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Robert M Gelber, 80455 Snapdragon Ln, Lincoln, CA 95648

Known as:
Robert L Gelber Bob M Gelber Rob M Gelber Elbers G Robert
Related to:
Seth P Gelber

Robert Gelber Phones & Addresses

Lincoln, CA   

Auburn, CA   

Incline Village, NV   

Sebastopol, CA   

Sacramento, CA   

Pittsburgh, PA   

Amador City, CA   

Work

Company: Mediator

Education

School / High School: Yeshiva College 1965 Specialities: B.A.
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Robert Gelber resumes & CV records

Resumes

Robert Gelber Photo 16

Director, Interactive Marketing At Hawaii Pacific Health

Position:
Director, Interactive Marketing at Hawaii Pacific Health
Location:
Honolulu, Hawaii
Industry:
Marketing and Advertising
Work:
Hawaii Pacific Health - Honolulu, Hawaii since Feb 2013
Director, Interactive Marketing The Walt Disney Company - Greater Los Angeles Area Mar 2012 - Jan 2013
Marketing Manager Disney Online Studios 2010 - Apr 2012
Associate Marketing Manager, Online Games Disney Interactive Studios Jan 2010 - Jan 2011
Brand Marketing Associate Disney Interactive Media Group 2010 - 2011
Associate Marketing Manager Overture Films Aug 2009 - Jan 2010
MBA Associate McCann Erickson 2009 - 2009
Intern USC Marshall School of Business Aug 2007 - May 2009
Recent MBA Graduate Siegel+Gale 2008 - 2008
Brand Strategy Intern Level 1 Entertainment/Smart Entertainment 2003 - 2006
Screenwriter
Education:
University of Southern California - Marshall School of Business 2007 - 2009
Master of Business Administration New York University
BFA, Film and Television Punahou School
Skills:
Digital Marketing, Brand Management, Marketing, Competitive Analysis, Interactive Marketing, Marketing Strategy, Branding & Identity, Social Media Marketing, Entertainment, Digital Media, Social Media, Integrated Marketing, Customer Insight
Honor & Awards:
Student Academy Award Gold Medal; Scriptapalooza Screenwriting contest winner
Robert Gelber Photo 17

Robert Gelber

Location:
United States
Robert Gelber Photo 18

Robert Gelber

Work:
MEDIATOR 2011 to 2000 SELF-EMPLOYED 1992 to 2000
Real estate investor and manager INNKEEPER 2000 to 2004 PRESTIGE INTERNATIONAL LTD 1990 to 1992 SELF-EMPLOYED 1976 to 1990 Insurance Broker 1973 to 1976 UNITED STATES AIR FORCE 1969 to 1973
Education:
Yeshiva College 1965
B.A.

Publications & IP owners

Us Patents

Coated Architectural Glass System And Method

US Patent:
3990784, Nov 9, 1976
Filed:
Jun 5, 1974
Appl. No.:
5/476684
Inventors:
Robert M. Gelber - Healdsburg CA
Assignee:
Optical Coating Laboratory, Inc. - Santa Rosa CA
International Classification:
G02B 110
B32B 1706
B05D 506
US Classification:
350166
Abstract:
Coated architectural glass system having a transparent substrate with a surface and a multi-layer coating disposed on the surface. The multi-layer coating comprises first and second metal layers and a dielectric layer disposed between the first and second metal layers. The first and second metal layers have a thickness ratio so that the transmission of the coating can be changed independent of its reflection properties, by varying the thickness of the metal layers while maintaining the ratio constant. The dielectric has a thickness such that the reflection from the coating is not strongly colored in the region of 400 millimicrons to approximately 700 millimicrons. In the method, the transmission of the coating can be changed merely by varying the thickness of the first and second metal layers in accordance with a thickness ratio.

Display Device Which Changes Color And Method

US Patent:
3972590, Aug 3, 1976
Filed:
Sep 17, 1973
Appl. No.:
5/398175
Inventors:
Robert M. Gelber - Healdsburg CA
Assignee:
Optical Coating Laboratory, Inc. - Santa Rosa CA
International Classification:
G02F 113
US Classification:
350160LC
Abstract:
Display device which changes colors which has first and second spaced members with the first member being formed of an insulating material and being capable of transmitting light. Means is disposed between the first and second members for diffusing light. Means is carried by the second member which is capable of reflecting light. Means is provided on the first member which is capable of transmitting a certain spectral region of the light beam and for reflecting another spectral region of the light beam so that when the light beam passes through the means disposed between the first and second members and certain of the light is diffused, a color is imparted to the eye of the viewer.

Ophthalmic Antireflection Coatings With Metal, Dielectric, Substrate, Metal, Dielectric In Sequence

US Patent:
4070097, Jan 24, 1978
Filed:
Nov 8, 1976
Appl. No.:
5/739478
Inventors:
Robert M. Gelber - Healdsburg CA
Assignee:
Optical Coating Laboratory, Inc. - Santa Rosa CA
International Classification:
G02B 110
US Classification:
350165
Abstract:
Ophthalmic anti-reflection coating for use on spectacles with lenses having an eye side and an outside. A first coating is disposed on the eye side of each lens and the second coating is disposed on the outside of each lens. The first and second coatings are formed of a metal layer and a dielectric layer having a low index of refraction. The metal layer in the first coating is adjacent the lens on the eye side and the dielectric layer in the second coating is adjacent the lens on the outside.

Liquid Crystal Display Device And Method

US Patent:
3971869, Jul 27, 1976
Filed:
Dec 18, 1974
Appl. No.:
5/533893
Inventors:
Robert M. Gelber - Healdsburg CA
Edward A. Small - Santa Rosa CA
Assignee:
Optical Coating Laboratory, Inc. - Santa Rosa CA
International Classification:
B32B 300
US Classification:
422195
Abstract:
Liquid crystal display device having first and second substantially transparent insulative plates having front and rear surfaces with said plates being arranged so that the rear surface of the first plate and the front surface of the second plate face each other. An antireflection coating is disposed on at least one of said front and rear surfaces of said front plate. A conducting coating is carried on said rear surface of said first plate and said front surface of said second plate. Means secures the first plate to the second plate so that there is a space provided between said conductive layers. A layer of liquid crystal material is disposed in said space. In the method, an antireflection coating is provided on a surface so that the pattern carried by the display device is invisible when the display device is not activated.

Possible Relatives

Evan D Gelber  Gail S Gelber  Harriet Gelber  James K Gelber  Jon Gelber  Joseph E Gelber  Lawrence J Gelber  Robert P Johnson  Robert Stan  Robert D Stanard 

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