JP6242785B2 - Hem protection, Japanese clothing - Google Patents

Description

  The present invention relates to a hem and an undergarment used as underwear when wearing a kimono, and more particularly to a hem and an undergarment that can easily create a beautiful outline of a kimono called a “hem crest”. It is.

  When wearing Japanese clothes, it is common to first wear underwear such as hem guards, then wear Japanese clothes. The hem protection is used to prevent stains on the kimono due to sweat stains and the like. In winter, the hem protection is sometimes used to prevent cold.

Fig.7 (a) represents the state before wearing of the general hem guard 60 (nonpatent literature 1).
The hem guard 60 is worn around the lower body as shown in FIG. 7B, and includes a tie strap 61 and a hem cloth 62.
The hem cloth 62 includes a rear body 63 that covers the rear side of the lower body when the hem guard 60 is wound around the lower body, and a front appearance 64 that covers the front and side surfaces of the body. Further, when the front hem 60 is wound around the lower body, the front sight 64 is composed of an inner front garment 64a positioned inside the body and an outer front sight 64b positioned outside the body.

The conventional hem guard 60 has two problems.
The first problem is that it is difficult to create a beautiful outline of a kimono called “hem buds”.
When the tie strap 61 of the hem guard 60 is wrapped around the body horizontally and tied, the hem cloth 62 falls vertically, so that the contour from the waist to the foot becomes a torso shape as shown in FIG. 7B, and the appearance does not become beautiful. . That is, when wearing Japanese clothes, it is said that it is beautiful that the outline of the lower body becomes a “hem crest” that becomes narrower as it goes from the waist to the feet, and it is not beautiful in the case of the size cylinder type.

When the hem guard 60 is worn, if the tie strap 61 is devised, it can be in a “hem clog” state. The method will be described below.
First, as shown in FIG. 8 (a), the strap 61 is pulled obliquely upward while winding the hem guard 60 around the lower body. As a result, the inner front body 64a and the outer front body 64b are inclined obliquely, so that a “hem clog” can be obtained as shown in FIG. Next, as shown in FIG. 8 (b), the upper portions of the strap 61 and the hem cloth 62 are folded downward. Then, as shown in FIG. 8C, the fastening string 61 is rotated from the rear to the front, and the fastening string 61 is tied forward. In this way, it is possible to create a “bottom clog” state as shown in FIG. 8C and to make the outline of the kimono beautiful.

  However, this wearing method is more difficult than the method of winding the fastening strap 61 around the body horizontally, and a beginner cannot make a “hem clog” well. Further, even if the “bottom clog” state can be created well, the upper portions of the strap 61 and the hem cloth 62 are folded down, so that a cloth surplus 66 is generated as shown in FIG. When the cloth surplus 66 is generated, the waist side swells outward and the outline of the kimono is destroyed. In addition, since the cloth surplus 66 is pressed inward with Japanese clothes, there is a problem that the wearer feels a foreign object and the comfort is deteriorated.

  The second problem is that of the lacing 61. Since the fastening string 61 is a thin string, the entire lower abdomen cannot be tightened even if it is tied tightly. Therefore, the swelling of the lower abdomen is reflected in the outline of the kimono, and a beautiful outline cannot be made.

For the second problem, a tail guard as in Non-Patent Document 2 is provided, which is a tail guard 70 shown in FIG.
The skirt guard 70 of FIG. 9 and the skirt guard 60 of Non-Patent Document 1 have many common constituent requirements, but the skirt guard 70 differs from the skirt guard 60 in that it has an exposed portion 71. .
The exposed portion 71 includes a horizontally long belt-like main body portion 72 made of a thick cloth, and a triangular connecting cloth 73 that connects the main body portion 72 and the tightening cord 61. The main body portion 72 has a hem guard 70. It is provided at a position that covers the entire lower abdomen when worn.

  If the fastening string 61 of the hem guard 70 is tied in the horizontal direction, the lower abdomen is pressed inward by the exposed portion 71, and the contour of the lower abdomen can be made beautiful as shown in FIG. 9B. That is, if the fastening string 61 is tightly tied, the tightening force is transmitted to the entire main body 72 via the connecting cloth 73, and the entire lower abdomen can be tightened.

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Thus, if the skirt guard 70 is used, the second problem in the skirt guard 60 of Non-Patent Document 1 can be solved.
However, the first problem that it is difficult to create a “bottom clog” state still cannot be solved. When the strap 61 is tightened, the hem guard 70 only has a force to press the lower abdomen in the horizontal direction inside the body by the exposed portion 71, and the force to incline the entire inner front body 64a and the entire outer front body 64b diagonally. Because it doesn't work. That is, as in Non-Patent Document 1, the entire inner front body 64a and the entire outer front body 64b cannot be tilted diagonally unless the fastening strap 61 is pulled up obliquely upward.

  When the strap 61 of the hem guard 70 is tied in the horizontal direction, the upper part of the outer side of the inner front body 64a and the upper part of the outer side of the outer front body 64b are diagonally A slight pulling force is applied in the direction, but with this level of force, the entire inner front body 64a and the entire outer front body 64b cannot be inclined to form a “hem clog”. To the extent that the outer side upper part of the inner front body 64a and the outer side upper part of the outer front body 64b are pulled up from the outside, the force is absorbed by the expansion and contraction of the inner front body 64a and the outer front body 64b, and the entire inner front body 64a and the outer side. This is because it is impossible to tilt the entire front body 64b obliquely.

  The present invention is to solve such a problem, and provides a hem shield that can easily create a beautiful outline of a Japanese garment called “hem hem”.

  In order to solve the above problem, in the present invention, in the hem guard provided with a back body, a front body provided on the left and right of the back body, and a tightening string extending from the top of the front body to the outside of the front body, A connecting member that connects the fastening string and the front body, and is provided in the front body in a state of being inclined downward in a direction toward the back body from a connection point between the connection member and the front body. And a force transmission member formed of a material that is less stretchable than the above material.

The hem guard according to the present invention is provided in the front body in a state in which it is inclined downward in the direction of the back body from the connection member for connecting the fastening string and the front body, and from the connection point of the connection member. It includes a force transmission member made of a material that is less stretchable than the original material.
As a result, when the tightening string is tightened horizontally, the force is transmitted from the outer side direction of the front body to the inner lower side direction via the connecting member, and the whole front body tilts in a direction that shrinks toward the foot. .

  In order to solve the above problems, in the present invention, the rear surface portion of the hem, the front surface portion of the hem provided on the left and right of the rear surface portion of the hem, and from the upper portion of the front surface portion of the hem toward the outer side of the front surface portion of the hem. And a through hole for passing the tightening string from the inside to the outside of the kimono underwear when the tightening string is tightened, and connects the tightening string and the front surface portion of the hem. The connecting member is provided on the front surface of the hem in a state inclined downward from the connection point between the connecting member and the rear surface of the hem, and is more stretchable than the material of the front surface of the hem. There is provided a kimono underwear characterized by comprising a force transmission member formed of a weak material.

The kimono underwear of the present invention is provided on the front surface of the hem in a state in which the connection member connecting the tightening string and the front surface of the hem is inclined downward in the direction of the hem structure surface from the connection point of the connection member. And a force transmission member formed of a material that is less elastic than the material of the front surface of the hem.
As a result, when the tightening string is tightened horizontally, the force is transmitted from the outer side of the front part of the hem to the inner lower part via the connecting member, and the whole front part of the hem moves toward the feet. Tilt in the full direction.

In the case of the hem according to the present invention, when the fastening string is tightened horizontally, the force is transmitted from the outer side of the hem front part to the inner lower part via the connecting member, and the entire hem front part is directed toward the feet. As it leans,
Therefore, it is possible to create a “bottom clog” state by simply tightening the tightening string horizontally, and a beautiful outline of the kimono can be easily created. That is, the person wearing the kimono does not need to pull the tightening string diagonally upward, and the person wearing the kimono does not feel a foreign object due to the cloth surplus.

It is a figure showing the state before wearing of the skirt guard concerning this invention. It is an enlarged view showing the state of the warp and the weft of the cloth of the front body. It is a figure showing the state in the middle of wearing of the hem guard concerning this invention. It is a figure showing the state after wearing of the hem guard concerning this invention. It is a figure which shows the other example of the skirt prevention which concerns on this invention. It is a figure showing the state before wearing of the kimono underwear which concerns on this invention. It is a figure showing the conventional skirt prevention. It is a figure showing the wearing method of the conventional hem protection. It is a figure showing the conventional skirt prevention which has an exposed part.

The skirt protection of the present invention will be described with reference to the drawings.
The hem 1 shown in FIG. 1 includes a lace 2 and a hem cloth 3.
The fastening string 2 is a general cloth string, and the length is preferably about 2 meters, but may be other length as long as it can be wound around a person's waist.
The hem cloth 3 is a rectangular cloth whose upper side is sewn to the strap 2, and when the hem guard 1 is wrapped around the lower body, the back body 31 that covers the rear side of the lower body, and the front and side surfaces of the body It consists of an inner front view 32 and an outer front view 33 that cover the front. When the hem 1 is wound around the lower body, the inner front body 32 is located inside the body, and the outer front appearance 33 is located outside the body.

  The back body 31 is made of a cloth made of a supple material having a good touch such as silk, polyester, wool and the like. The rear body 31 includes a rear hem surface 31a below and a rear exposed surface 31b above. The rear hem surface 31a is a rectangular cloth, and the rear bleaching surface 31b is also a rectangular cloth. A rectangular rear body 31 is formed by sewing the lower end of the rear hem surface 31a and the upper end of the rear exposed surface 31b.

  The inner front body 32 is made of a cloth made of a supple material such as silk, polyester, wool and the like. The inner front body 32 includes an inner bottom surface 32a below and an inner exposed surface 32b above. The inner bottom surface 32a is a trapezoidal cloth, and the inner exposed surface 32b is also a trapezoidal cloth. A rectangular inner front body 32 is formed by sewing together the lower end of the inner bottom surface 32a and the upper end of the inner exposed surface 32b. FIG. 2A is an enlarged schematic view of a coupling portion between the inner front body 32 and a force transmission member 32c, which will be described later. However, the inner hem surface 32a is a cloth, and thus is composed of a weft 32d and a warp 32d. The weft 32d is preferably parallel to the inclination of the force transmission member 32c, and the warp 32e is preferably perpendicular to the force transmission member 32c. This is because the inner bottom surface 32a is easily inclined.

  The outer front body 33 is made of a supple material such as silk, polyester, wool, etc. that is soft to the touch. The outer front body 33 includes an outer hem surface 33a below and an outer exposed surface 33b above. The outer skirt surface 33a is a trapezoidal cloth, and the outer exposed surface 33b is also a trapezoidal cloth. A rectangular inner front body 33 is formed by sewing the lower end of the outer skirt surface 33a and the upper end of the outer exposed surface 33b. Since the outer bottom surface 33a is a cloth, it is composed of a weft 33d and a warp 33e as shown in FIG. 2B. The weft 33d is parallel to the inclination of a force transmission member 33c described later, and the warp 33e is a force transmission. It is preferable to make it perpendicular to the member 33c. This is because the outer bottom surface 33a is easily inclined.

  The right side of the inner front body 32 and the left side of the back body 31 are sewn together, and the left side of the outer front body 33 and the right side of the back body 31 are sewn together to form the hem cloth 3. In addition, as a result, the inner exposed surface 32b, the rear exposed surface 31b, and the outer exposed surface 33b are connected to each other, and serve as a bottom-type exposure for tightening the lower abdomen.

  A strap 2 is sewn on the upper side of the hem cloth 3. Moreover, the fastening string 2 and the hem cloth 3 are connected by a triangular connecting cloth 34 (an inner connecting cloth 34a and an outer connecting cloth 34c). The lower side of the connecting cloth 34 (the connecting cloth 34a and the connecting cloth 34b) is a connecting member that connects the tightening string 2 and the force transmitting members 32c and 33c, and the force transmitting member 32 applies the force when the tightening string 2 is pulled. Can tell. Here, it is described that the connecting cloth 34a and the inner exposed surface 32b are formed of separate cloths, but this may be formed integrally with a single cloth. The same applies to the connecting cloth 34b and the outer exposed surface 33b. Moreover, it is preferable that the connecting cloth 34 is formed of a material that is weaker than the inner front body 32 (inner hem surface 32a), that is, a material stronger than the inner front body 32 (inner hem surface 32a).

The inner front body 32 is provided with a force transmission member 32c. Details of the force transmission member 32c will be described below.
First, a method for forming the force transmission member 32c will be described.
The force transmission member 32c is provided at a stitched portion between the inner bottom surface 32a and the inner exposed surface 32b. That is, the upper end of the inner bottom surface 32a and the lower end of the inner exposed surface 32b are overlapped (doubled), and the double portion is sewn to form the force transmission member 32c. The force transmission member 32c has a double cloth and is sewn together. Therefore, the force transmission member 32c has strength, and the expanding and contracting force is weaker than that of the inner front body 32 (inner hem surface 32a). Therefore, when this member is pulled with some force, the force is not absorbed by the expansion and contraction of the cloth, and the force can be reliably transmitted to the entire inner front body 32.
In addition, the formation method of the force transmission member 33c provided in the outer front body 33 is the same as this. Furthermore, although the example which forms the force transmission member 32c with a double cloth was demonstrated here, the formation method is not restricted to this, Other formation methods may be used if force can be transmitted.

Next, the installation position of the force transmission member 32c will be described.
The force transmission member 32 c is provided from the outer side of the inner front body 32 (the left side of FIG. 1A) toward the inner lower side of the inner front body 32. That is, it is provided from the position (connection point) where the lower side of the connecting cloth 34 a contacts the outer side of the inner front body 32 toward the inner side of the inner front body 32 (the direction of the rear body 31). Further, the force transmission member 32 is provided with an inclination so as to be lowered toward the inner side of the inner front body 32. Here, the force transmission member 32c is provided from the outer side of the inner front body 32 to the position where the inner front body 32 and the rear body 31 are in contact with each other, but is not limited thereto. For example, you may stop in the position which does not reach to the position where the inner front body 32 and the back body 31 contact.
The installation position of the force transmission member 33c provided in the outer front body 33 is the same as the installation position of the force transmission member 32c, and the force transmission member 32c may be symmetrical.

Next, a method for wearing the hem guard 1 will be described.
In the state of FIG. 1, the right end side of the tightening string 2 is held in the right hand, the left end side of the tightening string 2 is held in the left hand, and the upper part of the back body 31 is applied to the back side (waist) of the body.
Rotate the right hand horizontally to the left via the front of the body, and pull the strap 2 to the left as shown in FIG. At this time, the force pulling the tightening string 2 to the left is transmitted to the force transmission member 32c via the connecting cloth 34a. Since the force transmission member 32c has strength, it can transmit the force of the lace 2 to the entire inner front body 32, and the transmission member 32c is inclined from the upper right to the lower left in FIG. The body leans leftward (the lower part of the inner front body 32 approaches the body, and the upper part of the inner front body 32 moves away from the body). This makes it easy to create a “bottom clog” state on the right side of the body.

  Next, if the left hand is turned horizontally and passed through the front of the body to the right side, the “hem clog” state can be easily created on the left side of the body. Then, if the fastener 2 is rotated from the back of the body to the front and tied at the front of the body, the contour can be made beautiful as shown in FIG. Further, since the bottom-type exposure comprising the inner exposed surface 32b, the rear exposed surface 31b, and the outer exposed surface 33b tightens the lower abdomen, the contour of the lower abdomen is also beautiful.

  FIG. 5 is a view in which the lower sides of the front bodies 32 and 33 of the hem 1 are inclined. That is, in FIG. 5, the lower side 32f of the inner front body 32 is inclined from the outer side (left side) to the inner side (rear body side, right side) of the inner front body 32, and further to the outer front body 32. The lower side 33f of 33 is inclined from the outside (right side) of the outer front body 33 to the inside (rear body side, left side) downward. By giving such an inclination, the contour of the kimono can be made more beautiful.

  FIG. 6 shows a kimono underwear (slip) 40. This Japanese-style undergarment 40 includes an upper body part 41 that covers the upper body and a lower body part 42 that covers the lower body. The upper body part 41 has the same configuration as the upper body of a general Japanese-style undergarment. The configuration of the lower body part 42 is substantially the same as the hem guard 1 described above. In addition, the hem front surface portion 51 of the lower body portion 42 corresponds to the front body 32 and the front body 33 of the hem 1. Further, the hem rear surface portion 52 of the lower body portion 42 corresponds to the rear body 31 of the hem guard 1.

  A characteristic constituent feature of the Japanese undergarment 40 is that a through hole 43 is provided. This through-hole 43 is provided at a position that is slightly above the lacing 2 and near the flank when the kimono 40 is worn. When the right lacing strap 2a is wound horizontally on the waist, the lacing strap 2a is passed through the through-hole 43 from the inside of the kimono underwear 40, and the tightening cord 2a is taken out of the kimono underwear 40. Then, the fastening string 2b is horizontally wrapped around the waist (FIG. 5B), and finally the fastening string 2a and the fastening string 2b are tied. Since the through hole 43 is slightly above the tightening string 2, the tightening string 2 can be wound horizontally.

DESCRIPTION OF SYMBOLS 1 Hem shield 2 Tight string 3 Hem cloth 32 Inner front body 33 Outer front body 31 Rear body 32c, 33c Force transmission member

Claims (4)

In the hem guard provided with a back body, a front body provided on the left and right of the back body, and a tightening string extending from the upper part of the front body to the outside of the front body,
A connecting member that connects the strap and the front body;
A force transmission member that is provided in the front body in a state inclined downward from the connection point with the connection member in the direction of the back body, and is formed of a material that is less stretchable than the material of the front body. When,
A hem guard characterized by comprising.   The hem guard according to claim 1, wherein the fabric forming the front body is composed of a weft thread parallel to the inclination of the force transmission member and a warp thread perpendicular to the inclination of the force transmission member. .   The hem guard according to claim 1 or 2, wherein a lower side of the front body is inclined from an outer side direction of the front body toward an inner lower side of the front body. A rear surface portion of the hem, a front surface portion of the hem provided on the left and right of the rear surface portion of the hem, a tightening string extending from an upper portion of the front surface portion of the hem toward an outer side of the front surface portion of the hem, and when tightening the tightening string A through hole for passing the tightening string from the inside to the outside of the kimono,
It is equipped with
A connecting member that connects the strap and the front surface of the hem;
A material that is provided on the front surface of the hem in a state inclined downward from the connection point with the connection member toward the rear surface of the hem, and is made of a material that is less elastic than the material of the front surface of the hem. A force transmission member formed;
A kimono underwear characterized by comprising.

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