DUAL FLEX FOOTREST FOR INCREASING CIRCULATION

Abstract

A dual flex footrest having separate elongated upper portions connected to elongated bottom portions via flexing portions, allowing a user to flex each foot individually to increase circulation to the user's body. The footrest aids in reducing leg swelling, leg cramps, restless leg syndrome, complications from arthritis and diabetes, neuropath, nerve pain and knee and foot pain. The footrest also aids in increasing oxygenated blood rich in nutrients, alertness, creativity, and productivity.

Claims

1. A dual flex footrest comprising: an elongated right bottom portion configured to be placed on a flat surface; an elongated left bottom portion configured to be placed on the flat surface; said elongated right and left bottom portions connected by a middle connecting portion; an elongated right upper portion connected to said elongated right bottom portion via a right flexing portion; an elongated left upper portion connected to said elongated left bottom portion via a left flexing portion; wherein said elongated right and left upper portions can move independently of each other; and shock absorbers provided between each of said elongated upper portion and lower portion; wherein a user, while seated, can place his or her feet on each of said elongated right and left upper portions and move said elongated right and left upper portions relative to said elongated right and left bottom portions.

2. The dual flex footrest of claim 1, wherein said elongated right and left bottom portions, said middle connecting portion, and said elongated right and left bottom portions are a unitary piece.

3. The dual flex footrest of claim 1, wherein said elongated right and left bottom portions, said middle connecting portion, and said elongated right and left bottom portions are formed of a unitary piece of aluminum.

4. The dual flex footrest of claim 1, wherein the footrest aids in reducing one or more the following: leg swelling, leg cramps, restless leg syndrome, complications from arthritis and diabetes, neuropath, nerve pain and knee and foot pain.

5. The dual flex footrest of claim 1, wherein the footrest aids in increasing one or more of oxygenated blood rich in nutrients, alertness, creativity, and productivity.

6. A dual flex footrest comprising: an elongated right bottom portion configured to be placed on a flat surface; an elongated left bottom portion configured to be placed on the flat surface; said elongated right and left bottom portions connected by a middle connecting portion; an elongated right upper portion connected to said elongated right bottom portion via a right flexing portion; and an elongated left upper portion connected to said elongated left bottom portion via a left flexing portion; wherein a user can place his or her feet on each of said elongated right and left upper portions and move said elongated right and left upper portions relative to said elongated right and left bottom portions.

7. The dual flex footrest of claim 6, wherein said elongated right and left upper portions can move independently of each other.

8. The dual flex footrest of claim 6, wherein shock absorbers are formed between each of said elongated upper and lower portions.

9. The dual flex footrest of claim 6, wherein said elongated right and left bottom portions, said middle connecting portion, and said elongated right and left bottom portions are a unitary piece.

10. The dual flex footrest of claim 6, wherein said elongated right and left bottom portions, said middle connecting portion, and said elongated right and left bottom portions are formed of a unitary piece of aluminum.

11. The dual flex footrest of claim 6, wherein the footrest aids in reducing one or more the following: leg swelling, leg cramps, restless leg syndrome, complications from arthritis and diabetes, neuropath, nerve pain and knee and foot pain.

12. The dual flex footrest of claim 6, wherein the footrest aids in increasing one or more of oxygenated blood rich in nutrients, alertness, creativity, and productivity.

13. A dual flex footrest comprising: a right bottom portion; a left bottom portion; a right upper portion connected to said right bottom portion; a left upper portion connected to said left bottom portion; wherein said right and left upper portions can move independently of each other; and wherein a user can place his or her feet on each of said right and left upper portions and move said right and left upper portions relative to said right and left bottom portions.

14. The dual flex footrest of claim 13, wherein said elongated right and left upper portions can move independently of each other.

15. The dual flex footrest of claim 13, wherein shock absorbers are formed between each of said elongated upper portion and lower portions.

16. The dual flex footrest of claim 13, wherein said elongated right and left bottom portions, said middle connecting portion, and said elongated right and left bottom portions are a unitary piece.

17. The dual flex footrest of claim 13, wherein said elongated right and left bottom portions, said middle connecting portion, and said elongated right and left bottom portions are formed of a unitary piece of aluminum.

18. The dual flex footrest of claim 13, wherein the footrest aids in reducing one or more the following: leg swelling, leg cramps, restless leg syndrome, complications from arthritis and diabetes, neuropath, nerve pain and knee and foot pain.

19. The dual flex footrest of claim 13, wherein the footrest aids in increasing one or more of oxygenated blood rich in nutrients, alertness, creativity, and productivity.

Description

BRIEF DESCRIPTION OF THE FIGURES

[0020] FIG. 1 shows a rear perspective view of the dual flex footrest;

[0021] FIG. 2 shows a rear view of the footrest of FIG. 1;

[0022] FIG. 3 shows a front view of the footrest of FIG. 1;

[0023] FIG. 4 shows a right side view of a footrest of FIG. 1;

[0024] FIG. 5 shows a left side view of the footrest of FIG. 1;

[0025] FIG. 6 shows a top plan view of the footrest of FIG. 1; and

[0026] FIG. 7 shows a bottom plan view of a footrest of FIG. 1.

[0027] FIG. 8 shows a user using the footrest and a representation of increased circulation in the user's body.

DETAILED DESCRIPTION OF THE FIGURES

[0028] Turning now to the FIGS. 1-7, footrest 101 is shown. Footrest 101 has elongated right and left bottom portions 102 and 103 and are configured to rest on a floor or other suitable surface. Right and left bottom portions 102 and 103 are connected by a middle connecting portion 104. Right and left upper portions 105 and 106 are connected to right and left lower portions 102 and 103, respectively, via right and left flexing portions 107 and 108, respectively.

[0029] Provided between the upper and lower portions 105 and 106 are shock absorbers 109 and 110. Shock absorbers 109 and 110 are positioned such that the upper portions 105 and 106 can be flexed a certain amount to optimize stretching of the calf muscles to increase circulation. In one embodiment, the shock absorbers are 1 inch round rubber and 2 inches in height.

[0030] Turning to FIG. 8, the configuration of the footrest allows the footrest to be used while a user is seated. In use, a seated user places his or her feet on each of right and left upper portions 105 and 106 and flexes his/her feet against the right and left upper portion, i.e, pointing and flexing his/her feet. The footrest, along with shock absorbers 109 and 110, provides resistance against the user's feet in both directions, i.e., during extension and flexion to increase circulation to the user's entire body.

[0031] The elongated right and left bottom portions 102 and 103, middle connecting portion 104, the elongated right and left upper portions 105 and 106, and right and left flexing portions 107 and 108 can be formed from a unitary piece of aluminum, simplifying manufacturing and assembly.

[0032] The footrest can be made of a variety of materials other including, but not limited to, steel or plastic. The material should be able to flex and provide resistance to a user without breaking but also be able to return to its original position. The shock absorber can be made of solid rubber or other suitable material.

[0033] It is understood that the present invention is not limited to the embodiments described above but encompasses any and all embodiments with the scope of the appended claims.