KR100653918B1 - Holder of article for golf - Google Patents

Abstract

A holder for accommodating golf articles, especially ball markers and other golf objects such as tees and receivers, to more securely hold golf ball markers irrespective of materials of the markers. The holder for golf ball markers consists of a body for accommodating markers(100), receivers(80) and tees(90), and a moving unit for holding and dispensing the markers while moving with respect to the body. The moving unit includes a marker fixing part(70) and a spring for supporting the marker fixing unit(70). The body is divided into a front housing(10) and a rear housing(30). A front wing formed in the front housing(10) and a rear wing(34) formed in the rear housing(30) provide a pipe shaped space with a cut portion in a vertical direction, to thereby snugly or removably receive a disc-shaped (or other) golf ball marker.

Description

Golf Prop Holder {Holder of Article for Golf}

1 is a perspective view showing the assembled state of the present invention golf prop holder

Figure 2 is an exploded perspective view showing the separated state of the present invention golf prop holder

Figure 3 is an exploded perspective view showing a separated state of some parts of the present invention

Figure 4 is a perspective view showing a state of use of the golf prop holder according to the present invention

Figure 5 is a perspective view showing the assembly process of the present invention golf prop holder

Figure 6 is a longitudinal cross-sectional view of the central portion of the present invention golf prop holder

<Description of Major Symbols in Drawing>

10 Front housing 30 Rear housing

50 clips 60 position

70 Marker

90 Tee 100 Markers

12 Front plate member 14 Front wing

20 hole 22 shroud

23 Front Flange 24 Step

32 Rear plate member 34 Rear wing

40 Round Hole 79 Spring

89 Leaf spring 54 Ring protrusion

Registration Room 20-0372823

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a golf prop holder capable of storing golf props, and more particularly, to a golf accessory holder capable of storing a marker reliably and simultaneously storing other props other than the marker.

As a prop used in a golf game, there are a tee, a repair machine, etc. in addition to a marker for indicating the position of a golf ball.

In the registration room No. 20-0372823, a technique related to a fixture of a marker for fixing the marker by a magnet installed in the fixture while the fixture is worn on a hat or a belt is presented.

The prior art as described above, there is a limitation to be used only for the marker of the metal material, there is a problem that can not be securely stored in the marker, can not accommodate other accessories such as a repair machine or a tee.

In addition, the prior art has a problem in that the main body for fixing the marker is fixed, so that even if a space for accommodating another accessory is provided in the main body, the position of the main body cannot be adjusted.

The present invention is to solve the above problems, it is to ensure that the storage of the marker reliably regardless of the material of the marker.

In addition, the present invention is to provide a holder for storing other accessories such as a repair machine or a tee.

In order to achieve the above technical problem, the golf prop holder of the present invention, including a main body for storing the marker, and a clip connected to the main body, relative to the main body to maintain or release the storage state of the marker It comprises a moving member movable to.

With the above configuration, the storage of the marker can be reliably maintained regardless of the material of the marker.

The moving member is preferably configured to include a hole formed in the main body and a marker fixing portion which is moved up and down in the front and rear direction through the hole and a spring supporting the marker fixing portion.

With the above configuration, it is possible to reliably maintain the storing state of the marker by the elastic force of the spring acting on the marker fixing part.

In addition, the main body, it is preferable that the main body is configured to include a resilient body for pressing the repair machine to maintain or release the storage state of the repair machine.

By the above configuration, not only the marker can be stored but also the repairer can be stored.

Hereinafter, exemplary embodiments of the present invention will be described with reference to FIGS. 1 to 6. 1 is a perspective view showing an assembled state of the golf prop holder of the present invention, Figure 2 is an exploded perspective view showing a separated state of the golf prop holder of the present invention. Figure 3 is an exploded perspective view showing a separated state of some parts of the present invention, Figure 4 is a perspective view showing a state of use of the golf prop holder for the present invention. Figure 5 is a perspective view showing the assembly process of the golf prop holder of the present invention, Figure 6 is a longitudinal cross-sectional view of the central portion of the golf prop holder of the present invention.

Golf prop holder of the present invention is configured to include a main body for receiving the golf accessory and a clip connected to the main body.

The main body and the clip may be integrally connected but are preferably connected to each other to allow rotation.

The marker 100, the repair machine 80, and the tee 90 are housed in the main body.

It is preferable that all of the marker 100, the repair device 80, and the tee 90 are formed, but some of them may be omitted if necessary.

The marker 100 is in the form of a disc, and may be formed of not only metal but also plastic or nonferrous metal.

Tee 90 consists of a tapered head 92 having a surface on which a golf ball is placed, and a stem 94 extending below the head 92.

The stem 94 is provided with a fixing protrusion 96 in the circumferential direction.

The repair machine 80 has an inverted u-shape, and is composed of a left leg 82, a right leg 81, and a connecting portion 83 which integrally connects the left leg and the right leg.

The outside of the left leg 82 and the right leg 81 forms a curved shape and the bottom is formed pointed.

Side grooves 84 are formed on both side surfaces of the left leg 82 and the right leg 81 so that the leaf spring 89 to be described later can serve as a stopper.

Circular grooves 85 are formed on the front and rear surfaces of the body 83 of the repair machine 80. The circular groove 85 may be formed as a circular hole.

The main body is provided with a storage space that allows the marker 100 to enter and exit and accommodates the marker 100.

A moving member relatively movable with respect to the main body is installed in the main body so that the marker 100 can be maintained or released.

The main body is provided with a storage space that allows the repair machine 80 to enter and exit and accommodates the repair machine 80.

A leaf spring 89, which is an elastic body that presses the repairer 80 so as to maintain or release the repair state of the repairer 80, is installed in the main body.

Tee 90 may be accommodated in the main body. The tee 90 is formed in the main body and is accommodated in the pipe inner space in which the cutout is formed in the vertical direction.

The main body is composed of a front housing 10 and a rear housing 30 coupled to the front housing 10.

The front housing 10 and the rear housing 30 are coupled by fastening means such as bolts or adhesives.

The front housing 10 includes a plate-shaped front plate member 12 which extends in the vertical direction, is rounded at the bottom, and has a concave portion 19 formed thereon and an angled hole 20 formed in the center thereof. do.

The front wings 14 are integrally formed on the upper left and right sides of the front plate member 12.

A pipe-shaped accommodating space in which an incision is formed in the vertical direction is formed by the front wing 14 formed in the front housing 10 and the rear wing 34 formed in the rear housing 30.

An upper upper groove 17 having a tapered shape in the vertical direction is formed on an upper rear side of the front wing 14.

A straight lower front groove 15 is formed at the lower rear of the front wing 14.

When the front fixing groove 16 formed in the front lower groove 15 in the horizontal direction is formed, and the fixing protrusion 96 is formed at the corresponding position of the tee 90, the detachment of the tee 90 can be reliably prevented. Can be.

The front wing 14 has a thick root portion close to the front plate member 12 and a thin end portion far from the front plate member 12.

In the state in which the front housing 10 and the rear housing 30 are combined, the roots of the front wing 14 and the rear wing 34 contact each other, and the ends do not contact each other.

Therefore, a cutout is formed by the ends of the front wing 14 and the rear wing 34, thereby forming a pipe-shaped storage space in which the cutout is formed in the vertical direction as a whole.

An angled hole 20 is formed in the center portion of the front plate member 12.

The angular protrusion 72 formed in the marker fixing part 70 is inserted into the hole 20.

Therefore, the marker fixing part 70 can move in the front-rear direction, but rotational movement around the front-rear axis is prevented.

Since the marker fixing part 70 is a movable member which is relatively movable with respect to the main body, the marker fixing part 70 may maintain or release the received state of the marker 100.

On the rear surface of the front plate-like member 12, a semi-moon-shaped sheet 21 is formed around the angular hole 20.

When the marker fixing part 70 is elastically supported forward by the spring 79, the sheet 21 and the disc 71 of the marker fixing part 70 come into contact with each other, and the marker fixing part 70 moves backward. The lower surface sheet 21 and the disc 71 are spaced apart from each other.

The up-and-down protrusions 19 are integrally formed in the front plate-like member 12 adjacent to the angular hole 20 along the up-down direction of the sheet 21.

The upper and lower protrusions 19 are inserted into the holes 65 of the position fixing unit 60 to be described later, thereby preventing the rotational movement of the position fixing unit 60.

The upper and lower portions of the upper and lower projections 19 are formed with a cylindrical boss 18 for coupling the front housing 10 and the rear housing 30.

A u-shaped side plate 22 is integrally formed on the outer circumferential surface of the front plate-like member 12. The front flange 23 is formed in front of the side plate 22.

The marker 100 is accommodated in the space between the front flange 23 and the side plate 22 and the front plate member 12.

The marker 100 may be pushed up and down through an upper portion of the space in which the marker 100 is accommodated.

The hole 20 formed in the front plate member 12 is positioned above the marker 100 in a state where the marker 100 is accommodated in the marker storage unit.

A step portion 24 is formed on the inner surface of the side plate 22 located at the rear of the front plate-like member 12.

Space portions 25 for inserting the leaf springs 89 are formed at the upper left and right sides of the stepped portion 24.

The leaf spring 89 is a plate-shaped spring in which the center part is convex.

The central portion of the leaf spring 89 is located in the upper space 25.

The central portion of the leaf spring 89 protrudes from the stepped portion 24 to fit into the side groove 84 of the repair machine 80 to prevent the repair machine 80 from being separated.

A groove 27 is formed between the step portion 24 and the side plate 22 so that both ends of the leaf spring 89 can be inserted.

An elastic leaf spring 89 is applied to the groove 27 to maintain or release the receiving state of the repair machine.

The repair machine 80 is housed in a space formed between the front plate member 12 and the rear plate member 32.

That is, the repairing machine 80 enters and exits through an upper portion of the space in which the repairing machine is accommodated, and is surrounded by the stepped part 24, the front wing 14, and the rear wing 34 to maintain the storage of the repairer 80.

In the state where the repair machine 80 is accommodated in the repair machine accommodation space, the boss 18, the up-and-down protrusion 19, and the seat 21 are positioned between the left leg 82 and the right leg 83 of the repair machine.

That is, since the front plate-like member 12 in which the boss 18, the up-and-down protrusion 19, and the sheet 21 are formed occupies a part of repair space, the repair storage space can be formed in a simple structure.

Marker fixing part 70 is composed of an angular projection 72 is inserted into the hole of the front plate member 12 and the disc 73 is integrally coupled with the angular projection 72.

The rear surface of the disc 73 is formed with a groove 73 into which the spring 79 is inserted.

The front surface of the angular protrusion 72 is curved in the vertical direction to smoothly contact the marker 100.

In the state where the angular protrusion 72 of the marker fixing portion 70 is inserted into the hole 20, the front surface of the angular protrusion 72 is protruded from the surface of the front plate member 12.

In the process of contacting the back of the marker 100 and the angled protrusion 72 while the marker 100 enters or exits the marker storage space, the marker fixing portion 70 overcomes the force of the spring 79 and moves backward.

The position fixing part 60 includes a back plate 63 having a disc shape and a side flange 61 formed integrally with the outer circumferential surface of the back plate 63 and bent.

A hole 65 is formed in the side flange 61, so that the side flange 61 is formed only around a part of the rear plate 63.

Four projections 64 are formed at the rear of the rear plate 63 of the position fixing part 60.

A plurality of locking grooves 56 are formed in the clip 50 at positions corresponding to the protrusions 64.

In front of the rear plate 63 of the position fixing part 60, a support rod 66 is formed into which the spring 79 is inserted.

The spring 79 is preferably implemented as a coil spring, and is compressed or extended in a space formed between the groove 73 of the marker fixing portion 70 and the support rod 66 of the position fixing portion 60.

The side flange 61 of the position fixing part 60 in the state where the assembly of the holder is completed is located on the outside of the sheet 21 formed at the rear of the front plate-like member 12, and the hole 65 of the position fixing part 60 is provided. The upper and lower projections 19 of the front plate-like member 12 is located.

Therefore, the position fixing part 60 is allowed to make linear movement in the front-rear direction, but rotational movement about the front-rear axis is prevented.

The disc 71 of the marker fixing part 70 is located in the inner space formed by the side flange 61 of the position fixing part 60.

In the case of rotating the main body or clip 30, the position fixing part 60 overcomes the elastic force of the spring 79 and moves forward.

Therefore, it is possible to impart an elastic force to the position fixing portion 60 and the marker fixing portion 70 by one spring (79).

When the marker fixing part 70 moves in the front-rear direction, the marker fixing part 70 may move in the interior of the position fixing part 60, and when the position fixing part 60 moves in the front-rear direction, the position fixing part 60 may be moved by the marker fixing part ( 70) can move outside.

Therefore, the function of fixing the marker and the function of fixing the position is possible even in a narrow space between the front housing 10 and the rear housing 30.

The rear housing 30 includes a plate-shaped rear plate member 32 extending in the vertical direction, rounded at the bottom thereof, and having a flange 39 formed at the top thereof and a circular hole 20 formed at the center thereof.

The flange 39 has a shape corresponding to the recessed portion 19 formed in the front plate-like member 12. The space between the front plate-like member 12 and the flange 39 functions as a doorway for the repair machine 80 to enter and exit the storage space.

Rear wings 34 are integrally formed on the upper left and right sides of the rear plate-like member 32.

An accommodating space in which the tee is accommodated is formed by the front wing 14 formed in the front housing 10 and the rear wing 34 formed in the rear housing 30.

The upper upper portion of the rear wing 14 is formed with a rear upper groove 37 tapered in the vertical direction.

The rear lower groove 35 of the straight shape is formed in the front lower portion of the rear wing 34. The rear lower groove 35 is formed with a rear fixing groove 36 formed in the horizontal direction.

The rear wing 34 has a thick root portion close to the rear plate member 32 and a thin end portion far from the rear plate member 32.

In the state in which the front housing 10 and the rear housing 30 are combined, the roots of the front wing 14 and the rear wing 34 contact each other, and the ends do not contact each other.

That is, the tee 90 is accommodated in the pipe in which the cutout was formed in the up-down direction by the front wing 14 and the rear wing 34.

Therefore, it is possible to fix the tee 90 by the elastic deformation of the front wing 14 and the rear wing 34, and adopts the fixing protrusion 96, the front fixing groove 16 and the rear fixing groove 36. In this case, the tee 90 can be more securely fixed.

The back plate member 32 or the rear wing 34 is formed with fastening holes 43 and 38 for coupling with the front plate member.

The fastening hole 43 is positioned to correspond to the boss 18 formed in the front plate-like member 12.

In the circular hole 40 formed in the rear plate-like member 32, the ring-shaped protrusion 54 of the clip 50 to be described later is positioned to allow relative rotation between the rear housing 30 and the clip 50.

On the surface in front of the rear plate-like member 32, ribs 42 extending in the vertical direction in the left and right sides of the circular hole 40 are formed.

The upper end of the rib 42 is connected to the flange 39, and the center portion of the rib 42 is formed with a lateral rib connecting the rib 42 and the rear wing 34.

In the state of assembling the front housing 10 and the rear housing 30, the rear plate-like member 32 is fitted to the inner surface of the side plate 22 formed in the front housing 10, the rib 42 is in the front housing It is fitted to the inner surface of the stepped portion 24 formed.

A projection 44 extending in the width direction is formed on the rear surface of the rear plate member 32.

The upper central portion 46 of the protrusion 44 is formed in an arc shape in order to allow rotation of the ring-shaped protrusion 54 to be described later.

The upper end 45 of the protrusion 44 serves to contact the clip 50 to limit the range of rotational movement between the rear housing 30 and the clip 50.

The clip 50 is comprised including the front support part 52 and the back support part 51 integrally formed in the said front support part 52. As shown in FIG.

By using the elastic deformation of the rear support 51 can be used to fit the holder of the present invention to the user's waistband.

The front support portion 52 and the rear support portion 51 may be connected by a hinge by a separate spring.

A ring-shaped protrusion 54 is formed on the front surface of the anterior support 52.

The ring-shaped protrusion 54 is formed in two or more incisions in a discontinuous form to facilitate deformation and smooth assembly.

The hook 55 is formed at the end of the ring-shaped protrusion 54.

The hook 55 prevents the clip 50 from moving backward in the state where the ring-shaped protrusion 54 is inserted into the circular hole 40 of the rear housing 30.

A plurality of engaging grooves 56 are formed in the circumferential direction on the surface of the front support part 52 located inside the ring-shaped protrusion 54.

The above-described position fixing part 60 is positioned in the space surrounded by the ring-shaped protrusion 54.

Hereinafter, the assembly process of the golf prop holder of the present invention will be described briefly.

When the ring-shaped protrusion 54 is pushed into the circular hole 40 formed in the rear housing 30, the ring-shaped protrusion 54 is deformed while the outer surface of the hook 55 and the inner surface of the circular hole 40 are in contact with each other. Insertion of the ring-shaped protrusion 54 is completed.

The position fixing part 60 is inserted in the inner space of the ring-shaped protrusion 54, and the temporary fixing part of the position fixing part 60 is inserted into the circular hole 40.

The spring 79 is inserted into the support rod 66 of the position fixing part 60 and the spring 79 is inserted into the groove 70 of the marker fixing part 70.

After placing the angular projection 72 of the marker fixing part 70 in the hole 20 of the front housing 10 to which the leaf spring 89 is assembled, the front housing 10 and the rear housing 30 are bolted. Or by an adhesive or the like.

At this time, one end of the spring 79 is supported by the marker fixing part 70 and the other end is supported by the rear plate 63 of the position fixing part 60.

Hereinafter, the operation of the present invention will be described.

The marker storage space formed by the front housing 10 is formed by the front surface of the front plate 12, the inner surface of the side plate 22 and the inner surface of the front flange 23.

Since there is no obstacle in the upper part of the marker storage space, the upper part of the marker storage space serves as an entrance through which the marker enters and exits.

The marker fixing part 70 which penetrates through the hole 20 of the front plate 12 acts as a marker stopper which prevents the marker 100 from being separated from the housing part.

That is, when the marker 100 is pushed downward through the entrance and exit of the marker storage portion, the end portion of the marker 100 contacts the angle protrusion 72, and the force pushing the marker 100 increases the elastic force of the spring 79. When the marker fixing part 70 is retreated, the storage of the marker 100 starts.

After the storing is completed, the marker fixing part 70 moves forward to prevent the marker 100 from being separated from the marker storing part.

When the user pushes up the marker 100 with a finger, the marker fixing part 70 is retracted so that the marker 100 can be taken out.

That is, the marker fixing part 70, which is a moving member, moves in and out of the storage space while moving relative to the main body, thereby maintaining the storage state of the marker 100 or releasing from the storage state.

When the repairer 80 is inserted into the storage space through the upper entrance of the repairer storage space formed between the front housing 10 and the rear housing 30, the left leg 82 and the right leg 81 of the repair machine 80 are located. The outer surface of the leaf spring 89 is in contact with the leaf spring 89 is elastically deformed.

When the side grooves 84 of the repair machine 80 are located at the central position of the leaf springs 89, the leaf springs 89 are restored, and the leaf springs center portion is fitted to the side grooves 84.

When the user pushes up the repair machine 80 to the extent that the user overcomes the elastic force of the leaf spring 89, the leaf spring 89 is elastically deformed and the ejector 80 can be taken out.

 Therefore, the elastic spring spring 89 is pressed by the repair machine 89 is to maintain or release the storage state of the repair machine (89).

A tee storage space is formed between the front housing 10 and the rear housing 30, and since the cross sections of the front wing 14 and the rear wing 34 do not contact each other, the pipe is formed in the vertically cut direction. A storage space is formed.

When the tee 90 is inserted into the tee storage portion, the front wing 14 and the rear wing 34 are elastically deformed, and the receiving state of the tee 90 can be maintained by the elastic force.

When the front fixing groove 14 and the rear fixing groove 34 are formed in the tee storage portion, and the fixing protrusion 96 is formed in the tee 90, the receiving state of the tee 90 can be more surely maintained.

When the user pulls the tee 90 upwards to withstand the elastic force of the front wing 14 and the rear wing 34, the pipe formed with the incision, that is, the front wing 14 and the rear wing 34 elastically deforms the tee ( 90) can be taken out.

That is, the tee 90 may be accommodated in a storage space formed by a pipe in which the cutout is formed, and thus the storage state of the tee 90 may be maintained or released.

Since the ring-shaped protrusion 54 of the clip 50 is inserted into the circular hole 40 of the rear housing 30, the rear housing 30 and the clip 50 can be rotated with each other.

By the spring 79, the position fixing portion 70 is in close contact with the surface of the front support portion 52, and the position fixing portion 70 is located in the inner space of the ring-shaped protrusion 54, so that the position fixing portion 70 As a result, the ring-shaped protrusion 54 can be prevented from being deformed inward.

Therefore, since the hook 55 can be reliably held by the rear plate-like member 32, the clip 50 can be prevented from being separated from the rear housing 30.

When a force for relatively rotating the rear housing 30 and the clip 50 is applied, the projection 64 located in the locking groove 56 moves out of the locking groove 56 while the position fixing part 60 moves forward. Relative rotation occurs between the rear housing 30 and the clip 50.

Since a plurality of locking grooves 56 are formed, the angle can be adjusted.

That is, the main body can be made vertical or the angle can be adjusted by 30 degrees to the left, and the posture can be maintained at the position where the angle is adjusted.

At the position where the front support part 52 of the clip 50 contacts the protrusion 44 formed on the rear side of the rear housing 30, the rotational movement between the rear housing 30 and the clip 50 is limited. That is, by the projections 44 it is possible to limit the rotation angle range.

The golf prop holder of the present invention reliably retains the storage of the marker regardless of the material of the marker.

In addition, it is possible to reliably maintain the storing state of the marker by the elastic force of the spring acting on the marker fixing part.

In addition, not only the marker can be stored but also the repairer and the tee can be stored.

Claims (4)

The body storing a marker, Including a clip connected to the main body, Golf accessory holder comprising a moving member relatively movable with respect to the body to maintain or release the storage state of the marker. The method according to claim 1, The moving member is a golf accessory holder, characterized in that it comprises a hole formed in the body and the marker fixing portion to move up and down in the front and rear through the hole and the spring for supporting the marker fixing portion. The method according to claim 1 or 2, The main body accommodates a repair machine, Golf accessory holder comprising an elastic body for pressing the repair machine to maintain or release the storage state of the repair machine. The method according to claim 3, The accessory holder for golf, characterized in that the tee is accommodated in the main body.

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