KR20070051269A - Clothing with shape retainability - Google Patents

Abstract

Even a garment formed of a soft material such as a knitted material, a structure of a garment having a shape retaining shape which can maintain the three-dimensional shape of the garment freely is proposed. The garment was attached with a wire 20 that can be deformed and maintained in shape. The wire 20 was made of a ceramic wire in which the end of the wire 20 was folded and covered with a resin tube 21 to treat the end. In addition, the wire 20 is annularly attached along the cylindrical cross-sectional shape at the torso 11, the sleeve 12, or the hem portion of the pants 25 of the shirt 10, and the shirt 10 In the collar 13 or the pocket 15 of), it adhered along the shape of the periphery.

Description

Clothing with shape retention {CLOTHING WITH SHAPE RETAINABILITY}

The present invention relates to a structure of a garment for three-dimensionally shaping the garment and maintaining the state.

Some women's underwears have wires made of shape memory materials in their underwear for stabilizing their shape and for correcting their body shape.

In addition, it is known to provide a structure for stabilizing or maintaining the shape not only for women's underwear but also for clothes, ornaments, etc. in order to maintain the shape of the clothes.

For example, in the technique described in Japanese Patent Laid-Open No. 2000-314023, in order to protect the back of the head from ultraviolet rays from the entire neck circumference, the collar portion of the garment is formed so that it can be covered from the entire ear to the back of the head, and the collar portion is upright. In order to keep it, the shape memory alloy wire and the metal wire are embedded as a core material.

In addition, in the technique described in Japanese Utility Model No. 3089123, a shape memory alloy wire or a metal wire is attached to the inside of the shawl as a prosthetic member so that the three-dimensional shape of the shawl can be changed freely and the shape can be maintained. To increase the design value.

<Problem that invention is going to solve>

In particular, in a garment made of a relatively soft material such as a knitted material, it is difficult to freely change the three-dimensional shape of the garment and to maintain the shape while maintaining the original feel of the material. For example, in a garment formed of a soft material such as a knitted material, it is difficult to maintain its shape in view of the nature of the material even if the collar or the sleeve can be walked.

Accordingly, the present invention proposes a structure of a garment having a shape retention that can be maintained in a state where the three-dimensional shape of the garment is changed freely, even a garment formed of a soft material such as a knitted material.

〈Means for solving the problem〉

The problem to be solved by the present invention is as described above, and means for solving the problem are as follows.

That is, Claim 1 is a garment which has the shape retention which attached the member which can deform | transform and maintain a shape to the garment.

Claim 2 attaches a deformable and shape-retaining member to the body, sleeve, hem, collar or pocket of a garment.

Claim 3 makes the said deformation | transformation and the shape maintenance possible member made from a resin wire or a ceramic wire.

Claim 4 folded the edge part of the said resin wire or the ceramic wire, and covered the cylindrical member, and performed the edge process.

<Effects of the Invention>

The present invention has the effect as described below.

In Claim 1, even if it is comprised from the cloth which is soft like a knitted paper, and a form is easy to be broken, a garment can be three-dimensionally shape | formed and can hold | maintain the state. In addition, even if the form of a garment is broken once, it can form easily and can form a favorable state easily.

In Claim 2, even if it is comprised by the cloth which is soft and a form tends to be broken, it can shape a hem in the state rolled and can hold it.

In Claim 3, compared with a metal wire, it does not become rust and can withstand washing | cleaning, and also it has the advantage that it can bend freely freely and also has a small brittleness change even after repeated deformation, and it is preferable.

In Claim 4, the edge part of the wire incorporated in the cloth which comprises a garment can be prevented from tearing out a cloth.

1 shows a shirt with a collar as a garment according to one embodiment of the invention.

2 shows the placement of wire embedded in a shirt with a collar;

3 shows a t-shirt as a garment according to one embodiment of the invention.

4 shows an arrangement of wires embedded in a t-shirt.

5 is a diagram illustrating a configuration of a stripe portion.

6 shows a wire;

The figure which shows an example of the form which attaches a wire to clothing.

8 is a diagram illustrating a state in which wires are attached to clothes.

9 is a view showing a state of a collar portion to which a wire is attached.

10 is a view showing a state of a pocket portion to which a wire is attached.

11 is a view showing a state of a sleeve portion to which a wire is attached.

12 illustrates pants as garment according to one embodiment of the invention.

Fig. 13 is a view showing a shirt formed with an incision shape.

14 is an enlarged view of the incision shape.

15 is a flowchart for explaining a method of forming an incision shape.

Fig. 16 is a diagram explaining a method of forming an incision shape.

FIG. 17 is a view showing a shirt formed with a cut shape dividing a pattern; FIG.

18 shows an incision shape formed over the sleeve and torso.

19 is a view for explaining a method of forming an incision shape over the sleeve and the torso.

20 is a view showing an incision formed in the shape of a segmented line.

Fig. 21 is a diagram explaining a method of forming a cut line having a divided line shape.

Fig. 22 is a view showing an incision shape formed in a cross shape.

Fig. 23 is a diagram for explaining a cross-sectional incision shape forming method.

<Explanation of sign>

10 shirt

11 torso

12 sleeve

13 lapels

14 lapel opening

15 pockets

20 wire

21 tubes

Next, an embodiment of the invention will be described.

1 is a view showing a shirt with a collar as a garment according to an embodiment of the present invention, Figure 2 is a view showing the layout of the wire attached to the shirt with a collar, Figure 3 is an embodiment of the present invention FIG. 4 shows a t-shirt with clothing according to the invention, and FIG. 4 shows the arrangement of wires embedded in the t-shirt.

5 is a diagram illustrating a configuration of a stripe portion.

FIG. 6 is a view showing a wire, FIG. 7 is a view showing an example of a form in which a wire is attached to clothes, and FIG. 8 is a view showing a state in which a wire is attached to clothes.

9 is a view showing a state of a collar portion to which a wire is attached, FIG. 10 is a view showing a state of a pocket portion to which a wire is attached, and FIG. 11 is a view showing a state of a sleeve portion to which a wire is attached.

12 is a view showing pants with a garment according to an embodiment of the present invention.

In the garment having the shape retention of the present invention, even if it is made of a cloth that is soft and hard to maintain a three-dimensional shape like a knitted paper, the garment can be shaped and maintained without impairing the touch of the cloth.

In Fig. 1, a shirt 10 of knitted paper is shown as an example of a garment having a shape retention according to the present invention. The shirt 10 is a shirt with a collar. The body 11 of the shirt 10 is sealed with a sleeve 12, and the body 11 has a collar 13, a pocket 15, and a pocket flap ( 15a) is sealed. On the other hand, as shown in FIG. 3, the T-shirt 40 which is knit paper and does not have a collar can also be a garment having a shape retention.

However, clothing having a shape retention can be made of not only a shirt but also pants or a jacket. Moreover, it can also be set as the fashion goods with shape retention by applying the structure of the clothing which has the shape retention of this invention to fashion goods, such as a muffler, a scarf, and a bag.

In addition, the material of the cloth constituting the garment is not limited to knit paper, but may be other materials.

On the other hand, as shown in FIG. 1 or FIG. 3, the shirt 10 · 40 is made of striped knitted paper.

As shown in Fig. 5, the stripes are not formed by changing the color of the yarn for weaving, but are three-dimensionally by sewing at least a plurality of types (patterns and colors) of the main cloth 17 and the sub cloth 16. It is being formed.

Inside the main cloth 17, between the main cloth 17 and the main cloth 17, a sub cloth 16 having a width slightly larger than the width of the stripes is sewn. The ends 17a and 17a of the main cloth 17 · 17 are exposed to the outside of the garment while being cut off without being concealed. The end portion 17a of the main cloth 17 is rolled out to form a three-dimensional line at the upper and lower transition portions of the stripe due to the characteristics of the knitted paper.

The shirt 10 can be deformed at an appropriate position and maintain its shape in order to provide the shape retention, that is, to freely change the three-dimensional shape of the garment and maintain the shape. Is attached.

For example, in the shirt 10 with a collar, as shown in FIG. 2 or FIG. 4, the collar 13, the collar opening (collar part) 14, the lower part of the sleeve 12, the torso ( A wire 20 · 20 is attached to the bottom of 11, the edge of the pocket 15, and the edge of the pocket flap 15a, and in the t-shirt 40, the bottom of the sleeve 12 and the bottom of the body 11 are attached. The wires 20 · 20 are attached.

As the wire 20, a metal wire, a resin wire, a ceramic wire, or the like can be used. In this embodiment, a ceramic wire is adopted. Compared with metal wires, ceramic wires do not rust and can withstand washing. Furthermore, ceramic wires can be freely bent and have a small brittle change even after repeated deformation.

As shown in FIG. 6, both ends 20a and 20a of the wire 20 are folded and the folded part is inserted in the resin tube 21 · 21 and thermally welded. Accordingly, the end portion of the wire 20 embedded in the cloth constituting the garment does not tear off the cloth.

The wire 20 is attached to the inside so as not to be exposed to the outside of the garment.

For example, as shown in Fig. 7, a separate fabric 19 is sewn to the inside of the main fabric 17 constituting the outer side of the garment to form a bag, and the wire 20 is formed inside the bag. By inserting, the wire 20 can be attached to a garment.

In the present embodiment, as shown in Fig. 8, a separate fabric 19 is applied to the inside of the sub cloth 16 of the stripe of cloth to form a pocket between the sub cloth 16 and the separate cloth 19, The wire 20 is attached to the garment by inserting the wire 20 therein.

On the other hand, the wire 20 is not attached to or woven into the fabric of the garment, but attached to the garment so that it can move with a somewhat acceptable range. This is because the garment is made of a stretch fabric such as knitted paper, so that unnatural pulling or wrinkles do not occur in the portion where the wire 20 is built by the stretching of the knitted paper.

However, the attachment form of the wire 20 is not limited to the above example, but the wire 20 is partially fixed to the fabric so that the wire 20 can move with a somewhat acceptable range, or the folded portion of the main cloth 17 end. The wire 20 can be inserted into the.

In the vicinity of the collar 13 of the shirt 10, as shown in FIG. 9A, the wire 20 is attached to the circumference of the collar 13 and the circumference of the collar opening 14. Thereby, as shown in FIG. 9B, the collar 13 can be kept upright. In addition, it is possible to bend a portion of the collar 13, to wrinkle the collar opening 14, or to shape the shirt in three dimensions to maintain the state.

In the pocket 15 part of the shirt 10, as shown to FIG. 10A, the wire 20 is attached to the periphery of the opening of the pocket 15, and the periphery of the pocket flap 15a. As a result, as shown in FIG. 10B, the pocket 15 is lifted from the trunk 11 to be stereoscopically shaped, and the pocket flap 15a is stereoscopically shaped in a state in which the pocket flap 15a is lifted upward, and these three-dimensionally shaped. It can keep the state.

In the sleeve 12 portion of the shirt 10, as shown in FIG. 11A, a plurality of wires 20 are attached to the lower portion of the sleeve 12 over the length of the sleeve. The wire 20 is annularly attached along the shape of the sleeve. However, although a plurality of pieces can be provided along the direction of the sleeve body, it is preferable to attach them in an annular shape along the shape of the sleeve in order not to impede the activity in the state of wearing clothes. Thereby, as shown in FIG. 11B, the sleeve 12 can be three-dimensionally shaped and maintained in the state which walked.

On the other hand, in the pants 25 as the garment having the shape retention, as shown in FIG. 12A, a plurality of annular wires 20 are attached to the hem of the pants 25. As a result, even the pants 25 made of soft cloth such as knitted paper can be three-dimensionally shaped and held in a state where the hem is rolled, as shown in Fig. 12B.

As mentioned above, by joining the wire 20 to the garment, even if the cloth is made of a cloth which is soft and fragile like a knit paper, the garment can be three-dimensionally shaped and maintained. In addition, since the surface of the cloth is not treated like grass paste, the texture of the cloth is not impaired.

In addition, since the shape retention of the wire 20 does not change even as time passes, the stereoscopic shape of the garment is maintained. In addition, even if the shape of the garment is broken once, since there is a wire 20, it is possible to easily form again to form a good state without requiring a special device, tool, or drug.

In addition, in FIG. 13, the shirt 10 of the letter (knit meriyasu etc.) is shown as an example of the product which consists of cut | disconnected cloth. However, the product applying the incision-shaped cloth is not limited to clothes such as shirts, pants or jackets, and can be widely applied to cloth products such as fashion goods such as mufflers, scarves and bags. As shown in FIG. 13, stripes are formed on the shirt 10. As shown in FIG. 14, the stripes of the shirt 10 are not formed by changing the color of a print or a fabric thread, but at least a plurality of types (patterns and colors) of the main cloth 17 and the sub-cloth 16. ) Is formed by a plurality of line-shaped cutouts 30...

Inside the main fabric 17, a sub-fabric 16 having a width slightly larger than the width of the stripe is sewn so that the sub-text 16 is cut from the cut 32 between the main fabric 17 and the main fabric 17. Appearing on the outside of the cloth. The cutting edge 17a of the main cloth 17 formed by forming the cut 32 in the main cloth 17 is exposed to the outside of the garment without being cut off. As a result, the cutting edge 17a of the main cloth 17 is rolled up due to the characteristics of the letter, and this appears on the outer side of the cloth to form a three-dimensional line at the top and bottom switching portions of the stripes. It is natural that the cutting edge 17a of the main cloth 17 curls up, so that the switching portions of the main cloth 17 and the sub cloth 16 appear on the outer side of the cloth in a curved shape instead of a straight line.

The fabric of the main cloth 17 is a letter, sheeting, rib stitch, pearl stitch, pin tuck, Raben stitch, racked stitch , Half cardigan rib stitch, full cardigan rib stitch, full stitch, allow stitch, jacquard stitch, lace, intarsia, plating ), A napping pattern, or the like.

On the other hand, the woven fabric of the nonwoven fabric 16 is not limited to a letter, but can be a woven or nonwoven fabric. By making the difference between the main fabric 17 and the sub fabric 16, the cut 30 can be formed not only in color but also in texture.

Next, a method of forming an incision in the cloth will be described using the flowchart of FIG. 15.

First, as shown in FIG. 16A, the secondary fabric 16 is sealed inside the main fabric 17 (S11). As the main fabric 17 and the secondary fabric 16 are sewn by sewing the periphery of the incision 32 to be formed in the main fabric 17, a stitch 31 appearing on the outside of the main fabric 17 is formed. . For the stitch 31, a thread of the same color as the main cloth 17 may be used, or a decorative stitch 31 may be used using a thread of a different color from the main cloth 17.

On the other hand, when the incision 30 is made in the shirt 10 shown in FIG. 13, the constituent fabric of the shirt 10 in the form of the shirt 10 is made into the main cloth 17. The secondary fabric 16 is sewn on the back of the constituent fabric of the shirt.

Subsequently, in the case where the fixed stitch 31a, which will be described later, is not formed in the cut shape 30 (S12), as shown in Fig. 16B, the main cloth 17 is cut or cut and cut into the main cloth 17. An incision 32 is formed (S13).

In forming the cut 32, a predetermined width (hereinafter referred to as "rolled up width") between the cut edge 17a and the stitch 31 of the main cloth 17 produced by the cut 32 As long as the main cloth 17 is left. That is, the main cloth 17 is cut out to form an incision 32, leaving the width rolled up from the stitches 31, and rolled up from the periphery of the incision 32 (the cutting edge 17a of the main cloth 17). The stitch 31 is positioned outside by the width.

The cutting edge 17a of the main cloth 17 is left uncut without performing a treatment for the purpose of preventing loosening (for example, a treatment to be wound or glued). Then, when the cutting edge 17a of the cut main cloth 17 is shrink-proofed (S15), the cutout 30 is formed on the cloth.

As described above, the cutting edge 17a of the main cloth 17 formed by forming the cut 32 on the main cloth 17 is left uncut and cut, so that the cut 32 is formed to form the main cloth ( By reducing the cutting edge 17a of the 17), as shown in FIG. 16B, it corresponds to the rolled up width of the main fabric 17 (main fabric 17) from the stitch 31 to the cutting edge 17a. Part) curls up to the outside of the fabric. It is natural that the cutting edge 17a curls up because it is not forcibly processed but utilizes the characteristics of the cloth, so that the transition portions of the main cloth 17 and the sub cloth 16 are not straight but curved, but on the outside of the cloth. It appears to form curved stripes.

In this way, the curling of the cutting edge 17a of the main cloth 17 becomes a part of the decoration that makes the cutting shape 30 unique and novel, and can give a loose feeling to the cloth of the cutting shape 30. . In addition, since the loosening prevention process of the cutting edge 17a is unnecessary, the work process is small and the work is simplified.

On the other hand, it is preferable that the rolled width is appropriately adjusted to the range of the incision 32 according to the cut shape 30, and the rolled width of the same cut shape 30 is preferably made almost uniform. . By making the rolled up width substantially constant, the volume of the cut edge 17a of the main cloth 17 appearing on the surface of the cloth is rolled up so as to make the volume almost constant and increase the aesthetics.

For example, when the incision 30 is put into the shirt 10 shown in FIG. 13, a linear sheath is cut out on the main cloth 17 surrounded by the stitches 31 described above, and this is cut into the incision 32. do. However, when the width of the stripes formed on the shirt is large, the main cloth 17 surrounded by the stitches 31 is cut out into a strip shape leaving a substantially constant rolled-up width from the stitches 31 to form a cut 32.

In the cut-out form 30 formed as mentioned above, when the pattern is put, the constituent cloth of what becomes a finished product (if the shirt 10 shown in FIG. 13 is shaped like a shirt) is made into the main cloth 17. . As a result, for example, as shown in FIG. 17, a stripe for dividing the pattern can be formed in the cutout 30 on the pattern portion of the constituent cloth of the shirt on which the pattern is printed. By dividing the pattern into three-dimensional stripes rather than inserting a single paragraph pattern between the stripes and lines of the stripes, the patterns and stripes can coexist visibly in the same range.

For example, as shown in FIG. 18, it is also easy to form the line-shaped cutout 30 which passes through the seam of the sleeve and the trunk of a shirt. In this case, as shown in FIG. 19A, the constituent cloth of the shirt which made the shape of the shirt is made into the main cloth 17, and the secondary fabric 16 which is continuous over the sleeve 12 and the torso 11 is sewn, The stitch 31 is performed around the incision 32 to be formed. And as shown in FIG. 19B, when cutting off the main fabric of the part enclosed by the stitch 31, leaving the width rolled up from the stitch 31, the incision 32 is formed and the cutting edge 17a is pre-shrunk-processed, The main cloth 17 from the stitch 31 left as the rolled up width to the cutout 17a is rolled outward to form a cutout 30.

On the other hand, the shape that can be formed in the above-described incision 30 is not limited to a continuous line shape. For example, as shown in FIG. 20, the divided line cut shape 30 may be formed.

In this case, the method of forming the cutout 30 on the cloth will be described with reference to the flowchart of FIG. 15. First, as shown in FIG. 21A, the sub-cloth 16 is placed inside the main cloth 17. FIG. The stitch 31 is performed around the incision 32 which is about to sew (S11).

Subsequently, as shown in FIG. 21B, the fixed stitch 31a is formed in the portion surrounded by the stitch 31 (S14). In this embodiment, although the fixed stitch 31a of x shape is given, it can also be set as the stitch 31, such as a polygon, a circle, and a point.

Finally, as shown in FIG. 21C, the main cloth 17 surrounded by the stitch 31 and the fixed stitch 31a is cut out leaving the width rolled up from the stitch 31 to form the cut 32 (S13). . In this way, when the incision 32 is formed and the cutting edge 17a positioned around the incision 32 is shrink-proofed (S15), the main cloth 17 from the stitch 31 to the cutting edge 17a is formed. Rolled up to the outside is divided into a line-shaped cut shape 30 is formed.

In addition, the shape that can be formed in the above-described incision 30 is not limited to the line shape. For example, as shown in FIG. 22, you may form the wedge cross-shaped cutout 30. As shown in FIG.

In this case, as shown in FIG. 23A, the stitch 31 is performed around the incision 32 which tries to sew and form the secondary fabric 16 inside the main fabric 17. FIG. Subsequently, as shown in FIG. 23B, when the main cloth 17 surrounded by the stitches 31 is cut off leaving the width rolled up from the stitches 31 to form the cut 32, the cuts are immediately cut from the stitches 31 ( The main cloth 17 to the incision edge 17a of the 32) is rolled out to form a wedge cross shape 30. As described above, for example, various shapes of cutouts 30 such as polygons, circles, hearts, and clover can be formed on the fabric.

As described above, when the incision shape is formed by performing the incision shape forming method, a free shape incision shape 30 can be easily formed on the cloth.

In addition, the cut-out form 30 formed in this way has the secondary fabric 16 appearing on the outer side of the cloth via the incision 32 formed in the main cloth 17, and the main cloth 17 at the periphery of the incision 32 The three-dimensional line is formed by rolling up the rolled up width left between the cut edge 17a and the stitch 31. That is, the incision 30 is formed by the three-dimensional line formed in the switching part of the cloth by the main cloth 17 and the sub-cloth 16, and the switching part of the cloth. And the three-dimensional line formed in the transition part of the cloth is natural in a curved shape, and since the main cloth 17 and the secondary fabric 16 are not linearly divided but feel like being converted into a smooth curve, The baggy feeling can be further enhanced.

By the way, conventionally, in the garment which consists of woven fabrics, such as jeans, the duplex design which makes a part of the decoration cut open by exposing it to the surface of the cloth and cut | discovered without covering the cutting edge of a cloth is known. Moreover, in the garment which consists of letters, such as a T-shirt, the double-fashioned design which makes the incision part which wound up and wound up by exposing the suture part, such as an armpit and a sleeve, outward is known as a part of the decoration.

The double design, which makes these incisions a part of the decoration, creates a loose feeling and is widely used mainly by young people.

Moreover, the decoration technique which cuts a part of cloth and exposes another cloth from the part which cut out conventionally is known conventionally.

For example, Japanese Unexamined Patent Application Publication No. 5-60314 proposes a method of exposing another cloth from the opening of the cut cloth to configure a three-dimensional pattern on the cloth. Here, the sheet body (cloth, etc.) is provided with an opening for forming a shape, a shape is formed on the back side of the opening, a filling is filled, and a shape piece in which three-dimensional irregularities are formed is attached, and the three-dimensional shape of the shape piece is attached. Is to be seen from the opening of the sheet body.

In Japanese Unexamined Patent Application Publication No. 5-60314, "In spite of being attached to the back side of the sheet main body, the edge of the opening of the sheet main body is covered with a convex shape piece and is inconspicuous. The appearance is improved ". In other words, the cutting edge of the cloth located at the edge of the opening is not merely a decoration but merely a boundary to which the cloth is switched.

Therefore, as mentioned above, the process of forming the stitch which surrounds the part which is going to cut out by sewing a secondary fabric inside of a main fabric, and the process of cutting out the main fabric enclosed by the said stitch leaving a predetermined rolled-up width from a stitch By using an incision shape forming method comprising a, a free shape incision can be easily formed on the cloth. In addition, the formed incision shape, the sub-texture appears on the outer side of the cloth through the incision formed in the main cloth, the three-dimensional line is formed at the periphery of the incision by the rolled up width left on the main cloth. Moreover, since the loosening prevention process of the cutting edge of main cloth is unnecessary, work process is few and operation is easy.

By making the main cloth into a letter and the non-woven cloth into any one of a letter, a woven fabric or a nonwoven fabric, the rolled-up width left on the main fabric is rolled up to form a three-dimensional line. In addition, the three-dimensional line formed in the switching part of a main cloth and a secondary cloth becomes a natural thing of a curved shape. Moreover, since the said main fabric is a constituent cloth of what will become a finished product when a cut shape is put in, it becomes possible to form the cut shape which divides the pattern put into the cloth, and also makes it easy to cut the shape which is continuous to the suture parts, such as clothes. Can be formed.

An incision formed in the main fabric, a stitch made outward from the periphery of the incision by a predetermined roll width, a sub-textile appearing on the surface of the main fabric through the incision, and the rolled width are rolled up to form an incision. By constructing the cloth, the curling of the cutting edge of the main cloth becomes part of the decoration that makes the incision shape unique and novel, and can give a loose feeling to the incision cloth. In addition, by making the main cloth into a letter and the non-woven cloth into any one of a letter, a woven fabric, or a nonwoven fabric, the three-dimensional line formed by the curling of the rolled-up width left on the main fabric becomes uncurved and loose. I can feel a sense.

Clothing having the shape retention according to the present invention is applicable to shirts, pants, jackets, etc., as well as fashion goods such as mufflers, scarves, bags.

Claims (4)

A garment having prosthesis, comprising a member that is deformable and retains shape to the garment. A garment having prosthesis, wherein a deformable and shape-retaining member is attached to the trunk, sleeve, hem, collar, or pocket of the garment. The method according to claim 1 or 2, The garment which has the shape retaining shape which made the said deformation | transformation and the shape maintainable member a resin wire or a ceramic wire. The method of claim 3, The garment which has the shape retention which end-processed by folding the edge part of the said resin wire or the ceramic wire, and covering the cylindrical member.

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