KR200459794Y1 - A golf glove - Google Patents

Abstract

The present invention relates to a functional golf gloves, the palm portion (H1) in close contact with the palm; Hand back portion (H2) in close contact with the back of the hand; It includes; the thumb portion (F1), forefinger portion (F2), the middle finger portion (F3), the finger portion consisting of the ring finger (F4) and the little finger (F5); At this time, the first friction fabric 11 is installed in the thumb (F1); A second friction fabric 12 is installed in the index finger part F2; A third friction fabric 13 is installed on the pinky finger portion F5; A fourth friction fabric 14 is installed on the palm portion H1 on the side of the thumb portion F1; A fifth friction fabric 15 is installed on the palm portion H1 on the side of the little finger portion F5; The mesh 20 is formed in the remaining portion of the palm portion H1 except for the first, second, third, fourth, and fifth friction fabrics 11, 12, 13, 14, and 15; do.

Description

Functional golf gloves {A golf glove}

The present invention relates to a golf glove, and more particularly, to a functional golf glove that prevents sweating on the hand during golf, improves grip and enables accurate swing.

1 is a view for explaining a conventional golf gloves. As shown, the conventional golf glove 1 generates friction with the grip when the golf club is gripped to prevent slippage, and prevents the finger or palm from being injured by the friction with the grip. To this end, golf gloves are made of natural or artificial leather that generates great friction and is not damaged.

However, in the case of golf gloves (1) made of natural leather or artificial leather, the breathability was poor due to poor breathability, the finger slipped in the gloves because of sweat. Accordingly, the grip was difficult to grasp the exact grip feeling was unnatural swing, there was a problem that it was difficult to blow the golf ball exactly to the desired position. In particular, in the case of natural leather gloves, the salt contained in the sweat hardened the gloves and produced an unpleasant odor, making the person feel unpleasant during golf.

The present invention is devised to solve the above problems, and prevents the hand from sweating when worn, preventing the fingers from slipping in the glove, and also functional golf that can be easily dried even if sweaty The purpose is to provide gloves.

Another object of the present invention is to provide a functional golf glove that can produce a great friction with the grip when the grip of the golf club is released, thereby improving the feeling of grip and thereby enabling a precise swing.

In order to achieve the above object, the functional golf gloves according to the present invention,
A palm portion H1 in close contact with the palm; Hand back portion (H2) in close contact with the back of the hand; The thumb portion (F1), the index finger portion (F2), the middle finger portion (F3), the finger portion consisting of the ring finger finger (F4) and the little finger (F5); In the golf gloves comprising a, the thumb A first friction fabric 11 for generating frictional force with the grip is provided in the portion F1; A second friction fabric (12) for generating a friction force with the grip is installed in the index finger portion (F2); A third friction fabric 13 for generating a friction force with the grip is installed at the pinky finger portion F5; A fourth friction fabric (14) for generating a frictional force with the grip is provided at the palm portion (H1) on the side of the thumb portion (F1); A fifth friction fabric (15) for generating a frictional force with the grip is provided at the palm portion (H1) on the side of the little finger (F5); The mesh 20 is formed in the remaining portion of the palm portion (H1) except for the first, second, third, fourth, fifth friction fabrics (11, 12, 13, 14, 15); It features.

In the present invention, the third friction fabric 13 and the fifth friction fabric 15 are separated, and the third friction fabric 13 and the fifth friction fabric 15 are connected by a mesh 20. . At this time, the mesh 20 is implemented by coating the latex rubber on a mesh fabric made of synthetic fibers.

In the present invention, the second friction fabric 12 corresponding to the joint portion of the index finger, the immersion end 12a is formed so that the width narrows so that the index finger can be easily bent.

In the present invention, the first friction fabric 11 and the second friction fabric 12 of the thumb portion (F1) and forefinger (F2) to be in contact with the grip when the grip of the golf club Extends to the rear.

According to the present invention, even when golf gloves are worn, air flow is generated between the meshes so that the air permeability is good, and thus, even if the hand does not sweat well or sweats easily dry. Therefore, it is possible to prevent the finger from slipping in the golf gloves during golf, and also to keep a dry state at all times to improve the fit and maintain a comfortable state.

In addition, each of the palms of the thumb portion (F1), forefinger portion (F2), pinky finger portion (F5), the thumb portion (F1) side and the pinky finger portion (F5) side, which takes a lot of force when holding the grip of the golf club First, 2, 3, 4, 5 friction fabrics are installed on the grip to maximize the frictional force and protect the hands. You can send the golf ball to the desired position.

1 is a view for explaining a conventional golf gloves,
Figure 2 is a view of the functional gloves according to the present invention from the palm side,
3 is an enlarged view of the mesh of FIG. 2;
Figure 4 is a view of the golf gloves of Figure 2 seen from the back of the hand.

Hereinafter, a functional golf glove according to the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a view of the functional glove according to the present invention from the palm side, Figure 3 is an enlarged view of the mesh of Figure 2, Figure 4 is a view of the golf gloves of Figure 2 seen from the back of the hand.

As shown, the functional golf glove according to the present invention, the palm portion (H1) in close contact with the palm, the back of the hand (H2) in close contact with the back of the hand, the finger portion is pinched. At this time, the finger portion, the thumb portion (F1) is the first thumb is inserted, the index finger portion (F2) is inserted into the second index finger, and the stop finger portion (F3) is inserted into the third stop finger. , The fourth finger ring finger portion (F4) is inserted, the fifth finger pink finger portion (F5) is composed of.

According to a feature of the present invention, in the finger portion, the first friction fabric 11 is provided in the thumb portion (F1); A second friction fabric 12 is installed in the index finger part F2; A third friction fabric 13 is installed on the pinky finger portion F5; A fourth friction fabric 14 is installed on the palm portion H1 on the side of the thumb portion F1; The fifth friction fabric 15 is installed in the palm portion H1 on the side of the little finger portion F5. And the palm portion (H1) is formed with a mesh 20, the mesh 20 is except for the first, second, third, fourth, fifth friction fabric (11) (12) (13) (14) (15) It is formed in the remaining part of the palm part H1.

When holding the golf club grip correctly, the most energetic fingers are the thumb, forefinger and little finger, and the palm of the thumb part F1 and the little finger part F5. The middle finger and ring finger only hold the grip slightly.

Therefore, a grip is securely held in the palm of the thumb part F1, the forefinger part F2, and the little finger part F5 and the thumb part F1 side and the little finger part F5 side which receive the most force. Great friction is needed to hold and slip. In order to generate such a frictional force, a frictional force is applied to the thumb part F1, the index finger part F2, the little finger part F5, and the palm of the thumb part F1 side and the little finger part F5 side. The first, second, third, fourth, and fifth friction fabrics 11, 12, 13, 14, and 15 are generated. In this case, the first, second, third, fourth, fifth friction fabrics 11, 12, 13, 14, and 15 are preferably durable and soft parchment papers. It is also not easily broken by the frictional force with the grip.

In this case, the third friction fabric 13 and the fifth friction fabric 15 are separated from each other, and the third friction fabric 13 and the fifth friction fabric 15 are connected by a mesh 20, which is technically It has an important meaning. That is, the little finger is bent the most when holding the grip, in order to enable this, the third friction material 13 of the little finger part F5 and the fifth friction material 15 of the palm side are separated from each other and therebetween. To connect to the mesh (20).

As is well known, golf is a very delicate movement, so the finger must grasp the grip with the correct force as intended. In particular, the pinky finger portion F5 finely adjusts the grip holding force to play a role in making the putter to hit the golf ball stably according to various situations, the pinky finger portion (F5) as the intended grip to the exact force Should be available. In order to enable this, the third friction fabric 13 and the fifth friction fabric 15 are separated from each other, and are connected to the mesh 20 freely folded therebetween.

Meanwhile, the first friction fabric 11 and the second friction fabric 12 extend to the rear of the thumb portion F1 and the forefinger portion F2, which are technically important. That is, in order to secure the grip, a part of the side surfaces of the thumb portion F1 and the index finger portion F2 is in close contact with the grip, with a large friction force between the grip and the thumb portion F1 and the index finger portion F2. As shown in FIG. 4, the first frictional fabric 11 and the second frictional fabric 12 cover the sides of the thumb portion F1 and the index finger portion F2 and extend to the rear side. .

In addition, in the second friction fabric 12 corresponding to the joint portion of the index finger, the immersion end 12a is narrowed so that the index finger can be easily bent. By forming the immersion end 12a, the index finger portion F2 can be bent or unfolded more finely, thereby finely adjusting the force applied to the grip to enable accurate putting.

The palm portion H1 except for the middle finger portion F3 and the ring finger finger F4, and the fourth and fifth friction fabrics 14 and 15, merely serves to grip the grip slightly, and the grip and the large frictional force It is not necessary. Accordingly, the palm portion H1 except for the middle finger portion F3 and the ring finger finger F4, and the fourth and fifth friction fabrics 14 and 15 is implemented by the mesh 20 having a plurality of holes. The mesh 20 improves breathability on a regular basis and prevents sweating on the hands. At this time, the mesh 20 is implemented by forming a coating layer 20b made of latex rubber or synthetic rubber on the mesh fabric 20a made of synthetic fiber having excellent toughness and excellent workability, preferably of polystyrene fibers. By this structure, the mesh 20 is not easily broken and also prevents slipping when the grip is removed, thereby preventing the grip force from being lowered. Especially for latex or synthetic rubber, the grip does not slip well when the grip is taken in a sweaty or rainy environment.

The back of the hand H2, which wraps around the back of the hand, should give a sense of stability to the hand when the palm H1 holds the grip. To this end, the back of the hand (H2) is made of lycra fiber material that provides excellent elasticity and cushioning.

By the functional golf gloves of the above-described structure, the first, second, third, fourth, fifth friction fabrics 11, 12, 13, 14, and 15 maximize the frictional force when the grip is held, thereby improving the grip. In addition, the hand is prevented from being injured by the frictional force, thereby enabling accurate swinging so that the golf ball can be blown to a desired position.

In addition, the mesh 20 forms a flow path through which air normally flows to improve breathability, and thus prevents sweating on the hands, thereby maintaining a comfortable state at all times. In particular, even if sweat occurs in the palm during golf is easily evaporated by the air flowing between the mesh 20, according to the sweat can be prevented from slipping the finger in the golf gloves, furthermore, always keep dry Good fit and maintain a comfortable state.

While the present invention has been described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

H1 ... palm H2 ... palm of the hand
F1 ... Thumbs Up F2 ... Forefings
F3 ... middle finger part F4 ... middle finger part
F5 ... pinky finger 11 ... first friction fabric
12 ... Second Friction Fabric 12a ... Immersion
13 ... Third Friction Fabric 14 ... Fourth Friction Fabric
15 ... Fifth Friction Fabric 20 ... Mesh

Claims (5)

A palm portion H1 in close contact with the palm; Hand back portion (H2) in close contact with the back of the hand; In the golf glove comprising: a finger portion consisting of a thumb portion (F1), forefinger portion (F2), middle finger portion (F3), ring finger (F4) and pinky finger portion (F5),
A first friction fabric (11) for generating a frictional force with the grip on the thumb (F1);
A second friction fabric (12) for generating a friction force with the grip is installed in the index finger portion (F2);
A third friction fabric 13 for generating a friction force with the grip is installed at the pinky finger portion F5;
A fourth friction fabric (14) for generating a frictional force with the grip is provided at the palm portion (H1) on the side of the thumb portion (F1);
A fifth friction fabric (15) for generating a frictional force with the grip is provided at the palm portion (H1) on the side of the little finger (F5);
The mesh 20 is formed in the remaining portion of the palm portion (H1) except for the first, second, third, fourth, fifth friction fabrics (11, 12, 13, 14, 15); Functional golf gloves characterized by the above. The method of claim 1,
The third friction fabric 13 and the fifth friction fabric 15 is separated, the functional golf, characterized in that connected between the third friction fabric 13 and the fifth friction fabric 15 by a mesh 20 Gloves. The method of claim 2,
The mesh 20 is a functional golf gloves, characterized in that the latex rubber is coated on the mesh fabric made of synthetic fibers. The method of claim 1,
Functional golf gloves, characterized in that the second friction fabric (12) corresponding to the joint portion of the index finger, the immersion end (12a) is narrowed so that the index finger can be easily bent. The method of claim 1,
The first friction fabric 11 and the second friction fabric 12 is extended to the rear of the thumb portion (F1) and the index finger portion (F2) so as to be in contact with the grip when holding the grip of the golf club Functional golf gloves characterized by the above.

Images