JPH031884A - Stand for stick used in gate ball - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] (Object of the invention).

This invention relates to a stand that supports a T-shaped stick used in a gateball game so that it can be easily left on its own anywhere. This is necessary to manage the sticks while waiting for a match at the fifth field, during a break during practice, etc., and it is an obstacle to providing a stand with a new structure that is convenient for carrying.

(Prior Art) Gateball is a game that was devised after the war to brighten the devastated lives of our country.
It is one of the few sports that originated in Japan.

However, for a while it was considered to be a sport for the elderly, but now the number of people playing the sport has increased dramatically, and the rules have been improved. As a result, it has become so popular that a world championship is held.

As the number of players increased, the equipment gradually improved,
In particular, with regard to sticks, various improvements have been made in terms of material, structure, and design, and very high-quality products are now on the market.
Fans are beginning to compete with each other to buy these luxury and novel items.

Gateball is a team sport with five players per team, and even though it is a small tournament held in various places, the number of participants can quickly reach 50.
This is a tournament with a capacity of 100 people, and many people end up crowding around the court.During the competition, each player has his or her favorite stick and sticks in hand until the end of the competition. However, if the players on the team are waiting for a game, each team should sit down on the bench or on the grass and let go of the stick. Prop it up on a bench or leave it lying on the ground for strategy meetings or sex.
I often end up having conversations and watching games engrossed, and I end up neglecting to manage my sticks, and sometimes my expensive sticks that I use and love get kicked away while a lot of people come and go. You will encounter accidents such as being trampled and destroyed.

Therefore, the larger the competition, the more it becomes necessary for players to have to pay careful attention not only to their own sticks, but also to the position of other people's sticks, which is an extremely troublesome consideration. He is placed in an extremely inconvenient situation where it is extremely difficult to concentrate on the situation.

However, so far, no proposals have been made regarding effective means to avoid such accidents, and the reality is that it has been left to the attention of each individual to avoid such accidents. There was a complete lack of consideration.

This invention quickly focused on the current situation as described above, and not only sells sticks and cases, but also provides an effective means to avoid the unexpected situations that occur while waiting for a game, etc. Developed considering the important responsibility of those who handle it,
While conducting research and repeating various thoughts and errors, I realized that if it were possible to support the stick in an orderly manner so that it could stand on its own when you let go of the stick while waiting for a match, etc.
Compared to leaning the stick diagonally or lying it on the ground, the accident rate is much lower, the competition scene becomes more orderly, and the stick itself is becoming more sophisticated. Finally, we decided that it would be possible to use it as an accessory at home so that it could be viewed at all times without leaving it in a case.
As will be detailed below, we have succeeded in realizing a new gateball stick stand that has never been prepared before.

(Structure of the Invention) The stand for the "gateball stick" of this invention is
It basically consists of a head mounting part 1 and a shaft support part 2, and is a head mounting part that receives the head 711 surface (hereinafter simply referred to as the mounting surface of the head T) which is the side opposite to the shaft T2 connection side. 1, a shaft support 21 is disposed at a position corresponding to a suitable upper position approximately in the center of the head rest 1, and a support rod 22 extending from the end thereof is connected to the head rest 1. It consists of Part 2.

Gateball stick stand T has head T1
The simplest type consists of a head T1 and a shaft T2, which are pre-integrated into a T-shape, and one in which the head T1 and shaft T2 can be separated into two pieces so that they can be assembled and disassembled as necessary. Or, the most complicated one is one in which the shaft T2 is an add-on type and can be separated into three parts with the head T1.
The shaft T2 is formed in a telescopic structure and can be separated into two parts with the head T1, and when carried, the length of the shaft T2 can be shortened to approximately the length of the head T1 and stored in a case. There are various types of golf clubs available, including those that have been carefully selected to rival high-end golf clubs in terms of material, design, and price.

The diameter and length of head T1 are φ45II according to the standard.
lff+×240 circles, and the length of the shaft T2 is 700 nm or more.Currently, two types are commercially available: 710 sides and 800 sides. However, there are no particular regulations regarding the weight of the head T1 or the thickness of the shaft T2, and various types are available depending on the material, whether it is for men or women, etc.

Since the diameter of the head T1 is generally standardized, the head mounting portion 1 can be formed with constant dimensions to accommodate the mounting surface of the head T1. As long as the head T1 can be mounted and stability can be ensured, the length corresponding to the head T1 (240w+) is not necessarily concerned. It may be formed to have an appropriate length in consideration of economic costs and the like.

The shaft support part 2 is composed of a shaft support 21 and a support rod 22 extending from the end thereof and connected to the head mounting part 131I. 7 to accommodate the thickness.
It is convenient if it is formed into a letter shape. Further, the support rod 22 is connected to the head mounting portion 1 at an appropriate angle, that is, at an angle convenient for the stick T to stand on its own, taking into consideration manufacturing aspects, portability, etc. In this case, it is desirable to form a structure that is detachable or detachable, or a structure that is rotatable so as to be parallel to the head mounting section 1.

Hereinafter, specific structures will be explained based on some typical embodiments shown in the drawings.

[Embodiment 1] In the embodiment shown in FIGS. 1 to 13, the shaft support section 2 has its shaft receiver 21 connected to the head mounting section 1.
The position that supports the so-called shaft T2, which is connected to the head mounting part 1 so as to be positioned on the head axis when the head T1 is placed on the head T1, is
This is an example of a structure that is configured to be on either side of the shaft T2 in the length direction of the shaft T2.

Among them, those shown in FIGS. 1 to 9 are typical embodiments in which both the head mounting part 1 and the shaft support part 2 are made of steel rods that can be bent and formed.

First, in the most preferred embodiment shown in FIGS. 1 to 7, the head mounting portion 1 is arranged in parallel with a width smaller than the diameter of the head T1, and optimally with a width of about 40 mm in internal dimension. At both ends of the parallel bars 11.1.1, each of which is bent outward horizontally and further bent downward, is a low grounding leg 12.
and a high grounding leg 13, and the shaft support part 2 has a shaft receiver 2 formed in a figure 7 shape.
1, extending upward and obliquely downward from both sides of the head mounting section 1, and having a connecting ring 23, 23 formed at each end to connect to the high grounding leg 13 of the head mounting section 1. This is an example in which the connecting rings 23, 23 of the shaft support part 1 are rotatably connected to the high grounding legs 13 of the head mounting part 2.

When using this example as a stand,
As shown in the perspective view of the body in FIG. 2 and the side view in FIG. When the head T1 is held and not in use, the shaft support part 1 is rotated on the back side of the head mounting part 1, as shown in the perspective view of the folded state in FIG. are assembled and stored in a predetermined case together with the disassembled shaft (not shown).

As understood from the third factor area map and the fourth national area map,
In the case of this example, the shaft receiver 21 in the shaft support part 2 is located on the coaxial line (slightly above the center line of the parallel bars 11 and 11 in FIG. 3) when the head T1 is placed on the head placement part 1. Since the stick T is placed at an appropriate height and approximately at the center in the length direction of the head rest 1, the stick T can stand on its own as shown in the perspective view of FIG. This realizes a structure in which the shaft receiver 21 abuts and supports one side of the shaft T2 in the same longitudinal direction as the head T1.

What is shown in the perspective view in FIG.
If you want to make it shorter and more compact and economical, the support rod 22 of the shaft support part 2.
In the structure of the above-described embodiment, when the portion 22 is rotated to the back side and folded, it becomes longer and protrudes from the head mounting portion 1, so it is bent slightly in the middle to shorten the overall length of the shaft support portion 2. This is an example of forming a

The example shown in FIG. 9 is one of yet another variant,
By forming the grounding legs 12 and 13 of the head mounting portion 1 into a structure with heights on each side, the stick T is slightly #1 on the lower grounding leg 12 side! The shaft support 21 supports and stabilizes the shirt (shirt) T2 by supporting and stabilizing the shaft support 21 in a form that supports and stabilizes the shirt (shirt) T2 by supporting and stabilizing the shaft support 21 by supporting and stabilizing the shaft support 21 by supporting and stabilizing the shirt T2. The shaft T2 of the stick T is formed into a substantially vertical shape, and the shaft receiver 21 in the shaft support part 2 contacts the shaft T2 simply along the shaft T2 (does not embrace the shaft T2). This is an example of what is supported.

In the examples shown in FIGS. 1 to 7 and 8, when putting the stick T in and out of the stand, the shaft support part 2
This can only be done from between the support rods 22, 22, but this is not necessary in the example shown in FIG. 9 above.

The embodiments shown in Figures 10 to 13 below are examples in which the head mounting portion 1 is formed of a material other than a steel rod.

First, what is shown in the perspective view of FIG. 10 is a box formed from a surface plate 14 whose center is formed in a concave groove 15 along the outside of the mounting surface of the head T, and a side plate 16 formed at the periphery of the surface plate 14. This is an example in which the head mounting portion 1 is formed into a mold.

With respect to this head mounting portion 1, both lower ends of the support rods 22.22 of the shaft support portion 2 formed of steel rods as in the above embodiment are connected to one side of a pair of side plates 16.16 parallel to the groove 15. The stoppers 16a, 16 are rotatably fitted in and detachably near the ends of the stoppers 16a, 16, and are protruded slightly towards the center from that position.
The shaft support part 2 is held at a predetermined angle by the shaft support part a, and can be rotated to the back side and folded when not in use.

In the figure, 16b indicates a notch for assembling the head T when storing it in a case or the like.

In the case shown in FIGS. 11 to 13 below, the head mounting part 1 is formed into a box shape by a face plate in the same way as described above, and the head mounting part 1 is penetrated into the center of the head mounting part l. The shaft support part 2 is combined through the shaft support part 2, and the rotation of the shaft support part 2 to one side is prevented by a stopper piece 14a formed on the back surface of the surface plate 14, and when not in use, the shaft support part 2 is pulled up and the shaft support part 2 is Bent pieces 22a, 22a formed at both lower ends of the rod 22° 22 rotate around the area where they come into contact with the back surface of the top plate, so that the shaft support portion 2 can be folded along the surface of the top plate 14. This is an example of what was done.

Note that the structure for preventing rotation of the shaft support portion 2 in this example is, for example, a bent piece 22a formed on the support rod 22.
, 22a may be replaced with a sharp tip that can be inserted into the ground, or a hole with a bottom may be formed in the surface plate 14, and both lower ends of the support rod 22 and 22 may be inserted into it to prevent rotation, and when not in use. It is possible to employ appropriate means, such as a structure in which the entire shaft support section 2 can be pulled out and stored at an appropriate location in the head mounting section 1.

(Embodiment 2) In the embodiment shown in FIGS. 14 to 21 of the drawings, the shaft support part 2 has its shaft receiver 21 positioned on the head axis line when the head T1 is placed on the head mounting part 1. This is an example of a stand for a gateball stick that is connected to the head rest 1 in such a way that it can be removed to either side of the head rest 1 and positioned approximately on the center line of the entire length of the head rest 1. .

Therefore, in these examples, unlike those shown on each side of Embodiment 1, the shaft receiver 21 of the shaft support part 2 is the same when the head T1 is placed on the head mounting part 1. The arrangement is such that it is not located on the head axis but on a line perpendicular to the head axis.

Among them, the ones shown in the perspective views of FIGS. 14 to 17 are some examples of stands for gateball sticks in which the head mounting part 1 and the shaft support part 2 are both made of bent steel rods. be.

First, the perspective views in Figures 14 and 15 are typical examples in which the head mounting part 1 and the shaft support part 2 are formed by bending a single steel rod into a single stroke shape. be.

In the embodiment shown in FIG. 14, both ends of a steel rod to be bent are formed as a head mounting part 1, and the center thereof is formed as a shaft support part 2. A pair of left and right holding curves 17 and 17 along the outer periphery of the circular cross section of the head T1 are formed around the boundary between the head mounting part 1, which is bent into a rectangular or trapezoidal shape, and the shaft support part 2. The shaft support portion 2 is formed so as to be slightly inclined upward.

In this example, the stick T is placed and stands on its own as shown by the two-dot chain line in the figure, and when the stick T is removed during use, the entire head is lifted slightly and the head T2 is placed.
Rotate the shaft support part 2 by 90 degrees while moving it in parallel in a direction to remove it from the holding curve 17 degrees 17 (to the left in the figure).
During the operation, the head T1 is passed through (this operation is reversed when placing or standing up on its own)
.

The one shown in the following Fig. 15 is opposite to the above one, in which both ends of a bent steel bar are the shaft support part 2, and the center part is the head mounting part 1. A holding curve 17.17 is formed at both ends of the steel bar, while the central portion is folded back at a predetermined angle in the direction of the holding curve 17.17, and a stick receiver 21 is formed in the central portion. The device can be placed on its own as shown by the two-dot chain line in the figure, stand up on its own, and then lifted up to remove it, without the troublesome operations required in the previous example.

Yet another embodiment is shown in FIG.

In this example, consideration has been given to making the shape more compact, and following the holding bend 17.17, one end side is extended slightly higher to form the shaft support part 2, and the other side is used as the grounding leg 12a. , 12a is bent and stretched as it is,
Both ends of a single steel rod are welded and made into a rod.

An example of an embodiment in which the head mounting part 1 and the shaft support part 2 are formed by bending one rod on each side and connecting them is shown in the following FIG. 17. .

That is, the head mounting part 1 is made by bending one steel rod into a U-shape, connecting each end of the parallel part with a connecting ring 23, 23, and a holding curve 17 at the closed part on the opposite side. The shaft support part 2 is bent into a substantially hat shape so that both ends can be rotatably fitted into the connecting rings 23 and 23, and the shaft support part 2 is formed with a shaft in the center part. While forming the receiver 21, there is a bulge part 22b for a stopper in the middle.
, 22b are formed, and the side on which the shaft receiver 21 is formed is bent at an appropriate inclination angle.

The foregoing was a typical example formed only of steel rods, but in the example shown in FIGS. These are some representative examples of shaft support portions 2 formed by bending steel rods.

First, what is shown in FIG. 18 is a typical example belonging to this embodiment, which corresponds to that shown in the perspective view of FIG. 10 in the first embodiment, and the center is the head T1.
It is formed into a box shape by a surface plate 14 formed in a groove 15 along the outside of the mounting surface and a side plate 16 formed on the periphery of the surface plate 14, and the connection point of the shaft support part 2 to the head mounting part 1 is , unlike the one shown in FIG. 10, it is connected only to one side of the groove 15, and in this example, it is not connected to the side plate 16 as in the embodiment shown in FIG.
A notch 18 in the shape of a flat cross that crosses the concave groove 15
are formed symmetrically with an interval corresponding to the width between the support rods 22.22 of the shaft support part 2, and when the stick T is placed and supported, the lower ends of the support rods 22.22 are expanded. The shaft receiver 21 is supported by the L-shaped horizontal portion of the notched groove 18 and held at a predetermined angle.
The shaft T2 is supported at an upper position slightly biased toward the connection side of the shaft support part 2 from the axis of the shaft T2, as shown by the two-dot chain line in the figure.

When not in use, the support rod 22. of the shaft support portion 2.
22 The lower end can be narrowed and folded in a manner of 18 to make it compact.

In addition, it is of course also possible in this example to form the connection part of the support rod 22 in the shaft support part 2 on the side plate 16.16, as in the above-described embodiment in FIG. Furthermore, it goes without saying that the structure shown in FIG. 10 can be conversely formed into the structure described above.

Moreover, the support rod 2 of the shaft support part 2 in this embodiment
2. In the middle of 22, an arc-shaped bent portion along the outer periphery of the circular cross section of the head TI is formed at a location corresponding to the groove groove 5 when folded, so that when folded and carried,
Of course, it is also possible to have a structure in which the groove 15 can be combined with the disassembled head T1.

What is shown in FIG. 19 is an example of this embodiment, which approximately corresponds to the embodiment shown in FIG. 11 in Embodiment 1. The lower end of the support rod 22 of the shaft support part 2 is removably inserted into the split position, and the shaft receiver 21 is used to support a predetermined side surface of the lower shaft 2 as shown by the two-dot chain line in the figure. It is something to do. The connection structure of the support rod 22 to the head mounting part 1 in this example can be similar to that shown in FIG. 11 described above,
In addition, in this embodiment, the supporting rod 22 is
can be realized with one simple structure. However, if necessary, it is of course possible to adopt a U-shaped bent structure like the one in the embodiment shown in FIG.

When not in use, this shaft support section 2 is attached to the head mounting section 1.
After it is pulled out and separated from the housing, it is stored in the storage hole 16c as shown by the dotted line in the figure.

The final embodiment shown in FIGS. 20 and 21 is an example of a unique structure in which the face plate forming the groove 15 also serves as a storage cage for the head T1, and is a cylindrical structure that can store the head T1. By dividing the body into two and making both parts openable and closable using the butterfly plate structure 19, the head mounting part 1 is
The lower ends of the support rods 22 and 22 of the shaft support part 2 are rotatably connected to one side of the semi-cylindrical body divided into two with a built-in spring structure, and the two-dot chain line in the figure The stick T is placed in the state shown in FIG.

When not in use, as shown in Fig. 21, the disassembled head T1 is stored inside and the two halves of the semi-cylindrical body are put together to form a cylindrical body, and the shaft support part 2 acts as a snap fitting to maintain this state. It is intended to be used for both purposes.

(Operation and Effect) The gateball stick stand of the present invention as typified by the above embodiments basically consists of a head mounting part 1 and a shaft support part 2, and has a unique T-shape. It has an extremely rational structure for mounting and standing up a stand for a gateball stick, which is a competition equipment, and is not only easy to handle as a stand, but also very easy to handle when not in use. This makes it possible for all gateball players, including the elderly, who make up a wide range of players, to use it easily. As a result, even in extremely crowded gateball tournaments, each stick T is neatly organized in a free-standing manner by this stand, so there is no need to leave the sticks in a cluttered manner as in the past. Unlike in the same situation, even if there were many people walking around, they did not interfere in the slightest, which meant that the stick T could be accidentally kicked or stepped on, causing damage. This has the effect of being able to prevent this from happening.

In addition, the effect of being placed on the stand of this invention is that, up until now, the head Tl had to be kept in constant contact with the ground, either by leaving it nearby or holding it in the hand. As a result, there were many chances of scratches on the RAD T1, which was never a desirable situation in terms of managing the stick, which was becoming an increasingly expensive tool.
It is possible to manage the head T1 so that it does not touch the ground directly, and since the stick T is let go of the hand when not in use, it is difficult to keep the head T1 from touching the ground when it is held by hand.
This is a very unique effect in that it can reliably avoid the problem of frequently kneading 1 on the ground, which would result in more scratches.

In particular, among the specific examples shown in Examples 1 and 2, the head mounting part 1 and the shaft support part 2 are both made of steel rods, which is extremely easy to manufacture. It is not bulky and can be provided at low cost, especially the structure shown in Figures 1 to 7, which is foldable and has a rational combination structure when combined with head T1, and can be stored in a case. It has the most ideal structure in terms of ease of use and sophisticated design.

The perspective views shown in Figures 8 and 9 are excellent in making the whole compact, and the 14th to 17th perspective views are excellent.
The products shown in each perspective view of Figure 7 are excellent in terms of stability and self-reliance, and in particular, the products shown in Figures 14 to 16 can be manufactured in a single stroke shape with a single steel rod. It has the following manufacturing features.

On the other hand, among those shown in Embodiments 1 and 2, in the one in which the head mounting portion 1 is formed of a face plate,
Unlike the above-mentioned embodiments, the part on which the head T1 is placed forms a concave groove 15, that is, a surface, and comes into contact with the entire mounting surface of the head T1, so it has excellent stability. In addition, it is a surface contact rather than a line contact as with steel rods, which has the effect of being less prone to scratches. In addition, the devices shown in FIGS. 20 and 21 have the excellent feature of being able to have a structure that also serves as a case. .

As mentioned above, this invention is a device that can contribute for the first time to the management of gateball stick stands, which had been left unchecked until now, and especially to the management of sticks during breaks during games. Gateball has a very unique effect in that it has achieved this, and it is easy to manufacture and provide at low cost, and it is also easy to handle, making it popular among a large number of players. It is expected that it will receive high praise in the competitive world.

[Brief explanation of the drawing]

The drawings show several representative embodiments of this invention. Figure 1 is an overall perspective view showing the most typical example in use, and Figure 2 is an overall perspective view of only the stand. ,
Figure 3 is a plan view of the same, Figure 4 is a front view of the same, Figure 5 is a
6 is a perspective view showing the same folded state, FIG. 7 is a perspective view showing the assembled state with the disassembled head T1, and FIGS. 8 to 10 are different embodiments. FIG. 11 is a perspective view of another embodiment, FIG. 12 is a longitudinal sectional view of the same, FIG. 13 is a longitudinal sectional view showing the folded state, and FIGS. FIG. 20 is an overall perspective view of the embodiment, and FIG. 21 is a perspective view of the same in a folded state. 1...Head mounting part, 11...Parallel bar, 12゜1
2a and 13...the same ground leg, 14...the same surface plate,
15... Same concave groove, 16... Same side plate, 17... Same holding curve, 18... Same notch groove, 1... Same hinge structure, 2... Shaft support part , 21... Shaft holder, 22... Support rod, 23... Connection ring, T...
Stick, T1...same head, T2...same shaft.

Claims (1)

[Scope of Claims] 1. A head mounting part that receives the side surface of the head opposite to the shaft connection side, a shaft holder arranged at a position corresponding to an appropriate upper position approximately in the center of the head mounting part, and an end thereof. A stand for a gateball stick, comprising a shaft support part such that a support rod extending from the base is connected to a head mounting part. 2. Claim No. 2, wherein the shaft support part is connected to the head mounting part in such a way that the shaft support is positioned on the head axis line when the head is placed on the head mounting part. A stand for the gateball stick described in item 1. 3. The gateball stick stand according to claim 2, wherein the head mounting portion and the shaft support portion are each formed by bending a steel rod. 4. The stand for a gateball stick according to claim 2, wherein the head mounting part is formed from a face material having a groove formed in the center, and the shaft support part is formed by bending a steel rod. 5. The shaft support section is arranged so that its shaft receiver is removed to either side of the head axis when the head is placed on the head placement section, and is located approximately on the center line of the entire length of the head placement section. A stand for a gateball stick according to claim 1, which is connected to a head mounting portion in such a manner as to be connected to a head mounting portion. 6. The gateball stick stand according to claim 5, wherein the head mounting portion and the shaft support portion are each formed by bending a steel rod. 7. The stand for a gateball stick according to claim 5, wherein the head mounting portion is formed from a face material having a groove formed in the center, and the shaft support portion is formed by bending a steel rod.