Integral ankle support for a shoe

• US 8,245,419 B2
• Filed: 06/19/2009
• Issued: 08/21/2012
• Est. Priority Date: 06/19/2009
• Status: Active Grant

• Current Assignee: Tony Ryan Echols
• Original Assignee: Tony Ryan Echols
• Inventors: Echols, Tony Ryan
• Primary Examiner(s): Patterson, Marie
• Application Number:
  US12/457,767
• Publication Number:
  US 20100319217A1
• Time in Patent Office: 1,159 Days
• Field of Search: 36/88, 36/89, 36/92, 36/93, 361/14, 36/45
• US Class Current: 36/88
• CPC Class Codes: A43B 23/0285 filled with a non-compressible fluid, e.g. gel or water
• CPC Class Codes: A43B 7/20 Ankle-joint supports or holders

Abstract

An integral ankle support for a shoe has a support element and a cushioning element. The support element has horizontally elongated, generally parallel, and panel-like edge upstanding wings having corresponding front and rear ends joined at their rear ends by an integral, curved, and edge upstanding bight panel portion. The support element is constructed of semi-rigid, but partially flexible, material that is lightweight and moldable. The support element has a bottom tab that is oriented substantially perpendicular to the wings and that extends inwardly under the insole of the shoe. The ankle cushioning element is located on the inner surfaces of the rear ends of the wings and the central portion of the lower margin of the bight panel portion. The ankle support is incorporated as part of the internal structure of the shoe so as to remain fixed in place and provide enhanced support to the wearer'"'"'s foot.

Claims

1. An ankle support for a shoe having an upper and an interior lining that is adapted to provide lateral ankle support for a foot in said shoe and to thereby effectively increase resistance of the foot against ligament damage and to increase the stress capacity of the foot to enable greater forces to be exerted thereby when the shoe user is attempting a leap, said ankle support comprising:

a support element that includes (i) horizontally elongated, generally parallel, panel-shaped edge upstanding wings having inner and outer surfaces and corresponding front and rear ends joined at their rear ends by an integral, curved and edge upstanding bight panel portion having inner and outer surfaces and opposite ends coextensive with the rear ends of said wings, said wings and bight panel portion each including upper and lower margins, at least the forward end portions of the upper margins of said wings being lower than the upper margin of said bight panel portion and the lower margin of said bight panel portion being higher than the lower margins of said wings, said insert wings and bight panel portion being constructed of stiff, but somewhat flexible material, and (ii) a bottom tab that is oriented substantially perpendicular to the wings and that extends inwardly so as to be located between the lining of the shoe and the upper so as to fix the ankle support securely in place; and

a cushioning element covering at least some of the inner surface portions of said wings and bight panel portion,

said ankle support being located internally between the upper and the interior lining of said shoe.

2. The ankle support according to claim 1, wherein the rear portions of the upper margins of said wings are elevated relative to the forward and central portions of said upper margins of said wings.

3. The ankle support according to claim 2, wherein said cushioning element includes mid-height fluent material filled flexible material packs secured over the inner surfaces of the rear ends of said wings adapted to oppose the malleolus bone areas of a human foot having the heel portion thereof substantially seated against said inner surface of said bight panel portion.

4. The ankle support according to claim 3, wherein said cushioning element includes a fluent material filled flexible material pad secured over at least the central portion of the lower margin of said bight panel portion.

5. The ankle support according to claim 4, wherein said cushioning element is located beneath said lower margin of said bight panel portion and at least slightly upwardly over said outer surface of said bight panel portion immediately above said lower margin of said bight panel portion.

6. The ankle support according to claim 2, wherein said wings are slightly vertically concavo-convex with said upper and lower margins thereof curved slightly inwardly.

7. The ankle support according to claim 1, wherein said support element is secured to at least one of said lining and said upper.

8. The ankle support according to claim 1, wherein said support element terminates at a bottom edge of said support element wings and is secured to the upper with at least one of stitching and an adhesive.

9. A shoe with an integral ankle support, said shoe comprising:

an upper including a rear heel portion, opposite side walls extending forwardly from said heel portion, and an inner lining;

a support element that includes (i) horizontally elongated, generally parallel, panel-shaped edge upstanding wings having inner and outer surfaces and corresponding front and rear ends joined at their rear ends by an integral, curved and edge upstanding bight panel portion having inner and outer surfaces and opposite ends coextensive with the rear ends of said wings, said wings and bight panel portion each including upper and lower margins, at least the forward end portions of the upper margins of said wings being lower than the upper margin of said bight panel portion and the lower margin of said bight panel portion being higher than the lower margins of said wings, said insert wings and bight panel portion being constructed of stiff, but somewhat flexible material, and (ii) a bottom tab that is oriented substantially perpendicular to the wings and that extends inwardly so as to be located between a lining of the shoe and the upper so as to fix the ankle support securely in place; and

a cushioning element covering at least some of the inner surface portions of said wings and bight panel portion,

said ankle support being located internally between said upper and said interior lining.

10. The shoe according to claim 9, wherein said rear portions of the upper margins of said wings are elevated relative to the forward and longitudinal central portions of said upper margins of said wings.

11. The shoe according to claim 10, wherein said cushioning element includes mid-height fluent material filled flexible material packs secured over the rear portions of the inner surfaces of said wings adapted to oppose the malleolus bone areas of a human foot disposed in said shoe and having the heel portion thereof substantially seated against said inner surface of said bight panel portion.

12. The shoe according to claim 11, wherein said cushioning element includes a fluent material filled flexible material pad secured over at least the central portion of the lower margin of said bight panel portion and lapped beneath said lower margin of said bight panel portion and slightly upwardly over said outer surface of said bight panel portion immediately above said lower margin thereof, whereby the portion of the fluent material filled flexible material pad carried by the lower margin of said bight panel portion will function to pad the opposing heel of a human foot relative to the insert and the inner surface of the heel of said upper relative to said lower margin of said bight panel portion.