KR100584253B1 - A Putter - Google Patents

Abstract

The golf ball is used to put the golf ball into the green's hole cup during rounding, providing a particularly good hitter putter.

The putter is provided with a grip provided at the upper part and provided with a head for hitting a golf ball at a lower part thereof and configured between the grip side shaft and the head side shaft, and the head side shaft being centered on the grip side shaft. The pendulum movement is composed of a member that is easy to bend, it is composed of a resilient connecting means to increase the accuracy of hitting the golf ball of the head.

According to the present invention, by providing a resilient connecting means that allows the pendulum movement of the head between the grip side shaft that the user holds by hand and the head side shaft to which the head actually hitting the golf ball is connected, By eliminating unnecessary movements such as arms and trunks, the golf ball can be precisely hit while precisely putting, making the putting more stable, as well as the overall structure of the simpler structure, which makes it easier to manufacture.

Golf Clubs, Putters, Grips, Putterheads, Elastic Connections, Shafts

Description

Putter with excellent ball accuracy {A Putter}             

1 shows a first embodiment of a putter according to the present invention,

(a) is an exploded perspective view

(b) is a schematic diagram

Figure 2 is a perspective view showing an embodiment of the elastic connecting means used in the putter of the present invention

Figure 3 shows as another embodiment of the resilient connecting means in the putter of the present invention,

(a) is a perspective view showing a plurality of leaf springs

(b) is a perspective view showing a plurality of round rods

Figure 4 shows as another embodiment of the present invention the elastic connecting means of the leaf spring and the round bar of Figure 3,

(a) is a perspective view showing a leaf spring having a bent portion

(b) is a perspective view showing a round bar having a bent portion

Figure 5 is a perspective view showing another embodiment of the resilient connecting means in the putter of the present invention

Figure 6 shows a second embodiment of the putter of the present invention,

(a) is an exploded perspective view

(b) is a schematic diagram

Figure 7 shows a third embodiment of the putter of the present invention,

(a) is an exploded perspective view

(b) is a schematic diagram

8 is a perspective view showing a fourth embodiment of the present putter

9 is a configuration diagram showing another modification of the fourth embodiment putter of the present invention

Figure 10 is a block diagram showing a fifth embodiment of the putter of the present invention

Explanation of symbols on the main parts of the drawings

1 .... putter 10 .... grip

20 .... head 30,40,130 .... shaft

50,140,160 .... Elastic connection means 60 .... Leaf spring

70 .... Round Bar 80 .... Connecting Bar

90,100,110 .... Connection 150 .... Resilient support member

170 .... Reinforcement

The present invention relates to a putter used to put a golf ball into the hole cup of the green during golf rounding, and more particularly, between the grip side shaft held by the user and the head side shaft to which the head actually hitting the golf ball is connected. By providing a resilient connecting means to allow pendulum movement, unnecessary movements such as arms and torso are not generated when putting on the green so that the golf ball can be precisely hitted while making the putting more stable, and the overall structure It is related to a putter with excellent batting accuracy, so that the production can be made easily with a simple.

In recent years, the golf population has been increasing rapidly, and attention has been focused on the putter used for putting, which has the most influence on the score during golf rounding. Such a putter is used to put a golf ball into a hole cup on the green. The accuracy and accuracy of the ball is important.

In other words, compared to the golf clubs used for golf rounding, that is, drivers, woods, irons, putters are used in the final stage of inserting golf balls into the hole cups, so they are more sophisticated and accurate than other woods and irons. This is necessary and considerable concentration is required when using such a putter.

On the other hand, such a putter is currently being used in a variety of forms, based on the head shape can be divided into various types, such as T-shaped, egg-shaped, pin-shaped, L-shaped.

However, although not shown in the drawings, a conventional putter used so far is connected to a shaft having a predetermined length and a head having a specific shape, for example, a rectangle or a sphere, through a connecting bar at a lower end of the shaft. The upper part of the shaft is covered with a rubber grip as a part that can be held by the user.

At this time, the shaft of the conventional putter is a one-piece, usually using a steel shaft, but if necessary, a shaft such as graphite may be used.

However, the putter used so far has an integrated shaft, and according to the movement of the user, that is, the body movement of the hand, arm, and shoulder that hold the grip, it is directly related to the sophistication and accuracy of the putter, that is, the distance and direction of the putter. As it affects, it is difficult to use putter, and especially amateur (weekend golfer) is easy to putter and it is difficult to use putter.

That is, in the case of a conventional putter, both hands hold the grip in a straight state and the golf ball is inserted into the hole cup while the head hits the golf ball while swinging from side to side with the shoulders and arms. If the posture is a little distracted or shaken during the swinging motion, the accuracy of the batting of the golf ball is greatly reduced, which makes it difficult to use.

As a result, in order to alleviate the difficulties caused by conventional putters, both skilled and unskilled workers have no choice but to invest in a lot of time and effort to maintain a constant putting posture.

The present invention has been made in order to solve the various problems as described above, the object is to provide a resilient connection means between the grip side shaft and the head side shaft to pendulum movement of the head with the head side shaft around the grip It is possible to provide a putter that enables more precise and accurate golf ball hitting and shaft swing operation by preventing shaking of the head that hits the golf ball when putting on the green during golf rounding.

As a technical aspect for achieving the above object, the present invention, the grip is provided at the top, the lower portion is provided with a head for hitting the golf ball, the shaft is divided into two; And
An elastic connecting means provided between the grip side shaft and the head side shaft, wherein the head side shaft is pendulum-movable about the grip side shaft and configured as one of a leaf spring, a round bar, and a connecting round bar equipped with a spring;
Characterized in that configured to include.

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In another aspect, the present invention, the grip is provided at the top, the lower portion is provided with a head for hitting the golf ball and the hollow shaft configured in two divisions;
A connector fitted to the grip side shaft and the head side shaft; And,
Elastic connecting means composed of a member capable of bending the head-side shaft to pendulum movement about the grip-side shaft between the connector;
Characterized in that configured to include.

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In another aspect, the present invention, the grip is provided at the top, the lower portion is provided with a head for hitting the golf ball, the shaft is divided into two; And,
Elastic connecting means composed of a member capable of bending and connecting a pendulum movement around the grip side shaft between the grip side shaft and a connector fitted to the head side hollow shaft;
Characterized in that configured to include.

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In another aspect, the present invention, the grip is provided at the top, the lower portion is provided with a head for striking the golf ball and configured in two divisions; And,
Elastic connecting means composed of a member capable of bending the head side shaft directly between the grip side shaft and the head side shaft to pendulum movement about a grip side shaft;
Characterized in that configured to include.

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In addition, as another aspect, the present invention, the grip is provided at the top, the lower portion is provided with a head for hitting the golf ball; And,
Elastic connecting means formed between the grip side shaft and the head side shaft of the shaft, the head side shaft being formed integrally with the pendulum movement about the grip side shaft and capable of bending;
Characterized in that configured to include.

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Finally, as another aspect, the present invention is a shaft is provided with a grip is provided on the top, the lower portion is provided with a head for striking the golf ball and divided into two;
Elastic connecting means composed of a member capable of bending the head side shaft directly between the grip side shaft and the head side shaft to pendulum movement about a grip side shaft; And,
Reinforcing members connected between the grip and the head-side shaft toward the center of the resilient connecting means;
Characterized in that configured to include.

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Hereinafter, the present invention will be described.

First, Figs. 1, 6 and 7 show the putters 1a, 1b, and 1c according to the present invention. In the putter 1 of the present invention, a constitutional feature is a golfer's hand grip. After the grip 10 and the shaft 30, 40 attached to the head 20 attached to the lower portion of the actual golf ball hitting motion is divided into two, the elastic connecting means connected between the shaft 30, 40 By providing 50, the pendulum movement of the head side shaft 40, i.e., the user grasps the grip 1 of the grip side shaft 30 by hand, the head side shaft 40 and the head 20 are pendulum It is to make it possible to exercise.

That is, the putter 1 of the present invention, the grip 10 is held by the golfer (user), the upper portion is provided, the lower portion is provided with a head 20 for hitting the golf ball, the shaft 30 is divided into two 40 and between the grip side shaft 30 and the head side shaft 40 and together with the head side shaft 40 the head 20 permits pendulum movement about the grip side shaft 30. It is composed of a resilient connecting means 50 composed of a member that is easily bent.

Therefore, as shown in FIGS. 1B, 6B, and 7B, the user holds the grip side shaft 30 with one hand and the other hand holds the center of the head side shaft 40 with the golf ball G and the head. After adjusting the striking position of the 20, the head side shaft 40 is retracted backwards and then released, and the head 20 is integrally connected with the head side shaft 40 by the elastic connecting means 50. It is possible to hit the golf ball constantly without moving the user's arm or torso in this fixed position, and the golf ball (G) is constantly put into the hole cup on the green to make the putting motion more stable. To be able.

At this time, the resilient connecting means 50 is connected between the grip side and the head side shafts 30 and 40, the plate-like leaf spring 60, the small diameter round bar 70 or the spring of easy bending It will be possible to be used as one of the connecting rods 80 equipped with (82), which will be described in detail again in FIGS. 2 to 5 below.

Of course, the various use examples 60, 70, 80 of the elastic connecting means 50 is only an embodiment, but is not necessarily limited thereto.

Next, various embodiments of the putter according to the present invention will be described with reference to the drawings.

First, Figure 1 shows an exploded perspective view and a configuration diagram of the first putter (1a) according to the present invention, Figures 2 to 5 of the elastic connecting means 50 used in the first putter (1a) of the present invention Several embodiments are shown.

As shown in Figure 1, the first putter 1a of the present invention is provided with a grip 10 is provided at the top, the lower part is provided with a head 20 for striking the golf ball, and the hollow shaft 30 consisting of two splits ( 40 and a connector 90 and 100 fitted to the grip side shaft 30 and the head side shaft 40, respectively, and the connector 90 and 100 are connected to the head side shaft 40. The grip-side shaft 30 is composed of a member that is easy to bend in the pendulum movement to the center to increase the accuracy of the golf ball hitting the head is configured to include a resilient connecting means (50).

That is, the first putter 1a of the present invention shown in FIG. 1 is a structural feature of the putter 1 of the present invention by using hollow steel shafts 30 and 40 that are conventionally used as most putter shafts. Phosphorus resilient connecting means 50 is connected between the connector 90, 100 is fixed to the shaft.

Therefore, since the hollow steel shaft that is conventionally used in most putters, it will provide an advantage of making golf ball hitting feeling to golfers who are easy to manufacture and are familiar with the steel shaft.

At this time, as shown in Figure 1, the connector 90, 100 is made of a molding that is integrally injection-molded with a resin material, the tapered shaft 30 (40) of which the diameter is reduced gradually from top to bottom The inner connector 90 can be fitted into each other, the upper connector 90 is inserted from the top to the inside of the grip side shaft 30 to which the grip 10 is attached to the outside, the lower connector 100 is lower The head 20 may be assembled by being fitted inward from the top of the head side shaft 40 to which it is connected.

In addition, since the connector 90, 100 has a larger upper diameter, and the shaft 30, 40 also decreases in diameter as it goes down, the connector 90, 100 is separated when the connector is fitted inside the shaft. In order to fix more reliably, what is necessary is just to use an adhesive agent etc. to fix.

In addition, if the fixing grooves 92 and 102 into which the resilient connecting means 50 is fitted are formed in the connector 90 and 100, that is, in the form of the resilient connecting means 50, that is, the leaf spring 60, a rectangular shape is formed. And, if the round bar 70 or the connecting ring 80 is formed in a circular shape, the forming of the connector 90, 100 may be formed integrally.

In addition, the cover 12 is fitted to the upper portion of the grip 10, the grip 10 is longer than the length of the grip side shaft 30, as shown in Figure 1b, elastic connecting means 50 It will also be possible to cover the connection portion of, but it is to be a length that does not interfere with the elastic movement of the resilient connecting means (50).

In addition, although not shown in detail in the drawings, the elastic connecting means 50, as shown in Figure 1b, when the fitting grooves 92, 102 of the connector 90, 100 is fitted with a separate adhesive, etc. It will be possible to securely connect, but the actual putter (1a) is not a full swing like wood or iron, so the elastic coupling means 50 in the fitting groove (92) 102 of the connector It may be possible to assemble and connect, and in order to ensure a stable putter swing, it is also preferable to fix firmly with an adhesive or the like when inserting the resilient connecting means 50 only in the connector 100 of the shaft 40 on the heavy head 20 side. something to do.

On the other hand, the resilient connecting means 50, as shown in Figure 1, it is possible to use a leaf spring 60, in this case the resilient connecting means 50 made of the leaf spring 60 is the head side shaft 40 In consideration of the pendulum motion, it would be desirable to have an exposure length (D) of about 25-35 mm.

At this time, in the case of using the resilient connecting means 50 made of a leaf spring 60, of course, in order to form the fixing groove direction of the connector 90, 100 in consideration of the bending direction of the leaf spring.

On the other hand, as shown in Figure 1b, the outer portion of the grip 10 and the head side shaft 40 to the connecting portion of the resilient connecting means 50 is cut in the longitudinal direction (14a) and has an elastic force, such as plastic The cover 14 may be fitted to facilitate the storage and movement of the putter, and such a cover 14 may be attached to the second to fifth putters 1b, 1c, 1 ', 1' described below. Both can be used.

In addition, Figure 2 shows a putter using the elastic connecting means 50 used in the first putter (1a) of the present invention as a round bar 70, the connector 90 and the head side of the grip side shaft 30 It is inserted between the connector 100 of the shaft 40, such as a leaf spring or connected using an adhesive, etc. In this case, when the resilient connecting means 50 is a round bar 70, the connector 90, 100 Of course, the fixing grooves 92 and 102 are also formed in a circular shape accordingly.

In this case, when the elastic connecting means 50 is used as the round bar 70, the exposed length D may be about 25 to 35 mm like the leaf spring, but the exposed length of the leaf spring or the round bar (D). ) Affects the pendulum movement of the head along with the head side shaft 40 according to its length, so that it may be adjusted in consideration of the handicap of the user.

Next, as shown in Figure 3, the plate spring 60 and the round bar 70, which is the elastic connecting means 50 used in the first putter (1a) of the present invention is smaller than the case of one thickness or diameter It may be possible to have a plurality of installations, in which case the production of the putter is difficult, but the pendulum movement of the head 20 will be more stably performed.

At this time, when using the elastic connecting means 50 of the leaf spring 60 or the round bar 70, the bending direction is of course necessary to adjust the swing direction to hit the golf ball of the head.

Next, as shown in Figure 4, to increase the bend in the central portion of the leaf spring 60 and the round bar 70, which is the elastic connecting means 50 used in the first putter (1a) of the present invention It would also be desirable to provide bends 62 and 72 that make the movement of the head side shaft 40 easier for the pendulum movement of 20.

In this case, the bendability of the resilient connecting means 50 will be improved without increasing the number of installation of the leaf spring 60 or the round bar 70, and eventually the pendulum motion of the head 20 will be smoother.

Next, Figure 5 shows another embodiment of the resilient connecting means 50 used in the first putter (1a) of the present invention, it is to use the connecting rod 80 using the spring (82).

That is, as shown in Figure 5, the connecting rod 80, the fixing grooves 92, 102 of the connector 90, 100, which is a molded product respectively fitted to the hollow steel shaft (30, 40) The connecting rod 80 is fixed between the insertion hole 84 is inserted into the), the spring 82, the upper and lower ends are fixed to the insertion hole to the outside is elastically arranged.

Therefore, in the case of the connecting rod 80, manufacturing is difficult compared to other leaf springs or round bars, but the bendability that substantially affects the pendulum movement of the head is best and will be protected by the spring 82, in this case the connecting rod ( 80) may be smaller than the round bar of FIG.

Next, Fig. 6 shows a second putter 1b of the present invention.

That is, as shown in Figure 6, the second putter (1b) of the present invention, the grip 10 is provided on the upper portion, the lower portion is provided with a head 20 for hitting the golf ball, the shaft 30 is configured in two (40) and between the grip side shaft 30 and the connector 110 fitted to the head side hollow shaft 40 so that the head side shaft 40 is centered on the grip side shaft 30. The pendulum movement is composed of a member that is easy to bend is composed of a resilient connecting means 50 to increase the accuracy of the golf ball hitting the head.

At this time, the grip side shaft 30 is integrally formed of a molding to be injection molded, the head side shaft 40 is composed of a hollow shaft of a conventional steel, the elastic connecting means 50, the molding The upper and lower ends are inserted into and fixed to the fixing grooves 32 and 112 formed in the connector 110 assembled by being fitted to the grip side shaft 30 and the head side shaft 40.

That is, the second putter 1b of the present invention is injection-molded the grip side shaft 30 by a molding, for example, FRP, fixing grooves 32 formed in the grip side shaft 30 without using a separate connector The resilient connecting means 50 is inserted into the head-side shaft 40, as in the first putter 1a, using a hollow steel shaft 40, and one connector 110 therein. Insert the elastic connecting means 50 in the fixing groove 112 to enable the pendulum movement of the head 20 together with the head side shaft 40.

Therefore, in the case of the second putter 1b of the present invention, there is an advantage that one connector cannot be used as compared to the first putter 1a.

And, the elastic connecting means 50 of Figure 6, as shown in Figures 2 to 5, one of the connecting ring 80 is provided with the leaf spring 60, the round bar 70 and the spring 82 It will be possible to use it, and it will be possible to make the number more than one, and it is also possible to be provided with the bending parts 62 and 72. FIG.

Next, Figure 3 shows a third putter (1c) of the present invention, the third putter (1c) of the present invention is equipped with a grip (10) at the top, the lower head (hit the golf ball ( 20 is provided and is directly connected between the two-part configured shafts 30 and 40 and between the grip side shaft 30 and the head side shaft 40 and the head side shaft 40 supports the grip side shaft 30. Consists of a member that is easy to bend in the pendulum movement to the center is configured to include a resilient connecting means 50 to increase the accuracy of the golf ball hitting the head.

At this time, as shown in FIG. 7, the grip side shaft 30 and the head side shaft 40 are integrally formed of an injection molding, for example, an FRP or the like, which maintains strength when a golf ball is hit. The elastic connecting means 50 is the upper and lower ends are fitted in the fixing grooves 32, 42 integrally formed in the lower portion of the grip side shaft 30 and the upper portion of the head side shaft 40. It is composed of one of the connecting spring 80, which is equipped with a leaf spring 60, a round bar 70 and a spring 82 as shown in FIG.

That is, in the third putter 1c of the present invention shown in FIG. 7, the shaft is divided into two parts, and the grip side shaft 30 and the head side shaft 40 are integrally formed as a molding, and the lower and upper portions thereof. The resilient connecting means 50 is inserted into the fixing grooves 32, 42 to form a connection to eliminate the use of the connector 90, 100, 110 in the first and second putters (1a) (1b). .

Therefore, since the third putter 1c of the present invention connects the resilient connecting means 50 to the shaft fixing groove of the integrally formed molding without using a connector, it will provide an advantage of easier manufacturing. .

At this time, as shown in Figure 7, the resilient connecting means 50 is shown as a leaf spring 60, as shown in Figures 2 to 5, also using a round bar 70 or connecting ring 80 It will, of course, be possible to use a plurality or to have the bends 62 and 72.

8 and 9 show a fourth putter 1 'according to the present invention.

That is, the fourth putter 1 ′ of the present invention includes a shaft 130 provided with a grip 10 at an upper portion thereof, and a head 20 for hitting a golf ball at a lower portion thereof, and a grip of the shaft 130. Elasticity that is formed integrally between the upper side of the side shaft 132 and the head side shaft 134 and is easily bent to pendulum movement about the grip side shaft 132 to increase the golf ball hitting accuracy of the head It is configured to include a connecting means (140).

At this time, the shaft 130 and the resilient connecting means 140 is formed integrally formed, the resilient connecting means 140 may be formed in one of a plate shape or a round bar form (ant waist shape of the rod).

Accordingly, the fourth putter 1 ′ of the present invention integrally forms the shaft 130 with the grip 10 and the head 20, while at the same time the lower side of the grip side shaft 132 and the head side shaft 134. Between the upper portion of the elastic connecting means 140 of the present invention is integrally formed.

As a result, the fourth putter 1 ′ of the present invention provides an advantage of making the production of the putter easier because the fourth connecting member 1 ′ is formed into a plate or a round bar when the shaft is integrally formed without separately making the elastic connecting means 140. In this case, the connecting arm 22 of the head 20 is connected to the connecting piece 124 of a metal material which is mounted on the lower end of the molding, that is, the lower end of the head side shaft 134.

At this time, the resilient connecting means 140 may be formed in a plate-like or ants waist shape, the length (D) of about 25-35mm will be appropriate.

In addition, as shown in Figure 9, it will be possible to insert the elastic support member 150 inside the elastic connecting means 140 formed integrally with the shaft 130.

In other words, when the elastic connecting means 140 is formed in the shape of an ant waist in the form of an ant waist, as a matter of strength, it may be desirable to be integrally integrated when forming the elastic support member 150. As such, the elastic support member 150 may use a thinner plate spring or a round bar of a smaller diameter.

Next, Fig. 10 shows a fifth putter 1 "according to the present invention.

That is, as shown in Figure 10, the fifth putter 1 "of the present invention, the grip 10 is provided on the upper portion, the lower portion is provided with a head 20 for hitting the golf ball, the shaft is divided into two (30) 40 and the grip side shaft 30 and the head side hollow shaft 40 are connected between the head side shaft 40 is bent pendulum movement about the grip side shaft 30 This easy member is configured to include a resilient connecting means 160 to increase the accuracy of the golf ball hitting the head.

At this time, the grip side shaft 30 and the head side shaft 40 is formed of an integral molding, the resilient connecting means 160, the lower portion of the grip side shaft 30 and the head side shaft 40 The upper and lower ends of the fixing grooves 32 and 42 formed integrally with the upper portion are formed of a plurality of round rods.

In addition, the resilient connecting means 160 further includes a reinforcing member 170 fitted into the other fixing grooves 36 and 44 formed at the center of the grip and the head-specific shafts 30 and 40. The fixing groove 36 of the grip side shaft 30 is formed as a square groove for the flow of the reinforcing member.

At this time, the reinforcing member 170 may be formed in a plate shape having a strength to compensate the force in the vertical direction.

Therefore, the fifth putter 1 "of the present invention has a reinforcing member 170 in addition to the resilient connecting means 160, and the reinforcing member 170 is formed in a plate shape and is not bent, but the grip side shaft 30 Since the upper end flows in the center square groove 36 of), the pendulum movement of the head 20 generated by bending two annular rods, which are elastic connecting means 160, is possible, and at the same time, receives a force in the vertical direction. It will be more robust than the 1-4 putters 1a (1b) (1c) (1 ').

Accordingly, the first to fifth putters 1a, 1b, 1c, 1 ', 1 "of the present invention resilient the head side shaft in a state in which the grip side shaft is not caught and flown during putting on the green. When pushed back and then released using the elastic force of the connecting means, the pendulum movement of the head is made while the golf ball is constantly hitting constantly without a golfer's arm or torso movement into the hole cup accurately, the first to fifth putter of the present invention They are simple in structure and easy to manufacture.

Thus, according to the putter of the present invention with excellent accuracy of hitting, by providing a resilient connection means between the shaft on the grip side and the shaft on the head side to enable the pendulum movement of the head side shaft around the grip, in the green during golf rounding It prevents the shaking of the head that hits the golf ball when putting it to enable more precise and accurate golf ball hitting and shaft swing operation, while also providing an excellent effect that makes the production more practical and simple.

While the invention has been shown and described in connection with specific embodiments so far, it will be appreciated that the invention can be varied and modified without departing from the spirit or scope of the invention as set forth in the claims below. It will be appreciated that those skilled in the art can easily know.

Claims (18)

A grip 10 having an upper portion, a lower portion provided with a head 20 for striking a golf ball, and having two divided shafts 30 and 40; And The head side shaft 40 is provided between the grip side shaft 30 and the head side shaft 40 to pendulum around the grip side shaft 30 and includes a leaf spring 60, a round bar 70, and Resilient connecting means (50) consisting of one of the connecting rods 80 is provided with a spring (82); Putter configured including delete The grip 10 is provided at the upper portion, the lower portion is provided with a head 20 for hitting the golf ball and the hollow shaft 30, 40 divided into two; Connector 90 and 100 fitted into the grip side shaft 30 and the head side shaft 40; And, Elastic connection means (50) configured between the connector (90) and (100), the head side shaft (40) is connected to the pendulum movement around the grip side shaft (30) and is capable of bending; Putter configured to include The method of claim 3, wherein the resilient connecting means 50 is a leaf spring 60, the round bar 70 and the upper and lower ends are fitted into the fixing grooves 92, 102 formed in the connector 90, 100 and Putter, characterized in that consisting of one of the connecting rod 80 is provided with a spring (82) A grip 10 having an upper portion, a lower portion provided with a head 20 for striking a golf ball, and having two divided shafts 30 and 40; And, Between the grip side shaft 30 and the connector 110 which is fitted to the head side hollow shaft 40, the head side shaft 40 is connected to the pendulum movement around the grip side shaft 30 and can be bent. Resilient connecting means (50) consisting of members; Putter configured including The method of claim 5, wherein the grip side shaft 30 is formed integrally with a molding, the head side shaft 40 is formed of a hollow shaft, The resilient connecting means 50, the upper and lower ends of the leaf spring fitted in the fixing grooves (32) 112 formed in the connector 110 fitted into the grip side shaft 30 and the head side shaft 40 ( 60), putter, characterized in that consisting of one of the connecting rods 80 is provided with a round bar 70 and a spring 82 A grip 10 having an upper portion, a lower portion provided with a head 20 for striking a golf ball, and having two divided shafts 30 and 40; And, Resilient connecting means (50) consisting of a member capable of directly bending and penetrating the pendulum movement around the grip side shaft (30) between the grip side shaft (30) and the head side shaft (40) ); Putter configured including 8. The grip side shaft 30 and the head side shaft 40 are integrally molded from a molding. The elastic connecting means 50, the upper and lower ends of the leaf spring (60) is fitted into the fixing grooves 32, 42 formed integrally on the lower portion of the grip-side shaft 30 and the upper portion of the head-side shaft 40 (60) ), Putter 70, and the putter, characterized in that consisting of one of the connecting rod 80 is provided with a spring 82 The putter according to any one of claims 1, 4, 6, and 8, wherein the leaf springs 60 and the round bar 70 are formed in plural numbers. 9. The bent portion 62 according to any one of claims 1, 4, 6 and 8, wherein the leaf spring 60 and the round bar 70 are bent at a central portion thereof to increase the bendability. Putter characterized by According to any one of claims 1, 4, 6 and 8, wherein the connecting rod 80, the fixing groove 92 of the connector 90, 100 in the upper and lower parts thereof; It is connected between the insertion hole 84 is inserted into the 102, the spring 82 is between the insertion hole 84 putter, characterized in that the elastically connected to the outside of the connecting rod (80) The grip 10 is provided at the top, the lower portion is provided with a head 130 for hitting the golf ball shaft 130; And, The head side shaft 134 is formed between the grip side shaft 132 and the head side shaft 134 of the shaft 130 as a pendulum movement around the grip side shaft 132 and is capable of bending. Configured elastic connection means 140; Putter configured including The method of claim 12, wherein the shaft 130 and the resilient connecting means 140 is integrally molded into an injection molding, The resilient connecting means 140 is putter, characterized in that consisting of one of the plate or round bar shape The putter according to claim 12, wherein the elastic support member 150 is additionally embedded inside the elastic connecting means 140 formed integrally with the shaft 130. 15. The putter according to claim 14, wherein the elastic support member (150) comprises one of a leaf spring and a round bar. A grip 10 having an upper portion, a lower portion provided with a head 20 for striking a golf ball, and having two divided shafts 30 and 40; Resilient connecting means (160) consisting of a member capable of directly bending and penetrating the pendulum movement around the grip side shaft (30) between the grip side shaft (30) and the head side shaft (40) ); And, A reinforcing member 170 connected between the grip and the head side shafts 30 and 40 toward the center of the resilient connecting means 160; Putter configured including The method of claim 16, wherein the grip side shaft 30 and the head side shaft 40 is formed integrally with a molded article, The resilient connecting means 160 is a plurality of round rods, the upper and lower ends of which are fitted into the fixing grooves 32 and 42 formed integrally on the lower part of the grip side shaft 30 and the top of the head side shaft 40. Is composed, The reinforcing member 170 is characterized in that it is fitted in the fixing grooves 36, 44 integrally formed in the center of the grip and the head-side shaft 30, 40 in the center of the resilient connecting means 160. putter The method of claim 17, wherein the fixing groove 36 of the grip side shaft 30 is formed as a square groove for the flow of the reinforcing member 170, The reinforcement member 170 is a putter, characterized in that consisting of a round bar having a strength to compensate the force in the vertical direction

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