JP2006063456A - Electrostatic charge eliminating glove - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an electrostatic charge eliminating glove excellent in an electrostatic charge eliminating property so as to prevent fingers of a wearer from suffering from electrical shock by static electricity without depending on electrostatic elimination only via corona discharge. <P>SOLUTION: The electrostatic charge eliminating glove is formed through cutting fabric and sewing the pieces of the cut fabrics, and provided with finger-wrapping parts wrapping five fingers and a base part wrapping the palm part and the back part of the wearer's hand, and has conductive yarns. The outer surface and the inner surface of the palm side fabric of the finger-wrapping part are made to alternately communicate with each other through conductive yarns and be sewn up together so as to make a conductive part. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a glove capable of removing static electricity (hereinafter referred to as a static electricity removing glove).

  Conventionally, as a glove provided with conductivity that enables removal of static electricity, for example, on the surface of a fiber glove base material, or without using a fiber glove base material, a conductive powder or / and granular A synthetic resin or rubber resin layer in which a product is dispersed is formed, and the conductive fiber is mixed with a conductive fiber short fiber and a conductive powder or / and granular material, and then pulverized. An anti-static glove (see, for example, Patent Document 1) to which fine particles appearing in FIG.

Japanese Patent Publication No. 1-25655

  The conventional anti-static gloves form a resin layer of synthetic resin or rubber in which conductive powder or / and granular materials are dispersed, and in this resin layer, short fibers of conductive fibers and conductive powder. By mixing the material or / and the granular material and pulverizing the conductive short fibers are attached to the fine particles appearing on the surface, the conductive fibers appear on the surface of the fine particles to enable corona discharge, By having a corona discharge property, the wearer of the anti-static glove aims to eliminate electrification without touching other objects.

  However, although it is theoretically possible to remove static electricity by corona discharge as described above, in reality, static elimination tends to be insufficient, and the static electricity accumulated only in anti-static gloves is removed. However, the static electricity accumulated in the human body needs to be sufficiently neutralized when the operator uses it in a factory or the like.

  In addition to the corona discharge, the conventional antistatic gloves described above woven conductive fibers into a woven fabric or knitted fabric (for example, a knitted fabric knitted with conductive fibers in a ratio of 1 to 12 cotton yarns). ) Increases the antistatic effect, but since the powdered material, granular material, resin layer, and conductive fiber are laminated on the glove base, it is possible to remove the static electricity of the glove itself to some extent. However, in order to eliminate static electricity charged on the human body, since the human body and the outer surface of the anti-static glove are hardly in contact with each other, static electricity accumulated in the human body cannot be directly eliminated.

  Furthermore, even if the conductive fiber is exposed to the outside, the conductive fiber itself is uniformly woven into the woven or knitted fabric, so that the density of the exposed portion in a state where it can come into contact with the outside is low. Because of its small size, it is difficult to perform sufficient static elimination so that the wearer does not feel electric shock. For this reason, the anti-static glove according to Patent Document 1 can only be realized as a static electricity removing means that is configured to eliminate static electricity by corona discharge after all.

  The present invention has been made in view of the above circumstances, and eliminates static electricity accumulated in the human body efficiently without removing electricity only by corona discharge, and eliminates static electricity that does not cause electric shock to fingers due to static electricity. Providing gloves is a problem to be solved by the invention.

  The present invention provides a static electricity removing glove having a finger holding part for cutting and sewing a fabric and holding a five finger and a base part for holding a palm part and an upper part, and having a conductive thread. A static electricity removing glove characterized by comprising a conductive portion in which an outer surface and an inner surface of a palm-side fabric are alternately connected to and sewn with a conductive thread is used as a means for solving the problem.

  According to the present invention, in a static eliminating glove having a conductive thread, which is formed by cutting and sewing leather or fabric, and comprising a finger wrapping portion for wrapping five fingers and a base portion for wrapping a palm portion and an instep portion. The conductive thread can partially increase the density of the conductive part by providing the conductive part sewn by alternately communicating the outer surface and the inner surface of the palm side fabric of the finger wrapping part, The conductive yarn densely packed on the inner surface of the palm-side fabric of the finger holding part directly contacts the wearer's five fingers in a state having a sufficient contact area, and the conductive yarn densely exposed on the outer surface By directly contacting with other conductive articles (for example, door knobs, factory equipment, etc.), static electricity accumulated in the human body can be removed quickly without feeling electric shock.

  Further, among the conductive parts provided on the palm side fabric of the finger wrapping part, the surface area of the conductive yarn at the contact part from the fingertip of the five fingers to the second joint is the surface area of the conductive thread at the other part of the conductive part. When a larger configuration is added, it is possible to eliminate static electricity without feeling more particularly the electric shock on the fingertip.

  Furthermore, by providing a conductive portion in which the outer surface and the inner surface of the back side fabric of the base portion are alternately communicated and sewed with a conductive thread, even if the back side fabric of the base portion is in contact with another conductive article, Static electricity can be removed without feeling.

  The present invention includes a finger wrapping portion for cutting and sewing a cloth and wrapping five fingers, and a base portion for wrapping a palm portion and an instep, and electrically conducting an outer surface and an inner surface of the palm-side cloth of the finger wrapping portion. The conductive material exposed to the outer surface in close contact with the wearer's five fingers in a state having a sufficient contact area with the static electricity removing glove provided with the conductive portions sewn alternately with the sexual thread. By directly contacting the other conductive article with the yarn, the object of quickly eliminating static electricity accumulated in the human body without feeling electric shock was achieved.

  FIG. 1 is a front view showing the left hand side of an antistatic glove according to an embodiment of the present invention, FIG. 2 is a rear view of FIG. 1, and FIG. 3 shows a state in which the thumb portion of the antistatic glove according to the embodiment is opened. FIG. 4 is an AA enlarged sectional view of FIG. 1, and FIG. 5 is an explanatory sectional view showing a static elimination state. In addition, the left hand side of the static electricity removal glove which concerns on a present Example is symmetrical with the right hand side, and is abbreviate | omitting in illustration.

  As shown in FIGS. 1 to 5, the static electricity removing glove according to the embodiment of the present invention is basically a static electricity removing glove formed by cutting and sewing synthetic leather and a breathable fabric, and wraps five fingers. It comprises a finger wrapping portion 10 for holding, and a base portion 11 for wrapping the palm portion and the back portion. The finger wrapping portion 10 and the base portion 11 are mainly in a state in which a breathable fabric is stitched as inner fabrics 14 and 15 inside the palm-side fabric 12 and the back-side fabric 13 each made of synthetic leather. The inner fabrics 14 and 15 are superposed, and the edges of the palm-side fabric 12 and the back-side fabric 13 are stitched together in a bag shape.

  Here, as shown in FIGS. 4 and 5, the outer and inner surfaces of the palm-side fabric 12 of the finger holding unit 10, specifically, the palm-side fabric 12 and the inner fabric 14 made of synthetic leather on the outer surface side. Are alternately communicated with the conductive thread 20 to form broken line-shaped sewing lines 2a and 2b, and a plurality of the sewing lines are formed to form the conductive portion 2.

  The sewing line has three sewing lines 2a and 2b that are substantially parallel to each other from the first finger to the fifth finger, and the length of one sewing line 2a in the center is the length of the three sewing lines. The length is shorter than the other two sewing lines 2b, and the center one sewing line 2a is the length from the fingertip to the second joint.

  For the four fingers excluding the thumb, the width of the sewing lines 2a, 2b is about 3 millimeters, and the interval between the parallel sewing lines 2a, 2b is about 5 millimeters on average. Is about 3 millimeters, and the interval between the parallel sewing lines 2a and 2b is about 6 millimeters on average.

  In the present embodiment, as described above, of the three sewing lines 2a and 2b, the length of the central one sewing line 2a is made longer than the other two sewing lines 2b. The length of the center one sewing line 2a from the fingertip to the second joint is shortened so that the contact portion from the four fingertips to the second joint excluding the thumb and the fingertip of the thumb The surface area of the conductive yarn 20 at the contact portion from the first joint to the first joint is made larger than the surface area of the conductive yarn 20 at the other portion of the conductive portion 2.

  Further, in this embodiment, three stitches are formed by alternately connecting the outer surface and the inner surface of the back fabric 13 of the base 11 and sewing the conductive yarn 20 as two straight lines parallel to each other at intervals of 1.5 millimeters. The conductive portion 2 including the attached lines 2a and 2b is provided, and the three sewing lines 2a and 2b are formed so that the upper side in the rear view of FIG.

  According to the static electricity removing glove 1 according to the embodiment of the present invention described above, as shown in FIG. 5, the wearer's finger 4 and the portion exposed to the inner surface side of the conductive yarn 20 are present when worn. The base 11 is brought into direct contact in a state having a sufficient contact area, and the portion exposed to the outer surface of the conductive yarn 20 and the other conductive article 5 are in direct contact in a state having a sufficient contact area. Static electricity can be removed without feeling electric shock even by contact between the upper side fabric 13 and another conductive article.

  In addition, the conductive portion 2 composed of the three sewing lines 2a and 2b, in which the outer surface and the inner surface of the upper side fabric 13 of the base portion 11 are alternately communicated and the conductive yarn 20 is sewn, has an upper side in the rear view. By forming it so as to spread, the sewing line is located at the most protruding part of the back of the hand along the metacarpal bones of the second, third and fourth fingers, and the back of the hand and other conductive parts When contacting the property article 5, it is possible to carry out charge removal efficiently.

  In addition, although the external appearance of the sewing lines 2a and 2b in the said Example is formed as linear form or a broken line form, in this invention, it does not specifically limit about the external appearance of the sewing lines 2a and 2b, for example, Any shape such as a plurality of line segments substantially parallel to the width direction can be used. However, in particular, in the case of the bent line shape as in the embodiment, the conductive yarn 20 can be arranged in a wide range while realizing the saving of the consumption amount of the conductive yarn 20 and can be very excellent. .

  In the above embodiment, the finger holding part and the base part may be cut together or sewn together, and the finger holding part and the base part may be made of a single cloth. Even if it exists, you may superpose | polymerize several dough.

  The material of the plurality of fabrics to be polymerized may be various known fabrics such as leather, fabric, knitted fabric, and the conductive yarns communicate with each other so as to ensure a sufficient contact area on both the outer surface and the inner surface. It only has to be sewn. That is, there is no particular limitation on the portion of the basic configuration as a glove that is not related to conductivity.

  Furthermore, the present invention is basically intended for static elimination by direct contact. For example, a thread capable of corona discharge (for example, a thread capable of corona discharge formed by adsorbing a metal to acrylic, nylon, glass fiber or the like). Etc.) as a conductive yarn in the present invention, corona discharge can be supplementarily used in addition to charge removal by direct contact.

It is a front view which shows the left-hand side of the static electricity removal glove which concerns on the Example of this invention. It is a rear view which shows the left hand side of the static electricity removal glove which concerns on the Example of this invention. It is a front view which shows the state which opened the thumb part of the static electricity removal glove which concerns on the Example of this invention. It is AA expanded sectional drawing which shows the left hand side of the static electricity removal glove which concerns on the Example of this invention. It is explanatory sectional drawing which shows the static elimination state in the static electricity removal glove which concerns on the Example of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Static electricity removal glove 10 Finger holding part 11 Base 12 Palm side cloth 13 Back side cloth 14 Inner cloth 15 Inner cloth 2 Conductive part 20 Conductive thread 2a Sewing line (center)
2b Sewing line (side)
4 fingers 5 conductive articles

Claims (3)

In a static elimination glove having a conductive thread, having a finger holding part for cutting and sewing the fabric, and holding a base part for holding a palm part and an instep part.
A static eliminating glove characterized by comprising a conductive portion in which an outer surface and an inner surface of a palm-side fabric of a finger wrapping portion are alternately connected and sewed with a conductive thread.   Of the conductive parts provided on the palm-side fabric of the finger gripping part, the conductive yarns in the contact part from the fingertip of the four fingers to the second joint excluding the thumb and the contact part from the fingertip of the thumb to the first joint The electrostatic removal glove according to claim 1, wherein the surface area is made larger than the surface area of the conductive yarn in another part of the conductive part. 3. The static electricity removing glove according to claim 1 or 2, further comprising a conductive portion in which the outer surface and the inner surface of the upper side fabric of the base portion are alternately communicated and a conductive thread is sewn.

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