Adhesive bra construction for deep plunge apparel

Abstract

A bra comprised of separate left and right breast support members where each breast support member comprises a section of flexible sheet material formed to define a concave cavity and having tabs projecting radially outwardly from the cavity rim. Each breast support member defines a rear facing surface encompassing the cavity and tabs, which carries a pressure sensitive adhesive for adhering to a user's skin. The concave cavity constitutes a cup for accommodating the user's breast while the tabs enable the user to readily manipulate the support member for optimally positioning the user's breast relative to the cut of a deep plunge garment.

Claims

1. A bra especially configured for use with garments having a plunge neckline, said bra comprising: a left breast support member for covering a wearer's left breast outer and bottom surface portions while leaving an inner surface portion exposed, said support member comprising a section of sheet material having a front facing surface and a rear facing surface formed to define a cup comprising a cavity in said rear facing surface for accommodating a wearer's left breast; said sheet material section forming a flange around said cup having a periphery including an arcuate segment adjacent a first side of said cup for placement near a wearer's left breast inner surface portion, a central tab adjacent a second side of said cup projecting in an outward direction away from said arcuate segment for enabling lateral positioning of said accommodated breast, and an upper tab projecting outwardly from said cup oriented substantially perpendicular to said central tab; a stiffener member incorporated in said sheet material section extending between said cup and said central tab for enabling vertical positioning of said accommodated breast; and wherein said rear facing surface carries a pressure sensitive adhesive for adhering to a wearer's skin; and a right breast support member for covering a wearer's right breast outer and bottom surface portions while leaving an inner surface portion exposed, said support member comprising a section of sheet material having a front facing surface and a rear facing surface formed to define a cup comprising a cavity in said rear facing surface for accommodating a wearer's right breast; said sheet material section forming a flange around said cup having a periphery including an arcuate segment adjacent a first side of said cup for placement near a wearer's right breast inner surface portion, a central tab adjacent a second side of said cup projecting in an outward direction away from said arcuate segment for enabling lateral positioning of said accommodated breast, and an upper tab projecting outwardly from said cup oriented substantially perpendicular to said central tab for enabling vertical positioning of said accommodated breast; a stiffener member incorporated in said sheet material section extending between said cup and said central tab; and wherein said rear facing surface carries a pressure sensitive adhesive for adhering to a wearer's skin.

2. The bra of claim 1 wherein said left breast support member further includes a lower tab projecting outwardly from said cup in a direction opposite to the upper tab thereof; and said right breast support member further includes a lower tab projecting outwardly from said cup in a direction opposite to the upper tab thereof.

3. The bra of claim 2 wherein said left breast support member stiffener member extends between said cup and said lower tab; and wherein said right breast support member stiffener member extends between said cup and said lower tab.

4. The bra of claim 1 wherein each of said stiffener members comprises an elongate flat strip having a length and width and configured to be relatively flexible around a line across the strip width and relatively stiff around a line along the strip length.

5. The bra of claim 1 wherein said sheet material of each of said support members is comprised of front and rear layers sandwiching foam material therebetween.

6. A bra especially configured for use with a garment having a plunge neckline, said bra comprising left and right breast support members for respectively partially covering a wearer's left breast and right breast, each support member comprising: a section of sheet material having a front facing surface and a rear facing surface formed to define a cup comprising a cavity in said rear facing surface configured to accommodate a wearer's breast; said sheet material section forming a flange around said cup having a periphery including an arcuate segment adjacent an inner side of said cup for placement near a wearer's breast inner surface portion, a central tab adjacent an outer side of said cup projecting in an outward direction away from said arcuate segment for enabling a wearer to laterally position said support member, and an upper tab projecting outwardly from said cup oriented substantially perpendicular to said central tab for enabling a wearer to vertically position said support member; a stiffener member incorporated in said sheet material section extending between said cup and said central tab; and wherein said rear facing surface carries a pressure sensitive adhesive for adhering to a wearer's skin.

7. The bra of claim 6 wherein each breast support member further includes a lower tab projecting outwardly from said cup in a direction opposite to said upper tab.

8. The bra of claim 7 wherein each support member stiffener member extends between the cup and lower tab thereof.

9. The bra of claim 6 wherein each stiffener member comprises an elongate flat strip having a length and width and configured to be relatively flexible around a line across the strip width and relatively stiff around a line along the strip length.

10. The bra of claim 6 wherein said sheet material of each of said support members is comprised of front and rear layers sandwiching foam material therebetween.

11. A method of supporting a user's breast under a garment having a plunge neckline so as to cover the outside and bottom surface portions of the breast while partially exposing the breast inner surface portion, said method comprising: providing a breast support member comprising a section of sheet material having a front facing surface and a rear facing surface and a concave cavity extending into said rear facing surface and wherein said sheet material forms a flange extending around said cavity having a periphery including an arcuate segment proximate to a first side of said cavity and a central tab proximate to a second side of said cavity projecting away from said cavity and an upper tab projecting away from said cavity and oriented substantially perpendicular to said central tab and wherein said rear facing surface bears a reusable adhesive; placing the user's breast in said support member cavity with said arcuate segment placed near the breast inner surface portion while leaving said inner surface portion at least partially exposed; manipulating said central tab to laterally position the user's breast to a location exposing the breast inner surface portion within said plunge neckline; manipulating said upper tab to vertically position the user's breast relative to said plunge neckline; and pressing the rear facing surface of said breast support member against said user's for adhering said support member to said user's skin.

Description

DESCRIPTION OF THE FIGURES

(1) FIG. 1 schematically depicts a female torso showing how an embodiment of the present invention functions with a deep plunge garment;

(2) FIG. 2 is a top plan view of a breast support member in accordance with the invention;

(3) FIG. 3 is a lower side view, partially broken away, of the breast support member of FIG. 2;

(4) FIG. 4 is a left side view of the breast support member of FIG. 2;

(5) FIG. 5 is a right side view of the breast support member of FIG. 2;

(6) FIG. 6 is a sectional view taken substantially along the plane 6-6 of FIG. 2; and

(7) FIG. 7 is an exploded sectional view of the breast support member of FIG. 6.

DETAILED DESCRIPTION

(8) FIG. 1 schematically depicts an exemplary garment 10 having a deep plunge neckline 12 worn by a female torso 14. Frequently, such garments are cut and worn so as to expose the inner portions of the wearer's left and right breasts 20, 22. The cut of garment 10 makes it generally incompatible for use with traditional bras which would be unattractively exposed by the plunge neckline 12.

(9) The present invention is directed to a bra particularly suited for use with deep plunge garments which affords appropriate breast support and user comfort while remaining concealed by the garment. A bra in accordance with the invention is comprised of separate left and right breast support members 24, 26 represented in FIG. 1 by hidden dash line under garment 10. Each breast support member 24, 26 is configured to enable a wearer to readily orient and retain a breast in a selected lateral and vertical position to optimize the wearer's comfort and appearance. The term lateral positioning as used herein refers to horizontal positioning of a breast to increase or decrease separation between the left and right breasts. The term vertical positioning as used herein relates to what is sometimes referred to as lift.

(10) As will be discussed hereinafter, a breast support member in accordance with the invention relies on a pressure sensitive adhesive, preferably silicone, applied to the rear facing surface of the support member for adherence to the user's skin to retain the breast in the position selected by the user.

(11) Attention is now directed to FIGS. 2-5 which illustrate a preferred embodiment of the right breast support member 26 of FIG. 1. The left breast support member 24 is the mirror image of member 26 but otherwise identical. The support member 26 comprises a section of flexible sheet material 30 formed to define a breast cup 32 including a concave cavity 34 (FIG. 6) in its rear facing surface 35 for accommodating a user's breast 22. FIG. 2 depicts a top view showing the convex front facing surface 36 of support member 26 including the convex surface of cup 32 and the contiguous flange 37.

(12) The sheet material section 30 is preferably formed of two or more layers to be discussed hereinafter. Significantly, the flange 37 has a periphery 38 essentially comprised of an arcuate inner segment 39 (intended for placement nearer to the wearer's sternum) and a curving outer segment 40 (intended for placement nearer to the wearer's arm). The curving outer segment 40 defines a projecting central tab 42 which enables the wearer to readily pull the section 30, along with cup 32, laterally to orient the wearer's breast. The flange 37 also defines a projecting lower tab 44 and upper tab 46, both oriented substantially perpendicular to central tab 42, which enable the wearer to pull the section 30 and cavity 34 vertically to selectively lift the wearer's breast.

(13) As represented by the dash/hidden line 47 in FIG. 2, a stiffener member 48 is incorporated into section 30, placed proximate to or coincident with the outer rim of the cavity 34, i.e., essentially at the transition between the cavity and flange 37. Note that the stiffener member 48 extends across both the central tab 42 and lower tab 44.

(14) FIG. 6 depicts a preferred section 30 in accordance with the invention showing it being comprised of multiple layers. More particularly, the section 30 includes a top layer 50 comprising a fabric laminate 52 fused to a thin foam laminate 54. The outer surface 56 of fabric laminate 52 constitutes the front facing surface 36 of support member 26.

(15) The section 30 further includes a bottom layer 60 comprising a fabric laminate 62 fused to a thin foam laminate 64. The outer surface 66 of fabric laminate 62 constitutes the rear facing surface 35 of support member 26. As shown, both top layer 50 and bottom layer 60 are formed (for example molded by heat and pressure) so as to define the breast cup 32 including the concave cavity 34. A foam pad 68 is preferably sandwiched between the foam laminates 54 and 64. Also, a stiffener member 48 preferably comprising a flat plastic strip 70 is retained between the foam pad 68 and the foam laminate 54. The strip 70 is configured to be relatively flexible around a line across the strip width and relatively stiff around a line along the strip length.

(16) FIG. 7 comprises an exploded view of the breast support member of FIG. 6 to better explain a preferred fabrication procedure. Initially, the top layer 50 is placed in a heat mold (not shown) to form the concave curve including a recess 74 for partially accommodating the strip 70. A formed foam pad layer 68 having a mating recess 75 is stacked against the foam laminate 54 to lock strip 70 therebetween. Then the bottom layer 60 is conformed and stacked to the top layer and foam pad 68. The stacked layers are adhered together by introducing adhesive between the layers and/or by fusing the respective layers by the appropriate application of heat and pressure.

(17) Precise dimensions and materials used to fabricate the breast support member 26 of FIGS. 6 and 7 can vary considerably. It has been found appropriate however that each layer 50, 60 comprise a fabric or silicone laminate 52, 62. The fabric laminate can be comprised of a variety of materials, for example, approximately 82% nylon and 18% polyester, fused to a thin foam laminate 54, 64 on the order of 1 mm thick. The strip 70 is approximately 0.8 mm thick, inches wide, and 4-5 inches long. A skin compatible reusable silicone adhesive is applied to the rear facing surface 35 of fabric laminate 62 and, for the user's convenience, can be packaged with a removable protective release sheet (not shown).

(18) In production, the breast support members can be provided in various cup sizes, e.g., A, B, C, D. The peripheral dimensions of the section 30 will preferably vary with cup size but typically will have an overall vertical dimension on the order of 7-9 inches and a lateral dimension on the order of 6-8 inches.

(19) In typical use, the wearer will place the support member 26 cup over her breast with the stiffener member 70 proximate to the breast outer surface portion. Then, by manipulating the central tab 42, the wearer can laterally move the breast to achieve the desired breast cleavage/separation. Additionally, by manipulating the upper tab 46, the wearer can move the breast vertically to achieve the desired lift. When the breast is positioned as desired, the tabs and cup are pressed against the wearer's skin to adhere the support member 26.

(20) From the foregoing, it should now be understood that a bra construction has been described particularly suited for use with deep plunge garments comprised of separate left and right breast support members where each support member comprises a section of flexible sheet material formed to define a concave breast accommodating cavity bounded in party by a stiffener member embedded in the sheet material. Each support member defines tabs extending radially outward from the cavity rim. The tabs define a rear facing surface carrying a reusable pressure sensitive adhesive for adhering to a user's skin. Although only a single embodiment has been described, it should be recognized that variations and modifications falling within the intended scope of the appended claims may readily occur to those skilled in the art.