Compression anastomosis coupling assembly

Claim 2

An assembly for compression anastomosis of a tubular structure comprising a first, a second and a third coupling member each being generally a hollow open cylinder, said first coupling member being dimensioned and configured to receive therein at least a portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member, and means disposed on said portion of said second coupling member adapted for locking coaction with complementary means disposed proximate a first end of said portion of said third coupling member, with each said coupling member being aligned and urged into engagement, said third coupling member forces said portion of said second coupling member into locking engagement with said first coupling member, with said first end of said third coupling member mechanically locking within said portion of said second coupling member thereby effecting an assembly of interlocking coupling members.

Claim 3

An assembly for compression anastomosis of a tubular structure comprising a first coupling member being generally a thin wall hollow cylinder having first and second ends with the second end being open and the first end having a surface; a second coupling member being generally a thin wall hollow cylinder having open first and second ends and including a first portion; a third coupling member being generally a thin wall hollow cylinder having open first and second ends; said first coupling member being dimensioned and configured to receive therein said first portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member; and means disposed on said first portion of said second coupling member adapted for locking coaction with complementary means disposed proximate a first end of said third coupling member, with each said coupling member being aligned and urged into engagement, said third coupling member forces said first portion of said second coupling member into locking engagement with said first coupling member, with said first end of said third coupling member mechanically locking within said first portion of said second coupling member thereby effecting an assembly of interlocking coupling members.

Claim 4

An assembly for compression anastomosis of a tubular structure comprising a first coupling member being generally a thin wall hollow cylinder having first and second ends with the second end being open and the first end having a surface; a second coupling member being generally a thin wall hollow cylinder having open first and second ends and including a first portion; a third coupling member being generally a thin wall hollow cylinder having open first and second ends; said first coupling member being dimensioned and configured to receive therein said first portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member; and means disposed on said first portion of said second coupling member adapted for locking coaction with complementary means disposed proximate a first end of said third coupling member, with each said coupling member being aligned and urged into engagement, said third coupling member forces said first portion of said second coupling member into locking engagement with said first coupling member, with said first end of said third coupling member mechanically locking within said first portion of said second coupling member thereby effecting an assembly of interlocking coupling members.

Claim 5

The assembly according to claim 2 wherein said first portion means is a land and said complementary means is a projection.

Claim 6

The assembly according to claim 2 wherein said first portion means is a projection and said complementary means is a land.

Claim 7

The assembly according to claim 2 further including means for guiding a cutting instrument adapted for usage with said assembly during assembly installation.

Claim 8

The assembly according to claim 5 wherein said means is a rib disposed on an inner face of said surface.

Claim 9

The assembly according to claim 5 wherein said means is an annular bevel disposed on an inner face of said surface.

Claim 10

The assembly according to claim 2 further including means disposed on the inner face of said surface for latching engagement with an instrument adapted for usage during assembly installation.

Claim 11

The assembly according to claim 2 further including a recess disposed in said surface.

Claim 12

An assembly for compression anastomosis of a tubular structure comprising a first coupling member being generally a thin wall hollow cylinder having first and second ends with the second end being open and the first end having a surface with an axial port; a second coupling member being generally a thin wall hollow cylinder having open first and second ends and including a first portion having one or more openings disposed in the wall; a third coupling member being generally a thin wall hollow cylinder having open first and second ends; said first coupling member being dimensioned and configured to receive therein said first portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member; and means disposed on said first portion of said second coupling member adapted for locking coaction with complementary means disposed proximate a first end of said third coupling member, with each said coupling member being aligned and urged into engagement, said third coupling member forces said first portion of said second coupling member into locking engagement with said first coupling member, with said first end of said third coupling member mechanically locking within said first portion of said second coupling member thereby effecting an assembly of interlocking coupling members.

Claim 13

An assembly for compression anastomosis of a tubular structure comprising a first coupling member being generally a thin wall hollow cylinder having first and second ends with the second end being open and the first end having a surface with an axial port; a second coupling member being generally a thin wall hollow cylinder having open first and second ends and including a first portion having one or more openings disposed in the wall; a third coupling member being generally a thin wall hollow cylinder having open first and second ends; said first coupling member being dimensioned and configured to receive therein said first portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member; and means disposed on said first portion of said second coupling member adapted for locking coaction with complementary means disposed proximate a first end of said third coupling member, with each said coupling member being aligned and urged into engagement, said third coupling member forces said first portion of said second coupling member into locking engagement with said first coupling member, with said first end of said third coupling member mechanically locking within said first portion of said second coupling member thereby effecting an assembly of interlocking coupling members.

Claim 14

The assembly according to claim 10 wherein said first portion means is a land and said complementary means is a projection.

Claim 15

The assembly according to claim 10 wherein said first portion means is a projection and said complementary means is a land.

Claim 16

The assembly according to claim 10 further including a recess disposed in said surface.

Claim 17

The assembly according to claim 13 wherein said recess is disposed on an outer face of said surface.

Claim 18

The assembly according to claim 13 wherein said recess is disposed on an inner face of said surface.

Claim 19

The assembly according to claim 13 wherein said recess comprises at least one continuous channel.

Claim 20

The assembly according to claim 16 wherein said channel follows a spiral path.

Claim 21

The assembly according to claim 16 wherein said channel follows an angular path.

Claim 22

The assembly according to claim 10 further including means for guiding a cutting instrument adapted for usage with said assembly during assembly installation.

Claim 23

The assembly according to claim 19 wherein said means is a rib disposed on an inner face of said surface.

Claim 24

The assembly according to claim 19 wherein said means is an annular bevel disposed on an inner face of said surface.

Claim 25

The assembly according to claim 10 wherein said surface further includes one or more openings disposed therein forming a spoke-like configuration.

Claim 26

An assembly for compression anastomosis of a tubular structure comprising a first, a second and a third coupling member each being generally a hollow open cylinder, said first coupling member being dimensioned and configured to receive therein at least a portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member, and means for mechanically locking together said coupling members, said mechanical locking means including at least one projecting segment disposed on said first coupling member adapted for locking coaction with said third coupling member, means disposed on a first portion of said second coupling member adapted for locking coaction with complementary means disposed proximate a first end of said third coupling member, with each said coupling member being aligned and urged into engagement, said coupling members mechanically latch to thereby effect an assembly of interlocking coupling members.

Claim 27

An assembly for compression anastomosis of a tubular structure comprising a first, a second and a third coupling member each being generally a hollow open cylinder, said first coupling member being dimensioned and configured to receive therein at least a portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member, and means for mechanically locking together said coupling members, said mechanical locking means including at least one projecting segment disposed on said first coupling member adapted for locking coaction with said third coupling member, means disposed on a first portion of said second coupling member adapted for locking coaction with complementary means disposed proximate a first end of said third coupling member, with each said coupling member being aligned and urged into engagement, said coupling members mechanically latch to thereby effect an assembly of interlocking coupling members.

Claim 28

The assembly according to claim 23 wherein said projecting segment passes through said third coupling member latching proximate an end of said third coupling member.

Claim 29

An assembly for compression anastomosis of a tubular structure comprising a first, a second and a third coupling member each being generally a hollow open cylinder, said first coupling member being dimensioned and configured to receive therein at least a portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member, and means for mechanically locking together said coupling members, said mechanical locking means including at least one projecting segment disposed on said first coupling member adapted for passage between said second and said third coupling members for latching proximate an end of said third coupling member, means disposed on a first portion of said third coupling member adapted for locking coaction with complementary means disposed on said projecting segment, with each said coupling member being aligned and urged into engagement, said coupling members mechanically latch to thereby effect an assembly of interlocking coupling members.

Claim 30

An assembly for compression anastomosis of a tubular structure comprising a first, a second and a third coupling member each being generally a hollow open cylinder, said first coupling member being dimensioned and configured to receive therein at least a portion of said second coupling member with said second coupling member being dimensioned and configured to receive therein at least a portion of said third coupling member, and means for mechanically locking together said coupling members, said mechanical locking means including at least one projecting segment disposed on said first coupling member adapted for passage between said second and said third coupling members for latching proximate an end of said third coupling member, means disposed on a first portion of said third coupling member adapted for locking coaction with complementary means disposed on said projecting segment, with each said coupling member being aligned and urged into engagement, said coupling members mechanically latch to thereby effect an assembly of interlocking coupling members.

Claim 31

The assembly according to claim 25 wherein said projecting segment latches proximate an end of said second coupling member.