KR101240525B1 - Golf simulation apparatus being able to supply ball - Google Patents

Abstract

PURPOSE: A golf simulation device is provided to conveniently supply a golf ball to a golf tee and to improve the use of environment. CONSTITUTION: A golf simulation device comprises a housing body(110) which is formed with an internal space and an arm appearing unit, a monitor installation unit(120) which is recessed rearward from the front of the housing body to mount a monitor in the front of the housing body, a monitor which is mounted in the monitor installation unit, and a golf ball supply device(150) which is installed in the internal space of the housing body and supplies a golf ball to the outside of the housing body.

Description

Golf Simulation Apparatus Being able to supply ball}

The present invention relates to a golf simulation device, in particular, a golf ball feeder that can automatically supply the golf ball is built in to allow the golf ball to be supplied to the golf tee conveniently, and the monitor is installed in the housing to maintain the device And it relates to a golf simulation device capable of supplying a golf ball so as to be suitable to improve the use environment.

In recent years, a golf simulation system has been developed to overcome the spatial limitations of indoor golf driving ranges.

That is, it measures the dynamic data (Kinetic data) about the speed and flight angle of the golf ball in a certain space adjacent to the golf at bat, and predicts the flight trajectory of the golf ball and outputs it as a 3D image on the screen installed in front of the bat at bat. will be.

At this time, the control device that outputs the expected flight trajectory of the golf ball is input the same image as the field of the actual golf course, so that the player can obtain a visual effect as if playing golf on the actual field. Such a golf simulation system is commonly referred to as 'screen golf'.

In addition, recently, a technology that has been upgraded to one dimension than the so-called screen golf has been developed. Instead of outputting the 3D image on the screen as in the related art, the 3D image is displayed on a monitor such as an LCD (Liquid Crystal Device) display device. Therefore, a so-called monitor output golf simulation apparatus has been developed that provides a clearer and more realistic picture quality and video information to the player has been in the spotlight.

10 is a state diagram used in the golf simulation apparatus according to the prior art.

As shown in FIG. 10, in the case of the prior art, a dynamic sensor 12 for detecting and measuring dynamic information including a speed and a flight trajectory of a golf ball hit by a golf club is placed at the plate, and the dynamic Receives dynamic information including the flight trajectory and speed of the golf ball measured by the sensor 12, and executes a three-dimensional golf simulation program based on this to display the dynamic flight of the golf ball as an image (Not shown) is embedded in the housing 10, a monitor 11 for displaying a three-dimensional image on the screen is placed on the housing 10, the target film for the player to hit the golf ball as a target point ( 13) is provided.

However, the golf simulation apparatus according to the prior art as described above has the following problems.

First, in the case of the golf simulation apparatus according to the prior art, when the monitor 11 mounted on the housing 10 is inadvertently touched by a player or a user, the monitor 11 falls and breaks.

In addition, when moving, the housing 10, the monitor 11 and the sensor 12 had to be moved in a separate storage box separately, so there was inconvenience in movement and maintenance.

In addition, since the monitor 11 was on the housing 10, the player had to look up the monitor 11 by turning his head or turning his head during tee shot or putting, so that the user environment for viewing the 3D image displayed on the monitor 11 was observed. This was not good

In addition, since the monitor 11 is exposed unprotected, the hit golf ball is scattered, hitting the monitor 11, there is a problem that the monitor 11 is damaged.

The present invention was created to solve the problems of the prior art as described above, the object of the golf simulation apparatus capable of supplying a golf ball according to the present invention,

First, the monitor, the dynamic sensor and the simulation main body are provided in one housing to be configured as one integrated module, so that installation and operation maintenance can be facilitated, and the ease of movement and convenience can be improved. In addition, there is no risk of the monitor falling or falling as in the prior art, and the monitor enters the front side of the housing so that it can be provided with psychological stability to the player to improve the user experience environment.

Second, the built-in golf ball feeder for automatically supplying the golf ball to the housing body, it is possible to conveniently supply the golf ball, and to improve the storage and use environment of the entire product, because you do not need to configure the golf ball feeder separately ,

Third, the storage box for storing the golf ball is detachably configured on the housing body, so that the golf ball can be provided to the golf ball supply selectively and smoothly and conveniently, if necessary,

Fourth, if the storage box is installed on the housing body, the golf balls in the storage box are automatically supplied to the golf ball feeder through the transfer pipe, and when the storage box is removed from the housing body, the outlet of the storage box is automatically closed to transfer the storage pipe. To automatically block the supply of golf balls provided,

Fifth, by configuring the monitor mounting portion so that the monitor is inclined with respect to the vertical, the golf ball supply is suitable to allow the player to see the monitor in the most comfortable position, thereby improving the play environment for the player. To provide a possible golf simulation device.

Golf simulation device capable of supplying a golf ball of the present invention for achieving the above object, the front and back and the top and left and right sides and the bottom is formed and the inner space is formed, the golf ball supply arm in the lower side of the front A housing body in which an arm outlet is formed to be formed; A monitor mounting portion recessed in a rearward direction in a rearward direction from the front surface of the housing body so that the monitor can be placed on the front surface of the housing body; A monitor placed in the monitor installation unit; It is installed in the inner space of the housing body is characterized in that it comprises a golf ball feeder for supplying a golf ball to the outside of the housing body through the female recess.

Golf simulation device capable of supplying a golf ball of the present invention having the configuration as described above has the following effects.

First, by providing a monitor, a dynamic sensor and a simulation main body in one housing and configuring it as one integrated module, installation and operation maintenance can be facilitated, and ease of movement and convenience can be improved. As such, there is no risk of falling or falling of the monitor, and the monitor enters the front side of the housing, thereby providing psychological stability to the player, thereby improving the user experience.

Second, by incorporating a golf ball feeder into the housing body to automatically supply the golf ball, it is possible to conveniently supply the golf ball, and to improve the storage and use environment of the entire product, because the golf ball feeder does not need to be configured separately There is.

Third, by configuring the storage box for storing the golf ball detachably on the housing body, there is an effect that can provide the golf ball to the golf ball feeder smoothly and conveniently optionally if necessary.

Fourth, if the storage box is installed on the housing body, the golf balls in the storage box are automatically supplied to the golf ball feeder through the transfer pipe, and when the storage box is removed from the housing body, the outlet of the storage box is automatically closed to transfer the storage pipe. There is an effect that can automatically cut off the supply of golf balls provided.

Fifth, by configuring the monitor mounting portion so that the monitor is inclined with respect to the vertical, the player can see the monitor in the most comfortable position, thereby improving the play environment for the player.

1 is a perspective view of a golf simulation apparatus capable of supplying a golf ball according to an embodiment of the present invention.
2 is a front configuration diagram of a golf simulation apparatus capable of supplying a golf ball according to an embodiment of the present invention in a state in which the monitor 140 and the dynamic detection sensor 145 are separated.
Figure 3 is a plan view of the golf simulation apparatus capable of supplying a golf ball according to an embodiment of the present invention and a rotation operation diagram of the golf ball supply.
Figure 4 is a side configuration diagram of a golf simulation apparatus capable of supplying a golf ball according to an embodiment of the present invention.
Figure 5 is a left side view of the golf simulation apparatus capable of supplying a golf ball according to an embodiment of the present invention.
6 is a front view of the golf ball storage box 160 in the golf simulation apparatus capable of supplying a golf ball according to an embodiment of the present invention.
7 is a side view of golf ball locker 160.
8 is an operation diagram in which the shutter 166 of the golf ball storage box opens and closes the outlet 162.
9 is a side configuration diagram of the golf ball supplier 150 in the golf simulation apparatus capable of supplying a golf ball according to an embodiment of the present invention.
10 is a state diagram used in the golf simulation apparatus according to the prior art.

The following will be described in detail with reference to the accompanying drawings a preferred embodiment of the golf simulation apparatus capable of supplying a golf ball of the present invention.

Golf simulation apparatus 100, the golf ball supply according to an embodiment of the present invention, the front (110a) and the back (110b) and the upper surface (110c) and the left and right sides (110e) and the bottom (110d) and the inside A space S is formed, and a housing body 110 and a monitor formed with an arm outlet 115 so that the arm 153 of the golf ball supply 150 can be recessed below the front surface 110a. And a monitor mounting portion 120 recessed from the front surface 110a of the housing body 110 toward the rear surface 110b so that the 140 can be placed on the front surface 110a of the housing body 110. In addition, the monitor 140 placed in the monitor installation unit 120 and the golf ball b1 are installed in the internal space S of the housing body 110 and the golf ball b1 is provided through the arm recess 115. It characterized in that it comprises a golf ball feeder 150 to supply to the outside of the 110.

In the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, the golf ball supplier 150, a seating ring 154 to which the supplied golf ball (b1) is seated, and the seating A ball driving sensor 155 that detects that the golf ball is seated on the ring 154 and outputs a detection signal, and a motor driving signal for driving the motor 151 based on a signal output from the ball sensing sensor 155. A control board (not shown) for outputting the output, a motor 151 driven by a motor drive signal output from the control board (not shown), and the seating ring 154 is installed at the front end, the motor ( Rotating arm 153 is rotated in accordance with the driving of the 151 to shed the arm outlet 115 to supply the golf ball (b1) to the outside of the housing body 110, characterized in that it comprises a do.

Golf simulation apparatus 100, the golf ball supply according to an embodiment of the present invention is configured to further include a power transmission member for transmitting the rotation of the motor 151 to the rotary arm 153.

The power transmission member rotates with a motor pulley 152a that rotates as the motor 151 rotates, a belt 152b wound around the motor pulley 152a, and an arm pulley 153c connected to the belt 152b. The rotating shaft 152c 'of the arm pulley 152c is mounted on one side and fixed, so that the arm pulley 152c rotates in conjunction with the rotation, and the rear end of the rotating arm 153 is fixed, thereby rotating the rotation arm ( It consists of a rotating plate 152d for rotating 153.

In addition, the golf simulation apparatus 100 that can supply the golf ball according to an embodiment of the present invention, the rotation plate 152d is fixed to the arm rotation sensing piece 157 and the arm rotation sensing piece 157 On the basis of whether it is within the sensing range, the rotational state of the rotary arm 153, that is, enter the internal space (S) of the housing body 110 is folded or to supply the golf ball (b1) to the golf tee (T) It is characterized in that the arm rotation detecting sensor 156 for detecting whether it is in the rotated state in order to further comprise.

That is, the arm 153 is folded and the arm rotation sensing piece 157 is located in the arm rotation sensor 156, or the rotation arm 153 is rotated to supply a golf ball to the golf tee (T) arm. When the rotation detecting piece 157 is in a position separated from the arm rotation detecting sensor 156, the arm rotation detecting sensor 156 outputs a voltage signal corresponding to each state to the main board.

In the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, provided in the housing body 110 to store the golf ball (b1) is supplied to the golf ball supply 150 Library 160, and the transport pipe 170 that is a passage for supplying the golf ball (b1) provided from the storage box 160 to the golf ball supplier 150 is characterized in that it is configured to further comprise.

In the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, a plurality of storage rails 169 are installed in the storage box 160 to smoothly provide a golf ball b1. It is characterized by that.

Reference numeral 150a is a feeder base for mounting the configuration of the golf ball feeder, and is installed at the bottom 110d of the housing body 110.

In the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, a storage rack 168 protrudes from the front surface 160a of the storage box 160, and the storage rack 168. A hook hole 118 is formed at one side of the housing body 110 so as to be hooked on the side, and the golf ball b1 stored in the storage box 160 is formed at the front surface 160a of the storage box 160. An outlet 162, which is an exiting hole, is formed, and a passage hole 112 is formed in the side surface 110e of the housing body 110 under the hook hole 118 so as to communicate with the outlet 162. In addition, the inlet of the conveying pipe 170 is characterized in that connected to the through-hole 112.

In the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, the transfer pipe 170 to supply a golf ball (b1) to the seating ring 154 of the golf ball supply 150. The outlet 162 is connected to the golf ball feeder 150.

More preferably, the feeder for connecting the outlet of the seating ring 154 and the conveying pipe 170 in order to more accurately seat the golf ball (b1) from the conveying pipe 170 to the seating ring 154 Guide rail 158 is characterized in that the golf ball supply 150 is provided.

In the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, a pair of slide guide grooves 164 installed on the front surface 160a of the storage box 160 and the slide It is installed to slide up and down in the guide groove 164 and descends along the slide guide groove 164 by its own weight to close the outlet 162 of the storage box 160 to prevent the golf ball (b1) from coming out When the external force is applied, the shutter 166 which rises along the slide guide groove 164 to open the outlet 162 of the storage box 160 and the open protrusion 166a protruding in front of the shutter 166. And, in order to hang the storage box 160 to the housing body 110 to hang the storage rack 168 to the hook hole 118 to lower the storage box 160, the contact with the opening protrusion 166a The shutter 166 Characterized in that the stop is formed projecting outwardly from the side surface (110e) of the housing body 110 at the upper side of the passage opening 112 to the action of a relative movement of raising the room ridges (116a) is configured it is further included.

According to the configuration as described above, when the storage box is installed on the housing body, the golf balls in the storage box are automatically supplied to the golf ball supply through the transfer pipe, and when the storage box is removed from the housing body, the outlet of the storage box is automatically opened. By closing it is effective to automatically block the supply of the golf ball provided by the transfer pipe.

A configuration for installing the shutter 166 that can open and close the outlet 162 while sliding up and down along the slide guide groove 164 as described above will be described in detail.

A hollow hole 164a is formed in the side surface 110e of the housing body 110, and the pair of slide guide grooves 164 are formed at inner circumferences of the left and right sides of the hollow hole 164a, and the hollow hole ( An outlet 162 communicating with 164a is formed, and an outlet plate 162 ′ partially covering the hollow hole 164a is located inside the side surface 110e of the housing body 110 in which the hollow hole 164a is formed. When installed, it is possible to install a shutter 166 that can open and close the outlet 162 while sliding up and down along the slide guide groove 164.

In the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, the monitor installation unit 120 includes a bottom portion 120a on which the monitor 140 is placed and the bottom portion ( And a rear support portion 120b which extends upwardly from 120a to support the rear surface of the monitor 140, wherein the rear support portion 120b is inclined backward with respect to the vertical surface. .

As described above, when the rear support part 120b is inclined backward, the monitor 140 is inclined backward so that the player can see the monitor 140 at the same time as the golf tee 170 in the most comfortable posture. It is possible to provide a play environment.

In the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, the front surface of the body portion 110 is spaced apart from the monitor mounting portion 120 so as to install the dynamic detection sensor 160. It is characterized in that the sensor installation portion 130 formed in (110a) is further included.

In addition, in the golf simulation apparatus 100 capable of supplying a golf ball according to an embodiment of the present invention, a golf simulation apparatus main body (not shown) may be provided in an internal space S, or in the monitor 140. It may be built in.

When the golf simulation apparatus main body is embedded in the monitor 140 as described above, the monitor 140 is a main body integrated monitor.

The following describes the operation of the golf simulation apparatus capable of supplying a golf ball according to an embodiment of the present invention having the configuration as described above.

FIG. 8A is a cross-sectional view illustrating main operations in which the storage box 160 is removed from the housing body 110 and the shutter 166 is lowered by its own weight so that the outlet 162 is closed. 8 (b) shows the main operation sectional view of the state in which the storage box 160 is mounted on the side surface 110e of the housing body 110 so that the shutter 166 is raised and the outlet 162 is opened.

In order to hook the storage rack 168 to the hook hole 118, the storage rack 168 is put into the hook hole 118, and then the storage box 160 is lowered.

The process in which the golf ball b1 stored in the storage box 160 is automatically supplied to the golf ball feeder 150 will be described.

When the storage box 160 is lowered while the storage rack 168 is inserted into the hook hole 118, the opening protrusion 166a protruding from the front of the shutter 166 comes into contact with the stop protrusion 116a. The locker 160 itself goes down but the shutter 166 with the open protrusion 166a is prevented from being lowered by the stop protrusion 116a, and thus the shutter 166 as the locker 160 descends. Ride the relative movement of the slide guide groove 164 to rise relatively.

When the shutter 166 ascends relatively upward in the slide guide groove 164 as described above, the outlet 162 is opened so that the golf ball b1 stored in the storage box 160 is the outlet 162 and the passage hole ( It enters into the conveying pipe 170 through 112, and then enters the golf ball feeder (150).

Next, the operation of removing the storage box 160 from the housing body 110 and automatically lowering the shutter 166 to close the outlet 162 will be described.

When the storage box 160 is removed from the housing body 110, the contact of the opening protrusion 166a is released from the stop protrusion 116a which prevented the shutter 166 from descending and the shutter 166 is automatically released by its own weight. Down the slide guide groove 164 down to close the outlet 162, so that the golf ball (b1) in the storage box will not come out of the storage box 160.

As described above, a preferred embodiment according to the present invention has been described, and the fact that the present invention can be embodied in other specific forms in addition to the above-described embodiments without departing from the spirit or scope thereof is known to those skilled in the art. It is obvious to those who have it.

Therefore, the above-described embodiments should be regarded as illustrative rather than restrictive, and thus, the present invention is not limited to the above description but may be modified within the scope of the appended claims and their equivalents.

100: Golf Simulation Housing Assembly
110: housing body 110a: the front of the housing body
110b: rear surface of housing body 110c: upper surface of housing body
110d: Bottom of the housing body 110e: Side of the housing body
S: inner space of the housing body 112: through hole
115: cancer exit 116a: stop stone
118: hanger hole 120: monitor mounting portion
120a: bottom portion 120b: back support portion
140: monitor 145: dynamic detection sensor
150: golf ball feeder 150a: feeder base
151: motor 152a: motor pulley
152b: belt 152c: arm pulley
152c ': Rotating shaft of the arm pulley 152d: Rotating plate
153: rotating arm 154: seating ring
155: ball detection sensor 156: arm rotation detection sensor
157: arm rotation detection 158: feeder guide rail
160: storage box 160a: front of the storage box
162: exit 162 ': exit plate
164: slide guide groove 164a: hollow hole
166: shutter 166a: opening protrusion
168: storage hanger 169: storage rail
170: transfer pipe 130: sensor installation
b1: golf ball T: golf tee

Claims (7)

It consists of the front (110a) and the back (110b) and the top (110c) and the left and right side (110e) and the bottom (110d) and the inner space (S) is formed, the lower side of the front (110a) golf ball feeder 150 A housing body 110 in which an arm recess 115 is formed so that the arm 153 of the arm may be sunk;
The monitor mounting portion 120 recessed from the front surface 110a of the housing body 110 toward the rear surface 110b so that the monitor 140 can be placed on the front surface 110a of the housing body 110. );
A monitor 140 placed in the monitor installation unit 120;
It is installed in the interior space (S) of the housing body 110, and includes a golf ball feeder 150 for supplying the golf ball (b1) to the outside of the housing body 110 through the female inlet 115 Golf simulation device capable of supplying a golf ball, characterized in that the configuration.
The method according to claim 1,
The golf ball supplier 150,
A seating ring 154 on which the supplied golf ball b1 is seated;
A ball detecting sensor 155 for detecting a golf ball seated on the seating ring 154 and outputting a detection signal;
A control board outputting a motor driving signal for driving the motor 151 based on the signal output from the ball detecting sensor 155;
A motor 151 driven by a motor driving signal output from the control board;
The seating ring 154 is installed at the front end and rotates in accordance with the driving of the motor 151 to wreak the arm recess 115 to supply the golf ball b1 to the outside of the housing body 110. Golf simulation device capable of supplying a golf ball, characterized in that it comprises a rotation arm (rotation arm) (153).
The method according to claim 1,
A storage box (160) provided in the housing body (110) for storing a golf ball (b1) supplied to the golf ball supplier (150);
Golf ball supply capable of supplying a golf ball, characterized in that the golf ball (b1) provided in the storage box (160) is provided to further include a conveying pipe 170 that is a passage for supplying the golf ball supply (150).
The method according to claim 3,
A storage rack 168 protrudes from the front surface 160a of the storage box 160,
A hook hole 118 is formed at one side of the side surface 110e of the housing body 110 to be caught by the storage rack 168.
The front 160a of the storage box 160 is formed with an exit 162 which is a hole through which the golf ball b1 stored in the storage box 160 exits,
A through hole 112 is formed in the side surface 110e of the housing body 110 under the hook hole 118 so as to communicate with the outlet 162.
Inlet of the transfer pipe 170 is a golf simulation device capable of supplying a golf ball, characterized in that connected to the passage (112).
The method of claim 4,
A pair of slide guide grooves 164 spaced apart from each other on the front surface 160a of the storage box 160;
The slide guide groove 164 is installed to be slidable up and down, and descends along the slide guide groove 164 by its own weight to close the outlet 162 of the storage box 160 to exit the golf ball b1. A shutter 166 which rises along the slide guide groove 164 to open the outlet 162 of the storage box 160 when an external force is applied;
An open protrusion 166a protruding in front of the shutter 166;
When the holder hanger 168 hangs on the hanger hole 118 and lowers the holder 160 downward, it contacts with the opening protrusion 166a and moves upward relative to the shutter 166. The golf simulation device capable of supplying a golf ball, characterized in that it further comprises a stop protrusion 116a protruding outward from the side surface 110e of the housing body 110 at the upper side of the passageway 112. .
The method according to claim 1,
The monitor installation unit 120,
And a bottom support portion 120a on which the monitor 140 is placed, and a rear support portion 120b extending from the bottom portion 120a upwardly to support the rear surface of the monitor 140.
The back support portion (120b) is a golf simulation device capable of supplying a golf ball, characterized in that the inclined rearward with respect to the vertical plane.
The method according to claim 1,
Golf sensor, characterized in that further comprises a sensor installation unit 130 formed on the front surface (110a) of the body 110 to be spaced apart from the monitor installation unit 120 so that the dynamic detection sensor 160 can be installed Golf simulation device that can supply the ball.

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