Wearable orthopedic device for lower body posture correction and improved ergonomics
The present disclosure is directed to a wearable orthopedic device for lower body posture correction and improve human ergonomics. Embodiments of the present disclosure include pairs of men's and women's shorts that have specially positioned and tensioned panels for providing a wearer with a neutral pelvis. In certain embodiments, the device targets the body's proprioceptors to train the body to properly align itself.
1. A wearable orthopedic device, comprising:
a waistband;
a right leg comprising a right side panel, a right front panel, and a right back panel;
a left leg comprising a left side panel, a left front panel, and a left back panel;
said right side panel extending vertically from a right side of said waistband to a bottom of a right side of said right leg;
said left side panel extending vertically from a left side of said waistband to a bottom of a left side of said left leg;
a crotch panel on an anterior of said device connected along a center front portion of said waistband;
a seat panel on a posterior of said device connected along a back portion of said waistband from said right side panel to said left side panel;
an inseam panel extending along a bottom of said device from a bottom of a left side of said right leg to a bottom of a right side of said left leg, said inseam panel connected between said crotch panel and said seat panel;
said right front panel on the anterior of said device connected along a right front portion of said waistband from said crotch panel to said right side panel and connected to a right side of said inseam panel, said right front panel extending to a bottom of a front side of said right leg;
said left front panel on the anterior of said device connected along a left front portion of said waistband from said crotch panel to said left side panel and connected to a left side of said inseam panel, said left front panel extending to a bottom of a front side of said left leg;
said right back panel on the posterior of said device connected to said seat panel at a top edge, said right side panel at a right edge, and said inseam panel at a left edge;
said left back panel on the posterior of said device connected to said seat panel at a top edge, said left side panel at a left edge, and said inseam panel at a right edge,
wherein said right side panel, said left side panel, and said inseam panel comprise a double-layer fabric including an interior fabric and an exterior fabric, said interior fabric comprising a mesh material,
wherein said crotch panel, said seat panel, said right front panel, said left front panel, said right back panel, and said left back panel comprise a single-layer fabric and wherein said crotch panel, said seat panel, said right front panel, said left front panel, said right back panel, and said left back panel have a greater elasticity than said right side panel, said left side panel, and said inseam panel,
wherein seams along edges of said right side panel, said left side panel, and said inseam panel to other portions of said device comprise a first stitch type, and seams not along an edge of said right side panel, said left side panel, and said inseam panel comprise a second stitch type, wherein said first stitch type comprises a higher thread density than said second stitch type.
2. The device of claim 1 , wherein said double-layer fabric on said right side panel and said left side panel is configured to reduce stretch on a wearer's IT bands.
3. The device of claim 1 , wherein said double-layer fabric on said inseam panel is configured to reduce internal rotation of a wearer's femurs.
4. The device of claim 1 , wherein said first stitch type is a flat-lock stitch.
5. A wearable orthopedic device, comprising:
a waistband;
a right leg comprising a right side panel, a right front panel, and a right back panel;
a left leg comprising a left side panel, a left front panel, and a left back panel;
an inseam panel;
a crotch panel; and
a seat panel, and
wherein said crotch panel, said seat panel, said right front panel, said left front panel, said right back panel, and said left back panel comprise a single-layer fabric, said right side panel, said left side panel, and said inseam panel comprise a double-layer fabric comprising an interior fabric and an exterior fabric, wherein said right side panel extends vertically from a right side of said waistband to a bottom of a right side of said right leg, wherein said left side panel extends vertically from a left side of said waistband to a bottom of a left side of said left leg, and wherein said single-layer fabric has a greater elasticity than said double-layer fabric and is configured to reduce stretch on a wearer's IT bands, and
wherein seams along edges of said right side panel, said left side panel, and said inseam panel to other portions of said device comprise a first stitch type, and seams not along an edge of said right side panel, said left side panel, and said inseam panel comprise a second stitch type, wherein said first stitch type comprises a higher thread density than said second stitch type.
6. The device of claim 5 wherein said crotch panel is located on the anterior of said device and connected along a center front portion of said waistband.
7. The device of claim 6 wherein said seat panel is located on a posterior of said device and connected along a back portion of said waistband from said right side panel to said left side panel.
8. The device of claim 7 wherein said inseam panel extends along a bottom of said device from a bottom of a left side of said right leg to a bottom of a right side of said left leg, said inseam panel directly connected between said crotch panel and said seat panel.
9. The device of claim 7 wherein said right front panel is on the anterior of said device directly connected along a right front portion of said waistband from said crotch panel to said right side panel and directly connected to a right side of said inseam panel, said right front panel extending to a bottom of a front side of said right leg, and wherein said left front panel is on the anterior of said device directly connected along a left front portion of said waistband from said crotch panel to said left side panel and directly connected to a left side of said inseam panel, said left front panel extending to a bottom of a front side of said left leg.
10. The device of claim 7 wherein said right back panel is on the posterior of said device directly connected to said seat panel at a top edge, said right side panel at a right edge, and said inseam panel at a left edge, and wherein said left back panel is on the posterior of said device directly connected to said seat panel at a top edge, said left side panel at a left edge, and said inseam panel at a right edge.
11. The device of claim 7 wherein said crotch panel, said seat panel, said right front panel, said left front panel, said right back panel, and said left back panel have a greater elasticity than said right side panel, said left side panel, and said inseam panel.
12. The device of claim 5 , wherein said first stitch type is a flat-lock stitch.
13. A wearable orthopedic device, comprising:
a waistband;
a right leg comprising a right side panel, a right front panel, and a right back panel;
a left leg comprising a left side panel, a left front panel, and a left back panel;
an inseam panel;
a crotch panel; and
a seat panel, and
wherein said crotch panel, said seat panel, said right front panel, said left front panel, said right back panel, and said left back panel comprise a single-layer fabric, wherein said right side panel, said left side panel, and said inseam panel comprise a double-layer fabric including an interior fabric and an exterior fabric, wherein said right side panel extends vertically from a right side of said waistband to a bottom of a right side of said right leg, wherein said left side panel extends vertically from a left side of said waistband to a bottom of a left side of said left leg, and wherein said single-layer fabric has a greater elasticity than said double-layer fabric and is configured to reduce internal rotation of a wearer's femurs, and
wherein seams along edges of said right side panel, said left side panel, and said inseam panel to other portions of said device comprise a first stitch type, and seams not along an edge of said right side panel, said left side panel, and said inseam panel comprise a second stitch type, wherein said first stitch type comprises a higher thread density than said second stitch type.
14. The device of claim 13 wherein said crotch panel is located on the anterior of said device and directly connected along a center front portion of said waistband.
15. The device of claim 14 wherein said seat panel is located on a posterior of said device and directly connected along a back portion of said waistband from said right side panel to said left side panel.
16. The device of claim 15 wherein said inseam panel extends along a bottom of said device from a bottom of a left side of said right leg to a bottom of a right side of said left leg, said inseam panel directly connected between said crotch panel and said seat panel.
17. The device of claim 15 wherein said right front panel is on the anterior of said device directly connected along a right front portion of said waistband from said crotch panel to said right side panel and directly connected to a right side of said inseam panel, said right front panel extending to a bottom of a front side of said right leg, and wherein said left front panel is on the anterior of said device directly connected along a left front portion of said waistband from said crotch panel to said left side panel and directly connected to a left side of said inseam panel, said left front panel extending to a bottom of a front side of said left leg.
18. The device of claim 15 wherein said right back panel is on the posterior of said device directly connected to said seat panel at a top edge, said right side panel at a right edge, and said inseam panel at a left edge, and wherein said left back panel is on the posterior of said device directly connected to said seat panel at a top edge, said left side panel at a left edge, and said inseam panel at a right edge.
19. The device of claim 15 wherein said crotch panel, said seat panel, said right front panel, said left front panel, said right back panel, and said left back panel have a greater elasticity than said right side panel, said left side panel, and said inseam panel.
20. The device of claim 13 , wherein said first stitch type is a flat-lock stitch.