MICHAEL BRIAN SMITH
Pilots at Calle Limonero, Thousand Oaks, CA

License number
California A1776469
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
2680 Calle Limonero, Thousand Oaks, CA 91360

Professional information

Michael Smith Photo 1

Emergency Vehicle Warning And Traffic Control System

US Patent:
4775865, Oct 4, 1988
Filed:
Jul 10, 1987
Appl. No.:
7/072336
Inventors:
Michael R. Smith - Thousand Oaks CA
Paul J. Davidson - Woodland Hills CA
Henry L. Pfister - Torrance CA
Assignee:
E-Lited Limited, A California Limited Partnership - Woodland Hills CA
International Classification:
G08G 107
US Classification:
340906
Abstract:
A system for providing early warning of the approach and egress of emergency vehicles in which the warning system provides a display to indicate the direction from which the emergency vehicle is approaching and in addition provides preemption control of the traffic signals at an intersection. A transmitter mounted on an emergency vehicle transmits a signal whenever it is on an emergency call which is received by infrared (I. R. ) receivers positioned at an intersection to respond to the transmitted signals. The received signal is then processed by a master controller which in turn pre-empts operation of traffic signals to control traffic flow at the intersection to which the emergency vehicle is approaching. The master controller also provides an output to display signs facing approaching traffic on each road approaching the intersection which displays messages and symbols indicating the direction of the approaching emergency vehicle. Additionally, the display system indicates whether the emergency vehicle has passed through and is departing the intersection.


Michael Smith Photo 2

Infrared Laser Photocautery Device

US Patent:
4122853, Oct 31, 1978
Filed:
Mar 14, 1977
Appl. No.:
5/777390
Inventors:
Michael R. Smith - Thousand Oaks CA
Assignee:
Spectra-Med - Thousand Oaks CA
International Classification:
A61B 1736
US Classification:
1283031
Abstract:
An apparatus and method for cauterizing biological tissue while providing isolation from surrounding absorbing tissue and fluid media. The device is comprised of a probe having a special window through which an infrared laser beam is directed to cauterize the biological tissue. The device is comprised of an infrared laser beam generator, a control circuit for controlling the intensity and duration of the laser beam and an articulated arm for directing the laser beam to the probe. The probe is comprised of a hollow, laser light guide tube having an infrared transparent window in its tip which permits the tip to be brought into contact with biological tissue such as vascular tissue to be cauterized while excluding the surrounding absorbing tissue from the effects of the beam. The probe may also include an adjacent endoscopic viewing tube and accessory tube to provide fluid, suction and optical illumination at the vicinity of the window.


Michael Smith Photo 3

Cursor Apparatus For Interactive Graphic Display System

US Patent:
4354102, Oct 12, 1982
Filed:
Nov 13, 1980
Appl. No.:
6/206414
Inventors:
Richard H. Burns - North Hollywood CA
Michael R. Smith - Thousand Oaks CA
Irving J. Bell - Canoga Park CA
Kenneth Crabtree - Saugus CA
Assignee:
The United States of America as represented by the Secretary of the Air
Force - Washington DC
International Classification:
G01J 120
US Classification:
250201
Abstract:
Graphic data entry in an interactive graphic display system is achieved by means of an apparatus that provides automatic centering of a pointing laser beam on a hand held cursor. The graphic display system provides a means for displaying and comparing through superposition full size overlaid graphical data and projected graphical data on a common display screen. It includes a steerable pointing laser the beam of which scans the display screen in response to a laser beam deflection circuit. The system also includes laser beam position sensing and indicating circuits which accurately measure the laser beam position. Centering of the laser beam on the cursor at the display screen is accomplished by dithering the beam uniformly about its average position in a discrete dither pattern and utilizing the dither pattern to determine misalignment of the beam's average position with respect to the center of the cursor. The cursor includes photo detector elements that are geometrically configured to conform to the dither pattern so that signals derived from an eccentric relationship of the beam dither pattern and the photo detector element configuration can be processed to provide beam misalignment direction and magnitude error signals. These error signals drive a servo system that centers the average beam position on the cursor.


Michael Smith Photo 4

Flat Electro Optic Display Panel And Method Of Using Same

US Patent:
4158201, Jun 12, 1979
Filed:
Oct 18, 1977
Appl. No.:
5/843192
Inventors:
Michael R. Smith - Thousand Oaks CA
Richard H. Burns - Glendale CA
Assignee:
The Singer Company - New York NY
International Classification:
G06K 1518
US Classification:
340783
Abstract:
A flat PLZT plate is utilized to form erasable images thereon which images may be projected or viewed directly. One embodiment includes electrically conductive islands on one side of the PLZT plate which are surrounded by and electrically isolated from an electrically conductive grid pattern. The portion of the PLZT plate located between an island and the surrounding portion of the grid pattern constitutes a pixel or image forming element. By grounding the grid pattern and applying an electrical charge to selected ones of the islands, an image can be formed on the PLZT plate which can be viewed directly or projected by means of polarized light. In order to form the erasable images on the PLZT plate by optical means, the grid pattern and islands are coated with a layer of photoconductive material upon which a layer of a transparent conductor is coated. By applying a potential to the transparent conductor and exposing the coated PLZT plate to an optical image, those islands subjected to the light radiation receive an electrical charge thereby forming a birefringence image in the PLZT plate.


Michael Smith Photo 5

Polarized Plastic Laminates

US Patent:
6096425, Aug 1, 2000
Filed:
Apr 25, 1996
Appl. No.:
8/637360
Inventors:
Michael Barry Smith - Thousand Oaks CA
Assignee:
Alcat, Incorporated - Milford CT
International Classification:
B32B 2736, B05D 506, G09J20100
US Classification:
428412
Abstract:
A transparent polarized plastic laminate is provided which includes: (a) a first plastic layer; (b) a second layer comprising a polyurethane polymer; (c) a third layer comprising a sandwich of a stretched and dyed polyvinyl alcohol film between two layers of cellulose triacetate or acrylic; (d) a fourth layer comprising a polyurethane polymer; and (e) a fifth plastic layer.


Michael Smith Photo 6

Polarized Ophthalmic Lenses And Methods For Making Same

US Patent:
6177032, Jan 23, 2001
Filed:
Sep 3, 1999
Appl. No.:
9/390588
Inventors:
Michael Barry Smith - Thousand Oaks CA
Gerard Nault - Cumberland RI
Assignee:
Alcat, Incorporated - Milford CT
International Classification:
B29D 1100
US Classification:
264 134
Abstract:
A laminated light-polarizing composite lens is efficiently produced by bonding a pre-formed polarized sheet to the front convex surface of a molded polycarbonate lens in an autoclave. Excellent optical properties are obtained by the replication from a polished glass surface to the front surface of the lens. The outer surface layer of the finished lens is isotropic and thus does not produce unwanted birefringence effects. The method is especially well suited for the production of optically corrected decentered polycarbonate lenses. The process is simple and easily changed to produce lenses with different base curves and colors.


Michael Smith Photo 7

Emergency Vehicle Warning Sign

US Patent:
D356732, Jan 23, 1990
Filed:
Jul 10, 1987
Appl. No.:
7/073118
Inventors:
Paul J. Davidson - Woodland Hills CA
Michael R. Smith - Thousand Oaks CA
Assignee:
E-Lite Limited - Woodland Hills CA
US Classification:
D20 42


Michael Smith Photo 8

Polyester Based Polarizer

US Patent:
4388375, Jun 14, 1983
Filed:
Nov 24, 1981
Appl. No.:
6/324507
Inventors:
Michael J. Hopper - Taylors SC
Michael R. Martin - Greenville SC
Lawrence Bolt - Van Nuys CA
Michael Smith - Thousand Oaks CA
Ali Tavasolian - North Hollywood CA
Assignee:
American Hoechst Corporation - Somerville NJ
International Classification:
B32B 2740, G02F 113
US Classification:
4284237
Abstract:
A polarizer having increased hydrolytic stability is produced by impregnating a polyvinyl alcohol substrate with an iodine containing composition and then subjecting the substrate to both concentrated infrared and ultraviolet radiation treatments sufficient to substantially increase the hydrolytic stability of the thusly formed polarizer. The polyvinyl alcohol film had been laminated to a polyester support with a dispersed, aqueous composition of polyvinyl alcohol or polyurethane on its surface.


Michael Smith Photo 9

Laser Recording Film With Opaque Coating

US Patent:
4158715, Jun 19, 1979
Filed:
Jan 17, 1978
Appl. No.:
5/870155
Inventors:
Michael R. Smith - Thousand Oaks CA
David B. Congleton - San Pedro CA
Arthur S. Diamond - Palos Verdes CA
Assignee:
The Singer Company - New York NY
International Classification:
B32B 2736
US Classification:
428412
Abstract:
A real-time laser recording film having a plastic/dye coating on one side thereof provides improved image sharpness and visual qualities. The film fabrication is compatible with continuous production techniques to provide an economical, high quality film.


Michael Smith Photo 10

Hydrolytically Stabilized Polarizer

US Patent:
4396642, Aug 2, 1983
Filed:
Nov 24, 1981
Appl. No.:
6/324505
Inventors:
Lawrence Bolt - Van Nuys CA
Michael Smith - Thousand Oaks CA
Ali Tavasolian - No. Hollywood CA
Assignee:
American Hoechst Corporation - Somerville NJ
International Classification:
B05D 306
US Classification:
427 541
Abstract:
A polarizer having increased hydrolytic stability is produced by impregnating a polyvinyl alcohol film with an iodine containing composition and then subjecting the substrate to both concentrated infrared and ultraviolet radiation treatments.