Multi durometer reinforced suture sleeve
First Claim
1. A suture anchor for securing a therapy delivery element to a desired location within a living body, the suture anchor comprising:
- a deformable anchor body comprising a primary lumen sized to receive the therapy delivery element and at least one exterior suture groove adapted to receive a suture material;
an inner sleeve located in the primary lumen, the inner sleeve comprising an inner sleeve lumen aligned with the primary lumen, the inner sleeve comprising an inner layer of a compliant material having a first durometer, and an outer layer of a second durometer greater than the first durometer;
at least one compression member disposed over the inner sleeve and recessed within the at least one suture groove, the at least one compression member including a first portion including spaced-apart first ends and a second portion including spaced-apart second ends, the first and second portions together forming a substantially annular shape, wherein the first ends of the first portion are separated by gaps from the second ends of the second portion with the compression member in an open configuration, and wherein the first ends of the first portion abut the second ends of the second portion with the compression member in a compressed configuration, wherein tensioning of the suture material imparts a radial compressive force on the at least one compression member to move the compression member from the open configuration to the compressed configuration; and
a reinforcing structure integrated with the inner sleeve, wherein;
the first durometer of the inner layer provides a slip-resistant surface for gripping the therapy delivery element; and
the second durometer of the outer layer, the at least one compression member, and the reinforcing structure provide a protective layer to inhibit damage to the therapy delivery element from over-tightening of the suture material.
9 Assignments
0 Petitions
Accused Products
Abstract
Suture anchors for securing therapy delivery elements, such as stimulation leads or catheters, within a living body. The suture anchor includes an inner sleeve constructed with an inner layer of a softer, more pliable material that easily conforms to the therapy delivery element to reduce slippage and an outer layer constructed from a harder, stiffer durometer material that protects the therapy delivery elements from damage due to over-tightening the tie down sutures. A suture material located in the suture groove is tensioned to apply a radial compressive force. The reinforcing structure spreads the radial compressive force along a greater surface area of the therapy delivery element.
-
Citations
18 Claims
-
1. A suture anchor for securing a therapy delivery element to a desired location within a living body, the suture anchor comprising:
-
a deformable anchor body comprising a primary lumen sized to receive the therapy delivery element and at least one exterior suture groove adapted to receive a suture material; an inner sleeve located in the primary lumen, the inner sleeve comprising an inner sleeve lumen aligned with the primary lumen, the inner sleeve comprising an inner layer of a compliant material having a first durometer, and an outer layer of a second durometer greater than the first durometer; at least one compression member disposed over the inner sleeve and recessed within the at least one suture groove, the at least one compression member including a first portion including spaced-apart first ends and a second portion including spaced-apart second ends, the first and second portions together forming a substantially annular shape, wherein the first ends of the first portion are separated by gaps from the second ends of the second portion with the compression member in an open configuration, and wherein the first ends of the first portion abut the second ends of the second portion with the compression member in a compressed configuration, wherein tensioning of the suture material imparts a radial compressive force on the at least one compression member to move the compression member from the open configuration to the compressed configuration; and a reinforcing structure integrated with the inner sleeve, wherein; the first durometer of the inner layer provides a slip-resistant surface for gripping the therapy delivery element; and the second durometer of the outer layer, the at least one compression member, and the reinforcing structure provide a protective layer to inhibit damage to the therapy delivery element from over-tightening of the suture material. - View Dependent Claims (2, 3, 4, 5, 6, 7)
-
-
8. A suture anchor for securing a therapy delivery element to a desired location within a living body, the suture anchor comprising:
-
a deformable anchor body comprising a primary lumen sized to receive the therapy delivery element; an inner sleeve located in the primary lumen, the inner sleeve comprising an inner sleeve lumen aligned with the primary lumen, the inner sleeve comprising an inner layer of a compliant material having a first durometer, and an outer layer of a second durometer greater than the first durometer; a reinforcing structure integrally formed with the inner sleeve; a suture material located in a suture groove on an outer surface of the anchor body adapted to apply a radial compressive force that engages the inner layer of the inner sleeve with the therapy delivery element; and at least one compression member disposed over the inner sleeve and recessed within the suture groove, the at least one compression member including a first portion including spaced-apart first ends and a second portion including spaced-apart second ends, the first and second portions together forming a substantially annular shape, wherein the first ends of the first portion are separated by gaps from the second ends of the second portion with the compression member in an open configuration, and wherein the first ends of the first portion abut the second ends of the second portion with the compression member in a compressed configuration, wherein tensioning of the suture material imparts a radial compressive force on the at least one compression member to move the compression member from the open configuration to the compressed configuration, wherein; the first durometer of the inner layer provides a slip-resistant surface for gripping the therapy delivery element; and the second durometer of the outer layer, the at least one compression member, and the reinforcing structure provide a protective layer to inhibit damage to the therapy delivery element from over-tightening of the suture material. - View Dependent Claims (9, 10, 11)
-
-
12. A suture anchor configured to secure a therapy delivery element with respect to a living body, the suture anchor comprising:
-
a deformable anchor body including; a primary lumen sized to receive the therapy delivery element; and at least one exterior suture groove adapted to receive a suture material; an inner sleeve disposed within the primary lumen, the inner sleeve including an inner sleeve lumen substantially aligned with the primary lumen, the inner sleeve including an inner layer including a first material of a first durometer, and an outer layer including a second material of a second durometer greater than the first durometer; at least one compression member disposed over the inner sleeve and recessed within the at least one suture groove, the at least one compression member including a first portion including spaced-apart first ends and a second portion including spaced-apart second ends, the first and second portions together forming a substantially annular shape, wherein the first ends of the first portion are separated by gaps from the second ends of the second portion with the compression member in an open configuration, and wherein the first ends of the first portion abut the second ends of the second portion with the compression member in a compressed configuration, wherein tensioning of the suture material imparts a radial compressive force on the at least one compression member to move the compression member from the open configuration to the compressed configuration; and a reinforcing structure disposed around the inner layer of the inner sleeve, wherein; the first material of the inner layer provides a slip-resistant surface for gripping the therapy delivery element; and the second material of the outer layer, the at least one compression member, and the reinforcing structure provide a protective layer to inhibit damage to the therapy delivery element from over-tightening of the suture material. - View Dependent Claims (13, 14, 15, 16, 17, 18)
-
Specification