JP2001336007A - Vibrationproof glove for work and method for producing the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide the subject glove in view of that a conventional vibrationproof glove for work is poor in workability because of such a problem that it is hard to grip a tool therewith as it is unitedly set with a vibrationproof material on the whole area and thickly constituted. SOLUTION: This glove is so designed that a vibrationproof material 4 in one or plural layer(s) are covered with a coating cloth 6 heat-fused through a hot-melt sheet 5 and freely movably set at the parts excluding the central part 2b of the palm 2 and the joint parts 3b of the fingers 3 in a knitted glove 1, the coating cloth 6 or the knitted glove 1 turned inside out is used as surface, and an anti-slip material 7 is set on the surface.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an anti-vibration glove for work that can reduce vibration transmitted to a user's hand when using a tool such as a chain saw or rock drill that involves vibration. It is about the method.

[0002]

2. Description of the Related Art Conventionally, when a tool that generates vibration such as a chain saw or a rock drill is used by grasping with a hand, the vibration transmitted to the hand is mitigated for the purpose of preventing adverse effects on the body due to the vibration. Work gloves are used. This conventional anti-vibration glove for work is made thick by integrally providing an anti-vibration material over the entire area inside the glove body made of leather or rubber.

However, the conventional anti-vibration gloves for working use are provided with an anti-vibration material integrally and are entirely thick, so that they are not easily bent to hand movements and lack a fit, so that a tool is grasped. There is a problem that it is difficult to perform the switch operation of the tool. Therefore, workability was poor.

[0004]

The problem to be solved is that the conventional anti-vibration glove for work has a thick structure in which a vibration-proof material is integrally provided on the whole, so that it is difficult to grip a tool. And the workability is poor.

[0005]

A description will be given with reference to FIGS. 1 to 6. The working anti-vibration glove according to the present invention includes a single layer or a plurality of layers of anti-vibration material 4 in the knitted glove 1 except for the central portion 2b of the palm 2 and the joint 3b of the finger 3.
Cloth 6 heat-sealed through a hot melt sheet 5
The covering cloth 6 or the knitted glove 1 in an upside-down state is used as a surface, and a non-slip member 7 is provided on the surface.

In the method for manufacturing a vibration-isolating glove for work according to the present invention, the knitted glove 1 is formed by removing the central portion 2b of the palm 2 of the knitted glove 1 from the palm main body 2a.
And a finger-shaped concave plate 8 having a concave portion 8a formed in a portion corresponding to the finger main body portion 3a except for the joint portion 3b of the finger portion 3, and one or more layers of the vibration isolator 4 are attached to the knitted glove 1 The hot melt sheet 5 is placed on the palm body 2a and the finger body 3a so as to be embedded in the recess 8a of the hand-shaped concave plate 8, and the hot melt sheet 5 is placed on a portion of the knitted glove 1 adjacent to the vibration isolator 4. The palm portion 2 and the finger portion 3 of the knitted glove 1 are covered with the cloth 6 and the coated cloth 6 is pressed onto the hand-shaped concave plate 8 with the hot press mold 9, and is thermally fused to the knitted glove 1 with the hot melt sheet 5. Then, a non-slip material 7 is applied to the surface portion of the covering cloth 6 or the knitted glove 1 turned upside down.
Is provided in advance or after heat fusion.

[0007]

FIG. 1 shows an embodiment of a working anti-vibration glove according to the present invention. The anti-vibration glove for work includes two layers of a palm body 2a which is a part of the knitted glove 1 except for a central part 2b of the palm 2 and a finger body 3a which is a part of the finger 3 which excludes a joint 3b. Is covered with a heat-sealed covering cloth 6 via a hot melt sheet 5 so as to be movable. Then, the covering cloth 6 is used as a surface portion,
An anti-slip member 7 is provided on the surface.

In the present embodiment, the central portion 2 of the palm 2
b is a portion substantially surrounded by the emotion line and the life line, and has a substantially cross star shape. The two-layer vibration isolator 4 is a soft polymer elastic body, and each has a property of easily absorbing different frequencies. In addition, the anti-vibration material 4 may be one layer,
Three or more layers may be used. Further, a vibration isolator in which a polymer sol is sealed with a polymer elastic film may be used. Covering cloth 6
Is made of knitted jersey and is soft and has excellent stretchability. Further, the anti-slip member 7 is composed of countless small protrusions which are dried by applying vinyl chloride or rubber. The knitted glove 1 includes both a knitting hand and a sewing hand.

The vibration-isolating glove for work includes a palm main body 2a, which is a part of the palm 2 excluding a central portion 2b, and a finger 3
The vibration isolator 4 is provided only on the finger body 3a, which is a portion excluding the joints of
Is provided, so that it is easily bent according to the movement of the hand.
Therefore, the tool can be easily grasped, and workability is improved.

When the work vibration-isolating gloves are bent, the vibration-isolating materials 4 come into close contact with each other, and are in a state of being integrally connected. Therefore, vibration from the tool is effectively reduced.

The vibration damping material 4 is provided movably between the knitted glove 1 and the covering cloth 6.
Is soft and highly stretchable, so that when a tool or the like is gripped or a tool or the like is used, the vibration isolator 4 can be moved to an appropriate position by the pressure or vibration. Therefore, it is possible to reliably hold the tool or the like in close contact with the hand,
Excellent gripping properties.

If the covering cloth 6 is made of a knitted jersey which is soft and highly elastic, the movement of the vibration isolator 4 can be made smoother, and the gripping property is improved.

In this embodiment, the covering cloth 6 is used as the surface portion. However, as shown in FIG. 2, the anti-vibration glove for work is turned upside down, and the knitted glove 1 is used as the surface portion. The glove 1 may be provided with a non-slip material 7.

FIGS. 3 to 6 show an embodiment of a method for manufacturing a vibration-isolating glove according to the present invention, which can manufacture the above-described vibration-isolating glove for work. In the present embodiment,
First, the knitted knitted glove 1 is placed on the palm body 2a of the knitted glove 1 excluding the central portion 2b of the palm 2 and the finger body 3a of the finger 3 excluding the joint 3b. It fits into a hand-shaped concave plate 8 having a concave portion 8a formed in a corresponding portion (FIG. 3).

Next, one or more layers of the vibration isolator 4 are arranged so as to be embedded in the concave portion 8a of the hand-shaped concave plate 8 from above the palm main body 2a and the finger main body 3a of the knitted glove 1. 4). Subsequently, the hot melt sheet 5 is arranged on the portion of the knitted glove 1 adjacent to the vibration isolator 4, and the palm 2 and the finger portion 3 of the knitted glove 1 are covered with the covering cloth 6 (FIG. 5).

From this state, the coated cloth 6 is pressed onto the hand-shaped concave plate 8 by the hot press mold 9 to be thermally fused to the knitted glove 1 by the hot melt sheet 5 (FIG. 6). Then, a non-slip member 7 is provided on the surface portion of the covering cloth 6 or the knitted glove 1 in an upside down state. The non-slip material 7 is made of the covering cloth 6 or the knitted glove 1.
May be provided in advance.

In the present manufacturing method, a hand-shaped concave plate 8 is used, and in a state where the knitted glove 1 is fitted into the hand-shaped concave plate 8, the vibration isolator 4 is embedded in the concave portion 8a of the hand-shaped concave plate 8 from above. With such arrangement, the hand-shaped concave plate 8 functions as a positioning member, and the vibration isolator 4 can be easily arranged at a predetermined position.

Further, when the vibration isolator 4 is arranged, the covering cloth 6 is put thereon and pressed by the hot press mold 9, and the vibration isolator 4 is buried in the recess 8a. In this state, the covering cloth 6 can be firmly pressed onto the hand-shaped concave plate 8. Therefore, the coating cloth 6 can be thermally fused to the knitted glove 1 reliably and easily.

It is also possible to use a flat plate having no concave portion 8a instead of the hand-shaped concave plate 8. In this case, in terms of the arrangement of the vibration isolator 4 and the thermal fusion of the covering cloth 6, it is necessary to process the convex portion on the hot press mold 9, and furthermore, the positioning of the vibration isolator 4 becomes difficult. For example, the workability is inferior to the case where the hand-shaped concave plate 8 is used, but there is an advantage that the cost of forming the flat plate is less expensive than that of the hand-shaped concave plate 8 and thus it is economical.

In this embodiment, all the fingers 3 including the thumb are processed at the same time, but it is also possible to separately process only the thumb on a dedicated finger plate. This is because, unlike the other finger portions, when the thumb portion is provided with the vibration isolator 4 facing the direction of the index finger portion, gripping properties when gripping a tool or the like are improved.

For tools such as a chain saw that require a switch operation, the anti-vibration member 4 may not be disposed on the index finger. Similarly, if necessary, it is also possible to provide the vibration isolator 4 only on two or three fingers.

In the above embodiment, the knitted knitted gloves 1 are used. However, when the knitted knitted gloves 1 are used, the thumb part and the other four finger parts before being sewn are used. After the vibration isolator 4 is movably provided on the palm 3 and the palm 2 (surface portion) in the same manner as in the above-described embodiment, and the anti-slip member 7 is provided, these and the back surface are stitched. Even in this case,
By using the hand-shaped concave plate 8, the work can likewise be made more reliable and easier.

[0023]

According to the anti-vibration glove for work according to the present invention, since the anti-vibration material 4 is provided only on the palm main body 2a and the finger main body 3a of the palm 2, it is easily bent in accordance with the movement of the hand. Therefore, it is easy to grasp the tool, and the workability is improved.

Further, since the vibration isolator 4 is movably provided between the knitted glove 1 and the covering cloth 6, when the tool or the like is gripped or used, the pressure is reduced. The vibration isolator 4 can be moved to an appropriate position by vibration or vibration. Therefore, a tool or the like can be securely held in a state of being in close contact with the hand, and the workability is further improved.

In the method of manufacturing the working vibration-isolating glove according to the present invention, since the hand-shaped concave plate 8 is used, the hand-shaped concave plate 8 works to position the vibration-proof material 4, and the vibration-proof material 4 is used. Can be easily arranged at a predetermined position.

Also, by using the hand-shaped concave plate 8, when the coated cloth 6 is pressed by the hot press mold 9, the coated cloth 6 is firmly pressed onto the hand-shaped concave plate 8 with the entire surface flat. Can be. Therefore, the covering cloth 6 can be thermally fused to the knitted glove 1 reliably and easily.

[Brief description of the drawings]

FIG. 1 is a front view showing an embodiment of an anti-vibration glove for work according to the present invention.

FIG. 2 is a front view showing a state in which the glove shown in FIG. 1 is turned upside down.

FIG. 3 is a front view showing the embodiment of the manufacturing method of the working vibration-isolating glove of the present invention, and showing a state in which the knitted glove is fitted into a hand-shaped concave plate.

FIG. 4 is a cross-sectional view showing a state where a vibration isolator is arranged.

FIG. 5 is a cross-sectional view showing a state where a covering cloth is covered.

FIG. 6 is a partial cross-sectional view showing a state pressed by a hot press mold.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Knitted glove 2 Palm part 2a Palm body part 2b Central part 3 Finger part 3a Finger body part 3b Joint part 4 Vibration-proof material 5 Hot-melt sheet 6 Coating cloth 7 Non-slip material 8 Hand-shaped concave plate 8a Depression 9 Heat press molding

Claims (2)

[Claims] A palm (2) of a knitted glove (1)
Palm body part (2a) which is a part excluding the central part (2b)
And one or more layers of the vibration isolator (4) on the finger body (3a), which is a part of the finger (3) excluding the joint part (3b).
Is covered with a covering cloth (6) heat-sealed via a hot-melt sheet (5), and a vibration-proof material is movably provided, and the covering cloth (6) or the knitted glove (1) in an upside down state is placed on the surface. An anti-slip glove for work comprising a non-slip material (7) provided on the surface thereof. 2. A knitted glove (1), which is a joint part of a palm body (2a) and a finger (3) which is a part of the knitted glove (1) except for a central portion (2b) of a palm (2). (3b) A part corresponding to the finger main body part (3a) except for the part corresponding to the finger body part (3a) is fitted into a hand-shaped concave plate (8) having a concave part (8a) formed therein. The glove (1) is placed over the palm body (2a) and the finger body (3a) so as to be embedded in the concave portion (8a) of the hand-shaped concave plate (8). A hot melt sheet (5) is arranged at a portion adjacent to (4), and the palm (2) and finger (3) of the knitted glove (1) are covered with a covering cloth (6). Knitted gloves (1) by pressing on hand-shaped concave plate (8) with hot press mold (9)
Heat-sealed with hot melt sheet (5), coated cloth (6) or knitted glove (1) turned upside down
A method for producing an anti-slip glove for working, comprising a non-slip material (7) provided in advance or after heat fusion on a surface portion comprising: