KR20120040825A - Weight moving change union one golf swing attitude stretcher - Google Patents

Abstract

PURPOSE: An apparatus for correcting golf swing posture applying weight change is provided to checked posture data in each step and analyze, thereby correcting and practicing with right posture. CONSTITUTION: An apparatus for correcting golf swing posture applying weight change comprises a load sensor(40) and an analysis table time(10). In the load sensor, plantar grounds(52a,52b) are formed in both sides of a swing earth plate(50). In the load sensor, each load sensing tool(56a,56b) is installed in both sides of plantar ground. The analysis table comprises a step indicating unit(24), a load indicating unit(32), plantar display units(20a,20b), a function operating unit(26), a level manipulation part(28), and conversion ratio palanquin bearer. The step display unit displays target step which is set and input for each step.

Description

Weight swing change union one golf swing attitude stretcher

The present invention relates to a golf swing posture corrector that can correct the swing motion by correcting the self-correcting analysis, and more specifically, by setting the golf swing motion step by step to quantify the sole load state of both feet in contact with the ground By setting the standard value for each step, if the actual swing motion is made, the posture state according to the change in the load movement of both feet transmitted by the golf practitioner is directly compared with the set standard value of the step so that it can be confirmed on the screen with the naked eye. The present invention relates to a golf swing posture correcting device that combines a change in weight movement that a golf practitioner (training golfer) can conveniently and accurately self-analyze and correct his golf swing movement.

In golf, correcting the wrong swing posture is paramount to improving golf skills. In the wrong swing posture, the golf ball can not be blown exactly in the intended direction, and the distance of the golf ball can of course be shortened. In particular, the wrong blow action can cause a large amount of stress on the joints such as the waist, neck, legs, and shoulders. do.

Therefore, golf practitioners who are beginners of golf need accurate posture correction for their swing motions in order to acquire the correct swing posture, and even for professional golfers who have already reached a considerable level, Naturally, there is a need.

The swing motion analyzer (both apparatus and system) is used as a means of correcting the swing posture of a golf beginner, such as a beginner golfer, in particular, to have an accurate and smooth swing motion when hitting. Most analyzers introduced so far are used. They analyze the golfer's swing posture and compare the swing posture with the standard golfer's swing posture to correct the wrong part, and measure the swing path and impact point of the golf club to estimate the direction and distance of the ball. In addition to the method of batting analysis and video data such as moving pictures and still pictures, the method of measuring the change of weight movement of a training golfer and analyzing the swing position incorrectly in various ways is introduced.

However, the introduced swing posture correctors and methods have been difficult to install at indoor golf practice ranges where the space for use is limited due to the limited installation place and environment, and the practice of swinging with a lot of cost and hassle attached sensors As a result, it is difficult to obtain the actual natural swing motion, and structural inconveniences and problems that may result in a different analysis result are not solved. In other words, rather than analyzing the overall accurate hitting posture of the practice golfer practicing swing practice, it is simply an interesting scene capture level using a large screen.

As a result, training golfers who practice golf swings can accurately analyze their own swing motions and cause distrust to training golfers (thrusters) who want to be able to correct the wrong posture. In the early stages of golf, golfers may not be properly provided with the proper role and function as a swing posture correction means for obtaining a correct hitting posture.

Therefore, the present invention has been developed to introduce a new golf swing posture corrector that can be corrected by the correct hitting posture through accurate analysis according to the weight movement step by step during the golf swing movement of their own, in particular golf swing motion In order to quantify the load change standard of golf practitioners who can get the most optimal swing posture, it is divided into six stages from the ready posture of equal weight (load) to the palosru where the left foot is weighted after impact. When the actual swing motion is made, the golf practitioner's changing value for the corresponding step by step is directly compared with the set reference value. To allow you to lose weight It is an object of the present invention to provide a golf swing posture correcting device that combines a change in weight shift of a new operating concept using dynamic change.

The present invention detects the change in the load movement for the step-by-step motion during the golf swing practice and compares the measured value detected during the actual swing motion of the step with respect to the reference value set as the optimal load value for the step by step to determine whether to correct the swing posture of the step In configuring a golf swing posture corrector that is automatically judged and displayed, the soles of the foot are formed on both sides of the swing ground plate so that the golf practitioner can step on both sides to perform the swing position (movement). Is a load detector with load sensing means evenly installed at both sides of each foot grounding part so that the load of the golf practitioner can be sensed, and a step display unit displaying the corresponding step inputted step by step and optimal numerical step Load indicator that displays the reference value of left foot load The sole display unit, in which the lamp position of the reference value for the load distribution is displayed on the front surface, is respectively formed on the front surface, and on the upper side or one side, a function control unit and a level operation unit for controlling and inputting the function of each display unit are formed. The product is basically composed of an analysis indicator with a built-in conversion comparator that compares and judges the measured values transmitted through the load sensing means of the detector.

Particularly, the load detector detects the foot ground at the front and rear of the corresponding position when the foot position of both feet that are grounded on the upper swing ground plate is operated according to the condition of the golf practitioner and the swing position is taken from the front or rear position. , The load sensing means for detecting the change in the movement of the step by step of the golf practitioner through the sole of the sole is characterized in that any one of the load cell or strain gauge or other load detection sensor is applied.

In addition, the analytical indicator shows that the golf practitioner's corresponding measurement value for the change of load in the stepping swing position is set as the optimal reference value for the stepping swing position through the function control unit and the level control unit or compared with a randomly entered reference value. The cognitive light indication and sound indication are made to correct the swing posture of the golf practitioner's corresponding step, and the load distribution of the left foot to the total 100% load of both soles of the display part divided into six levels is operated in the first step swing. In the preparation stage, it is 50% of the same level as the right foot, and the stage 2 backswing preparation stage and the stage 3 backswing stage are about 40% with the load slightly on the right foot relative to the left foot, and the stage 4 downswing stage and 5 stage. The impact stage of the stage is about 60% of the load from the right foot to the left foot as opposed to the back swing stage. In the six-stage Palosuru stage, 85% of the total load is left to the optimum level, and each operating lamp for each front and heel of the left and right soles of the foot is one stage swing. From the preparatory stage to the downswing stage of step 4, both the heel and heel portions of both the left and right feet are turned on, and at the impact stage 5 and the palosru stage 6, the operation lamp of the heel region of the right foot is turned off. .

Golf swing posture correcting device combining the change in weight movement according to the present invention, the measured value for the change in weight movement according to the step-by-step swing movement without the advice or assistance of a professional golfer during the swing operation of the golf is delivered immediately set On the basis of this, the result of detecting and analyzing the correction may be displayed on the light bar, thereby allowing the golf practitioner to swing while visually confirming whether the swing posture of the step is corrected. In other words, the golfer's own swing posture can be immediately checked and analyzed by looking at the data displayed for each step motion, so that the correct posture correction of the golf swing can be properly performed and practiced.

This does not require expensive video data required by the existing golf swing posture corrector, which not only reduces the cost itself, but also helps the golf practitioner practicing swing posture to swing his / her own wrong swing posture. At the same time, it is easy to calibrate the swing motion of the correct posture at the same time, there is an effect that can be carried out simple and accurate golf swing motion correction work without wasting the complexity and cost of the device. As a result, since the golf practitioner can analyze his / her own relatively simple and accurate swing movement without the help of a professional golfer, the golfer can easily learn golf skills and easily correct them when an error occurs. It is expected that the effect can be provided.

Figure 1 is an overall product configuration for a golf swing posture corrector combined with a change in body weight movement according to the present invention.
Figure 2a and Figure 2b is an operation display showing a change in the weight of each step of the swing operation through the golf swing posture corrector in combination with the weight change of the present invention and the lamp display state of the sole for it.
Figure 3 is a flow chart of the operation of the golf swing posture corrector combined change in weight movement according to the present invention.

Hereinafter, when the golf practitioner performs a swing posture (movement) step by step according to the present invention, the measured value (load) of the corresponding swing motion is transmitted and detected through the load sensor 40 and directly compared with the reference value set in the analysis display 10. The operation principle of the golf swing posture corrector which combines the change of the weight which can correct the wrong swing posture (government) by the golf practitioner himself and is displayed through the operation of the lamp on the screen. The configuration will be described in detail with reference to the drawings of the preferred embodiment.

1 is a load sensor 40 that a golf practitioner climbs on both feet to take a swing motion so that an incorrect operation state can be determined by combining a change in weight during a swing motion of a golf practitioner according to the present invention; A measurement value detection signal is provided by the analysis indicator 10 for displaying and displaying a signal for checking whether or not the swing posture is corrected by comparing and analyzing the corresponding measurement value of the golf practitioner step by step from the load sensor 40. Figure 2a and 2b shows the overall configuration of the golf swing posture corrector electrically connected via a signal cable 34 is transmitted, each step swing through the golf swing posture corrector combined weight change of the present invention Changes in weight shift during operation, and the respective operation lamps 22a and 22 located at the heel and heel of both sole display portions 20a and 20b. The operation display showing the operation (lighting and turning off) state of b) is shown. For the convenience of drawing, the operation lamps 22a of the heel and heel which are located before and after the sole ground portion 52a of the load sensor 40 and the sole indicator 20a of the analytical indicator 10 are displayed. The front and rear positions are denoted by the same reference numerals without distinguishing the reference numerals a and b, and, of course, the operation lamps before and after the sole ground portion 52b and the sole display portion 20b where the right foot of the golf practitioner is located and the operation state thereof is displayed. 22b) Also, for convenience of description, the same reference numerals are used to identify the same reference numerals a and b.

As shown in the figure, the golf swing posture correcting device combining the change in weight movement according to the present invention golf through a light-emitting display that analyzes and displays their swing motion (posture) based on the step-by-step reference value of the analysis indicator 10 Because the practitioner can check it immediately and conveniently, the device is configured to easily acquire the correct swing motion, which is the core of golf technology, and to easily correct it when an error occurs.

Particularly, the present invention provides a more accurate and appropriate understanding of an optimal posture technique suitable for one's physical characteristics according to an operation principle that emits and displays an analysis result combining a change in weight movement during a swing step. When the golf hitting action, the mechanics of the swing principle should be preceded. Then, even golf practitioners as well as skilled golfers should consider golf swing motions by considering the specificity of each user. It can be completed according to physical condition and ability.

As you know, the golf swing is made by the interaction of the soles of the feet, which are almost fixed on the ground, with the club head in the hand. The measured value measured at each stage by measuring is configured to be able to perform a comparative analysis with a reference value, which is the basic data set or arbitrarily input to the analysis indicator 10, that is, the result of the comparative analysis is the load display unit of the analysis indicator ( 30) and the sole display portions 22a and 22b are displayed to emit light so that the golf practitioner can more conveniently and accurately check and correct his swing position.

Golf swing posture correcting apparatus of the present invention for implementing the principle of operation, the sole ground footing on both sides of the swing ground plate 50 so that golf practitioners can step by step on both sides of the swing (50) 52a and 52b, and load sensing means 56a are equally applied to both of the sole ground portions 52a and 52b so that the golf practitioner's load is transmitted and sensed below the swing ground plate. The load sensor 40 provided with the 56b is comprised.

In addition, the load sensor 40 is a golf ball 62 is placed on the golf ball support 60 by operating the switch switch 44 according to the conditions of the golf practitioner foot position of the ground that is grounded to the upper swing ground plate 50 When stepping on the foot in the front or rear position with respect to the base), the foot grounding portion 52a, 52b at the front and rear corresponding position is configured to be detected and operated, through the grounding portion 52a, 52b. Load sensing means (56a, 56b) is any one of the load cell or the strain gauge or other various load detection sensors are properly applied and configured to detect the movement change of the step by step of the golf practitioner.

In particular, the load sensing means 56a, 56b provided at the bottom of the swing ground plate 50 to detect the change in load movement in the load sensor 40 is basically provided on both left and right sole display portions 52a, 52b. It is preferable to be configured in both sides with a predetermined interval for each, which is 6 each of the three left and right for each sole display portion (52a) (52b) is installed corresponding to the golf practitioner swinging on the corresponding sole display portion (52a) (52b) Changes in the load movement of the sole can be accurately detected and measured.

In addition, in the load sensor 40 of the present invention, the sole display portions 52a and 52b of the left foot and the right foot are basically configured on the left and right sides, respectively, centering the golf ball 62 hitting according to the physical condition and taste of the golf practitioner. These sole display portions 52a and 52b are formed in front and rear sides so as to swing in a front or rear position, so that the changeover switch 44 formed on one side of the load sensor 40 together with the power switch 42 is provided. The front and rear sole display portions 52a and 52b can be selectively applied and operated conveniently through the manipulation.

In addition, the analysis indicator 10 which transmits the measured value from the load sensor 40 and compares and analyzes the set reference value to display the corresponding calibration signal, the step display unit 24 displaying the corresponding step set in six steps. And a load display unit 32 for displaying the optimal numerical value of the left foot load for the corresponding step of the six steps and the sole display unit 20a, 20b for displaying the lamp position of the reference value for the sole load distribution of both feet for each step. Together with the step display section 24 is formed on the front.

In addition, on the upper side or one side of the load sensor 40, there is a function operation unit 26 capable of operating the functions of each of the display units 24, 32, 20a and 20b, and a level operation unit 28 capable of numerical input adjustment. The function manipulation unit 26 includes a menu button for selecting and adjusting individual display units based on a power button for turning on / off the analysis indicator 40 and an input button for inputting and storing a set reference value. Level control unit 28 is a numerical input key and adjustment that can be entered by finely adjusting the reference value set so that the change in load movement according to the movement of the sole according to the desired golf swing posture step by step to operate in the optimal operating state Preferably, a setting key or the like is installed.

In addition, the conversion comparison unit for determining the comparison between the set reference value and the golf practitioner step-by-step measurement measured and transmitted through the load detection means (56a, 56b) of the load sensor 40 in the analysis indicator (10) ( (Not shown in the drawing), the conversion comparison unit is a digital signal of the analysis indicator 10 to the analog signal of the load change of the golf practitioner detected through the load sensing means (56a, 56b) of the load sensor 40, of course Of course, the conversion operation is performed as a digital signal to be compared with the reference value. In addition, the measured value transmission signal from the load sensor 40 is transmitted through the signal cable 34, of course, the conversion operation.

On the other hand, by configuring the golf swing posture correction device of the present invention by analyzing whether or not the golf practitioner's step-by-step correction of the measurement value from the load sensor 40, the analysis indicator 10 that is displayed light-emitting, the movement of the load in the swing posture step by step Emission indication and sound whether the corresponding measurement value of the golf practitioner detected for the change is within the normal level range compared with the reference value input or set as the optimal reference value of the swing posture by the function control unit 26 and the level control unit 28. Is displayed and configured to correct the swing posture of the golf practitioner's step, in the calibration device of the present invention is divided into six steps of the swing motion of the golf is operated in detail step by step measurement value of the golf practitioner data is measured and measured The step display light emitting lamp of the corresponding step selected from the step display section 24, which is six levels, may be operated and displayed. It is configured to be.

That is, the step display unit 24 of the analysis indicator 10 constituting the golf swing posture correcting apparatus of the present invention is composed of six stages, which are the kinetic energy from the both feet to the hips and torso on both sides of the relatively large weight by segmental movement. 3, the club head is connected to a relatively light shoulder arm and hand, and the club head is based on the swing posture of generating the highest speed. As shown in the operation flow diagram of the swing preparation, backswing preparation, backswing, downswing, impact (Impect), follow through (Step Through) is carried out in six steps.

As described in the six step characteristics of the golf swing motion according to the present invention as shown in the step-by-step operation display screen of Figures 2a and 2b, first, the swing preparation step (step 1) is equal to 50:50 load of the left foot to the right foot The center of gravity of the whole body is located between the two feet while forming the distribution, and each of the operation lamps 22a and 22b positioned at the corresponding front and heel of both sole display portions 20a and 20b shows the same load distribution. Light emitting operation is performed.

Subsequently, the backswing preparation step (step 2) is performed with the feet, the hips, and the body only moving in the opposite direction to the direction of the golf ball 62, and the rotational axis is already moved to the right foot so that the load movement of the left to right foot is slightly toward the right foot. The load distribution is achieved by 40:60 (40% load distribution of the left foot), which means that the front and heel of both feet show the same load distribution, and the front and rear operating lamps 22a and 22b of the sole display portions 20a and 20b All achieve the indicated operating state.

And the backswing phase (step 3) is made in the backswing preparation stage continuously, the shoulders and arms rotate naturally, the wrist is bent to a suitable state for cocking, and the load movement of the left foot to the right foot is performed in the back swing preparation stage As shown in the figure, the distribution of 40:60 (40% load distribution of the left foot) is still slightly tilted toward the right foot rather than the left foot, and the front and heel of both feet show the same load distribution. Both the operation lamps 22a and 22b are operated to emit light. At this time, the time from the backswing position to the backswing posture takes about 0.7 seconds, and the reason for dividing the backswing motion into two stages is to maintain a proper load of the body around the rotation axis.

In particular, the backswing motion may be referred to as a movement of the golfer's body and the club to any optimal position of the upper right of the body in order to use the downswing. The backswing is a preliminary operation for hitting the golf ball 62, which is a preliminary operation to create an accurate downswing in order for the golf ball 62 to fly toward the target. Back swing position is the ideal swing motion of 90 degrees of shoulders-45 degrees of waist-15 degrees of knee

Downswing, which is a four-step motion, is a motion performed just before the backswing is completed. Only the foot, the hips, and the body are moved in the same direction as the golf ball 62, and the moving load of the left to right foot is three steps. Contrary to the backswing state of the foot, the rotational axis is distributed at 60:40 (60% of the left foot's load distribution), with the load slightly shifted from the right foot to the left foot, and the front and heel of both feet show the same load distribution. Each of the operation lamps 22a and 22b located at the corresponding front and heel of 20a and 20b is light-emitting in both front and rear as in steps 1-3.

In particular, the downswing is an operation that maximizes the rotational acceleration of the club face while the club reaches the next stage of impact stage 5, and if the backswing is a preparation for the downswing, the downswing is a process of impact. In particular, even with a good backswing, if the downswing is wrong, the impact that matches the aspherical line cannot be expected and the correct direction and distance (power) are not guaranteed. Therefore, the downswing is a guide to the impact at the correct speed and angle. If the downswing is correct, the downswing can obtain the exact power (head weight x speed) to match the aspherical line.

In addition, the impact of the fifth stage is the clubhead is the maximum speed to complete the downswing, sending the golf ball 62 in the direction of progress, and the left foot of the rotating shaft is firmly fixed, the left and right foot movement of the four stages of downswing As in the posture, the distribution is continuously maintained at 60:40 (60% load distribution of the left foot) slightly tilted with the left foot. From this stage, the front and heel of the left foot show the same load distribution, while the heel of the right foot is lifted from the ground. Only the heel of the right sole 20b of the two sole display units 20a and 20b turns off the operation lamp 22b, and the remaining three operation lamps 22a and 22b operate normally. The time from downswing to impact is about 0.2 seconds.

The Palosru, the sixth stage of the last stage, distributes the remaining kinetic energy naturally to the whole body after the impact stage, which is the first stage, which is 80-90% of the total load toward the left foot (preferably 85% of the load distribution on the left foot). In particular, the front and heel of the left foot exhibit the same load distribution, while the heel of the right foot is lifted from the ground and most of the load is directed toward the left foot.

Therefore, while the front and heel of the left foot show the same load distribution, the heel of the right foot is lifted from the ground and the golf practitioner's load is almost biased to the left foot, so that in the impact operation of the previous step of the two sole display parts 20a and 20b. As described above, only the heel of the right sole display portion 20b turns off the operation lamp 22b, and the remaining three operation lamps 22a and 22b normally emit light.

For reference, since the final purpose of the golf swing motion is to blow the golf ball 62 far and away, focusing only on hitting the golf ball tends to neglect the motion after impact. Palosru is a motion that stops the movement of the body gradually by reducing the rotational speed of the club face from the moment of impact. After the impact, the club head's rotational motion acts in the opposite direction of gravity, resulting in a naturally occurring swing and unconscious movement. However, it is necessary to pay close attention to the impact before and after the impact because it takes too short to recognize the impact. Therefore, Palosuru does not directly affect the ball, but guides the correct path of the club passing, the golf swing motion correction device of the present invention to help the swing posture to be more precisely corrected to practice practice.

On the other hand, the numerical value of the load distribution applied in the golf swing posture corrector combining the shift of the weight of the present invention is not a fixed value, but a variable value as an arbitrary setting value. This is the initial value, but it can be configured separately through the function control unit and the level control unit of the data input function so that the user can modify it himself. In addition, the error range can also be set separately and input, and as a comparison system that compares the measured value, which is the swing value of the golfer (golf practitioner), which is a setting value made at each step, a conversion comparison unit is built in, and the comparison value is divided into six steps. By setting (designating) each step standard value, it enables circulation operation by step or section.

For example, if you enter the six stages of operation only step 1 staging the swing preparation step, only the staging step is continuously compared to the data to inform the golfer to the screen or buzzer. In addition, if the first stage of the swing preparation stage and the third stage backswing stage is set, it is possible to compare and check the operation status of this section more conveniently by continuously comparing the measured values of the swing preparation posture and back swing operation state with the set reference value. As a result, the golf swing motion correction apparatus of the present invention can determine the reference value by subdividing the corresponding motion by each step or section, and achieves a system in which the golfer himself can conveniently and accurately correct the motion (swing posture) suitable for the reference value.

Particularly, the golf swing motion correcting device which allows the golfer's swing position to be corrected structurally conveniently and accurately by the combination of comparative analysis of the reference value of the measured value according to the change of the load during the swing motion of the golf according to the present invention, By configuring the load sensing means 56a, 56b in these six areas while the toe part, which is the heel part and the heel part, is divided into six areas so as to step on and step on different bases of the soles of the soles 52a, 52b. During the golf swing operation, the weight change of the front and rear as well as the minute change according to the weight movement to the left and right can be precisely measured to determine whether or not the correct correction in the golfer swing posture of the corresponding step.

In addition, in the golf swing posture corrector incorporating the change in weight movement according to the present invention, if the load of the corresponding foot that is shifted and changed in the total load of the left foot and the right foot is detected less than 10% compared to the total load of both feet 0% detection At this level, it can be recognized as being lifted away from the corresponding sole position of the sole ground portions 52a and 52b.

For reference, the operational relationship between the load sensing means 56a and 56b of the load sensor according to the present invention will be described in detail. The front sole ground portion 52a closer to the golf ball 62 side by the operation of the changeover switch 44 will be described. When the 52b is operated, the load sensing means 56a and 56b of the front L1-L2-R1-R2 are reacted and detected, and the load far behind the golf ball 62 is relatively detected. In order to operate the sensing means, the load sensing means 56a and 56b of L2-L3-R2-R3 are selected and operated without the operation of L1-R1 in the left and right front.

And if the selector switch 44 is selected to be in front of the golf ball 62. L1 + L2 = left foot load (L), R1 + R2 = right foot load (R). In addition, when the changeover switch 44 is selected to the position behind the golf ball, L2 + L3 = left foot load (L), R2 + R3 = right foot load (R) is operated and operated, where L1, L2, R1, R2 The scale of the body is recognized as 0 when less than 10% of the total load L + R, and in this case, the operation lamps 22a and 22b of the corresponding sole position of the sole display portion 20a (20b) displayed are turned off and turned off. Is displayed.

,

의 수식관계로서 계산 분석되며, 특히 좌우 3개씩 각각 발바닥접지부(52a)(52b)에 대해 6개의 하중감지수단(56a)(56b)으로 조합하는 이유는 신장과 클럽 길이에 따라 개인별로 다를 수 있으므로 신뢰할 수 있는 약간의 오차수준을 둠이 바람직하다.And when L + R = 100,

,

The reason for combining six load sensing means 56a and 56b for the sole ground portions 52a and 52b, respectively, may be different for each person according to height and club length. Therefore, it is desirable to have some reliable error level.

10: analysis indicator 20: sole display unit
22a, 22b: Operation lamp 24: Step display part
26: function control unit 28: level control
30: indicator support 32: load indicator
34: signal cable 40: load detector
42: power switch 44: switching switch
50: swing ground plate 52a, 52b: the sole ground portion
56a, 56b: load sensing means 60: golf ball support
62: golf ball

Claims (3)

Detects the change of load movement for step movement during golf swing practice and compares the measured value detected during the actual swing movement of the step against the reference value set as the optimum step value for each step, and automatically judges whether to correct the swing posture of the step In configuring the displayed golf swing posture corrector,
Sole ground portions 52a and 52b are formed on both sides of the swing ground plate 50 so that the golf practitioner can step on both sides and perform a stepwise swing position (movement). Load detectors 40a and 56b each having load sensing means 56a and 56b equally disposed at both positions of each of the soles of the ground so as to be transmitted and sensed;
Step display section 24, which displays the corresponding step inputted by step, load indicator 32 showing the reference value of the optimal numerical value of the left foot, and lamp position of the reference value for the foot load distribution of both feet The sole display unit 20a, 20b is formed on the front surface, respectively, on the upper side or one side, a function operation unit 26 and a level operation unit 28 are formed to operate and adjust the function of each display unit. The golf swing posture combined with the change in weight movement, characterized in that it comprises a basic analysis indicator (10) with a built-in conversion comparison unit to compare and analyze the measured values sensed and transmitted through the load sensing means of the load sensor Calibration device. The method according to claim 1,
The load sensor 40 swings the foot at the front or rear position with respect to the golf ball by manipulating the switch 44 in accordance with the conditions of the golf practitioner is the position of both feet grounded to the upper swing ground plate 50 When the posture is taken, the sole ground portion 52a, 52b at the corresponding position before and after is detected and the load detecting means 56a, 56b for detecting the change in the movement of the step by step of the golf practitioner through the sole ground portion is a load cell or the like. A golf swing posture corrector incorporating a change in weight movement, characterized in that any one of a strain gauge or other load sensor is applied. The method according to claim 1,
The analysis indicator 10 is a golf practitioner's corresponding measurement value detected for the change in the movement of the load in the step-by-step swing attitude set to the optimal state reference value of the step-by-step swing attitude through the function operation unit 26 and the level operation unit 28 or random input It is configured to correct the swing posture of the golfer's step by displaying the luminous indication and sound whether it is in the normal level compared with the standard value. The load distribution of the left foot is about 50% of that of the right foot in the first stage of swing preparation, and the backswing preparation stage of step 2 and the backswing stage of stage 3 are around 40% of which the load is slightly biased toward the right foot relative to the left foot. The downswing stage and the impact stage of the fourth stage are about 60% of the load that is directed toward the left foot as opposed to the backswing stage. The Palosru stage of step 6 is set to an optimum reference level of about 85% of the load most of which is left to the left, and the respective operation lamps 22a for each front and heel of the left and right sole display parts 20a and 20b. (22b) lights up the heel and heel of both left and right feet from the stage 1 swing preparation stage to the stage 4 down swing stage, and the operation lamp of the right heel region in the impact stage 5 and the palosru stage 6 Golf swing posture corrector combined with a change in body weight, characterized in that configured to be turned off.

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