting the first front sensor portion 211 and the second front sensor portion 212 at the same time By detecting the position of the sensor element, the advancing direction and rotational pitch of the ball are determined.

When the striking surface S forming a straight line passes through the optical sensor unit elements of the first front sensor unit 211 at the same time as in FIG. 5 (a), the horizontality of the striking surface S is detected, and FIG. 5. As in (b) or (c), when one optical sensor unit element of the first front sensor unit 211 and any one optical sensor unit element of the second front sensor unit 212 are simultaneously passed, the respective light Various angles of the striking surface S are detected according to the position of the sensor element.

Accordingly, the swing speed, angle, and trajectory of the virtual head H are detected through the front and rear sensor parts 210 and 220 of the turn at bat mat 200, and the direction, pitch, and distance of the golf ball are precisely determined. It is possible to determine the path of the golf ball included.

As such, although the invention has been described by way of limited embodiments and drawings, the invention is not limited thereto and is within the scope of equivalents of ordinary skill and the claims to be described below in the technical field to which the invention pertains. Various modifications and variations are possible, of course.

100: burn golf club 110: grip case
120: power supply unit 130: laser light emitting unit
140: filter lens 142: lens selection control unit
200: plate at bat mat 210: front sensor
220: rear sensor unit 230: ball display unit
300: control unit 400: display unit

Claims (10)

In a computer golf game system configured to display a path of a hit golf ball on the screen,
An image golf club which forms the shape of a conventional golf club grip and projects the laser in the shape of the golf club head below;
A turn at bat mat unit having a sensor unit for detecting the shape and movement of the projected virtual golf club head in a plate shape of a predetermined area;
And a controller configured to calculate a swing speed and a head angle of the head and calculate a path of a golf ball based on the calculated swing speed and the head angle by detecting the virtual golf club head shape and motion through the sensor unit. Computer golf game system using an image golf club, characterized in that made.
The method of claim 1,
The image golf clubs,
In the shape of a grip part of a normal golf club, a short grip case and a laser light emitting part operated by a light generating circuit and a power supply part are mounted therein.
And a replaceable filter lens so that the lasers projected from the laser light emitters are implanted into virtual driver, iron, wood, and putter head shapes, respectively.
The method of claim 2,
Under the grip case,
Each of the filter lenses is accommodated, the filter lens is replaced by a rotation method, the lens selection adjusting unit for selectively adjusting the head shape corresponding to the filter lens; characterized in that it further comprises Computer golf game system using burn golf club.
The method of claim 1,
The sensor unit includes:
A computer golf game system using an image golf club characterized in that the plurality of optical sensor unit elements are arranged horizontally at a predetermined interval, the front sensor unit is disposed on the front upper surface of the turn at bat mat portion.
The method of claim 4, wherein
The sensor unit includes:
And a first front sensor part and a second front sensor part in which the optical sensor part elements are formed in a row, respectively, in parallel.
The method of claim 4, wherein
A plurality of optical sensor unit elements are arranged horizontally at a predetermined interval, the rear sensor unit is disposed on the rear upper surface of the turn at bat mat portion;
The control unit calculates a swing trajectory of the virtual golf club head by the front sensor unit and the rear sensor unit, and calculates the path of the golf ball by further reflecting the swing trajectory. Golf game system.
The method of claim 5, wherein
On the upper surface of the turn at bat mat,
And a ball display unit positioned to be adjacent to the center rear side of the second front sensor unit in a virtual golf ball shape to serve as a reference point of the hitting.
The method of claim 4, wherein
The sensor unit includes:
And a photodiode device for detecting a laser projected from the laser light emitter.
The method of claim 1,
The control unit is connected to an external input terminal of a conventional TV, computer golf game system using an image golf club, characterized in that the TV screen is applied to the display unit.
The method of claim 1,
The control unit
A computer golf game system using an image golf club, which is connected to a normal PC main body, and a monitor screen is applied to the display unit.

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