This invention relates to improvements in compression support pants or shorts and, in particular, to a compression garment that keeps the hamstring muscle warm by holding natural body heat next to the skin.
The compression girdle is a widely used and accepted garment for active individuals and athletes engaged in diverse physical activities such as bicycling, hiking, track and field events, basketball and football. One example of this type of garment is set forth in U.S. Pat. No. 5,161,257 which discloses a sport pant in the form of a knee-length football girdle made from a highly resilient fabric comprising, for example, a blend of 75% nylon and 25% Lycra® (Dupont registered trademark). This fabric provides a four-way stretch with the desired compression characteristics for effective support of the underlying muscles of the wearer. Sport garments of this type are available in both short styles and full-length pants.
Although the compression girdle effectively supports the user's hamstring muscles, it does not, of itself, materially prevent body heat from escaping from the hamstring muscles at the back of the legs of the wearer. Therefore, the user relies upon outer garments for this function. Light-weight outer garments, often worn, provide little resistance to the escape of natural body heat from the hamstring muscle area.
In an embodiment of the present invention the aforementioned problem is addressed by providing a compression sport pant shaped to compliment the pelvic region and legs and support the hamstring muscles of a wearer. Downwardly extending leg portions of the garment receive the legs of the wearer, and a neoprene liner in the back of each of the leg portions contacts the leg of the wearer when the garment is worn and thus holds natural body heat next to the wearer's skin. To apply additional support to the hamstring area, a stretchable, relatively wide strap is wrapped around the leg portion over the liner when the garment is worn.
In another aspect of the invention, means is provided on an outer surface of the pant at a rear portion thereof to secure the strap in a fixed position. The securing means may comprise a strip of hook or loop material extending upwardly to a buttock region of the garment to hold the strap in the fixed position.
Another aspect of the present invention is that a tendency of the stretchable straps to drop down in front to a low position when the wearer is active is prevented as means is provided on the front of the pant which engages the straps and holds them in place when the garment is worn.
Other advantages of this invention will become apparent from the following description taken in connection with the accompanying drawings, wherein is set forth by way of illustration and example, an embodiment of the present invention.
Referring initially to
The leg and crotch sections 14, 16 and 18 are made from a highly resilient fabric, preferably a blend of 75% nylon and 25% Lycra® having a rating of approximately 280 denier. This provides a fabric having four-way stretch ability and thus the compression characteristics desired for effective compression support of the underlying muscles of the wearer, as set forth, for example, in U.S. Pat. No. 5,161,257. In the present invention, a hamstring support system is provided and includes a substantially rectangular neoprene liner in the back of each leg of the compression short, the liner 22 for the left leg being partially shown in broken lines in
In addition to the neoprene liners 22 and 26, the hamstring support system includes a pair of detachable straps 28 for the respective legs, shown in place on the right leg in
An elongated, vertically extending strip 32 of elasticated loop material is secured to the outside of each of the leg sections 14 and 18 at the rear thereof from the buttock portion down to near the bottom of each leg for the purpose of positioning and holding the strap 28 on each leg in place and preclude downward shifting at the rear when worn by an active individual. This assures that the straps 28 will not slip downward and will continue to apply support to the hamstring area of the wearer at the desired position. Application of the strap 28 to the right leg is illustrated in
The action of the hamstring support system of the present invention is illustrated in
Furthermore, in the present invention the neoprene liners 22, 26 and the strap 28 on each leg cooperate to assure maximum heat retention as both are held in place in overlying relationship to the user's hamstring muscles. The straps 28 apply additional support to the hamstring area and thus maintain a continuous amount of consistent pressure on the hamstring muscles. The pieces 30 of hook material and the strips 32 hold the straps 28 to prevent downward shifting during athletic activity.
It is to be understood that while certain forms of this invention have been illustrated and described, it is not limited thereto, except insofar as such limitations are included in the following claims.