KR101721516B1

KR101721516B1 - An aiming and address supporting apparatus for golf and an addressing method using the same

Info

Publication number: KR101721516B1
Application number: KR1020150141007A
Authority: KR
Inventors: 김태희; 이주영
Original assignee: 영산대학교산학협력단; 이주영
Priority date: 2015-10-07
Filing date: 2015-10-07
Publication date: 2017-04-18
Also published as: KR20170041503A

Abstract

A golf club module including an inward direction correcting function according to the present invention is a golf club (10) used for dispatching a ball from a hole to a hole cup or a target direction. The golf club (10) A golf club mount portion 100 fixed to the base member 100; A geomagnetic sensor 110 mounted in the interior of the golf club mount 100 and sensing an orientation; A direction designation button 120 which is installed at one side of the golf club mount 100 and transmits orientation data by the geomagnetic sensor 110 in operation; When the azimuth sensor 110 and the azimuth designation button 120 are operated and the direction designation button 120 is operated, azimuth data transmitted from the azimuth sensor 110 and azimuth data sensed by the geomagnetism sensor 110 are perpendicular A control unit 200 for transmitting a notification signal; A bearing display 310 mounted on an upper end of the golf club mount 100 and connected to the controller 200 to display a bearing and a bearing indicated by the bearing designation button 120 and a bearing of the current user A display 300 simultaneously displaying; And a battery (130) mounted inside the golf club mount (100) and supplying power to the respective components.
In addition, the method of correcting the throwing direction using the golf club module may include: a throwing direction designating step (A) of designating a direction in which the user looks at the hole cup or the target direction at the present position of the ball and throws it; A club arrangement step (B) in which a user arranges the golf club (10) in the throwing direction specified in the throwing direction designation step (A); (C), when the direction of the throwing and the arrangement of the golf club (10) coincide with each other after the club arrangement step (B), the user pressing the direction designation button (120); (D) an azimuth direction bearing data generation step of generating azimuth directional bearing data by the azimuth designation button operating step (C); A swing waiting step (E) in which, after the step (C) of operating the direction designation button, the user stands upright in the current position of the ball so that the side of the user faces the hole cup or the target direction; In the swing waiting step (E), the geomagnetic sensor (110) senses the current user's bearing data; A vertical determination step (G) of confirming that the detected azimuth of the swinging atmosphere azimuth sensing step (F) is perpendicular to the azimuth direction azimuth data of the azimuth direction azimuth data generating step (D) by 90 degrees; When the orientation detected in the vertical direction determination step G is compared with the azimuth direction data in the azimuth direction direction data generation step D to obtain a vertical direction of 90 degrees, (H); And a swing step (I) in which the user swings the golf club (10) after the vertical determination step (H).

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a golf club module and an approach direction correcting method,

The present invention relates to a golf address assistance device and more particularly to a golf club module including a golfer's golf club module including an in-flight direction correcting function for assisting a golfer to address in a direction perpendicular to a direction And a method of correcting the throwing direction.

After the golfer sets a desired target direction when the golfer hit the golf ball, take an address so that the feet are close to the target direction and aim the club head toward the target direction and hit the desired direction.

However, even if the golfer decides the target direction and takes an address in accordance with the target direction, it is difficult to take an accurate address coinciding with the target direction due to the optical illusion caused by the surrounding features and the like. Especially for beginners, the golfer can not catch the correct direction, and the golfer takes a shot in a direction different from the intended direction.

In addition, there is a difference in the position and angle of a preferred pair of shoes depending on the person at the time of addressing, and it is necessary to adjust the address according to the terrain where the golf ball is laid, thereby causing a problem in the direction of the ball.

In order to solve the above problems, research and development on a golf amming device have been conducted.

Korean Utility Model Application No. 20-2003-0040502 (clip for golf address) discloses a clip made of a clip portion and a compass to be worn on the body, but since it is worn on the body, the accuracy of the direction is poor, There is a problem that the cursor is inconveniently turned on.

Korean Utility Model Application No. 20-2002-0027381 (golf address aids) includes a body having a clip to be worn on the body and an addressing aid provided with an electronic compass. However, since this is also worn on the body, There is a problem that the apparatus is complicated, the volume is large and the weight is large.

Further, the address posture is partially adjusted in accordance with various terrain changes of the field where the golf ball is laid. In this case, the direction of the orthosis worn on the golfer's belt is changed so that the desired goal direction can not be accurately pointed.

Application for KR Utility Model Application 20-2003-0040502

Application for utility model for KR 20-2002-0027381

KR Patent Publication 10-1031384 B1

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above problems of the prior art.

Specifically, it is an object of the present invention to provide a golf club module including a compact and intuitive throwing direction correcting function so that the golfer can easily and accurately correct the throwing direction when the golf is aimed.

In order to achieve the above object, a golf club module including an inward direction correcting function according to the present invention is a golf club used for dispatching a ball from a point of a hole to a hole cup or a target direction, A golf club mount part 100 fixed to the upper part of the handle of the golf club 10; A geomagnetic sensor 110 mounted in the interior of the golf club mount 100 and sensing an orientation; A direction designation button 120 which is installed at one side of the golf club mount 100 and transmits orientation data by the geomagnetic sensor 110 in operation; When the azimuth sensor 110 and the azimuth designation button 120 are operated and the direction designation button 120 is operated, azimuth data transmitted from the azimuth sensor 110 and azimuth data sensed by the geomagnetism sensor 110 are perpendicular A control unit 200 for transmitting a notification signal; A bearing display 310 mounted on an upper end of the golf club mount 100 and connected to the controller 200 to display a bearing and a bearing indicated by the bearing designation button 120 and a bearing of the current user A display 300 simultaneously displaying; And a battery (130) mounted inside the golf club mount (100) and supplying power to the respective components.

In addition, the method of correcting the throwing direction using the golf club module may include: a throwing direction designating step (A) of designating a direction in which the user looks at the hole cup or the target direction at the present position of the ball and throws it; A club arrangement step (B) in which a user arranges the golf club (10) in the throwing direction specified in the throwing direction designation step (A); (C), when the direction of the throwing and the arrangement of the golf club (10) coincide with each other after the club arrangement step (B), the user pressing the direction designation button (120); (D) an azimuth direction bearing data generation step of generating azimuth directional bearing data by the azimuth designation button operating step (C); A swing waiting step (E) in which, after the step (C) of operating the direction designation button, the user stands upright in the current position of the ball so that the side of the user faces the hole cup or the target direction; In the swing waiting step (E), the geomagnetic sensor (110) senses the current user's bearing data; A vertical determination step (G) of confirming that the detected azimuth of the swinging atmosphere azimuth sensing step (F) is perpendicular to the azimuth direction azimuth data of the azimuth direction azimuth data generating step (D) by 90 degrees; When the orientation detected in the vertical direction determination step G is compared with the azimuth direction data in the azimuth direction direction data generation step D to obtain a vertical direction of 90 degrees, (H); And a swing step (I) in which the user swings the golf club (10) after the vertical determination step (H).

As described above, according to the present invention, through the golf club module mountable on the upper part of the handle of the golf club 10, the geomagnetic sensor 110 And the direction of the display 300 can be corrected by the display of the screen.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall configuration diagram of a golf club module including an inward direction correcting function according to an embodiment of the present invention; FIG.
2 is a diagram illustrating an example of a golf club assembly of a golf club module including an inward direction correcting function according to an embodiment of the present invention;
3 is an illustration of an orientation designation button of a golf club module including an inward direction correction function according to an embodiment of the present invention;
4 is an exemplary view showing various embodiments of a mount pin of a golf club module including an inward direction correcting function according to an embodiment of the present invention;
5 is a view illustrating an example of a golf club module including a transceiver, a gyro sensor, and an inward direction correction function including an acceleration sensor according to an embodiment of the present invention;
6 is a flowchart illustrating a method of correcting the throwing direction of a golf club module including an throwing direction correcting function according to an embodiment of the present invention;

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings, but the present invention is not limited by the scope of the present invention.

Referring to FIGS. 1 and 2, a golf club module including an inward direction correcting function according to the present invention is a golf club 10 used for throwing a ball in a hole cup or a target direction at a point in a hole, A golf club mount part 100 fixed to the upper part of the handle of the golf club 10; A geomagnetic sensor 110 mounted in the interior of the golf club mount 100 and sensing an orientation; A direction designation button 120 which is installed at one side of the golf club mount 100 and transmits orientation data by the geomagnetic sensor 110 in operation; When the azimuth sensor 110 and the azimuth designation button 120 are operated and the direction designation button 120 is operated, azimuth data transmitted from the azimuth sensor 110 and azimuth data sensed by the geomagnetism sensor 110 are perpendicular A control unit 200 for transmitting a notification signal; A bearing display 310 mounted on an upper end of the golf club mount 100 and connected to the controller 200 to display a bearing and a bearing indicated by the bearing designation button 120 and a bearing of the current user A display 300 simultaneously displaying; And a battery (130) mounted inside the golf club mount (100) and supplying power to the respective components.

1, the present invention relates to a golf club module mounted on an upper portion of a handle of a golf club to assist in designating the direction of the golf club. The golf club module includes a golf club mount 100, A display 300 is mounted on an upper portion of the golf club mount 100 and a shape in which a direction designation button 120 is positioned on a side surface of the golf club mount 100. [ .

First, in the case of the geomagnetic sensor 110, there is a possibility of a malfunction due to noise caused by a surrounding metal object or a magnetic field by sensing a magnetic field of the earth and measuring the current azimuth. A gyro sensor 111 for sensing the rotational inertia of the golf club 10 and an acceleration sensor 112 for detecting acceleration and acceleration directions of the golf club 10, It is desirable to cause the geomagnetic sensor 110 to perform noise reduction and supplementation.

Accordingly, when the user designates the desired throw-in direction, arranges the golf club 10, and presses the orientation designation button 120, the orientation data at the moment when the orientation designation button 120 is operated is displayed The geomagnetic sensor 110 or the geomagnetism sensor 110, the gyro sensor 111 and the acceleration sensor 112 are generated and stored in the controller 200.

The geomagnetic sensor 110 or the geomagnetic sensor 110, the gyro sensor 111, and the acceleration sensor 112 are set to the current position or the current position, And the control unit 200 compares the current azimuth data with the azimuth designated by the azimuth designation button 120 to determine whether the azimuth is perpendicular to 90 degrees, and sends out a notification signal.

Such a notification signal is transmitted to the display 300. The display 300 is circular and has a bearing display 310 separated from the inner circumferential surface of the screen by an angle of 90 degrees. And red when the current user's orientation has an error of more than ± 5 ° compared to the vertical of 90 ° and green when the user has an error within ± 2 ° to induce correction of the error range do.

Therefore, if the current orientation data of the user in the swing standby state is continuously checked against the orientation data designated by the orientation designation button 120 and the orientation of the current user has an error of more than ± 5 degrees with respect to the vertical of 90 degrees, Red is displayed to instruct the user to correct the azimuth, and if there is an error within ± 2 °, green is displayed to indicate that the throwing direction is correctly matched.

In addition, the golf club mount 100 is mounted in the inside of the golf club mount 100, and is connected to the controller 200, so that the orientation specified by the orientation designation button 120 and the orientation of the current user are error A speaker 151 for emitting a warning sound when it occurs; Or a vibration generator 152 for generating vibrations so that the user can perceive the auditory or tactile diversification rather than visually correcting the azimuth correction to allow the user to recognize the azimuth without placing the visual line on the display 300 It is desirable to be able to make corrections.

At this time, the speaker 151 and the vibration generator 152 generate a notification sound when the current user's direction has an error of more than ± 5 ° from the vertical of 90 ° and an error of less than ± 2 ° It is desirable to be able to sufficiently recognize the case where the user has an error of more than ± 5 ° and the case where the user has an error of less than ± 2 °.

5, the geomagnetic sensor 110, the gyro sensor 111, the acceleration sensor 112, and the control unit 200 are connected to the geomagnetism sensor 110, the gyro sensor 111, And a transceiver 140 for transmitting the data transmitted from the controller 112 and the controller 100 to the portable mobile communication terminal or the wearable device of the user so that the play data of the current user can be transmitted, The mobile communication terminal or the wearable device displays the same screen as the screen of the display 300 on the screen of the portable mobile communication terminal or the wearable device of the user by using the data transmitted from the transceiver, An application (AP) for providing data of the gyro sensor 111 and the acceleration sensor 112 to the user is provided, So that the mobile communication terminal or a wearable device to determine the like his play data and throwing orientation correction.

3, the orientation designation button 120 is disposed between the display 300 and the golf club mount 100, not on the side surface of the golf club mount 100, The user may press the display 300 and the direction designation button 120 interposed between the display 300 and the golf club mount 100 may be pushed and operated. It is desirable to simply press the display 300 so as to reduce the inconvenience or error due to the operation of the orientation designation button 120 without searching for and pressing the orientation designation button 120 located on the side of the mount portion 100 Do.

1, the golf club mounting portion 100 of the present invention is formed with a wedge-shaped mount pin 160 that can be inserted into the upper groove of the handle of the golf club 10 in the lower center of the golf club mount portion 100 And the mount pin 160 is fixed to the golf club 10 in such a manner that the mount pin 160 is inserted into and fixed to the upper groove of the handle of the golf club 10.

This is because, in addition to this type of method, in addition to the above-described fixing method, most of the golf clubs 10 commercially available in the market are designed in consideration of the fact that grooves are formed on the upper part of the grip, And the entire knob is inserted into the groove and fixed or clamped.

4, a plurality of projections or spiral grooves are formed on the surface of the mount pin 160 so as to increase the fastening force when the golf club 10 is inserted into the groove on the upper side of the golf club 10 .

Next, as shown in FIG. 6, the method of correcting the throwing direction using the golf club module described above includes a step (A) of designating a throwing direction designating a direction in which a user looks at a hole cup or a target direction at a current position of the ball, ; A club arrangement step (B) in which a user arranges the golf club (10) in the throwing direction specified in the throwing direction designation step (A); (C), when the direction of the throwing and the arrangement of the golf club (10) coincide with each other after the club arrangement step (B), the user pressing the direction designation button (120); (D) an azimuth direction bearing data generation step of generating azimuth directional bearing data by the azimuth designation button operating step (C); A swing waiting step (E) in which, after the step (C) of operating the direction designation button, the user stands upright in the current position of the ball so that the side of the user faces the hole cup or the target direction; In the swing waiting step (E), the geomagnetic sensor (110) senses the current user's bearing data; A vertical determination step (G) of confirming that the detected azimuth of the swinging atmosphere azimuth sensing step (F) is perpendicular to the azimuth direction azimuth data of the azimuth direction azimuth data generating step (D) by 90 degrees; When the orientation detected in the vertical direction determination step G is compared with the azimuth direction data in the azimuth direction direction data generation step D to obtain a vertical direction of 90 degrees, (H); And a swing step (I) in which the user swings the golf club (10) after the vertical determination step (H).

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

10: Golf club 100: Golf club mount part
110: geomagnetic sensor 111: gyro sensor
112: acceleration sensor 120: direction designation button
130: Battery 140: Transceiver
151: speaker 152: vibration generator
160: Mount pin 200:
300: Display 310: Orientation display

Claims

A golf club (10) for use in delivering a ball from a point in the hole to a hole cup or a target direction,
A golf club mount part 100 fixed to the upper part of the handle of the golf club 10;
A geomagnetic sensor 110 mounted in the interior of the golf club mount 100 and sensing an orientation;
A direction designation button 120 which is installed at one side of the golf club mount 100 and transmits orientation data by the geomagnetic sensor 110 in operation;
When the azimuth sensor 110 and the azimuth designation button 120 are operated and the direction designation button 120 is operated, azimuth data transmitted from the azimuth sensor 110 and azimuth data sensed by the geomagnetism sensor 110 are perpendicular A control unit 200 for transmitting a notification signal;
A bearing display 310 mounted on an upper end of the golf club mount 100 and connected to the controller 200 to display a bearing and a bearing indicated by the bearing designation button 120 and a bearing of the current user A display 300 simultaneously displaying;
And a battery (130) mounted inside the golf club mount (100) and supplying power to each of the components,
The display 300 is circular and has a bearing display 310 that is spaced apart from the inner circumferential surface of the screen by an angle of 90 degrees. The bearing 300 has a bearing specified by the bearing designation button 120, When the error is within ± 2 °, green is displayed to induce correction of the error range,
A gyro sensor 111 installed inside the golf club mount 100 and connected to the controller 200 to sense rotational inertia of the golf club 10; An acceleration sensor 112 mounted in the golf club mount 100 and connected to the controller 200 to sense acceleration and acceleration of the golf club 10; The geomagnetic sensor 110, the gyro sensor 111, the acceleration sensor 112 and the control unit 100, which are connected to the geomagnetic sensor 110, the gyro sensor 111, the acceleration sensor 112 and the control unit 200, And a transceiver 140 for transmitting data transmitted from the geomagnetism sensor 110 to the outside, thereby correcting a sensing error of the geomagnetism sensor 110 and transmitting play data of the current user to the portable mobile communication terminal of the user,
When the orientation indicated by the orientation designation button 120 and the orientation of the current user connected to the control unit 200 are compared with a vertical orientation of 90 degrees, A speaker 151 for displaying a warning sound; Or a vibration generator (152) that generates vibration,
The same screen as the screen of the display 300 is displayed on the screen of the portable mobile communication terminal or the wearable device of the user by using the data transmitted from the transceiver installed in the portable mobile communication terminal or wearable device of the user, And an application (AP) for providing data of the geomagnetic sensor 110, the gyro sensor 111, and the acceleration sensor 112 to the user,
The speaker 151 and the vibration generator 152 may have different sounds and frequencies to be displayed when the current user's orientation has an error of more than ± 5 ° with respect to the vertical of 90 ° and an error of less than ± 2 ° So that the golfer can fully recognize when the user has an error of more than ± 5 ° and an error of less than ± 2 °.

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The method according to claim 1,
The golf club mount 100 includes a wedge-shaped mount pin 160 that can be inserted into the upper groove of the handle of the golf club 10 at a lower center thereof, The golf club module according to any one of claims 1 to 3,

The method according to claim 6,
Wherein the mount pin (160) has a plurality of projections or spiral grooves on the surface thereof to increase the fastening force when inserted into the groove on the handle of the golf club (10) Golf club module.

The method according to claim 1,
The orientation designation button 120 is interposed between the display 300 and the golf club mount 100 so as not to be mounted on the side of the golf club mount 100, , And a direction designation button (120) interposed between the display (300) and the golf club mount (100) is pushed and operated.

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