Knee supporter and garment

Patent metadata

Field	Value
Publication number	US-10912341-B2
Application number	US-201716071990-A
Country	US
Kind code	B2
Filing date	Feb 6, 2017
Priority date	Feb 4, 2016
Publication date	Feb 9, 2021
Grant date	Feb 9, 2021

Abstract

A knee supporter, including a tubular supporter main body including: a knee anterior surface part; a knee posterior surface part; a femoral side anterior surface part; a femoral side posterior surface part; a tibial side anterior surface part; and a tibial side posterior surface part, wherein elastic moduli, in an axial direction of the tubular supporter main body, when stretched by 80% in the axial direction of the tubular supporter main body, satisfy the following Formula (1) to (3): Formula (1): 0.7≤knee posterior surface part/knee anterior surface part; Formula (2): 1<femoral side anterior surface part/femoral side posterior surface part; and Formula (3): 1<tibial side anterior surface part/tibial side posterior surface part.

First claim

The invention claimed is:

1. A knee supporter, comprising a tubular supporter main body that is configured to be worn on a part of a leg including a knee, the tubular supporter main body comprising:
a knee anterior surface part (A) that is configured to support an anterior surface of the knee;
a knee posterior surface part (B) that is configured to support a posterior surface of the knee;
a femoral side anterior surface part (C) that is configured to support an anterior surface of a femoral side, with respect to the knee, of the leg;
a femoral side posterior surface part (D) that is configured to support a posterior surface of the femoral side;
a tibial side anterior surface part (E) that is configured to support an anterior surface of a tibial side, with respect to the knee, of the leg; and
a tibial side posterior surface part (F) that is configured to support a posterior surface of the tibial side,
wherein each of the surface parts (A)-(F) in the knee supporter have a density and distribution of yarns with an elastic moduli, when stretched by 80% in the axial direction of the tubular supporter main body, that satisfy the following Formulas (1) to (3):
1<an elastic modulus of the knee posterior surface part( B )/an elastic modulus of the knee anterior surface part( A );  Formula (1):

1<an elastic modulus of the femoral side anterior surface part( C )/an elastic modulus of the femoral side posterior surface part( D ); and  Formula (2):

1<an elastic modulus of the tibial side anterior surface part( E )/an elastic modulus of the tibial side posterior surface part( F ).  Formula (3):

2. The knee supporter according to claim 1 , wherein the elastic moduli in the axial direction of the knee anterior surface part (A), the femoral side anterior surface part (C), and the tibial side anterior surface part (E), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy at least one of the following Formula (4X) or (5X):
1<an elastic modulus of the knee anterior surface part( A )/an elastic modulus of the femoral side anterior surface part( C ); and  Formula (4X):

1<an elastic modulus of the knee anterior surface part( A )/an elastic modulus of the tibial side anterior surface part( E ).  Formula (5X):

3. The knee supporter according to claim 2 , wherein the elastic moduli in the axial direction of the knee anterior surface part (A), the femoral side anterior surface part (C), and the tibial side anterior surface part (E), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy both Formulas (4X) and (5X).

4. The knee supporter according to claim 1 , wherein the elastic moduli in the axial direction of the knee anterior surface part (A), the femoral side anterior surface part (C), and the tibial side anterior surface part (E), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy at least one of the following Formula (4Xa) or (5Xa):
1<an elastic modulus of the knee anterior surface part( A )/an elastic modulus of the femoral side anterior surface part( C )≤5; and  Formula (4Xa):

1<an elastic modulus of the knee anterior surface part( A )/an elastic modulus of the tibial side anterior surface part( E )≤5.  Formula (5Xa):

5. The knee supporter according to claim 1 , wherein the elastic moduli in the axial direction of the knee anterior surface part (A), the femoral side anterior surface part (C), and the tibial side anterior surface part (E), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy at least one of the following Formula (4Y) or (5Y):
0.2≤an elastic modulus of the knee anterior surface part( A )/an elastic modulus of the femoral side anterior surface part( C )≤1; and  Formula (4Y):

0.2≤an elastic modulus of the knee anterior surface part( A )/an elastic modulus of the tibial side anterior surface part( E )≤1.  Formula (5Y):

6. The knee supporter according to claim 5 , wherein the elastic moduli in the axial direction of the knee anterior surface part (A), the femoral side anterior surface part (C), and the tibial side anterior surface part (E), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy both Formulas (4Y) and (5Y).

7. The knee supporter according to claim 1 , wherein the elastic moduli in the axial direction of the femoral side anterior surface part (C), the femoral side posterior surface part (D), the tibial side anterior surface part (E), and the tibial side posterior surface part (F), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy at least one of the following Formula (6) or (7):
1<an elastic modulus of the tibial side anterior surface part( E )/an elastic modulus of the femoral side posterior surface part( D ); and  Formula (6):

1<an elastic modulus of the femoral side anterior surface part( C )/an elastic modulus of the tibial side posterior surface part( F ).  Formula (7):

8. The knee supporter according to claim 1 , wherein the elastic moduli in the axial direction of the knee posterior surface part (B), the femoral side posterior surface part (D), and the tibial side posterior surface part (F), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy at least one of the following Formula (8) or (9):
6≤an elastic modulus of the knee posterior surface part( B )/an elastic modulus of the femoral side posterior surface part( D )≤50; and  Formula (8):

6≤an elastic modulus of the knee posterior surface part( B )/an elastic modulus of the tibial side posterior surface part( F )≤50.  Formula (9):

9. The knee supporter according to claim 1 , wherein the elastic moduli in the axial direction of the femoral side anterior surface part (C), the femoral side posterior surface part (D), the tibial side anterior surface part (E), and the tibial side posterior surface part (F), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy at least one of the following Formula (2a) or (3a):
2≤an elastic modulus of the femoral side anterior surface part( C )/an elastic modulus of the femoral side posterior surface part( D )≤40; and  Formula (2a):

2≤an elastic modulus of the tibial side anterior surface part( E )/an elastic modulus of the tibial side posterior surface part( F )≤40.  Formula (3a):

10. The knee supporter according to claim 1 , wherein the elastic moduli in the axial direction of the knee anterior surface part (A) and the knee posterior surface part (B), when stretched by 80% in the axial direction of the tubular supporter main body, satisfy the following Formula (1a):
1<an elastic modulus of the knee posterior surface part( B )/an elastic modulus of the knee anterior surface part( A )≤3.  Formula (1a):

11. The knee supporter according to claim 1 , wherein
the elastic modulus in the axial direction of each of the femoral side posterior surface part (D) and the tibial side posterior surface part (F), when stretched by 80% in the axial direction of the tubular supporter main body, is 0.001 MPa or more, and
the elastic modulus in the axial direction of the knee posterior surface part (B), when stretched by 80% in the axial direction of the tubular supporter main body, is 1.0 MPa or less.

12. The knee supporter according to claim 1 , wherein each of a knit structure of the knee anterior surface part (A), a knit structure of the knee posterior surface part (B), a knit structure of the femoral side anterior surface part (C), a knit structure of the femoral side posterior surface part (D), a knit structure of the tibial side anterior

Assignees

• Mitsui Chemicals Inc

Inventors

• Ito Tomoaki
• Takeuchi Aya
• Iida Kenji
• Yasui Motoyasu
• Ito Shiori
• Nakai Kazuoki
• Kokido Fumihiko
• Saikawa Fumiaki

Classifications

• A61F5/0109 Primary

  Sleeve-like structures · CPC title

• A41D13/06

  Knee or foot {(protectors for the legs of players or sportsmen A63B71/1225)} · CPC title

• A61F5/02

  Orthopaedic corsets · CPC title

• A41D13/065 Primary

  Knee protectors · CPC title