Intraocular lens assembly

Claim 2

An intraocular lens assembly for implantation into the human eye comprising: (a) a lens body; and (b) a pair of haptic positioners for contacting eye tissue to thereby hold the lens body in position in the eye, each such haptic positioner comprising a filament connected at both ends to the edge of the lens body for forming a closed loop extending away from the lens body, the closed loop being narrower at the end adjacent the lens body and wider at the end remote from the lens body, with the remote end of one of such loops facing the remote end of the other loop.

Claim 3

An intraocular lens assembly according to claim 1 wherein the filament comprises polymethylmethacrylate.

Claim 4

An intraocular lens assembly according to claim 1 comprising two pairs of haptic positioners, a first pair connected to the edge of the lens body on the top half of said lens body and a second pair connected to the edge of the lens body on the bottom half of said lens body.

Claim 5

An intraocular lens assembly according to claim 3 wherein the first and second pairs of haptic positioners are positioned so that the lens assembly is symmetrical about a horizontal axis passing across the width of the lens body and through its center.

Claim 6

An intraocular lens assembly according to claim 3 wherein the first and second pairs of haptic positioners are positioned so that the lens assembly is symmetrical about a vertical axis passing across the width of the lens body through its center.

Claim 7

An intraocular lens assembly according to claim 1 wherein the remote ends of such loops are in a plane about parallel to the plane of the lens body.

Claim 8

An intraocular lens assembly comprising: (a) a lens body for implantation in a human eye having front and rear optical surfaces and a peripheral edge; and (b) two pairs of haptic positioners for contacting eye tissue to thereby hold the lens body in position in the eye, each such haptic positioner comprising a filament connected at its first end to the peripheral edge of the lens body, the filament extending away from the lens body at the connection of the first end, forming a bight remote from the lens body, and extending back from the bight towards the lens body with the second end of said filament connected to the peripheral edge of the lens body, the bights of each such pair of haptic positioners generally facing each other.

Claim 9

An intraocular lens assembly comprising: (a) a lens body for implantation in a human eye having front and rear optical surfaces and a peripheral edge; and (b) two pairs of haptic positioners for contacting eye tissue to thereby hold the lens body in position in the eye, each such haptic positioner comprising a filament connected at its first end to the peripheral edge of the lens body, the filament extending away from the lens body at the connection of the first end, forming a bight remote from the lens body, and extending back from the bight towards the lens body with the second end of said filament connected to the peripheral edge of the lens body, the bights of each such pair of haptic positioners generally facing each other.

Claim 10

An intraocular lens assembly according to claim 7 wherein the filament comprises polymethylmethacrylate.

Claim 11

An intraocular lens assembly according to claim 7 having a diameter of about 13.5 millimeters when the haptic positioners are in their fully extended position and a diameter of about 11.5 millimeters when the haptic positioners are in their fully compressed position.

Claim 12

An intraocular lens assembly according to claim 7 wherein each such bight is in a plane about parallel to the plane of the lens body.

Claim 13

An intraocular lens assembly for implantation into the human eye comprising: (a) a circular lens body having front and rear optical surfaces and a peripheral edge; and (b) two pairs of haptic positioners for contacting eye tissue to thereby hold the circular lens body in position within the eye, the first pair of such haptic positioners on the top half of the lens body and the second pair of such haptic positioners on the bottom half of the lens body, wherein the first and second pairs of haptic positioners are positioned so that the lens assembly is symmetrical about a horizontal axis passing across the width of the lens through its center, each such haptic positioner comprising a polymethylmethacrylate monofilament strand connected at both ends to the peripheral edge of the lens body for forming a closed loop extending away from the lens body, the closed loop being narrower at the end adjacent the lens body and wider at the end remote from the lens body, with the remote end of one of such loops of each pair of loops facing the remote end of the other loop of such a pair of loops, the remote ends of such loops all being in a plane about parallel to the plane of the lens body.

Claim 14

An intraocular lens assembly for implantation into the human eye comprising: (a) a circular lens body having front and rear optical surfaces and a peripheral edge; and (b) two pairs of haptic positioners for contacting eye tissue to thereby hold the circular lens body in position within the eye, the first pair of such haptic positioners on the top half of the lens body and the second pair of such haptic positioners on the bottom half of the lens body, wherein the first and second pairs of haptic positioners are positioned so that the lens assembly is symmetrical about a horizontal axis passing across the width of the lens through its center, each such haptic positioner comprising a polymethylmethacrylate monofilament strand connected at both ends to the peripheral edge of the lens body for forming a closed loop extending away from the lens body, the closed loop being narrower at the end adjacent the lens body and wider at the end remote from the lens body, with the remote end of one of such loops of each pair of loops facing the remote end of the other loop of such a pair of loops, the remote ends of such loops all being in a plane about parallel to the plane of the lens body.

Claim 15

An intraocular lens assembly according to claim 11 having a diameter of about 13.5 millimeters when the haptic positioners are in their fully extended position and a diameter of about 11.5 millimeters when the haptic positioners are in their fully compessed position.

Claim 16

An intraocular lens assembly for implantation into the human eye comprising: a lens body having a vertical axis passing across the width of the lens through its center; and at least one haptic positioner for holding the lens body in position in the eye, such a haptic positioner comprising: two adjacent parallel legs wherein each such leg is attached at one end to the edge of the lens body and wherein both such legs are on one side of the lens body vertical axis and extend away from the edge of the lens body in a direction away from the vertical axis; and a loop connected to the legs extending generally toward the vertical axis with a major portion of the loop being on one side of both legs.

Claim 17

An intraocular lens assembly for implantation into the human eye comprising: a lens body having a vertical axis passing across the width of the lens through its center; and at least one haptic positioner for holding the lens body in position in the eye, such a haptic positioner comprising: two adjacent parallel legs wherein each such leg is attached at one end to the edge of the lens body and wherein both such legs are on one side of the lens body vertical axis and extend away from the edge of the lens body in a direction away from the vertical axis; and a loop connected to the legs extending generally toward the vertical axis with a major portion of the loop being on one side of both legs.

Claim 18

An intraocular lens assembly according to claim 13 wherein essentially the entire loop is on one side of both legs.

Claim 19

An intraocular lens assembly according to claim 13 comprising a plurality of such haptic positioners with each such positioner having about the same configuration.

Claim 20

An intraocular lens assembly according to claim 13 comprising at least two haptic positioners with a first such positioner being on one side of the lens body vertical axis and a second such positioner being on the opposite side of the lens body vertical axis.

Claim 21

An intraocular lens assembly according to claim 13 comprising at least one pair of haptic positioners with the loops of the pair of positioners generally facing each other.

Claim 22

An intraocular lens assembly according to claim 13 wherein each such leg is connected to the lens body in the same quadrant of the lens body.

Claim 23

An intraocular lens assembly for implantation into the human eye comprising: a lens body having a vertical axis passing across the width of the lens through its center; and at least one haptic positioner for holding the lens body in position in the eye, such a haptic positioner comprising: a pair of filament segments, each such segment having an end attached to the edge of the lens body wherein both such filament segments are on one side of the lens body vertical axis and form adjacent parallel legs that extend away from the edge of the lens body in a direction away from the vertical axis; a filament segment integral with each such parallel leg at the end of the leg remote from the lens body forming a bend; and a filament segment integral with each of the filament segments forming such a bend joined at the end remote from the bend to form a loop, wherein a major portion of the loop is on one side of both legs and the loop extends toward the vertical axis.

Claim 24

An intraocular lens assembly for implantation into the human eye comprising: a lens body having a vertical axis passing across the width of the lens through its center; and at least one haptic positioner for holding the lens body in position in the eye, such a haptic positioner comprising: a pair of filament segments, each such segment having an end attached to the edge of the lens body wherein both such filament segments are on one side of the lens body vertical axis and form adjacent parallel legs that extend away from the edge of the lens body in a direction away from the vertical axis; a filament segment integral with each such parallel leg at the end of the leg remote from the lens body forming a bend; and a filament segment integral with each of the filament segments forming such a bend joined at the end remote from the bend to form a loop, wherein a major portion of the loop is on one side of both legs and the loop extends toward the vertical axis.

Claim 25

An intraocular lens assembly according to claim 19 wherein essentially the entire loop is on one side of both legs.

Claim 26

An intraocular lens assembly according to claim 20 comprising a plurality of such haptic positioners with each such positioner having about the same configuration.

Claim 27

An intraocular lens assembly according to claim 19 comprising at least two haptic positioners with a first such positioner being on one side of the lens body vertical axis and a second such positioner being on the opposite side of the lens body vertical axis.

Claim 28

An intraocular lens assembly according to claim 19 comprising at least one pair of haptic positioners with the loops of the pair of positioners generally facing each other.

Claim 29

An intraocular lens assembly according to claim 19 wherein the pair of filament segments forming the adjacent parallel legs of such a haptic positioner are both connected to the lens body in the same quadrant of the lens body.

Claim 30

An intraocular lens assembly according to claim 13 comprising a first and a second pair of such haptic positioners; the first such pair of positioners being on the top half of the lens body and comprising a first positioner on one side of the lens body vertical axis and a second positioner on the opposite side of the lens body vertical axis, the loops of the first and second positioners facing each other; and the second such pair of haptic positioners being on the bottom half of the lens body and comprising a first positioner on one side of the lens body vertical axis and a second positioner on the opposite side of the lens body vertical axis, the loops of the first and second positioners facing each other.

Claim 31

An intraocular lens according to claim 25 wherein the loop of each such haptic positioner is in a plane about parallel to the plane of the lens body.

Claim 32

An intraocular lens assembly according to claim 19 comprising a first and a second pair of such haptic positioners; the first such pair of positioners being on the top half of the lens body and comprising a first positioner on one side of the lens body vertical axis and a second positioner on the opposite side of the lens body vertical axis, the loops of the first and second positioners facing each other; and the second such pair of haptic positioners being on the bottom half of the lens body and comprising a first positioner on one side of the lens body vertical axis and a second positioner on the opposite side of the lens body vertical axis, the loops of the first and second positioners facing each other.

Claim 33

An intraocular lens according to claim 27 wherein the loop of each such haptic positioner is in a plane about parallel to the plane of the lens body.

Claim 34

An intraocular lens assembly for implantation into the human eye comprising: a lens body having a vertical axis passing across the width of the lens through its center; and two pairs of haptic positioners for holding the lens body in position in the eye, a first such pair of positioners on the top half of the lens body and a second such pair of positioners on the bottom half of the lens body, each such positioner comprising: two adjacent parallel legs wherein each such leg is attached at one end to the edge of the lens body and wherein both such legs are on one side of the lens body vertical axis and extend from the edge of the lens body in a direction generally away from the vertical axis; and a loop connected to the legs extending generally toward the vertical axis with a major portion of the loop being on one side of both legs between the legs and the vertical axis; the first pair of positioners comprising a first positioner on one side of the lens body vertical axis and a second positioner on the opposite side of the lens body vertical axis wherein the loops of the first and second positioners generally face each other; and the second pair of positioners comprising a first positioner on one side of the lens body vertical axis and a second positioner on the opposite side of the lens body vertical axis wherein the loops of the first and second positioners generally face each other.

Claim 35

An intraocular lens assembly for implantation into the human eye comprising: a lens body having a vertical axis passing across the width of the lens through its center; and two pairs of haptic positioners for holding the lens body in position in the eye, a first such pair of positioners on the top half of the lens body and a second such pair of positioners on the bottom half of the lens body, each such positioner comprising: two adjacent parallel legs wherein each such leg is attached at one end to the edge of the lens body and wherein both such legs are on one side of the lens body vertical axis and extend from the edge of the lens body in a direction generally away from the vertical axis; and a loop connected to the legs extending generally toward the vertical axis with a major portion of the loop being on one side of both legs between the legs and the vertical axis; the first pair of positioners comprising a first positioner on one side of the lens body vertical axis and a second positioner on the opposite side of the lens body vertical axis wherein the loops of the first and second positioners generally face each other; and the second pair of positioners comprising a first positioner on one side of the lens body vertical axis and a second positioner on the opposite side of the lens body vertical axis wherein the loops of the first and second positioners generally face each other.

Claim 36

An intraocular lens according to claim 29 wherein the loop of each such haptic positioner is in a plane about parallel to the plane of the lens body.