JP2007321308A - Glove - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a pair of gloves through surely performing fixation of each fingertip part of a glove inner member, a water-proof inner and a glove outer skin member so as to secure on the fixation part excellent water proofness and fixing strength with durability. <P>SOLUTION: This pair of gloves has a glove outer skin member 1, a glove interior member 3, and a water-proof inner 2 of a glove shape laid between the members 1 and 3. The glove interior member 3 is prevented from being drawn through sticking each stitching tape 4 to the inside and outside of each of the fingertip parts of the water-proof inner 2, and stitching each interspace between a projecting part 41 set on the interior stitching tape 4 and the fingertip inside of the glove interior member 3, and interspace between a projecting part 41 set on the exterior stitching tape 4 and the fingertip outside of the glove outer skin member 1. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a glove having a waterproof function, and more particularly to improvement of a glove composed of three layers of a glove skin member, a waterproof inner member, and a glove interior member.

In conventional gloves, a glove interior member with heat retention is placed inside a glove skin member that becomes the outer skin, and a waterproof inner that forms a waterproof film, a waterproof sheet, etc. in a glove shape is interposed between these members In addition, there is a structure in which moisture permeated through the glove skin member is blocked by a waterproof inner to prevent permeation into the glove interior member.
As described above, a glove composed of three layers of a glove skin member, a waterproof inner member, and a glove inner member is pulled out with the hand pulled out from the glove inner member and the waterproof inner member when removed from the hand-mounted state. May end up. In order to avoid such a problem, conventionally, the glove having the three-layer structure as described above has been devised to avoid this problem by bonding and integrating the three-layer members. There is.
As a method of adhering the three-layer members, there is a method in which a large number of adhesion portions are scattered using an adhesive and the members are integrated as disclosed in Patent Document 1. In the case of this glove, it is difficult to reliably adhere the scattered adhesive parts, and some of the adhesion is insufficient, or if you continue to use it, tensile force will be applied to the adhesive part and it will peel off There was a problem in terms of reliable adhesion and durability.

Further, among conventional gloves configured similarly, there is one in which fingertip portions of three-layer members are integrally fixed as means for preventing the waterproof inner and glove interior members from being pulled out (Patent Literature). 2).
This glove fuses a small piece as a seam allowance when the edge of the fingertip portion of the waterproof inner is welded at high frequency, and sews the protruding portion on the outside of this small piece to the fingertip portion of the glove skin member, By stitching the protruding portion of this to the fingertip portion of the glove interior member, the fingertip portion of the three-layer member is integrally fastened. Since this glove is fastened to each other by sewing and fusing, the glove is excellent in terms of waterproofing and securing fastening power.
However, as described above, since the small piece that becomes the fastening member is welded at a high frequency to the waterproof inner, the corners and boundary portions of the welded portion between the small piece and the waterproof inner weaken and tear with repeated use. There was a case where water intruded from here.

Similarly, after the seam allowance protruding from the fingertip of the glove interior member covered with the waterproof inner is sewn to each fingertip of the glove skin member, the glove skin member is turned over to constitute the glove. Although there are gloves, the work of sewing each fingertip of the glove interior member coated with the waterproof inner and the fingertips of the glove skin member turned upside down is difficult and time-consuming. Also, when turning the glove skin member upside down after the sewing operation, since the five fingertips are sewn, an excessive force is applied to the sewing portion, and the fingertip portion of the relatively weak waterproof inner There was also the possibility of breaking and hindering the waterproof function. In addition, since the load is repeatedly applied to the fingertip portion of the waterproof inner during use, the fingertip portion of the waterproof inner may be broken in a relatively short time. This problem also applies to the glove described in Patent Document 2.
Japanese Patent Laid-Open No. 257005 JP-A-2005-307404 JP 2003-273316 A

  The present invention has been made in view of the above-described conventional circumstances, and the object of the present invention is to fix each fingertip portion of the glove interior member, the waterproof inner member, and the glove skin member in the glove configured as described above. Is to ensure good waterproofness and durable fastening strength at the fastening part.

In order to achieve the above object, the present invention employs the following technical means.
The glove of the first invention is
A glove comprising a glove skin member, a glove interior member installed inside thereof, and a glove-shaped waterproof inner interposed between these members,
While adhering the sewing tape to the inner surface and the outer surface of each fingertip portion of the waterproof inner, between the protruding portion provided on the inner surface side of the sewing tape, the fingertip outer side of the glove interior member, and the outer surface side Each is sewn between the protrusion provided on the sewing tape and the inside of the fingertip of the glove skin member.

  A glove according to a second aspect of the present invention is the glove according to the above-mentioned claim 1, wherein the sewing tape having an adhesive layer on one side is folded in two, and the adhesive layers of the folded portions are bonded together to form a protruding portion. By adhering the adhesive layers on both ends of the tape to the fingertip portion of the waterproof inner, the sewing tape is bonded to the waterproof inner and the protruding portion is formed to protrude.

  A glove according to a third aspect of the present invention is the glove according to claim 2, wherein the bonding positions of the inner and outer surface side sewing tapes are made to coincide with the same inner and outer portions of the waterproof inner fingertip portion.

  A glove according to a fourth aspect of the present invention is the glove according to any one of claims 1 to 3, wherein the protruding portion of the sewing tape bonded to the fingertip portion of the waterproof inner and the inner surface of the fingertip portion of the glove skin member are sewn with a sewing thread. At the same time, a connecting portion of an appropriate length connected by a sewing thread is provided between the sewing portions.

According to the glove of the present invention, the following excellent actions and effects can be expected.
The glove of the first invention is formed by bonding a sewing tape to an inner surface and an outer surface of each fingertip portion of the waterproof inner, and a protruding portion provided on the inner surface side of the sewing tape and an outer side of the fingertip portion of the glove interior member. In addition, the gap between the protruding portion provided in the sewing hoop on the outer surface side and the inside of the fingertip portion of the glove skin member is sewn. Therefore, it is possible to securely fasten between the glove skin member, which requires particularly strong strength, the sewing tape, and the glove interior member by the sewing relationship, and the waterproof inner and each sewing that requires durable waterproofness. The fingertip portions of the members of the three layers can be integrally fastened by fastening them by an adhesive relationship so as not to tear between the wearing tapes. As a result, it is possible to prevent the phenomenon that the glove interior member and the waterproof inner are pulled out when the hand is pulled out, to ensure the fastening strength at the fingertip portion, and to maintain a durable and good waterproof property. It becomes possible.

  A glove according to a second aspect of the present invention is the glove according to the above-mentioned claim 1, wherein the adhesive layer of the sewing tape having an adhesive layer on one side is bonded to each other to form a protruding portion formed by overlapping the sewing tape, and the protruding portion The protruding portion is formed so as to protrude from the fingertip portion of the waterproof inner by bonding the adhesive layers of the two sewing tapes extending from one end of each to the fingertip portion of the waterproof inner. Therefore, the adhesive portion of the two sewing tapes extending from the protruding portion can be securely bonded to the waterproof inner through a large area, and the protruding portion serving as a sewing allowance from the waterproof inner to an arbitrary length. Thus, the fastening due to the sewing relationship and the fastening due to the adhesion can be maintained with a good balance. In addition, the bonding operation to the waterproof inner and the sewing operation to the glove skin member and the glove interior member can be performed very easily, which contributes to the improvement of work efficiency at the time of manufacture.

  The glove according to the third aspect of the present invention is the glove according to claim 1 or 2, wherein the adhesive position of the inner and outer surface side of the sewing tape is made to coincide with the same place inside and outside the waterproof inner fingertip. Even when a load is applied to pull both sewing tapes, the load will be evenly applied to the matching adhesive surface, effectively eliminating the problem that the waterproof inner will be pulled apart and torn. Can be prevented.

  A glove according to a fourth aspect of the present invention is the glove according to any one of claims 1 to 3, wherein the protruding portion of the sewing tape bonded to the fingertip portion of the waterproof inner and the inner surface of the fingertip portion of the glove skin member are sewn with a sewing thread. A connecting portion of an appropriate length that is connected by a sewing thread is provided between the sewing portions. Therefore, in the state where the fingertips of the glove interior member coated with the waterproof inner and the glove skin member turned upside down are fastened to each other, the corresponding fingertips are connected via a connecting portion made of a sewing thread of an appropriate length. It will be fixed. As a result, during manufacture, when the glove skin member in the inverted state is turned over and the three layers are overlaid, an excessive force is not applied to the fingertip portion of the waterproof inner, and this operation can be performed with a margin. In addition, even when using gloves, the margin that occurs at the above contact section prevents the sewing tape attached to the waterproof inner from being pulled and excessive force is applied to the waterproof inner, improving the durability of the fastening force You can also

Hereinafter, the best mode for carrying out the glove of the present invention will be described with reference to FIGS.
FIG. 1 shows a glove A embodying the present invention. This glove A has a three-layer structure, and is composed of a glove skin member 1 that is a strong outer skin, a waterproof inner 2 that is a waterproof layer, and a glove interior member 3 that is a heat-retaining interior material.
The glove skin member 1 is made of a relatively strong synthetic fiber cloth or the like, and is cut into the shape of each part of the back of the hand or fingers, and then the edges of each member are sewn together to form a glove shape. Further, when the glove skin member 1 is sewn, the sewing work is performed while maintaining the inverted state, and the seam allowance 11 having an appropriate width protrudes along the stitched portion of each member (see FIG. 3). A cushioning material such as a sponge material may be sewn on the inner surface of the glove skin member 1 on the back side.

The glove interior member 3 is formed by sewing a highly heat-resistant cloth such as a bore or a fleece, which is housed inside the glove skin member 1, into a glove shape. The glove interior member 3 is installed in a state of being fitted inside the glove skin member 1 via a waterproof inner 2 that becomes a waterproof layer.
The waterproof inner 2 serving as a waterproof layer is cut into a bill by a waterproof synthetic resin sheet such as polyurethane resin or a moisture permeable waterproof resin sheet, and inserted in a state in which these two bill sheets are overlapped. High-frequency welding around the mouth except for the mouth is formed into a glove shape. In addition, when a waterproof inner is comprised using the synthetic resin sheet | seat which has moisture permeability waterproofness, since it also has air permeability while exhibiting waterproofness, there exists an advantage which a hand does not get steamed at the time of use. Further, the waterproof inner 2 may be integrally formed by dipping, and in this case, good waterproof properties can be maintained.
The waterproof inner 2 configured as described above adheres a sewing tape 4 to be described later to both inner and outer surfaces of each fingertip portion, and attaches these sewing tape portions 4 to the fingertip portions of the glove skin member 1 and the fingertips of the glove interior member 3. The fingertip portions of the respective members are integrally fastened by sewing to the respective parts (FIG. 1).
The sewing tape 4 is a strong cloth-made adhesive tape, and a strong adhesive tape is used. The sewing tape 4 is cut to an appropriate length, bent at the center, and bonded to each other with an appropriate width, for example, about 1 cm, to form a sewing allowance 41 serving as a protruding portion. Two bonding margins 42 are extended (FIG. 4).

  The sewing tape 4 formed as described above is bonded so that each fingertip on the outer surface of the waterproof inner 2 is sandwiched by two bonding margins 42 (FIG. 2). That is, the sewing tape 4 is bonded to all fingertip portions of the waterproof inner 2 and the sewing allowance 41 protrudes from the tip. Next, the waterproof inner 2 is turned over and the inner surface is the outer side. In the same manner as described above, the fingertips on the inner surface of the waterproof inner 2 are bonded so as to be sandwiched between the two bonding margins 42 of the sewing tape 4. At this time, the two bonding margins 42 are made to coincide with the bonding position of the bonding margin 42 of the sewing tape 4 bonded to each fingertip on the outer surface side as accurately as possible, and the waterproof inner 2 layer is sandwiched between them. It is configured so that the bonding margins 42 of the inner and outer sewing tapes 4 are closely bonded (FIG. 1). Thereby, when a load is applied between the two sewing tapes 4, it is possible to effectively prevent a problem that the waterproof inner 2 is pulled and torn.

When actually manufacturing the gloves A configured as described above, the waterproof inner 2 is turned over, and the seam allowance 41 of the inner sewing tape 4 bonded to each fingertip of the waterproof inner 2 is used as the glove. The interior member 3 is sewn directly to the seam allowance portion of each corresponding fingertip. After each inner sewing tape 4 is sewn in this way, the waterproof inner 2 that has been turned over is reversed and returned to its original state, and the surface of the glove interior member 3 is covered.
Next, the corresponding fingertips of the glove skin member 1 in an inverted state and the glove interior member 3 coated with the waterproof inner 2 as described above are kept facing each other (FIGS. 3 and 4). Next, after sewing the seam allowance 41 of the outer sewing tape 4 projecting to each fingertip of the waterproof inner 2, the sewing thread is appropriately lengthened and sewn to the seam allowance 11 of the fingertip portion of the corresponding glove skin member 1. That is, the outer sewing tape 4 protruding from the fingertip of the waterproof inner 2 and the fingertip of the glove outer skin member 1 are fastened via a connecting portion 5 made of an appropriate length of sewing thread. The sewing thread constituting the connecting portion 5 is preferably about 1 cm to 3 cm, but the length of the connecting portion 5 may be appropriately changed. Further, if the sewing thread of the connecting portion 5 is formed in a state where several sub-strings are wound, both the strength and the handleability are good.

When the sewing of each finger is completed, the glove skin member 1 in the inverted state from the state shown in FIG. 3 is turned upside down to be turned upside down, and at the same time, the surface of the glove interior member 3 is covered. When this operation is performed, the margin of the connecting portion 5 described above is utilized, and it is possible to prevent an excessive load from being applied to the adhesion portion of the fingertip portion of the waterproof inner 2. Thereafter, the operation shifts to a sewing operation for a hand slot.
Each fingertip portion of the glove A in which the three layers overlap in this way is fastened via both the inner and outer sewing tape 4 and the thread of the connecting portion 5. Therefore, the pull-out of the glove interior member 3 and the waterproof inner 2 that occurs when the glove A is worn is prevented by the fastening relationship, and can be used comfortably.
Further, when the finger is pulled out, the fingertip of the glove interior member 3 is displaced in the direction of being pulled out although the fingertips of the glove interior member 3 and the waterproof inner 2 are very small, but this shift is the waterproof inner 2. It is possible to avoid the phenomenon of applying a load to the fingertip. Further, since the deviation between the fingertips of the glove interior member 3 and the waterproof inner 2 that has occurred as described above returns to the normal state when the finger is next inserted, there is no problem in wearing the gloves A.

  The glove A configured as described above can be stopped completely by the waterproof inner 2 of the second layer even if water enters through the layer of the glove skin member 1, so that the water is gloved. It does not penetrate into the member 3 and feels bad. In addition, the adhesion of the fingertip portion, which is easily ruptured, is matched to the bonding margins 42 of both the inner and outer sewing tapes 4 and bonded through a wide area, so that it is resistant to load and maintains good waterproofness over a long period of time. be able to.

In addition, you may change arbitrarily the width | variety, length, and shape of the sewing allowance of the sewing tape, and an adhesion allowance.
Moreover, in the glove A of the above-described embodiment, the connecting portion 5 is provided between the outer sewing tape 4 and the seam allowance of the fingertip portion of the glove skin member 1. The sewing margin 41 of the sewing tape 4 may be sewn directly to the stitch margin of the fingertip portion inside the glove skin member 1.
Although the glove A of the said Example used the adhesive tape which has an adhesion layer on one side as the sewing tape 4, the adhesion | attachment of a sewing tape is not limited to this, even if it adhere | attaches using an adhesive agent, Or you may adhere | attach by high frequency welding. Furthermore, the width, length, and shape of the seam allowance and adhesive allowance of the sewn tape may be arbitrarily changed.
Further, in the above-described glove A, the connecting portion 5 made of the sewing thread is provided between the sewing tape 4 on the outer surface side of the waterproof inner 2 and the inner side of the glove outer skin member 1. You may provide between the tape 4 on the inner surface side and the fingertip part of the glove interior member 3.

The side view which shows the glove of this invention partially cut off. The front view which shows the glove outer skin member, waterproof inner, and glove interior member which comprise a three-layer glove. The side view which shows the state which sewn each fingertip of the glove interior member which coat | covered the waterproof inner, and the glove outer skin member. The perspective view which shows the finger-tip part of the glove interior member which coat | covered the waterproof inner | wearing fastened via the sewing tape, and the glove outer skin member.

Explanation of symbols

A ... Glove 1 ... Glove skin member 2 ... Waterproof inner 3 ... Glove interior member 4 ... Sewing tape 5 ... Communication part 41 ... Sewing allowance 42 ... Adhesion Generation

Claims (4)

A glove comprising a glove skin member, a glove interior member installed inside thereof, and a glove-shaped waterproof inner interposed between these members,
While adhering the sewing tape to the inner surface and the outer surface of each fingertip portion of the waterproof inner, between the protruding portion provided on the inner surface side of the sewing tape, the fingertip outer side of the glove interior member, and the outer surface side A glove characterized by sewn between a protruding portion provided on a sewing tape and an inner side of a fingertip of a glove skin member.   Two sewing tapes, each of which has a protruding portion formed by adhering the adhesive layers of a sewing tape having an adhesive layer on one side and overlapping the sewing tape and extending from one end portion of the protruding portion to each other 2. The glove according to claim 1, wherein the protruding portions are formed so as to protrude from the fingertip portions of the waterproof inner by bonding the adhesive layers to the fingertip portions of the waterproof inner.   The glove according to claim 1 or 2, wherein the bonding positions of the inner side and outer side sewing tapes are made to coincide with the same inside and outside of the waterproof inner fingertip.   The protruding portion of the sewing tape adhered to the fingertip portion of the waterproof inner and the inner surface of the fingertip portion of the glove outer skin member are sewn with a sewing thread, and an appropriate length communicated by the sewing thread between the sewing portions. The glove according to any one of claims 1 to 3, further comprising a connecting portion.

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