JP3036024U - Shaft cell for golf bag - Google Patents

Abstract

(57) [Abstract] [PROBLEMS] To provide a set of golf clubs individually so as to be firm and have excellent cushioning property, because each side of all the spaces that define the opening of the golf wall is linear. A shaft cell for a golf bag that can be stored is provided. SOLUTION: A plurality of radiation wall bodies (5a-5n) are arrayed on the outer peripheral side by sewn a predetermined portion of a band-shaped woven fabric in a double U-shape so as to be continuous with each other in a planar U-shape. In the wall body element (9) provided, a cross wall body (8a-8d) that is sewn in an orthogonal shape to the corresponding portion in the portion to be sewn in double abutment with the wall body element (9), In addition, at least three partition wall bodies (13a-13n) arranged in parallel are put together and sewn so that a large number of spaces having straight sides are formed inside and the radiation wall The ends (11) of the body (5a-5n) are sewn to the inner skin (6) of the golf bag body (1).

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 This invention relates to a shaft cell for a golf bag, which is useful for being mounted on the upper part of a golf bag and receiving and instructing a set of golf clubs individually.

[0002]

[Prior art]

 The golf bag has a rigid body of approximately cylindrical shape with a plow, a handle, etc., and includes a structure in which an upper inner portion of the body is fitted with shaft cells divided into 6 to 9 spaces.

Since a set of ordinary golf clubs has a quantity of 12 to 14, two or three golf clubs can be simultaneously received in one space in a shaft cell having 6 to 9 spaces. I have no choice but to do

Generally, the partition wall of the shaft cell has a structure in which the outer surface of the assembled wood or the injection-molded plastics framework is covered with a woven cloth.

A desirable shaft cell requires a sufficient amount of space so that each set of golf clubs can be accommodated in an independent space, and the partition wall forming the section is the weight of the received golf club. It should have both the rigidity to support the golf club and the cushioning property to absorb the shock generated by the sway caused by the center movement of the golf club during the movement.

A shaft cell having a structure capable of individually receiving one golf club has been started in US Pat. No. 5,311,987, which is received inside a cylindrical golf bag body. A large number of holes are formed in the longitudinal direction of a cylindrical foam that can be stored so that the shaft of a golf club can be inserted and received.

As a shaft cell of another structure, as shown in FIG. 1, a semicircular wall body (2) is sewn so as to divide the opening of the golf bag body (1) into 10 equal parts in the circumferential direction. It was put into practical use that it was installed and a cross wall (3) was placed in it so that it was divided into 14 independent spaces as a whole.

The semicircular wall (2) is sewn on the shaft cell of this structure with a long woven cloth so as to be equiangularly spaced in the arrow direction of the drawing from the inner peripheral surface of the golf bag (1). Formed by wearing.

[0009]

[Problems to be solved by the device]

 The outer surface of a conventional shaft cell made of wood or plastic skeleton is covered with a woven cloth, but it is not suitable for supporting a metal golf club because it is a solid material and does not have a cushioning feeling. It is fair to say that.

That is, when a user walks while carrying on a shoulder, there is a problem that the golf club hits the partition wall to generate impact and noise. This problem is caused especially when an expensive golf club made of glass fiber is received. Cause damage to the outer surface of the.

[0011] On the other hand, the shaft cell that becomes a foam can be received and supported without causing severe friction with the metal agent golf club, but this is because the physical properties are weak and the service life is short and it is difficult to manufacture. is there.

Further, the shaft cell shown in FIG. 1 is not elastic as the semicircular wall body (2) other than the central intersecting wall body (3) becomes curved, so that it is received on the peripheral side. It is sometimes difficult to receive and support the golf club in a stable manner, and in some cases, it is sometimes difficult for the shaft of the golf club to be inserted between the curved surfaces of the space and pulled out.

The present invention has a structure in which each side of all the spaces that define the opening of the golf bag is linear so that one set of golf clubs can be individually received so as to be firm and easy to cushion. It is an object of the present invention to provide a golf bag shaft cell.

[0014]

[Means for Solving the Problems]

 The present invention is a wall body element having a radiating wall body in which a plurality of predetermined portions are butt-sewn and sewn so that a band-shaped woven fabric is continuous in a U-shape in a plane. Therefore, in the portion to be sewn in double abutment with the wall body element, the crossing wall body sewn in an orthogonal shape to the corresponding portion and the end portion of the partition wall body in which at least three are arranged in parallel are formed. They are put together and sewn so that a large number of spaces with each side being a straight line are formed inside, and the ends of the radiating wall body are sewn to the inner skin of the golf bag body.

In such a configuration, the radial wall portions at the corners corresponding to the major axis direction of the polygonal wall body are extended in a cross shape so that the number of receiving spaces of the shaft cells can be further increased.

As described above, the inner wall includes the polygonal wall body divided into the cross wall body and the partition wall body, and when a large number of the radiation wall bodies are extended and arranged on the outer side, the end of the radiation wall body is terminated. Each part is sewn and connected to the inner skin of the golf bag body.

The present invention having the above-described structure has a space in which each side is linearly connected so that the golf club can be easily received and withdrawn, and the end portion of the radiating wall forming the space is formed. Since it is folded and sewn onto the inner surface of the golf bag body, it is installed very firmly and can sufficiently support the weight of a heavy golf club.

[0018]

[Embodiment of the invention]

 The present invention will be described in detail with reference to the accompanying drawings, FIG. 2 to FIG.

FIG. 2 is a perspective view showing the configuration of the main part of the present invention, in which the corners of a polygonal wall body (4) having a corner portion matching the major axis direction of the golf bag body (1) are centered. The radial walls (5a-5n) are extended along with the corners, and the ends of these radial walls (5a-5n) are folded into the inner skin (6) forming the inner peripheral surface of the golf bag body (1). A connecting portion (7) is formed as it is sewn, and the inside of the polygonal wall body (4) is shown as a structure divided into four by crossing wall bodies (8a-8d).

The polygonal wall body (4) is a band-shaped woven fabric as shown in FIG. 3, or a band-shaped woven fabric sewn in double with a sponge attached to the back surface, or a double woven fabric. A band-shaped woven fabric (hereinafter referred to as a band-shaped woven fabric) that is press-molded to have a certain shape by being filled with a foam layer inside a cloth is continuously sewn into a U-shaped plane. Are formed so that a large number of wall elements (9) are continuously formed in a constant gap.

More specifically, as shown in FIG. 4, while folding a band-shaped woven fabric at a fixed position, sewing is performed along the longitudinal sewing line (10) to obtain the desired wall element (9). is there . Further, the cross wall bodies (8a-8d) are also connected by being sewn together when the band-shaped woven fabric is folded during the sewing process.

As a result of being sewn in this way, the middle portion of the wall body element (9) becomes one side of the polygonal wall body (4), and both ends of the wall body element (9) are folded and attached. The part extends in the outer peripheral direction to form one of the radiating walls (5a-5n).

The end portion (11) of the radiation wall body (5a-5n) is folded and sewn into the inner skin (6) of the golf bag body (1) as shown in FIG. It is sewn so as to form a connecting portion (7).

Further, the intersecting wall bodies (8a-8d) partitioning the inside of the polygonal wall body (4) are radiating wall bodies (5a- 8a-8d) where both ends of the adjacent wall body elements (9) are actually joined to each other. 5n) and are sewn together according to the longitudinal sewing line (10) and integrally connected.

In this embodiment, since the polygonal wall body (4) is an octagon that is long in the major axis direction, the crossing wall body (8a-8d) is a specific radiation wall body (5a, 5c, 5f, 5h). They are sewn and connected together while being interposed between them.

Further, the radial wall bodies (5a-5n) extending to the outer periphery of the polygonal wall body (4) are not all sewn in a double overlap, but the long diameter of the polygonal wall body (4). It is sewn to the inner skin (6) of the golf bag body (1) in a state where it is located only at both ends of the direction and extends crosswise with each other, and it is arranged in a form like a radiation wall body (5d, 5e, 5i, 5n) You may do so.

The radiating wall bodies (5d, 5e, 5i, 5n) arranged in a cross manner as described above partition more openings of the golf bag body (1).

The polygonal wall body (4) including the wall body element (9) may be sewn on the partition woven fabric (12) produced separately and installed. Further, the polygonal wall body (4) in the wall body element (9) is not limited to the illustrated rhombus.

FIG. 5 is a perspective view showing an example of another pattern of the polygonal wall body (4) in the present invention. The wall body elements (9) are adjacent to each other, and are sewn by the sewing line (10) to hold a large number of radiating wall bodies (5a-5n), and these radiating wall bodies (5a-5n) face each other. At least three partition walls (13a-13n) are arranged and sewn in parallel between the radiating walls (5a, 5h) (5b, 5g) (5c, 5f), and the opening of the golf bag body (1) is opened. The center of the section is divided into a number of square spaces.

Also in this embodiment, as in the previous embodiment, the end portion (11) of the radiation wall body (5a-5n) is folded into the inner skin (6) forming the inner peripheral surface of the golf back body (1). It is sewn together, which becomes visually more stable as the outer shape becomes square. The wall body element (9) exemplified in this embodiment can also be installed in the opening of the golf bag body (1) in such a structure that it is integrally sewn to the partition fabric (12).

[0031]

[Effect of the invention]

 According to the present invention having the above-mentioned structure, the woven fabric is sewn to form the space defined by the straight sides, and each side has the cushioning property. The golf bag can be safely carried by completely absorbing the impact caused by.

The shaft cell of the present invention is formed by stitching a number of wall elements adjacent to each other, and the connecting structure of the shaft cell and the golf bag is also sewn together. , It's very solid and the sewn part doesn't break, so it can be used for a long time.

The shaft cell according to the present invention has a substantially uniform space formed by partitioning the inside thereof, and can receive a golf club at random in a certain space. The golf club can be pulled out safely as the line becomes straight, so it is convenient to use.

Further, since the wall that defines the space is a woven cloth, even if a golf club made of high-grade material such as glass fiber is received, scratches due to friction at the contact portion do not occur.

[Brief description of the drawings]

FIG. 1 is a drawing showing a conventional golf bag shaft cell.

FIG. 2 is a perspective view showing a shaft cell of the present invention.

FIG. 3 is an explanatory view of a process of sewing the shaft cell of the present invention.

FIG. 4 is a perspective view showing a sewing example of the wall element of the main part of the present invention.

FIG. 5 is a perspective view showing an example of another sewing pattern according to the present invention.

[Explanation of symbols]

 1: Golf back body 4: Polygonal wall body 5a-5n: Radiation wall body 6: Endothelium 7: Connection part 8a-8d: Crossing wall body 9: Wall body element 10: Sewing line 11: End part 12: Woven fabric for partitioning 13a-13n: Partition wall

Claims (3)

[Utility model registration claims] 1. A radiation wall body (5a-5n) in which a plurality of band-shaped woven fabrics are butt-sewn and sewn in a predetermined manner so as to be continuous in a U-shape in a plane and are arranged on the outer peripheral side. A wall element (9) having a cross wall (8a-8d) that is sewn orthogonally to the corresponding wall element (9) in a double-butted and sewn part. , And at least three of the partition walls (13a-13n) arranged in parallel are put together and sewn so that a large number of spaces with straight sides are formed and A shaft cell for a golf bag having a structure in which the end portions (11) of the wall bodies (5a-5n) are sewn to the inner skin (6) of the golf bag body (1). 2. Radial wall bodies (5d, 5e, 5i, 5n) at the corners corresponding to the major axis direction of the polygonal wall body (4) are extended in a cross shape so that the inner wall of the golf bag body (1) ( The shaft cell for a golf bag according to claim 1, wherein the shaft cell is sewn to 6). 3. The intersecting wall body (8a-8d) and the partition wall body
The wall element (9) including (13a-13n) is characterized by being integrally sewn with the partition woven fabric (12) that partitions the opening of the golf bag body (1) in its axial direction. The shaft cell for a golf bag according to claim 1.