Brassiere Underwire Repair Device

Abstract

A repair device that repairs a brassiere or similar garment with an underwire that has poked through its fabric casing. The repair device accommodates various thicknesses and shapes of underwire tips and is installed inside an underwire's fabric casing. This invention also includes a single use installation apparatus that enables and facilitates the installation of the repair device by reducing friction between the repair device and the inner surfaces of an underwire's fabric casing.

Claims

1. A repair device that repairs a brassiere with an underwire that has poked through its fabric casing, and eliminates issues associated with repairing such brassiere. The repair device consists of an outer layer of thermal adhesive applied to the outer surfaces of a sleeve and is made by dipping the sleeve into heated thermal adhesive or by insert injection molding. The outer layer of thermal adhesive of said repair device adheres to the inner surfaces of an underwire's fabric casing. The sleeve of the repair device is suitably sized to fit over a underwire's tip and is formed into a capped and hollow elliptic cylinder, said sleeve of the repair device has a capped and rounded top that covers and shields the tip of an underwire and has an oval shaped opening at its base that receives various thicknesses and shapes of underwire tips, said sleeve of the repair device has inner surfaces that cradles a portion of an underwire, said sleeve of the repair device is constructed of brass but can also be made of other metals, metal alloys, plastic, wire mesh or from materials that contain nylon, polylactic acid or polyethylene.

2. The repair device of claim 1 but has an inner layer of thermal adhesive added to the inner surfaces of its said sleeve that adheres to the tip of an underwire, thereby restricting movement of the underwire.

3. A repair device similar to the repair device in claim 1 but is constructed entirely of the outer layer of thermal adhesive and does not have a sleeve, thereby allowing the repair device to be fully flexible while being fitted over the tip of an underwire, said repair device has inner surfaces of the outer layer of thermal adhesive that adhere to the tip of an underwire, thereby restricting movement of the underwire. A single use installation apparatus which enables and facilitates the installation of the repair device by reducing friction between the repair device and the inner surfaces of a underwire's fabric casing while inserting the repair device inside the underwire's fabric casing, said single use installation apparatus is made of vinyl sheet, but can also be made of siliconized paper, regular paper, card board, or sheet materials that consists of polyethylene, said single use installation apparatus is formed into a suitably sized inverted isosceles trapezoid and creased in half longitudinally along its height so that it fits inside the hole of a underwire's fabric casing.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0020] FIGS. 1, 2, 3 shows the embodiments of the repair device

[0021] FIG. 1 shows a perspective view of the first embodiment of the repair device which is formed into the shape of a capped and hollow elliptic cylinder and consists of thermal adhesive and a sleeve.

[0022] FIG. 2 shows a perspective view of the second embodiment of the repair device that is similar to the first embodiment but has an inner layer of thermal adhesive applied to the inner surfaces of the sleeve.

[0023] FIG. 3 shows a perspective view of the third embodiment of the repair device. This embodiment of the repair device is similar to the first embodiment but excludes the sleeve.

[0024] FIG. 4 shows a perspective view of the entire brass sleeve that is used in the first and second embodiments of the repair device. The sleeve is formed into a capped and hollow elliptic cylinder and is represented in FIGS. 1 and 2 by the line shading at its base.

[0025] FIGS. 5,6,7,8 (left cup view from the inside of the brassiere) show the operation of use of the repair device and the single use installation apparatus.

[0026] FIG. 5 shows the repair device being fitted over the tip of an underwire that has poked through its fabric casing and created a hole in the underwire's fabric casing.

[0027] FIG. 6 shows the repair device after it has been fitted over the tip of an underwire

[0028] FIG. 7 shows the single use installation apparatus after it has been inserted inside the hole in an underwire's fabric casing. The single use installation apparatus surrounds a portion of the repair device and a portion of an underwire while they are inserted inside the underwire's fabric casing.

[0029] FIG. 8 shows the removal of the single use installation apparatus once the repair device and underwire have been inserted inside the underwire's fabric casing. Also shown is a peeled back section of, an underwire's fabric casing that reveals the inner surfaces of an underwire's fabric casing.

DRAWINGS

Reference Numerals

[0030]

TABLE-US-00001 10A Top of the repair device 10B Top of the sleeve 11A Oval shaped opening of the sleeve 11B Oval shaped opening of the outer layer of thermal adhesive 12A Outer layer of thermal adhesive 12B Inner surfaces of the outer layer of thermal adhesive (Represents all) 13 Thickness of the outer layer of thermal 14A Sleeve (Represents) adhesive 14B Inner surfaces (Represents all) 14C Outer surfaces of the sleeve of the sleeve (Represents all) 15 Inner layer of thermal adhesive 16 Repair device 17 Single use installation apparatus 18 Tip 19 Underwire 20 Hole 21 Underwire's fabric casing 22 Inner surfaces of an underwire's fabric casing (Example)

DETAILED DESCRIPTION OF THE INVENTION

[0031] The repair device of this invention is created to repair a brassiere with an underwire that has poked through its fabric casing. As shown in FIGS. 5,6,7 and 8 (left cup view from the inside of the brassiere) the repair device (16) is fitted over the tip (18) of an underwire (19) and is easily inserted inside the underwire's fabric casing (21) with the use of the single use installation apparatus (17). Once the repair device (16) and underwire (19) are inside the underwire's fabric casing (21), the single use installation apparatus (17) is removed. Next, (not illustrated) the entire brassiere is covered with a cotton towel and the area being repaired is pressed with a hot dry iron which allows the outer layer of thermal adhesive (12A) of the repair device (16) to adhere to the inner surfaces of the underwire's fabric casing (22) which eliminates the need to sew. Next, the iron must be removed and the repaired area must be held in place with an unheated section of the cotton towel. Once the repair cools, the cotton towel is removed from the brassiere and the brassiere can be worn. The brassiere will not have an altered outer appearance because the repair device is constructed to be concealed inside the underwire's fabric casing.

[0032] The first embodiment of the repair device is formed into a capped and hollow elliptic cylinder. This embodiment of the repair device has a sleeve (14A) also shown entirely in (FIG. 4) that is made of brass but can also be made of other metals, metal alloys, plastic, wire mesh or from materials that contain nylon, polylactic acid or polyethylene. The base of the repair device shows the sleeve (14A), the oval shaped opening of the sleeve (11A), and the inner surfaces of the sleeve (14B). The top of the repair device (10A) is capped and rounded with thermal adhesive that covers the top of the sleeve (10B) which is capped and rounded. The top of the sleeve (10B) covers and shields the tip (18) of an underwire (19) in order to prevent the underwire from poking through the underwire's fabric casing (21). The oval shaped opening of the sleeve (11A) is suitably sized to receive various thicknesses and shapes of underwire tips. The inner surfaces of the sleeve (14B) cradles a portion of the underwire after the repair device has been fitted over the tip (18) of the underwire (19). The outer surfaces of the sleeve (14C) are smooth but can be textured to provide a superior bonding surface for the outer layer of thermal adhesive (12A). The outer surfaces of the sleeve (14C) has an outer layer of thermal adhesive (12A) applied to it by dipping it into heated thermal adhesive or by insert injection molding. The outer layer of thermal adhesive (12A) adheres to the inner surfaces of an underwire's fabric casing (22). When heated with a hot dry iron, the thickness of the outer layer of thermal adhesive (13) supplies enough thermal adhesive to the inner surfaces of an underwire's fabric casing (22) so that the repair device (16) will remain adhered to the inner surfaces of the underwire's fabric casing (22) after the repaired brassiere has been washed.

[0033] The single use installation apparatus of this invention enables and facilitates the installation of the repair device by reducing friction between the repair device (16) and the inner surfaces of an underwire's fabric casing (22). It is constructed of two mil vinyl sheet but can also be constructed of siliconized paper, regular paper, cardboard, or sheet materials consisting of polyethylene. The single use installation apparatus is formed into a suitably sized inverted isosceles trapezoid and then creased in half longitudinally along its height. As seen in FIGS. 7 and 8, this single use installation apparatus (17) is constructed to fit inside the hole (20) of an underwire's fabric casing (21) and partially surround the repair device (16) and underwire (19). The single use installation apparatus (17) enables and facilitates the installation of the repair device (16) because it provides a slippery surface between the repair device and the inner surfaces of an underwire's fabric casing (22), thereby enabling the repair device (16) and underwire (19) to be fully inserted inside an underwire's fabric casing (21) as shown in (FIG. 8)

ADDITIONAL EMBODIMENTS OF THE REPAIR DEVICE

FIGS. 2 and 3

[0034] FIG. 2 shows the second embodiment of the repair device which is similar to the first embodiment of the repair device but has an inner layer of thermal adhesive (15) applied to the inner surfaces of the sleeve (14B). The added inner layer of thermal adhesive (15) adheres to the tip (18) of an underwire (19) thereby restricting movement of the underwire.

[0035] FIG. 3 shows the third embodiment of the repair device which is similar to the first embodiment but is constructed entirely of thermal adhesive that is molded into a capped and hollow elliptic cylinder. This embodiment of the repair device is constructed by dipping a siliconized form inside heated thermal adhesive or by insert injection molding and then removing the siliconized form from its outer layer of thermal adhesive (12A) once cooled. The oval shaped opening of the outer layer of thermal adhesive (11B) is flexible and receives various thicknesses and shapes of underwire tips. The absence of the sleeve (FIG. 4) allows this embodiment of the repair device to be fully flexible while being fitted over the tip (18) of an underwire (19). The absence of the sleeve (FIG. 4) also exposes the inner surfaces of the outer layer of thermal adhesive (12B) which adheres to the tip (18) of an underwire (19) thereby restricting movement of the underwire.

CONCLUSIONS, RAMIFICATIONS, AND SCOPE

[0036] This invention was created to repair a brassiere or similar garment with an underwire that has poked through its fabric casing, and also to eliminate the aforementioned issues associated with repairing such brassiere. After reading about this invention, one will notice: sewing is not required in order to install the repair device, the single use installation apparatus enables and facilitates the installation of the repair device, the repair device is concealed inside the underwire's fabric casing and does not alter the outer appearance of the brassiere, and the repair device does not require reinstallation after the repaired brassiere has been washed. Further advantages of this invention are: [0037] The opening of the repair device receives various thicknesses and shapes of underwire tips. [0038] The inner surfaces of the repair device cradles a portion of the underwire. [0039] The outer layer of thermal adhesive of the repair device adheres to the inner surfaces of an underwire's fabric casing. [0040] The capped and rounded top of the repair device's sleeve covers the tip of an underwire and shields it from poking through its fabric casing.

[0041] Although the description above contains the first and additional embodiments of this invention, they should not limit the scope of the invention. For example, the repair device and its sleeve can vary in size, the inner and outer thermal adhesive layers can vary in thickness, the opening of the sleeve can formed into various oval shapes, and the sleeve can be made of various materials that bond with thermal adhesive.