Corneal Laboratoires

Corneal Industrie

Corneal Laboratories

W.k. & Associes

Angel Ortuno

Gilles Bos

Franck Villain

Georges Baikoff

Philippe Crozafon

Dominique Durand

Philippe Sourdille

The invention concerns an intraocular implant ( ) comprising a substantially circular optical part ( ) made of a first flexible material enabling it to be folded along a diameter and a haptic part ( ). The haptic part ( ) comprises a substantially ring-shaped body ( ), substantially concentric and coplanar to the optical part, the body ( ) has an opening, a first free end ( ) and a second connecting end ( ), the body ( ) being made of material more rigid than the first, and a base ( ) connecting in substantially radial manner the second end ( ) of the haptic part body to a peripheral zone ( ) of the optical part.

Intraocular implant with flexible optical part and single circular loop

The invention relates to a device for measuring the pressure of a liquid flowing in a tube (,) into or out from the human body, the device comprising: an elongate body (,) having first and second ends (,), an axial bore (,) opening out into said ends and defined by an inside wall (,), and a recess (,) opening out into said axial bore between its two ends, each end of said body having means (,) for connection to said tube (,); and a pressure sensor (,) having a portion mounted in sealed manner in said recess (,), the surface of said sensor which is subjected to the pressure of said liquid being of a shape that is flush with the inside wall of said axial bore at said recess.

Tube assembly including a pressure measuring device

The invention concerns an intraocular implant comprising a substantially circular optical part (,) and two curved haptic loops (,) each with a first connecting end (,) at the periphery of the optical part and a free second end (,) intended to come to rest on the internal wall of the eye, characterized in that the optical part (,) and the haptic loops (,) are made of the same flexible material, the elastic modulus thereof being in a range between 0.25 MPa and 1 MPa, and in that the width of each loop decreases from its connecting end to its free end such that the ratio between the bending moment variation and the inertia moment variation at two separate points (P1, P2) of the loop is substantially constant.

Flexible intraocular implant formed in one piece

Flexible intraocular implant and set of such implants

Method for making an intraocular implant with a soft lens

Growing community of inventors

Choisy, France

Angel Ortuno