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Melinda G Schnoes

from Hillsborough, NC
Age ~66
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Also known as:
Paul R Schnoes, Melinda Lamont Schnoes, Melinda L Schnoes, Paul Russell Schnoes, Paul V Schnoes, Melinda G Lamont, Melinda Lamont T, Melina Schnoes, Melinda Schones, Melind Schnoes
Related to:
Valerie T Webber, 36
Connected to:
David E Schnoerr, 71Jennifer Schnoering, 44Evan H Schnoll, 35Felice D Schnoll, 54Mark A Schnoll, 63Velma R Schnoll, 64Andrew E Schnoor, 30Jeanne L Schnoor, 74Melissa N Schnoor, 52Michael Schnoor, 52

Melinda Schnoes Phones & Addresses

  • Hillsborough, NC
  • Durham, NC
  • Van Alstyne, TX
  • Allen, TX
  • Longmont, CO
  • South Amboy, NJ
  • Herndon, VA
  • Lanesborough, MA
  • East Rockaway, NY

Business Records

Name / Title
Company / Classification
Phones & Addresses
Melinda Schnoes
Manager
In Phase Technologies Inc
All Other Support Svcs · Computer Related Services, NEC
2000 Pike Rd, Longmont, CO 80501
(720) 494-7420, (720) 494-9606

Publications

Us Patents

Process And Composition For Rapid Mass Production Of Holographic Recording Article

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US Patent:
6743552, Jun 1, 2004
Filed:
May 16, 2002
Appl. No.:
10/146115
Inventors:
Songvit Setthachayanon - Longmont CO
Melinda Schnoes - Longmont CO
Assignee:
InPhase Technologies, Inc. - Longmont CO
International Classification:
G03H 102
US Classification:
430 1, 430 2, 430290, 359 3
Abstract:
A rapid mass production of the high performance holographic recording articles including the process and composition are described. To prepare a high performance holographic recording article based on two-component urethane matrix system, for example, polyols and all the additives must be virtually free of moisture contents. Deaeration must be carried out, once isocyanate and polyols including catalysts and all other ingredients are mixed together, to eliminate all entrapped air that is introduced into the mixture during mixing. The deaeration takes time, and the urethane reaction must not be allowed to take place until all air bubbles are evacuated from the isocyanate-polyols mixture. The rapid mass production of this invention overcomes such process limitations and results in a high-volume production of the high performance holographic recording articles.

Environmentally Durable, Self-Sealing Optical Articles

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US Patent:
6765061, Jul 20, 2004
Filed:
Jul 30, 2002
Appl. No.:
10/207158
Inventors:
Lisa Dhar - New Providence NJ
Songvit Setthachayanon - Longmont CO
Melinda Schnoes - Longmont CO
Mark David Michaels - Colorado Springs CO
Assignee:
InPhase Technologies, Inc. - Longmont CO
International Classification:
C08G 1810
US Classification:
525123, 525127, 525131, 522 79, 359 3
Abstract:
Holographic articles having self-sealing properties such as moisture resistance and environmental durability are disclosed. The holographic articles are formed by the reaction of a composition containing an excess amount (i. e. non-stoichiometric amount) of polyisocyanates to polyols. The holographic recording articles exhibit high optical clarity and low scattering.

Blue-Sensitized Holographic Media

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US Patent:
6780546, Aug 24, 2004
Filed:
Jun 11, 2002
Appl. No.:
10/166172
Inventors:
Timothy J. Trentler - Longmont CO
Melinda Schnoes - Longmont CO
Assignee:
InPhase Technologies, Inc. - Longmont CO
International Classification:
G03H 102
US Classification:
430 1, 430 2, 430290, 359 3, 522 38
Abstract:
Blue-sensitized holographic media suitable for recording with a blue laser is disclosed. The blue-sensitized holographic media provides greater dynamic range and a higher sensitivity than a green-sensitized holographic media, thereby providing more rapid hologram writing times.

Holographic Storage Media

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US Patent:
7521154, Apr 21, 2009
Filed:
Apr 11, 2003
Appl. No.:
10/411380
Inventors:
Timothy Trentler - Longmont CO, US
Melinda Schnoes - Longmont CO, US
Michael Coles - Longmont CO, US
Xuan Phan - Raleigh NC, US
Assignee:
Inphase Technologies, Inc. - Longmont CO
International Classification:
G03H 1/02
US Classification:
430 1, 430 2, 359 3
Abstract:
Described are holographic storage mediums and method of making holographic storage mediums. The holographic storage mediums may have write components that bind to the matrix to form a pattern in the media. The holographic storage mediums may also be rewriteable.

Holographic Storage Media

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US Patent:
8062809, Nov 22, 2011
Filed:
Apr 17, 2009
Appl. No.:
12/426016
Inventors:
Timothy J. Trentler - Longmont CO, US
Melinda Schnoes - Longmont CO, US
Michael C. Cole - Longmont CO, US
Xuan T. Phan - Raleigh NC, US
Assignee:
InPhase Technologies, Inc. - Longmont CO
International Classification:
G03H 1/02
US Classification:
430 1, 430 2, 4302801, 359 3
Abstract:
Described are holographic storage mediums and method of making holographic storage mediums. The holographic storage mediums may have write components that bind to the matrix to form a pattern in the media. The holographic storage mediums may also be rewriteable.

Method And Apparatus For An Encased Optical Article

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US Patent:
20030044576, Mar 6, 2003
Filed:
Aug 22, 2001
Appl. No.:
09/935462
Inventors:
Lisa Dhar - New Providence NJ, US
Melinda Schnoes - Longmont CO, US
Gayle Schomberger - Broomfield CO, US
Songvit Setthachayanon - Longmont CO, US
Kevin Curtis - Longmont CO, US
International Classification:
B32B003/02
B32B003/10
US Classification:
428/137000, 428/064100, 428/066600, 428/080000, 156/245000
Abstract:
The present invention provides a solution to the needs described above through method and apparatus for an encased optical article. The outer surface of a first substrate is grasp with a first holder, whereby the outer surface of the first substrate is held to an inner surface of the first holder. The outer surface of a second substrate is grasp with a second holder, whereby the outer surface of the second substrate is held to an inner surface of the second holder. The inner surfaces of the first and second holders are arranged to face one another in a selected angular relationship, and an optical article is inserted between the first and second substrate, wherein a first layer of adherent is between a first surface of the optical article and the inner surface of the first substrate, and a second layer of adherent is between a second surface of the optical article and the inner surface of the second substrate. The first and second holders are moved toward each other such that the inner surfaces of the first and second substrates contact the first and second layer of adherent with the optical article in between the first and second layer of adherent. The adherent is the at least partially cured while the inner surfaces of the first and second holders are in the selected angular relationship to form a multilayer article encasing the optical article. After removal of the first and second holder, the at least partially cured adherent maintains the multilayer article containing the optical article in the posture at which the multilayer article was held by the first and second holders.
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Melinda G Schnoes from Hillsborough, NC, age ~66 Get Report