Orthosis for correcting the position of a body joint
First Claim
1. Orthosis (2) for correcting the position of a body joint (6), said orthosis (2) configured to extend over two members (5, 28;
-
30,31) connected by a body joint and being provided with a first arm (7,35) and a second arm (8,34) forming the orthosis (2), said first (7,35) and second (8,34) arms each being configured to hold on the respective member (5, 28;
30, 31) by an attachment means (3, 4;
36, 37) and being interconnected by a pivot joint characterized in that, the pivot joint (6) includes a unitary central adjusting ring (12) formed by an axle ring (14) embraced by the first arm (7) and a ring bearing (13) with a fixed eccentricty with respect to the axle ring (14) and embraced by the second arm (8), wherein a variable rotation plane (15) of said ring bearing (13) is configured to be varied with respect to a fixed rotation plane (16) of the axle ring (14) by rotation of the adjusting ring (12) by such an angle that the first arm (7) supported by the axle ring (14) assumes a pivot position in relation to the extended normal position, depending on the rotation angle of the adjusting ring (12), wherein the orthosis includes an assembled and a disassembled configuration and the central adjusting ring has a fixed eccentricity in both the assembled and disassembled configuration.
1 Assignment
0 Petitions
Accused Products
Abstract
An orthosis for correcting the position of a body joint, the orthosis extending over the two members connected by the body joint and being provided with two arms forming the orthosis, the arms each being held on the respective member by a cuff and being interconnected by a pivot joint adjacent to the body joint is described. For the bending required during normal movement, the pivot joint is formed by an axle ring embraced by the one arm, and the axle ring being fixedly connected to a ring bearing eccentric with respect to the axle ring to form a central adjusting ring. The ring bearing forms a pivot bearing for the other arm and the pivot bearing being embraced by said other arm, such that the rotation plane of said ring bearing with respect to the rotation plane of the axle ring is pivotable through rotation of the adjusting ring.
-
Citations
10 Claims
-
1. Orthosis (2) for correcting the position of a body joint (6), said orthosis (2) configured to extend over two members (5, 28;
-
30,31) connected by a body joint and being provided with a first arm (7,35) and a second arm (8,34) forming the orthosis (2), said first (7,35) and second (8,34) arms each being configured to hold on the respective member (5, 28;
30, 31) by an attachment means (3, 4;
36, 37) and being interconnected by a pivot joint characterized in that, the pivot joint (6) includes a unitary central adjusting ring (12) formed by an axle ring (14) embraced by the first arm (7) and a ring bearing (13) with a fixed eccentricty with respect to the axle ring (14) and embraced by the second arm (8), wherein a variable rotation plane (15) of said ring bearing (13) is configured to be varied with respect to a fixed rotation plane (16) of the axle ring (14) by rotation of the adjusting ring (12) by such an angle that the first arm (7) supported by the axle ring (14) assumes a pivot position in relation to the extended normal position, depending on the rotation angle of the adjusting ring (12), wherein the orthosis includes an assembled and a disassembled configuration and the central adjusting ring has a fixed eccentricity in both the assembled and disassembled configuration. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
-
30,31) connected by a body joint and being provided with a first arm (7,35) and a second arm (8,34) forming the orthosis (2), said first (7,35) and second (8,34) arms each being configured to hold on the respective member (5, 28;
-
9. Orthosis (2) for correcting the position of a body joint (6), said orthosis (2) configured to extend over two members (5, 28;
-
30,31) connected by a body joint and being provided with a first arm (7,35) and a second arm (8,34) forming the orthosis (2), said first (7,35) and second (8,34) arms each being configured to hold on the respective member (5, 28;
30, 31) by an attachment means (3, 4;
36, 37) and being interconnected by a pivot joint characterized in that, the pivot joint (6) includes a unitary single component central adjusting ring (12) having an axle ring (14) configured to embrace the first arm (7) and a ring bearing (13) with a fixed eccentricity with respect to the axle ring (14) and configured to embrace the second arm (8), wherein a variable rotation plane (15) of said ring bearing (13) is configured to be varied with respect to a fixed rotation plane (16) of the axle ring (14) by rotation of the adjusting ring (12) by such an angle that the first arm (7) supported by the axle ring (14) assumes a pivot position in relation to the extended normal position, depending on the rotation angle of the adjusting ring (12).
-
30,31) connected by a body joint and being provided with a first arm (7,35) and a second arm (8,34) forming the orthosis (2), said first (7,35) and second (8,34) arms each being configured to hold on the respective member (5, 28;
-
10. Orthosis (2) for correcting the position of a body joint (6), said orthosis (2) configured to extend over two members (5, 28;
-
30,31) connected by a body joint and being provided with a first arm (7, 35) and a second arm (8, 34) forming the orthosis (2), said first (7, 35) and second (8, 34) arms each being configured to hold on the respective member (5, 28;
30, 31) by an attachment means (3, 4;
36, 37) and being interconnected by a pivot joint characterized in that, the pivot joint (6) includes a central adjusting ring (12) unitarily formed by an axle ring (14) embraced by the first arm (7), and a ring bearing (13) with a fixed eccentricty with respect to the axle ring (14) and embraced by the second arm (8), wherein a variable rotation plane (15) of said ring bearing (13) is configured to be varied with respect to a fixed rotation plane (16) of the axle ring (14) by rotation of the adjusting ring (12) by such an angle that the first arm (7) supported by the axle ring (14) assumes a pivot position in relation to the extended normal position, depending on the rotation angle of the adjusting ring (12), wherein the orthosis is configured such that the position of the variable rotation plane can be modified while the orthosis is worn.
-
30,31) connected by a body joint and being provided with a first arm (7, 35) and a second arm (8, 34) forming the orthosis (2), said first (7, 35) and second (8, 34) arms each being configured to hold on the respective member (5, 28;
Specification