Martin Geoffrey Baker

US Patent:

60002859, Dec 14, 1999

Filed:

May 22, 1998

Appl. No.:

9/083484

Inventors:

Kenrick Rodford Leslie - Inglewood CA
Michael Lee Shand - Morristown NJ
Martin Carlin Baker - Budd Lake NJ
Joseph J. Barrett - Morris Plains NJ
Clint Patrick Kilroy - Parsippany NJ

Assignee:

Alliedsignal Inc. - Morristown NJ

International Classification:

G01F 100
G01C 2100

US Classification:

7317007

Abstract:

The invention provides a system for passive measurement of atmospheric temperature using a passive direction detector for detecting the energy of a narrow wavelength band emanating from a volume of atmospheric gas. The resulting signal can be associated with an effective temperature. The effective temperature can be associated with an effective range. The system generates a temperature map which can determine, at predetermined time intervals, atmospheric temperatures in an azimuth plane associated with a predefined range from the detector. The temperature map can then be used to calculate temperature gradients that in turn can be used to compute the vertical wind vector difference and to determine the presence of clear air turbulence.

US Patent:

59748753, Nov 2, 1999

Filed:

Aug 6, 1998

Appl. No.:

9/129805

Inventors:

Kenrick R. Leslie - Inglewood CA
Michael L. Shand - Morristown NJ
Martin C. Baker - Budd Lake NJ
Joseph J. Barrett - Morris Plains NJ
Clint P. Kilroy - Neptune NJ

Assignee:

AlliedSignal Inc. - Morristown NJ

International Classification:

G01F 100
G01C 2100

US Classification:

7317007

Abstract:

The invention provides a system for passive measurement of atmospheric temperature using a passive direction detector for detecting the energy of a narrow wavelength band emanating from a volume of atmospheric gas. The resulting signal can be associated with an effective temperature. The effective temperature can be associated with an effective range. The system generates a temperature map which can determine, at predetermined time intervals, atmospheric temperatures in an azimuth plane associated with a predefined range from the detector. The temperature map can then be used to calculate temperature gradients that in turn can be used to compute the average Richardson number over an atmospheric layer and other atmospheric conditions to predict the presence of clear air turbulence.

US Patent:

60704608, Jun 6, 2000

Filed:

Feb 28, 1997

Appl. No.:

8/808589

Inventors:

Kenrick Roford Leslie - Inglewood CA
Michael Lee Shand - Morristown NJ
Martin Carlin Baker - Budd Lake NJ
Joseph J. Barrett - Morris Plains NJ
Clint Patrick Kilroy - Parsippany NJ

Assignee:

AlliedSignal Inc. - Morristown NJ

International Classification:

G01F 168

US Classification:

7317007

Abstract:

The invention provides a system for passive measurement of atmospheric temperature using a passive direction detector for detecting the energy of a narrow wavelength band emanating from a volume of atmospheric gas. The resulting signal can be associated with an effective temperature. The effective temperature can be associated with an effective range. The system generates a temperature map which can determine, at predetermined time intervals, atmospheric temperatures in an azimuth plane associated with a predefined range from the detector. The temperature map can then be used to calculate temperature gradients that in turn can be used to compute the vertical wind vector difference and to determine the presence of clear air turbulence.

US Patent:

20210344262, Nov 4, 2021

Filed:

Apr 29, 2020

Appl. No.:

16/861667

Inventors:

- Morris Plains NJ, US
Leroy Fizer - Huntington Beach CA, US
James Piascik - Randolph NJ, US
Martin Baker - Morristown NJ, US

International Classification:

H02K 15/00
H02K 17/16
H02K 15/02

Abstract:

A method for forming a squirrel cage rotor includes stacking a plurality of coated laminates to form a stacked laminate core preform. The stacked laminate core preform defines a plurality of open cavities. Each coated laminate of the plurality of coated laminates includes a laminate coated with a precursor layer. The precursor layer includes a binder and glass particles. The method further includes firing the stacked laminate core preform at a temperature above the softening point of the glass particles to form a low porosity rotor core. The method further includes casting a conductive material into the plurality of open cavities formed in the rotor core to define a conductive squirrel cage structure in the low porosity rotor core.