TW201622595A - Padding material, material for cup section, and garment with cup sections - Google Patents

Abstract

A padding material 14 is composed of a urethane material which satisfies LC ≤ 1 and RC ≥ 80, where LC is the compression linearity and RC is the compression resilience. In a garment with cup sections 1 in which padding 11 composed of this padding material 14 is disposed in at least a lower cup section, wear pressure applied from the lower cup section to the lower part of the bust is suppressed, allowing the total wear pressure applied to the bust to be effectively reduced. Furthermore, the flexibility, lightweight feel, and softness of the cup section 2 are enhanced, achieving both shaping of the bust and wearer comfort.

Description

Material for padding, material for cup and material for clothes with cup

The present invention relates to a material for a pad, a material for a cup portion, and a garment having a cup portion.

The garment with the cup portion represented by the bra is provided with, for example, a cup portion for covering the chest, a substrate portion for supporting the lower edge portion of the cup portion, and a back portion extending from the substrate portion toward the back side; And a sling portion connected to the cup portion. One of the main functions of such a garment with a cup portion can be exemplified by the shape of the chest. For example, in the brassiere described in Patent Document 1, both the cup body and the covering covering the surface of the cup body constitute a cup portion, and the thick cloth sheets are sewn together by the longitudinal seam to form a cup shape. And stitching the lower edge of the cover to the lower edge of the cup body.

On the other hand, the demand for the wearing feeling of the clothes with the cup portion also becomes very high. The applicant surveyed a total of 500 people aged 16 to 64 on a bra with a high frequency of use, and obtained a result that the proportion of consumers who answered the importance of wearing a sense of wear reached about 60%. The answer is to pay attention to the fit or comfort of the body, that is, the number of consumers associated with the degree of wearing comfort is also high. From this, it can be seen that not only the shape of the chest is formed, but also the wearing feeling is also valued.

[Patent Document 1] Japanese Patent Laid-Open Publication No. 2002-220705

[Problems to be solved by the invention]

Fig. 10 is a view showing the relationship between the strength of the wearing feeling of the existing article of the clothes with the cup portion and the shape forming property. In the drawing, the horizontal axis represents the strength of the wearing feeling, and the vertical axis represents the shape (cup pressure), and the relationship between the strength of the wearing feeling of the existing products A to I and the shape forming property is plotted. As shown in FIG. 10, in the case of the existing products A to I, the strength and the shape of the wearing feeling are approximately proportional. That is, the garment having the cup portion having a high shape is more worn, and the garment having the cup having a lower shape has a weaker wearing tendency. In order to achieve both the shape and the wearing feeling of the chest, it is necessary to develop a garment having a cup portion belonging to the X region in Fig. 10 .

In order to balance the shape and feel of the chest, the applicant has carried out an analysis of the wearing pressure of the existing product with the cup-covered garment in the course of painstaking research. In the wearing pressure analysis, as shown in Fig. 11 (a), in the chest portion of the virtual figure, the central portion (point A) of the lower contour line of the breast, the lower part of the chest (point B to point D), and the center of the chest The wear pressure was measured at eight points on both sides (point E, point F) and upper chest (point G, point H).

Figure 11 (b) is a diagram showing the results of wearing pressure analysis. As shown in Fig. 11, the average value of the wearing pressure with respect to the upper part of the chest (point G, point H) was about 0.35 kPa, and the average value of the wearing pressure of the lower part of the chest (point B to point D) was about 1.3 kPa. As a result, it was found that the wearing pressure applied to the lower portion of the chest from the lower cup portion of the garment having the cup portion reached about four times the wearing pressure applied to the upper portion of the chest from the upper cup portion. Therefore, the applicant has completed the present invention by obtaining the following research results: if the wearing pressure applied to the lower part of the chest from the lower cup portion can be suppressed, and the total amount of wearing pressure acting on the chest is effectively lowered, the chest can be considered Both shape and wearing.

The present invention has been made to solve the above problems, and an object of the present invention is to provide a material for a pad, a material for a cup portion, and a garment having a cup portion, which can achieve both the shape and the wearing feeling of the chest. [Means for solving the problem]

In order to solve the above problems, the material for a gasket according to one aspect of the present invention is made of a urethane material, and the linearity of the compression property is expressed by LC, and the compression resilience is represented by RC, and the urethane material satisfies LC≦1 and RC≧80.

By using the urethane material satisfying the above-described compression characteristics in the material for the spacer, both the compressibility at the time of applying a compressive load and the recovery property at the time of releasing the compressive load can be secured. Therefore, it is possible to suppress the wearing pressure applied to the lower part of the chest from the lower cup portion by using the garment having the cup portion in which the spacer for the spacer material is disposed at least in the lower cup portion, and it is possible to act on the chest. The total amount of wearing pressure is effectively reduced. Moreover, by ensuring both the compressibility and the recovery property of the pad, the softness, the light weight, and the bulkiness of the cup portion can be improved, and the shape and the wearing feeling of the chest can be achieved.

Further, the material for the spacer is expressed by WC as the amount of compression work, and can also satisfy WC≧6. In this case, the compressibility at the time of applying the compressive load is further improved, and the wearing pressure acting on the lower part of the chest from the lower cup portion can be more appropriately suppressed.

Further, the material for the cup portion according to one aspect of the present invention is made of a urethane material, and the linearity of the compression characteristics is expressed by LC, and the compression resilience is represented by RC, and the urethane material satisfies LC≦1. And RC≧80.

By using the urethane material satisfying the above-described compression characteristics in the material for the cup portion, both the compressibility at the time of applying a compressive load and the recovery property at the time of releasing the compressive load can be secured. Therefore, by using the garment with the cup portion in which the material for the cup portion is disposed at least in the lower cup portion, the wearing pressure acting on the lower portion of the chest from the lower cup portion can be suppressed, and the total amount of wearing pressure acting on the chest can be made effective. Reduced. Moreover, by ensuring both the compressibility and the recovery property of the pad, the softness, the light weight, and the bulkiness of the cup portion can be improved, and the shape and the wearing feeling of the chest can be achieved.

Further, the material for the cup portion indicates the amount of compression work by WC, and can also satisfy WC≧6. In this case, the compressibility at the time of applying the compressive load is further improved, and the wearing pressure acting on the lower part of the chest from the lower cup portion can be more appropriately suppressed.

Further, a garment having a cup portion according to an aspect of the present invention includes a pair of right and left cup portions that can cover a shape of a wearer's chest, and at least a lower cup portion of the cup portion is provided with the pad A pad made of material.

By using the above-described material for the lining in the garment having the cup portion, the wearing pressure acting on the lower portion of the chest from the lower cup portion can be suppressed, and the total amount of the wearing pressure acting on the chest can be effectively reduced. Moreover, the flexibility, the light weight, and the bulkiness of the cup portion can be improved, and the shape and the wearing feeling of the chest can be achieved.

Further, the garment having the cup portion according to the aspect of the invention includes a pair of right and left cup portions that can cover the shape of the wearer's chest, and the cup portion is disposed in at least the lower cup portion of the cup portion. material.

By using the material for the cup portion in the garment having the cup portion, the wearing pressure acting on the lower portion of the chest from the lower cup portion can be suppressed, and the total amount of wearing pressure acting on the chest can be effectively reduced. Moreover, the flexibility, the light weight, and the bulkiness of the cup portion can be improved, and the shape and the wearing feeling of the chest can be achieved. [Effects of the Invention]

According to the present invention, it is possible to achieve both the shape and the wearing feeling of the chest.

[Best Mode for Carrying Out the Invention]

Hereinafter, a preferred embodiment of the material for the cup portion and the garment with the cup portion according to one embodiment of the present invention will be described in detail with reference to the additional drawings.

Fig. 1 is a front elevational view showing a garment having a cup portion formed by a material for a cup portion according to an embodiment of the present invention. As shown in Fig. 1, the garment 1 with the cup portion is configured as a bra for women, for example. The garment 1 with the cup portion is composed of a cup portion 2 having a pair of left and right sides, a substrate portion 3 supporting the lower edge side of the cup portion 2, and a back portion 4 from the both sides of the substrate portion 3, respectively. Extending to reach the back side; and the sling portion 5 connects the cup portion 2 and the back portion 4.

The cup portion 2 is made of a material having a certain shape retaining property and elasticity such as non-woven fabric or foamed polyurethane, and forms a dish shape corresponding to the shape of the human chest. The upper edge portion 2a of the cup portion 2 is curved upward in a substantially central portion so as to be along the upper portion of the chest, for example. Further, the side edge portion 2b of the cup portion 2 is curved toward the center side in a gentle concave shape to prevent the movement of the arm from being hindered. Further, the lower edge portion 2c of the cup portion 2 is curved downward to be convex to fit the lower side contour of the breast.

Further, a wire portion 6 is provided on the lower edge portion 2c side of the cup portion 2. The steel wire portion 6 is formed by sealing, for example, a wire member as a core material into a diagonal cut tape. As the steel wire member, for example, metal or plastic or the like can be used. As the oblique tape, a soft material such as a woven fabric or a woven fabric can be used.

The substrate portion 3 is a surface layer cloth formed of a material such as a woven fabric or a woven fabric having elasticity (especially, stretchability in the left and right direction) such as sable, and the non- (difficult) stretchability of the skein or the like is added. The material is used as a liner, and the whole has non- (difficult) flexibility. The upper side portion 3a of the substrate portion 3 is curved in a concave shape along the lower edge portion 2c of the cup portion 2, and is sewn to the lower edge portion 2c of the cup portion 2. Further, an edge portion composed of a material having a particularly high stretchability in the longitudinal direction may be provided on the lower side portion 3b of the substrate portion 3 in order to improve stretchability and restorability. Moreover, as a material used for the edge part, an elastic band etc. are mentioned, for example.

The back 4 is formed of a stretchable material such as an elastic mesh warp knit fabric. The base end side of the back portion 4 continues from the side portion of the substrate portion 3 and extends in a strip shape toward the back side. A hook 7 is provided at the end of the back side of the back 4. By the hooks 7, the left and right backs 4 can be arbitrarily engaged with each other.

Further, the sling portion 5 is formed by molding a cloth such as a woven fabric and sewing it into a rope shape. The material such as the textile used in the sling portion 5 preferably has stretchability in the longitudinal direction. The sling portion 5 is spanned between the cup portion 2 and the back portion 4 to constitute a so-called shoulder strap. Further, one end of the sling portion 5 is coupled to the side edge upper edge of the cup portion 2, and the other end of the sling portion 5 is coupled to the upper edge portion of the back portion 4.

Next, the structure of the above-described cup portion 2 will be described in more detail.

Fig. 2 is an enlarged view of a main portion showing the cup portion 2 from the back side. As shown in Fig. 2, on the skin side of the cup portion 2, a bag body portion 12 for arbitrarily detaching the pad 11 is provided. The bag body portion 12 is formed by sewing a cloth having a good touch such as a tricot warp knit fabric to the skin side of the cup portion 2.

The bag body portion 12 of the present embodiment is provided corresponding to the lower side (lower cup portion) of the cup portion 2, and includes a lower edge portion 12a along the upper edge portion 3a of the substrate portion 3, and an upper edge portion 12b from the lower edge portion. The end portion on the center A side before the 12a is extended toward the side edge portion 2b on the lower side with respect to the upper edge portion 2a of the cup portion 2, and the side edge portion 12c is linearly coupled to the side of the lower edge portion 12a. The side and the side of the upper edge portion 12b. The lower edge portion 12a is sewn to the upper side portion 3a of the substrate portion 3, and the upper edge portion 12b is sewn to the lower side of the upper edge portion 2a of the cup portion 2. Further, the side edge portion 12c is formed in an unsewn state, so that the gasket 11 can be detached from the side of the cup portion 2.

As shown in FIG. 3, the spacer 11 has a substantially elliptical body portion 13. Both ends of the main body portion 13 in the longitudinal direction form a shape (spun nozzle shape) that gradually narrows toward the distal end. The main body portion 13 is formed by enclosing an elastic core material with a thin cloth having a good touch on the skin such as a jersey fabric or a spiral fabric. Further, the thickness of the body portion 13 can be appropriately designed in accordance with the desired chest shape.

The core material used for the main body portion 13 is formed of the spacer material 14, and the spacer material 14 is made of, for example, a foamable urethane material. Moreover, Fig. 4 is a view showing the compression characteristics of the material for the spacer. As shown in Fig. 4, the compression characteristics of the material for the liner are expressed in terms of thickness and pressure.

The characteristic value of the material for the spacer may be, for example, linear LC of compression characteristics, amount of compression work (compression energy per 1 cm ² ) WC, and compression resilience RC. The linear LC system of the compression characteristic shows a parameter of the compressibility at the initial stage of compression, and the smaller the numerical value, the more the material is easily compressed at the initial stage of compression. The amount of compression work is a parameter showing the overall compressibility, and the larger the value, the more easily compressed material. Further, the compression resilience system displays a parameter of the recovery property after compression, and the larger the value, the easier it is to restore the material of the shape. As another parameter, for example also a thickness T ₀ as an additional pressure ^{_{P 0 (= 0.5gf / cm 2}} ) at the time of, and additional pressure ^{_{P m (= 50gf / cm 2}} ) when the thickness T _m.

The linearity LC of the compression characteristic is expressed by the following formula (1). [Formula 1] The amount of compression work WC is expressed by the following formula (2). [Expression 2] The compression resilience RC is expressed by the following formula (3). [Expression 3]

The characteristic value of the urethane material constituting the spacer material 14 of the present embodiment satisfies the linear characteristic LC≦1 of the compression characteristics, the compression resilience RC≧80, and the amount of compression work WC≧6. Each characteristic value of the urethane material can be measured using, for example, an automatic compression tester (KES FB3-AUTO-A) manufactured by KES KATO TECH Co., Ltd., Japan. The gas permeability of the urethane material constituting the material for the lining 14 is preferably 250 cm ³ /cm ² · sec or more as measured by the A method (Fraser method) according to JIS L-1096. In addition, the water absorbing property of the urethane material constituting the material for pad 14 is preferably 5 seconds or less as measured by the dropping method according to JIS L1907.

The urethane material constituting the material 14 for a gasket of the present embodiment can be obtained by, for example, reacting and hardening a polyol with an isocyanate (not yellowish isocyanate). Further, the density (foamed specific gravity) of the urethane material was two types of materials having a density of 35 kg/m ³ and materials having a density of 45 kg/m ³ .

Next, the effect of the spacer material 14 will be described.

Fig. 5 is a view showing an example of characteristic values of the material for a spacer according to the embodiment and the comparative example. As shown in Fig. 5, Examples 1 to 3 are all urethane materials satisfying LC≦1, RC≧80 and WC≧6. Among them, in Example 3, a fabric composed of a woven fabric or a woven fabric such as a jersey fabric, a spiral fabric, or a tricot warp knit fabric was pressed against the urethane material.

The characteristic values of Example 1 were: LC = 0.618, WC = 6.045 (gf · cm / cm ² ), RC = 87.77 (%), T ₀ = 4.853 (mm), and T _M = 0.941 (mm). The characteristic values of Example 2 were: LC = 0.695, WC = 11.850 (gf · cm / cm ² ), RC = 89.97 (%), T ₀ = 8.230 (mm), and T _M = 1.409 (mm). The characteristic values of Example 3 were: LC = 0.844, WC = 13.738 (gf · cm / cm ² ), RC = 83.54 (%), T ₀ = 8.450 (mm), and T _M = 1.943 (mm).

Comparative Examples 1 and 2 are conventional materials having LC>1 and RC<80. In Comparative Example 1, a urethane material was used, and in Comparative Example 2, a fabric composed of a woven fabric or a woven fabric such as a jersey fabric, a spiral woven fabric, or a tricot warp knit fabric was pressed against a nonwoven fabric. The characteristic values of Comparative Example 1 were LC=1.820, WC=8.719 (gf·cm/cm ² ), RC=49.24 (%), T ₀ =5.352 (mm), and T _M =3.434 (mm). The characteristic values of Comparative Example 2 were LC = 1.054, WC = 1.775 (gf·cm/cm ² ), RC = 77.02 (%), T ₀ = 5.182 (mm), and T _M = 4.508 (mm).

Fig. 6 is a view schematically showing a difference in compression characteristics between the material for a spacer according to the embodiment and the material for a spacer according to the comparative example. In the example shown in FIG. 6, the compression characteristics of Comparative Example 1 are represented by X1, the compression characteristics of Comparative Example 2 are represented by X2, and the compression characteristics of Embodiments 1 to 3 are indicated by Y.

When the compression characteristics were analyzed, it was found that the conventional urethane material of Comparative Example 1 has a tendency to have high compressibility at the initial stage of compression and recovery after compression. Lower. Further, the nonwoven fabric of Comparative Example 2 has a tendency to be higher in compressibility at the initial stage of compression and recovery after compression than in Comparative Example 1, but the overall compressibility is low. On the other hand, in the urethane materials of Examples 1 to 3, the compressibility at the initial stage of compression was sufficiently higher than that of Comparative Examples 1 and 2, and the overall compressibility was the same as or higher than that of Comparative Example 1. And the recovery after compression is greater than or equal to Comparative Example 2.

As described above, by using the urethane material satisfying LC≦1 and RC≧80 in the spacer material 14, the compressibility at the time of applying a compressive load and the recovery property at the time of releasing the compressive load can be made. All are guaranteed. Therefore, the garment 1 having the cup portion in which the spacer 11 composed of the spacer material 14 is disposed at least in the lower cup portion can suppress the wearing pressure acting on the lower portion of the chest from the lower cup portion, and can act on The total amount of wearing pressure on the chest is effectively reduced. Moreover, by ensuring both the compressibility and the recovery property of the pad 11, the flexibility, the light weight, and the bulkiness of the cup portion 2 can be improved, and the shape and the wearing feeling of the chest can be achieved. Further, the lining material 14 used a urethane material which further satisfies WC ≧6. Therefore, the compressibility at the time of applying a compressive load is further improved, and the wearing pressure acting on the lower part of the chest from the lower cup portion can be more appropriately suppressed.

Fig. 7 is a view showing an analysis result of the wearing pressure of the cup portion to which the material for the cup portion is applied. The analysis shown in Fig. 7 measures the wear pressure applied to the chest from the lower cup portion for each of the following samples: Sample A, which is formed by a non-woven fabric, and sample B, which is formed of the same material as the spacer material 14 The upper cup portion is formed by the non-woven fabric, the lower cup portion is formed by the non-woven fabric, the upper cup portion is formed by the non-woven fabric, and the lower cup portion is formed of the material equivalent to the spacer material 14; and the sample D is the same as the spacer material 14 The material forms the entire cup portion.

As a result of the wearing pressure measurement, as shown in FIG. 7, in the case of the sample A and the sample B, the wearing pressure applied to the chest from the lower cup portion (the point B, the point C, the point D in Fig. 11(a) is worn. The total value of the pressure is 5.5 kPa or more. On the other hand, in the case of the sample C and the sample D, the wearing pressure applied to the chest from the lower cup portion (the total value of the wearing pressure at the point B, the point C, and the point D in Fig. 11(a)) is 3.0 kPa or less. . Therefore, it can be concluded that by applying the material for the cup portion according to one aspect of the present invention to at least the lower cup portion, the wearing pressure applied to the lower portion of the chest portion from the lower cup portion can be suppressed to half. The total amount of wearing pressure on the chest is effectively reduced.

In addition, FIG. 8 is a view showing the result of the evaluation test of the cup portion to which the material for the cup portion is applied. In the evaluation test shown in FIG. 8, for the samples A to D shown in FIG. 7, the multi-evaluator was evaluated for the subjective wearing feeling of the clothes with the cup portion. The evaluation items of wearing feeling are three items of softness, lightness and bulkiness. In addition, each item is divided into five stages of evaluation (+2, +1, 0, -1, -2), and the average value of the responses of each measurer is the subjective value. The larger the subjective value (the more on the + side), the more soft, light, and bulky the wearing feel. Conversely, the smaller the subjective value (the more the side is on the side), the more it is said to be harder, heavier, and not smooth.

As a result, in the case of sample A and sample B, all three items have negative subjective values, and in the case of sample C and sample D, all three items have positive values of subjective values. In other words, the sample A and the sample B of the material for the cup portion according to one aspect of the present invention and the sample C and the sample D to which the material for the cup portion according to the present invention is applied to the lower cup portion are not applicable to the lower cup portion. There is a substantial difference in the evaluation of the wearing feeling between the two types of samples.

The present invention is not limited to the above embodiment. For example, in the above-described embodiment, it is shown that the spacer 11 is formed using the spacer material 14, and the spacer 11 is applied to the cup portion 2 of the type of the pocket portion 12 of the cup portion 2. However, as shown in Fig. 9, the cup side portion 22 may be formed by a padded skin side cloth 22 which is a cup having a compression property equivalent to that of the pad material 14. The part material 24 is placed inside.

In this form, the skin side cloth 22 with a pad includes a lower edge portion 22a along the upper edge portion 3a of the substrate portion 3, and an upper edge portion 22b from the end portion on the center A side before the lower edge portion 22a. The side edge portion 2b extends closer to the lower edge portion 2a of the cup portion 2, and the side edge portion 22c extends along the side edge portion 2b of the cup portion 2. The skin side cloth 22 with a pad is attached to the cup material 24 so as to have substantially the same shape as the pad 11 shown in FIG. 3, and is disposed so that the cup material 24 is placed on the lower cup portion. The skin side of the cup portion 2. Further, the lower edge portion 22a is sewn to the upper side portion 3a, the upper edge portion 22b is sewn to a position lower than the upper edge portion 2a of the cup portion 2, and the side edge portion 22c is sewn to the side of the cup portion 2 Edge 2b.

In such a form, as in the above-described embodiment, the wearing pressure acting on the lower chest portion from the lower cup portion can be suppressed, and the total amount of wearing pressure acting on the chest can be effectively reduced. Moreover, the flexibility, the light weight, and the bulkiness of the cup portion 2 can be improved, and the shape and the wearing feeling of the chest can be achieved.

Further, for example, in the above embodiment, the brassiere is exemplified as a garment having a cup portion. However, as the clothes with the cup portion to which the present invention is applied, in addition to the bra, for example, a full-length underwear such as a bra chemise, a bra vest, a jumpsuit, a swimsuit, a tights, and the like may be mentioned. Further, the features of the present invention are applicable to all types of bras such as full cup bras, 3/4 cup bras, and 1/2 cup bras. Further, the cup portion can be sewn in various forms such as single slit folding, double slit folding, two-piece joining, three-piece joining, only folding, and seamless (molding cup).

1‧‧‧ Clothes with cups
2‧‧‧ cups
2a‧‧‧Upper edge
2b‧‧‧ Side edge
2c‧‧‧ Lower margin
3‧‧‧The substrate section
3a‧‧‧Upper side
3b‧‧‧ lower side
4‧‧‧ Back
5‧‧‧Slings
6‧‧‧Steel Department
7‧‧‧ hooks
11‧‧‧ cushion
12‧‧‧Bag body
12a‧‧‧ Lower margin
12b‧‧‧Upper Edge
12c‧‧‧ Side edge
13‧‧‧ Body Department
14‧‧‧Piece material
22‧‧‧ Skin side cloth
22a‧‧‧ Lower margin
22b‧‧‧Upper Edge
22c‧‧‧ Side edge
24‧‧‧ Cup material

Fig. 1 is a front view showing a garment having a cup portion formed by using a material for a pad according to an embodiment of the present invention; [Fig. 2] showing the garment with a cup portion shown in Fig. 1. [Fig. 3] is a perspective view showing an example of a spacer suitable for the cup portion shown in Fig. 2; [Fig. 4] showing the compression characteristics of the material for the spacer. Fig. 5 is a view showing an example of characteristic values of the material for a spacer according to the embodiment and the comparative example; [Fig. 6] schematically shows a material for a spacer according to the embodiment, and a comparative example A drawing showing the difference in the compression characteristics of the material for the pad; [Fig. 7] is a view showing the analysis result of the wearing pressure of the cup portion for the pad material; [Fig. 8] shows the application of the pad A drawing of the result of the evaluation of the cup portion of the material; [Fig. 9] The cup portion of the garment with the cup portion formed by the material for the cup portion according to the embodiment of the present invention is displayed from the back side. Magnified view of the main part; [Fig. 10] shows the wearing feeling of the existing goods with the cup-covered clothes A drawing showing the relationship between the strength and the shape forming property; and [Fig. 11] is a drawing showing the wearing pressure analysis of the existing article of the clothes with the cup portion, and Fig. 11 (a) is the measuring position of the wearing pressure, Fig. 11 (b) is the result of the analysis.

1‧‧‧ Clothes with cups

2‧‧‧ cups

2a‧‧‧Upper edge

2b‧‧‧ Side edge

2c‧‧‧ Lower margin

3‧‧‧The substrate section

3a‧‧‧Upper side

3b‧‧‧ lower side

4‧‧‧ Back

5‧‧‧Slings

6‧‧‧Steel Department

7‧‧‧ hooks

11‧‧‧ cushion

14‧‧‧Piece material

Claims (6)

A material for a liner is made of a urethane material. If the linearity of the compression property is expressed by LC and the compression resilience is represented by RC, the urethane material satisfies LC≦1 and RC≧80. For the material for the gasket of the first application of the patent scope, if the amount of compression work is expressed by WC, WC≧6 is satisfied. The material for the cup portion is made of a urethane material. When the linearity of the compression property is expressed by LC and the compression resilience is represented by RC, the urethane material satisfies LC≦1 and RC≧80. For the material for the cup portion of the third item of the patent application, if the amount of compression work is expressed by WC, WC≧6 is satisfied. A garment having a cup portion, comprising: a left and right pair of cup portions forming a shape that covers a wearer's chest, and at least a lower cup portion of the cup portion is disposed in claim 1 or 2 A pad made of material for the pad. A garment having a cup portion having a pair of right and left cup portions forming a shape covering a wearer's chest, and at least a lower cup portion of the cup portion is provided with a cup of claim 3 or 4 Partial materials.