KR20090004398U - Putter - Google Patents

Abstract

The present invention is a fastener that is coupled to the shaft, and a putter having a putter head,

The putter head 100 and the putter base 150 to provide a basic weight,

A laminated plate body for assembling the first and second plate bodies 160 and 170 having different weights to be assembled to the putter base 150 to be laminated, and

It relates to a putter configured to include a screw 180 for assembling the putter base 150 and the laminated plate body.

Putter,

Description

Putter {putter}

The present invention relates to a putter, and the golf putter head is made of a thin plate to enable the weight adjustment and the putter base and a screw to assemble it integrally with the putter base, the user is always able to adjust the putter.

The putting green refers to an area within a 20 yard radius around the hole cup. The putter used on the green has a structure that is suitable for short distances. It is different and usually has an extremely simple structure.

The goal of putting is the accuracy of the patting of the putter to ensure that the golf ball rolls properly and enters the hole cup. This requires a golf putter head that can give the golf ball a strong turning force with a small force. Different weights of golf putter heads are needed.

In addition, according to the height, weight, taste, etc. of the individual golfers, depending on the length and the propensity of the grass, the weight of the preferred head must be different. In the related art, the weight of the golf putter head is fixed so that it cannot be satisfied. The golfer was unable to putt the head of the desired weight, there was a problem falling into the hole cup accuracy.

Looking at the basic configuration, the weight portion 12 is formed in the impact portion 12 and the rear of the front and the shaft hole 16 is formed on the upper surface, the silicon 20 in the weight acceleration and depression groove 14 is formed. A weight 18 is mounted to inject and adjust the weight. The front striking portion 12, which is in contact with the golf ball when putt, has a flat or upwardly inclined surface, and a weight adjusting recess 14 is formed to reduce the weight of the head 10 to the rear side.

At this time, by forming a large number of round irregularities (26) in the hitting part 12 in the horizontal direction to increase the sweet spot (sweet spot), which is the best part to hit the golf ball in the golf club without putting to the left or right when putting You can also make sure there are no deviations in distance and direction even during viewing.

A large number of irregularities 26 rounded in the horizontal direction is formed in the striking portion 12.

The shaft hole 16 is formed at one upper side of the head 10, and the shaft is assembled at the upper end.

The silicon 20 is first injected into a predetermined thickness into the weight adjusting recess 14 of the conventional golf putter head, and a weight 18 for adjusting the next weight is attached to the silicon 20.

At this time, the weight 18 is preferably 20-60g.

That is, less than 20g has little effect on the total weight of the head 10, and more than 60g has a great effect on the total weight of the head 10, which may give a golfer a burden when putting.

In addition, by attaching the name plate 22 to the outside of the weight 18 and the transparent coating 28 to stamp the name of the golfer using the head 10 so that the owner of the head can be immediately recognized.

In the upper portion of the head 10 in which the silicon 20 is injected and the weight 18 is mounted, the cover 24 is integrally formed with the head 10 so that the weight 18 and the silicon 20 are not seen in plan view. In order to give a beautiful appearance and to allow the silicon 20 to be easily injected.

However, this type of putter is a structure that allows the weight control from the manufacturer side, there is a problem that can not always be used to adjust the desired weight on the user side.

The present invention is to solve this, an object of the present invention is to provide a putter that allows the user to arbitrarily adjust the weight of the putter.

It is an object of the present invention to provide a putter that allows fine weight control by laminating the weight control to a thin weight plate.

Another object of the present invention is to provide a putter capable of finer control by constructing at least two unit weights of the weight plate and stacking them alternately.

Still another object of the present invention is to provide a putter that allows a user to make various selections through various vertical, horizontal and width direction stacking according to the user's body shape and character of the weight plate.

The present invention for this purpose is to form a putter having a fixture and a putter head coupled to the shaft,

The putter head has a putter base that provides a base weight,

A laminated plate body for assembling the first and second plate bodies having different weights so as to be assembled and laminated on the putter base, and to prefabricate a desired weight; and

It comprises a screw for assembling the putter base and the laminated plate.

The laminated plate body in the present invention is a heavy weight first plate body,

It can be exemplified that the second plate body which is light in weight is configured to be laminated alternately.

The present invention provides a putter that allows the user to arbitrarily adjust the weight of the putter, but allows fine weight adjustment by laminating the weight control in a thin plate body.

In addition, the present invention provides a putter capable of adjusting the unit weight of the laminated plate body at least two different weights and stacking them alternately.

In addition, the present invention facilitates weight control by allowing the user to make various selections through various vertical, horizontal and width direction laminations according to the user's body shape and characteristics of the laminated board, and facilitates the user's aesthetic and design through various laminations. Provide variety.

Figure 4 is a perspective view showing an embodiment of the present invention, Figure 5 is a cross-sectional view taken along line B-B of Figure 4, in the putter having a fixture and a putter head coupled to the shaft,

The putter head 100 and the putter base 150 to provide a basis weight,

A laminated plate body for assembling the first and second plate bodies 160 and 170 having different weights to be assembled to the putter base 150 to be laminated, and

It comprises a screw 180 for assembling the putter base 150 and the laminated plate body.

The laminated plate body is a heavy weight of the first plate body 160,

The second plate body 170, which is light in weight, is alternately laminated.

The first and second plate bodies 160 and 170 are vertically arranged side by side in the longitudinal direction of the putter base 150, and the corresponding screw 80 is horizontally assembled with the first and second plate bodies 160 and 170 in the putter base 150. ) To be assembled by screwing. Examples of screw coupling include a fixing nut body 182 having a nut groove 184 coupled to the peter base 150 (a kind selected from bonding, welding, fixing a key groove, pressing, etc.), and fixing nut body 182. The coupling of the fixing screw 180 to fix the combination of the first light second plate body (160, 170) while screwing the nut groove 184 can be illustrated. The fixing screw 180 may use a coupling and loosening using a screwdriver, a wrench and a variety of other coupling and loosening means.

In addition, the first plate body 160 and the second plate body 170 are configured to be different from each other by weight so as to easily act to match the weight of the whole. That is, if the first plate body 160 is 10 grams, the second plate body can be illustrated to maintain 20 grams. The different materials may have different specific gravity, so that the same width or weight may be different, and the same material may be adjusted by varying the thickness.

FIG. 6 is a perspective view showing another example of the present invention, and FIG. 7 is a cross-sectional view taken along line C-C of FIG. 6, wherein the putter head 100 includes a putter base 150 that provides a basis weight.

A laminated plate body for assembling the first and second plate bodies 160 and 170 having different weights to be assembled to the putter base 150 to be laminated, and

It comprises a screw 180 for assembling the putter base 150 and the laminated plate body.

The laminated plate body is a heavy weight of the first plate body 160,

The second plate body 170, which is light in weight, is alternately laminated.

The first and second plate bodies 160 and 170 are horizontally laid side by side in the longitudinal direction of the putter base 150, and the corresponding screw 80 is vertically assembled by the assembly of the first and second plate bodies 160 and 170. ) To be assembled by screwing.

In this case, the fastener 101 may be installed on the uppermost plate body, the front surface of the putter base 150 may be vertically thinned, and the weights may be adjusted by loading the plate bodies 160 and 170 in the space of the two side surfaces.

8 is a perspective view showing another example of the present invention, FIG. 9 is a cross-sectional view taken along the line D-D of FIG. 8, and the putter head 100 includes a putter base 150 providing a basis weight;

A laminated plate body for assembling the first and second plate bodies 160 and 170 having different weights to be assembled to the putter base 150 to be laminated, and

It comprises a screw 180 for assembling the putter base 150 and the laminated plate body.

The laminated plate body is a heavy weight of the first plate body 160,

The second plate body 170, which is light in weight, is alternately laminated.

The first and second plates 160 and 170 are stacked vertically in the longitudinal direction of the putter base 150, and the corresponding screws 80 are vertically assembled with the assembly of the first and second plates 160 and 170. It is configured to assemble by screwing to the side wall 103 of 150.

When using this, each plate body 160 and 170 are alternately erected in the width direction of the putter base 150 in the space caused by the side walls 103 extending to both sides of the basic putter base 150, and then fixed with the fixing screw 180. . In this case, the fixing screw 180 may be exemplified by screwing the nut groove 184 of the fixing nut body 182 fixed to the side wall 103 to allow mutual assembly.

1 is a perspective view of a conventional putter,

Figure 2 is a perspective view of a putter showing another conventional example,

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a perspective view showing an example of the present invention,

5 is an enlarged cross-sectional view taken along line B-B of FIG. 4;

6 is a perspective view of a putter showing another example of the present invention;

7 is an enlarged cross-sectional view taken along line C-C of FIG. 6;

8 is a perspective view of a putter showing another example of the present invention;

FIG. 9 is an enlarged cross-sectional view taken along a line D-D of FIG. 8.

Explanation of symbols for the main parts of the drawings

100; putter head 101; fixture 103; side wall 150; putter base 160; first plate body 170; second plate body 180; fixing screw 182; fixing nut body 184; nut groove

Claims (5)

In a putter having a fixture coupled to a shaft and a putter head, The putter head 100 and the putter base 150 to provide a basic weight, A laminated plate body for assembling the first and second plate bodies 160 and 170 having different weights to be assembled to the putter base 150 to be laminated, and A putter characterized by including a screw 180 for assembling the putter base 150 and the laminated plate body. The laminated plate body of claim 1, wherein the laminated plate body comprises a heavy first plate body 160, A putter characterized in that the second plate body (170) having a light weight is alternately laminated. 3. The putter according to claim 1 or 2, wherein the first and second plate bodies (160,170) are vertically placed, and the corresponding screws (80) are assembled horizontally. 3. The putter according to claim 1 or 2, wherein the first and second plate bodies (160,170) are laid horizontally and the corresponding screws (180) are assembled vertically. The method according to claim 1 or 2, wherein the first and second plate bodies (160, 170) are laminated in the width direction of the putter base (150), and the corresponding screw (180) is assembled to be parallel to the longitudinal direction of the putter base (150). A putter characterized by the configuration.

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