Elastic ligating ring clip

Claim 2

A band for surgically ligating an anatomical organ structure, comprising: a first, second and third ring of an elastic material serially connected by peripheral sectors and each having first and second discrete and axially aligned expansible lumina with centers radially aligned with said peripheral sectors.

Claim 3

The band of claim 1, wherein one of said first, second and third rings may be axially displaced relative to the other ones of said rings to provide axial alignment between the first lumina of said one of said rings and the second lumina of said other ones of said rings.

Claim 4

The band of claim 1, wherein said rings are annular and in parallel planes and said sectors are integral with and symmetrically positioned between said rings adjacent their outer circumferences.

Claim 5

The band of claim 3, wherein said rings are coincident to include the sectors while in a rest position.

Claim 6

The band of claim 1, wherein the axes of the first and second lumina are congruent in a rest position.

Claim 7

The band of claim 1, wherein said rings are substantially annular and lay in parallel planes in a rest position, and said sectors are integral with the outer edges of the rings.

Claim 8

The band of claim 1, wherein said rings and said sectors are an integral volume of the same piece of segmented elastic material with said rings lying in parallel planes and said sectors disposed between said rings adjacent their outer circumferences.

Claim 9

A ligating device, comprising: first, second and third masses of elastic material, each of said first, second and third masses providing discrete expansible first and second lumina; and a plurality of interconnecting elements made of said elastic material joining said first, second and third masses together in a serial array with said first lumina in said first, second and third masses being axially aligned; whereby one of said masses may be laterally displaced relative to the other ones of said masses and substantially within a plane transverse to an axis of a first one of said lumina in said one of said masses to provide axial alignment between said first one of said lumina in said one of said masses and the second ones of said lumina in said other ones of said masses.

Claim 10

A ligating device, comprising: first, second and third masses of elastic material, each of said first, second and third masses providing discrete expansible first and second lumina; and a plurality of interconnecting elements made of said elastic material joining said first, second and third masses together in a serial array with said first lumina in said first, second and third masses being axially aligned; whereby one of said masses may be laterally displaced relative to the other ones of said masses and substantially within a plane transverse to an axis of a first one of said lumina in said one of said masses to provide axial alignment between said first one of said lumina in said one of said masses and the second ones of said lumina in said other ones of said masses.

Claim 11

The device of claim 8, further comprised of said plurality of interconnecting elements joining said masses together in an array with said first and second lumina in said first, second and third masses being axially aligned when said elastic material is in a relaxed state.

Claim 12

The device of claim 9, further comprised of said first and second lumina being diametrically aligned with said plurality of interconnecting elements.

Claim 13

The device of claim 8, further comprised of: said plurality of interconnecting elements joining said masses together in said array with said first and second lumina in said first, second and third masses being axially aligned when said elastic material is in a relaxed state; and said first and second lumina being diametrically aligned with said plurality of interconnecting elements.

Claim 14

The device of claim 8, wherein said masses are annular and lie in parallel planes, and said interconnecting elements are integral with and symmetrically positioned adjacent the outer circumferences of all of said masses.

Claim 15

The device of claim 8, wherein said masses and their lumina are congruent when said elastic material is in a relaxed state.

Claim 16

The device of claim 8, wherein said masses are substantially annular and lie in parallel planes when said elastic material is in a relaxed condition, and said interconnecting elements are integral with the outer edges of the masses.

Claim 17

The device of claim 11, wherein said masses are annular and lie in parallel planes, and said interconnecting elements are integral with an symmetrically positioned adjacent the outer circumferences of all of said masses.

Claim 18

The device of claim 11, wherein said masses and their lumina are congruent when said elastic material is in a relaxed state.

Claim 19

The device of claim 11, wherein said masses are substantially annular and lay in parallel planes when said elastic material is in a relaxed condition, and said interconnecting elements are integral with the outer edges of the masses.

Claim 20

A band for surgically ligating an anatomical organ structure, comprising: three substantially solid like bodies, each having first and second discrete expansible apertures, each body being composed of elastic material, the bodies having a mutually relative operative position and a rest position; and integral, elastic means disposed between pairs of said bodies for interconnecting the bodies in a serial array with a central one of said bodies being disposed between the other ones of said bodies and said apertures being substantially axially aligned in the rest position, wherein said central one of said bodies may be laterally displaced relative to the other ones of said bodies substantially within a plane transverse to an axis of one of the apertures from said rest position to the operative position with the first ones of said apertures in said other ones of said bodies being axially aligned with the second one of said apertures in said central one of said bodies, for urging the bodies in the operative position back toward the rest position.

Claim 21

A band for surgically ligating an anatomical organ structure, comprising: three substantially solid like bodies, each having first and second discrete expansible apertures, each body being composed of elastic material, the bodies having a mutually relative operative position and a rest position; and integral, elastic means disposed between pairs of said bodies for interconnecting the bodies in a serial array with a central one of said bodies being disposed between the other ones of said bodies and said apertures being substantially axially aligned in the rest position, wherein said central one of said bodies may be laterally displaced relative to the other ones of said bodies substantially within a plane transverse to an axis of one of the apertures from said rest position to the operative position with the first ones of said apertures in said other ones of said bodies being axially aligned with the second one of said apertures in said central one of said bodies, for urging the bodies in the operative position back toward the rest position.

Claim 22

The band of claim 18, further comprised of said elastic means joining said like bodies together in a serial array with said first and said second apertures in each of said like bodies being axially aligned when said elastic material is in a relaxed state.

Claim 23

The band of claim 19, further comprised of said first and second apertures being diametrically aligned with said elastic means.

Claim 24

The band of claim 18, further comprised of: said elastic means joining said like bodies together in said serial array with said first and second apertures in each of said like bodies being axially aligned while said elastic material is in a relaxed state; and said first and second apertures being diametrically aligned with said elastic means.

Claim 25

A band for surgically ligating an anatomical organ structure, comprising: first, second and third rings of an elastic material, each of said rings being axially perforated by first and second expansible lumina, said rings being serially ordered with said second ring being disposed between said first and third rings while said rings are in a rest position, axes of said first lumina being aligned while said rings are in the rest position and axes of said second lumina being aligned while said rings are in the rest position, said second ring having a pair of opposite major exterior surfaces disposed facing and substantially parallel to like major exterior surfaces of said first and third rings, facing major exterior surfaces of said first and second rings being separated everywhere but along a first sector adjoining peripheries of said facing major exterior surface of said first and second rings, facing major exterior surfaces of said second and third rings being separated everywhere but along a second sector adjoining peripheries of said facing major exterior surfaces of said second and third rings, and said first and second sectors being axially aligned while said rings are in the rest position whereby said second ring may be radially disposed relative to said first and third rings to provide alignment of the axes of said first lumina of said second ring with axes of said second lumina of said first and third rings.

Claim 26

A band for surgically ligating an anatomical organ structure, comprising: first, second and third rings of an elastic material, each of said rings being axially perforated by first and second expansible lumina, said rings being serially ordered with said second ring being disposed between said first and third rings while said rings are in a rest position, axes of said first lumina being aligned while said rings are in the rest position and axes of said second lumina being aligned while said rings are in the rest position, said second ring having a pair of opposite major exterior surfaces disposed facing and substantially parallel to like major exterior surfaces of said first and third rings, facing major exterior surfaces of said first and second rings being separated everywhere but along a first sector adjoining peripheries of said facing major exterior surface of said first and second rings, facing major exterior surfaces of said second and third rings being separated everywhere but along a second sector adjoining peripheries of said facing major exterior surfaces of said second and third rings, and said first and second sectors being axially aligned while said rings are in the rest position whereby said second ring may be radially disposed relative to said first and third rings to provide alignment of the axes of said first lumina of said second ring with axes of said second lumina of said first and third rings.

Claim 27

The device of claim 22, wherein the axes of the first and second lumina are congruent in a rest position.

Claim 28

The band of claim 22, wherein said rings are substantially annular and lay in parallel planes in a rest position, and said sectors are integral with the outer edges of the rings.

Claim 29

The band of claim 22, wherein said rings and said sectors are an integral volume of the same piece of segmented elastic material with said rings lying in parallel planes and said sectors disposed between said rings adjacent their outer circumferences.

Claim 30

The device of claim 22, further comprised of said first and second sectors joining said masses together in an array with said first and second lumina in said first, second and third rings being axially aligned when said elastic material is in a relaxed state.

Claim 31

The device of claim 26, further comprised of said first and second lumina in each of said first, second and third rings being diametrically aligned with said first and third sectors.