KR101083722B1 - putter applied easier alignment technology with mechanism - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a putter of golf equipment, and applies the principle of the mechanism to the design and manufacture of a putter head . That is, create a block top surface (blocking face) with the alignment reference marks (alignment marks) of different heights in the putter head, a block top surface (blocking face) and gives distinguish remind apparent difference to the color of the alignment reference marks (alignment marks), a block top surface ( by so blocking face) mirror the color and length, the tow (toe) side and heel (heel) side about the vertical plane of the line (putting line) putting a width such as to the axis of the alignment reference marks (alignment marks) visible through, When putting the golfers, the golfer's eyes are exactly on the top of the putting line, making it easier and easier to align the putts, as well as confirming that the putting is aligned correctly during the putting process.

Golf, putter, alignment, mechanism, head

Description

Putter applied easier alignment technology with mechanism

The present invention relates to a putter with improved performance so that golfers can easily align when putting by applying the principle of kinematics to the putter (putter) of golf equipment.

To put the golf ball into the hole correctly when putting, the position of the golfer's eye must be exactly above the putting line so that the eye, the ball, the hole and the putting line are placed on one vertical plane to ensure correct alignment. You can do this and you can make the correct putt. If the position of the golfer's eye is not above the putting line, the correct alignment cannot be made and the mistake of putting may result.

In fact, many golf coaches teach golfers that if you play with your eyes, balls and putters, you can drop one ball from the eye and hit the ball with the dropped ball.

The present invention is to solve the problem that the existing putter does not accurately place the golfer's eye position on the putting line when putting the golfers, so that it is easy to check and solve the problem that the alignment of the putting is correct even during the putting process. will be.

In order to solve the above problems, the present invention provides a block face 5 at the upper level of the putter head and an alignment mark 6 at the lower level, with the putting line 31 as the axis. Center the vertical plane (20), symmetrically on the toe and heel, respectively, and paint the color of each of the block top (5) and the alignment lines (6) with paint, fault, or any other It is possible to check whether the golfer is aligned correctly when the golfer completes the alignment by using the materials and the like as the contrasting color so that the eyes can easily check.

That is, when the golfer has completed the correct alignment, the golfer's eyes are exactly above the putting line, i.e. on the vertical plane 20, and the toe seen through the block top surfaces 5 when looking down the putter head with eyes. The length and width of the alignment marks 6 on the side and the heel are the same. (See: width H = width T in FIG. 6)

If the golfer has incorrectly completed the alignment, the eyes are not exactly above the putting line, and the toe and heel alignments visible through the block top surface 5 when looking down the putter head with the eyes. The widths of the display lines 6 are not equal. That is, the width of the alignment marks 6 on the toe side is larger or smaller than the width of the alignment marks 6 on the heel side. (Reference: Width H <width T or width H> width T in Fig. 6)

To this end, the present invention traditionally refers to a putter having a shaft and a putter head, the putter head having a putting face in direct contact with the ball, toe Each of the alignment marks on the side and the heel is symmetrical with respect to the vertical plane 20 around the putting line 31.

Here, the putting line 31 is a line perpendicular to the putting face of the putter head (putting face) and refers to a line through which the ball goes, and the vertical plane 20 refers to a surface made perpendicular to the putting line 31 as an axis.

In addition, the toe side and the heel side block top surfaces 5 are symmetrical with respect to the vertical surface 20, whether they are attached to each other or apart from each other, and the toe side and the heel side The alignment lines 6 of are also symmetrical to each other with respect to the vertical plane 20 and are on the same plane, and the block top surfaces are positioned higher than the alignment indicator lines and located inside the alignment lines with respect to the vertical plane 20. .

The upper surface of the block may be the upper surface of a block connected upward from the surface forming the alignment mark.

As described above, the present invention is a putter applying a scientific theory different from existing products, and all golfers can practice using this putter easily and conveniently without a separate exercise device, and their own putting process without requiring a separate exercise device in the field. You can check whether this is correct.

Hereinafter, the configuration and operation according to an embodiment of the present invention will be described in detail.

As shown in Fig. 1, a putter is generally composed of a putter head 1, a shaft 2, and a shaft grip 3, and the alignment of the putter is performed by the hole, ball, and center alignment mark 4 of the putter. It should be in line with the putting line 31, and also shows that the golfer's eyes should be positioned directly above the putting line 31 to be in correct alignment.

In general, the putter head has a putting surface in contact with the ball, a toe, a heel, and a rear face (or shape), and a center alignment mark 4 for fitting to the putting line 31 is generally provided by the putter head. It is on the top.

Figure 2 shows one form according to the present invention, which shows that there is a center alignment mark 4 on the top surface 11 of the block of the putter head 1, and in a theoretically accurate alignment the center alignment mark line (4) is in line with the putting line 31. In summary, the center alignment mark 4 and the putting line 31 are perpendicular to the putting surface.

After the putter head, a block 10 is made on the surface 8 on which the alignment marks are displayed, and a blocking face 5 is formed on the top surface 11 of the block. The block top surface 5 is symmetrical to the vertical surface 20 passing through the center alignment display line 4 and the putting line 31. The block 10 is usually connected to the surface 8 on which the alignment marks are displayed but may be disconnected.

The two alignment marks 6 are in contrast to the block top surface 5, and are displayed on the surface 8 on which the alignment marks are displayed on both sides of the block 10 in the same length and width.

As a result, the alignment lines 6 on the toe and heel sides are symmetric to each other on the vertical plane 20. Next to the outside of the two alignment lines, an additional mark 7 of the same color as the upper surface of the block or the same color as the putter head, but when viewed from the top through the upper surface of the block 5, the two alignment lines 6 contrast. It is good to make it color. The side surface 12 of the block 10 may be displayed in the same color as the alignment mark 6 to see the effect.

Figure 3 shows a top perspective view of the putter head according to the present invention. This shows the relationship between the block top surface 5, the alignment mark line 6, the center alignment mark line 4, and the like.

4A-4C show a rear perspective view of the putter head according to the present invention. These figures show the different shapes of the putter head. Figure 4a shows the shape of Figure 2 as it is. Figure 4b can be displayed by creating an alignment mark in a stepwise manner. The steps should of course be symmetrical with respect to the vertical line 20.

Figure 5 shows a perspective view of the heel side according to the present invention.

6 shows the basic principle of the present invention. This figure shows the relationship between the block top surface 5 and the alignment mark 6 through the rear perspective view of the putter head. As can be seen, the block top surface 5 is symmetrical to the vertical surface 20. Thus, lengths C and D are equal. Where C and D represent the distance from the vertical plane 20 or the center alignment line 4 to the edge of the block top surface 5 on the heel side and the toe side, respectively. The figure also illustrates the golfer's eyes exactly above the center alignment line 4 and the putting line 31. Next will be described with respect to the toe (symmetrical toe) side by explaining the heel (heel) with respect to the vertical plane 20 with one form of the present invention. First, stairs 13 and 14 are created between the block 10 and the lower surface 8 so that the alignment mark 6 is made on the stairs 13 and the additional marks 7 are made on the stairs 14. Then, when looking down from the position P of the golfer's eye, a part of the staircase 13 is covered by the height difference between the upper surface of the block 5 and the staircase 13, and the hidden width is A (symmetric toe side B). ) And the width of the remainder of the staircase, or visible part, as H (T on the symmetric toe side).

Then the staircase 13 is made symmetric to the vertical plane 20, so A + H is equal to B + T, and if the alignment of the putts is correct, that is, if the eye position P is exactly on the vertical plane 20, the visible width H becomes equal to the width T. The height of the stairs 13 can be adjusted accordingly.

7a, 7b and 7c schematically illustrate how the principles of the present invention can be applied in practice and how a golfer's eye can be determined on the vertical plane 20.

Here, some parts of the shaft and putterhead are omitted for ease of understanding.

FIG. 7A shows that the heel width H and the toe width T of the alignment line are the same as an example of correct alignment, and the width A is equal to the width B and the width C is equal to the width D. FIG. same.

7B and 7C show the misalignment of the golfer's eyes not in the vertical plane 20. In FIG. 7B, the width H is greater than the width T because the golfer's eyes are eccentric toward the heel in the vertical plane 20. If the eye is excessively biased from the vertical surface 20 toward the heel, the alignment mark 6 on the toe side may be completely hidden by the upper surface of the block 5 so that the width T may be zero. In FIG. 7C, in contrast to FIG. 7B, the golfer's eyes are eccentric toward the toe in the vertical plane 20 so that the width T becomes larger than the width H. If the eye is excessively biased from the vertical surface 20 to the toe, the aligning line 6 on the heel side is completely hidden by the upper surface of the block 5 so that the width H may be zero.

8, 9 and 10 show yet another form of the present invention wherein the putter head applies the same concept of determination and the same concept of judgment.

In this case, two blocks 100 and 200 are separated from each other by the same distance L from the vertical plane 20, and the opposite inner surfaces of the blocks are used, that is, the surfaces 101 and 201 are used as alignment lines.

Generally, planes 101 and 201 are equilibrium and perpendicular to the vertical plane 20, but planes 101 and 201 may form an angle to form alignment lines.

8 shows the correct alignment, the width H and width T of the alignment marks 101 and 201 seen when viewed from the top by the golfer's eyes located above the putting line 31 or on the vertical plane 20. Done. Alignment lines 101 and 201 should be contrasted with their background, i.e., face 8 and block top surface 5.

9 and 10 show misalignment as opposed to that shown in FIG. In the two figures, the eyes are eccentric in the vertical plane 20, that is, above the putting line, so that the width H and the width T of the visible alignment line are different from each other. In the extreme case of FIG. 9, the width T 'is 0 (zero). FIG. 10 shows that the width H 'becomes zero in symmetry with FIG. 9.

11, 12, and 13 are modified forms of FIG. 2, and the block 10 is divided into blocks 21 and 22. As shown in FIG. In this case, the center alignment mark 4 is on the surface 8 on which the alignment mark is displayed instead of the block 10.

Figure 11 shows the correct alignment, Figures 12 and 13 show the incorrect alignment, respectively.

FIG. 14 also shows a modified form of FIG. 2 in which the block 10 is not directly attached to the face 8 but is hung over the face 8. Of course, block 10 may also be connected to face 8 at the end of the block. Here again, the block 10 has a block top surface 5 and the center alignment display line 4 is also displayed on the same vertical plane as the putting line 31 on the top surface.

The alignment marks 6 are displayed on the surface 8 on which the alignment marks are displayed on the outside of the block upper surface 5. The additional mark 7 may be displayed on both sides of the alignment mark 6. Incorrect alignment is shown on the right side of FIG.

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On the other hand, the above several embodiments are only preferred embodiments of the present invention, the technical spirit of the present invention can be variously modified or adjusted by those skilled in the art. Such modifications and adjustments fall within the scope of the present invention if they use the technical idea of the present invention.

The present invention can be applied to all putters having various forms, thereby creating many new demands.

1 is a general structural diagram for correct alignment of the putting

2 is a typical shape view of the putter head according to the present invention.

3 is a top perspective view of a putter head according to the present invention;

4 is a rear perspective view of the fata head according to the present invention;

5 is a perspective view of the heel side of the putter head according to the present invention;

6 is a detailed explanatory diagram according to the present invention;

7 is a basic principle diagram according to the present invention

8-10 is a view of another form according to the present invention

11-13 is a view of another form according to the present invention

14 is a view of another form according to the present invention

15-16 is a view of another form according to the present invention

Description of the Related Art

1. putter head (putter head)

2. The shaft (shaft)

3. Putter Grip (putter grip)

4. Center alignment mark

5. Blocking face

6. Alignment mark

7. Additional mark

8. Side where alignment bar is displayed

10. Block

11.Top of the block

12. Side of the block

13, stairs with alignment lines

14. Stairs with additional marks

15. Groove

20. Vertical plane

31. putting line (putting line)

32. hole (hole)

33. Golfer's Eye (= P)

34. Ball (ball)

21. The block (block)

22. The block (block)

100. The block (block)

200. The block (block)

101. The side of a block

201.The side of a block

A. Part of the alignment mark (width) that covers the block face of the heel

B. The part (width) of the alignment line that covers the top of the block on the toe side

C. Distance from vertical plane to heel end of block

D. Distance from vertical plane to toe end of block

E. Height of alignment bar

F. Eccentric distance from vertical plane

L. Distance from vertical plane to where alignment line is

H (H '). Part of the alignment bar (width) that is not hidden by the block top surface on the heel side

T (T '). Part of the alignment mark (width) that is not covered by the block surface on the toe side

Claims (12)

A putter consisting of a shaft (2) and a putter head (1) having a putting face (blocking face 5) and 2 with respect to the vertical plane (20) perpendicular to the putting surface and about the putting line. The two alignment marks 6 are symmetrical to each other on the toe and heel, with the top of the block at the top level of the alignment line 6, with two alignment marks on the vertical plane. It is configured to be located inside or shorter than the display line, so that the alignment mark and the block top face are contrasted with each other. When viewed from the vertical plane, the parts of the two alignment marks visible through the block top face are symmetrical with respect to the vertical plane. A putter that is configured so that the visible parts of the two alignment lines are not symmetrical with respect to the vertical plane when viewed from the eccentric state. The method of claim 1, A putter that consists of a block face on the toe and a block face on the heel. The method of claim 1, A putter consisting of two block tops, with the block face on the toe side and the block face on the heel side separated from each other. delete delete delete delete delete delete delete delete delete

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