JP4585281B2 - Cups and women's clothing with cups - Google Patents

Description

  The present invention relates to a cup and a female garment with a cup.

In Patent Documents 1 and 2, the thickness of the lower part on the side of the cup skin is increased, and by this thickness, the lower region (hereinafter simply referred to as the side of the breast below the breast top (nipple of the breast)). , A side lower part of the breast) is pressed to move the volume of the lower part of the breast so that the volume of the lower part of the breast is raised, and the breast shape is adjusted so as to increase the volume of the breast.
Japanese Patent Laid-Open No. 9-78311 JP-A-9-132801

  However, for breasts with firm skin, firmness and firmness, and the breasts that are separated from each other on the left and right sides, the breast shape is shaped and the left and right breasts located on the front center side of the upper part of the breast (hereinafter simply referred to as left and right) If you are trying to form a deep, large and clear valley between the breasts, just as you push the lower side of the breast just like the conventional cup above, In many cases, the movement of the volume between the breasts is poor, and a deep and large valley having a rich volume feeling between the left and right breasts is not formed.

  On the other hand, using the above-mentioned conventional cup, it may be possible to further increase the pressure on the lower side of the breast, thereby increasing the volume movement between the left and right breasts. A feeling of wearing will fall by strong press to a lower part.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a cup and a female garment with a cup that can reliably move the volume of the breast from the lower breast to the upper breast while maintaining a comfortable fit for a hard breast that is difficult to move. Is to provide.

The cup of the present invention is formed by connecting the upper cup portion and the lower cup portion along a line extending from the front center side to the side of the breast top in the worn state, and the lower cup portion is the front center A breast formed by a second cup part located on the side, a third cup part located on the side part, and a first cup part located in the center between the second cup part and the third cup part The lower cup part is larger than the upper cup part in the wearing state, and the pressing action on the breast is larger than the upper cup part. In the lower cup part, the first cup part is the second cup part and It is larger than the third cup part, and the pressing action in the first cup part is formed such that the top side part near the breast top is larger than the lower part covering the lower breast part. And

  Here, “pressing” means that the surface of the cup skin side covering the breast presses (presses) the surface of the breast, and “pressing action” refers to the cup skin side during this “pressing”. Means the action of the surface of the breast on the breast surface. The magnitude of this “pressing action” is the pressure applied to the breast by the skin side of the cup against the surface area value of the surface on the cup skin side (the surface of the predetermined area) that applies the “pressing action” to the breast surface ( It is determined by a value obtained by multiplying the value of (force per unit surface area). The meanings of “pressing” and “pressing action” are the same in the following description.

According to the present invention, while the second cup portion and the third cup portion in the lower cup portion press and hold both sides of the belt-like region in the worn state, the lower portion of the first cup portion is the first cup portion. The lower breast portion of the band-like region is pressed with a pressing action larger than the pressing action applied to the breast by the second cup portion and the third cup portion. Thereby, the volume of the breast pushed out by pressing by the lower part of the first cup part is hardly dispersed on the side of the second cup part and the third cup part (both sides of the band-like region), and from the lower part of the breast. They will move together to the top of the breast. And while the top side part of a 1st cup part presses the breast top vicinity by a bigger press action than the lower side part of a 1st cup part, a 2nd cup part and a 3rd cup part are as mentioned above. Press and hold both sides of the belt-like area. As a result, the breast volume moved from the lower breast portion to the vicinity of the breast top by the pressing by the lower portion of the first cup portion, the second cup portion and the third cup portion by the larger pressing by the top side portion of the first cup portion. This is further distributed toward the upper side of the breast top along the direction in which the band-like region extends, with almost no dispersion on both sides (both sides of the band-like region). By such a two-stage pressing action on the lower part of the breast and the vicinity of the breast top, it is possible to reliably move the volume from the lower part of the breast to the breast top side even for a hard breast that is difficult to move. Furthermore, since the breast is pressed in two stages as described above, the pressing action is dispersed compared to the case of a conventional cup that shapes the breast shape with only one stage of pressing. Discomfort (for example, a feeling of pressure) is reduced and a comfortable wearing feeling can be realized.

Furthermore, in the present invention, the upper portion is located above the first cup portion, the second cup portion, and the third cup portion, and covers the region located above the breast surface that the cup portion covers in the worn state. further comprising a fourth cup portion of the cup portion, the pressing action on the breast, towards the second cup portion and the third cup portion is greater than the fourth cup. Therefore, the second cup part and the third cup part have a larger pressing action than the fourth cup part, so that not only the first cup part but also the second and third cup parts press the breast. The volume will move to the fourth cup side. Then, the moved breast volume is further moved by the fourth cup portion over a wider range of the upper breast located above each breast region covered by the first, second and third cup portions. For this reason, it becomes possible to give a rich volume feeling in a wider range above the breast. In particular, in the case of a cup in which the region covered by the first cup portion is positioned on the side side from directly below the breast top, a large valley that extends long between the left and right breasts can be reliably formed.

The cup of the present invention is formed by connecting the upper cup portion and the lower cup portion along a line extending from the front center side to the side of the breast top in the worn state, and the lower cup portion is the front center A breast formed by a second cup part located on the side, a third cup part located on the side part, and a first cup part located in the center between the second cup part and the third cup part In the worn state, the pressing action on the breast is larger in the lower cup part than in the upper cup part, and in the lower cup part, the first cup part is in the second cup part. The first cup portion is thicker on the skin side than the third cup portion, and the top side portion near the breast top is thicker on the skin side than the lower portion covering the lower breast. It is characterized by that.

  According to the present invention, the lower breast and the vicinity of the breast top are pressed in two stages using the difference in thickness on the skin side, so that the breast is hard and difficult to move from the lower breast. Volume movement to the breast top side can be performed reliably. Compared to conventional cups that shape the shape of the breast by pressing the breast volume by one level, the pressure on the breast is distributed in two levels, reducing discomfort and a comfortable fit Can be realized.

The cup of the present invention is formed by connecting the upper cup portion and the lower cup portion along a line extending from the front center side to the side of the breast top in the worn state, and the lower cup portion is the front center A breast formed by a second cup part located on the side, a third cup part located on the side part, and a first cup part located in the center between the second cup part and the third cup part The lower cup part is larger than the upper cup part in the wearing state, and the pressing action on the breast is larger than the upper cup part. In the lower cup part, the first cup part is the second cup part and It is thicker on the skin side than the third cup part, and in the first cup part , the top side part near the breast top is formed to have a larger surface area than the lower part covering the breast lower part, It is characterized by that.

  According to the present invention, by utilizing the difference in the surface area covering the breast, the lower breast and the vicinity of the breast top are pressed in two stages, so that the breast that is hard and difficult to move from the lower breast Volume movement to the breast top side can be performed reliably. Compared to conventional cups that shape the shape of the breast by pressing the breast volume by one level, the pressure on the breast is distributed in two levels, reducing discomfort and a comfortable fit Can be realized.

The present invention further includes a fourth cup portion as an upper cup portion located above the first cup portion, the second cup portion, and the third cup portion, and the second cup portion and the third cup portion. towards the cup portion has a thickness on the skin side of the fourth cup. Therefore, the second cup part and the third cup part are thicker on the skin side than the fourth cup part, so that not only the first cup part but also the pressure by the second and third cup parts causes the breast The volume will move to the fourth cup side. Then, the moved breast volume is further moved by the fourth cup portion over a wider range of the upper breast located above each breast region covered by the first, second and third cup portions. For this reason, it becomes possible to give a rich volume feeling in a wider range above the breast. In particular, in the case of a cup in which the region covered by the first cup portion is positioned on the side side from directly below the breast top, a large valley that extends long between the left and right breasts can be reliably formed.

The cup of the present invention is formed by connecting the upper cup portion and the lower cup portion along a line extending from the front center side to the side of the breast top in the worn state, and the lower cup portion is the front center A breast formed by a second cup part located on the side, a third cup part located on the side part, and a first cup part located in the center between the second cup part and the third cup part The lower cup part is larger than the upper cup part in the wearing state, and the pressing action on the breast is larger than the upper cup part. In the lower cup part, the first cup part is the second cup part and The constituent material on the skin side is greatly compressed than the third cup part, and in the first cup part , the top side part near the breast top is on the skin side than the lower part covering the lower breast part. material is largely compressed, characterized in that

  According to the present invention, the lower part of the breast and the vicinity of the breast top are pressed in two stages using the difference in the degree of compression of the constituent material on the skin side. In addition, volume movement from the lower breast to the breast top side can be reliably performed. Compared to conventional cups that shape the shape of the breast by pressing the breast volume by one level, the pressure on the breast is distributed in two levels, reducing discomfort and a comfortable fit Can be realized.

The cup of the present invention is formed by connecting the upper cup portion and the lower cup portion along a line extending from the front center side to the side of the breast top in the worn state, and the lower cup portion is the front center A breast formed by a second cup part located on the side, a third cup part located on the side part, and a first cup part located in the center between the second cup part and the third cup part The lower cup part is larger than the upper cup part in the wearing state, and the pressing action on the breast is larger than the upper cup part. In the lower cup part, the first cup part is the second cup part and The material on the skin side is compressed much more than the third cup part, and in the first cup part , the top side part near the breast top has a larger surface area than the lower part covering the breast lower part. It is characterized by that.

  According to the present invention, the lower part of the breast and the vicinity of the top of the breast are pressed in two stages using the difference in the surface area covering the breast. The volume can be moved to the top side with certainty. Compared to conventional cups that shape the shape of the breast by pressing the breast volume by one level, the pressure on the breast is distributed in two levels, reducing discomfort and a comfortable fit Can be realized.

Furthermore, in the present invention, the upper portion is located above the first cup portion, the second cup portion, and the third cup portion, and covers the region located above the breast surface that the cup portion covers in the worn state. further comprising a fourth cup portion of the cup portion, the direction of the second cup portion and the third cup portion, that has the fourth cup skin side of the component material than is greatly compressed. Therefore, since the constituent material on the skin side of the second cup portion and the third cup portion is more greatly compressed than the fourth cup portion, not only the first cup portion but also the second and third cups. The breast volume is also moved to the fourth cup side by pressing by the part. Then, the moved breast volume is further moved by the fourth cup portion over a wider range of the upper breast located above each breast region covered by the first, second and third cup portions. For this reason, it becomes possible to give a rich volume feeling in a wider range above the breast. In particular, in the case of a cup in which the region covered by the first cup portion is positioned on the side side from directly below the breast top, a large valley that extends long between the left and right breasts can be reliably formed.

The cup of the present invention is formed by connecting the upper cup portion and the lower cup portion along a line extending from the front center side to the side of the breast top in the worn state, and the lower cup portion is the front center A breast formed by a second cup part located on the side, a third cup part located on the side part, and a first cup part located in the center between the second cup part and the third cup part In the worn state, the pressing action on the breast is larger in the lower cup part than in the upper cup part, and in the lower cup part, the first cup part is the same as the first cup part. A part near the front center of the spread corresponding to the second cup part and a side part of the spread corresponding to the first cup part and the third cup part are overlapped to form a breast in the first cup part . The top side near the top is the lower breast It is wider than the lower portion covering, characterized in that.

  According to the present invention, the lower part of the breast and the vicinity of the top of the breast are pressed in two stages using the difference in the surface area covering the breast. The volume can be moved to the top side with certainty. Compared to conventional cups that shape the shape of the breast by pressing the breast volume by one level, the pressure on the breast is distributed in two levels, reducing discomfort and a comfortable fit Can be realized. Further, in the cup of the present invention, the front center part of the spread corresponding to the first cup part and the second cup part and the side part of the spread corresponding to the first cup part and the third cup part are mutually connected. The first cup portion is formed by overlapping the front center part and the side part. For this reason, since a cup can be formed only by superimposing the front center part and the side part, the manufacture of the cup is facilitated.

The cup of the present invention is formed by connecting the upper cup portion and the lower cup portion along a line extending from the front center side to the side of the breast top in the worn state, and the lower cup portion is the front center A breast formed by a second cup part located on the side, a third cup part located on the side part, and a first cup part located in the center between the second cup part and the third cup part In the worn state, the pressing action on the breast is larger in the lower cup part than in the upper cup part, and in the lower cup part, the first cup part is applied to the first cup part. The corresponding spread parts are formed on the skin side of the spread parts corresponding to the first cup part, the second cup part, and the third cup part, and in the first cup part , the top side near the breast top The lower part of the part covers the lower breast Rimohaba is wide, characterized in that.

  According to the present invention, the lower part of the breast and the vicinity of the top of the breast are pressed in two stages using the difference in the surface area covering the breast. The volume can be moved to the top side with certainty. Compared to conventional cups that shape the shape of the breast by pressing the breast volume by one level, the pressure on the breast is distributed in two levels, reducing discomfort and a comfortable fit Can be realized. Furthermore, in the cup of the present invention, the parts corresponding to the first cup part are spread on the skin side of the parts corresponding to the first cup part, the second cup part, and the third cup part (first cup). Formed on the skin side of the part corresponding to the part). For this reason, since a cup can be formed only by superimposing these two parts, manufacture of a cup becomes easy.

  Furthermore, in the present invention, the lower portion of the first cup portion may cover a region located on the front center side from directly below the breast top in a worn state. In this case, the volume of the breast can be reliably moved in a direction from the region located on the front center side immediately below the breast top to the vicinity of the breast top (that is, the direction toward the side of the breast). For this reason, it is possible to give a rich volume feeling especially to the side chest (side side of the upper breast).

  Furthermore, in the present invention, the lower portion of the first cup portion may cover a region located immediately below the breast top in a worn state. In this case, the volume of the breast can be reliably moved in the direction from the region located immediately below the breast top toward the vicinity of the breast top (direction directed directly above the breast top). For this reason, it is possible to give a rich volume feeling particularly to the region immediately above the breast top.

Furthermore, in the present invention, the lower portion of the first cup portion may cover a region located on the side from directly below the breast top in a worn state. In this case, the volume of the breast can be reliably moved in the direction from the region located on the side from directly below the breast top to the vicinity of the breast top (that is, the direction between the left and right breasts on the front center side). For this reason, it is possible to give a rich volume feeling particularly between the left and right breasts, and a deep and large valley can be formed between the left and right breasts.
Furthermore, in the present invention, the upper cup portion and the lower cup portion may be integrally molded.

  Moreover, the ladies' clothing with a cup of this invention is equipped with said cup, a wire part, and a pair of shoulder strap parts, respectively, and each of said pair of wire part is the side of each of said pair of cups. The pair of shoulder strap portions are attached to the upper ends of the pair of cups, respectively, along a base line extending downward from the base line.

  According to the present invention, there is provided a cup and a female garment with a cup that can reliably move the volume of the breast from the lower breast to the upper breast while maintaining a comfortable fit for a hard breast that is difficult to move. Can be provided.

  Detailed configurations and functions of the cup and the female clothing with a cup according to the present invention will be described with reference to an embodiment of a brassiere. In the description of the surface of the figure, the same elements are denoted by the same reference numerals, and redundant description is omitted.

<Aim and concept of this embodiment>
Female breasts generally vary greatly in shape and hardness depending on age. In order to create a beautiful proportion by shaping the shape of the breast, it is necessary to shape the breast shape according to the shape and hardness of the breast specific to women of each age, while reflecting the bust proportions preferred by women of each age. It is effective. By the way, it is known that many women around 20 years old, especially around 17 to 24 years old, prefer deep and large valleys with a large and clear volume between the left and right breasts. The main features of women's breasts of this age are known to be that the skin is firm and firm, the flesh is hard, and the left and right breasts are separated from each other. However, even when trying to achieve the above-mentioned bust proportions preferred by women between the ages of 17 and 24 years old, as in the conventional cup, the lifting action that simply presses the side lower part of the breast is not enough. In many cases, the movement of the volume to the side is poor, and a deep and large valley with a rich volume feeling is formed between the left and right breasts. On the other hand, it is possible to further increase the pressure on the side lower part of the breast using the conventional cup, thereby increasing the volume movement between the left and right breasts. However, in such a case, the lower side of the breast is strongly pressed, leading to a reduction in wearing feeling.

  Therefore, the “aim” of the brassiere according to the present embodiment is characterized by the above-mentioned women around 20 years old, especially women around 17 to 24 years old, the skin is firm and firm, and the flesh is also hard. It is to create a beautiful bust proportion by surely forming a deep and large valley with a sense of volume between the left and right breasts without compromising the feeling of wearing the breasts whose left and right are separated from each other.

  And, in order to create the proportion of the “aim”, the “concept” of the brassiere according to the present embodiment collects the volume from the lower side of the breast to the breast top side by pressing the lower side of the breast, Further, the volume collected on the breast top side is strongly pushed toward the side between the left and right breasts by strongly pressing the vicinity of the breast top.

  The above “concept” was obtained as a result of intensive studies by the present inventors in order to create a proportion of the above “target”, and this will be described below with reference to FIG. FIG. 1 is a diagram for explaining the concept of a brassiere according to this embodiment, and represents a female left breast. Here, four breast areas A1 to A4 are assigned to the left breast. The breast area A1 is located on the lower side of the breast, the breast area A2 is located near the breast top, the breast area A3 is located on the front center side of the breast areas A1 and A2, and the breast area A4 is located in the breast areas A1 and A2. Located on the side of the.

  First, the breast area A1 is pressed relatively strongly, and the breast areas A3 and A4 are pressed and pressed weaker than this pressure. As a result, the breast volume pushed out by the pressure on the breast area A1 is not dispersed on the breast areas A3 and A4 side because the breast areas A3 and A4 on both sides are pressed. Are gathered in the direction B1 from the lower part of the side toward the breast top, and move to the breast area A2 near the breast top adjacent to the breast area A1 along the direction B1. The breast area A2 is pressed more strongly than the breast area A1, and the breast areas A3 and A4 are pressed and pressed as described above. As a result, the breast volume moved from the breast region A1 to the breast region A2 along the direction B1 is fed out in the direction B2 from the breast top to the left and right breasts by pressing against the breast region A2. For this reason, even if the breast is difficult to move because the skin is hard and firm and flesh is hard, and the left and right are separated from each other, such breast area A1 and breast area By pressing in two steps against A2, a deep and large valley with a sense of volume can be sufficiently formed between the left and right breasts, and a bust proportion can be created that is the “target”.

<Configuration and function of this embodiment>
As shown in FIG. 2, the brassiere 10 according to the present embodiment is attached to a pair of left and right cup parts 11 covering the left and right breasts, and a curved line (base line) extending from the side to the lower side of each cup part 11. Base portion 14, a pair of left and right back portions 15 respectively attached to the left and right ends of the base portion 14, and left and right cup portions 11 and back portions 15. And a pair of left and right shoulder strap portions 16 that bridge the back portion 15. Hereinafter, since the brassiere 10 has a symmetrical shape, only the left side will be described.

  The cup part 11 has an upper cup part 11a (fourth cup part) and a lower cup part 11b attached to the lower side of the upper cup part 11a by sewing or the like. This upper cup part 11a and the lower cup part 11b shall be comprised by the cloth material (a nonwoven fabric is included). And the upper cup part 11a covers the area | region extended toward the front center side of the breast lower part from the side side of the breast upper part in a wearing state, and the lower cup part 11b is a wearing state of the area | region which the upper cup part 11a covers Covers breast regions A1 to A4 (see FIG. 1) located on the lower side. The lower cup portion 11b includes a first cup portion 12a that covers the breast region A1 and the breast region A2, a second cup portion 12b that covers the breast region A3 located on the front center side of the breast regions A1 and A2, and a breast region. And a third cup portion 12c that covers the breast region A4 located on the side of A1 and A2.

A convex portion 13 is provided on the skin side of the first cup portion 12a. And as shown in FIG. 3, the convex-shaped part 13 contains the lower side area | region (lower part of a 1st cup part) 13a and the upper side area | region (top side part of a 1st cup part) 13b, and is a wearing state. The upper region 13b covering the breast region A2 located in the vicinity of the breast top has a larger convex shape than the lower region 13a covering the breast region A1 located at the lower side of the breast. In other words, the convex portion 13 is thicker in the upper region 13b than in the lower region 13a. For this reason, the pressure applied per unit surface area (for example, 1 cm ² ) of the breast surface in the worn state is stronger in the upper region 13b than in the lower region 13a. Further, as shown in FIG. 4, the shape of the first cup portion 12a is wider in the width D2 on the upper side of the upper region 13b than in the width D1 on the lower side of the lower region 13a, and the width D2 is the width D1. About 1.2 to 2.0 times. In addition, the length D3 along the direction from the lower side to the upper side of the lower region 13a is longer than the length D4 in the upper region 13b along this direction, and the length D3 is 1.1 to 1.1 of the length D4. It is about 1.7 times. That is, the upper region 13b has a larger surface area than the lower region 13a.

  Thus, the stronger the pressure applied per unit surface area of the breast surface in the wearing state, the greater the pressing action, and the larger the surface area covering the breast, the greater the pressing action. For this reason, the value of the pressing action on each breast region A1 to A4 is the surface area of each breast region A1 to A4 with respect to the pressure (force applied per unit surface area) measured for each breast region A1 to A4 by the pressure gauge, In other words, each of the lower region 13a that covers the breast region A1, the upper region 13b that covers the breast region A2, the second cup portion 12b that covers the breast region A3, and the third cup portion 12c that covers the breast region A4 when worn. It is measured (calculated) as a value obtained by multiplying the surface area.

  Therefore, in the brassiere 10 according to the present embodiment, the value of the pressing action by the first cup portion 12a is the value of the pressing action that the second cup portion 12b and the third cup portion 12c apply to each of the breast regions A3 and A4. About 1.2 to 2 times. Therefore, the value of the pressing action applied to the breast in the worn state is larger in the first cup portion 12a than in the second cup portion 12b and the third cup portion 12c. Furthermore, in the first cup portion 12a, the upper region 13b is larger than the lower region 13a. In addition, the value of the pressing action of the upper cup part 11a is smaller than any of the pressing actions of the first cup part 12a, the second cup part 12b, and the third cup part 12c, and the second cup part 12b and the third cup. The value is about 0.1 to 0.5 times the value of the pressing action (or the smaller value) applied to each of the breast regions A3 and A4 by the portion 12c.

  As shown in FIG. 5, the lower cup part 11 b is formed by attaching a first lower cup part (front center part) 12 d and a second lower cup part (side part) 12 e by sewing or the like. Here, the first lower cup portion 12d has a second cup portion 12b and a first bonding portion 12f, and the second lower cup portion 12e has a third cup portion 12c and a second bonding portion 12g. Have. In a state where the first bonding portion 12f and the second bonding portion 12g are overlapped, the first lower cup portion 12d and the second lower cup portion 12e are attached by sewing or the like. And the 1st cup part 12a is provided by the 1st bonding part 12f and the 2nd bonding part 12g overlapping, and the convex-shaped part 13 of the skin side of this 1st cup part 12a is provided. Accordingly, as shown in FIG. 5, the lower cup portion is obtained by laminating the first lower cup portion 12d and the second lower cup portion 12e by superimposing the second bonded portion 12g on the first bonded portion 12f. If 11b is formed, manufacture of the cup 10 will become easy.

  In addition, as the constituent material on the skin side of the cup part 11 is greatly compressed, the cushioning property is lowered and hardened, the pressure applied per unit surface area of the breast surface in the worn state is increased, and the pressing action on the breast is also increased. growing. For this reason, as the cup part 11, the 2nd cup part 12b and the 3rd cup part 12c compressed the constituent material of the skin side more largely than the upper cup part 11a, and the 1st cup part 12a is the 2nd cup. The constituent material on the skin side is compressed more greatly than the part 12b and the third cup part 12c, and further, the constituent material on the skin side of the first cup part 12a is compressed much larger in the upper region 13b than in the lower region 13a. It may be what was done. In this case, the second cup portion 12b and the third cup portion 12c have a larger pressing action than the upper cup portion 11a, and the first cup portion 12a is more than the second cup portion 12b and the third cup portion 12c. However, the pressing action is further increased, and in the first cup portion 12a, the pressing action is further increased in the upper area 13b than in the lower area 13a.

  Returning to FIG. 2, the description will be continued. The base portion 14 is made of a stretchable cloth material (including a non-woven fabric), and is attached to the lower cup portion 11b by sewing or the like. The back portion 15 is made of a cloth material (including a non-woven fabric), and is attached to the left and right ends of the base portion 14 by sewing or the like. Engagement members (not shown) (for example, a male hook and a female hook) (not shown) for connecting the ends to each other and attaching the brassiere 10 to the body are provided at the ends of the pair of left and right back portions 15. Each is attached. The shoulder strap portion 16 is made of a cloth material (including a non-woven fabric), and is attached to the upper cup portion 11a and the base portion 14 by sewing or the like. Since the breast is supported upward by the shoulder strap portion 16, the breast is effectively lifted. Thus, the brassiere 10 according to the present embodiment is particularly suitable for a so-called brassiere with a shoulder strap.

  The wire part 17 is attached by being sewn into the cup part 11 so as to follow a curved line extending from the side to the lower side of the cup part 11. Therefore, the wire portion 17 is provided on the cup portion 11 so as to follow the breast burge lines when worn. The wire portion 17 is made of a material that can be bent and has sufficient strength to maintain the shape of the cup portion 11. Since the breast is supported from the lower side to the side by the wire portion 17, the volume of the breast is easily moved between the left and right breasts. Thus, the brassiere 10 according to the present embodiment is particularly suitable for a so-called wire foam brassiere.

  As described above, in the brassiere 10 according to the present embodiment, the second cup portion 12b and the third cup portion 12c hold the breast regions A3 and A4, respectively, while the lower region 13a of the first cup portion 12a The breast region A1 is pressed with a larger pressing action than the second cup portion 12b and the third cup portion 12c. As a result, the volume pushed out by pressing against the breast region A1 is closer to the breast regions A3 and A4 because the breast regions A3 and A4 are pressed by the second cup portion 12b and the third cup portion 12c. Breasts collected in a direction B1 (see FIG. 1) from the lower side of the breast (breast region A1) to the vicinity of the breast top (breast region A2) with little dispersion, and adjacent to the breast region A1 along this direction B1 Move to area A2. The upper region 13b of the first cup portion 12a strongly presses the breast region A2 with a larger pressing action than the pressing action on the breast region A1, and the second cup portion 12b and the third cup portion 12c The breast regions A3 and A4 are pressed and pressed as described above. As a result, the volume moved from the breast area A1 to the breast area A2 along the direction B1 is hardly dispersed toward the breast areas A3 and A4, and is pressed near the breast area A2 by the pressure on the breast area A2 (breast area A2). From the left and right breasts at the upper part of the breast. For this reason, the volume is difficult to move because the skin is firm and firm, and the flesh is also hard, and the lower region 13a and the upper side are difficult even for a breast that is difficult to shift because the left and right are separated from each other. Due to the two-stage pressing by the region 13b, a deep and large valley with a volume feeling can be sufficiently formed between the left and right breasts. And, in the brassiere 10 according to the present embodiment, in the case of a conventional brassiere that shapes the breast shape with only one step of pressing because of the two-step pressing by the lower region 13a and the upper region 13b as described above. Compared with the dispersion of the pressing action, the discomfort caused by the pressing action is reduced, and a comfortable wearing feeling can be realized.

  In addition, as shown in FIG. 2, the shape of the first cup portion 12a is wider on the upper side than on the lower side. For this reason, if the width of the upper side of the first cup portion 12a is narrow, most of the breast volume collected near the breast top from the lower side of the breast in the worn state cannot be received on the upper side of the first cup portion 12a. However, in the brassiere 10 according to the present embodiment, the volume collected in the vicinity of the breast top is the first cup, although the phenomenon of being dispersed in the width direction of the first cup portion 12a (the breast regions A3, A4 side) is likely to occur. The upper side of the portion 12a can be received with sufficient reliability.

  Further, since the second cup portion 12b and the third cup portion 12c have a larger pressing action than the upper cup portion 11a, the pressing is performed not only by the first cup portion 12a but also by the second cup portion 12b and the third cup portion 12c. This also moves the breast volume toward the upper cup portion 11a. Further, the moved volume is placed on the upper side (upper breast) of each breast region A2, A3, A4 covered by the first cup part 12a, the second cup part 12b, and the third cup part 12c by the upper cup part 11a. It will move further over a wider range between certain left and right breasts. For this reason, it becomes possible to give a rich volume feeling in a wider range between the left and right breasts.

<Modification>
Another method for forming the lower cup portion 11b is shown in FIGS. 6A and 6B, respectively. The lower cup portion 11b shown in FIG. 6A is made of a cloth material (including non-woven fabric) and the like, and the second cup portion 12b and the third cup portion 12c are sewn on both sides of the first cup portion 12a. It is attached by each. And the lower cup part 11b shown in FIG.6 (b) is comprised by the cloth material (a nonwoven fabric is included) etc., and the expansion corresponding to a base part (a 1st cup part, a 2nd cup part, and a 3rd cup part) is carried out. The parts are attached by sewing or the like in a state where a convex part (spread part corresponding to the first cup part) 13 is superimposed on the skin side of 12h. The base portion 12h includes a second cup portion 12b, a third cup portion 12c, and a third bonding portion 12i. The third bonding portion 12i is sandwiched between the second cup portion 12b and the third cup portion 12c. The convex-shaped part 13 is provided and overlapped with the third bonding part 12i. Therefore, as shown in FIG. 6B, if the lower cup portion 11b is formed by bonding the convex portion 13 to the base portion 12h, the cup 10 can be easily manufactured. In addition, FIG.6 (b) is the figure which looked at the lower cup part 11b from the skin side.

  Furthermore, the cup part 11 according to the present invention may be formed by integrally molding the upper cup part 11a and the lower cup part 11b, and the pad part 12j having the convex shaped part 13 is a cloth material. You may have the covered lower cup part 11b. Each cross-sectional structure of such two types of cup parts 11 is shown in FIG.

  Each of the lower cup portion 11b shown in FIGS. 7A and 7B and FIGS. 7C and 7D has a first cup portion 12a, a second cup portion 12b, and a third cup portion. 12c is provided, and the second cup portion 12b and the third cup portion 12c are arranged on both sides of the first cup portion 12a. The first cup part 12a is thicker on the skin side than the second cup part 12b and the third cup part 12c, and the first cup part 12a is thicker than the second cup part 12b and the third cup part 12c. Also, the pressure action on the breast is great. For this reason, while the 2nd cup part 12b and the 3rd cup part 12c hold down breast field A3 and A4, the 1st cup part 12a is a breast by a bigger press action than the 2nd cup part 12b and the 3rd cup part 12c. The areas A1 and A2 are pressed. Moreover, the convex-shaped part 13 is formed in the skin side of the 1st cup part 12a. Of the convex portion 13, the upper region 13b is thicker on the skin side than the lower region 13a (in other words, the convex shape of the lower region 13b is larger than the convex shape of the upper region 13a). Furthermore, the width on the upper side (the width D2 on the upper side of the upper region 13b shown in FIG. 4) is larger than the width on the lower side (the width D1 on the lower side of the lower region 13a shown in FIG. 4) of the first cup portion 12a. Since it is longer, the surface area of the upper region 13b is larger than the surface area of the lower region 13a. For this reason, the pressing action that the upper area 13b applies to the breast area A2 is greater than the pressing action that the lower area 13a applies to the breast area A1. Moreover, the upper cup part 11a is provided continuously above the lower cup part 11b. The second cup portion 12b and the third cup portion 12c have a larger pressing action than the upper cup portion 11a.

  Further, in the lower cup portion 11b, the second cup portion 12b and the third cup portion 12c are compressed with the constituent material on the skin side larger than the upper cup portion 11a, and the first cup portion 12a is the second cup portion. The constituent material on the skin side is compressed more greatly than 12b and the third cup part 12c, and further, the constituent material on the skin side is compressed much more in the upper region 13b than in the lower region 13a in the first cup part 12a. It may be good. In this case, the second cup portion 12b and the third cup portion 12c have a larger pressing action than the upper cup portion 11a, and the first cup portion 12a is more than the second cup portion 12b and the third cup portion 12c. However, the pressing action is further increased, and in the first cup portion 12a, the upper area 13b has a higher pressing action than the lower area 13a.

  Further, the brassiere 10 according to the above-described embodiment increases the volume of the front center side (between the left and right breasts) of the upper part of the breast. However, the present invention is not limited to this, and any part of the upper part of the breast is increased in volume. It may be something that causes FIG. 8 shows two examples of such modifications. FIG. 8 (a) shows a state in which the breast volume is moved from the region located immediately below the breast top (the region near the lowest point of the breast barges line) toward the breast top in the wearing state. It is a perspective view which shows the brassiere for raising the volume of the area | region immediately above a breast top, The same figure (b) is a wearing state, and the breast top direction from the area | region located in front center side from just under a breast top. It is a perspective view which shows the brassiere for moving the volume of the breast toward the upper side, and raising the volume of the side breast on the side of the breast upper part. 9A is a diagram for explaining the function of the brassiere shown in FIG. 8A, and FIG. 9B is a diagram for explaining the function of the brassiere shown in FIG. 8B. All of the figures represent the left breast of a woman.

  First, the cup part 11 with which the brassiere 10 shown to Fig.8 (a) is provided has the upper cup part 11a and the lower cup part 11b. Further, the lower cup portion 11b is provided with a second cup portion 12b and a third cup portion 12c on the front center side and the side side, respectively, and is sandwiched between the second cup portion 12b and the third cup portion 12c. The first cup portion 12a is provided at the position. On the skin side of the first cup portion 12a, a lower region 13a and an upper region 13b having a convex shape (thick on the skin side) are provided. The lower region 13a covers the breast region A5 located immediately below the breast top, and the upper region 13b covers the breast region A6 located near the breast top. The direction from the lower region 13a to the upper region 13b is in the direction B3 from the breast region A5 toward the breast top. And the 2nd cup part 12b and the 3rd cup part 12c cover breast field A7 and A8.

  As a result, the volume of the breast region A5 is moved to the breast region A6 along the direction B3 by the lower region 13a with almost no dispersion on the breast regions A7, A8 side, and the volume moved to the breast region A6. Is further moved by the upper region 13b directly above the breast top (upper breast) along the direction B3. Therefore, the volume movement of the breast from the breast area A5 to the breast area A6 and the volume movement from the breast area A6 to the position directly above the breast top (upper breast) can be reliably performed. The volume of the area directly above the can be reliably increased.

  Moreover, the upper cup part 11a shown to Fig.8 (a) is provided continuously above the lower cup part 11b. The second cup portion 12b and the third cup portion 12c have a larger pressing action than the upper cup portion 11a. Therefore, not only the first cup portion 12a but also the second cup portion 12b and the third cup portion 12c. The breast volume is also moved to the upper cup portion 11a side by the pressing by. Further, the moved breast volume is directly above the breast top on the upper side (upper breast) of each breast region A6, A7, A8 covered by the first cup part 12a, the second cup part 12b, and the third cup part 12c. It will move further over a wider range. For this reason, it becomes possible to give a rich volume feeling in a wider range immediately above the breast.

  Next, the cup part 11 with which the brassiere 10 shown in FIG.8 (b) is provided has the upper cup part 11a and the lower cup part 11b. Further, the lower cup portion 11b is provided with a second cup portion 12b and a third cup portion 12c on the front center side and the side side, respectively, and is sandwiched between the second cup portion 12b and the third cup portion 12c. The first cup portion 12a is provided at the position. On the skin side of the first cup portion 12a, a lower region 13a and an upper region 13b having a convex shape (thick on the skin side) are provided. The lower region 13a covers the breast region A9 located on the front center side immediately below the breast top, and the upper region 13b covers the breast region A10 located near the breast top. Then, the direction following the lower region 13a to the upper region 13b is directed to the direction B4 in the worn state from the breast region A9 located on the front center side immediately below the breast top toward the breast top. And the 2nd cup part 12b and the 3rd cup part 12c cover breast field A11 and A12.

  As a result, the volume of the breast region A9 is moved to the breast region A10 along the direction B4 by the lower region 13a with almost no dispersion on the breast regions A11, A12 side, and the volume moved to the breast region A10. Is further moved to the side side (upper breast) from directly above the breast top along the direction B4 by the upper region 13b. For this reason, the volume movement of the breast from the breast area A9 to the breast area A10 and the volume movement from the breast area A10 directly above the breast top to the side (upper breast) can be reliably performed. The side chest volume on the side can be reliably increased.

  Moreover, the upper cup part 11a shown in FIG.8 (b) is continuously provided above the lower cup part 11b. The second cup portion 12b and the third cup portion 12c have a larger pressing action than the upper cup portion 11a. Therefore, not only the first cup portion 12a but also the second cup portion 12b and the third cup portion 12c. The breast volume is also moved to the upper cup portion 11a side by the pressing by. Further, the moved breast volume is twisted from the side breast located on the upper side (upper breast) of each breast region A10, A11, A12 covered by the first cup part 12a, the second cup part 12b, and the third cup part 12c. It will move further over a wide range. For this reason, it becomes possible to give a rich volume feeling on the side of the upper breast.

  Moreover, in the lower cup part 11b shown to Fig.8 (a), (b), the 2nd cup part 12b and the 3rd cup part 12c compress the constituent material of the skin side more greatly than the upper cup part 11a, The constituent material on the skin side is greatly compressed in the first cup portion 12a than in the second cup portion 12b and the third cup portion 12c, and further, in the first cup portion 12a, the upper region 13b is in the lower region 13a. Alternatively, the material on the skin side may be greatly compressed. In this case, the second cup portion 12b and the third cup portion 12c have a larger pressing action than the upper cup portion 11a, and the first cup portion 12a is more than the second cup portion 12b and the third cup portion 12c. However, the pressing action is further increased, and in the first cup portion 12a, the pressing action is further increased in the upper area 13b than in the lower area 13a.

  Further, the cup portion 11 shown in FIGS. 8 (a) and 8 (b) is made of a cloth material (including non-woven fabric) and is sewn into FIGS. 5 and 6 (a) and 6 (b) by sewing or the like. The lower cup portion 11b may be provided by the method shown. Moreover, as shown to Fig.7 (a), (b), the upper cup part 11a and the lower cup part 11b may be integrally molded, and FIG.7 (c), ( As shown to d), the pad part 12j which has the convex-shaped part 13 may have the lower cup part 11b covered with the cloth material.

  As described above, if the first cup portion 12a is formed so that the direction from the lower region 13a to the upper region 13b is directed to the portion where the volume of the upper breast is desired to be increased from the lower breast, any portion of the upper breast is formed. Volume increase is possible with certainty.

  Further, the cup portion 11 may have a configuration having only the lower cup portion 11b. In this case, the lower cup portion 11b is formed to have a size that can sufficiently cover the breast top. And the shoulder strap part 16 is attached by sewing etc. in the upper end of this lower cup part 11b.

<Evaluation for the brassiere of this embodiment>
Next, with reference to FIG. 10, the result of the evaluation test for the brassiere according to the present embodiment will be described. In this evaluation test, a plurality of female monitors are fitted with the brassiere according to the present embodiment and a conventional brassiere as a comparative example, and the depth of the valley formed between the left and right breasts, the volume movement amount to the upper breast, The wear feeling was evaluated.

  First, FIG. 10 shows the evaluation results for the depth of the valley generated between the left and right breasts and the volume movement amount to the upper part of the breast. Here, the evaluation result for the brassiere of Example 1 is indicated by reference numeral C1, the evaluation result for the brassiere of Example 2 is indicated by reference numeral C2, and the evaluation result for the brassiere of the comparative example is indicated by reference numeral C31. Evaluation results for other six types of conventional brassieres (not shown) different from the comparative example are also indicated by reference numerals C32 to C37 in the figure. All the evaluation results C31 to C37 of this conventional brassiere are included in the area indicated by reference numeral C3 in the figure. As shown in FIG. 10, the depth of the valley between the left and right breasts is much deeper in the bras of Examples 1 and 2 than in the comparative example, and the volume movement amount to the upper breast is It can be seen that the brassieres of Examples 1 and 2 are much more numerous than the brassieres of the comparative examples.

  Next, with regard to the feeling of wearing, many monitors responded to the question “Which do you feel the valley between the left and right breasts?” And “Which bra do you like?” I answered that I like it. And, in the above monitor, for the brassiere of the example, “I feel that the breast is moved to the center”, “Volume appeared on the upper breast”, “There was a valley between the left and right breasts”, “It feels lighter than a traditional brassiere”, “The breast fits comfortably in the cup, and a valley is formed between the left and right breasts”, “The breast is shaped into a round shape”, “The cup fits the breast” There were some who had the impression, but some of them had the impression that the comparative brassiere is more voluminous.

  The female garment with a cup of the present invention is not limited to the brassiere according to the above-described embodiment, but can be applied to other foundation garments such as a body suit, a swimsuit, a leotard, and the like.

It is a figure for demonstrating the concept of the brassiere which concerns on embodiment. It is a perspective view which shows the structure of the brassiere which concerns on embodiment. It is a figure for demonstrating the convex shape formed in the skin side of the lower cup part which the brassiere which concerns on embodiment has, (a) is a figure which represented the convex shape with the contour line, (b) is a figure of FIG. It is an II arrow directional cross-sectional view, (c) is the II-II arrow directional cross-sectional view of FIG. It is a figure for demonstrating the shape of the lower cup part which the brassiere which concerns on embodiment has. It is a figure for demonstrating the formation method of the lower cup part which the brassiere which concerns on embodiment has. It is a figure for demonstrating the other formation method of the lower cup part which the brassiere which concerns on embodiment has. It is sectional drawing which shows the other structural example of the lower cup part which the brassiere which concerns on embodiment has, (a) and (c) is II sectional view taken on the line of FIG. 2, (b) and (d) FIG. 3 is a cross-sectional view taken along arrow II-II in FIG. 2. . It is a perspective view which shows the other structural example of the lower cup part which the brassiere which concerns on embodiment has. It is a figure for demonstrating the function which the other structural example of the brassiere which concerns on embodiment has. It is a figure which shows the evaluation result with respect to the brassiere which concerns on embodiment.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10 ... Bra, 11 ... Cup part, 11a ... Upper cup part, 11b ... Lower cup part, 12a ... 1st cup part, 12b ... 2nd cup part, 12c ... 3rd cup part, 12d ... 1st lower cup part, 12e ... 2nd lower cup part, 12f ... 1st bonding part, 12g ... 2nd bonding part, 12h ... Base part, 12i ... 3rd bonding part, 12j ... Pad part, 13 ... Convex-shaped part, 13a ... Lower region, 13b ... Upper region, 14 ... Base portion, 15 ... Back portion, 16 ... Shoulder strap portion, 17 ... Wire portion.

Claims (14)

The upper cup portion and the lower cup portion are connected to each other along a line extending from the front center side to the side of the breast top in the wearing state, and the lower cup portion is located on the front center side. To cover the breast formed by the two cup parts, the third cup part located in the side part, and the first cup part located in the central part between the second cup part and the third cup part. A cup of
In the worn state, the pressing action on the breast is greater in the lower cup part than in the upper cup part, and in the lower cup part, the first cup part is in the second cup part and the third cup. Larger than the portion, and the pressing action in the first cup portion is formed such that the top side portion near the breast top is larger than the lower portion covering the lower breast portion,
A cup characterized by that. The upper cup portion and the lower cup portion are connected to each other along a line extending from the front center side to the side of the breast top in the wearing state, and the lower cup portion is located on the front center side. To cover the breast formed by the two cup parts, the third cup part located in the side part, and the first cup part located in the central part between the second cup part and the third cup part. A cup of
In the wearing state, the pressing action on the breast is larger in the lower cup part than in the upper cup part,
In the lower cup part, the first cup part is thicker on the skin side than the second cup part and the third cup part, and in the first cup part , a top side part near the breast top Is formed so that it is thicker on the skin side than the lower part covering the lower breast,
A cup characterized by that. The upper cup portion and the lower cup portion are connected to each other along a line extending from the front center side to the side of the breast top in the wearing state, and the lower cup portion is located on the front center side. To cover the breast formed by the two cup parts, the third cup part located in the side part, and the first cup part located in the central part between the second cup part and the third cup part. A cup of
In the wearing state, the pressing action on the breast is larger in the lower cup part than in the upper cup part,
In the lower cup part, the first cup part is thicker on the skin side than the second cup part and the third cup part, and in the first cup part , a top side part near the breast top Is formed to have a larger surface area than the lower part covering the lower breast,
A cup characterized by that. The cup according to claim 2 or 3 , wherein the second cup part and the third cup part are thicker on the skin side than the upper cup part . The upper cup portion and the lower cup portion are connected to each other along a line extending from the front center side to the side of the breast top in the wearing state, and the lower cup portion is located on the front center side. To cover the breast formed by the two cup parts, the third cup part located in the side part, and the first cup part located in the central part between the second cup part and the third cup part. A cup of
In the wearing state, the pressing action on the breast is larger in the lower cup part than in the upper cup part,
In the lower cup part, the constituent material on the skin side is more greatly compressed in the first cup part than in the second cup part and the third cup part, and in the first cup part , The material on the skin side is compressed more in the top side part near the breast top than the lower part covering the lower breast part ,
A cup characterized by that. The upper cup portion and the lower cup portion are connected to each other along a line extending from the front center side to the side of the breast top in the wearing state, and the lower cup portion is located on the front center side. To cover the breast formed by the two cup parts, the third cup part located in the side part, and the first cup part located in the central part between the second cup part and the third cup part. A cup of
In the wearing state, the pressing action on the breast is larger in the lower cup part than in the upper cup part,
In the lower cup part, the constituent material on the skin side is more greatly compressed in the first cup part than in the second cup part and the third cup part, and in the first cup part , The top portion near the breast top has a larger surface area than the lower portion covering the lower breast ,
A cup characterized by that. 7. The cup according to claim 5, wherein the second cup part and the third cup part are compressed with a constituent material on the skin side larger than the upper cup part . The upper cup portion and the lower cup portion are connected to each other along a line extending from the front center side to the side of the breast top in the wearing state, and the lower cup portion is located on the front center side. To cover the breast formed by the two cup parts, the third cup part located in the side part, and the first cup part located in the central part between the second cup part and the third cup part. A cup of
In the wearing state, the pressing action on the breast is larger in the lower cup part than in the upper cup part,
In the lower cup part, the first cup part includes a front-centered part corresponding to the first cup part and the second cup part, and the first cup part and the third cup part. It is formed by overlapping corresponding side parts that are spread, and in the first cup part , the top side part near the breast top is wider than the lower part covering the breast lower part ,
A cup characterized by that. The upper cup portion and the lower cup portion are connected to each other along a line extending from the front center side to the side of the breast top in the wearing state, and the lower cup portion is located on the front center side. To cover the breast formed by the two cup parts, the third cup part located in the side part, and the first cup part located in the central part between the second cup part and the third cup part. A cup of
In the wearing state, the pressing action on the breast is larger in the lower cup part than in the upper cup part,
In the lower cup part, the first cup part is a part corresponding to the first cup part, and a part corresponding to the first cup part, the second cup part, and the third cup part. In the first cup part , the top side part near the breast top is wider than the lower part covering the breast lower part ,
A cup characterized by that. The said lower side part of a said 1st cup part covers the area | region located in a front center side rather than just under a breast top in a wearing state, It is any one of Claims 1-9 characterized by the above-mentioned. cup. Wherein the lower portion of the first cup portion, under wearing conditions, the cup according to any one of claims 1 to 9 for covering the region located immediately below the breast top, it is characterized. The said lower side part of a said 1st cup part covers the area | region located in a side rather than the breast top right under a wearing state, The cup as described in any one of Claims 1-9 characterized by the above-mentioned. . The cup according to any one of claims 1 to 12, wherein the upper cup part and the lower cup part are integrally molded . A cup according to any one of claims 1 to 13 , a wire part, and a shoulder strap part each provided with a pair,
Each of the pair of wire portions is attached along a base line extending downward from the side of each of the pair of cups, and each of the pair of shoulder strap portions is attached to an upper end of each of the pair of cups. Women's clothing with a cup, characterized in that it is attached.

Images