Foldable intraocular lens

Claim 2

An intraocular lens adapted for use as an artificial lens implant, said intraocular lens comprising: (a) an optical lens body having separate first and second relatively rigid sections having adjacent edge surfaces; (b) said first section having a central portion and an outwardly extending flange portion, said central and flange portions having bottom surfaces, said flange portion of said first section has a first component cooperatively connected to a first end of said central portion and a second component cooperatively connected to a second end of said central portion; (c) said second section having a central portion and an outwardly extending flange portion, said central and flange portions having bottom surfaces, said flange portion of said second section has a first component cooperatively connected to a first end of said central portion and a second portion cooperatively connected to a second end of said central portion; and (d) means for resiliently cooperatively connecting only said flange portions of said first and second sections, said first section foldable with respect to said second section, wherein said lens body may be folded from an operational configuration to a smaller insertion configuration making implantation possible through a smaller cut in the cornea of the eye than would otherwise be possible and after insertion and upon release of said connecting means said lens body returns to said operational configuration without further manipulation.

Claim 3

The intraocular lens of claim 1, wherein said connecting means encapsulates said flange portions and said connecting means has a bottom surface that does not extend below said bottom surface of said central portions when in said operational configuration.

Claim 4

The intraocular lens of claim 2, wherein said bottom surface of said connecting means is coplanar with said bottom surfaces of said central portion when in said operational configuration and when in said insertion configuration one of said bottom surfaces is overlying the other of said bottom surfaces.

Claim 5

The intraocular lens of claim 3, wherein said connecting means has a thickness proximate a central region where said first and second sections are adjacent that is less than its thickness at its periphery.

Claim 6

The intraocular lens of claim 1, wherein said connecting means is a silicone rubber.

Claim 7

The intraocular lens of claim 1, further comprising haptic elements cooperatively to said lens body.

Claim 8

An intraocular lens adapted for use as an artificial lens implant, said intraocular lens comprising: (a) an optical lens body having first and second relatively rigid sections, said first and second sections having coplanar bottom surfaces and adjacent surfaces; (b) said first section having a first recess in its bottom surface proximate its adjacent surface; (c) said second section having a second recess in its bottom surface proximate its adjacent surface; and (d) means for resiliently cooperatively connecting said first section to said second section, said first section foldable with respect to said second section, said connecting means being positioned entirely within said first and second recesses and having a bottom surface coplanar with said bottom surfaces of said lens body sections.

Claim 9

An intraocular lens adapted for use as an artificial lens implant, said intraocular lens comprising: (a) an optical lens body having first and second relatively rigid sections, said first and second sections having coplanar bottom surfaces and adjacent surfaces; (b) said first section having a first recess in its bottom surface proximate its adjacent surface; (c) said second section having a second recess in its bottom surface proximate its adjacent surface; and (d) means for resiliently cooperatively connecting said first section to said second section, said first section foldable with respect to said second section, said connecting means being positioned entirely within said first and second recesses and having a bottom surface coplanar with said bottom surfaces of said lens body sections.

Claim 10

The intraocular lens of claim 7, wherein said connecting means is silicone rubber molded in said recesses.

Claim 11

The intraocular lens of claim 7, further comprising supplemental recesses formed in said first and second recesses, said supplemental recesses extending the depth of said recesses wherever said supplemental recesses are formed.

Claim 12

The intraocular lens of claim 9, wherein said connecting means is also positioned in said supplemental recesses.

Claim 13

The intraocular lens of claim 7, further comprising haptic elements cooperatively connected to said lens body.

Claim 14

An intraocular lens adapted for use as an artificial lens implant, said intraocular lens comprising: (a) an optical lens body having first and second relatively rigid sections; (b) said first section having a central portion having first and second ends and a first flange portion cooperatively connected to said first end and a second flange portion cooperatively connected to said second end; (c) said second section having a central portion having first and second ends and a third flange portion cooperatively connected to said first end and a fourth flange portion cooperatively connected to said second end; (d) each of said flange portions having a bore, said bore of said first flange portion in general alignment with said bore of said third flange portion and said bore of said second flange portion in general alignment with said bore of said fourth flange portion when in an operational configuration; and (e) first means extending through said aligned bores for resiliently cooperatively connecting said first flange portion to said third flange portion and a second means extending through said aligned bores for resiliently connecting said second flange portion to said fourth flange portion, said first section foldable with respect to said second section, wherein said lens body may be folded from an operational configuration to a smaller insertion configuration making implantation possible through a smaller cut in the cornea of the eye than would otherwise be possible and after insertion and upon release of said connecting means said lens body returns to said operational configuration without further manipulation.

Claim 15

An intraocular lens adapted for use as an artificial lens implant, said intraocular lens comprising: (a) an optical lens body having first and second relatively rigid sections; (b) said first section having a central portion having first and second ends and a first flange portion cooperatively connected to said first end and a second flange portion cooperatively connected to said second end; (c) said second section having a central portion having first and second ends and a third flange portion cooperatively connected to said first end and a fourth flange portion cooperatively connected to said second end; (d) each of said flange portions having a bore, said bore of said first flange portion in general alignment with said bore of said third flange portion and said bore of said second flange portion in general alignment with said bore of said fourth flange portion when in an operational configuration; and (e) first means extending through said aligned bores for resiliently cooperatively connecting said first flange portion to said third flange portion and a second means extending through said aligned bores for resiliently connecting said second flange portion to said fourth flange portion, said first section foldable with respect to said second section, wherein said lens body may be folded from an operational configuration to a smaller insertion configuration making implantation possible through a smaller cut in the cornea of the eye than would otherwise be possible and after insertion and upon release of said connecting means said lens body returns to said operational configuration without further manipulation.

Claim 16

The intraocular lens of claim 12, wherein each of said bores have an access slot opening into said bores, said access slots sized smaller than said bores; and wherein said first connecting means comprises a first resilient strip and said second connecting means comprises a second resilient strip, both of said first and second strips have a width, which when stretched is less than their width when unstretched, whereby said first strip is extended along its longitudinal axis and inserted through said access openings into said bores of said first and third flange portions and then released, expanding in width to substantially fill said bores, and said second strip is extended along its longitudinal axis and inserted through said access openings into said bores of said second and fourth flange portions and then released, expanding in width to substantially fill said bores.

Claim 17

The intraocular lens of claim 12, further comprising haptic elements cooperatively connected to said lens body.