MICHAEL REYNARD, MD
Medical Practice at 20 St, Santa Monica, CA

6520955, Feb 18, 2003

Dec 28, 2000

09/749507

Michael Reynard - Santa Monica CA 90404

A61B 1818

606 4, 606 6, 604 43

A process and apparatus for removing cataractous lens tissue ( ) in a human or animal eye and substitution of the lens with replacement material ( ) utilizing an apparatus in the form of a surgical instrument ( ). The process contains the steps of injecting a therapeutic photosensitive agent ( ) into the lens tissue, allowing a predetermined amount of time to elapse, exposing the photosensitive substance to a source of light energy at a predetermined period of time and wavelength causing the lens to microfracture and liquefy. Following this procedure the liquefied lens tissue is evacuated with the surgical instrument, and a lens replacement material is injected into the lens capsule ( ) through the surgical instrument to reconstitute the intralenticular space and serve as a refracting medium. The dual cannula surgical instrument consists of a hollow cylindrical body ( ) with a parallel shank ( ) and a tapered section ( ) on one end. An outer hollow needle ( ) attached to the tapered section and an inner hollow needle ( ) is axially disposed within the body and outer needle with both needles terminating at the same end.

6428501, Aug 6, 2002

Sep 19, 2000

09/665556

Michael Reynard - Santa Monica CA

K2 Limited Partnership U/A/D - Santa Monica CA

A61M 100

604 27, 606107

A surgical sleeve lens removal by laser or ultrasonic surgical instruments, also used on the forefront of an ophthalmic irrigation/aspiration surgical instrument. The surgical sleeve consists of a hollow sleeve body ( ) with its proximal end ( ) adapted to fit the surgical instrument and its distal end ( ) having a tubular shank ( ). The shank has a truncated cone contour ( ) on its extremity and at least one annular protuberant appendage ( ) integrally formed with the shank ( ) and extending from an outside surface of the distal end, for manipulation of intraocular tissue. The appendage ( ) has a sloped surface ( ) and extends either partially or completely around the periphery of the sleeve body ( ). The appendage ( ) may consist of single or multiple elements but in any case the appendage has a larger outside diameter than the shank.

2009012, May 14, 2009

Jan 28, 2008

12/020606

Michael Reynard - Santa Monica CA, US

G06Q 30/00, G06Q 10/00

705 8, 705 14

Disclosed herein is a computer implemented method and system for integrated appointment scheduling and targeted advertising. A host website provides an appointment scheduling application for scheduling an appointment. A user searches for a service provider on the host website to make an appointment. The user makes the appointment with the selected service provider on the host website or through multiple communication devices. The appointment scheduling application translates the appointment from the communication devices by integrating the appointment made on the host website and the appointment made through the communication devices in an appointment calendar on the host website. The appointment scheduling application schedules the appointment of the user with the selected service provider. The user is notified with a confirmation message and appointment reminder messages upon scheduling of the appointment. The method and system disclosed herein further inserts targeted advertisements with the confirmation messages, appointment reminder messages, and electronic newsletters.

5651783, Jul 29, 1997

Dec 20, 1995

8/575829

Michael Reynard - Santa Monica CA

A61B 1736

606 4

A fiber optic integrated phacoemulsification system is disclosed comprising surgical handpieces for cataract surgery which incorporate fiber optic bundles that transmit visible light to enhance visualization by intraocular illumination. Patient safety is improved by the oblique lighting to the retina, thereby reducing the necessity of direct coaxial light from the surgical microscope. The fiber optic bundles enable the application of laser energy or visible light and permit endoscope visualization of intraocular structures either through the surgical handpiece or through an end piece attachment.

D382591, Aug 19, 1997

Jul 31, 1995

D/043831

Michael Reynard - Santa Monica CA

1908

D19 9

5591160, Jan 7, 1997

Jun 5, 1995

8/461046

Michael Reynard - Santa Monica CA

A61B 1732

606 15

A disposable fiber optic sleeve for attachment at the forefront of a surgical instrument. The sleeve is an elongated tubular shape and incorporates multiple fiber optic bundles for transmission of visible light to enhance intraocular visualization. Additional bundles of optical fibers may provide for the application of laser beam and video transmission to intraocular tissue. The sleeve is constructed of inexpensive plastic materials and is designed to be disposable after a single or several uses.

5558669, Sep 24, 1996

Jun 22, 1995

8/493811

Michael Reynard - Santa Monica CA

A61F 9007, A61B 1900

606 15

A disposable fiber optic sleeve for attachment at the forefront of a surgical instrument. The sleeve is an elongated tubular shape and incorporates multiple fiber optic bundles for transmission of visible light to enhance intraocular visualization. Additional bundles of optical fibers may provide for the application of laser beam and video transmission to intraocular tissue. The sleeve is constructed of inexpensive plastic materials and is designed to be disposable after a single or several uses.

2003001, Jan 16, 2003

Jun 28, 2001

09/892607

Michael Reynard - Santa Monica CA, US

A61F002/16

623/006240, 623/006280, 623/006440

A multifocal phakic intraocular lens () designed to be placed in a phakic eye to correct various refractive disorders such as myopia, hyperopia, astigmatism and presbyopia. The lens () which can be positioned within the eye's anterior chamber () or posterior chamber (), consists of a substantially circular optical section () having integrally attached either a circular haptic extension () or at least two separate haptic extensions (). When the lens () is positioned in the anterior chamber (), the haptic extensions fixate the lens () between the base of the iris () and the cornea (). When the lens () is positioned in the posterior chamber (), the haptic extensions stabilize the lens () between the posterior leaf of the iris () and the lens capsule (). In either position, the lens () is continuously bathed with the aqueous humour of the eye.