KR20020076679A - use a convenience gloves - Google Patents

Abstract

PURPOSE: A pair of convenient gloves are provided to prevent the gloves from slipping off due to the sweat of the hands by virtue of a frictional coating layer formed inside the gloves. CONSTITUTION: The convenient gloves(10) comprises a frictional coating layer(100), which serves to make the palm of the hand closely contact with the gloves during exercise or various works, thereby preventing the slip of the gloves caused by an excessive swing action or sweat. The frictional coating layer of various shapes is made of materials having an excellent frictional force such as silicone, and disposed over the whole palm area.

Description

Use a convenience gloves

The present invention relates to a glove that is convenient to use, and more particularly, by forming a friction coating layer on the entire or part of the palm surface of the glove, so that the palm is more closely adhered to the glove by the friction coating layer when the glove having the friction coating layer is formed. Even if worn for a long time, there should be no crushing of gloves due to sweating, so as to reduce fatigue by acupressure of the palm, and to prevent blistering, and to improve performance and working efficiency of sports games when worn during exercise or various work. It is.

In general, during athletics and other various tasks usually wear a variety of gloves made of a variety of materials to protect the hands and prevent slipping.

However, when looking at the conventional gloves, all of them to form a silicone coating layer on the surface of the gloves, in particular, all or part of the palm surface in order to prevent slipping, the conventional gloves configured in this way, such as the grip portion such as golf clubs and rackets Since silicone is in close contact with the handle part of exercise equipment or the handle part of tools used for various tasks besides exercise, the sliding is prevented by frictional force, so it has a considerable effect in a very short time, but the palm surface inside the glove does not have any other configuration. If you give them a lot of exercise equipment and tools wielding gloves will be pushed.

In addition, when worn for a long time sweat occurs in the palm of the hand also slips while the gloves are pushed.

Therefore, the binding force between the gloves and the palms holding the various sports equipment and work tools is reduced, so that the performance and work efficiency of the sports game is reduced when the various sports equipment and work tools are used, and the palms are blistered or peeled off as the palms are washed. Loss, etc. occurred frequently.

And even if the palm is not peeled off trying to prevent the jungle phenomenon is forced to enter a lot of force into the palm of the palm, as well as the wrist or wrist, such as the whole arm has a bunch of complex problems such as increased fatigue.

The present invention has been made in view of the general problems that occur when using the conventional gloves as described above, glove made by forming a friction coating layer of various shapes made of a material of good friction, such as silicon on the entire or part of the palm surface of the glove By providing a glove with a friction coating layer formed on the whole or part of the palm surface of the glove in this manner, the palm is more closely adhered to the glove by the friction coating layer when the user wears it during exercise or in various operations. It prevents the rolling phenomenon of the gloves in advance, helps to reduce fatigue by pressing the palm by the protruding friction coating layer, and prevents blistering so as to maximize the performance of oneself during sports and work. To improve grades and work efficiency Its purpose is.

1 is a friction coating layer on the entire palm surface of the glove as a configuration of the present invention

Partial cutaway perspective view showing the state formed.

Figure 2 is a cross-sectional view showing one configuration state of the present invention.

3 is a friction coating layer formed on a portion of the palm surface inside the glove according to the present invention;

Some cutaway perspective views showing the condition.

Figure 4 shows the entire palm or the palmar surface of the inner glove or one as the present invention

Friction coating layer formed on the part

5A, 5B, and 5C are partially cutaway perspective views showing the configuration of the friction coating layer of the present invention.

As

Fig. 5A is an image in which the friction coating layer is integrally formed with a thin plane.

attitude.

Figure 5b is a state in which the friction coating layer is formed of a plurality of points formed separately

Degree.

Figure 5c is a state in which the friction coating layer is composed of a plurality of lines formed separately

Degree.

6 is a state in which the friction coating layer is configured using a separate sheet as the present invention.

Figure 7 is a state in which the friction coating layer formed on the inner surface and the outer surface of the glove as the present invention at the same time

Degree.

♣ Explanation of symbols for main parts of drawing ♣

10: gloves 20: gloves inside

21: Palm bottom 22: Finger bottom

100,100 ': Friction coating layer 150: Sheet

When explaining the present invention in more detail based on the embodiments presented in the accompanying drawings for achieving the above object as follows.

The present invention, as shown in Figures 1 to 2 attached to the palm 10 more closely contact with the glove 10 when worn during exercise or various operations in advance of the sliding phenomenon of the gloves 10 due to excessive swing and sweat It is made by forming a friction coating layer 100 of various shapes made of a material having a good friction force, such as silicon on the entire palm surface 21 of the glove inner portion 20 to prevent.

Here, the present invention may be made by forming a friction coating layer 100 of various shapes made of a material having a good frictional force such as silicon on a part of the palm surface 21 of the inner glove portion 20 as shown in the accompanying drawings. As shown in FIG. 4, the friction coating layer 100 may also be formed on the whole or a part of the palm surface 21 or all or a portion of the finger bottom surface 22 of the five fingers.

In addition, the friction coating layer 100 is formed on the palm surface 21 or the finger bottom surface 22 of the glove inner portion 20 in whole or in part, as shown in Figure 5a attached to the thin flat surface (100a) Or coated in the form of a plurality of dots 100b formed separately as shown in FIG. 5B or coated in the form of a plurality of lines 100c formed separately as shown in FIG. 5C. The shape can be varied in any form as long as it can exert friction force efficiently.

On the other hand, the present invention as described above may form the friction coating layer 100 directly on the whole or part of the palm surface 21 or the finger bottom surface 22 of the inner glove 20 when the friction coating layer 100 is to be formed. Of course, as shown in the accompanying drawings, it may be configured by a method of stitching or attaching a separate sheet 150, the friction coating layer 100 is formed in various forms.

The scope of the present invention as described above, as well as the friction coating layer 100 is formed only on the inner glove inner 20, the friction coating layer 100 'on the entire or part of the outer surface of the glove 10 having the friction coating layer 100 formed therein. Is included.

As described above, the glove 10 of the present invention may be made of various materials such as leather, artificial leather, vinyl, fiber, and the like, and a separate sweat discharge hole may be formed on the surface depending on the material. It is too obvious to have been described in the above embodiments.

The use state of the present invention configured as described above is not limited to any one of the above-described embodiments and will be described in general.

First, the user selects and wears the glove 10 of the present invention, which is made to compensate for the vulnerable part depending on the purpose of use and the use of the work or the taste of the individual or the individual palm.

When the glove 10 of the present invention is used as described above, the palm is in close contact with the friction coating layer 100 when worn during exercise or various operations.

Therefore, the palm is more closely contacted with the glove 10 by the frictional force of the friction coating layer 100, so even if worn for a short period of time as well as a long time there is no sliding phenomenon of the glove 10 due to excessive swing and sweat.

And due to the jungle phenomenon, the palms are peeled off or blisters are not generated at all.

In addition, when the friction coating layer 100 is formed in the form of protrusions 100b or protrusions 100c, the friction coating layer 100 in the form of protrusions 100b or 100c is formed. Acupuncture points in the palm of the hand to stimulate the effect of acupressure can also reduce hand fatigue.

Therefore, when carrying the glove 10 of the present invention and worn on the hand during sports and various operations, there is no jungle phenomenon of the glove 10 so that the burden on various tools or equipment disappears and the ability that the user has can be maximized. You can be more active.

As described above, the present invention is a glove formed by forming a friction coating layer of various shapes made of a material having a good frictional force such as silicone on the whole or part of the palm surface or the bottom of the finger of the glove of various types used for exercise or other various tasks. In this way, when a glove having a friction coating layer formed therein is worn during exercise or various operations, the palm is in close contact with the friction coating layer, and the palm is more closely in contact with the glove by the frictional force of the friction coating layer.

Therefore, even if worn for a short period of time, even if worn for a long time, there is no swing phenomenon of the glove due to sweat or exercise gloves or work tools.

Therefore, not only the wearing comfort is very good but also the peeling of the palm or blisters does not occur at all due to the jungle phenomenon.

In addition, when the friction coating layer is formed in a protruding protrusion shape, the protruding friction coating layer stimulates the acupoints in the palm of the hand to achieve the effect of acupressure, thereby reducing the fatigue of the hand.

Therefore, when carrying the gloves of the present invention when worn on the hand during sports and various work, there is no jungle of the gloves at all, so that the burden on various tools and equipment disappears, so that the ability that the person possesses can be maximized. It is a very innovative invention that can improve the performance and work efficiency as much as possible.

Claims (9)

When worn during exercise or various work, the palm is more closely attached to the glove, so the friction of the glove due to excessive swing and sweat can be prevented beforehand. Easy to use gloves, characterized in that formed by forming a coating layer. The method of claim 1, Convenient gloves, including those formed by forming a friction coating layer of a variety of shapes made of a material having a good friction force, such as silicon on a portion of the palm surface of the glove. The method of claim 1, Convenient glove, characterized in that by forming a friction coating layer on the whole or part of the palm surface of the entire or part of the palm surface and all or part of the five fingers. The method of claim 1, Easy to use gloves, characterized in that made by coating a thin coating formed integrally with the friction coating layer formed on the whole or part of the palm surface or finger bottom surface of the glove. The method of claim 1, Easy-to-use gloves, characterized in that made in the form of a plurality of points formed separately of the friction coating layer formed on the whole or part of the palm surface or the bottom surface of the glove. The method of claim 1, Easy-to-use gloves, characterized in that made by coating a plurality of linearly formed friction coating layer formed in whole or in part on the palm surface or finger bottom surface of the glove. The method of claim 1, Easy-to-use gloves, characterized in that the friction coating layer formed on the entire surface or a portion of the palm surface or finger bottom surface of the glove formed by directly forming a friction coating layer on the inner surface of the glove. The method of claim 1, Easy-to-use gloves, characterized in that the friction coating layer formed on the palm surface or the bottom surface of the glove inside the glove is sewn or attached to a separate sheet having a friction coating layer formed in various forms. The method of claim 1, Convenient gloves, characterized in that formed by forming a friction coating layer on the entire or part of the outer surface of the glove formed a friction coating layer inside the glove.