KR102602631B1 - Device for practicing golf swing - Google Patents

Abstract

The present invention relates to a golf swing exercise device, and in particular, to adjust the tempo of the rapid transition from the top of the backswing to the downswing to secure time for weight transfer prior to the downswing, in the form of a plate having a predetermined length and thickness. A swing body forming a; and a shaft coupled to the swing body and held by the user, wherein the swing body has one end adjacent to one end of the swing body, has a certain length, and moves in the same line as the shaft coupled to the other end of the swing body. A hole is formed inside, and a tempo adjuster is provided that moves along the moving hole, so that the user can be induced to take a downswing action when the tempo adjuster reaches the other end of the moving hole while taking a backswing top action. It relates to a golf swing exerciser characterized by having.

Description

Golf swing exerciser {Device for practicing golf swing}

The present invention relates to a golf swing exerciser, and in particular, to a golf swing exerciser that can induce weight transfer prior to the downswing by adjusting the tempo from the top of the backswing to the downswing.

In general, golf is a game in which the golf ball is put into the hole cup in the shortest number of strokes. The golf ball is struck from the teeing ground using a driver or iron club, and passes through the fairway into the hole cup. It takes several swings before sending it to the green.

A golf swing is a single movement to hit the ball, but it is divided into a total of 7 stages: address, backswing, backswing top, downswing, impact, follow-through, and finish. The rhythm and tempo of the golf swing must be kept constant at all times. The same swing and precise impact are created.

In particular, in order to ensure accurate impact and sufficient distance, when switching from the top of the backswing to the downswing, a weight shift must be made to transfer the weight from the right foot to the left foot prior to the downswing. However, many amateur golfers, who have difficulty forming a constant tempo due to a small amount of practice, perform the downswing without shifting their weight after the top movement of the backswing.

Republic of Korea Patent No. 10-0618514 ‘Golf swing practice device’

The present invention is intended to solve the above problems and aims to provide a golf swing exercise device that can secure time for weight transfer prior to the downswing by controlling the tempo of the rapid transition from the top of the backswing to the downswing. .

The golf swing exerciser of the present invention for achieving the above object includes a swing body in the form of a plate having a predetermined length and thickness; and a shaft coupled to the swing body and held by the user, wherein the swing body has one end adjacent to one end of the swing body, has a certain length, and moves in the same line as the shaft coupled to the other end of the swing body. A hole is formed inside, and a tempo control device that moves along the moving hole is provided.

In addition, the swing body has both edges arranged in an upward and downward direction during the address operation, and one edge of the swing body located on the upper side during the address operation may be formed with an inclined friction surface that slopes upward toward the rear.

Additionally, the swing body may be provided with resistance wings so as to protrude backward from the inclined friction surface while having the same inclination as the inclined friction surface.

In addition, the swing body may have a plurality of resistance adjustment holes formed along the longitudinal direction on both sides centered on a virtual reference line forming the same line as the shaft in the portion between the shaft and the moving hole.

In addition, the plurality of resistance adjustment holes located on one side adjacent to the inclined friction surface around the virtual reference line may be formed in a larger number than the plurality of resistance adjustment holes located on the other side of the virtual reference line. .

According to the present invention, the tempo control device is located at one end of the moving hole when the user takes the backswing top action in the address action, so the user feels that the tempo adjusting device reaches the other end of the moving hole while taking the backswing top action and performs the downswing action. By adjusting the tempo from the top of the backswing to the downswing, you can secure time for weight transfer prior to the downswing and create a constant tempo for the entire swing.

In addition, the swing body can naturally lead to a follow-through movement so that during impact operation, the front of the swing body, which has a large area, receives air resistance, and then the inclined friction surface, which has a relatively small area, receives air resistance.

In addition, the resistance adjustment holes can reduce air resistance when swinging using the swing body, and by varying the number of resistance adjustment holes placed on both sides around the virtual reference line that is on the same line as the shaft, the swing body is prevented from flipping in one direction. You can turn it off.

1 is a perspective view showing the golf swing exercise machine of the present invention,
Figure 2 is an exploded perspective view showing the golf swing exerciser of the present invention;
Figure 3 is a front view showing the golf swing exercise machine of the present invention;
Figure 4 is a view showing one end and the other end of the golf swing exercise machine of the present invention;
Figure 5 is an example showing a state in which an address operation is performed using the golf swing exerciser of the present invention;
Figure 6 is an example showing a state in which a backswing top motion is taken using the golf swing exerciser of the present invention;
Figure 7 is an example diagram showing a state in which a follow-through motion is performed using the golf swing exerciser according to the present invention.

In the present invention, the swing body is formed in the form of a plate having a predetermined length and thickness to secure time for weight transfer prior to the downswing by controlling the tempo of the sudden transition from the top of the backswing to the downswing; and a shaft coupled to the swing body and held by the user, wherein the swing body has one end adjacent to one end of the swing body, has a certain length, and moves in the same line as the shaft coupled to the other end of the swing body. A hole is formed inside, and a tempo adjuster is provided that moves along the moving hole, so that the user can be induced to take a downswing action when the tempo adjuster reaches the other end of the moving hole while taking a backswing top action. We propose a golf swing exerciser characterized by:

The scope of the present invention is not limited to the embodiments described below, and various modifications may be made by those skilled in the art without departing from the technical gist of the present invention.

Hereinafter, the golf swing exercise device of the present invention will be described in detail with reference to the attached FIGS. 1 to 7.

The golf swing exerciser of the present invention includes a swing body 100 and a shaft 200, as shown in FIGS. 1 to 4, and is configured to adjust the tempo from the top of the backswing to the downswing.

The swing body 100 has a plate shape with a predetermined length and thickness, and is preferably made of a material that allows the user to feel a predetermined weight (for example, wood, etc.). In addition, one end and the other end of the swing main body 100 may be formed to form a curved shape so as not to receive excessive air resistance during swing. For example, one end of the swing main body 100 faces outward, opposite to the other end. It is formed to protrude convexly, and the other end of the swing body 100 may be formed to be concavely recessed toward the inside toward one end.

The shaft 200 is combined with the swing body 100 described above and can be held by the user. Specifically, the shaft 200 is formed in a rod shape so that one end is coupled to the center of the other end of the swing body 100 and the other end is aligned with the longitudinal center line of the swing body 100 so that it is located on the opposite side of the swing body 100. can be placed. This shaft 200 may be provided with a grip made of a material with frictional force above a certain level, such as rubber, in order to be held by the user and prevent slipping when swinging.

As described above, the golf swing exercise machine including the swing body 100 and the shaft 200 has a moving hole 110 formed inside the swing body 100, as shown in FIG. 3. As an example, the moving hole 110 has one end adjacent to one end of the swing body 100, has a certain length, and is formed on the same line as the shaft 200 coupled to the other end of the swing body 100. In addition, the moving hole 110 is formed to have a length that is at least 1/3 of the length of the swing body 100 and a length that does not exceed 2/3 of the length of the swing body 100, so as to maintain an appropriate swing rhythm. It is desirable to allow this to be formed.

Within this moving hole 110, a tempo adjusting device 120 is provided that moves along the moving hole 110. For example, the tempo adjusting device 120 may be a heavy object such as a bead, bearing, etc. As the sphere 120 moves and collides with the end of the moving hole 110, the user can hear the sound of hitting by the tempo adjusting device 120 or feel the vibration caused by hitting by the tempo adjusting device 120.

As shown in FIG. 5, the tempo control device 120 is located at one end of the moving hole 110 by centrifugal force during the process of the user taking the backswing top movement in the address operation, and as shown in FIG. 6, the backswing top movement is In the motion state, the moving hole 110 is inclined downward, so the tempo control device 120, which was located at one end of the moving hole 110, is moved to the other end of the moving hole 110. Accordingly, the user can take a downswing action after feeling that the tempo adjuster 120 has reached the other end of the moving hole 110. As a result, the user can adjust the tempo from the top of the backswing to the downswing to ensure sufficient time for weight transfer prior to the downswing, and through this tempo adjustment, a constant tempo for the entire swing can be created.

Meanwhile, the present invention, which allows tempo control as described above, can be configured to enable a natural swing motion even though the swing body 100 is formed to have a larger area than the head of a typical golf club. The following description assumes that both edges of the swing body 100 of the present invention are arranged in the vertical direction during the address operation, as shown in FIG. 5. That is, if the user moves the swing body 100 backward while holding the present invention and then swings forward, the front of the swing body 100 during the address operation as shown in FIG. 5. It faces forward, and as shown in FIG. 6, one edge of the swing body 100 faces forward during the top motion of the backswing. Also, during the impact operation, the front of the swing body 100 faces forward, and as shown in FIG. 7, one end of the swing body 100 faces forward during the follow-through operation.

Therefore, in the process from the address action to the backswing top action, the rear of the swing body 100 receives air resistance, and then one edge of the swing body 100 receives air resistance, and in the process from the impact action to the follow-through action, the swing body 100 receives air resistance. The front of the main body 100 receives air resistance, and one edge of the swing main body 100 receives air resistance. At this time, the stability of the swing may decrease due to a sudden change in air resistance. As shown in FIG. 2, the swing body 100 in the present invention is rearward on one edge located on the upper side during the address operation. An inclined friction surface 130 sloping upward may be formed.

This inclined friction surface 130 has a relatively larger area than one edge in a structure without the inclined friction surface 130 (a structure in which one edge forms an angle of 90° with the front of the swing body 100). , Due to the inclined surface, it is possible to prevent the air resistance received by the front or rear of the swing body 100 from being drastically reduced during the swing process.

In addition, the swing body 100 has a resistance wing 140 so as to protrude backward from the inclined friction surface 130 while having the same inclination as the inclined friction surface 130, as shown in FIGS. 1 to 4. may be provided. The resistance wing 140 forms resistance to the air over a larger area compared to a structure with only the inclined friction surface 130, and can minimize the shaking of the swing body 100 when swinging, allowing for a more stable swing. You can. Above all, the inclined friction surface 130 and the resistance wing 140 can naturally lead to a follow-through operation from an impact operation in which air resistance is maximized.

Meanwhile, as shown in FIGS. 1 to 4, the swing body 100 is positioned on both sides around an imaginary reference line forming the same line as the shaft 200 in the area between the shaft 200 and the moving hole 110. A plurality of resistance adjustment holes 150 may be formed through the longitudinal direction. This resistance adjustment hole 150 not only reduces the weight of the swing body 100, but also serves to reduce air resistance to a certain extent during swing.

The plurality of resistance adjustment holes 150 may be formed in the same number on both sides of the virtual reference line, but may be formed in different numbers to maintain balance due to the inclined friction surface 130 (and resistance wings 140). It can be formed as As an example, a plurality of resistance adjustment holes 150 located on one side adjacent to the inclined friction surface 130 around the virtual reference line are located on the other side of the virtual reference line, as shown in FIGS. 1 to 4. It can be formed in a larger number than the plurality of resistance adjustment holes 150. This is to ensure that the air resistance between one side on which the inclined friction surface 130 (and resistance wing 140) is formed and the other side on which the inclined friction surface 130 (and the resistance wing 140) is not formed is the same or similar during the swing process. Therefore, it is possible to effectively prevent the swing body 100 from turning over unintentionally during the swing process.

100: swing body 110: moving hole
120: Tempo adjuster 130: Inclined friction surface
140: resistance wing 150: resistance adjustment hole
200: shaft

Claims (5)

A swing body (100) formed in the form of a plate having a predetermined length and thickness; and
A shaft 200 coupled to the swing body 100 and held by the user,
The swing body 100 has a moving hole 110, one end of which is adjacent to one end of the swing body 100, has a certain length, and is on the same line as the shaft 200 coupled to the other end of the swing body 100. A tempo control device 120 is formed inside and moves along the moving hole 110,
The user may be induced to take a downswing motion when the tempo adjuster 120 reaches the other end of the moving hole 110 while taking a backswing top motion.
The swing body 100 has both edges arranged in an upward and downward direction during the address operation, and one edge of the swing body 100 located on the upper side during the address operation has an inclined friction surface 130 inclined upward toward the rear. A golf swing exerciser characterized in that it is formed. According to paragraph 1,
The swing body 100 has the same inclination as the inclined friction surface 130 and is provided with resistance wings 140 that protrude backward from the inclined friction surface 130. According to paragraph 1,
The swing body 100 has a plurality of resistance adjustment holes 150 along the longitudinal direction on both sides centered on a virtual reference line forming the same line as the shaft 200 in the portion between the shaft 200 and the moving hole 110. ) A golf swing exerciser characterized by being formed through. According to paragraph 3,
The plurality of resistance adjustment holes 150 located on one side adjacent to the inclined friction surface 130 around the virtual reference line are larger than the plurality of resistance adjustment holes 150 located on the other side of the virtual reference line. A golf swing exerciser characterized in that it is formed in large numbers. delete

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