Moisture retention athletic sock having resilient cushioning attachment

• US 5,421,034 A
• Filed: 04/08/1994
• Issued: 06/06/1995
• Est. Priority Date: 04/08/1994
• Status: Expired due to Fees

• Current Assignee: David Easton
• Original Assignee: David Easton
• Inventors: Keune, Jeff M.
• Primary Examiner(s): CALVERT, JOHN JAMES
• Application Number:
  US08/224,890
• Time in Patent Office: 424 Days
• Field of Search: 2/22, 2/239, 2/240, 2/241, 602/27, 602/65, 36/102, 36/113, 36/114
• US Class Current: 2/239
• CPC Class Codes: A41B 11/00 Hosiery; Panti-hose elastic stockings for curative purposes A61F13/08
• CPC Class Codes: A41B 11/02 Reinforcements
• CPC Class Codes: A41B 2400/20 Air permeability; Ventilation
• CPC Class Codes: A41B 2400/60 Moisture handling or wicking function

Abstract

An athletic sock is formed out of a moisture-absorbent yarn material that is knitted to conform to the shape of a human foot. A flexible sheet of neoprene, or similar resilient thermal insulator material, is affixed to the moisture-absorbent fabric so as to overlie the shin area, ankle area and instep area of the sock. The neoprene sheet acts as a cushion between the person'"'"'s boot and foot so as to improve foot comfortability. The neoprene sheet also acts as a thermal barrier to control the escape of heat and moisture from the sock areas in contact with the neoprene sheet.

Claims

1. An athletic sock for disposition on a foot within an associated boot;

said sock comprising a knitted porous fabric formed of a moisture-absorbing yarn, the porous moisture-absorbing fabric comprising contiguous fabric sections to fully cover shin, ankle, heel, toe, sole, and instep areas of the foot, whereby moisture generated during athletic indeavors is distributed throughout the porous fabric; and

a flexible sheet of a moisture-impervious insulator material covering selected areas of said knitted porous fabric to trap heat within said selected fabric areas;

said flexible sheet attached to the sock and extending only along the shin area, ankle area and instep area of the porous fabric, wherein other areas of the porous fabric are uncovered;

said flexible sheet having an opening at a juncture between the shin area and instep area allowing the flexible sheet continuous facial engagement with the porous fabric without wrinkling or buckling at said juncture;

the material for said flexible sheet being resilient wherein said sheet affords cushioning between the foot and associated boot.

2. The athletic sock of claim 1, wherein said flexible sheet is formed of neoprene.

3. The athletic sock of claim 1, wherein said flexible sheet is formed of neoprene with a thickness of about 0.08 inches.

4. The athletic sock of claim 1, wherein said flexible sheet has a longitudinal axis spanning the instep area and shin area of the porous fabric;

said opening in the flexible sheet having an oval configuration, said oval having a major axis transverse to the longitudinal axis of the flexible sheet.

5. The athletic sock of claim 4, wherein said flexible sheet has a length dimension parallel to the longitudinal axis, and a width dimension transverse to the longitudinal axis;

the length dimension of said flexible sheet being about twice the width dimension.

6. The athletic sock of claim 4, wherein said flexible sheet comprises a first zone having a width covering the instep area of the porous fabric, a second zone having a width covering the shin area of the porous fabric, and a third zone covering the ankle area of the porous fabric;

said third zone having a greater width than said first and second zones;

said oval opening being located in said third zone.

7. The athletic sock of claim 6 wherein said third zone forms a front edge of said flexible sheet;

said front edge being generally semi-circular.

8. The athletic sock of claim 1, wherein said flexible sheet has a peripheral edge, and stitching extending along said peripheral edge for joining said flexible sheet to said porous fabric.

9. The athletic sock of claim 1, wherein said flexible sheet is imperforate.