Intraocular lens and method of inserting an intraocular lens into an eye

Claim 1

An intraocular lens comprising: position-fixation means having an elongated intermediate portion having seating portions at opposite axial ends thereof for seating the lens within an eye, a deformable lens body of flexible material connected at a peripheral portion thereof to said position-fixation means, with the axis of said position-fixation means generally tangential to said peripheral portion, said lens body having light-focusing capability and adapted to be curled about said axis of said position-fixation means into a substantially cylindrical shape having a diameter substantially smaller than the maximum dimension of said lens body when uncurled, so that said lens can be inserted into the eye in the direction of said axis, when said lens body is in curled condition, through a substantially smaller opening in the eye than the opening through which said lens body could be inserted when uncurled, said lens body being formed of a material more flexible than the material of said intermediate portions of said position-fixation means and being capable of returning to substantially its uncurled configuration after insertion into the eye.

Claim 5

A method of inserting into an eye an intraocular lens having a deformable lens body of flexible material capable of focusing light rays and elongated position-fixation means connected to the lens body and adapted to seat within the eye adjacent the periphery of the iris for fixing the position of the lens body within the eye comprising: curling said lens body about said elongated position-fixation means into substantially cylindrical shape, said cylindrical shape having an axis substantially parallel to the axis of said position-fixation means and a diameter smaller than the maximum dimension of said lens body when uncurled so that said lens can be inserted into the eye in the direction of said axis, when said lens body is in curled condition, through a smaller opening in the eye than the lens body could be inserted when uncurled; inserting said lens with said lens body in curled condition, into the eye, in the direction of said axis, through said opening which is smaller than the maximum dimension of said lens body when uncurled; and seating said position-fixation means in the eye and permitting said lens body to uncurl within the eye to assume its original shape.

Claim 6

A method of inserting into an eye an intraocular lens having a deformable lens body of flexible material capable of focusing light rays and elongated position-fixation means connected to the lens body and adapted to seat within the eye adjacent the periphery of the iris for fixing the position of the lens body within the eye comprising: curling said lens body about said elongated position-fixation means into substantially cylindrical shape, said cylindrical shape having an axis substantially parallel to the axis of said position-fixation means and a diameter smaller than the maximum dimension of said lens body when uncurled so that said lens can be inserted into the eye in the direction of said axis, when said lens body is in curled condition, through a smaller opening in the eye than the lens body could be inserted when uncurled; inserting said lens with said lens body in curled condition, into the eye, in the direction of said axis, through said opening which is smaller than the maximum dimension of said lens body when uncurled; and seating said position-fixation means in the eye and permitting said lens body to uncurl within the eye to assume its original shape.