JPS63161980A - Check instrument of rhythm and timing of swing in golf - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a golf practice device, and more specifically, to a golf practice device suitable for learning rhythm and timing, which are among the elements of learning the golf swing form. This invention relates to a device for checking swing rhythm and timing.

[Prior Art] As is well known, there are various ways to practice golf, and among them, swing practice is important.

For this reason, there has traditionally been practice on form, stance, grip, rhythm, timing, etc. Conventionally, there are various forms, stances, and grips that can be practiced as mentioned above; in other words, there are not only static exercises for simply forming shapes, but also various dynamic exercises as moving instruments. Most of the time, continuous photographs are mainly used in serial disassembled photographs of professional golfers published in magazines and the like, as well as in videos or projections.

[Problems to be Solved by the Invention] According to the above-mentioned prior art, continuous disassembled photographs in magazines and the like are static and can only be viewed, so it is difficult for practitioners to adjust the rhythm and timing with their bodies. In addition, when using videos, projections, etc., it is dynamic, but since you are just watching it, it is the same as the static method above, but since there is continuous movement, you may have to adjust the rhythm and timing slightly. Although it is easy to learn, practitioners are not trained to practice in synchronization with the continuous movements of professional golfers who serve as role models, so in practice, rhythm,
I can't remember the timing.

Therefore, an object of the present invention is to provide a means by which practitioners can effectively acquire rhythm and timing techniques.

To provide a device for checking the rhythm and timing of a swing in golf, which can synchronize and synchronize with continuous movements corresponding to the continuous form of a professional golfer serving as a model.

[Problems to be Solved by the Invention] The present invention has the following technical means to achieve the above object. That is, to explain using the reference numerals used in the attached drawings corresponding to the embodiments, the continuous operations of the golf swing standby (address), start, backswing, top, downswing, impact, hollow through, and end, and during each of the above operations. In a device for practicing swing rhythm and swing timing; On the top surface 2 of the board-shaped rhythm signal generator/display unit 1, standby (address) 7, start 8, backswing 9, top 10 are displayed. , downswing 11, impact 12
, hollow through 13, end 14, etc., each movement is divided into movement frames, and each movement frame includes the standby (address) 17, start 18, backswing 19, top 20, downswing 21, and impact. 22. Each movement rhythm signal is transmitted digitally or analogously by light or sound for each movement of the hollow through 23, and the golf practitioner catches the movement rhythm signal with his eyes or ears and synchronizes to the rhythm to form a stance form. This is a swing rhythm and timing check device in golf, which is characterized by practicing swing rhythm and timing by performing the following steps.

[Function] With this configuration, it can be used as a standby for golf swing (
Address) 7. When practicing the swing rhythm and swing timing during continuous movements of start 8, backswing 9, top 10, downswing 11, impact 12, and hollow through 13, first, the rhythm signal generator/display unit 1 Turn on the switch.

When the switch is turned on as described above, the above board-shaped rhythm signal is generated/Standby (address) on the top surface 2 of the display unit 1
17, Start 18, Backswing 19, Top 20
, downswing 21, impact 22, and hollow through 23, each movement rhythm signal by light or sound for each movement is transmitted and displayed digitally or analogously, so the practitioner can follow the display to transmit each movement rhythm signal. It is possible to practice swinging by observing the movement with your eyes and ears and synchronizing with it.

That is, a practitioner places a pole in front of the above-mentioned board-shaped rhythm signal generation/display unit body 1 and decides on a stance. Next, according to the rhythm signal of the above-mentioned rhythm signal generation/display unit 1, the pole is actually set in the order of start 7, backswing 8, top 9, downswing 10, impact 11, and hollow through 12 in accordance with the rhythm signal. By repeatedly practicing while hitting the ball, it is possible to learn the swing rhythm and swing timing with your body.

[Embodiment] Next, a preferred embodiment of the present invention will be shown in accordance with the accompanying drawings FIGS. 1 to 3.

In the figure, reference numeral 1 shows a board-shaped rhythm signal generation/display device body, and the top surface 2 of this body 1 has a display frame formed in three stages. standby (address), start, backswing, top,
It is shown as a display frame 4 for inserting 16 consecutive photos of downswing, impact, and hollow through.

Next, the middle stage 5 is the entire swing action electronic display frame 6, and the swing action electronic display frame 6 is placed at a position corresponding to the swing form of the model professional golfer inserted in the upper stage 3. Standby (address) frame 7, start frame 8, backswing frame 9, top frame 10, downswing frame 11, impact frame 12, hollow through frame 1
3. Ending frame! 4 is divided into 9 parts.

A light bulb is placed in each of the divided frames, and when the light bulbs are lit, the operating position within the swing motion display frame 6 is indicated. In this example, in particular, the standby (address) frame 7 is shown in yellow, the start frame 8 is shown in red, the backswing frame 9 is shown in blue, the top frame 10 is shown in red, and the downswing frame 11 is shown in red. The impact frame 12 is shown in green, and the impact frame 12 is shown in red.
Visibility is improved by showing the hollow through frame 13 in blue.

Next, the lower row 15 is the entire swing check practice display frame 16, and this practice display frame 16 includes the standby (address) frame 7, start frame 8, backswing frame 9, top frame 10, and Downswing frame 11,
Impact frame 12, hollow through frame 13. Corresponding to the classification of the end frame 14, a standby (address) signal frame 17, a start signal frame 18, a backswing signal frame 18, a top signal frame 20, a downswing signal frame 21, and an impact signal frame 22 are respectively used as operation frames. , hollow-through signal frame 23. The photo of the model professional golfer in the upper row 3, the swing motion electronic display frame 6 in the middle row 5, and the swing practice display frame 16 in the lower row 15 are synchronized.

To explain the swing check practice display frame 18 in detail, the standby (address) signal frame 17 continuously lights up a band-shaped digital signal for about 10 seconds at 1-second intervals. When all of the standby signal frames 17 are lit, the start signal frame 18 of the next stage is lit, and furthermore, the band-shaped digital signal of the backswing signal frame 19 of the next stage is lit at predetermined time intervals. When all of the backswing signal frames 19 are lit, band-shaped digital signals are sequentially lit in the next stage top signal frame 20, downswing signal frame 2, impact signal frame 22, and hollow-through signal frame 23.

At this time, the standby frame 7, backswing frame 8, top frame 10, downswing frame 11, impact frame 12, and hollow through frame 13, which are divided into the swing motion electric display frame 6 in the middle row 5, are lit in conjunction with each other. It's something that will happen.

Note that it is possible to use an analog signal instead of the digital signal described above, and in this case, it is desirable that the sound be digital. Although this example shows an example of a band-shaped signal, it is also possible to use a dot-shaped signal. Furthermore, when the above-mentioned board-shaped rhythm signal generator/display main body 1 is placed, it can be placed at an angle. That is, when viewed from the practitioner, one of the far sides may be made higher to form an inclined shape.

Next, an example of use of the embodiment of the present invention will be explained.

As shown in FIGS. 1 and 2, a device for checking the rhythm and timing of a golf swing will be explained.

For explanatory purposes, each step PINP3 in the step chart in Figure 3
It is shown in 2.

First, in step P2, the power switch is turned on. Then, in step P3, the entire switch for the entire swing is lit. Next, in step P4, the swing motion electric display frame 6 formed in the middle row and the swing check practice display frame 16 formed in the lower row each blink, and then remain lit.

Next, in step P5, the standby rhythm signal [light (yellow ) and sound] occur.

Next, in step P6, the second second standby rhythm signal (light) in the standby signal frame 17 of the swing check practice display frame 1B is generated.Next, in step P7, the standby signal frame 17 of the swing check practice display frame 16 is generated.
Then, in step P8, a standby rhythm signal (light) for the fourth second of the standby signal frame 17 is generated. Next, in step P9, a standby rhythm signal (light) for the fifth second of the standby signal frame 17 is generated.Then, in step P1
At 0, the standby rhythm signal (light) for the 6th second of the standby signal frame 17 is generated.0 Then at step Fil, the standby rhythm signal (light) for the 7th second of the standby signal frame 17 is generated.0 Then at step P12. The standby rhythm signal (light) for the 8th second of the standby signal frame 17 is generated 9 Then, in step P13, the standby rhythm signal (light) for the 9th second of the standby signal frame 17 is generated 0 Then, in step P14, the standby rhythm signal (light) is generated The 100th second standby rhythm signal (light) in signal frame 17 is generated.

At this time, the practitioner stands at the correct standby (address) position while visually observing the standby rhythm signal (light), relaxes in accordance with the standby (address) rhythm signal (light), and prepares for the next start.

Next, in step P15, the swing motion electric light display frame 6
The start frame 10 of the next stage is lit and the start signal frame 20 of the swing check practice display frame 16 is lit.

A start rhythm signal [light (red) and sound] is generated. At this time, the starting time is the most important, and if the starting swing rhythm and swing timing are off, the subsequent movements, that is, the rhythm and timing of the entire swing will be off, making it impossible to learn the correct swing rhythm and swing timing.

Therefore, the start rhythm signal is continuously generated in conjunction with the standby rhythm signal described above. As a result, the practitioner can more easily learn the start rhythm and timing by catching the start rhythm signal with the eyes and ears and synchronizing with it to start the swing.

Next, in step P16, the backswing frame 9 next to the swing motion electric light display frame 6 lights up, and the first backswing rhythm signal [light (blue)] in the backswing signal frame 19 of the swing check practice display frame 16 lights up. ] occurs.

Next, in step P17, a second backswing rhythm signal (light) is generated in the backswing signal frame 18 of the swing check practice display frame 1B.Then, in step P1
8, the third backswing rhythm signal (light) in the backswing signal frame 18 of the swing check practice display frame 18 is generated.

Next, in step P19, a fourth backswing rhythm signal (light) in the backswing signal frame 18 of the swing check practice display frame 18 is generated.

If the backswing is not performed with the correct rhythm and timing, it will greatly affect the subsequent downswing.

That is, this is because the ball passes through the trajectory during the backswing during the downswing when hitting the ball following the trajectory raised during the backswing, and the swing rhythm and timing at this time are important. This rhythm and timing are easier to learn.

Next, in step P20, the swing motion electric light display frame 6
The top frame 10 in the next stage lights up and the top signal [light (
red) and sound] occur.

At this time, it is the only place where you can stop for a while during the swing movement, so by looking at this top position, you can estimate the trajectory during the backswing and downswing, so the weaknesses of the practitioner can be more clearly identified. Therefore, the swing rhythm and swing timing until reaching this top position are very important. In other words, in order to always pass through the same trajectory, the rhythm and timing of this swing must be the same.

Next, in step P21, the swing motion electric light display frame 6
The next downswing frame 11 lights up and the first downswing rhythm signal [light (green)] in the downswing signal frame 21 of the swing check practice display frame 16 is generated.

Next, in step P22, the downswing signal frame 2 is
1 second downswing rhythm signal (light) is generated.

Next, in step P23, the downswing signal frame 2 is
A third downswing rhythm signal (light) of 1 is generated.

Next, in step P23, the downswing signal frame 2 is
1 and a fourth downswing rhythm signal (light) is generated.

At this time, the practitioner performs the downswing in synchronization with the downswing rhythm signal, so it is easier to learn the swing rhythm and swing timing from the top position during the downswing.

Next, in step P24, an impact rhythm signal C (light (red) and sound) is generated in the impact frame 12 next to the swing motion electric display frame 6 and the impact signal frame 22 of the swing check practice display frame 1B.

At this time, by observing the impact rhythm signal with the eyes and ears, it is possible to judge whether the swing rhythm and swing timing from steps P1 to F23 described above are synchronized. As a result, the practitioner's swing timing and swing rhythm during the practitioner's swing movement, especially up to impact, can be more easily learned.

Next, in step P25, the hollow-through frame 13 next to the swing motion electric display frame 6 is lit, and the first hollow-through signal frame 23 of the swing check practice display frame 16 is turned on.
A hollow-through rhythm signal [light (blue) and sound] is generated.

Next, in step P28, a second hollow-through rhythm signal (light) in the hollow-through signal frame 23 of the swing check practice display frame 1B is generated.

Next, step P2? Then, the third hollow-through rhythm signal (light) in the hollow-through signal frame 23 of the swing check practice display frame 16 is generated.

Next, in step P28, a fourth hollow-through rhythm signal (light) in the hollow-through signal frame 23 of the swing check practice display frame 18 is generated.

Next, in step P29, the fifth hollow-through rhythm signal (light) in the hollow-through signal frame 23 of the swing check practice display frame 1e is generated. At this time, it is easier to learn the swing rhythm and swing timing of the swing motion by eye or ear.

Next, in step P30, the end frame 14 of the next stage of the swing motion electric display frame 6 and the swing check practice display frame 16 each generates a sound after each point decreases for 5 seconds, and the swing motion electric display frame 6 and the swing check practice display frame 6 each generate a sound. Practice display frame 1B
The light goes out.

Therefore, by synchronizing the practitioner with the rhythm of each movement, the rhythm and timing of the entire swing can be learned more effectively as a whole.

Incidentally, this rhythm signal generation/display main body 1 may be repeated. In this case, return to step P4 described above using arrow A, and similarly practice steps up to step P31 a predetermined number of times according to the practitioner's practice. After this repeated practice, the power to the rhythm signal generation/display unit 1 is turned off and the process ends at step P32.

In the above example, the rhythm signal was shown as being made of light and sound, but it may be only light or only sound, and in the case of sound, it is desirable to add intensity.

[Effects of the Invention] As detailed above, (1) It is possible to provide a means for practitioners to learn swing rhythm and swing timing more effectively. More specifically, ■ Since the movement rhythm is modeled after the rhythm of a professional golfer, a swing in golf that can be performed in synchronization with the rhythm that imitates the swing movement of a model professional golfer. We can provide rhythm and timing check equipment. In particular, it is possible to synchronize the swing rhythm and swing timing at each important point during the swing movement, such as at the start, at the top, and at impact, allowing you to effectively learn the timing and rhythm of the swing as a whole. This device has various advantages such as being able to provide a device for checking the rhythm and timing of a golf swing.

[Brief explanation of the drawing]

The accompanying drawings show an embodiment of the present invention, and FIG. 1 is an overall perspective view, FIG. 2 is a plan view of the rhythm signal generator/display unit, and FIGS. 3 (A) and (B) are step chart views. are shown respectively. In the figure, 1... Rhythm signal generation/display unit body, 2...
...Top surface. 6... Swing operation light display frame, 7... Standby frame, 8... Start frame, 9...
...Backswing frame, IO...Top frame, 11...Downswing frame. 12...Impact frame, 13...Hollow through frame, 14...End frame,
16... Swing check practice display frame, 17...
・Standby signal frame, 18...Start signal frame, 19...Backswing signal frame, 20...Top signal frame, 21...Downswing signal frame, 22...Impact signal Frame 23...Hollow-through signal frame is shown, respectively. 17'3 of the drawing (no change in content) 3rd section (8) Procedural amendment (Hogen June 24, 1986)

Claims (2)

[Claims] (1) Equipment for practicing the continuous movements of the golf swing: standby (address), start, backswing, top, downswing, impact, hollow through, end, and the swing rhythm and swing timing during each of the above movements. On the top surface 2 of the board-shaped rhythm signal generator/display unit 1, standby (address) 7, start 8, backswing 9, top 10, downswing 11, impato 12,
Each motion is divided into motion frames in the order of hollow through 13, end 14, etc., and each motion frame includes the standby (address) 17, start 18, backswing 1, etc.
9, Top 20, Downswing 21, Impact 22
Each movement rhythm signal is digitally or analogously transmitted by light or sound for each movement of the hollow-through 23, and the golf practitioner catches the movement rhythm signal with his or her eyes or ears and synchronizes to the rhythm to determine the address and form. A device for checking swing rhythm and timing in golf, which is characterized by practicing swing rhythm and timing by performing the following steps. (2) A swing motion electric light display frame 6 is formed on the top surface 2 of the above-mentioned board-shaped rhythm signal generation/indicator main body 1, and is divided into each swing motion frame, and each motion frame displays a motion name and an indicator light. 2. The apparatus for checking the rhythm and timing of a golf swing according to claim 1, wherein the apparatus is configured such that an indicator light is illuminated in the order of the swing motion.