JP3168220U - Cup molded body to be attached to the breast contact part of a brassiere or other foundation - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cup-molded body in which a hole portion having good air permeability is made difficult to see from a thin fabric of a bra and other women's lingerie or a thin blouse in summer to be worn thereon. To do. This is a cup-shaped body of urethane foam of minute open cell to be inserted into the cup-shaped part of the brassiere that comes into contact with the bust. Dispersion of small-diameter air holes 4a having a diameter of ˜2 mm is provided to make the entire surface air-permeable better than minute open cells, and sweat most when attached to the body. It is a cup molded body made of urethane foam in which large-diameter vent holes 4b having a diameter of 6 to 8 mm are provided at intervals of 15 to 20 mm and the air permeability of this portion is the best. [Selection] Figure 1

Description

  This device is a cup molded body to be attached to a portion of a brassiere or other foundation that comes into contact with a woman's breast, and is a mold cup formed by molding a urethane foam plate-shaped body consisting of open cells into a cup shape, A vent hole with a diameter of about 2 mm that opens on the front and back sides at an interval of about 10 mm is provided on the entire surface of the cup molded body to improve the air permeability of the entire surface and to sweat the most when wearing a brassiere or foundation. The present invention relates to a cup molded body made of urethane foam having better air permeability around the lower end of the breast.

  Conventionally, a brassiere is an essential underwear for women as having a function of stably supporting a breast and well-correcting the shape of the breast. At present, the majority of brassieres that are commonly used include a cup molded body made of urethane foam or the like molded into the shape of the breast cup, or the peripheral edge of the rising portion of the breast shaped along the breast. It has a built-in pad to compensate for the underbust shape. In other words, a breast-shaped cup molded body is installed in the cup part of the brassiere to stably support the breast, further to correct the shape of the breast, or to create an underbust shape at the rising part of the cup below the breast shape. The shape of the bust is adjusted by attaching the pad formed along the cup portion of the brassiere. The cup moldings and pads built into the fabrics that make up these bras are shaped to fit the female breast, support the breast from below, and lift the left and right breasts toward the center. It has a function of correcting the shape and making the shape of the breast beautiful or rich (see, for example, Patent Document 1).

  As described above, the cup molded body and the pad molded from urethane foam or the like installed in the brassiere can make the breast look rich, and is excellent as a bust support function. However, for example, under high humidity in the summer, urethane foam, which is a material for cup moldings and pads, has fine bubbles and fine bubbles, so even if the bubbles are formed into open cells, the air permeability is not sufficient. Be inhibited. For this reason, it was not always satisfactory because of the stuffiness.

  Therefore, it is a cup that has an excellent wearing feeling without causing pain to the breast, and it has a high function of supporting the breast, making the breast shape more beautiful by decorating or attaching it to the brassiere or wearing it, and correcting the shape of the breast. The inventors have developed a cup molded body or pad made of urethane foam with improved air permeability of the molded body and pad and further improved the function of eliminating stuffiness (see, for example, Patent Document 2). ). By the way, in this development, there are 20 to 40 air holes which are distributed on the entire surface of the cup molded body and which are opened on the front and back surfaces having a diameter of 2 mm to 8 mm. However, since these vent holes are provided as uniform vent holes on the entire surface of the cup molded body, if the vent hole has a small diameter of 2 mm or a diameter around it, the breast that sweats most in the summer. The air permeability of the cup rising portion at the bottom of the shape is not sufficient. On the other hand, when a large diameter 8 mm or a front and rear vent hole is provided on the entire surface of the cup molded body, since the diameter of the vent hole is large, the cup molded body is placed on the breast contact portion of a brassiere or other foundation. , The vents with a diameter of 8 mm, which is the large diameter of these cup molded bodies, or the diameter of the front and rear of the cup molded body can be seen through the thin surface fabric of the brassiere and its foundation. There was a risk of inconveniences such as seeing through from a thin blouse worn on top.

JP 2000-314008 A Registered Utility Model No. 3099254

  This device is a cup molded body to be attached to a cup-shaped part that is a bust contact part of a foundation such as a brassiere or other women's lingerie. In addition to making the air permeability of the entire surface of a cup molded body better, and when wearing a brassiere or foundation on the body, it made the most breathable at the rising part of the cup under the breast shape. It is to provide a molded cup molded body made of urethane foam. In addition, we offer cup moldings that make it hard to see the parts with the best breathability even from thin fabrics such as bras and other women's lingerie and thin blouse in summer. It is to be.

  The first means of the present invention for solving the above-described problems is a cup molded body that is inserted into a cup-shaped portion of a portion that comes into contact with a bust of a brassiere or other foundation. This cup-molded body is made of a fine open-cell urethane foam, and further, from a small hole having a diameter of 1.5 mm to 2 mm that opens on the front and back surfaces of the urethane foam cup-molded body at intervals of about 5 mm to 8 mm. The air holes to be dispersed are provided so that the air permeability of the entire surface is better than that of minute open cells. Furthermore, when the brassiere, foundation, etc. are worn on the body, the most sweating part of the cup at the lower part of the breast shape is provided with large-diameter holes of 6 mm to 8 mm at intervals of 15 mm to 20 mm. The best quality. This 1st means is the cup molding which consists of urethane foam which consists of the above structure.

  The second means of the present invention is the cup molding made of urethane foam of the first means, wherein the cup molded body made of urethane foam has a thin cloth made of knitted fabric attached to the front and back of a fine open-cell urethane foam. Is the body.

  The cup molded body to be attached to the cup-shaped part of the brassiere of the present invention and other women's foundation that is in contact with the bust of the foundation is formed from a fine open-cell urethane foam, but the brassiere and other parts having the cup-shaped part In order to improve the feeling of wearing the foundation for women in the body, air holes made of a small diameter of 1.5 to 2 mm are dispersed at intervals of 5 to 8 mm on the entire surface of a fine open cell urethane foam. In order to make the air permeability better than the fine open cells, the larger diameter vents of about 6 mm to 8 mm are provided at intervals of about 15 mm to 20 mm at the rising part of the lower part of the breast shape where sweating is most likely to occur. Because it is provided, the air permeability by these ventilation holes will be good, even if the cup molded body of the present invention is attached to a bra etc. in the summer, Without stuffy in further these vents is never visible through coat such thin blouse. Moreover, since this cup molding has large-diameter vents at the cup rising part at the bottom of the breast shape, it becomes the shade of the breast, and these large-diameter vents are passed through an outer garment such as a thin blouse worn in the summer. Can not be seen.

  In addition, the cup molding of the present invention has a thin cloth made of knitted fabric on the front and back of a fine open-celled urethane foam, so there is no sense of incongruity even if it is in direct contact with the skin. These vents cannot be seen from the outside even further through the wear.

It is a top view which shows typically the cup molding of this invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view schematically showing a cup molded body in which a thin fabric made of a knitted fabric is attached to the front and back of a minute open-cell urethane foam of the present invention. It is a perspective view which shows typically the brassiere equipped with the cup molding of the present invention.

  Embodiments of the present invention will be described below with reference to the drawings. First, an embodiment of the first means of the present invention will be described. This device is a cup molded body 1 for mounting on a cup-shaped portion 3 that comes into contact with a bust of a brassiere 2 or other foundation. The cup molded body 1 is formed of a urethane foam having fine open cells formed on the entire surface, and a plate-shaped body having a thickness of 20 mm, for example, is heated by mold molding, that is, the shape of the cup molded body 1 having the shape shown in FIG. The cup molded body 1 is made of a urethane foam having the outer peripheral portion formed by pressure forming the thinnest and having fine open cells left on the entire surface. In this case, before molding, these vent holes 4 are mechanically opened in a plate having a thickness of 20 mm, and the plate having a thickness of 20 mm having the vent is molded as described above. It shape | molds and it is set as the cup molded object 1 shown in FIG.

  That is, the cup molded body 1 made of a fine open-cell urethane foam shown in FIG. 1 has air holes 4 dispersed on the front and back of the entire surface. These vent holes 4 have a small-diameter vent hole 4a having a diameter of 1.5 mm to 2 mm opened on the front and back at an interval of about 5 mm to 8 mm on almost the entire surface of the cup molded body 1 and about 15 mm at the cup rising portion at the lower part of the breast shape. Furthermore, it is composed of a large-diameter vent hole 4b having a diameter of 6 mm to 8 mm opened on the front and back surfaces at intervals of 20 mm. Of these, the small-diameter vent 4a makes the air permeability of the entire surface of the cup molded body 1 better than fine open cells, and the large-diameter vent 4b is most sweaty when a brassiere or foundation is worn on the body. Thus, the air permeability of the cup rising portion 5 of the breast-shaped lower portion 3a of the cup molded body 1 is made the best.

  By the way, the small-diameter vent hole 4a on almost the entire surface of the cup molded body 1 shown in FIG. 1 is as small as 1.5 to 2 mm in diameter, so that it is thin in summer due to the cloth on the surface of the brassiere when attached to the brassiere. Even if you wear a blouse, you won't see through it. On the other hand, since the large-diameter vent hole 4b has a large diameter of 6 to 8 mm, when it is provided at the center of the cup molded body 1, it can be easily seen through the cloth on the surface of the brassiere when it is attached to the brassiere. Even if the brassiere is attached, if the brassiere is thin, these large-diameter vent holes 4b can be seen through. However, in the case of the present invention, as shown in FIG. 1, since these large-diameter vent holes 4b are provided only in the cup rising portion 5 of the breast-shaped lower portion 3a, the rising portion of the lower portion of the breast is provided. Since the large-diameter vents 4b are slanted at the inclined portion, if a blouse is worn on the top in the summer, these large-diameter vents 4 will be difficult to see even from a thin blouse. ing. Further, since the large-diameter vent hole 4 of the cup molded body 1 is disposed in the portion of the lower part of the breast that sweats most in summer, the brassiere can be attached without being steamed.

  Next, an embodiment of the second means of the present invention will be described. The cup molded body 1 of the second embodiment is formed by sticking a thin cloth 6 made of knitted fabric, for example, a polyester fiber thin cloth 6, on the front and back of the cup molded body 1 of the first embodiment. This is a cup molded body 1. The thin fabric 6 made of this knitted fabric has fine continuous bubbles formed on the entire surface, and further provided with a small-diameter vent hole 4a and a large-diameter vent hole 4b opened in advance at predetermined positions. For example, after placing a thin fabric 6 made of knitted fabric on the front and back of a plate-like body made of urethane foam, for example, 20 mm thick, and then mold-molding, that is, by heat-molding with a mold, A thin cloth 6 made of knitted fabric is heat-sealed.

  As described above, the cup molded body 1 according to the embodiment of the second means of the present invention has the thin fabric 6 made of knitted fabric on the front and back of the urethane foam, so that the touch is good and, therefore, directly touches the skin. There is no sense of incongruity. Further, since the air holes 4 are covered with a thin fabric 6 made of knitted fabric, they are difficult to see from the outside, and the air holes 4 are more difficult to see when inserted into the cup-shaped portion 3 of the brassiere 2 shown in FIG. ing. Therefore, if a thin blouse or other outerwear is worn in the summer, the large-diameter ventilation hole 4b is inclined at an oblique position located at the cup rising portion 5 of the breast-shaped lower portion 3a. It is hard to see. Furthermore, in the cup molded body 1 of the second means as well, the large-diameter vent hole 4 of the cup molded body 1 is arranged in the portion of the lower rising part of the breast that sweats most in summer, so You can wear a bra without.

DESCRIPTION OF SYMBOLS 1 Cup molding 1a Mold cup 2 Brassiere 3 Cup shape part 3a Breast shape lower part 4 Vent hole 4a Small diameter vent hole 4b Large diameter vent hole 5 Cup rising part 6 Thin cloth which consists of knitted fabric

Claims (2)

A cup molded body for mounting on a cup-shaped portion of a brassiere or other female foundation where the bust comes in contact, is made of a fine open-cell urethane foam, and 5 mm or more on the entire surface of the urethane foam cup molded body. When air vents that open on the front and back of 1.5mm to 2mm diameter at intervals of around 8mm are provided on the entire surface of the cup to make the entire surface air-permeable better than fine open cells, and when wearing a brassiere or foundation on the body A large-diameter ventilation hole having a diameter of 6 mm to 8 mm is provided at intervals of 15 mm to 20 mm at the peripheral edge of the rising part of the lower part of the breast shape to make the air permeability of this part the best. Cup molded body made of urethane foam. The cup molded body made of urethane foam according to claim 1, wherein the cup molded body made of urethane foam has a thin cloth made of knitted fabric attached to the front and back of a fine open-cell urethane foam.

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