KR101783228B1 - Holder system of golf - Google Patents

Abstract

Disclosed is a golf ball holder system. More specifically, provided is a golf ball holder system which comprises: a holder body part (10) made of a flexible material while a golf ball can be inserted into one side; a plurality of first magnets (11) inserted into the holder body part (10) and coupled to allow an N-pole to be placed around the center of the holder body part (10); the golf ball (20); and a plurality of second magnets (21) inserted around the center of the golf ball (20) so that an S-pole can be positioned toward a surface of the golf ball (20).

Description

{Holder system of golf}

The present invention relates to a golf ball holder system.

If you play golf in the field, keep the golf ball in your bag. However, if you do not carry your bag in the field, you put the golf ball into your pocket, which makes it difficult to put the golf ball in your pocket due to the nature of the golf wear that recently sticks to your body.

On the other hand, in general, a golf ball generally has a one-piece golf ball having a structure according to its structure, a two-piece golf ball made of a core and a cover for protecting the core, and a double- There are many kinds of golf balls such as a solid type three piece golf ball with a cover on the core of the golf ball.

In many of the golf balls described above, a dimple having concave grooves of regular engraved pattern is formed on the outer circumference of the golf ball. The dimples reduce the air resistance when hitting the golf club head, .

That is, when the golfer hits the golf ball, the force applied from the golf club head causes a strong rebound resilience to the golf ball and a reverse rotation due to the loft angle of the golf club head occurs.

The impact of the golf ball impacted by the head of the golf club is such that when the golf club is a driver, the golf club protrudes at a speed of about 190 Km / s to 300 Km / s, and at the same time, Rotation occurs.

On the other hand, when a golfer hits a golf ball, it can not be known how much strength and spin are transmitted to the golf ball. In addition, it is difficult to numerically confirm what kind of trajectory the golf ball is flying.

Accordingly, the present invention aims to develop a golf ball holder capable of easily storing a golf ball and a golf ball holder system using the same.

Korean Register Practical No. 20-0310791 (golf ball holder)

The present invention is intended to provide a golf ball holder in which a golf ball can be easily attached and detached.

The present invention also provides a golf ball which can easily recognize the pressure transmitted to the golf ball.

The present invention also provides a golf ball which can easily recognize the trajectory of the golf ball.

In addition, the present invention provides a golf ball holder system that grasps position information of a hole cup and informs which direction the golf ball should hit.

According to an aspect of the present invention,

A holder body part (10) as a flexible material, one side of which can be inserted with a golf ball;

A plurality of first magnets (11) inserted into the holder body (10) and coupled to the N pole in the center of the holder body (10);

A golf ball 20;

And a plurality of second magnets (21) inserted in the center of the golf ball (20) so that the S pole is positioned in the surface direction of the golf ball (20).

Also,

The second magnet 21 is in the form of a bar,

Is inserted in the center of the golf ball 20,

A pressure sensor 22 in contact with the second magnet 21 at the center of the golf ball 20;

A gyro sensor 23 coupled to the inside of the golf ball 20;

An acceleration sensor (24) coupled to the interior of the golf ball (20);

A timer (25) coupled to the interior of the golf ball (20);

A data storage 26 coupled to the interior of the golf ball 20;

A communication unit 27 coupled to the inside of the golf ball 20;

A rotation direction, a rotation speed, a locus (velocity) of the golf ball 20 transmitted to the golf ball 20 using the information obtained from the pressure sensor 22, the gyro sensor 23, the acceleration sensor 24, And a control unit (30) for transmitting the calculated value to the external terminal (S) through the communication unit (27).

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The present invention provides a golf ball holder in which a golf ball can be easily attached and detached.

Further, the present invention provides a golf ball which can easily know the pressure transmitted to the golf ball.

Further, the present invention provides a golf ball which can easily recognize the trajectory of the golf ball.

In addition, the present invention provides a golf ball holder system that grasps position information of a hole cup and informs which direction the golf ball should hit.

1 is a perspective view of a golf ball holder of a golf ball holder system according to an embodiment of the present invention;
2 is a perspective view of a golf ball and a golf ball holder of a golf ball holder system according to an embodiment of the present invention;
3 is a cross-sectional view of a golf ball of a golf ball holder system in accordance with an embodiment of the present invention.
4 is a configuration diagram of a golf ball holder system according to an embodiment of the present invention;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout. And this does not mean that the spirit and scope of the present invention are limited.

FIG. 1 is a perspective view of a golf ball holder of a golf ball holder system according to an embodiment of the present invention, FIG. 2 is a perspective view of a golf ball and a golf ball holder of the golf ball holder system according to an embodiment of the present invention, FIG. 4 is a configuration diagram of a golf ball holder system according to an embodiment of the present invention. Referring to FIG.

In the golf ball holder system 100 of this embodiment,

A holder body part (10) as a flexible material, one side of which can be inserted with a golf ball;

A plurality of first magnets (11) inserted into the holder body (10) and coupled to the N pole in the center of the holder body (10);

A golf ball 20;

And a plurality of second magnets (21) inserted in the center of the golf ball (20) so that the S pole is positioned in the surface direction of the golf ball (20).

Also,

The second magnet 21 is in the form of a bar,

Is inserted in the center of the golf ball 20,

A golf ball holder system is provided in the center of the golf ball 20, wherein a pressure sensor 22 is coupled to the second magnet 21.

Also,

A gyro sensor 23 coupled to the inside of the golf ball 20;

An acceleration sensor (24) coupled to the interior of the golf ball (20);

A timer (25) coupled to the interior of the golf ball (20);

A data storage 26 coupled to the interior of the golf ball 20;

A communication unit 27 coupled to the inside of the golf ball 20;

A rotation direction, a rotation speed, a locus (velocity) of the golf ball 20 transmitted to the golf ball 20 using the information obtained from the pressure sensor 22, the gyro sensor 23, the acceleration sensor 24, And a control unit (30) for transmitting the calculated value to the external terminal through the communication unit (27).

The holder body 10 is made of a flexible material, and an opening is formed to allow the golf ball to be inserted into one side. The holder body portion 10 may be made of a synthetic resin material.

A plurality of first magnets (11) are inserted into the holder body part (10). At this time, the first magnet 11 is coupled so that the N pole is positioned in the center of the holder body 10. As a result, even if the holder body portion 10 is flexible, the inside does not come in close contact with each other. In addition, the opening of the holder body 10 is always open when there is no golf ball 20.

The golf ball 20 of this embodiment has the same appearance as a normal golf ball. However, the structure of the interior is somewhat different, and the difference is mainly described.

The golf ball 20 includes a plurality of second magnets 21 inserted in the center of the golf ball 20 such that an S pole is positioned in the surface direction of the golf ball 20. When the golf ball 20 is inserted into the holder body 10, the first magnet 11 coupled to the holder body 10 and the second magnet 21 of the golf ball 20 are pulled to each other. As a result, the golf ball 20 is stably positioned in the holder body portion 10. [

The second magnet 21 is inserted in the center of the golf ball 20 in the form of a bar. A pressure sensor 22, which is in contact with the second magnet 21, is coupled to the center of the golf ball 20. When the head of the golf club hits the second magnet 21, the pressure is transmitted to the pressure sensor 22.

A gyro sensor 23 is coupled to the inside of the golf ball 20. The gyro sensor 23 senses the rotation of the golf ball 20.

An acceleration sensor 24 is coupled to the inside of the golf ball 20. When an impact is applied to the golf ball 20, the golf ball 20 accelerates and exercises. At this time, information such as a distance and a speed to fly when the acceleration of the golf ball 20 is sensed can be obtained.

In addition, a timer 25 is coupled to the inside of the golf ball 20. The timer 25 checks the time from when the golf ball 20 is impacted. The time information, impact information, drowsiness information, rotation information, and flight angle information of the timer are all stored in the data storage unit 26.

The communication unit 27 is coupled to the inside of the golf ball 20. The information of the data storage unit 26 can be transmitted to the external terminal through the communication unit 27. [

The control unit 30 controls the pressure applied to the golf ball 20 using the information obtained from the pressure sensor 22, the gyro sensor 23, the acceleration sensor 24 and the timer 25, And transmits it to the external terminal through the communication unit 27. [

When you hit the golf ball 20, it flies away. At this time, by sensing the impact applied to the golf ball 20 through the pressure sensor 22, the strength of the impact can be known. Further, the rotational direction, the flight angle, and the acceleration information can be obtained from the gyro sensor 23 and the acceleration sensor 24. [ The controller 30 measures the distance from the time when the impact is applied to the golf ball 20 to the time when the impact is applied to the ground through the timer 25 to obtain information such as the flying distance, have.

" 이다. 골프공(20)이 3차원의 공간(x축, y축, z축)을 비행하기는 하나, 중력가속도(g)와 비행방향 등을 고려한다면, 골프공(20)이 날아간 비거리, 각도 및 궤적 등의 정보를 제어부(30)는 적분하여 계산할 수 있다. 즉 각각의 가속도 및 속도 성분 등을 3차원의 공간(x축, y축, z축)으로 나누어 계산한다면, 골프공(20)이 삼차원 공간의 위치점을 알 수 있다. 또한, 시간(t)의 변수가 정해진다면, 골프공(20)은 특정 시간에 특정한 공간에 위치하기 때문에 궤적이 완성된다.
For example, "speed (V) = a (acceleration) * t (hour)". Further, "distance S = a (acceleration) *

(X, y, and z axes), but considering the gravitational acceleration g and the direction of flight, the golf ball 20 may fly in a three-dimensional space (X, y, and z axes) of the acceleration, the velocity, and the like are calculated by dividing the acceleration, the velocity, and the like by the control unit 30, 20 can know the position point of the three-dimensional space. Further, if the variable of the time t is determined, the trajectory is completed because the golf ball 20 is located in a specific space at a specific time.

When the external terminal S approaches the golf ball 20, the communication unit 27 provides the external terminal S with information about the trajectory of the golf ball 20. The external terminal S may be a smart phone. It is possible to provide the user with various information such as the amount of rotation of the golf ball 20, the distance and the angle of the flight from the external terminal S. As a result, the user can refer to it.

A dimple (groove) is formed on the surface of the golf ball 20. The LED 40 is coupled to the inside of the dimple. In other words, a plurality of LEDs 40 are dispersed and bonded to the golf ball 20 as a whole.

Golf course map data 50 is combined with the external terminal S. In the golf course map data 50, the position of the hole cup h is stored as GPS position information. The GPS 60 is coupled to the external terminal S so that the location information of the external terminal S can be acquired. The external terminal S may be a smart phone. The golfer carries the external terminal (S). Therefore, the position of the external terminal S is positioned above the golf ball 20. Meanwhile, a compass sensor 70 is coupled to the inside of the external terminal S.

On the other hand, if the information of the compass sensor 70 is known while the position of the golf ball 20 and the position of the hole cup are known, the direction of the hole cup can be known with the golf ball 20 as the center. Thus, it is possible to know at which point the golf ball 20 should strike the head of the golf club. The external terminal S can calculate which point of the golf ball 20 should hit and transmits the information to the golf ball 20. The external terminal S thus transmits information to the golf ball 20 so that any one of the plurality of LEDs 40 coupled to the golf ball 20 emits light. The external terminal (S) communicates with the golf ball (20) through the communication unit (27). A communication module is also coupled to the inside of the external terminal S.

That is, the external terminal S searches for the position of the hole cup, and sends a signal (not shown) to the communication unit 27 so that any one of the plurality of LEDs 40 can emit light so as to hit the head of the golf club in the direction of the hole cup .

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Modifications and additions by those skilled in the art to an equivalent range based on the embodiments will also fall within the scope of the present invention.

The holder body 10, the first magnet 11,
Golf Balls (20) Pressure Sensors (22)
Gyro sensor (23) Acceleration sensor (24)
The timer 25 data storage unit 26 stores,
The communication unit 27, the control unit 30,
LED (40) Golf course map data (50)
A GPS (60) compass sensor (70);

Claims (3)

A holder body part (10) as a flexible material, one side of which can be inserted with a golf ball;
A plurality of first magnets (11) inserted into the holder body (10) and coupled to the N pole in the center of the holder body (10);
A golf ball 20;
And a plurality of second magnets (21) inserted in the center direction of the golf ball (20) such that an S pole is positioned in the surface direction of the golf ball (20).
The method according to claim 1,
The second magnet 21 is in the form of a bar,
Is inserted in the center of the golf ball 20,
A pressure sensor 22 in contact with the second magnet 21 at the center of the golf ball 20;
A gyro sensor 23 coupled to the inside of the golf ball 20;
An acceleration sensor (24) coupled to the interior of the golf ball (20);
A timer (25) coupled to the interior of the golf ball (20);
A data storage 26 coupled to the interior of the golf ball 20;
A communication unit 27 coupled to the inside of the golf ball 20;
A rotation direction, a rotation speed, a locus (velocity) of the golf ball 20 transmitted to the golf ball 20 using the information obtained from the pressure sensor 22, the gyro sensor 23, the acceleration sensor 24, And a control unit (30) for calculating the distance to the external terminal (S) through the communication unit (27).




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