JP3118076U - Highly breathable soft bra cup - Google Patents

Abstract

To provide a highly breathable and highly elastic brassiere cup.
A convex portion and a concave portion are formed to make a cup body into a mountain shape. Silicone rubber foam was placed in the cup body, and vents were made to suppress stuffiness on the inside and the entire surface. In addition, a large number of viscose was applied to the recesses so that it fits snugly on the woman's breast. As a result, a soft, light and highly elastic cup was realized. It is harmless to people and will not lose shape even if worn for a long time. There is no stuffiness and the comfort is comfortable. Fits perfectly on your skin, scoops up your bust and makes your breast look more beautiful.
[Selection] Figure 2

Description

  The present invention is a soft bra cup with high breathability that holds the stuffiness, and refers to a highly breathable soft bra cup that makes the bust line of a woman look beautiful when worn.

  A typical bra cup only makes a woman's bust line beautiful. In a commonly used cup (90) as shown in FIG. 1, a thin cloth was hot-pressed (92) (93) on both the back and front surfaces of the sponge pad to form a chevron.

  However, all of the sponge pads are made of PU sponge or PVA sponge, or a mixture of PU and PVA, and the above-mentioned sponge is made of thermoplastic material, so its elasticity Its heat resistance is far from ideal, and it is easy to lose its shape.

  In particular, the sponge pad (91) is formed into a chevron by pressing and molding a sponge material shaped like a flat plate for a long time with high heat (170 to 190 ° C.). Therefore, the original elasticity and flexibility are affected. Furthermore, the peripheral edge part of the sponge pad (91) is extremely compressed, and the air permeability effect that suppresses stuffiness is lost. In addition, the color of the fabric (92) (93) changes when it is bonded to the sponge pad (91) and the fabric (92) (93) on both sides by applying high heat and pressure for a long time, and elasticity is lost. ing.

  The purpose of the present invention is to create a soft brassiere cup with excellent breathability, so we decided to use a highly breathable silicone rubber foam. This not only has a soft texture and high elasticity, it is also harmless to humans and fits snugly. Therefore, I am convinced that the beautiful bust line can be maintained even if worn for a long time in various scenes, so that it can meet the actual needs.

  In order to achieve the above-mentioned object, in this creation, the cup body is formed in a mountain shape, so that a convex portion is provided on one side and a concave portion is provided on the other side. The cup body was filled with silicone rubber foam, and vents were made evenly on the inside and the entire surface to achieve high breathability and elasticity.

  In a workable example, the cup body used a silicone rubber foam formed from a silicone oil having an OH functional group and a silicone oil having another H functional group.

  In a practicable example, a breathable cloth was pasted on the convex and concave portions of the cup body.

  In a comparatively good example, a pocket-like object was formed on the lower inner side of the cup body of the brassiere cup, and a sealed pad filled with a fluid was inserted inside.

  In a viable example, a number of viscoses were applied to the chevron-shaped recesses of the brassiere cup.

  The above-mentioned viscose is interspersed or a double-sided tape with a large number of ventilation holes.

The invention of claim 1 has a convex portion on one side and a concave portion on the other side so that the cup body has a chevron shape. A bra cup with high breathability and elasticity that is characterized by having opened.
The invention of claim 2 is characterized in that, in the brassiere cup of claim 1, a silicone rubber foam made of silicon oil having an OH functional group and silicon oil having an H functional group is used in the cup body. Bra cup with high breathability and elasticity.
The invention of claim 3 is the brassiere cup according to claim 1, characterized in that a highly breathable cloth is affixed to the convex and concave portions of the cup body, respectively. .
The invention of claim 4 is the brassiere cup according to claim 1, characterized in that a vacuum ventilation pocket is attached to the inside of the lower part of the cup body.
The invention of claim 5 is the brassiere cup according to claim 4, wherein the cup body is formed of two halves, and the brass cup has high air permeability and elasticity.
The invention of claim 6 is the brassiere cup according to claim 4, wherein the pocket is filled with a sealed bag filled with fluid, and has a high breathability and elasticity.
The invention of claim 7 is the brassiere cup according to claim 1, wherein a large number of viscose is attached to the concave portion of the cup body, and the brass cup has high air permeability and elasticity.
The invention according to claim 8 is the brassiere cup according to claim 7, characterized in that viscose is attached around the recess, and the brass cup has high air permeability and elasticity.
The invention of claim 9 is the brassiere cup according to claim 7, wherein a large number of viscose uses magic tape (registered trademark) with vent holes formed therein.
The invention of claim 10 is the brassiere cup according to claim 7, wherein the outer frame of the cup body is wrapped with a bias tape, and the brass cup has high air permeability and elasticity.
The invention according to claim 11 is the brassiere cup according to claim 7, wherein a highly breathable cloth is attached to the convex portion of the cup body of the cup body.
The invention of claim 12 is the brassiere cup according to claim 7, wherein a pocket is attached in the middle of the concave portion of the cup body, and the brassiere cup has high air permeability and elasticity.
The invention according to claim 13 is the brassiere cup according to claim 7, wherein the brassiere cup has a pair of left and right, and a front hook that connects the right and left is attached.

  The highly breathable soft touch brassiere cup of the present invention uses a highly breathable silicone rubber foam, so it is lightweight, flexible and highly resilient, but it is hard to lose shape and fits well in the bust In addition, it has a breathable, comfortable and comfortable fit that is perfect for making your bust look more beautiful.

  Please refer to the first example shown in Fig.2. The brassiere cup (10) of the present invention was also designed to fit the shape of the female bust, and made a cup body (11) with convex and concave parts to form a mountain shape. One of the chevron of the cup body (11) is a convex portion (left side in the center of FIG. 2), and the other is a concave portion (17) (right side in the center of FIG. 2). In this embodiment, a silicone rubber foam was mainly placed in the cup body (11), and vents were formed on the inside and the surface as a whole so as to realize high air permeability and elasticity.

  In the process of carrying out the examples, silicon oil having an OH functional group and silicon oil having an H functional group are poured into a brass cup mold, and a platinum catalyst is used to cause a dehydrogenation reaction in a room temperature environment. Foaming or rapid foaming in the range of 70-120 ° C. formed a highly breathable silicone rubber foam-type cup body (11). After the foam molding, the cup body (11) maintains its shape permanently, and even if heat is applied again, the original shape is not restored.

  The cup body (11) is made of highly breathable silicone rubber foam, so it is lightweight, flexible and highly elastic. It doesn't get out of shape and fits perfectly. Comfort is also comfortable.

  In the second embodiment shown in FIG. 3 and FIG. 4, the cup body (12) is similarly filled with highly breathable silicone rubber foam, and further under the recess (17) to finish up a beautiful bust. We decided to make the protrusion (171) on the side.

  In the third example shown in FIG. 5, in order to achieve high breathability and appearance, the elasticities of the convex part (16) and the concave part (17) of the silicone rubber foam of the cup body (13), respectively. Also, hygroscopic cloth (20) (21) was applied.

  Apply some adhesive between the cup body (13) and the breathable cloth (20) (21) on both sides, and paste it together, or foam the silicon rubber material in the mold In the process, they may be bonded to such an extent that the properties of the fabric are not impaired.

  In the fourth embodiment shown in FIG. 6, the cup body (14) is similarly made of a highly breathable silicone rubber foam structure, and a breathable vacuum pocket (18) is placed inside the lower part of the cup. By forming, it was made elastic.

  In the fifth embodiment shown in FIG. 7, the silicone rubber foam structure was applied to the cup body (15), and the halves (19) (190) on both sides were bonded together. If possible, it is preferable that the adhesive is adhered in a form in which the adhesive is scattered.

  Make a pocket (18) on the lower inner side in the same way as the cup body (15), and paste a soft bag (30) in the pocket (18) in advance. In order to create a plump and beautiful bust line, the outside of the bag (30) was sealed with flexible cellophane tape, and it was filled with fluid (31) such as oil, air, water, and powdered emulsion.

  The cup body (11), (12), (13), (14), and (15) used in the above-described embodiments are all made of highly breathable silicone rubber foam, and the surfaces on both sides are as shown in FIG. A breathable cloth (20) (21) with excellent elasticity and hygroscopicity could also be applied.

  In the sixth embodiment shown in FIG. 8, the brass cup (40) is similarly provided with a silicone rubber foam on the cup body (41), one of which is a chevron (42) and the other is a recess (43). And viscose (44) was applied to the inside of the recess (43) to fit the bust. These viscoses (44) should be applied around the outside of the recess (43) to avoid stuffiness. It is better to use viscose (44) made of silicone so that it can be used repeatedly by strengthening the adhesive strength, or by removing and attaching it. In addition, a lace bias tape (48) is attached to the outer edge of the cup body (41) by pulling or sewing on one or both sides to enhance the strength and aesthetics of the outer edge.

  Since the cup body (41) is filled with highly breathable silicone rubber foam, its weight is as light as about 50 grams per pair, and the burden on the bust is light and can be shifted while wearing. There is an effect that fits bust firmly without. It is lightweight, soft, highly resilient and does not lose shape, and it fits snugly in the bust and suppresses stuffiness, making it comfortable to wear and can be worn for a long time regardless of the case. In addition, the size of the cup body (41) has been significantly reduced to fit only the nipple and breast.

  In Example 7 shown in FIG. 9, a lace (49) with good air permeability was sewn and adhered to the convex part (42) of the cup body (41) in order to enhance the texture. Viscose was attached to the concave part (43) of the cup body (41) so that it became a thin film-like Velcro (registered trademark) (45) so that it could be easily replaced.

  On the Velcro (registered trademark) (45), air holes and needle holes were made to maintain air permeability. In addition, a pocket (47) like a small hole was made so that the nipple fits in the middle of the recess (43) of the cup body (41).

  The eighth embodiment shown in FIGS. 10 and 11 is a symmetrical brassiere cup (40) (400) that completely wraps the breast. A front hook was attached near the two brassiere cups (40) and (400), and the two brassiere cups were firmly connected so as to create a scooped bust. A hooked fabric (52) was attached to both the concave and convex shapes of the front hooks (50) and (51) described above, and they were fixed by bonding or sewing to the edge portions of both brassiere cups (40) and (400).

The brassiere cup of the present invention uses a highly breathable silicone rubber foam, so it is lightweight, flexible and highly resilient, but does not lose its shape, fits well in the bust, and suppresses the stuffiness. Highly comfortable and comfortable to wear, ideal for making your bust look more beautiful.

Sectional drawing of the brassiere cup currently used regularly. Sectional drawing of the brassiere cup used in 1st Example of this invention. The three-dimensional view of the brassiere cup used in 2nd Example of this invention. Sectional drawing of FIG. Sectional drawing of the brassiere cup used in 3rd Example of this invention. Sectional drawing of the brassiere cup used in 4th Example of this invention. Sectional drawing of the brassiere cup used in 5th Example of this invention. The three-dimensional view of the brassiere cup used in 6th Example of this invention. The three-dimensional view of the brassiere cup used in 7th Example of this invention. The front hook figure of the brassiere cup used in the 8th example of the present invention. FIG. 11 is an exploded view of the brassiere cup shown in FIG. 10.

Explanation of symbols

(10) Brass cup (11) to (15) Cup body (16) Convex part (17) Concave part (171) Protrusion part (18) Pocket (19) (190) Half piece (20) Highly breathable cloth (21) Highly breathable cloth (30) Bag (31) Fluid (40) (400) Bra cup (41) Cup body (42) Convex part (43) Concave part (44) Viscose (45) Velcro (registered trademark)
(46) Ventilation hole (47) Pocket (48) Bias tape (49) Highly breathable cloth (50) Front hook (51) Front hook (52) Occupied cloth with hook

Claims (13)

  Features a convex part on one side and a concave part on the other side so that the cup body has a chevron shape, a silicone rubber foam is used for the cup body, and vents are made on the inside and the surface as a whole. Bra cup with high breathability and elasticity.   The brassiere cup according to claim 1, wherein the cup body is made of a silicone rubber foam made of silicon oil having an OH functional group and silicon oil having an H functional group, and has high air permeability and elasticity. Bra cup.   The brassiere cup according to claim 1, wherein a highly breathable cloth is attached to each of the chevron-shaped convex portion and concave portion of the cup body.   The brassiere cup according to claim 1, wherein a vacuum ventilation pocket is attached to the inside of the lower portion of the cup body.   The brassiere cup according to claim 4, wherein the cup body is formed of two halves.   5. The brassiere cup according to claim 4, wherein the pocket is filled with a sealed bag containing fluid.   The brassiere cup according to claim 1, wherein a large number of viscose is attached to the concave portion of the cup body.   8. The brassiere cup according to claim 7, wherein viscose is attached around the concave portion, and the brass cup has high air permeability and elasticity.   8. The brassiere cup according to claim 7, wherein a large number of viscose uses Velcro (registered trademark) with vent holes formed therein.   The brassiere cup according to claim 7, wherein the outer frame of the cup body is wrapped with a bias tape.   The brassiere cup according to claim 7, wherein a highly breathable cloth is attached to the convex portion of the cup body.   8. The brassiere cup according to claim 7, wherein a pocket is provided in the middle of the concave portion of the cup body. The brassiere cup according to claim 7, wherein the brassiere cup has a pair of left and right, and a front hook that connects the right and left is attached.

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