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Larry D Kleinberg

from Manhattan Beach, CA
Age ~56
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Also known as:
Larry David Kleinberg, Larry D Kleinber, Larry Klienberg, Larry S
Phone and address:
1440 23Rd St, Manhattan Beach, CA 90266
(310) 849-1391
Related to:
Julia R Sondee, 19Ellen I Kleinberg, 59Daniel Sondee, 63Gary Barbour, 42Charlotte Parker, 64David Sondee, 65
Connected to:
Abby N Kleinberg, 89Alyssa H Kleinberg, 33Audrey L Kleinberg, 58Bruce Kleinberger, 73Cara A Kleinberger, 46Deborah R Kleinberg, 67Elaine G Kleinberg, 98Hannah L Kleinberg, 29Hershel A Kleinberg, 59Lauren C Kleinberg, 35

Larry Kleinberg Phones & Addresses

  • 1440 23Rd St, Manhattan Bch, CA 90266 (310) 849-1391
  • 616 Marine Ave, Manhattan Beach, CA 90266
  • Austin, TX
  • 1729 Dixon St, Redondo Beach, CA 90278
  • Seville, GA
  • Los Angeles, CA
  • Hermosa Beach, CA

Business Records

Name / Title
Company / Classification
Phones & Addresses
Larry Kleinberg
Chief Financial Officer
Munger Tolles & Olson Foundation
Legal Services Office
355 S Grand Ave, Los Angeles, CA 90071
(213) 683-9100

Publications

Us Patents

Documentation Illumination Module

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US Patent:
48568732, Aug 15, 1989
Filed:
May 15, 1987
Appl. No.:
7/050948
Inventors:
Larry K. Kleinberg - Toluca Lake CA
Assignee:
Storz Instrument Company - St. Louis MO
International Classification:
G02B 2106
G02B 2118
US Classification:
350502
Abstract:
A documentation illumination module by which full illumination of a properly oriented image of a microscope's field-of-view is returned to a documenting camera or the like. The module includes a cavity with a forming and field-of-view-controlling lens system, channel for returning the image, focusing and magnifying lenses in the image channel, and an iris across the image channel. Fiber optics light is transmitted through the cavity and its lens system to a microscope and its field-of-view, then returned to module and to binoculars for an observer (surgeon), without need of beam splitting optical elements. Full light is available to camera and observer. The focusing and magnifying lenses are mounted in an alternatively positionable lens system, while a zoom lens assembly can be substituted therefor.

Documentation Illumination Module For A Microscope System

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US Patent:
50077236, Apr 16, 1991
Filed:
Feb 21, 1989
Appl. No.:
7/312904
Inventors:
Larry K. Kleinberg - Toluca Lake CA
Assignee:
Storz Instrument Company - St. Louis MO
International Classification:
G02B 2106
G02B 2136
US Classification:
350508
Abstract:
A documentation illumination module by which full illumination of a properly oriented image of a microscope's field-of-view is returned to a documenting camera or the like. The module includes a cavity with a forming and field-of-view-controlling lens system, channel for returning the image, focusing and magnifying lenses in the image channel, and an iris across the image channel. Fiber optics light is transmitted through the cavity and its lens system to a microscope and its field-of-view, then returned to module and to binoculars for an observer (surgeon), without need of beam splitting optical elements. Full light is available to camera and observer. The focusing and magnifying lenses are mounted in an alternatively positionable lens system, while a zoom lens assembly can be substituted therefor.

Surgical Instrument And Method Of Making Same

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US Patent:
45987106, Jul 8, 1986
Filed:
Jan 20, 1984
Appl. No.:
6/572236
Inventors:
Larry K. Kleinberg - Burbank CA
Donald S. Evans - Pasadena CA
Assignee:
Urban Engineering Company, Inc. - Burbank CA
International Classification:
A61B 1732
US Classification:
128318
Abstract:
A surgical instrument comprising a pair of co-axially assembled tubes having their distal walls in bearing relationship and with registrable openings extending through such distal end and annular walls correspondingly joined to their respective distal walls. The inner tube reversibly rotates within its matched outer tube in operation of the invention, as action by cutting edges formed about such openings severs tissue drawn into the inner tube by suction. Each distal end wall includes a pair of circular cutting edges, those in the inner tube having a straight cut across its thickness while those in the outer tube have a full radiused cut across its thickness. Full radiused cuts across the thicknesses of the annular walls of the inner and outer tubes are provided for arcuately-formed and parallel cutting edges forming the respective openings in these tubes in their annular walls. A method to form these openings by means of these cutting edges is disclosed.

Documentation Illumination Module For A Microscope System

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US Patent:
50899090, Feb 18, 1992
Filed:
Sep 27, 1990
Appl. No.:
7/589082
Inventors:
Larry K. Kleinberg - Toluca Lake CA
Assignee:
Storz Instrument Company - St. Louis MO
International Classification:
G02B 2106
G02B 2136
US Classification:
359363
Abstract:
A documentation illumination module by which full illumination of a properly oriented image of a microscope's field-of-view is returned to a documenting camera or the like. The module includes a cavity with a forming and field-of-view controlling lens system, channel for returning the image, focusing and magnifying lenses in the image channel, and an iris across the image channel. Fiber optics light is transmitted through the cavity and its lens system to a microscope and its field-of-view, then returned to module and to binoculars for an observer (surgeon), without need of beam splitting optical elements. Full light is available to camera and observer. The focusing and magnifying lenses are mounted in an alternatively positionable lens system, while a zoom lens assembly can be substituted therefor.

Microscope System And Attachment

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US Patent:
49385755, Jul 3, 1990
Filed:
Sep 30, 1988
Appl. No.:
7/251571
Inventors:
Larry K.. Kleinberg - Toluca Lake CA
Douglas R. Mongeon - Orange CA
Assignee:
Storz Instrument Company - St. Louis MO
International Classification:
G02B 2120
US Classification:
350516
Abstract:
The present invention is a microscope system including an objective lens common to at least two paths of light rays from an image to be viewed and a prism for re-directing at least one of the light rays in a direction orthogonal to the other of the light rays which travels to a first viewing station. An optical focus is provided in alignment with the orthogonal light ray for magnifying the orthogonal light ray. A plurality of prisms being rotatable are provided for redirecting the orthogonal light ray to a second viewing station which is maintained parallel to the image.

System Providing 3 Identical Optical Paths And Adapted For A Microscope

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US Patent:
46889078, Aug 25, 1987
Filed:
Jan 10, 1986
Appl. No.:
6/818527
Inventors:
Larry K. Kleinberg - Toluca Lake CA
Assignee:
Urban Engineering Company, Inc. - Burbank CA
International Classification:
G02B 2122
G02B 2710
G02B 2136
US Classification:
350516
Abstract:
An optical system or apparatus whereby 3 identical optical trains or paths of light providing steropsis are obtained for surgery and other uses, and by which four (4) viewing stations with balanced light are achieved. Documentation devices and observers see the target or object area as viewed at these stations. The apparatus comprises a housing having a chamber divided into two communicable cavities at an obtuse angle to one another, with four viewing stations mounted on the housing having access to the chamber and cavities in which a network of prisms is located to provide redirection of light in a balanced manner to all four viewing stations. Light is introduced through an opening or a set of three ports on the base of the housing, and is channelled to the port stations by the network of prisms. One of the three ports is common to a first port at two of the port stations each of which comprises a pair of ports, these pairs of ports being on different planes to one another, and at which steropsis is achieved. Each of the remaining two port stations, at which monocular vision is obtained, comprises a single port geometrically oriented correspondingly to second ports in such pairs of ports and to the remaining two ports of the set of three ports.

Surgical Instrument And Method Of Making Same

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US Patent:
45438579, Oct 1, 1985
Filed:
Dec 9, 1983
Appl. No.:
6/559387
Inventors:
Larry K. Kleinberg - Burbank CA
Don S. Evans - Pasadena CA
Assignee:
Urban Engineering Co., Inc. - Burbank CA
International Classification:
B24B 100
B24B 300
US Classification:
76101R
Abstract:
A surgical instrument, with method and apparata for making same. A pair of coaxial tubular members include cooperating oval openings the formations of which are developed by the apparata and method. One apparatus comprises a fixture for supporting the inner or blade member in a spindle having a follower, and a cam assembly and registry means for mounting to the fixture. The cam assembly is mounted to the fixture and through cooperative action with the follower directs movement of blade member and spindle during grinding formation of a blade's thickness including a positive cutting angle across its wall. The registry means comprises a body mountable to the cam assembly and having a pin which properly seats an initially formed opening in the blade member exteriorly of the cam assembly for subsequent grinding thereon. A second apparatus provides for the initial formation of both openings after which the first apparatus operates to finish the blade member's body formation for its opening. The methods of forming these openings also are unique.

Oblique Illumination Device For Use With An Ophthalmic Microscope

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US Patent:
51555093, Oct 13, 1992
Filed:
Oct 25, 1990
Appl. No.:
7/603464
Inventors:
Larry K. Kleinberg - Toluca Lake CA
Assignee:
Storz Instrument Company - St. Louis MO
International Classification:
A61B 310
US Classification:
351205
Abstract:
Oblique illumination system is provided for use with an ophthalmic microscope having a direct illumination system. The apparatus includes a first light deflector for deflecting light in the direct illumination axis transversely along a transverse axis. A first support movably connects the first light deflector to enable it to be shifted into and out of the direct illumination axis; a second light deflector redirects the light in the transverse axis along an oblique axis which intersects the microscope axis at the focal plane. The first light deflector can be alternatively shifted to vary the microscope between the direct and indirect illumination modes to minimize the duration of the exposure of the eye macula to the illumination system during a surgical procedure. A method for converting a conventional direct illumination operating microscope for use as an indirect illumination microscope is also provided.
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Larry D Kleinberg from Manhattan Beach, CA, age ~56 Get Report