Vessel clips

Claim 2

A surgical clip for occluding a tubular tissue structure, said clip comprising: a monolithic hinge portion having surfaces adapted to be engaged by a clip removal tool for removing the clip from the tubular tissue structure, a first leg portion having a pair of first legs projecting from the hinge portion, said first legs having proximal and distal ends, tissue engaging surfaces, and clip applier bearing surfaces opposite said tissue engaging surfaces, said pair of first legs being spaced apart a first distance to provide a tissue extrusion slot extending between and opening through said tissue engaging and clip applier bearing surfaces, said tissue extrusion slot having a first end with said first end being a closed end formed by said hinge portion, a second leg portion having at least one second leg projecting from said hinge portion, said at least one second leg having proximal and distal ends, a tissue engaging surface, and a clip applier bearing surface opposite said tissue engaging surface, said clip being generally plastically deformable between an unclamped position with said tissue engaging surface of said second leg portion being spaced from said tissue engaging surfaces of said first leg portion and a clamped position with said tissue engaging surfaces of said first and second leg portions being spaced closer together than in said unclamped position, with the tubular tissue structure compressed between said tissue engaging surfaces of said first and second leg portions, and with tissue situated within said tissue extrusion slot, said hinge portion having structure located between said first legs to define said closed first end of said tissue extrusion slot, and said surfaces adapted to be engaged by a clip removal tool being situated so that the clip removal tool may provide a removal force to afford removal of said clip from said tubular tissue structure when said clip is in said clamped position, and wherein said tissue extrusion slot has a second end, and said second end of said slot is an open end.

Claim 3

A surgical clip according to claim 1 wherein said clip applier bearing surfaces and said tissue engaging surfaces of said first and second leg portions are generally planar portions.

Claim 4

A surgical clip according to claim 1 wherein said second leg portion has two second legs projecting from said hinge portion.

Claim 5

A surgical clip according to claim 1 wherein said second leg portion has one second leg projecting from said hinge portion.

Claim 6

A surgical clip according to claim 1 wherein said first legs have surfaces defining an outer leg width, and said hinge portion has outer surfaces defining a hinge portion width, and said outer leg width is substantially equal to said hinge portion width.

Claim 7

A surgical clip according to claim 1 wherein said hinge portion comprises a (removal) tab portion having surfaces adapted to be engaged by the tool for removing the clip.

Claim 8

A surgical clip according to claim 6 wherein said removal tab portion is adapted to project away from the first and second legs when the clip is in the clamped position.

Claim 9

A surgical clip for occluding a tubular tissue structure, said clip comprising: a monolithic hinge portion having surfaces adapted to be engaged by a clip removal tool for removing the clip from the tubular tissue structure, a first leg portion having a pair of first legs projecting from the hinge portion, said first legs having proximal and distal ends, tissue engaging surfaces, and clip applier bearing surfaces opposite said tissue engaging surfaces, said pair of first legs being spaced apart a first distance to provide a tissue extrusion slot extending between and opening through said tissue engaging and clip applier bearing surfaces, said tissue extrusion slot having a first end with said first end being a closed end formed by said hinge portion, a second leg portion having at least one second leg projecting from said hinge portion, said at least one second leg having proximal and distal ends, a tissue engaging surface, and a clip applier bearing surface opposite said tissue engaging surface, said clip being generally plastically deformable between an unclamped position with said tissue engaging surface of said second leg portion being spaced from said tissue engaging surfaces of said first leg portion and a clamped position with said tissue engaging surfaces of said first and second leg portions being spaced closer together than in said unclamped position, with the tubular tissue structure compressed between said tissue engaging surfaces of said first and second leg portions, and with tissue situated within said tissue extrusion slot, said hinge portion having structure located between said first legs to define said closed first end of said tissue extrusion slot, and said surfaces adapted to be engaged by a clip removal tool being situated so that the clip removal tool may provide a removal force to afford removal of said clip from said tubular tissue structure when said clip is in said clamped position, and wherein said hinge portion includes a circular hole extending therethrough.

Claim 10

A surgical clip for occluding a tubular tissue structure, said clip comprising: a monolithic hinge portion having surfaces adapted to be engaged by a clip removal tool for removing the clip from the tubular tissue structure, a first leg portion having a pair of first legs projecting from the hinge portion, said first legs having proximal and distal ends, tissue engaging surfaces, and clip applier bearing surfaces opposite said tissue engaging surfaces, said pair of first legs being spaced apart a first distance to provide a tissue extrusion slot extending between and opening through said tissue engaging and clip applier bearing surfaces, said tissue extrusion slot having a first end with said first end being a closed end formed by said hinge portion, a second leg portion having at least one second leg projecting from said hinge portion, said at least one second leg having proximal and distal ends, a tissue engaging surface, and a clip applier bearing surface opposite said tissue engaging surface, said clip being generally plastically deformable between an unclamped position with said tissue engaging surface of said second leg portion being spaced from said tissue engaging surfaces of said first leg portion and a clamped position with said tissue engaging surfaces of said first and second leg portions being spaced closer together than in said unclamped position, with the tubular tissue structure compressed between said tissue engaging surfaces of said first and second leg portions, and with tissue situated within said tissue extrusion slot, said hinge portion having structure located between said first legs to define said closed first end of said tissue extrusion slot, and said surfaces adapted to be engaged by a clip removal tool being situated so that the clip removal tool may provide a removal force to afford removal of said clip from said tubular tissue structure when said clip is in said clamped position, and wherein said hinge portion includes a circular hole extending therethrough.

Claim 11

A surgical clip for occluding a tubular tissue structure, said clip comprising: a monolithic hinge portion having surfaces adapted to be engaged by a clip removal tool for removing the clip from the tubular tissue structure, a first leg portion having a pair of first legs projecting from the hinge portion, said first legs having proximal and distal ends, tissue engaging surfaces, and clip applier bearing surfaces opposite said tissue engaging surfaces, said pair of first legs being spaced apart a first distance to provide a tissue extrusion slot extending between and opening through said tissue engaging and clip applier bearing surfaces, said tissue extrusion slot having a first end with said first end being a closed end formed by said hinge portion, a second leg portion having at least one second leg projecting from said hinge portion, said at least one second leg having proximal and distal ends, a tissue engaging surface, and a clip applier bearing surface opposite said tissue engaging surface, said clip being generally plastically deformable between an unclamped position with said tissue engaging surface of said second leg portion being spaced from said tissue engaging surfaces of said first leg portion and a clamped position with said tissue engaging surfaces of said first and second leg portions being spaced closer together than in said unclamped position, with the tubular tissue structure compressed between said tissue engaging surfaces of said first and second leg portions, and with tissue situated within said tissue extrusion slot, said hinge portion having structure located between said first legs to define said closed first end of said tissue extrusion slot, and said surfaces adapted to be engaged by a clip removal tool being situated so that the clip removal tool may provide a removal force to afford removal of said clip from said tubular tissue structure when said clip is in said clamped position, and wherein said first legs have surfaces defining an outer leg width, and said hinge portion has outer surfaces defining a hinge portion width, and said outer leg width is substantially greater than said hinge portion width.

Claim 12

A surgical clip for occluding a tubular tissue structure, said clip comprising: a monolithic hinge portion having surfaces adapted to be engaged by a clip removal tool for removing the clip from the tubular tissue structure, a first leg portion having a pair of first legs projecting from the hinge portion, said first legs having proximal and distal ends, tissue engaging surfaces, and clip applier bearing surfaces opposite said tissue engaging surfaces, said pair of first legs being spaced apart a first distance to provide a tissue extrusion slot extending between and opening through said tissue engaging and clip applier bearing surfaces, said tissue extrusion slot having a first end with said first end being a closed end formed by said hinge portion, a second leg portion having at least one second leg projecting from said hinge portion, said at least one second leg having proximal and distal ends, a tissue engaging surface, and a clip applier bearing surface opposite said tissue engaging surface, said clip being generally plastically deformable between an unclamped position with said tissue engaging surface of said second leg portion being spaced from said tissue engaging surfaces of said first leg portion and a clamped position with said tissue engaging surfaces of said first and second leg portions being spaced closer together than in said unclamped position, with the tubular tissue structure compressed between said tissue engaging surfaces of said first and second leg portions, and with tissue situated within said tissue extrusion slot, said hinge portion having structure located between said first legs to define said closed first end of said tissue extrusion slot, and said surfaces adapted to be engaged by a clip removal tool being situated so that the clip removal tool may provide a removal force to afford removal of said clip from said tubular tissue structure when said clip is in said clamped position, and wherein said first legs have surfaces defining an outer leg width, and said hinge portion has outer surfaces defining a hinge portion width, and said outer leg width is substantially greater than said hinge portion width.

Claim 13

A surgical clip according to claim 9 wherein said distal ends of said first legs of said first leg portion are connected by a distal end portion, said tissue extrusion slot has a second end, and said second end of said tissue extrusion slot is a closed end formed by said distal end portion.

Claim 14

A surgical clip according to claim 10 wherein said distal end portion is an arcuate portion, and said first legs are generally parallel to one another.

Claim 15

A surgical clip for occluding a tubular tissue structure, said clip comprising: a hinge portion having surfaces adapted to be engaged by a tool for removing the clip from the tubular tissue structure, a first leg portion having a pair of first legs projecting from the hinge portion, said first legs having proximal and distal ends, tissue engaging surfaces, and clip applier bearing surfaces opposite said tissue engaging surfaces, said pair of first legs being spaced apart a first distance to provide a tissue extrusion slot extending between and opening through said tissue engaging and clip applier bearing surfaces, said tissue extrusion slot having a first end with said first end being a closed end, a second leg portion having at least one second leg projecting from said hinge portion, said at least one second leg having proximal and distal ends, a tissue engaging surface, and a clip applier bearing surface opposite said tissue engaging surface, said clip being generally plastically deformable between an unclamped position with said tissue engaging surface of said second leg portion being spaced from said tissue engaging surfaces of said first leg portion and a clamped position with said tissue engaging surfaces of said first and second leg portions being spaced closer together than in said unclamped position, with the tubular tissue structure compressed between said tissue engaging surfaces of said first and second leg portions, and with tissue situated within said tissue extrusion slot, wherein when the clip is in the clamped position, the clip may be removed from the tubular tissue structure by having the tool for removing the clip grasp the clip and pull the clip from the tubular tissue structure, and wherein said hinge portion includes a circular hole extending therethrough.

Claim 16

A surgical clip for occluding a tubular tissue structure, said clip comprising: a hinge portion having surfaces adapted to be engaged by a tool for removing the clip from the tubular tissue structure, a first leg portion having a pair of first legs projecting from the hinge portion, said first legs having proximal and distal ends, tissue engaging surfaces, and clip applier bearing surfaces opposite said tissue engaging surfaces, said pair of first legs being spaced apart a first distance to provide a tissue extrusion slot extending between and opening through said tissue engaging and clip applier bearing surfaces, said tissue extrusion slot having a first end with said first end being a closed end, a second leg portion having at least one second leg projecting from said hinge portion, said at least one second leg having proximal and distal ends, a tissue engaging surface, and a clip applier bearing surface opposite said tissue engaging surface, said clip being generally plastically deformable between an unclamped position with said tissue engaging surface of said second leg portion being spaced from said tissue engaging surfaces of said first leg portion and a clamped position with said tissue engaging surfaces of said first and second leg portions being spaced closer together than in said unclamped position, with the tubular tissue structure compressed between said tissue engaging surfaces of said first and second leg portions, and with tissue situated within said tissue extrusion slot, wherein when the clip is in the clamped position, the clip may be removed from the tubular tissue structure by having the tool for removing the clip grasp the clip and pull the clip from the tubular tissue structure, and wherein said hinge portion includes a circular hole extending therethrough.

Claim 19

A method according to claim 13 wherein the step of removing the clip from the tubular tissue structure when the clip is in the clamped position comprises the step of: grasping the clip on the hinge portion of the clip with a tool for removing the clip,

Claim 20

A method according to claim 13 wherein the step of removing the clip from the tubular tissue structure when the clip is in the clamped position comprises the step of: removing the clamped clip from the tubular tissue structure with the surgical tool without the surgical tool engaging the distal ends of the first and second leg portions.

Claim 21

A method according to claim 13 wherein the step of compressing the tubular tissue structure between said tissue engaging surfaces includes the step of threading the surgical clip through a cannula during a laparoscopic surgical procedure.