초록 ▼

A core resistance apparatus is provided. The core resistance apparatus is comprised of a rotational adjusting element having a rotational member and a first and a second rotational cord guide. The first and second rotational cord guides pivotally contact a first and a second side portion of the rota

A core resistance apparatus is provided. The core resistance apparatus is comprised of a rotational adjusting element having a rotational member and a first and a second rotational cord guide. The first and second rotational cord guides pivotally contact a first and a second side portion of the rotational member along a contacting means, respectively. The core resistance apparatus is comprised a first and a second resistance cord. The resistance cords each have a first and second attachment point, wherein the first and second rotational cord guides slidingly connect with the first and second resistance cords, respectively. The core resistance apparatus is comprised of a first and a second upper body connector, and a third and a fourth lower body connector. The upper and lower body connectors attach to a user, wherein the location of the rotational adjusting element adjusts to a center of gravity relative to the user movement.

대표청구항 ▼

What is claimed: 1. A core resistance apparatus, comprising: a rotational adjusting element including a rotational member, the rotational member having a first and a second side portion, and a first and a second rotational cord guide, the first and second rotational cord guides contact the first an

What is claimed: 1. A core resistance apparatus, comprising: a rotational adjusting element including a rotational member, the rotational member having a first and a second side portion, and a first and a second rotational cord guide, the first and second rotational cord guides contact the first and second side portions of the rotational member along a contactor, respectively, the first cord guide pivotally rotating with the second cord guide via the rotational member, the first rotational cord guide located anterior to the second rotational cord guide within the rotational adjusting element; a first and a second resistance cord, the resistance cords each having a first and second attachment point, the first and second rotational cord guides slidingly connect with the first and second resistance cords, respectively, wherein the rotational adjusting element includes at least one protective outer housing covering a respective resistance cord and cord guide; a first and a second upper body connector, including a first attachment, the first attachment attaching to the first and second resistance cords first attachment points, respectively; and a third and a fourth lower body connector, including a second attachment, the second attachment attaching to the first and second resistance cords second attachment points, respectively, the upper and lower body connectors capable of attaching to a user, wherein the location of the rotational adjusting element adjusts to a center of gravity relative to the user movement. 2. The resistance apparatus of claim 1 wherein the protective outer housing is hemispherical. 3. The resistance apparatus of claim 1 wherein the rotational member is a disc. 4. The resistance apparatus of claim 1 wherein the rotational member is comprised of nylon. 5. The resistance apparatus of claim 1 wherein the first attachment points comprise a retaining adjustment fastener connecting to the first attachment. 6. The resistance apparatus of claim 5 wherein the first attachment includes a retaining member. 7. The resistance apparatus of claim 1 wherein the second attachment points comprise a retaining adjustment fastener connecting to the second attachment. 8. The resistance apparatus of claim 7 wherein the second attachment includes a retaining member. 9. The resistance apparatus of claim 1 wherein the upper and lower body connectors are adjustable Velcro straps. 10. The resistance apparatus of claim 1 including at least one interconnecting member having a third and a fourth attachment point attaching to any two of the first and second attachment. 11. A core resistance apparatus, comprising: a rotational adjusting element including a rotational member, the rotational member having a first and a second side portion, and a first and a second rotational cord guide, the first and second rotational cord guides contact the first and second side portions of the rotational member along a contactor, respectively, the first cord guide pivotally rotating with the second cord guide via the rotational member, the first rotational cord guide located anterior to the second rotational cord guide within the rotational adjusting element; and a first and a second resistance cord including a first and a second upper body connector, respectively, and a third and a fourth lower body connector, respectively, the first and second rotational cord guides slidingly connect with the first and second resistance cords, respectively, the rotational adjusting element including at least one protective outer housing covering a respective resistance cord and cord guide, the upper and lower body connectors capable of attaching to a user, wherein the location of the rotational adjusting element adjusts to a center of gravity relative to the user movement. 12. The resistance apparatus of claim 11 wherein the protective outer housing is hemispherical. 13. The resistance apparatus of claim 11 wherein the rotational member is a disc. 14. The resistance apparatus of claim 11 wherein the rotational member is comprised of nylon. 15. The resistance apparatus of claim 11 wherein the upper and lower body connectors are adjustable Velcro straps. 16. The resistance apparatus of claim 11 including at least one interconnecting member having a third and a fourth attachment point attaching to any two of the upper and lower body connectors. 17. A core resistance apparatus, comprising: a rotational adjusting element including a rotational member, the rotational member having a first and a second side portion, and at least a first and a second rotational cord guide, the first and second rotational cord guides contacting to the first and second side portions of the rotational member along a contactor, respectively, the first cord guide pivotally rotating with the second cord guide via the rotational member, the first rotational cord guide located anterior to the second rotational cord guide within the rotational adjusting element; and at least a first and a second resistance cord including at least a first and a second upper body connector, respectively, and at least a third and a fourth lower body connector, respectively, the first and second rotational cord guides slidingly connect with the first and second resistance cords, respectively, the rotational adjusting element including at least one protective outer housing covering a respective resistance cord and cord guide, the upper and lower body connectors capable of attaching to a user, wherein the location of the rotational adjusting element adjusts to a center of gravity relative to the user movement.