US2016219971A1PendingUtilityA1
Proper posture high-heeled shoes
Est. expiryJan 10, 2034(~7.5 yrs left)· nominal 20-yr term from priority
Inventors:Hayim Vitali Kazes
A43B 17/00A43B 23/22A43B 13/38A43B 21/24A43B 7/141A43B 13/386A43B 3/0057A43B 7/38A43B 7/30
26
PatentIndex Score
0
Cited by
0
References
0
Claims
Abstract
A high-heeled shoe for a human foot which enables a person wearing it to stand and walk in an anatomically correct (suitable) position, i.e. to walk just like when she walks with heelless flat shoes; enables the body to stand in balance and the foot to rest on all points. The high-heeled shoe is formed with a curving inclined supporting sole which extends into the heel with the curve being adjusted with arctangent values and a correction factor and toe and heel angles appropriate for a human foot to provide perfect conformity with the human foot for straight body posture suitable to anatomy.
Claims
exact text as granted — not AI-modifiedWhat is claimed is:
1 . A high-heeled shoe for a human foot which enables a human to assume and maintain anatomically suitable body posture for standing and walking, and which has an orthopedic inclination, the high-heeled shoe comprising a toe section and a heel section separated by and connected with a sole section, the high-heeled shoe being configured for the respective support of a toe, heel and sole of a human foot wherein a vertical distance between support of the toe and support of the heel is between two to four inches and wherein the sole section which directly supports a human sole and heel comprises a curved inclination, as superimposed on an x-y coordinate system having a point of origin at the point at which the sole section begins to rise from a base of the toe section, wherein the curved inclination configuration is determined according to values of x and y along the sole section according to the formula:
y =(5/arctan(10 k ))·arctan( k·x )
wherein y is the y coordinate of a point on the sole section, x is the x coordinate of the point and k is an empirical value ranging between about 1/4.5 and 1/2.75, with the y value indicating the vertical distance from a plane extending from the base of foe toe section, and wherein the y value is multiplied by a human foot correction factor formula of:
1/(1+( x−x j )2/ k 2 )
wherein x is the x coordinate, k 2 is 300 and x j is a function of the vertical distance between toe section and heel section and ranges from about 20 to 60 for vertical distances ranging between about 2 and 4.5 inches.
2 . The high-heeled shoe of claim 1 , wherein the sole section and heel section are comprised of a continuous curved sole.
3 . The high-heeled shoe of claim 2 , wherein the toe section comprises an inclination β rising from the base of toe section at an angle between about 7° to 26°.
4 . The high-heeled shoe of claim 2 , wherein the heel section comprises an inclination α rising from a base of the heel section at an angle between about 5° to 26° and selected to provide a substantially straight body posture.
5 . The high-heeled shoe of claim 1 , wherein the toe section is elevated from a base section of the high-heeled shoe with a platform up to about 3½ inches in height.
6 . The high-heeled shoe of claim 1 , wherein the toe section, sole section and heel section are configured as a solid wedge with an upper part of the wedge providing direct support tor the toe, sole and heel of the human foot.
7 . The high-heeled shoe of claim 1 , wherein, for high-heeled shoes having vertical heights ranging from two to four inches, in half inch increments, with A 1 representing a vertical height of 2″, A 2 representing 2½″, A 3 representing 3″, A 4 representing 3½″, A 5 representing 4″, and A 6 representing 4.5″ the following table comprises angular curvature at positions, as measured from a rear of the shoe, at the terminus of the heel, along the sole and wherein angular curvatures for vertical heights other than the half inch increments between the about two to four and half inches are extrapolated therefrom, and wherein the range of angular curvature values for each position A 1 extends from values from A 1 to A 2 ; for A 2 the angular curvature values extends from values from A 1 to A 3 ; for A 3 the angular curvature values extends from values from A 2 to A 4 ; for A 4 the angular curvature values extends from values from A 3 to A 5 ; and for A 5 the angular curvature values extends from values from A 4 to A 6 ; and for A 6 the angular curvature values extends from values from A 5 to A 6 ;
Distance Along the Insole Board from Rear of Shoe
Heel
90-100
80-90
70-80
60-70
50-60
40-50
30-40
20-30
10-20
0-10
Height
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
A 1 (2″)-
42.96°-
41.97°-
38.66°-
33.89°-
28.43°-
22.83°-
17.41°-
12.36°-
7.78°-
3.75°-
A 2 (2½″)
45.63°
44.02°
39.84°
34.11°
27.75°
21.42°
15.49°
10.17°
5.53°
1.59°
A 2 (2½″)-
45.63°-
44.02°-
39.84°-
34.11°-
27.75°-
21.42°-
15.49°-
10.17°-
5.53°-
1.59°-
A 3 (3″)
49.61°
46.92°
41.20°
33.86°
26.16°
18.93°
12.54°
7.10°
2.60°
0.27°
A 3 (3″)-
49.61°-
46.92°-
41.20°-
33.86°-
26.16°-
18.93°-
12.54°-
7.10°-
2.60°-
0.27°-
A 4 (3½″)
51.72°
48.40°
41.77°
33.51°
25.11°
17.46°
10.91°
5.50°
1.14°
0.00°
A 4 (3½″)-
51.72°-
48.40°-
41.77°-
33.51°-
25.11°-
17.46°-
10.91°-
5.50°-
1.14°-
0.00°-
A 5 (4″)
56.13°
51.32°
42.52°
32.18°
22.35°
14.03°
7.38°
2.20°
0.00°
0.00°
A 5 (4″)-
56.13°-
51.32°-
42.52°-
32.18°-
22.35°-
14.03°-
7.38°-
2.20°-
0.00°
0.00°
A 6 (4½″)
58.43°
52.74°
42.63°
31.10°
20.60°
12.07°
5.48°
0.51°
8 . The high-heeled shoe of claim 1 , wherein, for high-heeled shoes having vertical heights ranging from about two to four and a half inches, in half inch increments, with A 1 representing a vertical height of 2″, A 2 representing 2½″, A 3 representing 3″, A 4 representing 3½″, A 5 representing 4″, and A 6 representing 4.5″ the following table comprises angular curvature as measured from a rear of the shoe at the terminus of the heel along the sole and wherein angular curvatures for vertical heights other than the half inch increments between the about two to four and a half inches are extrapolated therefrom:
Distance Along the Insole Board from Rear of Shoe
Heel
90-100
80-90
70-80
60-70
50-60
40-50
30-40
20-30
10-20
0-10
Height
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
A 1 (2″)-
42.96°-
41.97°-
38.66°-
33.89°-
28.43°-
22.83°-
17.41°-
12.36°-
7.78°-
3.75°-
A 2 (2½″)
45.63°
44.02°
39.84°
34.11°
27.75°
21.42°
15.49°
10.17°
5.53°
1.59°
A 2 (2½″)-
45.63°-
44.02°-
39.84°-
34.11°-
27.75°-
21.42°-
15.49°-
10.17°-
5.53°-
1.59°-
A 3 (3″)
49.61°
46.92°
41.20°
33.86°
26.16°
18.93°
12.54°
7.10°
2.60°
0.27°
A 3 (3″)-
49.61°-
46.92°-
41.20°-
33.86°-
26.16°-
18.93°-
12.54°-
7.10°-
2.60°-
0.27°-
A 4 (3½″)
51.72°
48.40°
41.77°
33.51°
25.11°
17.46°
10.91°
5.50°
1.14°
0.00°
A 4 (3½″)-
51.72°-
48.40°-
41.77°-
33.51°-
25.11°-
17.46°-
10.91°-
5.50°-
1.14°-
0.00°-
A 5 (4″)
56.13°
51.32°
42.52°
32.18°
22.35°
14.03°
7.38°
2.20°
0.00°
0.00°
A 5 (4″)-
56.13°-
51.32°-
42.52°-
32.18°-
22.35°-
14.03°-
7.38°-
2.20°-
0.00°
0.00°
A 6 (4½″)
58.43°
52.74°
42.63°
31.10°
20.60°
12.07°
5.48°
0.51°
9 . The high-heeled shoe of claim 7 , wherein the heel section comprises an inclination α rising from a base of the heel section and an inclination β rising from the base of toe section wherein the value ranges for α and β for varying vertical heights are set forth in the following table:
Distance Along the Insole Board from Rear of Shoe
Heel
90-100
80-90
70-80
60-70
50-60
40-50
30-40
20-30
10-20
0-10
Heel
Toe
Height
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
Angle (α)
Angle (β)
A 1 (2″)
42.96°
41.97°
38.66°
33.89°
28.43°
22.83°
17.41°
12.36°
7.78°
3.75°
5°-9°
7°-26°
A 2 (2½″)
45.63°
44.02°
39.84°
34.11°
27.75°
21.42°
15.49°
10.17°
5.53°
1.59°
12°-16°
7°-26°
A 3 (3″)
49.61°
46.92°
41.20°
33.86°
26.16°
18.93°
12.54°
7.10°
2.60°
0.27°
14°-18°
7°-26°
A 4 (3½″)
51.72°
48.40°
41.77°
33.51°
25.11°
17.46°
10.91°
5.50°
1.14°
0.00°
16°-20°
7°-26°
A 5 (4″)
56.13°
51.32°
42.52°
32.18°
22.35°
14.03°
7.38°
2.20°
0.00°
0.00°
18°-22°
7°-26°
A 6 (4½″)
58.43°
52.74°
42.63°
31.10°
20.60°
12.07°
5.48°
0.51°
0.00°
0.00°
22°-26°
7°-26°
10 . A high-heeled shoe for a human foot which enables a human to assume and maintain anatomically suitable body posture for standing and walking, and which has an orthopedic inclination, the high-heeled shoe comprising a toe section and a heel section separated by and connected with a sole section, the high-heeled shoe being configured for the respective support of a toe, heel and sole of a human foot wherein a vertical distance between support of the toe and support of the heel is between two to four and a half inches and wherein the toe section is raised by an angle β ranging between 7° and 26° from the support for the toe and wherein the angle α of an elevation of heel section from the front of the shoe to the rear of the shoe ranges between 5° and 26° with values of the vertical distance between 2 and four and a half inches being as follows and wherein:
Vertical
Heel elevation
Toe elevation
Distance
angle (α)
angle (β)
2 inches-2½ inches
5°-16°
7°-26°
2½ inches-3 inches
12°-18°
7°-26°
3 inches-3½ inches
14°-20°
7°-26°
3½ inches-4 inches
16°-22°
7°-26°
4 inches-4½ inches
18°-26°
7°-26°
11 . The high-heeled shoe of claim 10 , with the values of angles α and β for vertical heel height distances as follows:
Vertical
Heel elevation
Toe elevation
Distance
angle (α)
angle (β)
2
inches
5°-9°
7°-26°
2½
inches
12°-16°
7°-26°
3
inches
14°-18°
7°-26°
3½
inches
16°-20°
7°-26°
4
inches
18°-22°
7°-26°
4½
inches
22°-26°
7°-26°
12 . A high-heeled shoe for a human foot which enables a human to assume and maintain anatomically suitable body posture for standing and walking, and which has an orthopedic inclination, the high-heeled shoe comprising a toe section and a heel section separated by and connected with a sole section, the high-heeled shoe being configured for the respective support of a toe, heel and sole of a human foot wherein a vertical distance between support of the toe and support of the heel is between about two to four and a half inches and wherein the sole section which directly supports a human sole and heel for high-heeled shoes having vertical heights ranging from about two to four and a half inches, in half inch increments, with A 1 representing a vertical height of 2″, A 2 representing 2½″, A 3 representing 3″, A 4 representing 3½″, A 5 representing 4″ and A 6 representing 4 and ½″, with the following table comprising angular curvature at positions, as measured from a rear of the shoe, at the terminus of the heel, along the sole and wherein angular curvatures for vertical heights other than the half inch increments between the about two to four inches are extrapolated therefrom, and wherein the range of angular curvature values for each position A 1 extends from values from A 1 to A 2 ; for A 2 the angular curvature values extends from values from A 1 to A 3 ; for A 3 the angular curvature values extends from values from A 2 to A 4 ; for A 4 the angular curvature values extends from values from A 3 to A 5 ; and for A 5 the angular curvature values extends from values from A 4 to A 6 ; for A 5 the angular curvature values extends from values from A 4 to A 6 ; and for A 6 the angular curvature values extends from values from A 5 to A 6 ;
Distance Along the Insole Board from Rear of Shoe
Heel
90-100
80-90
70-80
60-70
50-60
40-50
30-40
20-30
10-20
0-10
Height
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
A 1 (2″)-
42.96°-
41.97°-
38.66°-
33.89°-
28.43°-
22.83°-
17.41°-
12.36°-
7.78°-
3.75°-
A 2 (2½″)
45.63°
44.02°
39.84°
34.11°
27.75°
21.42°
15.49°
10.17°
5.53°
1.59°
A 2 (2½″)-
45.63°-
44.02°-
39.84°-
34.11°-
27.75°-
21.42°-
15.49°-
10.17°-
5.53°-
1.59°-
A 3 (3″)
49.61°
46.92°
41.20°
33.86°
26.16°
18.93°
12.54°
7.10°
2.60°
0.27°
A 3 (3″)-
49.61°-
46.92°-
41.20°-
33.86°-
26.16°-
18.93°-
12.54°-
7.10°-
2.60°-
0.27°-
A 4 (3½″)
51.72°
48.40°
41.77°
33.51°
25.11°
17.46°
10.91°
5.50°
1.14°
0.00°
A 4 (3½″)-
51.72°-
48.40°-
41.77°-
33.51°-
25.11°-
17.46°-
10.91°-
5.50°-
1.14°-
0.00°-
A 5 (4″)
56.13°
51.32°
42.52°
32.18°
22.35°
14.03°
7.38°
2.20°
0.00°
0.00°
A 5 (4″)-
56.13°-
51.32°-
42.52°-
32.18°-
22.35°-
14.03°-
7.38°-
2.20°-
0.00°
0.00°
A 6 (4½″)
58.43°
52.74°
42.63°
31.10°
20.60°
12.07°
5.48°
0.51°Join the waitlist — get patent alerts
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