JPH0630219Y2 - Sports gloves - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION <Industrial field of application> The present invention relates to sports gloves suitable mainly for golf.

<Prior Art> In conventional golf gloves, the material of each finger portion and the material of the palm body and the instep body are formed in the same manner. Due to the function of the glove, unless each finger material has a certain elongation in the lateral direction (direction crossing the fingers), it is difficult for the fingers of the hand to enter. 19% was used.

<Problems to be solved by the invention> However, in the above structure, as the number of times of use increases, the finger material excessively extends in the vertical direction (direction along the finger) and loses its shape (the finger part bends unnecessarily). There was a drawback that

The present invention does not easily lose its shape even if it is used many times.
The purpose of the present invention is to provide sports gloves in which the set curve of the fingers can be kept long.

<Means for Solving the Problem> In the problem solving means according to the present invention, as shown in FIGS. 1A to 1D, the first small elastic strip 1C is fixed to the outer joint edge of the index finger palm piece 1A and the index finger back piece 1B. The little finger palm piece 4A and little finger instep piece 4B
A second small elastic strip 4C is fixed to the outer joint edge of the and, and the constant constant load elongation in the vertical direction of each small elastic strip is smaller than that of the palm piece and the back piece of each finger (for example, 2/3). (Below) is set.

<Operation> In the above problem solving means, when a finger of the hand is put into each finger of the glove, the finger has a certain elongation in the lateral direction (direction crossing the finger). Easy to enter. Since each small elastic material has the same thickness as that of the finger material and the constant constant load elongation in the longitudinal direction of the small elastic material is set smaller than that of the main material (for example, 2/3 or less), Even if the number of times of use is increased, the joint edge of the finger portion hardly extends in the vertical direction (direction along the finger) and loses its shape (the finger portion bends unnecessarily).

<Example> An example of the sports glove of the present invention will be described below with reference to the drawings.

First, explaining the first embodiment shown in FIGS. 1A to 1D, the outer joint edge of the index finger palm piece 1A and the index finger back piece 1B is formed by inner stitching including the small elastic strip 1C, and the index finger palm piece 1A The inner joint edge 1G with the index finger instep piece 1B is formed by internal stitching, the pair of joint edges between the middle finger palm piece 2A and middle finger instep piece 2B is formed by inner stitching, and the ring finger palm piece 3A and ring finger instep piece 3B The pair of joint edges are formed by inner stitching, and the outer joint edges of the little finger palm piece 4A and the little finger instep piece 4B are formed by inner stitching including the small elastic row 4C.

The inner joint edge 4G of the little finger palm piece 4A and the little finger instep piece 4B is formed by internal stitching, the outer joint edge of the thumb palm piece 5A and the thumb upper piece 5B is integrally formed, and the palm body 6A and the instep body 6B are formed.
The thumb side joint edge 6F is integrally formed with the other joint edge 6
G is sewn in.

Each of the small elastic materials is, for example, artificial leather for golf (trade name: Asahi Kasei Ramus GM-17211), and its constant load (500 g) elongation (%) is 6% in the longitudinal direction and 21% in the lateral direction. And the elongation rate (%) of the index finger, the middle finger, the ring finger, the little finger and the palm piece of the thumb, the instep piece and the main body material of the palm body 6A and the instep body 6B (golf leather) at a constant load (500 g) is The vertical direction is 9 to 14% and the horizontal direction is 15 to 19%.

That is, each of the small elastic strip materials has the same thickness as that of the main body material, and the constant constant elongation in the longitudinal direction of the small elastic strip material is set smaller than that of the main body material (for example, 2/3 or less).

Next, the operation is explained. When the fingers of the hand are put into the fingers of the glove, the fingers have a certain elongation in the lateral direction (the direction crossing the fingers), so the fingers of the fingers do not enter. Cheap. Since each small elastic strip material has the same thickness as the finger material, and the constant stretch rate in the longitudinal direction of the small elastic strip material is set smaller (2/3 or less) than that of the main body material, use Even if the number of times is increased, the joint edge of the finger portion hardly extends in the vertical direction (the direction along the finger) and loses its shape (the finger portion bends unnecessarily).

Next, a second embodiment shown in FIGS. 2A to 2E will be described. This is because the outer joint edge between the index finger palm piece 1A and the index finger back piece 1B is formed by inner stitching including the small elastic strip 1C. Instep 1
The joint edge 1E between B and the index finger gusset 1D is formed by picket stitching, the joint edge 1F between the index finger palm piece 1A and the index finger gusset 1D is internally sewn, and the pair of joint edges between the middle finger instep piece 2B and the middle finger gusset 2D are Formed by picket stitch, middle finger palm piece 2A and middle finger gusset 2D
The joint edge 2E with is internally sewn, and the ring finger instep piece 3B and ring finger gusset 3
The pair of joint edges with D are formed by picket stitching, and the ring finger palm piece 3
A pair of joint edges of A and the ring finger gusset 3D are internally sewn, and outer joint edges of the little finger palm piece 4A and the little finger instep piece 4B are small stretchable strips 4C.
It is formed by inner stitching including.

The joint edge of the little finger instep piece 4B and the little finger gusset 4D is formed by internal stitching, the joint edge 4E of the little finger palm piece 4A and the little finger gusset 4D is internally sewn, and outer joint between the thumb palm piece 5A and the thumb instep piece 5B. Edges are formed by inner stitching including small elastic strips 5C, and palm body 6A
The left and right joint edges 6C between the main body 6B and the instep body 6B are
It is formed by inner stitching including a small elastic strip 6C that is integral with 4C.

Each of the small elastic strip materials has the same thickness as that of the main body material, and the constant constant elongation rate in the longitudinal direction of the small elastic strip material is set smaller (for example, 2/3 or less) than that of the main body material.

Other configurations and operations are similar to those of the first embodiment.

Next, the third embodiment shown in FIGS. 3A and 3B will be described. This is because the outer joint edges of the index finger palm piece 1A and the index finger back piece 1B are formed by inner stitching including the small elastic strip 1C. Piece 1B
And the curved index finger gusset 1D are formed by internal stitching including the small elastic strip 1C, the index finger palm piece 1A and the curved index finger gusset 1D are picked, and the middle finger instep piece 2B and the curved middle finger are joined. A pair of joint edges with the gusset 2D are formed by inner stitching including a small elastic strip 2C, a joint edge 2E between the middle finger palm piece 2A and the middle finger gusset 2D is picked, and a ring finger instep piece 3B and a curved ring finger gusset 3 are formed.
The pair of joint edges with D are formed by inner stitching including the small elastic strip 3C, and the pair of joint edges 3 of the third finger palm piece 3A and the third finger gusset 3D are formed.
E is sewn sewn, and the outer joint edge of the little finger palm piece 4A and the little finger instep piece 4B is formed by inner stitch including the small stretchable strip 4C.

The joint edge of the little finger instep 4B and the curved little finger gusset 4D is formed by inner stitching including the small elastic stretch 4C, the joint edge of the little finger palm piece 4A and little finger gusset 4D is formed by picket stitch, and the thumb palm piece 5A, the instep piece 5B, the palm body 6A, and the instep body 6B are sewn by a usual method.

The glove is a three-dimensional glove that is sewn with the fingers bent in advance so that the fingers can easily grip the grip, but each small elastic material has the same thickness as the finger material, and a constant vertical load of the small elastic material. Since the elongation rate is set smaller than that of the main body material, even if the number of times of use is increased, the joint edge of the finger part extends too much in the vertical direction (along the finger) and loses its shape (the finger part is unnecessary). It is possible to keep the setting curve of the finger for a long time with almost no bending. Other configurations and operations are similar to those of the first embodiment.

It should be noted that the present invention is not limited to the above embodiments, and it goes without saying that many modifications and changes can be made to the above embodiments within the scope of the present invention.

<Effect of the Invention> As is apparent from the above description, the claims 1, 2,
According to 3, since the constant constant elongation in the longitudinal direction of each small elastic strip fixed to the joint edge of the finger part of the glove is set smaller than that of the material of the finger part, even if the number of times of use increases, The joint edge does not extend too much in the vertical direction (along the direction of the finger) and loses its shape (the thumb bends unnecessarily),
There is an excellent effect that the setting curve of the finger portion can be held for a long time.

[Brief description of drawings]

FIG. 1A is a perspective view of the sports glove in the first embodiment in a used state in the first embodiment, FIG. 1B is a perspective view of the palm side, FIG. 1C is a sectional view of the index finger, and FIG. Fig. 2A is a sectional view of the little finger portion, Fig. 2A is a perspective view of the glove of the present invention in use in the second embodiment, Fig. 2B is a perspective view of the palm side, and Fig. 2C is a sectional view of the index finger portion. 2D is a sectional view of the little finger, FIG. 2E is a sectional view of the thumb, FIG. 3A is a perspective view of the glove of the present invention in the non-use state of the third embodiment, and FIG. FIG. 3 is a sectional view of a portion and a ring finger portion. 1A: Index finger palm piece 1B: Index finger instep piece 1C, 2C, 3C, 4C, 5C: Small stretchable line 1D: Index finger gusset 2B: Middle finger back piece 2D: Middle finger gusset 3B: Ring finger back piece 3D: Ring finger gusset 4A: Little finger palm piece 4B: Little finger back piece 4D: Little finger gusset 5A: Thumb palm piece 5B: Thumb back piece

Claims (3)

[Scope of utility model registration request] 1. A first small elastic strip is fixed to an outer joint edge of the forefinger palm piece and the forefinger back piece, and a second small elastic strip is fixed to an outer joint edge of the little finger palm piece and the little finger instep piece. A sports glove characterized in that the constant elongation in the longitudinal direction of each of the small elastic strips is set smaller than that of the palm piece and the instep piece of each finger. 2. A first small elastic strip is fixed to the outer joint edge of the forefinger palm piece and the forefinger back piece, and a second small elastic strip is fixed to the outer joint edge of the little finger palm piece and the little finger instep piece. A third small elastic strip is fixed to the outer joint edge of the thumb palm piece and the thumb instep piece, and the constant constant load elongation in the vertical direction of each small elastic strip is compared with that of the palm piece and the instep piece of each finger. The sports gloves are characterized by their small size. 3. A first small elastic strip is fixed to a joint edge between the index finger palm piece, the index finger back piece and the index finger gusset, and a second small stretch row is fixed to a joint edge between the middle finger back piece and the middle finger gusset. , The third small elastic strip is fixed to the joint edge of the ring finger instep and the ring finger gusset,
A fourth small elastic strip is fixed to the joint edge of the little finger palm piece, little finger instep piece and little finger gusset, and the constant elongation in the longitudinal direction of each small elastic row is the same as that of the palm piece, instep piece and gusset of each finger. Sports gloves characterized by being set smaller than that.