1. Field of the Invention
This invention relates to a breast protection device that is worn in conjunction with a sports bra, sports garment or bullet resistant vest. In the alternative, the sports bra defines a breast protection device.
2. Brief Description of Related Art
There are many types of sports bras on the market. Most are made of stretchy material that compresses the breasts to immobilize them.
The present invention relates to a breast protection device having a breast shield in the form of a cup or cups that shield and cushion the breast tissue to protect it from blunt impact force. This breast protection device is intended for use in sports, medical applications and/or the military or in any situation where a person desires additional breast protection.
a is a cross sectional view of a breast garment shield according to a first embodiment;
b is a cross sectional view of the breast garment shield according to a second embodiment;
The breast protection device of the invention is a breast shield specially designed to protect breast tissue from blunt impact force. The breast shield will be discussed in view of the drawings.
As shown in Figures. 1-3, a single breast shield 1 is shown that is concave to accommodate a single breast. The breast shield 1 has an outer face 5 and an inner face 6. As shown in
The valve system 4 is a one way or two-way but preferably a one way valve permitting air to flow into the bladder and not out of the bladder once it is filled to the desired volume and customized fit. A two-way valve may be used if it is desired to deflate the bladder for storage or packing. The valve may also have one or more of the following characteristics, have a cap, be self-sealing, may receive a needle inflator/tube combination.
A stem or tube 3 is inserted into the valve to deliver a filling substance 10 such as air or other filling substance into the bladder 2. The stem may be stationary or removable. The tube may remain attached or may be detached. It should be understood that the invention is not limited by the use of tubes as long as there is a useful system of filling the bladder or shield with a filling substance.
A bladder 2 is defined as an airtight bag or liquid tight bag. In an alternative embodiment as shown in
The bladder 2 can also be filled with liquid, gel or other force distributing substance 10 that moves force away from the area of impact. The filling substance of the bladder can also be a polymeric substance or any type of substance that is initially liquid upon filling but then transforms into a semi solid or solid state. In this embodiment where the filling substance becomes solid or semi solid, the filling substance can conform to the breast shape of the individual user and maintain the conforming shape for the life of the protection device.
As shown in
In use a sports bra type garment A has inside packets 13 for receiving the breast protection shields 1. The breast shields 1 are placed inside pockets 13 of a garment, as shown in
A pump canister B or other pump container containing a filling substance 10 may also be attached to the tube 3 to fill up the bladder. The pump B can be removable. The bladder 2 is blown up until a comfortable fit is achieved. An important object of the invention is to fill the bladder 2 or inside surface of the shield 8 to conform to the size and shape of the breast to offer the breast the optimum protection and fit. The amount of filling substance used depends on the physical dimensions of the user's breasts and their comfort level. This object is easily achieved by the user themselves or by the assistance of another person such as a coach, doctor or sport technician.
A breast protection kit is also part of the present invention. The kit contains 1) one or more shields as described herein, 2) a garment with shield receiving pockets for receiving the one or more shields, 3) a means for filling the shields with a filling substance. The kit may include multiple refills or canisters of filling substance.
In the embodiment where there are two separate shields used, each shield is blown up individually as not all breasts are symmetrical in size or shape. The tube 3 preferably remains in place. The tube can also be removed and the bladder 2 stays inflated due to its valve arrangement. The inflation system herein described not only allows the blunt trauma protection for the breast, it also offers a more customized fitt for the female.
Upon impact of an object to the breast, the rigid outer face 5 of the breast shield 1 acts as a protector. The bladder 2 adds additional protection to the breast tissue by absorbing and/or distributing the force laterally. The bladder is similar in many ways to an airbag in a car.
The outer face 5 of the shield 1 can be made by molding a polymeric material into the desired concave shape. The outer shield can be made in different sizes such as small, medium, large and extra large. The outer face of the shield material is a plastic material, preferably polyethylene. More preferably, the outer shield is high-density polyethylene. However, low density polyethylene may also be employed to permit the outer face 5 of the shield to expand slightly as the bladder is filled up. The thicker high-density polyethylene creates more velocity of energy at trauma point. Lower density allows the disbursement to carry through to the outer face allowing the bladder to absorb the blow. It is preferable that the outer face is more rigid than the inner face. The outer face can be somewhat flexible or made of a modular material.
The inner face 6 of the shield 1 is a flexible plastic or foam, preferably made of a low density PVC plastic (Polyvinyl chloride). The inner face should have the properties of being soft, flexible, durable, and elastic so that it can stretch when the bladder expands. It also must conform to the shape of the breast.
The tube 3 can be made of PVC or other suitable material. It allows air to fill the bladder with a basic stem and valve. The tub can extend from the shield upwards to attach to a shoulder strap of the garment allowing the female wearer to pump air into the bladder while participating in her skilled sport on the sidelines, accommodating any exposure of her breast and or chest cavity. The position of the tube may also be from the underside of the bladder or the sides of the bladder or inside surface of shield.
The outer face 5 and the inner face 6 may be glued together or adhered together in some fashion to form a cavity there between. The faces can be molded together, melted together, or adhered in any suitable fashion. They can be two separate and distinct faces or one integral object with the characteristics described herein.
As shown in
The pocket 13 can have openings 14 in one or more places such as a top opening 14, side opening 14, or bottom opening 14 shown in
In another embodiment, as shown in
The shape of the individual shields shown in
A sports bra A or other female garment that contains the shield in a pocket(s) therein is also a part of this invention. The bra or garment preferably has a harness 21 having one or two pockets for accommodating a breast protection shield(s). The sports bra or other garment preferably has a harness with adjustment means 22 for tightening the shields to the breasts to provide enhanced breast protection to said user.
A method of protecting breasts from blunt impact force is described as providing a breast shield as described herein, inserting the breast protection shield into a sports bra, applying the sports bra or other garment to the user so that the shield(s) cover the breasts of the user, inflating the breast shield to conform to the shape of the breasts, adjusting the garment to compress the shield onto the breasts of the user, and thereby protecting the breast tissue from injury.
Number | Date | Country | |
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61741929 | Jul 2012 | US |