JP3185485U - Jacket - Google Patents

Abstract

The present invention provides an outer garment such as a sailor uniform that is uncomfortable to wear.
A body part 1 and a sleeve part 2 extending from the left and right of the body part 1 are provided, and a lining is provided on each of the body part 1 and the sleeve part 2. The upper arm region 22 from the shoulder at the base end to the lower elbow in the lining of the sleeve portion 2 is formed of a circumferentially high stretch lining having a greater stretchability than the outer fabric in the circumferential direction a of the cylindrical sleeve, The forearm region 23 between the lower elbow and the cuff in the lining of the sleeve portion 2 is formed of a highly elastic lining in the sleeve length direction having a greater stretchability than that between the shoulder and the elbow in the sleeve length direction b. It is.
[Selection] Figure 1

Description

  The present invention relates to improvement of outerwear, and more particularly, to improvement of outerwear such as sailor suits and other school uniforms, suits and jackets.

As shown in the patent literature, various outerwears using mesh fabric with high elasticity have been proposed.
Patent Document 1 shows a jacket with mesh fabric arranged on the lining of the elbow part, and Patent Document 2 shows a jacket with mesh fabric arranged on the lining above the elbow. It is shown.
In the outer garments of Patent Documents 1 and 2, when moving the arm, the mesh fabric is stretched to increase the degree of freedom of movement of the body such as the arm.

Specifically, the suit shown in Patent Document 1 is composed of a jacket and slacks, and comes into contact with the shoulder and elbows of the joint part and the skin epidermis of the knee part, which vary greatly in the body. The lining of the stretchable fabric having elasticity is sewn on the part of the suit to be performed, and the ease of movement at the time of wearing is improved without giving a tack to give good comfort.
However, the stretch fabric is inferior in slipperiness compared to the conventional lining, so when the arm or shoulder is moved while wearing a jacket, especially when the elbow is bent and stretched, the stretch lining is caught on the sleeve. The elbow was felt as if it was pulled backwards, and there was a concern that the feeling of wearing would be reduced.

For the purpose of improving the above-described problem of Patent Document 1, the outerwear shown in Patent Document 2 includes a body part and sleeve parts sewn to the left and right armholes of the body part. The outer lining includes an upper arm lining, and the upper arm lining is formed of a stretchable mesh fabric, and the upper arm lining is formed on the back side of the sleeve portion and the sleeve. It is arranged on the second arm (upper arm part) from the base end side of the part, and is not arranged on the elbow.
With such a configuration, the one disclosed in Patent Document 2 uses the stretch of mesh fabric having elasticity and the slipping of the elbows, wears an outerwear, and arms such as bending and stretching and raising and lowering arms. It is possible to provide a jacket capable of suppressing the tension of the lining generated in the sleeve when moving the shoulder, and improve the ease of movement in the sleeve of the jacket while improving the ease of movement of the sleeve. It is said that it was possible to suppress the cramped feeling and give the wearer a good wearing feeling.

  On the other hand, the inventor of the present application has eagerly studied whether or not to provide a jacket having better comfort than the jacket of each of the above patent documents without being satisfied with the jackets listed in each of the above patent documents.

  Further, in the outerwear of Patent Document 2, the lining of the upper arm portion shrinks in the sleeve length direction due to the movement of the arm after wearing, and the outer material is folded up upward in the sleeve length direction together with the sleeve of the lining that does not expand and contract. There is. On the other hand, the slipperiness of the sleeves also makes it easier to slip in the direction in which the arm moves backward, and the upper arm part of the lining shrinks while moving due to the elasticity of the upper arm part, and the forearm part of the lining It tends to be in a state where the side is dragged toward the upper arm side. If you shrink with the forearm of the lining near the cuff, you can stretch the forearm lining relatively easily by pulling the cuff, but if you shrink with the upper arm, even if you adopt a slippery fabric for the forearm lining, It is difficult to smoothly pull down the sleeve that has been tucked up.

Furthermore, with regard to the wearing action, in a front-opening outerwear such as a suit or a blazer, the arm can be extended diagonally downward, where the arm extends one arm at a time, and the arm can be passed through the sleeve. However, it is difficult to insert the arm along the direction in which the sleeve extends from the beginning in a jacket that is usually closed and worn from the head like a sailor suit, and it is elastic to the upper arm of the lining Even if a mesh fabric having a sword is used, it is forced to perform a wearing operation with a very tight feeling.
That is, the direction in which the arm is extended in a state where the sailor suit is worn from the head is limited, and it is difficult to extend the arm along the sleeve facing downward from the beginning. An unnatural movement of inserting into the upper arm is necessary. If the lining extends in the lateral direction, i.e., the circumferential direction of the cylindrical sleeve, such movement of the arm can be made somewhat easier. However, regarding the stretchability in the sleeve length direction of the upper arm lining, the lining extends in the sleeve length direction, the lining is attached to the hand inserted into the sleeve upper arm, and the hand is moved into the forearm of the sleeve. It is troublesome. If the hand is moved into the forearm portion of the sleeve, it is easy to extend the arm downward, so even if the hands are tied together, it is easy to put out the hand from the cuff. Therefore, in the forearm portion of the lining, the stretchability and slipperiness in the circumferential direction of the sleeve portion are not necessarily important, and rather the stretchability in the sleeve length direction is less uncomfortable in the sleeve passage than the stretched fabric.
It is difficult to say that in a front-opening jacket such as a suit envisaged by each of the above-mentioned patent documents, a device has been devised to alleviate the above-mentioned problem in a front-closed sailor suit.

  In particular, sailor suits are widely used as uniforms for female students in Japan, and various proposals have been made, and there are front-open ones. The solution to the above problem is eagerly desired.

Registered Utility Model No. 3155704 Registered Utility Model No. 3167570

In view of the above problems, the present invention has an object to provide an unprecedented comfort in an outerwear that has been devised for ease of movement.
Another object of the present invention is to suppress the lining of the sleeve from being pulled up from the upper arm after wearing.
Another object of the present invention is to alleviate the difficulty of performing the wearing operation in a sailor suit that is worn from the head with the front closed, in which bending and stretching of the arm is significantly restricted during the wearing operation.

The present invention comprises a body part and a sleeve part extending from the left and right of the body part, wherein the body part and the sleeve part are provided with a lining, and a base on the lining of the sleeve part is provided. The upper arm region between the shoulder of the end and the lower elbow is formed by a circumferentially high stretch lining having greater elasticity than the outer surface in the circumferential direction of the cylindrical sleeve, and from the lower elbow on the lining of the sleeve portion The forearm region between the cuffs is provided with a high-stretch lining in the cuff length direction that has a greater stretchability than that between the shoulder and the elbow in the cuff length direction.
Further, in the present invention, the body part comprises a front body and a back body, and the lining of the back body is a laterally high stretch lining having a stretchability greater than the outer surface at least in the lateral direction. Could provide.
Further, in the present invention, each part of the lining of the sleeve part and the lining of the back body are formed of mesh fabric, and the upper arm region of the lining of the sleeve part is taken from a cloth fabric. And, for the lining of the sleeve, the forearm region could provide a jacket that was wefted from a cloth fabric.
Furthermore, in the present invention, each part of the lining of the sleeve part and the lining of the back body are formed from a stretch twill, and the lining of the front body is more stretchable than the stretch twill. The outer garment was formed from a small twill and provided with a sailor collar around the neck of the body part, and the front body could not be opened from side to side.

The invention of the present application realizes unprecedented comfort for the lining of the sleeve part by making the lining of the upper arm part stretchable in the circumferential direction of the cylindrical sleeve part. In particular, in sailor suits, there is little room for change from the standard design and it is difficult to differentiate from other companies' products and attract new demand. Can contribute to the development of
In addition, the present invention is designed to alleviate the lining of the sleeves from being pulled up from the upper arm after wearing, such as sailor suits, other school uniforms, suits, blazers and jackets. Make it possible.
In particular, the present invention can relieve the uncomfortable feeling restrained by the lining when worn, which was noticeable in a sailor suit worn with the head closed and worn from the head.
Further, in the present invention, the lining of the upper arm portion of the sleeve portion is formed by passing from the stretch twill fabric, and the upper arm lining of the sleeve portion is the circumferential direction of the tubular lining, that is, the tubular shape In the process of passing the arm from the hand to the inside of the sleeve, the freedom of the hand at the part where the hand is first inserted is compared by the elasticity in the circumferential direction. By forming the lining of one arm part (forearm part) of the sleeve part by wefting the stretch twill, the lining part of the forearm part of the sleeve part is higher than the upper arm part. The stretchability in the sleeve length direction can be made large, and the state where the arm is lifted by the movement of the arm after wearing is kept in the forearm portion so that the sleeve portion can be easily extended.

(A) is a partial expansion front view of the sailor suit which shows one embodiment concerning this invention, (B) is an explanatory view showing wearing operation of the sailor suit. (A) is explanatory drawing which shows wearing operation | movement of the said sailor suit following FIG. 1 (B), (B) is explanatory drawing which shows completion of wearing operation | movement of the said sailor suit.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In FIGS. 1B and 2, the alternate long and short dash line indicates a body hidden behind clothes. In each figure, the thin arrow indicates the direction of expansion / contraction of the lining, and the thick arrow indicates the direction in which the arm is moved.

(Basic configuration)
As shown in FIGS. 1 and 2, the sailor suit according to the present invention includes a body part 1 and sleeve parts 2 extending from the left and right of the body part 1, and each of the body part 1 and the sleeve part 2 is lined. 11 and 21 are provided. This sailor suit has a sailor collar on the neck of the body part, and is a cover type that the front body does not open to the left and right.
In each figure, 10 indicates the outer surface of the body 1, 11 indicates the lining of the body 1, 20 indicates the outer surface of the sleeve 2, and 21 indicates the lining of the sleeve 2. In each figure, it has drawn in the state which excluded most of the surface material 20 of the sleeve part 2. FIG.
The body part 1 each part and the sleeve part 2 are made by sewing a dress material and a lining material in accordance with a regular method. The dress material is made of wool, a blend of wool and synthetic fibers, and other sailor clothes and other school clothes. Consists of similar fabrics.

(Body part 1)
The body part 1 includes a front body that mainly covers the front of the upper body and a back body that mainly covers the back of the upper body. The front body and the back body are stitched together to form the body part 1.
In each figure, 12 indicates the lining of the front body of the lining 11 of the body part 1, and 13 indicates the lining of the back body of the lining 11 of the body part 1.
In this sailor garment, a stretchable lining having a stretchability at least in the lateral direction is employed for the lining 13 of the back body at least in the lateral direction. By adopting the lining 13 of the back body that has the elasticity, especially in the wearing of sailor clothes that are worn from the head with the front closed, in cooperation with the elasticity of the lining 21 of the sleeve 2 described later The feeling of restraint at the time of wearing can be eased.

As the above stretch lining, it is preferable to adopt a high stretch lining such as a mesh fabric.
On the other hand, in this example, the lining 12 of the front body is not a stretchable lining but a normal lining. Ordinary lining is composed of twill, taffeta, slake, satin, calze, French twill, tricot, etc., and preferably has high slipperiness.

The mesh fabric employed as the high stretch lining has a higher elongation than the normal lining, and specifically, a mesh fabric having an elongation of 10% or more is desirable.
When the elongation rate is less than 10%, there is a case where the elongation necessary for suppressing the feeling of tension cannot be obtained when the arm or the body is moved while being worn. In addition, an expansion | extension rate is calculated | required by (w2-w1) / w1 * 100. The stretch rate is the stretch in the horizontal direction on the back lining 12, that is, the back lining. w1 is the length of the fabric before stretching, and w2 is the length of the fabric after stretching.
In this example, twill is used for the lining 12 of the front body, and stretch twill is used for the lining 13 of the back body.

(Sleeve 2)
The sleeve portion 2 is a long sleeve, and the lining 21 of the sleeve portion 2 includes an upper arm region 22 that forms a space between the shoulder at the base end of the sleeve portion 2 and the lower elbow, and a forearm region that forms a space between the lower arm and the cuffs. 23.
(Upper arm region 22)
In this example, the upper arm region 22 is formed of a circumferentially high stretch lining having a greater stretchability than the outer surface in the circumferential direction a of the cylindrical sleeve. As in the case of the back lining, it is desirable to use a mesh fabric for the circumferential high stretch lining. In this example, as a circumferentially high stretchable lining, a fabric obtained by stretching a stretch twill is used. In the circumferentially high stretch lining, the elongation rate is the elongation of the cylindrical lining in the circumferential direction a.
(Forearm region 23)
The forearm region 23 is formed of a highly stretchable lining in the sleeve length direction that has greater stretchability than between the shoulder and the elbow in the sleeve length direction b. Similarly to the back lining, it is desirable to use a mesh fabric for the high stretch lining in the sleeve length direction. In this example, a fabric obtained by wefting a stretch twill is used as the high stretch lining in the sleeve length direction. In the sleeve length direction high stretch lining, the elongation rate is the elongation in the sleeve length direction b of the lining.

(Wearing action)
As shown in FIG. 1 (B), this sailor suit covers the head and exposes the head from the neck (neckline). The arm is first moved sideways and received in the upper arm region 22. Using the extension of the circumferentially high stretchable lining of the upper arm region 22 in the sleeve circumferential direction, the hand is directed toward the forearm region 23 of the lining 21 of the sleeve portion 2 as shown in FIG. Since the upper arm region 22 does not extend greatly in the sleeve length direction b, the hand can be put into the forearm region 23 without being tied to the hand in the sleeve length direction b. As shown in FIG. 2 (B), since the direction of the hand can be relatively freely directed in the sleeve length direction b in the upper arm region 22, the hand is directed toward the cuff and easily extended along the sleeve length direction b in the forearm region 23. be able to. Since the elongation in the circumferential direction of the sleeve portion 2 in the forearm region 23 is not large as in the upper arm region 22, it can be stretched along the sleeve length direction b without shaking the hand.
After wearing, the upper arm region 22 that does not expand and contract as much as the forearm region 23 in the sleeve length direction b and the stretchability of the forearm region 23 in the sleeve length direction b are unlikely to be lifted from the upper arm region 22. That is, coupled with the upper arm region 22 that does not expand and contract as much as the forearm region 23 in the sleeve length direction b, the upper arm region 23 is relatively lifted from the forearm region 23 due to the elasticity in the sleeve length direction b in the forearm region 23. It is difficult to be brought up from the region 22. Even when the forearm region 23 is pulled up near the cuffs, the cuffs can be easily extended by lowering the cuffs.

(Example of change)
In addition to the above-mentioned sailor suits, the present invention can be implemented in student clothes other than sailor suits such as collars, suits, blazers and jackets.

DESCRIPTION OF SYMBOLS 1 Body part 2 Sleeve part 11 Lining of the body part 1 12 Lining of the front part 13 Lining of the guardian part 20 Outer part of the sleeve part 21 21 Lining of the sleeve part 22 22 Lining of the upper arm area of the sleeve part 2 23 Forearm area of the sleeve part 2 Lining of a a Circumferential direction of sleeve 2 b Sleeve length direction of sleeve 2

Claims (4)

In the outer garment comprising a body part and sleeve parts extending from the left and right of the body part, and a lining provided on each of the body part and the sleeve part,
The upper arm region between the proximal shoulder of the sleeve portion lining and the lower elbow is formed of a circumferentially high stretch lining having greater stretchability than the outer surface in the circumferential direction of the cylindrical sleeve,
The forearm region between the lower elbow and the cuff in the sleeve lining is formed of a highly elastic lining in the sleeve length direction having a greater stretchability than that between the shoulder and the elbow in the sleeve length direction. And outerwear. The body part includes a front body and a back body,
The outer garment according to claim 1, wherein the lining of the back body is formed of a laterally highly stretchable lining having a stretchability larger than that of the outer surface at least in the lateral direction. Each part of the lining of the sleeve and the lining of the back body are formed by a mesh ground,
For the lining of the sleeve, the upper arm region is taken from a cloth fabric,
The outer garment according to claim 2, wherein the forearm region of the lining of the sleeve portion is wefted from a cloth fabric. Each part of the lining of the sleeve part and the lining of the back body are formed of stretch twill,
The lining of the front body part is formed by a twill fabric that is less stretchable than the stretch twill fabric,
The outer garment according to claim 3, wherein the garment is a cover-type sailor garment provided with a sailor collar around the neck of the body part so that the front body does not open to the left and right.

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