KR960010550B1 - Golf training device - Google Patents

Abstract

The golf aids provide transfer and supply of ball without a carry-machine. The golf aids includes a collecting device(20) for collecting of hit ball, a blowing device(30) for transferring the balls to the batting position(100), a distributing device(40) for distributing balls to each floor, a horizontal transfer device(50) for transferring the balls under the batting position(100), a vertical feeding device(60) for sending balls to the batting position(100), and a driving device(70) for driving the feeding device(60).

Description

Indian Golf Exerciser

1 is a side view schematically showing the indoor golf exerciser of the present invention.

2 is a front sectional view of the collecting device.

3 is a cross-sectional view showing the configuration of the inside of the hopper according to the present invention.

4 is a bottom view showing a blower according to the present invention.

Figure 5 is a front and side cross-sectional view (a) and (b) showing a horizontal conveying apparatus according to the present invention.

6 is a sectional view showing the durability of the vertical throwing apparatus according to the present invention.

7 is a side view showing a drive unit according to the present invention.

Figure 8 (a) (b) is an operating state of the vertical throwing apparatus according to the present invention.

The present invention relates to an indoor golf exerciser practicing a golf (swing) motion of the golf, and more specifically, in the recovery of the ball hit and transported to the plate on the plate at which the golfer is located, the transfer supply in the basement of the plate at the plate The main focus is on making it possible to feed the ball without the need for cumbersome equipment such as carry machines on the plate, and to change the position of the ball freely according to the practice.

In the conventional Indian golf practice, the hit ball hits the net and falls freely on the floor, and the worker collects it and stores it in the gutter. The golfer supplies the proper number of balls to the plate and the golfer receives the ball. Moved to the plate at bat, placed the ball in the plate at bat, after batting, after placing another ball on the plate at bat, there was a lot of discomfort in the bat, and the side at the time to bend the body to wit the ball There was a risk of a safety accident in which a golfer was hit by a swinging golfer body.

In order to solve the above problems, the supplied ball is put into the reservoir of the caddy machine installed at the plate, and then the operation knob of the caddy machine is pressed with a golf club so that the ball in the container can supply the ball on the plate at the bottom of the slope. Although it is provided, this also has to be done by collecting the batted ball by manpower, the inconvenience of having to operate the knob of the caddy machine every time it hits, and also can not change the position of the ball can not perform a variety of batting practice There is also a problem.

In addition, when the ball is automatically collected and automatically transferred to the public storage soil, and then put a coin into the supply device has been provided that a certain amount is provided in the basket, this also can not solve all the above-mentioned conventional problems Was.

Accordingly, the present invention is to solve the conventional problems as described above, the object of the present invention is to automatically collect the ball hit, and to feed it to the place where the plate is placed and the transferred ball to each floor of the practice range Dispensing transfer, dispensing transfer ball is to provide an indoor golf exerciser to automate all movements of the driving range by moving the ball into the basement of each floor at a time and then throwing one on each plate.

Another object of the present invention is to provide an indoor golf exerciser that can perform a variety of hitting practice by being able to freely change the height of the ball thrown in the plate at bat.

A feature of the present invention for achieving the above object is to decompose the ball into each floor is installed with a blower for automatically collecting the ball hit at the batter and a blower to transfer the ball to the place where the batter is located It consists of a dispensing device and a horizontal conveying device for conveying the dispensing conveyed ball to the bottom of each turn, and a vertical throwing device for raising the ball onto the turn at bat.

Hereinafter, the indoor golf exerciser according to the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the ball collecting device 20 for collecting the batted ball and the blower feeding device 30 for transferring the ball collected from the collecting device to the plate, and the ball transferred from the blowing device for each floor. A ball dispensing device 40 for dispensing, a horizontal conveying device 50 for supplying and dispensing the balls conveyed and dispensed from the dispensing device to the bottom of each turn, and a vertical throwing device for throwing balls drawn out from the horizontal conveying device onto the plate at the plate. 60, and a drive device 70 for driving the lifting and lowering device.

The collecting device 20 is a ball moved to one end of the inclined plate 202 and the inclined plate 202 to move the ball hit the net and the falling net at the bottom of the net 201 hit the ball hit from the plate at the bottom 201 At least one or more to transfer the ball housed in the hopper and the hopper 205 for receiving the ball to be transported to one end of the ramp 203 and the hopper 203 for transporting to one side end The transfer pipe 210 and the transfer pipe 210 has a plurality of air discharge holes (211) on the periphery, the ball is rotated by the drive motor 220 in the inner center of the hopper 205 and housed in the hopper Conical rotating body 230 is installed to feed the into the conveying pipe 210 and the rubber plate 231 for smoothly inserting the ball into the conveying pipe 210 in the lower periphery of the rotating body 230 and preventing abrasion This attaching and mounting structure is comprised (refer to Drawing 2 and Drawing 3).

The blower conveying apparatus 30 is sent to the ring blower 301 for generating strong wind and at least one air discharge pipe 302 and the upper portion of the discharge pipe 302, the wind is discharged on one side of the ring blower (301) An air distribution pipe 310 capable of distributing a part of the wind passing through the pipe and the air distribution pipe 310 have a certain extension and a downward injection pipe 311 downwardly moves back to the air delivery pipe 302. The transfer pipe 210 of the collecting device 20 is coupled to a portion where the downward injection pipe 311 and the air discharge pipe 302 of the air distribution pipe 310 communicate with each other and are connected to the transfer pipe 210. The air blowing pipe 320 for feeding the ball by the wind is connected to the tip of the air sending pipe 302 is coupled (see Fig. 4 of the drawing).

The co-distribution device 40 is a distribution pipe for distributing the ball in the hopper at the bottom of the hopper 401 and the bottom of the hopper 401 for storing and storing the ball transported by the blowing pipe (320) ( 410 and the inner center of the hopper 401 is configured to be the same as the internal structure of the collecting device 20 is configured to feed the ball stored in the hopper into each of the distribution pipe 410.

The horizontal conveying carriage 500 is provided with a guide tube 501 for guiding the horizontal transfer of the ball transferred from the distribution pipe 410 in the rotational direction of the bottom plate 100 (base), the guide tube 501 of the The upper part is opened, and both side walls 511 and 512 are formed to have a height difference.

The upper portion of the guide tube 501 is provided with a conveying belt 520 to be in close contact with the ball guided in the guide tube and horizontal transfer, the lower surface of the conveying belt 520 is the guide gorge 501 both side walls (511, 512) It is inclined to contact the upper end and is rotated by the drive motor (529).

Outside the high side wall 511 of the guide tube 501 is installed in the air discharge pipe 530 which is drawn out of the ball in the guide pipe 501, the corner plate 100 of the air delivery pipe 530 is located It is composed of a number of installations.

The vertical throwing device 60 is a spring installed in each corner of the lower guide body 601 and the lower guide body 601 is fixedly installed so that the operating pipe 603 penetrates in the center and has a locking projection 602 on one side. A plurality of guide rods 604 in which the 605 is installed is intermittently installed, and a hole is provided on the spring holder 606 and the spring bearing 606 that support the spring 605 on top of the plurality of guide rods 604. An upper guide body 610 having a 611 is mounted thereon and a tee 620 on which an upper portion B is placed on the operation tube 603 is detachably coupled by a coupling member 622. The observation hole 621 is formed at the center of the tee 620, and a flexible operating rod 630 is inserted into the lower portion of the linear tube 603 to be coupled to the fastening member 631. Operating rod 65, and the case 66 is open one side of the operating rod 65 is inserted and raised material and the coupling groove 662 and the upper portion of the inner case 66 Guide grooves 663 are formed in the side walls 660 and 661, respectively, and a cover 650 having a through hole 651 into the coupling groove 662 and a through hole into the coupling groove 662. 651 and the cover groove 650 and the guide groove 663, the opening and closing plate 670 that can open and close the air delivery pipe 530 of the horizontal transfer device 50, and the opening and closing pipe 670 Projection 601 which is in contact with the lower portion of the locking projection 602 installed on one side of the lower guide body 601 and the opening and closing plate to the upper one side of the opening and closing plate 670 to return to the air discharge pipe 530 ), A return spring 672 is provided to enable closing (see Fig. 6).

The driving device 70 is coupled to the lower part of the operation pipe 603 of the vertical throwing device 60 to the piston 701 and the piston 701 that is forward and backward operation by the compression curve, the operation pipe lifting operation One end of the flexible operating rod 630 to be coupled to install, but the operating rod 630 is configured to pass through the induction pipe 702 that can be bent to change the direction (see Fig. 7).

Referring to the operation and effect of the present invention configured as described above are as follows.

The balls B hit by the golfer of the batter 100 hit the front net 201 of the indoor golf course and fall through the inclined plate 202 into the ramp 203.

The ball B in the ramp 203 naturally rolls along the ramp and flows into the house cloth 205 installed on one side of the ramp.

Subsequently, a plurality of balls B introduced into the hopper 205 slide on the conical head of the rotating body 230 driven by the driving motor 220 at the center of the hopper and move to the hopper bottom 232. And the ball (B) is freely dropped through a plurality of holes of the transport pipe 210 communicated to the rubber plate 231 installed on the lower periphery of the rotating body (230). The rubber plate 231 is a soft rubber material, the wear of the ball (B) does not occur.

Subsequently, the ball B dropped through the transfer pipe 210 is introduced into the air discharge pipe 302 communicating with the transfer pipe 210, and the introduced ball is caused by the strong wind generated by the ring blower 301. It is transported along the blower pipe 320.

At this time, a portion of the strong wind blowing from the air delivery pipe 302 is moved to the distribution through the air distribution pipe 301 and the lower portion of the transport pipe 210 to inject the wind through the downward injection pipe 311 transport pipe ( 210 prevents the air flow back into the ball is smoothly conveyed to the blower pipe 302 side.

Above, even if a small amount of backflow wind may be introduced into the transport pipe 210, the air is discharged to the outside through the air discharge hole 211 formed at the periphery of the transport pipe 210. It will have no effect.

Subsequently, the ball B transferred through the blower pipe 320 by the strong wind is accommodated in the hopper 401 of the co-distribution device 40 installed on the top floor of the indoor practice range (higher than the turn at batting line).

The ball transported into the hopper 401 is introduced into each distribution pipe 410 by a rotating body operated in the same manner as the collection hopper operation of the collection device 20, and each distribution pipe 410 is each layer. The ball (B) dropped into the distribution pipe 410 from the hopper 401 is connected to one side of the horizontal transfer guide pipe 501 of the horizontal transfer device 50 installed in the bottom of the plate 100 of the bottom plate (bottom plate at the bottom) It is introduced into the horizontal transfer guide pipe 501 installed in the transverse direction at the bottom of the turn at bat 100 of each layer along the distribution pipe 410 by the potential energy due to free fall.

The ball B introduced into the horizontal transfer guide pipe 501 is rubbed with the transfer belt 520 rotating by the drive motor 521 on the upper guide pipe 501, and feeds the ball to the bottom of each plate. do.

Subsequently, the balls in the horizontal transfer guide pipe 501 are introduced into the air discharge pipe 530 formed on the shaft wall 511 of the guide pipe according to the position of each turn at bat 100.

At this time, the ball (B) in the horizontal transfer guide pipe 501 is discharged pipe 530 naturally by the pressing operation of the belt when the ball is located in the ball discharge pipe 530 installed in each turn as the transfer belt 520 is inclined Into the inside, the delivery pipe 530 is formed to the length of the two diameters of the ball is combined so that when the two balls (B) is no longer the input is made and the balls in the guide pipe 501 is sent out The ball is placed in the tube 530 and is continuously transported to the next plate 100. (The ball located at the end of the guide tube is recovered into the hopper 401).

The end of the delivery pipe 530 is maintained closed by the opening and closing plate 670. The operation described above relates to a state in which the golf ball throwing preparation, which is the previous step of the golf hitting practice, is completed.

Then, the golfer entering the batter 100 will be tee shot (holding the ball with the tee to hit the ball to achieve a certain distance from the ground). Otherwise, whether to take a shot while the ball is placed on the ground is selected using the selection button 101 installed at the plate.

The stroke distance of the piston 701 of the drive unit 70 is set by the selection operation of the selection button 101.

First, the operation of forming a state where the ball is placed on the ground will be described.

As the golfer selects the selection button 101, the piston 701 is inserted into the cylinder 703 of the driving unit 70 installed at the bottom of the turn at bat 100. The actuation rod 630 is redirected along the curved flow tube 702 and is moved downward, and the actuation tube 603 to which the actuation rod 630 is coupled also moves downward.

Accordingly, the lower guide 601 to which the operation pipe 603 is coupled is slidably guided inside the case 66, and downwardly moved to the spring receiver 606 at the tip of the guide 604 that is installed in the spring 605. The tee 620 detachably coupled by the coupling member 622 to the front end of the upper guide member 610 and the operation tube 603 supported by the mov is also moved downward.

At this time, the locking projection 602 formed on one side of the lower guide body 601 which is moved downward is in contact with the upper surface of the protrusion 671 inside the opening and closing plate 670 so that the opening and closing plate 670 extends the return spring 672 of the upper portion. In addition, the air discharge pipe 530 is opened by starting downward movement along the guide grooves 663 formed on each of the side walls 660 661 of the case 66.

Subsequently, the insertion operation of the piston 701 is stopped in the state where the upper portion of the tee 620 coupled to the front end of the operation pipe 603 is located at the lower end of the delivery pipe 530, and the opening and closing plate 670 is a co-delivery pipe. 530 is moved to the fully open state, the ball in the air delivery pipe 530 is rolled down along the inclinedly installed air delivery pipe 530 so that the ball is placed on the tee 620.

At this time, another ball (B ₂ ) is introduced into the ball discharge pipe 530 and the ball (B ₁ ) moved to the end of the discharge pipe 530 is located on the tee 620 and the moving pipe ball (B) As a result of contacting and stopping, no further co-injection is made into the delivery pipe 530 (see Fig. 8).

Next, the photo sensor 640 coupled to the tip of the operating rod 630 detects the presence of the ball B through the through hole 621 formed at the center of the tee 620, and applies a signal to the driving device 70. Accordingly, the piston 701 of the driving device 70 is advanced while performing the operation selected by the selection switch 101 (usually an operation for a shot), and the flexible operating rod 630 at the tip of the piston 701. ) Is passed through the curved induction pipe 702 to raise the starting pipe 603.

Accordingly, the lower guide 601 is guided inside the case 66, and is supported by the spring receiver 606 at the tip of the guide rod 604 where the spring 605 is moved up and moved to the upper guide 610. Will move upward.

In addition, as the locking protrusion 602 of one side of the lower guide body 601 is released by the upward movement of the lower guide body 601, the pressing action of the upper surface of the protrusion 671 inside the opening and closing plate 670 is released. 670 is moved up along the guide groove 663 by the restoring force of the upper return spring 672 to close the end of the air delivery pipe 530.

Subsequently, the tee 620 on which the ball is placed by the upward movement of the lower guide body 601 protrudes out of the through hole 651 formed in the cover 650, and when the ball is positioned in the same line as the turn at bat, the selected operation of the driving device (ground The ball is placed on the ground) (see Figure 6).

Accordingly, the golfer hits the ball in a state where the ball is placed on the ground selected by the initial selection switch 101 (usually all of these shots in the payware are the same).

The operation when the golfer selects the tee shot with the shot selection switch 101 is as follows.

First, when the golfer selects the tee shot, the stroke distance of the piston 701 of the driving unit 70 is operated longer than the stroke distance of the above-described normal shot, and the operation is performed until the ball is placed on the ground of the batter. It is made in the same way, even if the ball on the tee 620 is positioned on the same line as the ground, the forward operation of the piston 701 continues to proceed.

As a result, the upper surface of the upper guide 610 is in close contact with the lower portion of the cover 650 to stop further upward movement, and the lower guide 601 continues the upward movement, so that the upper surface of the lower guide 601 is While pressing the spring 605 coalesced in the guide rod 604, the tee 620 of the tip of the operating tube 603 is projected onto the plate 100 through the through hole 651 of the cover 650, The lifting operation of the lower guide member 601 stops when the upper surface of the lower guide member comes into close contact with the lower surface of the upper guide member 610.

At this time, the tee 620 is fully projected to the ground of the turn at bat, the ball placed on the tee 620 is spaced apart from the ground at a certain distance so that the golfer can take a tee shot (see Fig. 8 B).

Then, when the golfer hits the ball on the tee 620, the photo sensor 640 at the tip of the operating rod 630 detects the absence of the ball and applies a signal to the driving unit 70 to lower the piston 701 as the backward operation is performed. The guide body 601 is moved downward, and when the spring 605 installed on the guide rod 604 is in an original state and loses elasticity, the guide body 601 is moved downward to the upper guide body 610.

The piston 701 is opened by a signal from the photosensor 640 that opens and closes the opening and closing plate 670 in a continuous downward motion and detects a state in which the ball B _{1 in} the delivery pipe 530 is moved to the tee 620. ) Forward movement to repeatedly throw the ball to the top of the plate.

When the vertical throwing device 60 and the tee 620 driven as described above are damaged and replaced by a continuous hitting operation, the cover 650 inserted into the coupling groove 662 inside the upper part of the case 66 is replaced. The operation unit 65 in the separated state to operate the lift up and the power source of the drive unit 70 is separated from the upper guide body 610 and then released by releasing the coupling member 622 in the operating tube 603 The tee 620 is separated and then replaced with a new tee.

Such a drive device of the present invention is controlled by a controller installed in the control room. That is, when the golfer pays the training fee in the control room, the number of balls in the controller, that is, the number of balls of the throwing device is input, and the ball is thrown only by that number. In addition, the collecting device, the blowing device, the co-distributing device and the horizontal conveying device are also controlled by the controller of the control room.

As described above, all processes can be automatically performed from the collection of the ball hit by the Indian golf exerciser according to the present invention to the throwing to the batting position where the golfer is located. You can choose the height of the ball freely, which is effective to practice a variety of hitting.

Claims (12)

Dispensing and transporting the ball conveying device 20 and the blower conveying device 30 and the ball conveyed from the blower conveying device 30 for transporting the ball collected in the collecting device 20 to the turn at the batting device 20 The ball dispensing device 40 and the horizontal conveying device 50 for feeding and supplying the ball distributed from the distribution conveying device 40 to the bottom of each turn at the bottom of the plate at the bottom plate Indoor golf exerciser, characterized in that consisting of a vertical throwing device 60 and a driving device 70 for driving the vertical throwing device (60). The inclined plate 202 and the inclined plate 202 of claim 1, wherein the collecting device 20 moves the ball falling on the bottom of the net 201 to the net 201 where the ball hit from the batter hits the net. A ball hopper 205 for accommodating the ball transferred to one end and a ball hopper 205 for accommodating the balls transferred to one end of the ramp 203 and a ball housed in the hopper below the hopper 205. At least one conveying pipe 210 for conveying the conical shape of the ball is rotated by the drive motor 220 in the inner center of the hopper 205 and the ball received in the hopper into the conveying pipe 210 The whole 230 is installed and the golf golf exerciser, characterized in that the rubber plate 231 is installed is configured to smoothly put the ball into the transfer pipe 210 on the rotary body 230 is the lower edge. According to claim 2, Indoor golf exerciser, characterized in that the air discharge hole (211) is formed on the periphery of each of the transfer pipe (210). According to claim 1, wherein the air blower 30 is a blow blower (30) for generating wind and at least one air discharge pipe 302 and the discharge pipe (150) in which wind is discharged on one side of the ring blower (301) Indoor golf exerciser, characterized in that the transfer pipe 210 of the collecting device 20 is configured to communicate on the 302. The air distribution pipe 310 is coupled to the upper portion of each of the air discharge pipe 302, the air distribution pipe 310 through which a portion of the wind passing through the air delivery pipe, and the front end of the air distribution pipe 310 It is bent to form a downward injection pipe 311, the downward dispersion pipe 311 is configured to be coupled to communicate with the air delivery pipe 302 at the intersection where the transfer pipe 210 and the air delivery pipe 302 is coupled. Featuring an Indian golf exerciser. According to claim 1, wherein the horizontal conveying carriage 50 is formed in the guide pipe 501 and the side walls 511, 512 of the guide tube 501, the upper opening is to have a height difference, respectively, the guide Inner golf exerciser, characterized in that the horizontal conveying device is configured to be installed inclined in the lower portion of the turn at the rotation belt 520 is rotated by the upper drive motor 521 of the tube (501). The lower guide body 601 and the lower guide body 601 of claim 1, wherein the vertical throwing device 60 is fixedly installed to penetrate the operation pipe 603 at the center thereof and has a locking protrusion 602 at one side thereof. Spring receiving part 606 supporting the spring 605 and the upper guide body 610 having a through hole 611 on the spring receiving part 606 are mounted on each corner of the spring 605. An operating part 66 to which the tee 620 holding the through hole 621 is coupled to the upper part of the operating pipe 603, and a case 66 in which one side of the operating part 65 is inserted and lifted and opened; A guide groove 663 is formed in each of the coupling groove 662 and both side walls 660 and 661 in the upper portion of the case 66, and a cover having a through hole 651 in the coupling groove 662. 650 and the guide groove 663, the opening and closing plate 670 that can open and close the air delivery pipe 530 of the horizontal transfer device 50, and the lower guide body inside the opening and closing pipe 670 (601) A return spring that allows the projection 601 to be in contact with the lower portion of the locking projection 602 installed on one side and the opening and closing plate to the upper one side of the opening and closing plate 670 to close the co-discharge pipe 530. Indian golf exerciser, characterized in that the installation (672). 8. The indoor golf exerciser according to claim 7, characterized in that the tee on which the ball is placed is mounted on the operating tube (603) by a coupling member (622). The indoor golf exerciser according to claim 7 or 8, wherein a flexible operating rod (630) connected to the driving unit (70) is coupled to the lower portion of the operating tube (603). 10. The indoor golf exerciser according to claim 9, wherein the flexible actuating rod (630) is installed to pass through the guiding induction pipe (702) so as to change the direction of operation. The indoor golf exerciser according to claim 10, wherein the photo sensor 640 is installed at the distal end of the operating rod 630 inserted into and coupled to the operating tube 603 so as to sense the common nothingness of the t-shirts. 2. The indoor golf exerciser according to claim 1, wherein the driving unit (70) comprises an air cylinder (703).