JPH057206Y2 - - Google Patents

Description

[Detailed description of the invention] "Field of industrial application" The present invention relates to work gloves. That is, forestry work, agricultural work, gardening work, landscaping work, civil engineering work,
This product relates to work gloves used for construction work, beekeeping work, and various other types of work.

"Prior Art" Work gloves have conventionally been broadly classified into the following two types.

First of all, a type made entirely of soft fiber material was widely used. That is, they are made entirely of a highly flexible fiber material that follows the movements of the fingers and other hands, and are of the type that envelop the entire hand, and are widely used as so-called work gloves.

Secondly, there was also a type made entirely of hard airtight material. That is, the entire device is made of a material that is hard and airtight enough to prevent needles, nails, splinters, branches, etc., and is designed to cover the entire hand.

"Problems that the invention attempts to solve" By the way, the following problems have been pointed out in such conventional examples.

First, the first type of work gloves made entirely of soft fiber material is as follows.

In other words, it has been pointed out that, for example, when gloves are used for beekeeping work, there are many accidents in which the back of the hand gets stung by bee stings through the soft fiber material of the work gloves.

When used for other types of work, the soft fiber material of work gloves can cause the back of the hand to be bitten by various insects and scratched by their claws, or be pierced by plant thorns or branches. Accidents such as injuries caused by falling objects occurred.

Furthermore, it was pointed out that it took time to put it on the hand when using it. In other words, it has been pointed out that because these work gloves are highly flexible, they are flat when not in use, and it is time-consuming and troublesome to unfold them and put them on the hands when in use.

Such a problem has been pointed out with respect to the first type of work glove made entirely of a soft fiber material.

On the other hand, the second type of work gloves made entirely of a hard airtight material is as follows.

In other words, when this type of device is used for various types of work, it can prevent accidents such as needles, nails, thorns, branches, falling objects, etc. from causing injury to the back of the hand as described above, but on the other hand, poor workability has been a problem. . In other words, since these work gloves are entirely made of hard, airtight material, when used for various tasks, they are hard and difficult to follow the movements of the fingers and other hands, making it difficult to perform particularly detailed tasks smoothly. It was hot.

Such a problem has been pointed out regarding the second type of work glove made entirely of a hard airtight material.

In the conventional example, such a point was pointed out.

In view of these circumstances, the present invention was developed as a result of the inventor's intensive research efforts in order to solve the problems of the conventional methods described above. By covering with the instep covering and forming a convex curve as a whole, needles, nails,
To provide work gloves that reliably protect the back of the hand from thorns, branches, falling objects, etc., are easy to use, and have excellent workability.

"Means for solving the problem" The technical means of the present invention to achieve this purpose are as follows.

This work glove has the following glove body and upper covering.

The glove body is made of a highly flexible fiber material that follows the movements of the fingers and other hands, and covers the entire hand.

The instep covering is made of a material that is hard and airtight enough to prevent needles, nails, thorns, branches, etc., and covers the instep part of the glove body.

Due to the hardness of the upper covering, the overall shape of this work glove always has a convex curve that almost follows the shape of the hand.

"Operation" Since the present invention consists of such means, it functions as follows.

These work gloves are worn on the hands for beekeeping, forestry, farming, and other various tasks. In this work glove, the instep portion of the glove body is covered with an instep covering, and the entire work glove has a convex curved shape.

First, the instep part is covered with an instep covering made of a material that is hard and airtight enough to prevent needles, nails, thorns, branches, etc. Therefore, when used for various tasks, the back of the hand is reliably protected from insects such as bees, plants, and even falling objects, and will not be stung or injured by these insects.

Second, its overall shape is a convex curve that roughly follows the shape of a hand. Therefore, it is extremely easy to put it on your hand when using it.

Third, the glove body is made of a flexible fiber material that follows the movements of the fingers and other hands. Therefore, when used for various tasks, it is soft and easy to use, and the entire body easily follows the movements of the fingers and other hands without any trouble. Note that the hard instep covering is located only on the instep part that does not affect movement, so it does not pose an obstacle.

"Embodiments" The present invention will be described in detail below based on embodiments shown in the drawings.

FIG. 1 is a schematic plan view showing an embodiment of the present invention. FIG. 2 is a schematic bottom view of the same. FIG. 3 is a schematic side view of the same.

First, its configuration etc. will be explained.

The glove body 1 is made of a highly flexible fiber material that follows the movements of fingers and the like, and covers the entire hand. In other words, the glove body 1 has integrally connected finger parts 1.
₁ , a back part ₁₂ , a palm part ₁₃ , and a wrist part ₁₄ . The fiber material is made of cotton, polyester, nylon, or other materials knitted into fibers.

The instep covering 2 is made of a material that is hard and airtight enough to prevent needles, nails, thorns, branches, etc.
Cover the instep part 1 ₂ . That is, the upper covering 2 is
The instep part 1 ₂ of the glove body 1 is made of natural rubber, synthetic rubber,
Made of vinyl chloride or other material coated and cured.

Due to the hardness of the upper covering 2, the overall shape of this work glove is always a convex curve that roughly follows the shape of the hand when the hand is inserted. In other words, the instep part ₁₂ of the glove body 1 has a predetermined convex curve due to the instep covering 2, and the flat part ₁₃ is soft, so it is normally in a flat state, and there is a slight internal space between them. is formed, and the overall shape seen from the outside has an upwardly curved convex shape.

Note that 3 in Figure 2 is a granular anti-slip.
This anti-slip 3 functions to accurately convey the movements of the fingers and other hands to the target during various tasks. The anti-slip 3 consists of the flat part ₁₃ and the finger part ₁₁ of the glove body 1.
A large number of particles, for example, made of vinyl chloride material, are attached to the back surface of the holder. Further, as shown in the figure, long grains are used on the back side of the nail of the finger portion ₁₁ .

The above is the explanation of the configuration, etc.

The following will outline the manufacturing method.

First, the glove body 1 is manufactured using a known automatic knitting machine or the like. In other words, we first make something equivalent to so-called work gloves. Next, the anti-slip 3 is attached to a predetermined position of the glove body 1 by heating or the like.

Then, the glove body 1 is placed over a hand-shaped mold or the like. Natural rubber, synthetic rubber, vinyl chloride, and other materials are liquefied by heating.
Apply to the instep part 1 ₂ of the glove body 1.

Thereafter, the material applied to the upper portion ₁₂ is cured by drying, cooling, etc., and the upper covering 2 is thus formed.

In this way, this work glove is manufactured.

The above is an outline of the manufacturing method.

Next, we will discuss its operation etc.

Wear these work gloves on your hands to perform beekeeping work, forestry work, agricultural work, gardening work, landscaping work, civil engineering work, etc.
Construction work and various other works will be carried out.

In this work glove, the instep part 1 of the glove body 1 is covered with an instep covering 2, and the entire work glove has a convex curved shape.

Therefore, the first, second, and third are as follows.

First, the instep part 1 ₂ of this work glove is
It is covered with an instep covering 2 made of a material that is hard and airtight enough to prevent needles, nails, thorns, branches, etc. (see FIG. 1). Therefore, when used for various tasks, the back of the hand is reliably protected from insects such as bees, plant needles, claws, thorns, branches, etc., and even falling objects. The back of your hand will not be injured by these stings.

Second, the overall shape of this work glove is a convex curve that roughly follows the shape of the hand (see FIG. 3). Therefore, in use, it is only necessary to insert the hand into the convexly curved internal space from the wrist portion ₁₄ of the glove body 1, and there is no need to unfold the flat object as in the conventional example, which saves time and effort. Therefore, it is extremely easy to put it on your hand when using it.

Thirdly, in this work glove, the glove body 1 is
It is made of a flexible fiber material that follows the movements of the fingers and other hands (see Figures 1, 2, and 3).

Therefore, when used for various tasks, it is soft and easy to use, and the entire body easily follows the movements of the fingers and other hands without any trouble. Note that the hard instep covering 2 is located only on the instep portion ₁₂ that does not affect movement, so it does not pose an obstacle.

The above is the explanation of the operation, etc.

``Others'' Note that these work gloves may also be made as follows, other than the illustrated example.

First, in the illustrated example, the part P from the thumb to the index finger of the finger part ₁₁ of the glove body 1 is
Since it is not covered by the upper covering 2, there is no hindrance to the movement of the fingers and other hands during various tasks, thereby improving workability.

However, without relying on such an illustrated example, the upper part P of the glove body 1 may also be covered by extending the upper covering 2. As a result, this part P, which is the most frequently operated and easily torn part of the work glove, is protected by the extension of the instep covering 2, and is strengthened and becomes less likely to be torn, resulting in superior strength. It has the advantage of becoming like this.

Second, in the illustrated example, the finger portions 1 ₁ and wrist portions 1 ₄ of the glove body 1 are not covered with the instep covering 2 so as not to hinder the movement of the fingers and other hands during various tasks. Efforts are being made to improve work efficiency.

However, the upper cover 2 may be extended to cover the front surfaces of the finger portion 1 ₁ and the wrist portion 1 ₄ of the glove body 1, without relying on the illustrated example. When extending the instep covering 2 onto the front surface of the finger portion ₁₁ , it is preferable not to cover the entire surface thereof, but to cover the finger portion 11 in the form of, for example, horizontal stripes with gaps.

These have the advantage that not only the back of the hand but also the entire hand, including the fingers and wrist, can be more reliably protected from insects, plants, falling objects, etc. while ensuring workability.

Thirdly, in the illustrated example, the glove body 1 covers only the hand.

However, it is also conceivable that such a glove body 1 and an arm cover made of a highly flexible fiber material, which covers the arm, are integrally connected to each other, without relying on the illustrated example. This makes it possible to protect not only the hands but also the arms from insects, plants, falling objects, etc.

It is also conceivable that this work glove may be constructed and operated as the first, second, and third structures, regardless of the illustrated example.

"Effect of the invention" As explained above, the work gloves of the invention cover the instep part of the glove body made of fiber material with a hard and airtight instep covering, and the entire work glove has a convex curved shape. By doing so, the following effects are achieved.

First of all, when used for beekeeping work, forestry work, agricultural work, and other various types of work, the back of the hand is reliably protected from insects such as bees, plant needles, claws, stings, branches, and even falling objects. It turns out. In other words, accidents in which the back of the hand is stung and injured by these can be reliably prevented.

Secondly, it does not take much time to use. In other words, it is extremely easy to put it on your hand when you use it, and there is no need to worry about anything.

Thirdly, it also has excellent workability. In other words, when used for various types of work, it is soft and easy to use, the entire body easily follows the movements of the fingers and other hands, and even delicate work can be performed smoothly, ensuring sufficient workability without any loss. .

In this way, the problems that existed with conventional work gloves of this type are eliminated, and the effects of the present invention are remarkable and significant.

[Brief explanation of drawings]

FIG. 1 is a schematic plan view showing an embodiment of the work glove according to the present invention. FIG. 2 is a schematic bottom view of the same. FIG. 3 is a schematic side view of the same. 1... Glove body, 1 ₁ ... Finger part, 1 ₂ ... Instep part, 1 ₃ ... Flat part, 1 ₄ ... Wrist part, 2... Instep covering, 3... Anti-slip, P... Another part.

Claims (1)

[Scope of claim for utility model registration] A glove body made of a highly flexible fiber material that follows the movements of the fingers and other hands and covers the entire hand, and a glove body that is hard enough to prevent needles, nails, splinters, branches, etc. The glove is made of an airtight material and has an instep covering covering the instep of the glove body, and the overall shape is a convex shape that almost always follows the shape of the hand due to the hardness of the instep covering. Work gloves characterized by having a curved shape.