KR20220166462A - Holder for golf clubs - Google Patents

Abstract

The present invention relates to a golf club holder that can be placed in a storage space of a golf bag, comprising: a tube-shaped main case with an open upper part; and a base operation unit which includes a lifting frame installed at a lower part of the main case and raised and lowered inside the main case, an unlocking spring installed between the lifting frame and a bottom of the main case, a curved locking guide, and a locking stick having an end guided along the locking guide as the lifting frame is raised and lowered, wherein the locking guide is divided into a first guide and a second guide which have different heights and are connected to each other, and as the locking stick is mounted on the first guide or the locking stick is mounted on the second guide, the golf club protrudes from the main case or is inserted into the main case by a height difference between the first and second guides, thereby protecting and storing a golf club in the golf bag and facilitating withdrawal of the stored golf club to increase a golfer's convenience.

Description

Golf club holder {Holder for golf clubs}

The present invention relates to a golf club holder designed to conveniently store and withdraw golf clubs by being placed in a golf bag.

Golf bags are designed to easily accommodate various types of golf clubs used in golf sports. Since there are various types of golf clubs, such as drivers, putters, and irons, and each golf club has a different length, it is common for the storage area of the golf bag to be separated so that the golf club can be easily taken out (see Fig. 1).

However, even though golf clubs can be classified and stored by type in a storage area separated from the golf bag, it is difficult to configure the golf bag in an appropriate size because the size of the head of the golf club and the length of the club are different. In addition, the golf bag is prone to head damage and shaft deformation due to a golf club colliding with it or receiving a load for a long time during movement. Therefore, technology for a golf club holder provided with a means to be inserted deeply when stored and protruded outward so as to be easily recognized when in use, so that storage and handling of various sizes and types of golf clubs can be safely and conveniently need.

(Utility Model Document 0001) No. 20-0245620 (2001.10.15. Notice)

An object of the present invention is to provide a golf club holder that protects golf clubs stored in a golf bag and is easy to store and withdraw golf clubs of various types and lengths.

The present invention is a golf club holder that can be provided in a storage space of a golf bag, the golf club holder comprising: a tubular main case with an open upper end, an elevating frame installed in the lower part of the main case and lifted inside the main case; A support operating unit including an unlocking spring installed between the lifting frame and the bottom of the main case, a curved locking guide, and a locking stick whose end is guided along the locking guide as the lifting frame is lifted, The locking guide is divided into a first guide and a second guide that are connected to each other while having different heights. As the locking stick is seated on the first guide or the locking stick is seated on the second guide, the golf club moves along the first guide. And it is made in the form of protruding from the main case by the height difference of the second guide or inserted into the main case.

Here, the main case is preferably manufactured so that the upper and lower portions are separable, and the lower part of the main case is an operating unit case in which the support operation unit is built, the locking stick is installed inside the operation unit case, and the locking A guide is formed on the elevating frame, the highest point of the first guide and the highest point of the second guide are connected to each other, and the lowest point of the first guide is formed higher than the lowest point of the second guide, so that the elevating frame exerts pressure on the upper surface. The end of the locking stick at the lowest point of the first guide is seated at the lowest point of the second guide as the lifting frame rises with the elastic force of the unlocking spring, and the lifting frame receives pressure on the upper surface and then releases it. The end of the locking stick at the lowest point of the second guide is seated at the lowest point of the first guide while the elevating frame rises with the elastic force of the unlocking spring.

Alternatively, the main case is preferably manufactured so that the upper and lower parts are separable, the lower part of the main case is an operating unit case in which the support operation unit is built, the locking stick is installed on the lifting frame, and the locking guide is It is formed inside the operating unit case, the lowest point of the first guide and the lowest point of the second guide are connected to each other, and the highest point of the first guide is formed higher than the highest point of the second guide, so that the lifting frame presses the upper surface. The end of the locking stick at the highest point of the first guide is seated at the highest point of the second guide while the lifting frame rises with the elastic force of the unlocking spring, and the lifting frame receives pressure on the upper surface and then releases it. The end of the locking stick located at the highest point of the second guide may be seated at the highest point of the first guide while the elevating frame rises by the elastic force of the unlocking spring.

At this time, when the locking guide is formed on the elevating frame, preferably, a part of the locking stick is rotatably inserted into a stick rotation groove, which is a groove formed in the operating unit case, and the longitudinal direction of the locking stick is the locking guide. , and the upper end of the locking stick is bent toward the front of the locking guide and inserted into the locking guide, so that when the locking guide is lifted, the upper end of the locking stick may be guided along the locking guide.

In this case, preferably, a stick compression spring is installed between the locking stick and the inner wall of the operating unit case to provide elastic force in the direction of the locking guide so that the upper end of the locking stick continues to follow the locking guide when the locking guide is moved up and down. can be applied

At this time, the first guide and the second guide are preferably extended one by one on each side, the lowest point of the first guide is a point where the first guide and the extended portion meet each other, and the lowest point of the second guide is This is a point where the second guide and the extended portion meet each other, or a point further extending downward from the point where they meet each other, and the highest points on both sides of the first guide and the highest points on both sides of the second guide are connected to each other, so that the elevation frame According to the vertical movement, the locking stick seated at the lowest point of the second guide is guided toward the top of the second guide, then enters the first guide and is seated at the lowest point of the first guide, and the locking stick seated at the lowest point of the first guide is According to the vertical movement of the additional elevating frame, it may be guided toward the top of the first guide, enter the second guide, and be seated at the lowest point of the second guide.

And, preferably, the lower part of the golf club is seated on the upper part of the support operation unit, and when the golf club is pressed, it is pushed to the lower end of the golf club and descends while pressing the upper part of the support operation unit to compress the unlocking spring. It may be further provided. .

Here, the withdrawing portion preferably consists of a withdrawal frame having an upper portion in contact with the lower end of the golf club and a lower portion in contact with the upper portion of the support operating unit, and a jump-out spring installed between the withdrawal frame and the support operating unit, so that the support operating unit When it is raised, the golf club can jump higher than the top of the main case to a predetermined part by amplifying the distance at which the golf club is lifted by the action of the take-off spring.

At this time, the upper part of the take-out frame is preferably formed in a cup shape with a depressed center, and is formed at the lower end of the extension rod and the extension rod extending long from the bottom surface of the take-out frame toward the supporting operation part, so that the extension rod is rapidly It consists of an extension head whose horizontal cross-sectional area is expanded in a similar way, and a fastening hook for gripping or releasing an end between the extension head and the extension rod is rotatably installed on the upper part of the support operation unit, and the connection between the fastening hook and the operation unit case A fastening hanger guide protrusion of a certain volume is formed between the insides, and when the lifting frame descends, the fastening hanger is pushed by the fastening hanger guide protrusion and rotates to hold between the extension head and the extension rod, and the lifting frame rises. When the fastening hook is lifted higher than the fastening hook guide protrusion and escapes from the fastening hook guide projection, the fastening hook can rotate in a direction in which the end of the fastening hook is away from between the extension head and the extension rod. there is.

Also preferably, the fastening hook and the fastening hook guide protrusion may be respectively provided on both sides of the expansion head with the expansion head as a center.

Also preferably, the take-out frame has a double-walled side, the upper part of the inner space of the double-wall is closed and the lower part is open, so that the upper part of the pull-out spring is inserted into the spring insertion hole, which is the inner space of the double wall, and the outer wall of the double wall A protrusion or groove may be formed on an outer circumferential surface in a longitudinal direction, and a groove or protrusion corresponding to the protrusion or groove may be formed inside the operating unit case.

The golf club holder according to the present invention is disposed inside a golf bag to accommodate the golf clubs, thereby preventing collision of the golf clubs and minimizing deformation of the head and shaft of the golf clubs. In addition, regardless of the type and length of the golf club, the golfer can conveniently store or take out the golf club.

1 is a perspective view of a conventional golf bag;
2 is a schematic diagram of a golf club holder according to an embodiment of the present invention disposed inside a golf bag;
3a and 3b are perspective views of a golf club holder from different angles according to an embodiment of the present invention;
Figure 4a is an internal perspective view of the golf club holder according to an embodiment of the present invention,
Figure 4b is a perspective view of the drawing portion shown in Figure 4a;
Figure 4c is an enlarged view of Figure 4b;
Figure 5a is an enlarged view of the supporting operation unit in Figure 4a;
5b and 5c are operating state diagrams according to the time sequence of FIG. 5a;

Specific structural or functional descriptions presented in the embodiments of the present invention are merely exemplified for the purpose of explaining embodiments according to the concept of the present invention, and embodiments according to the concept of the present invention may be implemented in various forms. In addition, the present invention should not be construed as being limited to the embodiments described in this specification, but should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

The golf club holder 100 according to an embodiment of the present invention includes a main case 110, which is a tubular member with an open top, and a supporting operation unit 120, as shown in FIGS. 3A and 4A.

The main case 110 is a member constituting the body of the golf club holder 100 according to an embodiment of the present invention, as shown in FIGS. 3a and 3b.

As shown in Figures 3a and 3b, the golf club holder 100 according to an embodiment of the present invention, as will be described later, the main case 110 can be divided into two parts. Particularly, a part where the supporting operation part 120 is built, that is, a part corresponding to the lower part when the main case 110 is erected will be referred to as an operation part case 116 hereinafter. For reference, the operating unit case 116 refers to a portion below the first coupling ring 1291 in FIGS. 3A and 3B.

As shown in FIG. 4A, the supporting operation unit 120 is installed on the lower part of the main case 110 and includes a lifting frame 123 that is lifted inside the main case 110, and the lifting frame 123 and the main case ( 110), the locking release spring 124 installed between the bottoms, the curved locking guide 127, and the locking stick whose end is guided along the locking guide 127 as the elevating frame 123 is moved up and down ( 125).

The locking guide 127 and the locking stick 125 are more specifically, as shown in FIG. 5A, the locking guide 127 is a first guide 1271 and a second guide 1272 connected to each other while having different heights. As the locking stick 125 is seated on the first guide 1271 or the locking stick 125 is seated on the second guide 1272, the golf club 10 first and second guides 1271 and 1272 ) Protrudes from the main case 110 by a height difference of or is inserted into the main case 110.

At this time, the locking stick 125 is installed inside the operating unit case 116 as shown in FIGS. 5A to 5C, the locking guide 127 is formed on the elevating frame 123, and the first guide 1271 The highest point of and the highest point of the second guide 1272 may be connected to each other, and the lowest point of the first guide 1271 may be formed higher than the lowest point of the second guide 1272 .

As a result, when the lifting frame 123 receives pressure on the upper surface and then is released, the end of the locking stick 125 located at the lowest point of the first guide 1271 lifts the lifting frame 123 with the elastic force of the unlocking spring 124. The end of the locking stick 125 at the lowest point of the second guide 1272 is seated at the lowest point of the second guide 1272, and when the lifting frame 123 receives pressure on the upper surface and is released, the end of the locking stick 125 at the lowest point of the second guide 1272 is a lock release spring ( The elevating frame 123 may be seated at the lowest point of the first guide 1271 while rising by the elastic force of the first guide 1271 .

Alternatively, although not shown, the locking stick 125 may be installed on the elevating frame 123 and the locking guide 127 may be formed inside the operating unit case 116 .

In this case, the relationship is reversed, and the locking stick 125 and the locking guide 127 may be formed in a form in which the top-down relationship of FIG. 5A is reversed, unlike FIG. 5A.

Therefore, in this case, the lowest point of the first guide and the lowest point of the second guide are connected to each other, and the highest point of the first guide is formed higher than the highest point of the second guide. The end of the locking stick at the highest point of the guide settles on the highest point of the second guide as the lifting frame rises with the elastic force of the unlocking spring, and the locking stick at the highest point of the second guide is released when the lifting frame is pressed on the upper surface. The end of the stick may be configured to be seated at the highest point of the first guide while the elevating frame rises with the elastic force of the unlocking spring. (not shown)

Therefore, in the above two embodiments of the locking stick 125 and the locking guide 127, the golf club 10 is inserted into the main case 110 through the main case 110 inlet, and the golf club 10 is moved once. When pressed, the end of the locking stick 125 is seated at the lowest point of the first guide 1271 so that the golf club 10 is deeply inserted into the main case 110, and in this state, pressing the golf club 10 once more locks the stick ( 125) passes through the highest point where the first guide 1271 and the second guide 1272 are connected. At this time, when the golf club 10 is placed, the end of the locking stick 125 is seated at the lowest point of the second guide 1272. Therefore, the golf club 10 is drawn up to a higher position than the upper end of the main case 110.

However, as shown in FIG. 5A, since the first and second guides 1271 and 1272 are not straight lines formed only vertically, but a curved line and a straight line connected, in the process of the lifting frame 123 ascending or descending. The end of the locking stick 125 can only be changed to the left or right.

However, since the height of the locking stick 125 can be limited by the locking action when the height of the locking stick 125 is fixed, the locking stick 125 must be installed at a fixed height inside the operating unit case 116.

Therefore, so that all of these contradictory requests can be resolved, as shown in FIG. 5A, the locking stick 125 is rotatably inserted into the stick rotation groove 1161, a part of which is a groove formed in the operating unit case 116, The longitudinal direction of the locking stick 125 is disposed parallel to the locking guide 127, and the upper end of the locking stick 125 is bent toward the front of the locking guide 127 and inserted into the locking guide 127, thereby locking the guide Since the top of the locking stick 125 can be guided along the locking guide 127 when the 127 is lifted, the locking stick 125 can be freely rotated left and right while maintaining its height, so that the locking stick 125 The ends of the elevating frame 123 may be flexibly guided along the first or second guides 1271 and 1272 during a process of raising or lowering the frame 123 .

In addition, for a smooth and stable lifting and lowering operation of the lifting frame 123, the unlocking release spring 124 applying an elastic force upward to the lifting frame 123 is locked formed on the lifting frame 123 as shown in FIG. It is installed in a form surrounding the release guide rod 1234. Therefore, since the operation of the unlocking spring 124 is performed along the unlocking guide bar 1234, the elevating frame 123 can be stably moved up or down.

In addition, the first and second guides 1271 and 1272 may further extend one by one on each side of the first guide 1271 and the second guide 1272, as shown in FIGS. 5A to 5C.

In this case, the extended portions may be symmetrical to each other as a whole. Accordingly, the lowest point of the extended first guide 1271 may be a point where the first guide 1271 and the extended portion meet each other, as shown in FIG. 5A .

Similarly, the lowest point of the second guide 1272 may be a point where the second guide 1272 and the extended portion meet each other, as shown in FIG. 5A, or a point further extending downward from the point where the second guide 1272 meets.

However, the extended portions of the first and second guides 1271 and 1272 do not necessarily have to be symmetrical to each other, but the lowest point of the first guide 1271 and the lowest point of the second guide 1272 must lie between both ends. do.

Because, as shown in FIGS. 5B and 5C, the highest points on both sides of the first guide 1271 and the highest points on both sides of the second guide 1272 are connected to each other, so that the second guide 2 The locking stick 125 seated at the lowest point of the guide 1272 is guided toward the top of the second guide 1272, enters the first guide 1271, and is seated at the lowest point of the first guide 1271. The locking stick 125 seated at the lowest point of the guide 1271 is guided toward the upper part of the first guide 1271 according to the vertical movement of the additional lifting frame 123, and enters the second guide 1272 to enter the second guide. This is because it can settle at the lowest point of (1272).

On the other hand, the lower surface of the golf club 10 is seated on the upper part of the support operating unit 120, and when the golf club 10 is pressed, it is pushed to the lower surface of the golf club 10 and descends by pressing the upper part of the supporting operation unit 120, locking A withdrawal part 130 for compressing the release spring 124 may be further provided. That is, the withdrawal part 130 is installed between the golf club 10 and the support operation part 120 .

In particular, the withdrawal part 130, the withdrawal frame 132, the upper surface of which is in contact with the lower surface of the golf club 10 and the lower part is in contact with the upper part of the support operation unit 120, the withdrawal frame 132 and the support operation unit 120 ) It consists of a jump take-off spring 131 installed between, and when the supporting operation unit 120 is raised, the action of the take-off spring 131 is added so that the height at which the golf club 10 is raised is only the lifting frame 123. Since it is further amplified compared to when it is raised so that the golf club 10 can leap to a sufficiently high position, convenience of use can be remarkably improved.

However, in order for the golf club 10 to jump much higher than the upper part of the main case 110 due to the jump-out spring 131 installed in the take-out part 130, the take-out part 130 needs to move the locking stick 125 from the elevating frame 123. ) must be seated at the lowest point of the first guide 1271 so that when the elevating frame 123 is maintained in a compressed state as shown in FIG. 5B, it must be able to remain compressed together.

As such, the golf club holder 100 according to an embodiment of the present invention so that the elevating frame 123 and the withdrawal portion 130 can be maintained in a compressed state together, the withdrawal frame 132 as shown in FIGS. 4A and 4B. ) The upper part of the center is formed of a cup-shaped member (hereinafter referred to as 'inner cup 1325') on which a golf club with a depressed center is seated, and the lower part of the take-out frame 132 is the inner cup 1325 on which the seat is seated. An extension rod 1323 extending long from the bottom surface of the support operation unit 120 and an extension head 1324 formed at the lower end of the extension rod 1323 and rapidly expanding the horizontal cross-sectional area from the extension rod 1323 are provided

In addition, a fastening hook 121 for gripping or releasing between the extension head 1324 and the extension rod 1323 is rotatably installed on the upper part of the support operating unit 120, and the fastening hook 121 and the operating unit case 116 ) Between the inside of the fastening hanger guide protrusion 1162 of a certain volume is formed.

Here, when the elevating frame 123 descends, the fastening hanger 121 is pushed by the fastening hook guide protrusion 1162 and rotates to grip between the extension head 1324 and the extension rod 1323, and the elevating frame 123 rises. When doing so, the fastening hook 121 rises higher than the fastening hook guide projection 1162 and escapes from the fastening hook guide projection 1162, so that the fastening hook 121 is fastened between the extension head 1324 and the extension rod 1323. The fastening hook 121 is rotated in a direction in which the end of the hook 121 moves away.

At this time, as shown in FIGS. 4A to 5C , the fastening hook 121 and the fastening hook guide protrusion 1162 are provided on both sides of the expansion head 1324 with the expansion head 1324 as the center.

Therefore, whenever the upper part of the withdrawal part 130 is pressed with the golf club 10 once, a change in operation from FIG. 5b to FIG. 5c or in the order of FIG. 5c to FIG. 5b occurs.

That is, when the golf club 10 is pressed once, it is pressed against the lower surface of the golf club 10 so that the expansion head 1324 pushes down the upper surface of the elevating frame 123. The hanger 121 is pushed by the fastening hanger guide protrusion 1162 in the process of descending together with the elevating frame 123, and the gap gradually decreases, eventually gripping the area between the extension head 1324 and the extension rod 1323. fasten

At this time, it is assumed that the end of the locking stick 125 is seated at the lowest point of the first guide 1271 as shown in FIG. 5B when the force pressing down on the golf club 10 is removed.

In this case, the elevating frame 123 cannot rise upward any more due to the locking stick 125 and is restrained. The unlocking spring 124 also remains compressed. In particular, the fastening hooks 121 on both sides of the expansion head 1324 are pushed by the fastening hook guide protrusions 1162 in the process of passing between the fastening hook guide protrusions 1162 and come closer to each other, and eventually the expansion head 1324 and It is gripped between the extension rods 1323.

Here, a gripping groove 1211 having a shape corresponding to the horizontal cross-sectional shape of the extension rod 1323 is formed at a portion where the fastening hooks 121 meet each other, so that the fastening hooks 121 on both sides are formed as shown in FIG. 5B. The extension rod 1323 and the extension head 1324 are stably gripped while being snugly engaged with each other.

When the fastening hook 121 grips the upper part of the extension head 1324, the take-off spring 131 is also pressed against the take-out frame 132 formed in a cup shape on which the lower surface of the golf club is seated, and is maintained in a compressed state.

Next, when the golf club 10 is pressed down once more and then released, the state shown in FIG. 5c is obtained. That is, the end of the locking stick 125 enters the second guide 1272 from the first guide 1271 when the golf club 10 descends, and then presses the golf club 10 to remove the downward force. 125) is guided along the second guide 1272 to the lowest point of the second guide 1272, and when the end of the locking stick 125 is seated at the lowest point of the second guide 1272, the lifting frame 123 ) stops rising.

In the process of rising until the elevating frame 123 stops, the fastening hook 121 rises higher than the fastening hook guide protrusion 1162 outside the fastening hook 121, so the fastening hook 121 is fastened to the fastening hook guide protrusion. Released from (1162), it spreads to both sides.

The moment the fastening hanger 121 is opened to both sides, the extension head 1324 and the extension rod 1323 connected from the extension head 1324 and the take-out frame 132 are released from the fastening hanger 121 and immediately jump out the spring ( 131) rises high instantaneously due to the elastic force, and the golf club 10 supported by the withdrawal frame 132 rises as if leaping from the main case 110 to a very high point, so that the user of the golf club 10 ) Since the golf club 10 bounces only with the pressing operation, the golf club 10 can be easily withdrawn from the golf bag 20.

On the other hand, as shown in FIGS. 4B and 4C, the take-out frame 132 has an inner cup 1325 formed therein, and a side surface of the inner cup 1325 is formed as a double wall, and the inner space of the double wall is sealed at the top and bottom. is open

Here, the upper part of the spring take-off spring 131 is inserted into the spring insertion hole 1321, which is the inner space of the double wall forming the side of the inner cup 1325, and the outer circumferential surface of the outer wall of the double wall extends in the longitudinal direction as shown in FIG. 4A. Long guide protrusions 1328 or grooves (not shown) are formed.

The guide protrusion 1328 or the guide groove 1108 or protrusion (not shown) corresponding to the guide protrusion 1328 or the groove (not shown) is formed inside the operating unit case 116, so that the take-out frame 132 descends. However, in particular, the take-out frame 132 can be smoothly raised or lowered without being excessively leaned to one side during the jumping and bouncing process and getting caught due to severe friction.

The present invention described above is not limited by the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible without departing from the technical spirit of the present invention will be apparent to those skilled in the art.

10: golf club 20: golf bag
100: golf club holder according to an embodiment of the present invention
110: main case 110a: case entrance
116: operation unit case 120: base operation unit
121: fastening hook 122: lifting guide
123: elevating frame 124: unlocking spring
125: locking stick 127: locking guide
128: head landing block 130: withdrawal
131: jump-out spring 132: take-out frame
1108: Corresponding guide groove 1161: Stick rotation groove
1162: fastening hanger guide protrusion 1211: gripping groove
1212: hanger hinge axis 1234: unlocking guide rod
1251: stick pressure spring 1271: first guide
1272: second guide 1281: curved surface
1291: first binding ring 1292: second binding ring
1321: spring insertion hole 1322: seating hole
1323: extension rod 1324: extension head
1325: inner cup 1326: outer wall
1328: guide projection

Claims (11)

A plurality of golf club holders are provided in a storage space of a golf bag and each golf club is inserted one by one,
a tubular main case with an open upper end;
An elevating frame installed at the bottom of the main case and lifted inside the main case, a lock release spring installed between the elevating frame and the bottom of the main case, a curved locking guide, and an end portion by elevating the elevating frame. A support operation unit including a locking stick guided along the locking guide; including,
The locking guide is divided into a first guide and a second guide that are connected to each other while having different heights,
As the locking stick is seated on the first guide or the locking stick is seated on the second guide, the golf club protrudes from the main case by a height difference between the first and second guides or is inserted into the main case. According to claim 1,
The main case is manufactured so that the upper and lower parts are separable, and the lower part of the main case is an operating unit case in which the support operation unit is built.
The locking stick is installed inside the operating unit case, and the locking guide is formed on the elevating frame.
The highest point of the first guide and the highest point of the second guide are connected to each other,
Since the lowest point of the first guide is formed higher than the lowest point of the second guide, the end of the locking stick located at the lowest point of the first guide is moved up and down by the elastic force of the unlocking spring when the elevating frame receives pressure on the upper surface and then is released. As the frame rises, it settles at the lowest point of the second guide,
Golf clubs, characterized in that when the lifting frame is pressed on the upper surface and then released, the end of the locking stick located at the lowest point of the second guide is seated at the lowest point of the first guide while the lifting frame rises with the elastic force of the unlocking spring. holder. According to claim 1,
The main case is manufactured so that the upper and lower parts are separable, and the lower part of the main case is an operating unit case in which the support operation unit is built.
The locking stick is installed on the elevating frame, the locking guide is formed inside the operating unit case,
The lowest point of the first guide and the lowest point of the second guide are connected to each other,
Since the highest point of the first guide is formed higher than the highest point of the second guide, the end of the locking stick located at the highest point of the first guide is moved up and down by the elastic force of the unlocking spring when the elevating frame receives pressure on the upper surface and then is released. As the frame rises, it settles on the highest point of the second guide,
Golf clubs, characterized in that when the lifting frame is pressed on the upper surface and then released, the end of the locking stick located at the highest point of the second guide is seated at the highest point of the first guide while the lifting frame rises with the elastic force of the unlocking spring. holder. According to claim 2,
A part of the locking stick is rotatably inserted into a stick rotation groove, which is a groove formed in the operating unit case,
The longitudinal direction of the locking stick is disposed parallel to the locking guide,
The upper end of the locking stick is bent toward the front of the locking guide and inserted into the locking guide, so that when the locking guide is lifted, the upper end of the locking stick is guided along the locking guide. According to claim 4,
A stick compression spring is installed between the locking stick and the inner wall of the operating unit case,
Golf club holder, characterized in that when the locking guide is raised and lowered, an elastic force is applied in the direction of the locking guide so that the upper end of the locking stick continues to follow along the locking guide. According to claim 5,
The first guide and the second guide are formed to extend one by one on each side,
The lowest point of the first guide is a point where the first guide and the extended portion meet each other,
The lowest point of the second guide is a point where the second guide and the extended portion meet each other, or a point further extending downward from the point where they meet each other,
As the highest points on both sides of the first guide and the highest points on both sides of the second guide are connected to each other,
The locking stick seated at the lowest point of the second guide according to the vertical movement of the elevating frame is guided toward the upper part of the second guide, enters the first guide, and is seated at the lowest point of the first guide.
The locking stick seated at the lowest point of the first guide is guided toward the upper part of the first guide according to the vertical movement of the additional lifting frame, then enters the second guide and is seated at the lowest point of the second guide. Golf club holder. According to claim 1,
The lower portion of the golf club is seated on the upper portion of the support operation unit, and when the golf club is pressed, it is pushed to the lower end of the golf club and descends while pressing the upper portion of the support operation unit to compress the unlocking spring. Golf club holder. According to claim 7,
The withdrawing part has an upper part in contact with the lower end of the golf club and a lower part in contact with the upper part of the support operation part;
Consisting of a jump-out spring installed between the take-out frame and the support operation unit,
Golf club holder, characterized in that when the support operation unit is raised, the golf club jumps higher than the upper part of the main case to a predetermined portion by amplifying the lifting distance of the golf club by the action of the spring take-out. According to claim 6 or 8,
The upper part of the drawing frame is formed in a cup shape with a depressed center,
An extension rod extending long toward the supporting operation unit and an extension head formed at a lower end of the extension rod and rapidly expanding a horizontal cross-sectional area from the extension rod are formed on the bottom surface of the withdrawal frame,
A fastening hook for gripping or releasing an end between the extension head and the extension rod is rotatably installed on the upper part of the support operation unit,
A fastening hook guide protrusion having a certain volume is formed between the fastening hook and the inside of the operating unit case,
When the elevating frame descends, the fastening hook is pushed by the fastening hook guide protrusion to hold between the extension head and the extension rod;
When the elevating frame rises, the fastening hanger rises above the fastening hook guide protrusion and escapes from the fastening hook guide projection, so that the fastening hook is fastened in a direction in which the end of the fastening hook is away from between the extension head and the extension rod. A golf club holder, characterized in that the hook rotates. According to claim 9,
The fastening hook and the fastening hook guide protrusion are respectively provided on both sides of the expansion head with the expansion head as a center. According to claim 10,
The take-out frame has a double-walled side surface, the upper part of the double-wall inner space is closed and the lower part is open, so that the upper part of the pull-out spring is inserted into the spring insertion hole, which is the inner space of the double wall,
A protrusion or groove is formed on an outer circumferential surface of the outer wall of the double wall in a longitudinal direction, and a groove or protrusion corresponding to the protrusion or groove is formed inside the operation unit case.

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