JP2015134975A - Glove - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a glove that makes fine work possible using fingertips, that has functions as a rescue glove as well as durability, and that is capable of reducing working manhours, excellent in productivity, and highly competitive in price.SOLUTION: This is a glove A that is formed into the shape of the glove A by sewing a plurality of parts B1 and B2 with each other. In the glove, a reinforcement part B3 is attached from the palm side to the back of the hand at least in the tip end part of one finger of the glove A. An end t of the reinforcement part B3 on the back of the hand is attached in the position roughly situated in the surface part where the tip end of the nail comes into contact inside the glove or to the position barely covering the tip end part of the nail.

Description

The present invention is a glove manufactured by stitching a plurality of parts and provided with reinforcing parts with the fingertips from the palm side to the back of the hand, in particular, a glove for rescue workers (also called a rescue glove). It is related with a suitable glove.

A glove is a perfect fit for your hand when it is in your hand, and when you move your hand with your palm, that is, when you bend your fingers or palm. What does not become resistance is preferable.
In addition, there is a reinforcement pad (referred to as a reinforcing part) on the part from the palm side to the back of the hand where the hole is most likely to be in contact with the object during various operations or the sewing part is damaged. The attached glove is preferable in terms of durability. In particular, rescue gloves are often used more severely than the particularity of the application. Therefore, in the case of a rescue glove, a glove to which the reinforcing part is attached is preferable.
On the other hand, the gloves used by the rescue crew in the competition (simply called competition gloves) require quick and fine movements (for example, rope binding and release movements), etc. Gloves with good performance are required.
For this reason, in the case of a conventional competition glove, sheep leather is exclusively used because the material of the glove is “easily stretchable” and “fits perfectly in the hand”.
In addition, when trying to provide a glove that satisfies the above-mentioned requirements, in order to fit the hand perfectly, the parts are divided so that the stitched portion is located in a portion corresponding to the bent portion of the hand or finger. In order to make it possible to bend or bend, the side part of the finger part is provided with a heel, or a part that has a three-dimensional shape that matches the "finger part" with the actual finger part. This is done by stitching together many parts rather than ordinary gloves.
As such a glove, there exists a glove described in patent documents 1 grade.

Japanese Patent Laid-Open No. 2003-342813

However, as described above, if it is attempted to sew many parts together into a glove shape in order to fit the hand and make the palm and fingers easy to bend, more processing man-hours (such as cutting and suturing) ) And processing time, and skilled veteran workers are required.
In addition, as described above, in the case of a glove having a reinforcing part attached to the part from the palm side of the fingertip part to the back of the hand, the fingertip part is bulky and fine work using the fingertip (for example, rope It was not possible to tie or release), and there was a possibility that it would interfere with rescue activities.
Further, when producing a glove having the reinforcing part attached thereto, it takes 3 to 5 steps per place to attach the reinforcing part to the glove body. This was to further increase manufacturing costs.
As described above, the conventional rescue gloves increase the manufacturing cost because the processing man-hours, the processing time and the amount of materials are increased, and skilled veteran workers are required.
For this reason, in recent years, most gloves with a large number of processing steps have been manufactured in various foreign countries with low labor costs, which has contributed to the so-called “hollowing of the manufacturing industry” in Japan.
Moreover, when sheepskin is used as a material, it is excellent in terms of fit, but inferior in terms of durability.

The present invention has been made in view of such a situation, and can perform fine work using a fingertip, has a high function as a rescue glove, can be provided with durability, and is manufactured. Can reduce processing man-hours and processing time, and has excellent production efficiency.
The purpose is to provide gloves with high price competitiveness. The glove according to the present invention is not limited to rescue use, and can be used as a work glove or a general glove.

The glove according to the first aspect of the present invention is a glove formed in a glove shape by stitching together a plurality of parts, and is used for reinforcement from the palm side to the back of the hand on the fingertip portion of at least one finger of the glove. In gloves with parts attached,
The back side end of the reinforcing part is located on the surface of the part of the glove where the tip of the nail abuts, or is provided at a position that barely covers the tip of the nail. To do.
As described above, the glove according to the present invention configured as described above has an end on the back side of the hand of the reinforcing part that is substantially positioned on the surface of the portion where the tip of the nail contacts within the glove, or the tip of the nail. Since it is a position that barely covers the part, ”the fingertip portion is not bulky and fine work can be performed, and abrasion of the fingertip portion of the glove can be effectively prevented. In addition, such a configuration only requires sewing the reinforcing parts from the outside of the glove in the manufacturing process of the glove, so that it can be easily attached, so that the manufacturing cost is not increased unnecessarily. . Therefore, it can be provided at a lower cost than conventional gloves with reinforcing parts attached.

In the glove, when the reinforcing part is attached so as to include a suture line for sewing the fingertip part of the glove in which the plurality of parts are sewn, the suture line of the fingertip part comes into contact with an object. Therefore, since the worn suture does not wear, a glove having sufficient durability even when used as a rescue glove can be realized.

In the glove, when the reinforcing parts are attached to all the finger portions of the glove, the glove has an excellent effect with the above-described effects on all the fingers.

In the glove, when the reinforcing part is composed of a single sheet, the entire palm portion is covered with the reinforcing part, so that the glove is more durable and safe.

In the glove formed in the form of a glove by stitching the plurality of parts together, the length of the finger part arranged on the back side of the hand corresponding to the length of the finger part arranged on the palm side of the glove The longer part is absorbed by forming a crease in the second joint part on the back side of the hand of the finger part, and the base part from the palm side of the finger part and the tip part on the back side of the hand after sewing When matching the length of, the leather is made of cowhide, kangaroo leather, synthetic leather or artificial leather, which is less elastic than sheep leather, and even if it is a glove that is perfect for the size of the hand, Even when the finger or palm is bent even though there is a fit, the formation of the pleats makes the gloves easy to wear because of no bending resistance. In addition, since the hand wearing the glove is in a natural state with the finger bent slightly toward the palm, the glove is less fatigued even if the glove is worn for a long time.
For this reason, it becomes a suitable glove also as a glove for competition mentioned above. Of course, it is possible to realize a revolutionary glove that is preferable as a glove for normal work and other uses.

Further, in the glove, when the elongated portion is absorbed by forming folds on both sides in the finger longitudinal direction including the second joint portion on the back side of the hand of the finger portion, the glove is less fatigued and has excellent flexibility. It becomes a glove.

Moreover, in the said glove, when the said glove is what is called a gun cut type glove, the glove which shows the said outstanding effect can be comprised with as few parts as possible.
As a result, it is possible to provide a functionally superior glove that does not impair competitiveness even when manufactured in Japan with high labor costs.

Further, in the glove, when the fold is formed from the index finger part of the glove to the finger part of the little finger part, a glove that can obtain the above-mentioned effect almost at the maximum can be realized.

Moreover, in the glove, when the material of the glove is made of cowhide or kangaroo leather, it is possible to realize a competition glove that is excellent in functionality and excellent in durability.
As a result, the conventional competition gloves were inferior in durability only for the competition,
The gloves can be used not only for competition but also for normal rescue activities.

The present invention can perform fine work using a fingertip, has other functions as a rescue glove, and can have high durability. Furthermore, the number of processing steps and processing time can be reduced, and the glove with high price competitiveness is excellent in production efficiency.
In addition, because it can reduce the man-hours for processing gloves, even if it is manufactured in Japan with high labor costs,
There is no loss of competitiveness in price.
For this reason, hollowing out of the Japanese manufacturing industry can be prevented.

It is the figure seen from the back side of the hand which shows the general form (configuration) of the whole of the gun cut type glove (left hand glove) concerning one embodiment of the present invention. It is the figure which looked at the glove shown in FIG. 1 from the palm side. 1A and 1B are diagrams illustrating the shape of each part (glove body part, thumb part, index finger part, and middle finger part) of the developed glove (left hand side glove) shown in FIG. The top view which shows the structure of the part of the palm side of the glove body part, (b) is the top view which shows the structure of the part of the back side of the hand of the glove body part, (c) is the part which forms a part of the middle finger part of the glove The figure which shows a structure, (d) is a figure which shows the structure of the part which forms a part of ring finger part of a glove, (e) is a figure which shows the structure of the part of the principal part of a thumb part. FIG. 4 is a diagram showing the difference in length in the finger longitudinal direction between the palm side part and the back side part of each part forming the middle finger part and ring finger part shown in FIG. 3, (a) is a palm side part of the middle finger part; The figure which shows the difference of the length of a back side part, (b) is a figure which shows the difference of the length of the palm side part of a ring finger part, and the back side part. It is the figure which looked at the index finger part of the glove shown in Drawing 1 from the side of the finger showing the form of arrangement of the fingertip part of the part for reinforcement.

Hereinafter, one embodiment of a glove according to the present invention will be specifically described with reference to the drawings of FIGS. 1 to 4 by taking a so-called gun-cut glove as an example.

In FIG. 1 or FIG. 2, B1 is a thumb portion A of a glove A according to an embodiment of the present invention.
These are the parts on the back side of the hand (of the glove body) except for 1. Similarly, B2 is the palm side (of the glove body part) excluding the main part (part 1) of the middle finger part A3, ring finger part A4 and thumb part A1 of the glove A, which is arranged below the reinforcing part B3 described below. It is a part of. Similarly, B
Reference numeral 3 denotes a reinforcing part arranged on the surface on the palm side.
Reference numeral 3 denotes a part constituting a part of the middle finger part A3 which is sewn to form the middle finger part A3 of the glove together with the middle finger part of the part B1 on the back side of the hand.
Reference numeral 4 denotes a part constituting a part of the ring finger part A4 which is sewn together with the ring finger part A4 of the part B1 on the back side of the hand to form the ring finger part A4 of the glove.
Reference numeral 1 denotes a main part of the thumb part A1 of the glove A, and both side parts a1 and a2 are sewn together, and a base end part b5 ( 3 is a part for forming a thumb portion A1 of the glove A by being attached.

The part B1 on the back side of the hand, the part B2 on the palm side, the part 3 constituting a part of the middle finger part A3, the part 4 constituting a part of the ring finger part A4, the thumb part shown in FIG. The glove A is realized by sewing together the part 1 constituting the main part and the wrist part 6 (see FIGS. 1 and 2) in the form of the gloves shown in FIGS. The
That is, the main part of the glove A according to the present embodiment (the part excluding the part 6 of the wrist part) simply stitches the five parts B1, the parts B2, the parts 3, the parts 4, and the parts 5 together. It is realized by. In the glove A, the reinforcing part B3 is further arranged (sewn) on the palm side surface.
In addition, the glove A is additionally stitched with the wrist part 6 having a rubber band at the base end of the main part of the glove.

As shown in FIG. 4, in the case of the glove A according to the present embodiment, the finger length La3 constituting a part of the middle finger portion A3 of the part B1 on the back side of the hand is equal to that of the middle finger portion A3. Compared to the finger length L3 of the part 3 constituting the part, it is configured to be longer. In this embodiment, as shown in FIG. 4A, the finger length La3 is configured to be longer than the finger length L3. That is, when the positions of the fingertip ta3 of the middle finger portion A3 of the part B1 on the back side of the hand and the fingertip t3 of the part 3 constituting a part of the middle finger portion A3 are matched, the base of the middle finger portion A3 of the part B1 on the back side of the hand is matched. From the end g3, the finger base h3 of the part 3 is configured to protrude to the wrist portion side. In FIG. 4, the length difference is slightly exaggerated so as to increase. That is, the difference in length may actually be about half to about one third.
When the part 3 configured as described above is sewn to the back side part B1 and the palm side part B2 to form the middle finger portion A3, the back side part B1 of the hand With the fingertip ta3 of the middle finger portion A3 and the position of the fingertip t3 of the part 3 matched, the root h3 (base end 3b) of the part 3 is the sewing site b3 of the palm-side part B2 (see FIG. 3). Sew to match. Further, in this stitching, in a portion corresponding to the second joint of the middle finger portion A3 and a portion close to the front and rear in the longitudinal direction of the finger, a portion corresponding to the middle finger portion A3 of the part B1 with respect to the part 3 is Suture in the loosened state.
As a result, a plurality of “folds” H (see FIG. 1) are formed on the part B1 side on the part corresponding to the second joint part of the middle finger part A3 of the glove A and the part adjacent to the front and rear in the longitudinal direction of the finger. (See the state of FIG. 1). The “folds” H are folds in a state where “wrinkles” extend in a direction perpendicular to the longitudinal direction of the finger. In addition, even if the “pleat” is formed only at least in the second joint portion, the same effects as described later can be obtained.
By configuring in this way, a “fold” H is formed on the back side of the middle finger portion in the state where the finger is stretched with the gloves A (or slightly stretched), and the middle finger is moved to the palm side. In the bent state, “folds” H are stretched and “sagging” is eliminated.
As a result, even when the hand is bent toward the palm side, the back side portion of the finger of the glove A is not pulled, so that the finger and the palm can be bent easily without unnecessary resistance.
In general, a human hand is in a state where fingers and palms are slightly bent inward (palm side) in a natural body where force is removed, but in the state where external force does not act on the glove A, the natural body of this hand Since the glove A is in the same form as the above, even if the glove is left for a long time, there is no fatigue.
As for the ring finger portion A4, as shown in FIG.
3 is basically the same as 3 and has the same effect.

And in the glove A concerning this embodiment, the structure similar to the said middle finger part A3 and the said ring finger part A4 mentioned above is employ | adopted also for the index finger part A2 and the little finger part A5, as shown in FIG. That is, the glove A according to this embodiment employs all the finger portions from the index finger portion A2 to the little finger portion A5. The “length difference” between the index finger A2 and the little finger A5 is the part B1 on the back side of the hand and the part B on the palm side.
2 will be formed by each finger part.
Therefore, in the state where the finger A is stretched with the glove A formed with the “pleat” H as described above,
A “please” H as shown in FIG. 1 is formed on the back side of each finger portion.
However, as another embodiment, the “please” H does not have to be formed on all finger portions, for example, it may be formed only on the index finger portion A2 or only on the index finger portion A2 and the middle finger portion A3. Alternatively, it may be formed only on the four finger portions from the index finger portion A2 to the little finger portion A5. Alternatively, it may be formed only on the three finger portions from the index finger portion A2 to the ring finger portion A4. Furthermore, it may be formed on the thumb A1 to the little finger A5 of the gloves A.
What kind of finger part (for example, index finger part) is provided with the “please” H depends on the material of the gloves A, the thickness of the material, or the use of gloves (competition gloves or work gloves). What is necessary is just to change suitably.

By the way, in the glove A according to this embodiment, the thickness of the cowhide is about 0.
4 mm to 1.0 mm, for example, as a competition glove, preferably about 0.5 mm to 0.
8 mm, more preferably about 0.6 mm to 0.7 mm is used.
When such a material is used, a glove having a conventional configuration is a glove that is difficult to bend as a competition glove, but in the case of the glove A according to the present embodiment, the configuration described above is employed. The fingers and palms can bend very smoothly with A on, and the force that forces the fingers to be extended even in the natural body with the fingers extended works. Therefore, even if the gloves A are worn for a long time, the hands will not get tired. For this reason, even if it is a glove for competitions, it can be used for a long time without a problem. In addition, if the cowhide is softly processed, it can be easily worn as a competition glove.
Also, even if kangaroo leather, which is generally less elastic than cowhide, is used as a material for gloves,
Due to the above configuration, fingers and palms can be bent smoothly, and even when the fingers are extended, the gloves match the shape of the hand at that time, so there are no functional problems as gloves for competition. Can also be used.
And if the said leather of a cowhide or kangaroo is used, compared with the sheep leather glove which was used exclusively as a glove for competitions conventionally, durability can be produced remarkably high.
Accordingly, even a competition glove can be used for a long period of time, that is, it is not a disposable glove, and therefore it is a glove that contributes to a reduction in environmental burden.
As mentioned above, even in the case of competition gloves, materials are not limited as in the past, and various leathers such as cowhide and kangaroo leather, synthetic leather, artificial leather, etc. are selected and used as necessary. can do.

In addition, as described above, the glove A according to the present embodiment has a finger part (finger part length La3 or the like) arranged on the back side of the hand of the glove arranged on the palm side of the glove (finger part). Length L3
In addition to such a configuration, if the difference in length is further increased, that is, the finger part (finger part length La3) arranged on the back side of the hand of the glove
And the like, the base part of the finger of Glove A matches the three-dimensional form of the other part of the finger by forming the slit S3 (see FIG. 3) deeper to further deflect the base part of the finger A to the wrist part side. In other words, it is possible to easily form a shape in which the other part of the finger is inclined to the wrist side on the back side of the hand and the fingertip side on the palm side, and the finger part of the glove is more fit and wearable. Comfortable gloves can be realized.

The glove A according to the present embodiment configured as described above has a very small number of parts constituting the glove A, and can function smoothly when functioning as well as when a finger is bent,
Even if you wait for a long time with your fingers open slightly in the basic state, with your fingers slightly bent, your hands are in good shape and the shape of the gloves matches. Gloves can be realized.

Further, as described above, the glove A according to the present embodiment has the reinforcing part B3 sewn on the surface of the palm side of the glove A as shown in FIG. Yes.
The end (tip) t of the back side of the hand of all the finger parts except the little finger part A5 of the reinforcing part B3
That is, the back end (tip) of each finger part from the thumb part A1 to the ring finger part A4
As shown in FIG. 1, t is attached so as to be positioned. That is, the tip of the fingernail (not shown) inside the glove A is put on the back side of the hand (tip) of each finger part.
It is attached so as to be substantially positioned on the surface of the portion that abuts on t or to be positioned so as to barely cover the tip portion of the nail (not shown). In other words, the end t of the reinforcing part B3 is slightly from the palm side of each finger part of the glove A to the back side of the hand through the tip t1 of each finger part (in this embodiment, about 0.5 mm to 1 mm) ) Adhering (sewing) to bend
(See FIG. 5).

For this reason, the glove A does not have a bulky reinforcing part B3 during a fine work, and therefore can carry out the fine work without hindrance, and effectively prevents abrasion of the fingertip portion of the glove by the reinforcing part B3. be able to. Moreover, since it is only necessary to sew the reinforcing part B3 from the outside of the glove A in the manufacturing process of the glove A, the manufacturing cost of the glove A can be easily attached. There is no such thing as increasing it. Therefore, it can be provided at a lower cost than conventional gloves with reinforcing parts attached.

By the way, in the glove A concerning the said embodiment, although the reinforcement part B3 is provided in all the finger parts except the little finger part A5 of the glove A, you may provide only in any one finger part, For example, it may be provided only on the index finger part A2 or the thumb part A1, or may be provided only on any two finger parts, for example, the index finger part A2 and the thumb part A1, or any three finger parts, For example, it may be provided only on the thumb part A1, the index finger part A2, and the middle finger part A3, or may be provided on all five finger parts. It goes without saying that which finger part or how many finger parts the reinforcing part B3 is provided can be appropriately changed depending on the use of the glove and other conditions.
Moreover, in the glove A concerning this embodiment, although the thing of the form which made the whole palm one piece is used as the part B3 for reinforcement, it arrange | positions only to the front end side part from the 1st joint part of each finger | toe part. Even in the form, it is also possible to use a form in which each finger part is arranged only at the tip side of the second joint part. It goes without saying that this configuration can also be selected depending on the use of gloves and other conditions.

In the above embodiment, the case of a gun-cut type glove that can reduce the number of processing steps is described as an example, but the present invention can also be applied to gloves of a form other than the gun-cut type, It goes without saying that basic operational effects peculiar to the present invention can be obtained.
Also, as for the material of gloves, in addition to cowhide and kangaroo leather, artificial leather and synthetic leather,
It can be applied in the same manner and has the same effects.

It is needless to say that the above-described embodiment is merely one embodiment and can be implemented in various forms without departing from the technical idea of the present invention.

  The glove according to the present invention can be used in the industrial field of gloves.

A ... Glove B1 ... Part B2 constituting part of the back side of the hand of the glove B2.Part B3 constituting part of the palm side of the glove ... Reinforcing part t ... End of hand side of reinforcing part t1 ... Finger tip

Claims (9)

A glove formed in the form of a glove by stitching together a plurality of parts, wherein a reinforcing part is attached to the fingertip portion of at least one finger of the glove from the palm side to the back of the hand,
The back side end of the reinforcing part is substantially located on the surface of the portion of the glove where the tip of the nail contacts, or is attached to a position that barely covers the tip of the nail. Gloves. The glove according to claim 1, wherein the reinforcing part is attached so as to include a suture line for sewing a fingertip portion of the glove to which the plurality of parts are sewn. The glove according to any one of claims 1 to 3, wherein the reinforcing parts are stitched to all finger parts of the glove. 4. The reinforcing part is composed of a single sheet.
The listed gloves. In the glove formed in the form of a glove by stitching the plurality of parts together,
Compared with the length of the finger part arranged on the palm side of the glove, the length of the finger part arranged on the back side of the hand corresponding to the length of the finger part is lengthened, and the length of the second part on the back side of the hand of the finger part is increased. It absorbs by forming a crease in a joint part, The length from the palm side of the said finger part after sewing and the tip part of the back of the hand to the base end part was made to correspond. Any one
Gloves as described in the section. 6. The glove according to claim 5, wherein the lengthened portion is absorbed by forming folds on both sides in the finger longitudinal direction including the second joint portion on the back side of the hand of the finger portion. 7. The glove according to claim 5, wherein the glove is a so-called gun-cut glove.
The listed gloves. The said pleat is formed in the finger part of the little finger part from the index finger part of the glove.
The glove according to any one of 7 items. The glove according to any one of claims 5 to 7, wherein a material of the glove is made of cowhide or kangaroo leather.