KR101639052B1

KR101639052B1 - Inner fabrics of rubber glove, method for preparing thereof and rubber glove usign thereof

Info

Publication number: KR101639052B1
Application number: KR1020150138336A
Authority: KR
Inventors: 김지영
Original assignee: 김지영
Priority date: 2015-10-01
Filing date: 2015-10-01
Publication date: 2016-07-13

Abstract

The present invention relates to a rubber glove inner skin, a method of manufacturing the same, and a rubber glove using the same. More particularly, the present invention relates to a method of cutting a glove with two pieces of fabric, And fusing the two sheets of fabric to each other by high-frequency or hot press, and fusing along the edges of the remaining portions except for the opening for inserting the hand.
According to the present invention, it is possible to improve the usability of the rubber glove because the rubber glove is easy to put on and take off due to the inner skin that the thumb and the remainder are integrally manufactured, and the production efficiency is improved and the price competitiveness is improved. Particularly, since the left and right sections of the fabric end portion are eliminated and the end face is manufactured through high frequency or hot press fusion instead of sewing, mass production is facilitated and manufacturing cost can be remarkably reduced due to no increase in labor cost due to sewing It is effective.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an inner fleece of rubber gloves,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a rubber glove inner skin, a manufacturing method thereof, and a rubber glove using the rubber glove. More particularly, the present invention relates to a rubber glove, The present invention relates to a rubber glove inner skin having high production efficiency, a manufacturing method thereof, and a rubber glove using the same.

Generally, rubber gloves are made of raw rubber or latex and have no air permeability. Therefore, when rubber gloves are used for a long time, the sweat released from the hands moistens the inside of the gloves. These sweats cause eczema and itching.

In addition, when cold water or hot water is put on the rubber gloves, the cold and hot air are delivered to the hands, and there are disadvantages such as frostbite, cold and burning, which may occur during prolonged use.

In addition, since the entire glove is formed of raw gloves or latex, the glove is very inconvenient due to its elasticity, is not easily removed due to internal sweat when worn for a long period of time, and the sleeve portion frequently flows downward, Also,

Accordingly, there has been proposed a method of manufacturing a conventional rubber glove by adhering a separate end fabric.

As this prior art, Korean Utility Model No. 20-0477215 discloses a sub-glove for inner skin which is insertable into the outer main glove; And a detachable coupling portion provided in the outer main arm and the inner skin sub glove for detachably coupling the inner skin sub glove in the outer main arm.

The present inventor has also invented a rubber glove having an inner skin formed with brushed as in Korean Patent No. 10-1513709.

However, as shown in FIG. 1, the rubber gloves provided with the conventional inner filament as well as the conventional rubber glove patents and patents are provided with two fabric end caps, and the fabric is first cut into rubber gloves except for the thumb, The fabric was cut and sewn in the form of a thumb, and then sewn together with the rubber glove type fabric and the thumb type cloth fabric except for the thumb, to fabricate the inner fabric.

Therefore, in the related art, it is necessary to separate the left and right portions when cutting the fabric, and the thumb portion and the remaining portion have to be separately joined to each other, resulting in not only troublesome sewing but also an increase in working time and production efficiency. In addition, these shortcomings contributed to the cost increase. In addition, since the sewing part is not constant due to the separate cutting and sewing work, the sewing part is wide and narrow, and the spacing is not constant, so that the fingers of the worker do not enter easily during use.

Therefore, there is a demand for the production of rubber gloves with high production efficiency and excellent quality of inner skin.

KR 20-0477215 Y1 KR 10-1513709 B1

SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a rubber glove which is made by cutting an endothelium fabric of a rubber glove to reduce production efficiency and deterioration in quality, And the cut ends of the two endothelium fabrics are welded by a high-frequency or hot press to produce the inner skin of the rubber gloves, thereby improving the production efficiency and improving the quality.

In addition, by making it possible to mass-produce the inner wall of rubber gloves, it is possible to lower the manufacturing cost of rubber gloves and to make them more cost competitive.

According to another aspect of the present invention, there is provided a method of manufacturing an inner skin of a rubber glove, comprising the steps of cutting two sheets of fabric in the form of gloves, cutting the thumb and the remaining part integrally, Frequency or heat press, and fusing high-frequency or heat press along the edge of the remaining portion except for the opening for inserting the hand.

Wherein the raw fabric is brushed fabric formed with brushed and cut with the press-forming mold knife in a state in which two or more fabric layers are laminated at the time of the cutting.

The rubber glove inner skin of the present invention is a rubber glove inner skin which is adhered to the inside of a rubber glove outer cover made of rubber or latex and is in contact with a hand and an arm. The rubber glove inner skin is in the form of gloves, And the two pieces of fabric cut in one piece are fused by high-frequency or heat press along the edges of the remaining portions except for the opening for inserting the hand.

The fabric is characterized in that bristles are formed on a surface where a hand and an arm are in contact with each other.

The rubber glove using such a rubber glove includes a rubber glove sheath made of rubber or latex into which a hand and an arm are inserted, a rubber glove inner skin having the above-described structure adhered to the inner side of the rubber glove sheath, And is composed of a waterproof sleeve bonded to a sleeve portion of the sleeve and welded to a high frequency or heat press.

According to the present invention, it is possible to improve the usability of the rubber glove because the rubber glove is easy to put on and take off due to the inner skin that the thumb and the remainder are integrally manufactured, and the production efficiency is improved and the price competitiveness is improved.

Particularly, since the left and right sections of the fabric end portion are eliminated and the end face is manufactured through high frequency or hot press fusion instead of sewing, mass production is facilitated and manufacturing cost can be remarkably reduced due to no increase in labor cost due to sewing It is effective.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a diagram showing a rough manufacturing sequence of a rubber glove inner skin according to a conventional method; Fig.
2 is a perspective view of a rubber glove inner skin according to the present invention.
Fig. 3 shows a rough manufacturing sequence of the rubber glove endothelium according to the present invention. Fig.
4 is a perspective view of a rubber glove according to the present invention.
5 is a cross-sectional view of a rubber glove according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention is intended to improve the problems of conventional rubber gloves, and in particular to enhance the production efficiency and usability of rubber glove inner skin.

For this purpose, the inner skin of the rubber glove according to the present invention is a rubber glove inner skin which is adhered to the inner side of the outer surface of rubber gloves made of rubber or latex and is in contact with the hand and the arm, wherein the rubber glove inner skin is in the form of gloves, And the two sheets of fabric having the remaining portions cut off integrally are welded by high frequency or heat press along the edge of the remaining portion except for the opening for inserting the hand.

Hereinafter, the present invention will be described in more detail with reference to FIGS. 2 to 5. FIG.

2, the inner skin A of the rubber glove according to the present invention comprises two pieces of fabric 1 cut in the form of gloves and a high frequency or heat press bonding line 2 for fusing the edges of the fabric 1 ). At this time, it is a matter of course that the high-frequency or hot-press weld line 2 is not formed at one side of the inner end of the rubber glove, that is, in the direction in which the hand is inserted.

The most significant feature of the rubber glove inner skin (A) according to the present invention is that the finger portion and the rest portion of the inner skin (A) are separately cut and cut, and not the sewing, (1) is unnecessary, and a separate sewing operation is not required, so that workability and productivity are remarkably increased. In addition, in the present invention, the two sheets of fabric 1 are also fused together using a high-frequency or hot press without sewing work, and the labor cost is reduced and the productivity is improved through high-frequency or hot press fusion. In addition, since the present invention does not separate sewing work on the inner skin, the problem of use which is caused due to the non-uniform sewing line is solved.

In other words, conventionally, as shown in Fig. 1, the endothelial fibrils were prepared by first cutting and sewing the four fingers of the endothelium according to the shape of the outer surface of the rubber gloves, and then cutting and joining the thumbs again. A) is made of a fabric rather than a rigid material, so even if it is cut and flattened and fused, it is bonded to the inside of the outer surface of the rubber glove by using an adhesive, and the fabric is partially stretched in accordance with the shape of the outer covering, do. Therefore, a rubber glove having a stable shape is manufactured, and there is no inconvenience in use due to a separate sewing line.

The rubber glove inner skin (A) as described above is an element for improving the warmth and usability when using the rubber gloves. It is possible to prepare a cloth having a desired thickness by knitting and then to make brushed 11 on one side of the cloth, And bristles 11 may be formed. At this time, it is easy to form the bristles 11 by using a polyester fabric as the fabric, and a nonwoven fabric having elasticity or a fabric having elasticity may be used for the stretching force. That is, in the present invention, since the bristles 11 are formed on the surfaces contacting the hands and arms, not only the warmth is secured, but also the perspiration of the fabric inner skin absorbs perspiration when the hands are used for a long period of time. Since the cut fabric 1 of the present invention can be used without left and right division, it is of course possible to prepare bristles 11 on both sides, and a cloth without brims can also be used.

The method for manufacturing the rubber glove inner skin (A) will be described in more detail as follows.

As shown in FIG. 3, the rubber glove inner skin A of the present invention comprises a step of cutting two pieces of fabric 1 in the form of gloves, cutting the thumb part and the rest part integrally, The fabric 1 is fused by a high frequency or a hot press so that the two fabrics 1 are fused by the high frequency or hot press fusing line 2 and the high frequency or hot press fusing line 2 is fused along the edge of the remaining portion except for the opening 3 for inserting the hand. Or heat press fusion.

The following is a step-by-step explanation.

Cutting the two sheets of fabric 1 in the form of gloves, cutting the thumb and the remainder in one piece.

First, the two fabrics (1) are cut in the form of gloves. At this time, the thumb and the rest are not cut separately, but are cut in one piece, so that the left and right sections are unnecessary, and the thumb sewing operation becomes unnecessary.

Since the inner skin A is adhered to the inner surface of the rubber glove sheath B, the inner skin A is cut to a size sufficient to come into contact with the inner surface of the rubber glove sheath B.

In order to secure price competitiveness through mass production of the inner skin (A), a mold knife for press of a glove model having all five fingers is manufactured, a plurality of the fabrics 1 are stacked (two or more) It is preferable to perform press cutting all at once using the above-described press-forming mold knife.

The two cut fabrics 1 are fused by a high frequency or a hot press so that the two fabrics 1 are fused together by a high frequency or hot press fusing line 2 and the other part except for the opening 3 for inserting a hand Frequency or heat-press fusing along the edge of the sheet.

Next, the edges of the two sheets of fabric 1, specifically the edges excluding the openings 3, are fused to each other with a high-frequency or hot press welder using instantaneous heat. At this time, it is a matter of course that the adhesive can be applied to the edges except for the openings 3 of one of the two sheets of fabric 1 for smooth high-frequency or hot press fusion.

As described above, the fabric 1 may be a brushed fabric formed with a brim 11, whereby the warmth of the rubber glove is increased.

That is, the inner skin (A) of the rubber glove having the above-described structure is manufactured by cutting and sewing the conventional thumb-shaped fabric and the glove-shaped fabric having only the remaining four fingers, The five fingers are cut in an integrally formed form and bonded to each other through high frequency welding or hot press welding to improve workability, quality, and usability. In addition, the most characteristic feature is that the production efficiency is increased and the production cost can be lowered.

Hereinafter, the rubber gloves to which the rubber glove inner skin (A) is applied will be described.

4 and 5, the rubber glove according to the present invention comprises a rubber glove sheath B, a rubber glove inner skin A having the above-mentioned structure adhered to the inner side of the sheath B and a waterproof sleeve And a fabric (C).

Herein, the rubber glove sheath (B) means rubber gloves made of rubber or latex which are generally used, and the size and form thereof are not limited.

Since the inner film A adhered to the inner side has been fully described above, a detailed description thereof will be omitted.

The waterproof sleeve C is thermally fused to the upper end, that is, the sleeve, of the bonded inner skin A and the outer skin B, and is not made of rubber or silicone. Therefore, it makes it easy to put on and take off the rubber gloves.

Here, the waterproof sleeve fabric (C) is a fabric of a polyester fabric (200) having a pattern layer formed on a waterproof fabric (100), preventing water from entering the user's hand or arm by the waterproof fabric (100) And the polyester fabric 200, so that various designs of rubber gloves can be provided. In addition, since the polyester fabric 200 can print anniversaries, commemorative stationery, and the like, it can be used as a return material for various events, so that the consumption of rubber gloves can be further promoted.

The width L ₁ of the waterproof sleeve C is larger than the width L ₂ of the lower end of the waterproof sleeve C toward the upper end, that is, toward the arm of the user, The fabric of the waterproof material prevents the sleeve portion from flowing downward.

According to the rubber glove of the present invention configured as described above, waterproofing is provided through the rubber glove sheath B, heat retention and ease of use are provided through the inner skin A, ease of use is provided through the waterproof sleeve fabric (C) . In addition, the rubber glove is most distinctive in that it is superior in productivity and workability than any conventional rubber glove having separate inner skin or outer skin bonded to the outer skin, and the manufacturing cost is reduced, and the ease of use is also high.

To briefly describe the manufacturing method, a rubber glove sheath (B) made of rubber or latex is first prepared. As the rubber glove sheath (B), it is possible to use an ordinary rubber glove which can be easily obtained in the market, that is, a rubber glove with an anti-falling band formed at the upper end thereof, and a rubber glove sheath (C) May be separately manufactured and used. Next, the inner skin A is produced according to the above-described method, and an adhesive is applied to the finger portion of the inner skin A, and then the inner skin A and the outer skin B are bonded. At this time, the kind of the adhesive is not limited. Next, the sleeve portion of the envelope B is turned over, and an adhesive agent is applied thereto, and then the envelope is adhered to the inner envelope A again. Through this process, the outer skin (B) and the inner skin (A) of the rubber gloves are manufactured in such a manner that the finger portion and the band portion of the wrist are adhered to each other. Then, the waterproof sleeve (C) is fused to the upper portion of the outer skin (A) with an adhesive and a high frequency or heat press welder. That is, the adhesive is applied to one side of the waterproof sleeve C, that is, the portion to be adhered to the outer skin A, and the adhesive is dried, placed on the upper side of the outer skin B, and fused by high frequency or heat press.

Next, the upper end of the waterproof sleeve end C is curled inward to finish the upper end so as not to be opened or separated.

The rubber gloves of the present invention manufactured by the above method are improved in waterproofness, warmth and usability while the inner and outer skins A and B are firmly adhered to each other without separation, (C) are welded separately by high-frequency or heat press, it is possible to improve the usability, prevent the flow-down, improve the design and printing property, and diversify the rubber gloves. In addition, as described above, by using the endothelium (A) in which the five fingers are integrally cut, the productivity of the rubber gloves can be increased and the price competitiveness can be obtained.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the scope of the present invention is not limited to the disclosed exemplary embodiments. It will also be appreciated that many modifications and variations will be apparent to those skilled in the art without departing from the scope of the invention.

A: Rubber glove inner skin B: Rubber glove sheath
C: Waterproof sleeve fabric
1: Fabric 2: High-frequency or hot-press welded wire
3: opening
100: Waterproof Fabric 200: Polyester Fabric

Claims

Cutting the two sheets of fabric 1 in the form of gloves, cutting the thumb and the remainder in one piece,
And fusing two cut ends (2) of the cut ends by a high-frequency or thermal press, and fusing the cut ends (2) along the edges of the remaining portions except for the openings for inserting the hands by high frequency or heat press,
Further comprising the step of applying an adhesive along the edges of the other of the cut ends of the two cut fabrics (1) before the fusing step, except for the openings (3)
The fabric 1 is a brushed fabric formed with brushed,
Wherein the cutting is performed with the press-forming mold knife in a state in which two or more ply fabrics are laminated at the time of cutting.

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A rubber glove endothelium produced by the method of claim 1.

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A rubber glove sheath B of rubber or latex into which a hand and an arm are inserted,
A rubber glove inner skin (A) adhered to the inner side of the rubber glove sheath (B), the rubber glove inner skin (A)
(C) connected to the bonded rubber glove outer skin (B) and the sleeve portion of the rubber glove inner skin (A) and welded by high frequency or heat press.