KR19980063384A - Flat Silicone Printed Gloves with No Change in Grip - Google Patents

Abstract

The present invention is silk-printed in the form of a continuous pattern by combining a small line or dot shape and letters or a combination of the silicone filling sealant on the artificial leather, so that the silicone filling sealant sufficiently penetrates the artificial leather to be flat with the original artificial leather surface After that, it relates to a sports glove made to form a palm surface with a flat printed artificial leather, when the glove made of a golf club or a baseball bat with the glove made of soft leather The grip power is improved without losing movement or feel, and even when there is a lot of moisture on the palm, the grip quickly releases the moisture on the surface of the silicon pattern printed on the surface. In addition, the resulting change in moisture content results in improved grip. You will get gloves that don't change. In order to realize this, the two-component silicone filler sealant which is thermally cured at 130-170 ° C. for about 1-2 minutes without curing for a few days at normal temperature is suitable for silk printing of the silicone filler sealant which is applied to artificial leather. When the sealant penetrates the artificial leather and flattens with the original artificial leather surface, the silicone-filled sealant is fixed together with the fiber tissue of the artificial leather to improve durability and to maintain the original soft and soft feel of the artificial leather. It is characterized by the improvement of grip force at the time of grip and maintenance of the grip force even with a large amount of water, and the characteristic glove with high durability.

Description

Flat Silicone Printed Gloves with No Change in Grip

In general, gloves used for leisure or sports use to protect the hands by absorbing the shock from the outside, and the ultimate purpose is to keep warm in the winter season, such as golf, tennis, baseball, racquetball In sports using golf clubs and bats, the aim is to increase slippage and grip when gripping the golf clubs and bats.

Gloves used for holding golf clubs and bats consist of fabrics made of thin, soft, soft 0.4-0.8 mm thick polyurethane penetrating artificial leather, and request various non-slip means. The grip operation and the slip prevention are intended, and an example thereof will be described below.

As is well known, gloves are widely used in various sports such as golf, batting, soccer and racquetball to protect human hands from injury and cold. The sports gloves used in these various sports are generally made of materials such as natural leather or polyurethane penetrating artificial leather, which are very thin, soft and soft, about 0.4-0.8 mm thick. Although these gloves are primarily intended to protect against injury or cold, there is no doubt that well-made gloves are essential for athletic performance for many athletes.

One of the most important characteristics of athletic gloves is grip. Many of the leather gloves that have existed to date provide a very soft and soft feel, but the movement, protection, or touch of the fingers tends to be much less than the bare hands. Thus, in the fabric of the gloves, it is generally applied to the contact surface with the sticky material (Tackified) to improve the grip force, but the sticky material is in contact with the hand leaving a wet and poor residue.

(One). US Patent No. 4.689.832 discloses a solution containing nitrocellulose and Resin, which is applied to the inner surface of the leather to remove the sticky substance from the inner surface of the glove. Achieved.

(2). There are gloves made of polyurethane penetrating artificial leather that provide soft and soft feeling and free finger movement and touch and protection towards the sea and the back of the hand or at least the palm of the back. In addition, many more woven or non-woven polyurethane penetrating artificial leather is much more durable than natural leather or a sticky family, but generally has less grip due to lower friction than natural leather.

Therefore, U.S. Patent No. 5.117.509 shows that the bottom surface of the glove partially penetrates the leather sheet or synthetic suede leather prepared by reducing the amount of oil through the process of chrome leather, so that the surface layer is continuous (overall, continuous) thin sealant without space on the surface. Gloves have been developed that make the grip partially penetrate into the actual palm of the palm. These gloves provide excellent grip due to a thin, uniform layer of silicone filler formed by a coating that continuously covers the palm of the hand with no space in the printed surface. However, this continuous silicone coating, when used on thin leathers with a thickness of 0.4-0.8 mm, whether fully penetrated or partially penetrated, will result in a soft, soft feel and a free movement of the fingers or hand feel Thrown away. Moreover, when there is moisture in the continuous silicone sealant coating partially penetrated into the palm of the glove and there is no space on the palm surface, it becomes very slippery due to water film phenomenon.

(3). Another type of gloves that use silicone, such as US Pat. No. 5.620.773, is a thin, three-dimensional hand-shaped mold made by immersing the mold of the three-dimensional hand model in a liquid other than hard silicone or non-silicone and not sewn on the mold. Used for surgery as a glove, it is difficult to put on and take off the glove because the glove fits perfectly in the hand and has high frictional force on the inner surface of the glove. In the final immersion process to form a textured surface by dispersing with a novel one-component or two-component silicone suitable for forming a durable and textured silicon surface, the silica particles are dispersed in the silicon to be buried in the silicon. When making hand-shaped gloves, the inner surface of the unitary (unsealed rubber gloves) gloves It is not related to making a sports glove with good grip on the outer surface of the glove with the glove made of textured surface to make the inner surface of the glove less frictional than flat and comfortable to use.

(4). As a separate US Pat. No. 5.625.900, a separate layer of synthetic leather is padded on the palm surface to fix it, and the filler is continuously extruded on the pad and the filler polymer is embossed with numerous holes (Embossed). It is put on. A separate layer of cohesive padding on this type of glove provides very good grip in the case of winter sports gloves, but when these types of gloves are worn, they are added due to the thick lining of the glove, insulation or padding. With or without a separate cohesive pad it is impossible to have a soft, soft feel, or free movement or touch of the fingers.

Therefore, in the case of much more sensitive gloves such as golf or batting, the sticky padding layer added to the bottom of the gloves has a soft, soft feel and a bad effect on free finger movement and feel. It is not practical to be used.

Also, when the wearer has moisture on the filling sealant, it becomes very slippery due to unacceptable mening phenomenon.

Conventional gloves equipped with the aforementioned non-slip means are inexplicably slippery due to the water film phenomenon when wet or wet in water, especially when soaked in water, and the grip force is significantly reduced. As the grip force changes according to the moisture content, glove wearers experience the chaos of grip force, so they can easily read the grip force and miss the bat or golf club, or the grip is excessively strong. On the other hand, there is a general problem that the user does not intend to use satisfactorily by reading soft and soft good feeling and free finger movement and touch.

Accordingly, the present invention has been made in order to solve the conventional problems, the object of the silicone filler sealant in the form of small lines, spots or other in the palm of the hand to grip the exercise device such as golf clubs or bats in artificial leather By penetrating into the leather and silk-printing and fixing it to be flat with the original artificial leather surface, the grip is improved without reading the soft softness of the glove and the feel of the finger movement freely, and no matter how much moisture is on the palm surface. Even when it is gripped, it quickly discharges the moisture on the surface of the printed silicon pattern, so that the grip force does not occur and consequently the flat silicone printing glove does not change in the amount of moisture that maintains the improved grip force even with a large amount of water. In providing.

1 is a perspective view of a glove for explaining the present invention,

2 is an enlarged plan view of the main part of the present invention;

Figure 3 is a partial perspective view of the cross-section excerpt according to the present invention,

Figure 4a is a perspective view of a glove showing another embodiment of the present invention,

4b is a cross-sectional view of the main portion of Figure 4a,

Figure 5a is a perspective view of a glove showing another embodiment of the present invention,

Figure 5b is a cross-sectional view of the main portion of Figure 5a.

Explanation of symbols on the main parts of the drawings

10: fabric 20: silicone filler sealant

The present invention for achieving the above object in the glove made of artificial leather, about 130-170 after a certain period of time so as to penetrate into the fabric by printing a two-component silicone filler sealant in a predetermined form on the palm of the glove Heat-curing at ℃ for 1-2 minutes to fix the silicone filler encapsulant penetrated into the fabric to artificial leather fibers to have a flat surface with the upper surface of the fabric to prevent slippage during exercise and grip while maintaining the softness of the fabric itself. There is a feature to be prevented.

In addition, the present invention in the printing of the two-component silicone filler sealant to the fabric in the form of a honeycomb or other, but the outer surface of the fabric is made wider than the printing surface of the fabric by the band or dot or letter form There is another feature that prevents the sliding of the palm surface of the glove to grip the exercise device when the water contact.

In addition, the present invention is partially silk-printed two-component silicone filler sealant or the two-component silicone filler sealant penetrated artificial artificial fiber in the palm of the glove palm surface processed with artificial leather fibers only on the inside of the thumb or palm of the hand grip Another feature is that the artificial leather fiber split printed flat on the leather side is partially sewn and attached to the inner part of the thumb and palm of the hand grip.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

Figure 1 is a perspective view of the glove for explaining the present invention, Figure 2 is an enlarged plan view of the main part according to the present invention, Figure 3 is a partial perspective view of the cross-section excerpts according to the present invention, Figure 4a shows another embodiment of the present invention Figure 4b is a perspective view of the glove portion sectional view of Figure 4a, Figure 5a is a perspective view of the glove showing another embodiment of the present invention, Figure 5b is a sectional view of the main portion of Figure 5a.

Symbol A shows a glove made of artificial leather fibers 10, wherein the artificial leather glove A is made of a thin, soft and soft polyurethane penetrating artificial leather, and grips largely to hold a sports equipment. Divided into the palm part and the back of the hand to be sewn to the seam to the seam to produce a finger is inserted, that is, the above is a typical artificial leather glove, the present invention is just a glove (A) in the palm surface of the non-slip means After printing the liquid silicone filling sealant 20 in a predetermined form and passing it for a predetermined time to penetrate the inside of the fabric 10b, heat curing at about 130-170 ° C. for 1-2 minutes to penetrate the inside of the fabric. 20) 20a and 20b are secured to have a flat surface with the top surface 10a of the fabric to prevent slippage during grip with the exercise equipment while maintaining the softness of the fabric itself.

The illustrated silicone filler encapsulation 20 is in the form of a honeycomb or other in printing on the fabric, which is the upper surface of the silicone filler encapsulant (20a) than the printing surface of the outer periphery forms a band, dot or letter The exposed surface of 10a) is made wide to maximize the non-slip efficiency during water penetration.

In another embodiment shown, the part (A) of the glove (A) palm of the artificial leather fiber is partially silk-printed, or the two-part silicone filler sealant (20) only on the inside of the thumb or the palm of the palm grips with the exercise equipment, Particularly, the artificial silicone fiber sealer 30 penetrated by the liquid-filled silicone filler sealant is printed on the artificial leather surface and partially sewn to the inner side of the thumb and the palm of the palm grip.

Referring to the effects of the present invention having the above configuration is as follows.

First, forming the back of the hand and the palm of the same size and shape so as to form a glove through the fabric (10) made of artificial leather material and the printing device containing the two-component silicone filler sealant 20 Printed while maintaining a fine thickness of about 0.2 mm in contact with the palm portion, and then at room temperature so that the silicone filling sealant is almost completely infiltrated into the fabric (10b) to form a plane with the original top surface (10a) of the fabric. After sufficiently laid, heat-curing the silicone filler encapsulant impregnated into the artificial leather fabric 10 at 130-170 ° C. for 1 to 2 minutes, the silicon is firmly fixed in the fabric 10b, and at this time, the upper surface and slip of the fabric Silicon upper surface 20a as prevention means (also shown as surface)

It remains flat on each other.

In this way, after the silicone filling sealants 20, 20a, and 20b are formed on the upper surface 10a and the inside 10b, the outer periphery except for the wrist is sewn by sewing means with the backs of the hands and palms separated from each other. By doing so, the desired glove is completed.

Holding the exercise device (not shown) by wearing the glove A formed by the above means, the grip force with the handle of the exercise device by the silicone filler sealant 20 surface 20a printed on the bottom surface. This one layer is firmly adhered, so that the exercise equipment does not slip arbitrarily from the hand, which increases the efficiency of exercise through a stable grip state, and when the whole surface is siliconized on the fabric 10 having a thickness of about 0.4-0.8 mm or silicon Unlike the case where the printing is protruded, the touch transmitted to the hand can be felt softly and softly even when wearing a flat silicone printing glove that does not change the capacity of the silicon penetrating (20b) to form a flat silicon printing surface (20a). Will be.

In addition, if you exercise with silicone printed gloves, you get wet by sweat or moisture, and even when the gloves get wet, the grip is printed on the bottom of the silicone filling sealant and the fabric itself. In other words, the occurrence of the sliding of the exercise equipment is prevented during the swing, which will be described in more detail as follows.

That is, when gripping an exercise device such as a golf club or a racket handle and a bat in a state where water or water is on the palm surface of the glove (A), the handle part of the exercise device is dried on the surface of the silicone filler encapsulant 20a. Woven and discharged to the upper surface of the fabric 10a of the main surface, and finally in the grip state, the moisture buried in the silicon surface 20a is quickly discharged by capillary hygroscopic phenomenon to the artificial leather fibers at the same height around the gripping state. By increasing the frictional force between the silicone surface 20a and the golf club grip or the contact area of the golf club in which water is discharged, you can obtain a constant grip even when wet, as well as the close friction coefficient of various sports equipment. It is possible to achieve a sliding slip efficiently.

As described above, the present invention prints a silicone-filled encapsulant having a fine thickness on the palm of the glove, and penetrates into the fabric so as not to protrude onto the fabric surface, thereby fixing the original thickness and maintaining the original thickness of the fabric. In addition, the grip force is significantly improved compared to before printing, and even when the moisture changes such as sweat or boiling, or when the water is soaked on the surface, the capillary tube on the surrounding artificial leather fibers having the same level as the moisture of the silicon surface at the time of grip It is a novel useful invention which is dried by development and obtains a grip force as usual.

The above is only one embodiment of the present invention, the present invention is capable of various changes and modifications within the scope of the configuration.

The present invention relates to a flat silicone printed glove that does not change the grip force to change in moisture content, and more particularly, the grip of a golf club (golf club) used in sports such as golf, baseball or tennis (substantially made of rubber at the end of the club). Gloves) and gripping bats and other sports equipment, feel the soft touch like a bare hand, and increase grip and increase the efficiency of exercise as well as contact with moisture or moisture. Even the grip will not fall.

Claims (4)

In gloves (A) made of artificial leather (10), the two-component silicone filler sealant 20, 20a, 20b is printed in a predetermined form on the palm of the glove to penetrate into the fabric (10b). After a certain period of time, heat curing at about 130-170 ° C. for 1-2 minutes to fix the silicone filler encapsulant 20 penetrated into the fabric to artificial leather fibers to have a flat surface with the fabric upper surface 10a. A flat silicone printed glove that does not change its grip force due to changes in moisture content, which prevents slippage when gripping exercise equipment while maintaining softness. The method of claim 1, wherein the two-component silicone filler sealant 20, 20a, 20b in the form of a honeycomb or other in the form of printing on the fabric, the outer band in the form of bands or dots or letters When printed on the upper surface, the exposed surface of the upper surface of the fabric 10a is made wider than the width of the surface 20a so that the grip force changes in the amount of moisture that effectively prevents the occurrence of slippage of the palm of the glove which is gripped with the exercise equipment during water contact. Flat silicone printing gloves without. The two-part silicone filling sealant (20) (20a) (20b) according to claim 1, wherein the two-part silicone filling sealant (20) (20a) (20b) is partially located only on the inner side of the thumb or the palm of the glove (A) that is gripped with the exercise device on the palm of the glove (A) processed from artificial leather. Partially sew and attach the artificial leather fiber chopsticks 30, which are printed in silk or in two-component silicone-filled sealants, to be flat with the artificial leather surface. Sikkim is a flat silicone printed glove that does not change its grip force due to changes in moisture content. The method of claim 1, 2, or 3, wherein when the upper surface 20a of the silicone-filled encapsulant printed on the palm of the glove is protruded to a thickness smaller than the upper surface 10a of the peripheral armor fabric, the weaving is smoothly gripped. Flat silicone printing gloves that do not change the grip force due to the moisture absorption that is quickly discharged into the artificial leather fiber fabric due to the same capillary absorption.