WO1981002721A1

WO1981002721A1 - Core board for shaping and retaining the shape of clothes

Info

Publication number: WO1981002721A1
Application number: PCT/JP1981/000065
Authority: WO
Inventors: J Mochizuki
Original assignee: J Mochizuki
Priority date: 1980-03-25
Filing date: 1981-03-25
Publication date: 1981-10-01
Also published as: AU6924981A

Abstract

An improvement of a core board for shaping and retaining the shape of clothes having a body, used within the clothes to prevent them from collapsing in the course of distribution and to improve their appearance in a display. This core board includes a thin hem supporting section (21) at the upper edge of a hem retaining member (2) within the upper inside portion of the publicly known core board (1) with right and left side edges (13, 13). The hem supporting section (21) is mounted under constant tension within the core board. A pair of self-nipping sections (30, 30) are so provided that the back surface portion of the hem supporting section (21) and the inside surface portion confronted with the back surface portion of the section (21) are brought into close contact with each other at both ends by fixing a partial portion of at least the vicinity of the upper edge of the hem retaining member (2) to the core board (1) at both side ends by a mounting means (3) exposed at the outside of the core board (1) and coupled directly to he outside of the core board (1). With the core board utilized, the work of shaping and retaining the shape of the waist body W and the hem body H can reliably be performed rapidly and effectively in the rectilinearly shortest motion.

Description

Detailed document "Title of invention" Clothes shaping and shape-retaining core plate "Technical field"

The present invention is based on a dress, a bath, a brush, a engine, and a tank. , Ny wa, underwear, white garment, upper hem, etc., to prevent the collapse of cargo in distribution and improve the appearance on display of clothing products that mainly have a body. Regarding the improvement of the core plate for shaping and shape retention used by including clothing as an auxiliary material for finishing packaging for the purpose or .a.

I fe W "

Traditionally, many garment products that have a body are made by polymerizing the back a of the garment and the outer surface of a known garment core plate for shaping. The shoulder body of the clothing'is folded along the side of the left: ^ of the core plate, and folded and shaped on the inner surface of the core plate, and the body of the clothing is further wrapped. Fold the same body along the lower green of the core plate so that it fits within the surface of the core plate, and fold the garment body, which is the body, in half to form the above-mentioned shoulder body that has been shaped. The outer surface is folded and shaped, and if necessary, the joints of both shoulders and the hem are fixed by appropriate means to maintain the overall shape. O

Of the shaping of the body and the shape-retaining means, each of the Japanese national license office bulletins, (1) Public S 5 5 — 1 7 9 6 7 No. Ά 7 ¾ Open 3S 4 9 — 3 1 5 3 8 No., ③ Actual H ¾ 5 3 -3 1 4 6 6 (The above publications ① to ③ are the same as the present invention. No. 0 0 (European country'preemptive power

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Λ. wipn Claim), ⑤ Tokukousho 5 0 --2 1 9 0 6 (Insistence on priority of the country of Sis), ⑥ Jitsukosho 5 0 — 2 0 8 2 7, ⑦ Japanese Patent Application Laid-Open No. 4 9 1 1 0 4 7 5 In No. 6, both are means that can directly support the entire body, that is, various hem that intervenes inside the fold of the hem and the inner surface of the core plate or the circumference is directly connected to the base. Support members are shown o

In the shaping and maintenance by the intervention of the support member, compared to the conventional one, for example, a bin as an accessory (dangerous and skillful at the time of puncture). ) Or a clip (poor effective holding ability, requires finger strength and labor to attach, and is visually impaired]?) To shape the hem body When fixed directly to both shoulders, it loses its shape (that is, the tension of the body-the displacement of both shoulders due to the load, and the looseness of the tone), and the appearance deteriorates (that is, the hem folds). There are no deficiencies such as contact ratios that occur because the center of Ό 緣 is not supported, while Japan Patent Office Gazette, JPO 5 3 — 9 9 2 3 1, Japanese Patent Application Laid-Open No. 4 9 — 2 1 2 4 7 (Saichi Strataic country priority claim :), Mitsukai Akira 5 4 ―― 1 3 2 4-3 3 3 etc., via appropriate button suspension members However, when the body is suspended by the front position of the body, it is suitable for the restrictions (that is, the presence of the front position of the body and the difference in the button position). #)> Obstacles (that is, both ends of the hem body are not supported, the shape of both ends is deformed and the festival is rolled up in the interior bag), and the appearance is deteriorated (that is, on the outer surface of the hem body, the above Patent suspension material strength; there are no deficiencies such as dew ffi) accompanied by suspension.

However, even though the conventional example does not have such a defect, I

Shaping the torso and hem body · _{High reliability in shape retention · Λ} High efficiency. It cannot be said that it is a practical means that has all of low cost. Post in.

The state of the base of the hem support ^ member is the origin of the integral notch piece from the core plate (exemplified in Gazette ① and tongue 10 in Gazette ④), and the insertion piece attachment to the core plate (Gazette ②, and Gazette). ③ Root 2 5 · 2 8.

2 ⁹ ), Affixing with the core plate (Each example in Gazette ⑤ No ⑦), Folding integrated with the core plate]? ) Or, as shown in the tongue 4 2 and groove 4 4 of Gazette ③), the inner surface of the core or the support member is directly connected to the circumference of the core, or is directly connected to the support member. In the state of being fragile in strength (especially in the case of crude ¾), which is just a mistake, the inner surface of this core ¾ is attached to the ridge of the core. It is not enough to endure the desired on-site work (that is, a drastic and quick work that is extremely important) because the work is directly and intensively applied. Missing one

The shape-retaining harbor body is always the same as the inner core plate S Ο and the upper part of the support ^! Gaps that are not strongly adhered to each other (Gazette ① No ③, Gazette ⁽ shown in each of Fig. 9 and Gazette ⑦), and supported by a support member that has the ability to cover the interior bag (Gazette) From the beginning, such as (2) I; · Example) of ④, or supported by 3 supporting materials that utilize the covering property of the flap and auxiliary mount (public,'!:' · · Example in ⑥). ¾ ¾ ¾ ¾ ¾ ¾ ¾ ¾ ¾ ¾ ¾ ¾ ¾ ¾ It also lacks authenticity o Proper placement of the support member on the core plate can be done by inserting it in the middle of the work (exemplified in Gazette ②), and in the same way (Tongue 10 in Gazette ④), and the left and right connection (Gazette G) side. As in the case of bending and reversing (exemplified in Gazette ⑤ and ⑦), it is not a setup work, but an incidental work during shaping and shape retention work. It's annoying if it takes time and effort! ), The ease of handling is impaired.

(Each example is shown in Fig. 9 of Gazette ①, Gazette ③, and Gazette ④) Or, the shoulder body is intervened on the back side of the support member whose shoulder body cannot be sufficiently confirmed, and it interferes with the insertion of the hem (Gazette ④). (Illustrated in Fig. 9 and Gazette ⑦), the consideration to notice the damage and shape loss caused by the pinning of the shoulder body hinders the quick insertion of the hem body. In addition to consideration for lack of credibility in terms of durability and strength, or loss due to ease of handling, work efficiency is reduced, and the body is made of board. If a support member intervenes inside the body when folding back along the lower sill (exemplified in Gazette ⑤ or ⑦), the original flexibility of the fabric will be lost, and the shortest straightness will be quick. Workability is also reduced in this respect, as it cannot be turned back by a specific work.

From the useful part of the core plate material that was not originally cut off, the support member is integrally formed with the core plate (Gazette .: 2). As a result, the core plate material cost accounts for a large proportion of the total cost of the auxiliary material for finishing and packaging, so it is supported by this compared to the conventional economically-paid transaction: plate. With parts

The Ζ board is significantly more expensive, and the low cost of the plate is impaired. "Disclosure of Invention J

The present invention is different from the above-mentioned conventional example in terms of use mainly as a means for shaping and retaining the body and hem of clothing products with a body] 9, reliability, convenience, high efficiency, and low cost. Extremely practical garment shaping that combines sex'For the purpose of providing a shape-retaining core plate, the gist is posted. In the upper part of the inner surface of the core plate, preferably, at the position where the upper ends of the left and right side ridges are connected, a thin-walled stationary support part, which is attached to the upper part of the different hem holding member, is superimposed and deployed. However, at least, both ends of the holding member are so that the support portion is always stretched and the back surface portions at both ends of the support portion and the inner surface portion of the core plate that overlaps with the support portion are in close contact with each other. A long-lasting, highly reliable mounting means that exposes at least one part of the upper side and the core on the side to the outer surface of the concentric plate and is directly connected to the outer surface. The parts that are firmly fixed and in close contact with each other are used as a pair of self-holding parts, and the holding members and mounting means are used as inexpensive, mediocre materials and'means, respectively. O

When the core of the present invention is used based on such a structure, as an outstanding feature, for the person, the torso and hem body-shaping and shape-retaining work are linearly and shortest. The operation is quick, and you can take the plunge without any anxiety. Therefore, it contributes to the improvement of the productivity of finished packaging, and it has a great practical effect that has never been seen before.

A brief description of Γ Figure Ξ "

Fig. 1 shows the front surface showing an embodiment of the core plate of the present invention, and Fig. 7 shows each front surface S! (However, each piece shows another example of the present invention.

"^- Part of the side and ¾ are the hem holding members and

The figures and perspective views, a — 1 and _g — 7 in Fig. 9, correspond to Fig. 1 and Fig. 7, respectively, and show the fixed state of the core plate and the hem holding member.

In the top view, of these, a — 1 and c 13 show each vertical cross section at the center of the mounting means, and d — 4 and g — 7 show the same cross section. The figure is a perspective view showing a state in which clothing is being shaped using the core plate of the present invention with a partial cutout, Fig. 11 is a front view of the shaping aid shown for reference, and Fig. 12 is the auxiliary tool. Use-Front view showing the condition, a and ¾ in Fig. 1 3 are perspective views of the cloth holding tool shown for reference, and a and ¾ in Fig. 14 show the usage condition of the cloth holding tool. , Vertical cross-sectional views, a and b in Fig. 15 are with recesses, respectively.

^ i J tetrahedron shown in reference to the part of the present invention the core plate was additionally provided with, respectively positive surface view and AB enlarged vertical longitudinal sectional view _0-1 in鎵garments shaping core plate,

1 3 is the side skirt, 2 is the hem holding part, 2 1 is the hem support part, 3 is the mounting means, 30 is the self-holding part, H is the hem body o

"The best way to put an invention into practice

When the development of the present invention is described based on each embodiment of the drawing, 1 is an example of a collar difference. Piece 1 1, left and right shoulder garments 1 2 · 1 2, left and right side garments 1 It is a known garment shaping core plate mainly composed of 3 · 1 3 and lower collar 14 etc., and can exhibit moderate flexibility as well as the degree of rigidity required for garment shaping and shape retention. It is possible to use a thin plate-like material with the same effect as a plate, synthetic resin sheet, etc. 〇 2 is a different hem holding member, plate, synthetic ^ fat sheet, thick synthetic resin collar. Film, thick <durable thread, wire, string, ribon In the example of Fig. 1, the cut-off part on the top and bottom of the core plate 1 was used, so it is particularly ridiculous. , Fig. 2 Fig. 4 Fig. It is possible, in the example of Fig. 3, which consists of a cut-off part with a shoulder-shaped sword 1 2 2 as the base, "^ body protrusion

2 0 2 (shown in the two-point chain) is inverted and folded], and then the two ends of the piece 2 0 2 are double-attached with a stile as an example to make a difference. o o

2 1 is a thin-walled hem support part that is attached to the upper part of the holding member 2, and the support part 2 1 is a garment shoulder body that is folded back along the side sill 1 3 · 1 3. In the upper part of the inner surface of the core plate 1 (all surfaces in the figure) (the boundary is indicated by V), which is exposed without being covered by the iron, it is preferable to say that it is on the side of the self. 1 3 Upper ¾ iU ¾: Directly at the clue position

F € 5 polymerized, water. Flatly distributed o

3 is a mounting hand that has a long life, for example, a stake that has a wide distance between the stakes and a tie of Xia (however, the upper sword is stopped). The sewn method and the state of the H stitch shown in the figure are examples. In addition to straight stitches, sewn stitches and other stitches are also possible.) 3 In the example, the sword is attached through the sword, in the 4th figure, the stab is made through the metal fitting, and in the 5th figure, the 7th and 2nd swords are various stakes (sides 1 3). [Fixed by covering) And, it is possible to use low-priced general-purpose means like this o

L'ίρ J'Lumber 2 at least on both ends of the member 2 above green

3: The position and the core plate 1 are at least the above-mentioned support m 2 1 is always used. The outer surface of the concentric plate 1 is exposed and said so that the back surface portions at both ends of the support portion 2 1 and the inner surface portion of the core plate 1 that overlaps with the back surface portion are in close contact with each other. It is securely fixed by the above-mentioned mounting means 3 which is durable and highly reliable, which is directly connected to the outer surface.

The pair of left and right 30 · 30 is a self-holding part that uses the part in the above-mentioned close state as the self-holding function part. In Fig. 4, it is installed in the same plane as the mounting means 3, and in Fig. 5, it is along the side sill 13 in Fig. 5 and o'.

As an example, the sewing thread of the mounting means 3 and 3 in Fig. 1 is a two-point chain sill. Not only does it improve the efficiency of sewing, but the reliability of the self-holding part 30 --- 30 is further improved. However, it is also effective in this respect. On the other hand, only this tension thread 2 3 can be used independently (immediately, use a thick thread and use the part of the tension thread 2 3 with both ends sewn together as the support part 2 1 and member 2. ), For member 2! ¾'Because there is no property, the holding power of the self-holding part 30 will retreat, but the desired effect can be obtained. Reinforcement by hammering is also effective, and fixing by means of attachment or other means. · Single use of wire or string or ribon in a stretched state has the same effect. There is ₀

In addition, in the example of Fig. 4, using the U-shaped cross-section holding metal fitting 3 1 that allows elastic material like a plate panel, through its own flexibility and the sword 3 2 protruding inside Ξ. All bites were fixed as mounting means 3 The state is shown, and the holding force of this self-holding part 30 is further enhanced by the elastic load of the metal fitting 3 1 as well as the rigidity of the member 2, and even when combined with the thin core plate 1, the core plate 1 The effect of the lining reinforcement and the above-mentioned enhancement of the holding force is remarkable. Therefore, it is possible to reinforce the strength and increase the holding force as appropriate]? It may be a department o'

The above-mentioned means of anchoring, needle attachment, and alloying .3 are tightened on both outer surfaces of core night 1. member 2, so this reliability is high. Not to mention, in addition to these, it is also possible to wear the clothes through the pigeon eyes or the alloy hook, and to wear the clothes, etc. o Note that the needles, etc. The material of the fastener is a rust-proof surface treatment such as a rust-proof stainless steel, various alloys, synthetic resin, and hard gum. But of course it is different ό ο

Fig. 5 shows the member 2 made of a thin band-shaped rice boat with good quality and strong creases (thick-walled synthetic resin fiber is also possible), and the side cage 1 of ¾. 1 It is stretched up to 3 and then both ends of the member 2 are folded back to the outer surface of the core plate 1, and this folded part 2 2 is attached via an adhesive as the mounting means 3. And fixed to the core plate 1 • 2C shown ο

The member 2 in Fig. 6 is made of the same paperboard or synthetic resin sheet as in Fig. 5, but it is mounted on the outer surface of the core plate 1 without using an adhesive, and the core plate 1 is pierced. Member 2 embedded in hole 1 5 Mounting pieces on both sides

2 4 (It is easy to insert it by folding it at the sewing machine 25), and the attachment is fixed as the mounting means 3, and the member 2 is sufficient.

'ヽ. It is a fitting installation that utilizes the elasticity of the core plate 1 so that it can be stretched.

In the member 2 of the 7th figure, the locking holes 2 6 '27 on both ends of the member 2 are also inserted into the fastener 3 3 fitted in the drilling hole 150 of the core plate 1. It is fixed by using the attachment as the attachment hand 3.

In addition, although not shown, an adhesive tape, which is preferably thick and has a waist, is attached so that the side edges of the core plate 1 and the member 2 are wound around and adhered to both outer surfaces. Aspects are also included as indirect attachments mediated by tapes o-Each of the above attachments is fixed by folding both ends of member 2 directly or indirectly at the part of ^ 綠 13 Due to its characteristic morphology, the tensile external force applied to the end of the support part-. 2 1 acts as a pressing force on the side part 13 by the friction of that part, and the same part': The reaction of this is generated o Therefore, the above-mentioned external force is not directly transmitted to the outer surface of the core plate 1 and the amount of the above reaction is reduced. O ^, ¾ attachment is at least twice as much as when the base of the hem support member is directly connected to the inner surface of the core plate or its circumference to the conventional ^. With the above tensile strength; even if a finger or a stationary body is inserted in the holding part 30 · 30 the reliability stretching and Tamotoji 3 0 - 3 0 frettage S of the support portion 2 1 at ¾ have _e adherend;, but not so strong cleft in the fastening,-out practically satisfiable all ^ It has changed to a state] 9 is not ο

Since each of the above sewing and fixing with the attachment as a hand 3 does not involve an extremely protruding ^ binder, this is the case when the board of the present invention is layered. There is no risk of clothing damage due to the fasteners, and there is no risk of additional thickness or deformation of the core plate due to the protrusion of the garment. In the mounting process by (including the adhesion of), it is sufficient to be able to form a self-supporting part in the shape of a sword that is effective over a wide range in a short process. The support portion 2 1 of the member 2 fixed by adhesion can be configured over a wide area similar to the width of the core plate 1 o.

In addition, the present invention can be rearranged other than the illustrations of the member 2 and the means 3 without deviating from the above-mentioned constitutional requirements of the support portion 21 and the holding portion 30. Change .. Of course, it can be deformed.

Fig. 10 shows the dresser as an example of clothing, and shows the state in the middle of shaping using the main plate of Fig. 1 example] ?, fiP. Then, fold the shoulder body B and sleeve S of the shirt on the inner surface of the core plate 1 to form a chela shape, and use the seam of the shoulder body 3 as an example for the fabric shown in Fig. 13. The shape was maintained using the holding tool 5, and the body W was folded back along the lower sleeve 14 i? Following this, the shape of the body body W and the shaping of the skirt body H. The shape is that the body body H is folded back along the support part 2 1 and both ends of this folded part are sandwiched between the holding parts 3 0'. It is completed quickly just by squeezing it into 30 (the torso body W and hem body H in this state are not shown in Fig. 1 and are shown by the alternate long and short dash line in Fig. 3). --In addition, when the skirt body H is folded over *, the shape-retaining shoulder ^{body 3} covers the skirt 2, but if the member 2 is bent, it is closedly connected to this. Since the core ¾ 1 also corresponds to the bay ffi, the shoulder body B simply accompanies the change between this member 2 and the core plate 1, and therefore the effect of tension on the shape-retaining shoulder body 3 is On the other hand, the 5 materials 2 are simply in a linear form, and the shape-retaining shoulder body 3 is used.

' ..

1 2

Even if the member 2 of this is not covered, when the hem body H is folded back, the state of the body B can be completely confirmed and grasped, so that the shape collapse at this time can be avoided in advance. Folding back of the hem body H. For the work of pinching, on the back side of the member 2 which is difficult to check, the shape-retaining shoulder body

Coupled with the fact that B does not intervene, there is no need to be aware of anxiety or hesitation o

In addition, since there are no inclusions inside the garment body W before shaping, the body W can be quickly folded back along the lower edge 14 with the shortest linear motion o.

In addition, since the back side of the support part 2 1 where the hem body H is folded back is immediately the holding part 30.30 and the support part 2 1 is always stretched, the hem body H The folded part is short, and in the conventional example, it can be applied even when the shape is in trouble.

Therefore, in the present invention, the core 1 and the holding member 2 which form the main constituents of the holding portion 30 · 30 are fastened or covered without any weak mounting means. Due to the durable, highly reliable and reliable mounting means 3, this self-holding part 3 0. 30 is sent, displayed, and over time. In addition to the above durability, it also has a strong S that can withstand the shape-retaining work shock.]? Therefore, the body shape and shape retention are extremely long-awaited. However, the craftsman is quick and quick with the shortest linear movement, but he is also anxious. The holding part 3 0. 30 is attached because it is a fool that does not have to do any incidental work at the site during the shape-retaining work, or it exerts its own holding effect. No goods are required, and the work itself is extremely simple as described above.

',:Eight , In combination with this, it is clear that the use of the core plate of the present invention easily achieves convenience and high efficiency in terms of shaping and shape retention. O

In addition, the shape-retaining state is due to its own highly reliable holding part 30 · 3 0 due to its own close resilience.] 9 Hem body H Both ends are strongly sandwiched. And a series of members 2 The thin-walled part 2 1 with the hem body inverted along the support part 2 1 ·, which was stretched by fixing with at least the upper friction j? On both ends. Due to the strong frictional resistance that concentrates on the hem, the hooking action of the hem body H that is hooked on the inside of the fold is strong and lasting, that is, it is held securely. The reliability of the shape retention is extremely high ₀

On the other hand, as mentioned above, the member 2 that can be made of a mediocre low-priced material does not require an excessive area, and the processing of the mounting means 3 can be performed by a low-priced general-purpose means. Et al.'It is obvious that the manufacturing cost is low.

Therefore, the present invention can achieve reliability, convenience, high efficiency, and low power in the use of the body * hem body for shaping and shape retention, especially with the enhancement of human morale. It harms the productivity of finished packaging, and has an unprecedented effect that is extremely large in practical use.) O

It should be noted that the more the part ^ 2 is made of a highly flexible material, the more it is not useful for the reinforcement of the core plate 1 (improvement of the refractive deformity of the upper part). Good o

In addition, the mode of the additional part, the effective use of the accessory and the clip, which are necessary for the effective implementation of the core plate of the present invention, are omitted.

■ 5 〇 ri' Notch 1 6 · 1 6 of side rattan 1 3 and notch 2 β · 2 0. Hole 1 7 of core plate 1 and hole of member 2 in Fig. 1. 2 3 and the groove 1 8 of the side sill 1 3 in Fig. 4 and Fig. 7 are the positioning guides for proper deployment of the member 2 on the core plate 1, respectively, and only in Fig. 4. However, the groove 1 8 in Fig. 7 also has a function to support the load of the member 2. The tongue 2 9 of the member 2 is also a _{guide similar to the above. 0} The window hole 1 0 in Fig. 3 is the escape of the core plate 1 used when connecting the protruding piece 2 0 2. ο As the poison material for member 2 in Fig. 6 and Fig. 7, it is also possible to utilize the core plate 1 from the central part in the tongue direction.

Fig. 11 In Fig. 1, 4 indicates a plastic fitting tool that, when used in combination with the core plate of the present invention, significantly improves the workability of folding the support body Η into the member 2. As a material, thin-walled synthetic resin plate, metal plate, chemical plywood, etc. with good surface slipperiness and rigidity are acceptable, and as a form, one end surface is uneven and curved. The convex shape of the concave-convex shape 40 is a continuous concave-convex shape, and the entire circumference of the edge of the concave-convex shape 40 is subjected to an edge treatment such as surface finishing or chamfering. Chain line for small convex shape As shown in the figure, it is appropriate to sharpen the tip a for small metal. O For this use, after the state of ^ body W in Fig. 10, the support part 2 1 From the front side of the hem body H that covers the hem, support the support part 2 1 and apply the uneven shape 40 to it, and the work is completed. It shows the state of being pushed in, and the action of this auxiliary tool 4 --- the metal is only the convex shape of the uneven shape 40, and the hem body H is partially pushed, so Φ with the fabric. Low rubbing resistance Idiot]? Or, the pressing force is concentrated, and the fabric is easy to move along the concave shape of the uneven shape 40, but it is wider and longer than the fingers, and it is thin because it is thin. The entire hem body H can be swiftly and easily squeezed at once.

The joint of the shoulder body B is flexible and flexible, with the vertical cross section being approximately R-shaped or ϋ-shaped, on top of a mere molded product that does not carry the panel members itself. Due to its extremely thin inclusions, this'substantial self-holding effect is poor <slow!), But the intervening fabric thickness is the distance between the clip holding parts. If it is thin or tension is applied to the fabric, it will not be used at all, and even if the clip has a thick member r intervening together with the fabric in the holding part, the same thick member will be used. As a reaction to the extended external force, it is effective to hold the fabric with strong pressure, but it is effective for holding the fabric at the extreme stage, so it is used as the material of the clip. Yotsu: There is concern about extreme plastic strain (crepe) in economic', and I am worried about the certainty of maintaining self-sustaining force.) Fig. 1 3 No Fig. 15 For supporting the fabric for enhancing holdability, which is a combination of a face piece 6 with a recess 6 1 and a crit '7 with a convex part 7 1'¾ It is good to have a holding tool 5, • The face piece 6 has a pressure property in the thickness direction, and can be made of suitable materials such as cloth, synthetic resin, plywood, and hard gum, which have poor surface smoothness. However, the required thickness (the self-holding property of the P sound in the upper stage of the clip 7 is such that the convex 7 1 is sufficiently squeezed into the concave 6 1 and at least in the vertical direction. It is necessary to have a thickness that can prevent the play of the clip 7 and an inaccurate thickness that does not allow the sandwiched part of the clip 7 to be widened.

--- It has a size (large enough to hold the face piece 6 together with the cloth around the recess 6 1) o The face piece 6 and the cloth in the state of the convex part 7 1 to the recess 6 1 and the cloth. Lib 7 is a fitting in which at least some of them are always in contact with each other, that is, a correlation structure that prevents other play from each other o.

The usage of this holding tool 5 is that in the combination of the face 6 of a in the figure 1 3 and the same clip 7, the cloth is covered with the entire recess 6 1 and supported by the face 6. Also, until the convex part 7 1 is squeezed into the concave part 6 1, just insert the clip 7 and the fabric holding work is completed.

4-The finished state is shown in Fig. 1 ί with the fabric 8 in the cross-sectional view a at the center in the longitudinal direction and the lateral view b including the convex part 71 at the top). Since the face piece 6 in this work functions as a support stable surface for the fabric 3 which is flexible and difficult to handle, and an insertion guide surface for the clip 7, this work is performed by the conventional click. Compared to that of the cloth alone, it is extremely simple and good. The face piece 6 is composed of the required thickness from the member 2 itself, the notch raised piece 6 2 of the member 2, and the inverted thickened piece 6 3 raised from the piece 6 2. In both cases, the recess 6 1 is formed from the ridge 6 4 of the member 2 corresponding to the above piece 6 3 and the groove of the above piece 6 2 o. In such a configuration in which the member 2 is a face piece 6, the member 2 Since the shoulder body can be held and the member 2 can be lifted from the core 1, the freedom of the fingers can be increased when the clip 7 is inserted. The drilling hole 6 5 of a is provided to facilitate the gripping of the surface ^ o and the member 2 in Fig. 2. 6 6 is a drilling hole for the recess 6 1 as an example o Due to the use of this fabric holding tool 5, the insertion state between the recess and the protrusion is the self It is sufficiently self-sustaining, but because of the self-reliance in the early stages, there is no concern about extreme plastic strain in the fabric, and a step is created on the fabric ground to prevent the fabric from being flexible. Therefore, the tension acting on the fabric intervening in the holding tool is concentrated on each circumference (including corners) at least at the concave portion 6 and the convex portion 7, and the step direction of the fabric changes. Each time, the frictional resistance of each circumference weakens, and finally it does not act as a tension enough to pull out the fabric from the holding tool, so the cloth is sufficiently held. O "Industrial applicability"

By using the core plate of the present invention, it is possible to quickly and daringly adjust the shape of the hem and hem with the shortest linear movement, but with no anxiety, and it has this unprecedented practical effect. The significance is great, for example, along with raising the morale of the people, it is possible to point out the significance that can contribute to the improvement of the productivity of the finished packaging, and its industrial applicability is clear. Ru o

, Heshi'\

Claims

Request B

In the garment shaping core plate (1) having the left and right side edges (1 3 .1 3), in the upper part of the inner surface of the core plate (1), preferably the above left'right A thin-walled stationary support (2]) provided on the upper edge of a series of hem-holding members (2) is polymerized and deployed on the upper edge of the side skirt (3 3). At least, the support part (2 1) is always stretched and the support part (2]-) is closely connected to the back surface part of the rain and the inner surface part of the core plate (1) that overlaps with this. At least one part near the upper edge and the upper ΐ core (1) and Τ ヽ, plate (1) on both ends of the ^{holding member (2).} With a highly reliable mounting means (3) that has a high degree of durability and is directly connected to the outer surface of the outer surface, it is securely fixed and the part that is in the above-mentioned close state is one ^. "The self-holding part (30 • 30), and the above-mentioned holding member (2) and mounting means (3) \, respectively, as a low-grade, mediocre material and general-purpose means, clothing. Shaping-Core for shape retention