KR200240120Y1 - Apparatus for training golf swing - Google Patents

Abstract

The present invention provides a golf swing exercise mechanism for the golfer to practice the swing motion. The mechanism includes a hook member connected to a first rod portion, a curved portion, a second rod portion, and a first rod portion of the hook member so as to extend from the golfer's hand through one armpit and the back of the neck through the other shoulder. And a rocking member connected to the end and having a long elastic support. The hanger member extends a track having both sides closed, and a moving body is accommodated in the track.

Description

Golf Swing Exercise Equipment {APPARATUS FOR TRAINING GOLF SWING}

The present invention relates to a mechanism for practicing golf swing posture, and more particularly, to a golf swing practice mechanism that allows the golfer to check for himself whether the posture is correct or incorrect during swing practice to correct the swing posture.

A golf swing twists the center of the body to the left and right of the axis, hitting the golf ball in front of the body into the golf club and sending it in the desired direction to the side. Golf swings go through the following steps: address, back swing, top of swing, down swing, impact, follow through, and finish Is done.

Swinging motions should be desirable to direct the golf ball in the desired direction. There are many principles that golfers must learn to achieve the desired swing. The basic principle is that the track of the club head formed during the swinging motion forms a single plane, which must be parallel to the direction in which the ball is flying. To this end, the golfer bends the body slightly above the waist in the address posture and the arms are almost perpendicular to the ground (see Figure 4). Then, the center of the body is rotated around the waist (especially around the back).

Most beginner golfers can bend their arms or shake in the wrong direction during the golf swing. Incorrect movement of the waist can change the body's axis of rotation. Then, the golf ball cannot be sent in the direction. Novice golfers are hard to know where their swing moves are. This is because the average golf club does not have any indicator that it is doing wrong.

The purpose of the present invention in consideration of this point is to provide a golf swing practice mechanism that allows the golfer to practice whether or not his swing is correct or correct swing action.

1 is a perspective view of a golf swing practice mechanism according to an embodiment of the present invention

FIG. 2 is a partial detail view of the mechanism shown in FIG. 1

3 and 4 show a state of use of the mechanism shown in FIG.

FIG. 5 shows the operation of the mechanism shown in FIG.

6 is a view showing a rocking member of the mechanism according to another embodiment of the present invention

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

8,48: golf practice mechanism 10: hook member 20,60: swinging member

According to the present invention for achieving this object, there is provided a golf swing practice mechanism for the golfer to practice the swing motion. The mechanism includes a hook member connected to the first rod portion, the curved portion, and the second rod portion so as to extend from the golfer's hand through one armpit and the back of the neck through the other shoulder. A rocking member having a long elastic support connected to the end of the first bar portion of the hook member is provided.

It is preferable that the track member is closed on both sides of the hook member, and a moving body is accommodated in the track.

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

Referring to FIG. 1, the golf practice mechanism 8 includes a hook member 10 and a rocking member 20. The hook member 10 consists of a rigid rod. The hook member 10 is comprised by the 1st rod part 100, the curved part 102, and the 2nd rod part 104. As shown in FIG. The first rod portion 100, the curved portion 102, and the second rod portion 104 are connected to each other.

The first rod part 100 is a portion extending generally in a straight line. At the end of the first rod part 100, a grip 106 that the golfer can grasp by hand is provided. Unlike this, a separate grip is not provided and a golfer may be able to practice by holding an appropriate position of the end of the first rod part 100.

The curved portion 102 is a portion that is curved while forming a curve as a portion that continues from the first rod portion 100. The curved portion 102 is preferably an arc around a point. As shown in FIG. 1, the arc of the curved portion 102 causes the angle 103 to be at an angle of 180 degrees or less so that the end of the second rod portion 104 faces the first rod portion 100. It is a good idea to do so.

The second rod portion 104 generally extends in the curved portion 102 as a portion extending in a straight line. The end 108 of the second rod 104 may be painted in a color that is readily visible to the eye.

As shown in FIG. 2, the track member 110 is provided in the hook member 10. The track 110 extends from the stop position 112 (preferably near the grip) of the first rod portion 100 to the stop position 114 (preferably the middle of the curve portion) of the curved portion 102. The moving body 116 is embedded in the track 110. It is preferable that this moving body 116 is a spherical fire (for example, steel ball or plastic ball) which is easy to roll.

The hook member 10 can be made by bending the middle portion of a straight metal (preferably stainless steel) hollow pipe to form a curved portion 102. The stopper 112 of the first rod portion 100 and the stop position 114 of the curved portion 102 are formed by fitting a stopper. At the end of the first rod part 100, a grip 106 formed of a plastic material is fitted, and as shown in FIG. 2, the grip 106 is fitted with a fastening screw or an adhesive. Alternatively, the hook member 10 may be formed by connecting with a plurality of rod members, and various modifications may be made according to the choice of those skilled in the art, and such modifications also fall within the scope of the present invention.

Referring back to FIG. 1, the shaking member 20 is connected to the end of the first rod part 100. This rocking member 20 is made of an elongated member with elasticity. When the swing member 20 swings while holding the grip 106 of the hook member 10, the swing occurs, and the swing is transmitted to the hand holding the grip 106.

In the golf practice mechanism 8 of the first embodiment, the rocking member 20 is made of a rubber rod. As shown in Fig. 2, the end of the rubber rod is provided with a protrusion 20a, and the protrusion 20a is press-fitted in the same manner as the interference fitting of the end of the first rod part 100, and an adhesive or a screw is applied. Fix it using. The rocking member 20 is selected to have a mass such that the shaking is felt by the hand. If necessary, a weight may be attached to the bottom end of the rocking member 20.

Hereinafter, the operation of the exercise device of the present invention will be described with reference to FIGS. 1 to 5. 3 and 4 show how the right handed golfer uses the golf practice mechanism 8 when the golfer practices swinging. In the address posture, the swinging member 20 holds the grip 106 facing downward. The first rod part 100 of the hook member 10 passes between the body and the left arm. The hook member 10 passes through the left armpit, and the curved portion 102 is located behind the neck. The hook member 10 passes through the right shoulder, and the second rod part 104 is positioned in front of the right arm. 3 and 4, and the above description based on the right-handed. It can be easily understood by those skilled in the art that the exercise device according to the present invention can be used by changing the first bar part to the right hand and the second bar part to the left hand without changing the structure of the exercise device. will be.

The state (a) of FIG. 5 shows an address and an impact state, (b) shows a top of swing state by back swinging, and (c) shows a follow-through state. When the back swing is reached in the address state (a) to reach the top of swing state (b), the shake member 20 is shaken and vibrates. This vibration is transmitted to the golfer's hand. When the backswing is properly done, this shaking takes place approximately on the plane of the hook member 10. If the swing is not properly made due to the shaking of the arm, the vibration may be out of this plane, and the golfer may feel the vibration and the difference during the proper swing operation. Then, the golfer can recognize the mistake of the swing.

In the top-of-swing state (b), the golfer has the first rod portion 100 and the second rod portion 104 (partially of the grip 106 and the second rod portion 104 of the first rod portion 100). By visually looking at the end 108, the plane formed by the hook member 10 (or the grip 106 of the first rod portion 100 and the end 108 of the second rod portion 104) are formed. Axis) matches the direction in which you want to send the golf ball.

In the address state (a), the movable body 116 shown in FIG. 2 is located at the stop position 112 of the first rod part 100 and moves to the stop position 114 of the curved portion 102 at the back swing. The golfer may hear the sound of the moving object 116 rubbing against the wall of the track 110. When the top of the swing state, the moving body 116 hits the stop position 112 of the curved portion 102 and the impact is transmitted to the golfer. If the golfer makes an incorrect swing motion such as swinging back, the grip 106 does not rise to a high position, such a collision does not occur, and the golfer may feel an incorrect swing.

When the downswing passes the impact position, the movable body 116 strikes the stop position 112 of the first rod part 100 again. Subsequent follow-through is performed to reach the final finish state of the swing as shown in Fig. 5C. As in the top of swing state, the golfer may determine whether the swing motion is accurate by vibrating the shaking member 20. Of course, the swinging member 20 has abnormal vibrations when the golfer incorrectly swings the golfer in the middle of the swinging motion, and the golfer can recognize the mistake of the swinging motion therefrom.

As in the state (b) of FIG. 5, the golfer who correctly swings in the state (c) of FIG. 5 may feel the shock generated while hitting the stop position 114 of the curved portion 102 of the moving object 116. . In addition, the first rod portion 100 and the second rod portion 104 (partially, the grip 106 of the first rod portion 100 and the end 108 of the second rod portion 104) are visually seen. By looking, the plane (or the axis formed by the grip 106 of the first rod portion 100 and the tip 108 of the second rod portion 104) matches the direction in which the golf ball is to be sent. You can check it.

In the above description, the golfer can feel that the shaking member 20 is shaken in the top of swing state or in the finish state, but of course, the golfer may have a back swing, a down swing, a follow-throw state, and an incorrect swing due to the shaking of the plate. The golfer can feel it. The golfer can easily learn the normal vibration of the rocking member 20 during the correct swing operation in the practice using the repeated golf practice mechanism (8). Therefore, it is possible to easily recognize the abnormal vibration of the rocking member 20 due to the wrong swing motion in the middle of the golf swing.

On the other hand, if you try to swing only with your arms without a proper weight movement, the exercise device is separated from the body can be easily recognized by the golfer. When proper weight movement is achieved, the hook member naturally moves with the body.

Referring to Fig. 6, the golf practice mechanism 48 according to the second embodiment is provided with a rocking member 60 of a different type from the golf practice mechanism 8 of the first embodiment. This rocking member 60 has a coil spring 600 (not shown in FIG. 6 with an intermediate portion) extended in length and a weight 602 hanging at the end thereof. When the weight 602 is moved by inertia during the swinging operation, vibration may occur and the golfer may feel it. In Figure 6, but shown as a tension coil spring, the subject innovation is not limited thereto. Alternatively, it may be a compression coil spring, or may be a rod-shaped spring having an elastic modulus that can be properly shaken during a swing operation.

In the above embodiment, it has been described that it is preferable that the trajectory for moving the moving body is made of the first rod portion and the curved portion. Less preferred, however, may be trajectory only in the first rod portion or only in the second rod portion.

When practicing the swing using the golf practice mechanism of the present invention, the golfer knows whether his swing motion is correct by the way of shaking the swinging member, the impact of hitting the moving body, or feeling or confirming the direction of the rod member. Can be. Therefore, the golfer is to practice the swing according to the correct motion, and if you are familiar with it, the correct swing motion is achieved even when the normal club is held.

Claims (7)

As a golf swing exercise mechanism for the golfer to practice the swing movement, A hook member connected to the first rod portion, the curved portion, and the second rod portion so as to extend from the golfer's hand through one armpit and the back of the neck and through the other shoulder; A rocking member connected to the end of the first rod part of the hook member and having a long elastic support; Including golf swing practice equipment. The golf swing training apparatus according to claim 1, wherein the rocking member is made of an elastic rubber rod. The swing swing mechanism of claim 1, wherein the swing member has a weight coupled to an end thereof. The golf swing training apparatus according to claim 1, wherein the first rod portion and the second rod portion form a straight line, the curved portion forms an arc, and the first rod portion, the curved portion, and the second rod portion extend in one plane. The golf swing training mechanism according to claim 4, wherein the arc of the curved portion has an internal angle of 180 degrees or less, so that the end of the second rod portion faces the first rod portion. The golf swing training mechanism according to any one of claims 1 to 5, wherein the hook member extends a closed track on both sides thereof, and the movable body is accommodated in the track. As a golf swing exercise mechanism for the golfer to practice the swing movement, A hook member connected to the first rod portion, the curved portion, and the second rod portion so as to extend from the golfer's hand through one armpit and the back of the neck and through the other shoulder, The hook member has a track that is closed on both sides extends, the swing swing mechanism is accommodated in the track.