KR102393411B1 - Comparing and correcting golf swing posture using a swing correction system, an application that checks two golf images and result data in one layer - Google Patents

Abstract

The present invention analyzes the swing posture through the user's swing image captured through a camera and the divot animation generated by the divot value of the divot unit, and the swing speed of the golf club, the swing angle of the golf club, the golf club swing form, and the golf The angle of the club head, the hitting angle of the golf ball, the speed of the golf ball, the distance of the golf ball and the trajectory of the golf ball are displayed on the screen of the terminal unit, and the swing image and divot animation of the professional golfer transmitted from the server are displayed on one screen. It allows the user to easily correct the posture by comparison, and the user can check the user's swing video and divot animation stored at any time through the application on the terminal, and any professional golfer's swing posture and divot animation can be displayed on the user's swing. It relates to a golf swing posture comparison and correction method using a swing correction system that can compare swing postures compared with images and divot animations, and an application that overlaps two golf images and result data into one, wherein a user through a divot unit Detecting a divot in the position where the golf club has passed when swinging the golf club and transmitting it to the terminal; transmitting an image captured by a plurality of cameras for photographing the user's swing in various directions to a terminal unit; processing the images of the cameras received from the terminal and the detection value of the divot unit to display the protractor and the orbiter on the image of the camera, and animating the detection value of the divot unit; displaying the detected value of the image and the animated divot unit in which the protractor and the orbiter are formed in the terminal unit; A step of requesting and receiving a server swing image and animation of a professional golfer corresponding to the image and animation displayed on the terminal unit, and the swing image and animation of the professional golfer received from the server are displayed on the screen of the terminal unit, the user's swing image and Displaying on one screen overlapping the animation, dividing the video and animation on a plurality of screens according to the video in the terminal, and enlarging and displaying the video and the divot animation in the terminal through the user's selection characterized in that

Description

Comparing and correcting golf swing posture using a swing correction system and an application that overlaps two golf images and result data into one one layer}

The present invention relates to a golf swing posture comparison and correction method using a swing correction system and an application that overlaps two golf images and result data into one, and more particularly, a swing image of a user captured through a camera and a divot part By analyzing the swing posture through the divot animation generated by the divot value, the swing speed of the golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, The distance of the golf ball and the trajectory of the golf ball are displayed on the screen of the terminal unit, and the swing image of the professional golfer and the divot animation transmitted from the server are compared on one screen so that the user can easily correct the posture, and the user can correct the posture of the terminal. The user's swing video and divot animation can be checked at any time through the sub application, and any professional golfer's swing posture and divot animation can be compared with the user's swing image and divot animation to compare swing postures. It relates to a golf swing posture comparison and correction method using a system and an application that overlaps two golf images and result data into one.

In general, in various golf swing analysis software using a camera, one's own golf swing and the golf swing of a professional golfer are superimposed and expressed in one scene, or it is performed in various ways such as linking with a smartphone application.

However, in the case of an image-based golf posture correction system developed in the past, it takes a long time to analyze the golf posture, because an expert gives several inputs by loading the recorded image and shooting in a specific space. The accuracy was low, so it was difficult for the general public to use it.

In addition, in the past, the golf swing posture correction market in the online golf swing posture correction market has been declining due to the lack of interest, interest, and reliability of users because it consists only of sending an image to correct posture with a drawing pen and a simple comment text message. There was a problem that was gradually shrinking.

The preceding patent claims that the video and voice of a professional golfer can be displayed in real time on a smart device in a live form, and the live golf posture correction application module controls the live golf posture correction application module to be paid 1:1 in cash, while the cash settlement is completed. Targeting the posture correction application module, it is possible to deliver the current golf posture correction value compared to the standard golf posture, the video of the professional golfer’s standard golf posture regarding the golf posture, and the professional golfer’s voice along with the graphic pen notation for the golf posture. , through live voice calls, you can connect with professional golfers and experts to receive golf lessons regardless of time and place, and you can receive direct explanations from the pro golfers about your incorrect swing and insufficient practice through live. Through the primary analysis of artificial intelligence and systematic swing correction, a professional golfer who goes beyond simple swing analysis to receive feedback on supplementary practice drills and exercise method prescriptions including video and audio of professional golfers related to individual swing problems. The composition of the artificial intelligent live golf posture correction device and method through audio and video is described.

However, the prior patent requires a professional golfer to be connected in real time at all times, and since accurate numerical values cannot be displayed, it takes a lot of time for the user to correct his/her posture.

Prior Patent: Korean Patent Publication No. 10-1829879 (2018.02.09.)

The present invention analyzes the swing posture through the user's swing image captured through a camera and the divot animation generated by the divot value of the divot unit, and the swing speed of the golf club, the swing angle of the golf club, the golf club swing form, and the golf The angle of the club head, the hitting angle of the golf ball, the speed of the golf ball, the distance of the golf ball and the trajectory of the golf ball are displayed on the screen of the terminal unit, and the swing image and divot animation of the professional golfer transmitted from the server are displayed on one screen. It allows the user to easily correct the posture by comparison, and the user can check the user's swing video and divot animation stored at any time through the application on the terminal, and any professional golfer's swing posture and divot animation can be displayed on the user's swing. An object of the present invention is to provide a golf swing posture comparison and correction method using a swing correction system that can compare swing postures compared to images and divot animations and an application that overlaps two golf images and result data into one.

A golf swing posture comparison and correction method using a swing correction system according to the present invention for achieving the above object and an application that overlaps two golf images and result data into one is a golf swing posture comparison and correction method when a user swings a golf club through a divot unit Detecting the divot of the place where the golf club has passed and transmitting it to the terminal; transmitting an image captured by a plurality of cameras for photographing the user's swing in various directions to a terminal unit; processing the images of the cameras received from the terminal and the detection value of the divot unit to display the protractor and the orbiter on the image of the camera, and animating the detection value of the divot unit; displaying the detected value of the image and the animated divot unit in which the protractor and the orbiter are formed in the terminal unit; A step of requesting and receiving a server swing image and animation of a professional golfer corresponding to the image and animation displayed on the terminal unit, and the swing image and animation of the professional golfer received from the server are displayed on the screen of the terminal unit, the user's swing image and Displaying on one screen overlapping the animation, dividing the video and animation on a plurality of screens according to the video in the terminal, and enlarging and displaying the video and the divot animation in the terminal through the user's selection characterized in that

In the step of transmitting the image to the terminal unit, the swing image of the user captured through the cameras is processed through an application, and the swing speed of the golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, and the golf ball It is characterized in that the hitting angle of the golf ball, the speed of the golf ball, the distance of the golf ball and the trajectory of the golf ball are displayed together with the image on the screen of the terminal unit.

In the step of displaying in the terminal, detecting a golf ball from the user's swing image taken through the camera; detecting the user's head position and the golf club from the user's swing image taken through the camera; checking the user's swing ready posture through the user's full body image captured by the camera, and confirming whether the readiness is complete; generating a protractor based on the golf ball, and displaying the generated protractor and scale on the image of the terminal; checking whether the user swings the golf club through the terminal unit; tracking a golf ball and a golf club hit due to the golf club swinging by the user; Measuring the tracked swing speed of the golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the flying distance of the golf ball and the trajectory of the golf ball and generating an image by synthesizing the trajectory of the golf club, the speed and the hitting angle of the golf ball with a swing image captured by a camera.

The divot unit, a plurality of pinholes through which a plurality of pins are coupled thereto are formed, and a ball seating plate on which artificial turf is formed in an upward direction; A plurality of through-holes are formed so that the locking protrusion formed at the middle of the pin is penetrated and inserted, and it is formed to be spaced downward from the ball seat plate at a predetermined interval, and to block so that the pin is not lifted more than a certain height when the pin is raised and lowered blocking plate; It is formed in contact with the lower side of the blocking plate, a pin fixing hole is formed so that a plurality of pins pass therethrough, a pin separation preventing protrusion is formed in each pin fixing hole in an inward direction, and each through hole of the blocking plate is formed through a slide. a fixing plate that blocks some; a support plate having a plurality of through-holes formed so that the lower portion of the pin is penetrated, and supporting the pin that is lowered through the clasp of the pin so that the pin is not lowered to a predetermined depth or less; It is formed on the lower side of the support plate and a plurality of detection sensors are formed so as to correspond to the pin, and a sensor unit for sensing the lifting and lowering of the pin, and a sensor unit spaced apart from the lower side of the sensor unit by a predetermined interval and a lifting unit for lifting the support plate. characterized in that

The enlarged and displayed step is characterized in that the front image captured by the camera and the swing image captured at the left or right of the user or at the same time are overlapped with the corresponding image of the professional golfer and displayed on one screen at the same time.

The present invention analyzes the swing posture through the user's swing image captured through a camera and the divot animation generated by the divot value of the divot unit, and the swing speed of the golf club, the swing angle of the golf club, the golf club swing form, and the golf The angle of the club head, the hitting angle of the golf ball, the speed of the golf ball, the distance of the golf ball and the trajectory of the golf ball are displayed on the screen of the terminal unit, and the swing image and divot animation of the professional golfer transmitted from the server are displayed on one screen. There is an effect of allowing the user to easily correct the posture by comparison.

In addition, the user can check the user's swing image and divot animation, which are saved at any time through the application on the terminal, and compare any professional golfer's swing posture and divot animation with the user's swing image and divot animation to determine the swing posture. have a comparable effect.

1 is a view showing the overall sequence of a golf swing posture comparison and correction method using a swing correction system and an application for overlapping two golf images and result data into one according to an embodiment of the present invention.
2 is a view showing the overall system configuration of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one.
3 is a block diagram illustrating a system configuration of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one.
4 is an exploded view showing a divot part of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one.
5 is a view showing the slide operation of the blocking plate and the fixed plate during the configuration of the divot of the golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one. .
6 is a view showing the operation of the divot unit of the golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one.
7 is a view showing the sequence of displaying at the terminal of the golf swing posture comparison and correction method using the swing correction system according to the present invention and an application for overlapping two golf images and result data into one.
8 is a view showing an application screen executed at the terminal of the golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one.
9 is a view showing a front image of a user at the terminal of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one.
10 is a view showing a front image of a user swinging a golf club at the terminal of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one. .
11 is a front view of a user swinging a golf club and hitting a golf ball at the end of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one It is a drawing showing an image.
12 is a side view image of a user swinging a golf club, taken from the terminal of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one It is a drawing.
13 is an image of a user swinging a golf club and an image of a professional golfer at the terminal of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one It is a diagram showing the overlapping display.
14 is a view showing that the camera and the divot animation image are divided and displayed at the terminal part of the golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one It is a drawing.
15 is an image of a user swinging a golf club and an image of a professional golfer at the terminal of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one This is a diagram showing the overlapping display.

Hereinafter, specific embodiments for carrying out the present invention will be described with reference to the drawings. The embodiment of the present invention is intended to explain one invention, and the scope of rights is not limited to the illustrated embodiment, and the illustrated drawings are limited to the drawings because only the essential content is enlarged and illustrated for clarity of the invention and incidental elements are omitted should not be interpreted as such.

The present invention includes the steps of detecting a divot in the position where the golf club has passed when the user swings the golf club through the divot unit 100 and transmitting it to the terminal unit 20 (S10); Transmitting the image taken through a plurality of cameras 10 for photographing the user's swing in various directions to the terminal unit 20 (S20); The image of the cameras 10 received from the terminal 20 and the detection value of the divot unit 100 are processed to display the protractor and the orbiter on the image of the camera 10, and the detection of the divot unit 100 Animating the value (S30); Displaying the detected value of the image and the animated divot unit 100 in which the protractor and the orbiter are formed in the terminal unit 20 (S40); A step (S50) of requesting and receiving a swing image and animation of a professional golfer corresponding to the image and animation displayed on the terminal unit 20 from the server 30 (S50) and a swing image of a professional golfer received from the server 30 And the animation is displayed on one screen by overlapping the user's swing image and animation on the screen of the terminal unit 20, and the image and animation are divided and displayed on a plurality of screens according to the image in the terminal unit 20 to select the user It characterized in that it comprises the step (S60) of displaying the corresponding image and divot animation by enlarging the image and the divot animation in the terminal unit (20).

In the step (S20) of transmitting the image to the terminal unit 20, the user's swing image captured through the cameras 10 is processed through an application, and the swing speed of the golf club, the swing angle of the golf club, and the golf club swing It is characterized in that the form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the flying distance of the golf ball, and the trajectory of the golf ball are displayed together with the image on the screen of the terminal unit 20 .

In the step of displaying in the terminal 20 (S40), the step of detecting a golf ball in the swing image of the user taken through the camera 10 (S41); detecting the user's head position and the golf club from the user's swing image taken through the camera 10 (S42); Confirming the user's swing ready posture through the user's full body image taken by the camera 10, and confirming whether the preparation is complete (S43); generating a protractor centering on the golf ball, and displaying the generated protractor and scale on the image of the terminal unit 20 (S44); Checking whether the user swings the golf club through the terminal unit 20 (S45); tracking the golf ball and golf club hit due to the golf club swinging by the user (S46); Measuring the tracked swing speed of the golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the flying distance of the golf ball and the trajectory of the golf ball (S47) and generating an image by synthesizing the trajectory of the golf club, the speed, and the striking angle of the golf ball with the swing image captured by the camera 10 (S48).

The divot unit 100 includes a ball seating plate 110 in which a plurality of pinholes (h) through which a plurality of pins 120 are coupled through are formed, and artificial turf is formed in an upward direction; A plurality of through-holes hc are formed so that the locking protrusion 121 formed at the middle of the pin 120 is penetrated and inserted, and is formed to be spaced downward from the ball seating plate 110 by a predetermined interval, and the pin a blocking plate 111 that blocks the elevation from being raised to a certain height or higher when the 120 is lifted; It is formed in contact with the lower side of the blocking plate 111, and a pin fixing hole ho is formed so that a plurality of pins 120 pass therethrough, and a protrusion for preventing the pin 120 from being separated is formed in each pin fixing hole ho (ho). d) a fixing plate 112 formed in an inward direction and blocking a portion of each through hole hc of the blocking plate 111 through a slide; A plurality of through holes (hp) are formed so that the lower portion of the pin 120 passes through, and the pin ( a support plate 113 for supporting 120; A plurality of detection sensors 131 are formed on the lower side of the support plate 113 to correspond to the pins 120 to detect the elevation of the pins 120 and the sensor unit 130 of the sensor unit 130 . It is characterized in that it includes a sensor unit 130 and a lifting unit 140 for elevating the support plate 113, which are formed to be spaced apart from each other by a predetermined interval on the lower side.

In the step of enlarging and displaying (S60), the front image photographed through the camera 10 and the swing image photographed respectively or simultaneously on the left or right side of the user are overlapped with the corresponding image of the professional golfer and displayed on one screen at the same time. characterized in that

1 is a view showing the overall sequence of a golf swing posture comparison and correction method using a swing correction system according to an embodiment of the present invention and an application that overlaps two golf images and result data into one, and a divot unit 100 ) through the step (S10) of detecting the divot at the position where the golf club has passed when the user swings the golf club and transmitting it to the terminal unit 20 (S10), a plurality of cameras 10 that shoot the user's swing in various directions Transmitting the captured image to the terminal unit 20 (S20), the image of the cameras 10 received from the terminal unit 20 and the detection value of the divot unit 100 are processed by the camera 10 Displaying the protractor and the orbiter on the image, and animating the sensed value of the divot unit 100 (S30), the image and the animated divot unit 100 with the protractor and the orbiter formed therein (20) In the step of displaying (S40), the step (S50) of requesting and receiving the swing image and animation of the professional golfer corresponding to the image and animation displayed on the terminal unit 20 from the server 30 (S50) and transmission in the server 30 The received swing image and animation of the professional golfer are superimposed on the screen of the terminal unit 20 and the user's swing image and animation are displayed on one screen, and the image and animation are divided into multiple screens according to the image in the terminal unit 20 and displaying the image and the divot animation through the user's selection to enlarge and display the image and the divot animation in the terminal unit 20 (S60).

2 is a view showing the overall system configuration of a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one, and FIG. 3 is a swing according to the present invention. It is a block diagram showing a system configuration of a golf swing posture comparison and correction method using a correction system and an application that overlaps two golf images and result data into one, and FIG. 4 is a swing correction system according to the present invention and two golf images and It is an exploded view showing a divot part of a golf swing posture comparison and correction method using an application that overlaps the result data as one, and FIG. It is a view showing the slide operation of the blocking plate and the fixed plate during the configuration of the divot part of the golf swing posture comparison and correction method used, and FIG. 6 is an application that overlaps two golf images and result data with the swing correction system according to the present invention It is a view showing that the divot part of the golf swing posture comparison and correction method using And it is a view showing the sequence of the steps displayed in the terminal of the correction method, Figure 8 is a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one It is a view showing an application screen executed in the terminal of, Figure 9 is a golf swing posture comparison and correction method using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one at the terminal of the correction method It is a view showing a frontal image of a user, and FIG. 10 is a golf swing posture using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one. It is a view showing a front image of a user swinging a golf club at the terminal of the comparison and correction method, and FIG. 11 is a golf swing using the swing correction system according to the present invention and an application that overlaps two golf images and result data into one. It is a view showing a front image in which a user swings a golf club and hits a golf ball at the terminal of the posture comparison and correction method, and FIG. It is a view showing a side image of a user swinging a golf club, taken at the terminal of a method for comparing and correcting golf swing posture using an application, and FIG. 13 is a swing correction system according to the present invention and two golf images and result data. It is a view showing that an image of a user swinging a golf club and an image of a professional golfer are overlapped and displayed at the terminal of a method of comparing and correcting a golf swing posture using an application that overlaps one check, and FIG. 14 is a swing correction system according to the present invention. It is a view showing that the camera and the divot animation image are divided and displayed on the terminal part of the golf swing posture comparison and correction method using an application that overlaps the two golf images and result data into one, and FIG. A diagram showing that an image of a user swinging a golf club and an image of a professional golfer are displayed overlaid on the terminal of a method for comparing and correcting a golf swing posture using a swing correction system and an application that overlaps two golf images and result data into one am.

1 to 3 , the step (S10) of detecting the divot and transmitting the divot to the terminal unit 20 includes the user hitting the golf ball placed on the upper side of the divot unit 100 through the swing of the golf club. When the golf club has passed, the divot is sensed through the divot unit 100 and transmitted to the terminal unit 20 .

In this case, the terminal unit 20 is made of a mobile device such as a smart phone or tablet PC possessed by the user, or a device capable of wireless communication, such as a laptop.

4 to 6, the divot unit 100 has a plurality of pinholes (h) through which a plurality of pins 120 are coupled, and a ball seating plate 110 on which artificial turf is formed in an upward direction. , a plurality of through-holes hc are formed so that the locking jaw 121 formed at the middle of the pin 120 is penetrated and inserted, and is spaced downward from the ball seating plate 110 by a predetermined interval, and the pin When the 120 is lifted, the blocking plate 111 that blocks so as not to be raised above a certain height, is formed in contact with the lower side of the blocking plate 111, and a pin fixing hole ho is provided so that a plurality of pins 120 pass therethrough. is formed, and a protrusion (d) for preventing separation of the pin 120 is formed in each pin fixing hole (ho) in an inward direction, and a portion of each through hole (hc) of the blocking plate 111 is blocked through a slide A plurality of through-holes hp are formed so that the lower portion of the fixing plate 112 and the pin 120 is penetrated, and the pin 120 is not lowered to a predetermined depth or less through the locking protrusion 121 of the pin 120 . A support plate 113 for supporting the lowered pin 120, is formed below the support plate 113, and a plurality of detection sensors 131 are formed to correspond to the pin 120 to detect the lifting and lowering of the pin 120 The sensor unit 130 and the sensor unit 130 and the sensor unit 130 formed to be spaced apart from the lower side of the sensor unit 130, and a lifting unit 140 for elevating the support plate 113 is included.

The ball seating plate 110 of the divot unit 100 has artificial turf formed on the upper side so that the user can place a golf ball and swing a golf club to hit a golf ball, and a plurality of pins 120 are formed at regular intervals. It is formed through so that the pin 120 at the position where the club head passes when hitting the golf ball with the golf club is lowered.

At this time, the pin 120 is formed in a bar shape, and a stopping protrusion 121 is formed in the middle.

The blocking plate 111 is formed to be spaced apart from the lower side of the ball seating plate 110 by a predetermined interval, and a through hole hc is formed so that the locking jaw 121 of the pin 120 can pass therethrough, and a fixing plate ( The through hole hc is partially blocked through the 112 , so that the locking jaw 121 of the pin 120 is caught so that the pin 120 is not separated from the upper side of the blocking plate 111 .

The fixing plate 112 has a pin fixing hole ho formed at a position corresponding to the through hole hc of the blocking plate 111 so that both the front and rear directions or the left and right directions are connected, and the pin fixing hole ho is the fixing plate ( When the 112 is slid and moved, the protrusion d is formed inwardly so that the locking jaw 121 of the pin 120 is caught and blocked.

The fixing plate 112 is slid forward and backward or left and right through the driving motor 115 so that the protrusion d partially blocks the through hole hc of the blocking plate 111 .

The support plate 113 is formed to be spaced apart from the lower portion of the fixing plate 112 by a predetermined interval, a plurality of through holes hp are formed so that the lower portion of the pin 120 is penetrated, and the through holes hp are the pins 120 . The locking jaw 121 of the pin 120 that is formed smaller than the locking jaw 121 of the lowered pin 120 is caught so that it is supported without being separated to the lower side.

A buffer body 114 is formed on the upper surface of the support plate 113 to cushion the impact when the pin 120 is lowered, thereby preventing the pin 120 from being damaged.

A sensor unit 130 is formed on the lower side of the support plate 113 to be spaced apart from each other by a predetermined interval to detect a descending speed or a descending pressure according to whether or not the pin 120 is descended and transmitted to the terminal unit 20 .

The sensor unit 130 and the support plate 113 are raised and lowered so that the upper end of the pin 120 protrudes toward the upper side of the ball seat plate 110 through the lift. The part 140 is formed under the sensor part 130 .

The elevating unit 140 is a jockey or lift type elevating body 143 fixed to the floor and the lower surface of the sensor unit 130 when the rotary motor 141 or the cylinder 141 pushes the drive shaft 142 in the horizontal direction. The sensor unit 130 and the support plate 113 are raised and lowered.

To this end, the sensor unit 130 and the support plate 113 are connected through a connecting rod (c) so that they are simultaneously raised and lowered through the lifting unit 140 .

The sensor unit 130 includes an optical sensor 131 for measuring a descending height of the pin 120 , a laser sensor 131 , a proximity sensor 131 , and a pressure sensor for detecting the descending pressure of the pin 120 in a contact manner. It is made of any one of the piezoelectric sensor 131 that senses the pressure by generating power due to the downward pressure of the pin 131 or the pin 120 .

The sensor unit 130 is formed on a bottom plate coupled to the lifting unit 140, an insulator that is formed on the upper side of the bottom plate to prevent contact between the sensor 131 and the bottom plate, and an insulator that is formed on the upper side of the pin 120 to position the pin 120 . It is composed of a plurality of sensors 131 formed to correspond to.

The sensor 131 is a pressure sensor 131 that senses the downward pressure of the optical sensor 131, the laser sensor 131, the proximity sensor 131, and the pin 120 in a contact manner, or the downward pressure of the pin 120. This may be made of any one of the piezo sensors 131 that sense the pressure by generating power.

When the sensor 131 is composed of an optical sensor 131, a laser sensor 131, or a proximity sensor 131, the height of the pin 120 that is lowered from the lower portion is sensed to determine whether or not the pin 120 is lowered and the height of the lowering. will sense

When the sensor 131 is made of the pressure sensor 131, it detects whether or not the pressure of the pin 120 pressing the pressure sensor 131 is detected by the lowering of the pin 120, and accordingly the pin 120 is lowered. sense the pressure.

At this time, when the sensor 131 is made of the pressure sensor 131, the pin 120 is lowered and directly in contact with the pressure sensor 131, so that an insulator is further formed on the lower side of the pressure sensor 131, A buffer layer is formed between the two insulators to buffer the pressure applied to the pressure sensor 131 , thereby preventing the pressure sensor 131 from being damaged.

When the sensor 131 is made of the piezo sensor 131, power is generated by the downward pressure of the pin 120 applied to the piezo sensor 131, so that the piezo sensor 131 is formed directly above the insulator.

The piezo sensor 131 generates power due to the falling pressure of the falling pin 120 , and the amount of voltage or current generated varies according to the strength of the pressure, so that the pressure strength is determined by the strength of the voltage or current in the terminal unit 20 . It can be calculated and detected.

The sensor unit 130, the elevating unit 140, and the driving motor 115 detect the position, trajectory or area of the divot state after the user swings the golf club through the detection signal of the sensor unit 130, It is transmitted to the terminal unit 20 .

A buffer unit 150 is formed between the bottom of the body 101 to which the sensor unit 130 and the elevating unit 140 are fixed, so that when pressure is applied to the divot unit 100 through a golf club, the To cushion the applied shock.

At this time, the lifting unit 140 is slightly lowered and returned to its original position due to the restoring force of the buffer unit 150 .

The shock absorber 150 may be formed in the form of an absorber to reduce impact, or may be formed of an elastic body such as a spring.

Whether the pin 120 is lowered and the speed or pressure of the pin 120 is lowered by the sensor unit 130 indicates the state of the pin 120 lowered when the golf club swings, and the terminal unit 20 ) so that the divot state can be displayed in color according to the descending speed or the descending pressure, and is switched in the terminal unit 20 , and the converted divot state is animated and displayed in the terminal unit 20 .

When the divot unit 100 detects the divot and transmits it to the terminal unit 20 through the step (S10) of detecting the divot and transmitting the divot to the terminal unit 20, the image is transmitted to the terminal unit 20 Through the step (S20) of the user's swing is transmitted to the terminal unit 20, the image captured by the plurality of cameras 10 for photographing.

At this time, the camera 10 for photographing the user's swing takes one or more images from the front, left, right or upper side of the user and transmits the images to the terminal unit 20 .

The images captured by the plurality of cameras 10 transmitted to the terminal unit 20 through the step (S20) of transmitting the image to the terminal unit 20 are animated in the terminal unit 20 through the step (S30). The received images of the cameras 10 and the detection value of the divot unit 100 are processed to display the protractor and the orbiter on the image of the camera 10 , and the detection value of the divot unit 100 is animated.

At this time, in the step (S20) of transmitting the image to the terminal unit 20, the user's swing image captured through the cameras 10 is processed through an application, and the swing speed of the golf club, the swing angle of the golf club, the golf The club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the flying distance of the golf ball, and the trajectory of the golf ball are displayed on the screen of the terminal unit 20 together with the image.

When animating the divot detected by the divot unit 100, the detected divot unit 100 pin 120 descent pressure difference is differentiated, and the color is changed differently according to the pressure difference in the terminal unit 20 The position where strong pressure is applied is displayed in dark color, and the position where pressure is weakly applied is displayed in light color so that the shape of the divot is clearly visible.

The divot animation is formed as an animation of actual grass and a field, and is formed as an animation similar to that in which an actual divot is generated, so that the user can easily check the divot through the terminal unit 20 .

The protractor and the orbiter are displayed on the image of the camera 10 through the animation step (S30), and when the divot animation is formed, the protractor and the orbiter are formed through the display step (S40) in the terminal unit 20 And the sensed value of the animated divot unit 100 is displayed in the terminal unit 20 .

7 to 12, when displaying an image in which a divot animation and a protractor and an orbiter are displayed on the terminal unit 20, each image and animation are displayed in a plurality of divisions on a single screen, and the user Selects the desired image or divot animation so that the user can check the user's own posture image or divot animation.

At this time, in the step of displaying in the terminal 20 (S40), the step of detecting the golf ball in the swing image of the user photographed through the camera 10 (S41), the user photographed through the camera 10 Step of detecting the user's head position and golf club in the swing image of (S42), checking the user's swing ready posture through the user's full body image captured by the camera 10, and confirming whether the preparation is complete (S43) ), generating a protractor centering on a golf ball, and displaying the generated protractor and scale on the image of the terminal unit 20 (S44), to determine whether the user swings the golf club through the terminal unit 20 step (S45), the step of tracking the golf ball and golf club hit due to the golf club swinging by the user (S46), the tracked golf club swing speed, the golf club swing angle, the golf club swing form, the golf club Measuring the angle of the head, the hitting angle of the golf ball, the speed of the golf ball, the flying distance of the golf ball and the trajectory of the golf ball (S47) and the trajectory of the golf club, the speed and the striking angle of the golf ball with the camera 10 and generating an image by synthesizing it with the swing image captured through the method (S48).

The step of detecting the golf ball (S41) is to detect the golf ball from the images taken by the cameras 10 through the terminal unit 20, and display the protractor and the entire scale centered on the golf ball on the screen of the terminal unit 20 This step is indicated in

When a golf ball is detected in the image through the step (S41) of detecting the golf ball, the user's swing photographed by the camera 10 through the terminal unit 20 through the step (S42) of detecting the head position and the golf club The user's head position and golf club are detected from the image.

When detecting the position of the user's head and the golf club, the terminal unit 20 detects and detects the uppermost movement form among the shapes detected with the head, and in the case of a golf club, the shape is located at the center between the user's head and the golf ball is checked and detected.

When the user's head position and golf club are detected through the step (S42) of detecting the head position and the golf club, the user's full body image is taken from the terminal unit 20 through the step (S43) of confirming whether the preparation is complete The user's swing readiness posture is checked through the

At this time, whether the preparation is complete, if the user stands on the ground with the golf club on the ground and does not move, and stops for more than the time set in the application, it is determined that the preparation is complete.

If it is confirmed whether the swing preparation is completed through the step (S43) of checking whether the preparation is complete, the protractor and the scale are displayed on the image of the terminal unit 20 (S44) to generate the protractor centering on the golf ball and the generated protractor and scale are displayed on the image of the terminal unit 20 .

At this time, when the user's side and upper images are separately photographed with the camera 10 of a different angle connected to the terminal unit 20, the orbiter, the protractor, and the scale are displayed on the photographed side or upper image.

When the protractor and the scale are displayed on the terminal 20 through the step (S44) of displaying the protractor and the scale on the image of the terminal unit 20, the terminal unit 20 through the step (S45) of checking whether it swings ), it is confirmed whether the user swings the golf club by checking the movement of the golf club in the swing image of the user.

If it is checked whether the user swings the golf club through the step (S45) of checking whether the user swings, the golf hit due to the golf club swinging by the user through the step (S46) of tracking the golf ball and the golf club It will track balls and golf clubs.

Through the step (S46) of tracking the golf ball and the golf club, the swing speed of the golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the golf When the ball's flying distance and the golf ball's track are tracked, the track of the golf club tracked through the step (S47) of measuring the speed and the hitting angle, the speed and the hitting angle of the golf ball are measured.

The swing speed of the golf club tracked through the measuring step (S47), the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the flying distance of the golf ball and When the trajectory of the golf ball is measured, the swing speed of the golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, An image is generated by synthesizing the flying distance of the golf ball and the trajectory of the golf ball with the swing image captured by the cameras 10 at the terminal unit 20 .

13, at this time, the golf ball swing speed of the golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the distance of the golf ball And the trace of the golf ball is displayed as a captured image along the path to be displayed overlaid on the image of the terminal unit 20 so that the user can easily check the path of the golf ball hitting and the path of the golf club.

When the divot animation and the user's swing image are displayed on the terminal unit 20 through the step (S40) of displaying in the terminal unit 20, the terminal unit through the step (S50) of requesting and receiving the server 30 A swing image and a divot animation of a professional golfer corresponding to the image and animation displayed in ( 20 ) are requested and transmitted to the server ( 30 ).

The swing image of the professional golfer is displayed on the swing image of the professional golfer at the same angle as the shooting angle of the front, left, right, or upper camera 10 for photographing the user, and a protractor and an orbiter are displayed so that the professional golfer can The swing speed of the swinging golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the distance of the golf ball and the trajectory of the golf ball are displayed and stored together. It is a video that becomes

There is not only one swing image of the professional golfer, but the posture images of professional golfers around the world are stored in the server 30 so that the user can search for and use the swing image of the professional golfer that is considered to be suitable for him or her, and the user can use the terminal ( The profile of a professional golfer that meets the setting conditions input through 20) is displayed on the terminal unit 20 so that the user can select or select recommended in the terminal unit 20 to compare it with the user's swing image.

When the terminal unit 20 requests and receives the video and divot animation of the professional golfer from the server 30 through the step (S50) of requesting and receiving the transmission from the server 30, the step of enlarging and displaying it (S60) The swing image and animation of the professional golfer received from the server 30 through the superimposition of the swing image and animation of the user on the screen of the terminal unit 20 is displayed on one screen.

In the step of enlarging and displaying (S60), each of the user's front and the left or right side of the user photographed through the camera 10, or the swing image photographed simultaneously, is overlapped with the corresponding image of the professional golfer on one screen at the same time. will display

14 and 15 , the terminal unit 20 stores the user's swing image and divot animation, and according to the user's selection, the swing image and divot animation of another professional golfer are stored in the server 30 according to the user's selection. is transmitted and displayed overlaid on one screen or displayed separately so that it can be checked.

And, the swing image and the divot animation displayed on the terminal unit 20 are displayed on a screen in which a plurality of images and the divot animation are divided on one screen, and the corresponding screen is displayed on the entire screen according to the user's selection, Through this, the swing image and the divot animation of the user and the professional golfer are displayed overlaid on one screen to compare.

The overlapped image displayed on one screen of the terminal unit 20 is enlarged and displayed in full screen according to the user's selection, and through this, the swing posture and divot animation of the user and the professional golfer are overlapped and displayed, and the user Allows the player to arbitrarily select to overlap the professional golfer's video and data with the user's video or to display only the user's video.

When an image captured by the camera 10 is displayed with both sides and an upper image, the screen of the terminal unit 20 is divided and displayed together with a scale on one screen, and when the user selects a desired screen, the corresponding screen This enlarges so that only the selected screen is enlarged and displayed.

Through this, the swing image selected by the user in the terminal unit 20 and the corresponding swing image of the professional golfer are overlapped and displayed on one enlarged screen.

In addition, the terminal unit 20 can simultaneously play the user's swing image and the professional golfer's swing image superimposed on one screen, but a separate play button is provided in the application of the terminal unit 20 so that each image can be played separately. will provide

When displaying the swing image and data of the professional golfer and the user on one screen through the application, the server 30 may provide the swing image and divot animation of the professional golfer on the server 30 for free or for a fee as needed. there is.

At this time, the image of the camera 10 and the divot detection value of the divot unit 100 are provided with a control device 40 separately connected to the camera 10 and the divot unit 100 so that the user's swing image and The divot animation is displayed through the display body, and the pro golfer's swing image and the divot animation transmitted from the server 30 by communicating with the server 30 are superimposed on one screen to replace the terminal unit 20 and the user can check the video and divot animation.

The control device 40 communicates with the terminal unit 20 to transmit swing images and divot animations of users and professional golfers to the terminal unit 20 to the terminal unit 20 or transmitted through the terminal unit 20 It is also possible to display swing images and divot animations of users and professional golfers.

The present invention made in this way analyzes the swing posture through the divot animation generated by the user's swing image captured through the camera and the divot value of the divot unit to determine the golf club's swing speed, the golf club's swing angle, and the golf club's swing. Form, golf club head angle, golf ball hitting angle, golf ball speed, golf ball flying distance, and golf ball trajectory are displayed on the screen of the terminal unit, and the professional golfer's swing image and divot animation transmitted from the server are displayed. There is an effect of allowing the user to easily correct the posture by comparing them on one screen.

In addition, the user can check the user's swing image and divot animation, which are saved at any time through the application on the terminal, and compare any professional golfer's swing posture and divot animation with the user's swing image and divot animation to determine the swing posture. have a comparable effect.

The golf swing posture comparison and correction method using the swing correction system as described above and the application for overlapping two golf images and result data into one is not limited to the configuration and operation method of the embodiments described above. The above embodiments may be configured so that various modifications can be made by selectively combining all or part of each of the embodiments.

10: camera 20: terminal
30: server 40: control device
100: divot unit 101: body
110: ball seating plate 111: blocking plate
112: fixed plate 113: support plate
114: buffer body 115: drive motor
h : pinhole hc : through hole
ho : pin fixing hole hp : passing hole
d: protrusion c: connecting rod
120: pin 121: locking jaw
130: sensor unit 131: sensor
140: lifting unit 141: rotating motor, cylinder
142: drive shaft 143: elevating body
150: buffer unit 160: pressure sensing unit

Claims (5)

When the user swings the golf club through the divot unit 100, detecting the divot in the position where the golf club has passed and transmitting the divot to the terminal unit 20 (S10);
Transmitting the image taken through a plurality of cameras 10 for photographing the user's swing in various directions to the terminal unit 20 (S20);
The image of the cameras 10 received from the terminal 20 and the detection value of the divot unit 100 are processed to display the protractor and the orbiter on the image of the camera 10, and the detection of the divot unit 100 Animating the value (S30);
Displaying the detected value of the image and the animated divot unit 100 in which the protractor and the orbiter are formed in the terminal unit 20 (S40);
A step (S50) of requesting and receiving a swing image and animation of a professional golfer corresponding to the image and animation displayed on the terminal unit 20 from the server 30 (S50); and
The swing image and animation of the professional golfer received from the server 30 are overlapped with the user's swing image and animation on the screen of the terminal unit 20 and displayed on one screen, and the image and animation are displayed on the terminal unit 20 In accordance with the divided display on a plurality of screens, including the step (S60) of displaying the image and the divot animation in an enlarged manner in the terminal unit 20 through the user's selection,
In the step (S20) of transmitting the image to the terminal unit 20, the user's swing image captured through the cameras 10 is processed through an application, and the swing speed of the golf club, the swing angle of the golf club, and the golf club swing Display the form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the flying distance of the golf ball and the trajectory of the golf ball together with the image on the screen of the terminal unit 20,
In the step (S40) of displaying in the terminal unit 20,
Detecting a golf ball from the user's swing image taken through the camera (10) (S41);
detecting the user's head position and the golf club from the user's swing image taken through the camera 10 (S42);
Confirming the user's swing ready posture through the user's full body image taken by the camera 10, and confirming whether the preparation is complete (S43);
generating a protractor centering on the golf ball, and displaying the generated protractor and scale on the image of the terminal unit 20 (S44);
Checking whether the user swings the golf club through the terminal unit 20 (S45);
tracking the golf ball and golf club hit due to the golf club swinging by the user (S46);
Measuring the tracked swing speed of the golf club, the swing angle of the golf club, the golf club swing form, the angle of the golf club head, the hitting angle of the golf ball, the speed of the golf ball, the flying distance of the golf ball and the trajectory of the golf ball (S47) and
A swing correction system and two golf images comprising the step (S48) of generating an image by synthesizing the trajectory of the golf club, the speed and the striking angle of the golf ball with the swing image photographed through the camera (10) and overlapping the result data into one,
The step (S60) of enlarging and displaying the corresponding image and the divot animation in the terminal unit 20 through the user's selection is the front image photographed through the camera 10 and the left or right side of the user, respectively or simultaneously The swing video is displayed overlaid with the video of the professional golfer on one screen at the same time,
The divot unit 100,
a ball seating plate 110 in which a plurality of pinholes (h) through which a plurality of pins 120 are coupled are formed, and artificial turf is formed in an upward direction;
A plurality of through-holes hc are formed so that the locking protrusion 121 formed at the middle of the pin 120 is penetrated and inserted, and is formed to be spaced downward from the ball seating plate 110 by a predetermined interval, and the pin a blocking plate 111 that blocks the elevation so as not to be lifted more than a certain height when the 120 is lifted;
It is formed in contact with the lower side of the blocking plate 111, and a pin fixing hole ho is formed so that a plurality of pins 120 pass therethrough, and a protrusion ( d) a fixing plate 112 formed in an inward direction and blocking a portion of each through hole hc of the blocking plate 111 through a slide;
A plurality of through holes (hp) are formed so that the lower portion of the pin 120 passes through, and the pin ( a support plate 113 for supporting 120;
A sensor unit 130 formed under the support plate 113 and provided with a plurality of detection sensors 131 to correspond to the pin 120 to detect the elevation of the pin 120, and
A sensor unit 130 formed to be spaced apart from the lower side of the sensor unit 130 and a lifting unit 140 for elevating the support plate 113 are included,
The blocking plate 111 is formed to be spaced apart from the lower side of the ball seating plate 110 by a predetermined interval, and a through hole hc is formed so that the locking jaw 121 of the pin 120 can pass therethrough, and a fixing plate ( 112) through the through hole (hc) is partially blocked so that the locking protrusion 121 of the pin 120 is caught so that the pin 120 is not separated to the upper side of the blocking plate 111,
The fixing plate 112 has a pin fixing hole ho is formed at a position corresponding to the through hole hc of the blocking plate 111 so that the front-rear or left-right direction is connected, and the pin fixing hole ho is the fixing plate 112 . ) is slid and moved, the protrusion d is formed inward so that the locking jaw 121 of the pin 120 is caught and blocked,
The fixing plate 112 slides forward and backward or left and right through the driving motor 115 so that the through hole hc of the blocking plate 111 is partially blocked by the protrusion d,
The support plate 113 is formed to be spaced apart from the lower portion of the fixing plate 112 by a predetermined interval, a plurality of through holes hp are formed so that the lower portion of the pin 120 is penetrated, and the through holes hp are the pins 120 . The locking jaw 121 of the pin 120 that is formed smaller than the locking jaw 121 of the lowered pin 120 is caught so that it is supported without being separated to the lower side,
A buffer body 114 is formed on the upper surface of the support plate 113 to cushion the impact when the pin 120 is lowered to prevent damage to the pin 120, and spaced apart from the lower side of the support plate 113 by a predetermined interval. A swing correction system and two golf images and result data, characterized in that the sensor unit 130 is formed to detect a descending speed or a descending pressure according to whether the pin 120 is descended or not and transmit it to the terminal unit 20 A golf swing posture comparison and correction method using an application that overlaps with one.


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