Method and apparatus for improving cervical curvature and for maintaining proper curvature in persons predisposed to develop improper curvature
View Patent ↗A core muscle exercising and resistance training device includes a weighted bar having opposed bar ends adapted to removably mount at least one weight or other force generating element. A pad element is removably and frictionally mounted on the bar, the pad element being constructed from a lightweight foam material having a density within a specific range. The pad has an outer surface with a radius of curvature substantially the same as a normal cervical curvature. In use, the outer pad surface is placed adjacent a user's cervical curve and the weighted bar, the additional isometric resistance generating elements and the pad element act in combination to apply a force upon the user's core cervical curve muscles for improving the user's cervical curve posture by gradually modifying the cervical curvature to conform with clinically desirable curvature.
1. A method for improving abnormal cervical curvature in a user including the steps of:
A. Selecting a candidate for improvement, said candidate having a cervical curvature less than approximately 34 degrees, or greater than about 42 degrees, measured as an angle between the C2-C7 vertebrae from a side view of the candidate's spine;
B. Providing a weighted, rigid bar to said candidate, said bar including a substantially cylindrical pad element frictionally longitudinally mounted approximately equidistant from ends of said bar and gripping portions distal to said pad element, said pad element and bar combination having a mounted diameter of between approximately 2.8 to approximately 4.8 inches, said pad element having a pad sheathing surrounding an outer surface of said pad element and removable from said pad element by a fastener;
C. Applying said pad to portion of said candidate's body adjacent cervical curvature;
D. Generating isometric resistance to said portion of said candidate's body adjacent cervical curvature, by said candidate holding said gripping portions with their hands and exerting forwardly directed force on said weighted bar; and
E. Incrementally repeating said candidate's application of isometric resistance until said candidate exhibits a cervical curvature of in the range of approximately 34 degrees to approximately 42 degrees.
2. The method of claim 1 wherein said step of providing a weighted bar to said candidate includes the step of including a weighted bar having threads at opposing ends.
3. The method of claim 2 wherein said step of providing a weighted bar having threads at opposing ends further includes the step of providing downward force elements selected from weights, resistance bands, and combinations thereof.
4. The method of claim 3 wherein said step of providing downward force elements further includes the step of engaging said downward force elements with said opposing ends.
5. A method for maintaining normal cervical curvature in a user including the steps of:
A. Selecting a candidate predisposed for losing normal cervical curvature, said candidate having a cervical curvature between approximately 34 and 42 degrees, measured as an angle between the C2-C7 vertebrae from a side view of the candidate's spine;
B. Providing a weighted, rigid bar to said candidate, said bar including a substantially cylindrical pad element frictionally longitudinally mounted approximately equidistant from ends of said bar and gripping portions distal to said pad element, said pad element and bar combination having a mounted diameter of between approximately 2.8 to approximately 4.8 inches, said pad element having a pad sheathing surrounding an outer surface of said pad element and removable from said pad element by a fastener;
C. Applying said pad to portion of said candidate's body adjacent cervical curvature; and
D. Generating isometric resistance to said portion of said candidate's body adjacent cervical curvature, by said candidate holding said gripping portions with their hands and exerting forwardly directed force on said weighted bar.