Bifocal intraocular lens structure and spectacle actuation frame

Intraocular lens structure, comprising a haptic frame member having a central opening, haptic leg structure associated with said frame member at angularly spaced locations and extending generally radially with respect to said frame member for eye-chamber wall engagement to position the opening substantially on the pupillary axis of an eye and adjacent the iris of the eye, a lens element including a radially outwardly extending arm, means pivotally suspending said lens element via said arm and via a pivot axis in said frame member, the pivot axis being parallel to the eye axis of the opening, means coacting between said frame member and said lens element for selective retention of (1) a pivoted position of said arm wherein the lens-element axis coincides with the eye axis of the opening and (2) a pivoted position of said arm wherein said lens element is substantially offset from registration with said frame-member opening, and means associated with said lens element and adapted to facilitate selective pivoted displacement of said lens element from one to the other of said positions.

Intraocular lens structure, comprising a posterior-chamber lens including haptic means for stabilized mounting of the lens in the posterior chamber of an eye and on the pupillary axis and near the iris of the eye, a frame member having a central opening and trans-iris supporting means connecting said frame member to said lens at such forward offset from said lens as to retain said frame in the anterior chamber of the eye and with the frame opening on the pupillary axis, a lens element including a radially outwardly extending arm, means pivotally suspending said lens element via said arm and via a pivot axis in said frame member, the pivot axis being parallel to the axis of said posterior-chamber lens, means coacting between said frame member and said lens element for selective retention of (1) a pivoted position of said arm wherein the lens-element axis coincides with the axis of the posterior-chamber lens and (2) a pivoted position of said arm wherein said lens element is substantially offset from registration with said frame-member opening, and means associated with said lens element and adapted to facilitate selective pivoted displacement from one to the other of said positions.

Intraocular lens structure, comprising a first lens element including haptic means for stabilized lens mounting in substantial optical alignment with the pupillary axis of an eye, a second lens element retained at axial offset from said first lens element and movably mounted with respect thereto, means coacting between said lens elements and limiting such movement between a first position of substantial optical-axis alignment of said lens elements and a second position of substantial removal of said second lens element from the path of acceptance rays of said first lens element, and means associated with said second lens element and adapted to facilitate selective displacement from one to the other of said positions.

A spectacle frame including transversely extending means adapted to support spectacle-lens elements at prescribed interpupillary spacing, and a horizontally polarized magnet element selectively reversibly mounted to said frame between lens-element supporting regions, the reversibility being as to the transverse direction of horizontal polarization, whereby selective reversal of oppositely polarized magnetic fields may be directed in the regions of the eyes of the wearer of the spectacles, for selective non-invasive action upon magnetically responsive means within the respective eyes.

A spectacle frame including transversely extending means adapted to support spectacle-lens elements at prescribed interpupillary spacing, and a horizontally polarized magnet element selectively reversibly mounted to same frame at a location transversely outside the pupillary alignment for one of the lens-element supporting regions, the reversibility as to the transverse direction of horizontal polarization, whereby selective reversal of opposite polarized magnetic fields may be directed in the region of the involved eye of the wearer of the spectacles, for selectively non-invasive action upon magnetically responsive means within the involved eye.

A spectacle frame including transversely extending means adapted to support spectacle-lens elements at prescribed interpupillary spacing, a first horizontally polarized magnet element selectively reversibly mounted to said frame between lens-element supporting regions, and a second horizontally polarized magnet element selectively reversibly mounted to said frame at a location transversely outside the pupillary alignment for one of the lens-element supporting regions, whereby selective reversal of the fields of said magnets may non-invasively determine selected response of magnetically responsive means within the eye between said magnets.

Intraocular lens structure, comprising an anterior-chamber lens including haptic means for stabilized mounting of the lens in the anterior chamber of an eye and on the pupillary axis and near the iris of the eye, a frame member having a central opening on the pupillary axis and means supporting said frame member at forward offset from said lens, a second lens and means pivotally suspending said second lens from both said anterior-chamber lens and said frame member, the pivotal axis being off the optical axis of each of said lenses such that in one pivoted relation the optical axes are in registering alignment and in another pivoted relation said second lens is substantially offset from registration with said frame-member opening, and means associated with said second lens and adapted to facilitate selective pivoted displacement from one to the other of said positions.

Intraocular lens structure, comprising first and second frame members each having a circular viewing opening and means retaining said frame members in axially spaced relation and with their viewing openings on the same axis, anterior-chamber haptic means on one of said frame members for stabilized mounting of said frame members in the anterior chamber of an eye and on the pupillary axis and near the iris of the eye, a posterior-chamber lens and trans-iris supporting means connecting said lens to the nearer one of said frame members and at such rearward offset from said nearer frame member as to retain said lens in the posterior chamber of the eye and with said lens and frame openings on the pupillary axis, an auxiliary lens pivotally suspended from and between said frame members, the axis of said pivotal suspension being off the optical axis of each of said posterior and auxiliary lenses such that in one pivoted relation the optical axes are in registering alignment and in another pivoted relation said auxiliary lens is substantially offset from registration with said frame-member openings, and means associated with said auxiliary lens and adapted to facilitate selective pivoted displacement from one to the other of said positions.