CHRISTOPHER JOSEPH CORSO
Pilots at Peachtree Rd, Atlanta, GA
License number
Georgia A4470238
Issued Date
Dec 2016
Expiration Date
Dec 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
2460 Peachtree Rd NW APT 1513, Atlanta, GA 30305
Personal information
See more information about CHRISTOPHER JOSEPH CORSO at radaris.comName
Address
Phone
6099 City Walk Ln, Atlanta, GA 30328
109 Bramble Oak Dr, Woodstock, GA 30188
3520 Newport Bay Dr, Alpharetta, GA 30005
Professional information
See more information about CHRISTOPHER JOSEPH CORSO at trustoria.com
Sensing Systems Utilizing Acoustic Wave Devices
Sensing Systems Utilizing Acoustic Wave Devices
US Patent:
2008031, Dec 25, 2008
Filed:
Jun 21, 2007
Appl. No.:
11/812687
Inventors:
Peter J. Edmonson - Hamilton, CA
William D. Hunt - Decatur GA, US
Christopher D. Corso - Atlanta GA, US
Anthony Dickherber - Smyrna GA, US
Marie E. Csete - Decatur GA, US
William D. Hunt - Decatur GA, US
Christopher D. Corso - Atlanta GA, US
Anthony Dickherber - Smyrna GA, US
Marie E. Csete - Decatur GA, US
International Classification:
H01L 41/08
US Classification:
310313 B
Abstract:
A sensing system includes an acoustic wave device comprising a body of piezoelectric material, and a first electrode assembly mounted on the piezoelectric body whereby an appropriate input applied to the electrode assembly produces an acoustic wave in the piezoelectric body and a first frequency response. The acoustic wave device also has a second electrode assembly to produce a second frequency response, the second electrode assembly being in contact with an area sensitive to a supplied stimulus to cause a characteristic of the sensitive area to change when a supplied stimulus is sensed to thereby change the second frequency response. The acoustic wave device has an output connected to the input of an amplifier, the amplifier having an output connected to the input of a coupling device. The coupling device is connected to the input of the acoustic wave device and has an output connected to a detector. The acoustic wave device, the amplifier and the coupling device are configured to be in an “off” condition when no supplied stimulus is sensed by the sensitive area of the acoustic wave device and to be in an “on” condition when a supplied stimulus is sensed by the sensitive area. The coupling device is configured to send a change signal to the detector when a change from the “off” condition to the “on” condition occurs.
Acoustic Wave Sensor Assembly Utilizing A Multi-Element Structure
Acoustic Wave Sensor Assembly Utilizing A Multi-Element Structure
US Patent:
2009000, Jan 8, 2009
Filed:
Jul 2, 2007
Appl. No.:
11/822045
Inventors:
Peter J. Edmonson - Hamilton, CA
William D. Hunt - Decatur GA, US
Christopher D. Corso - Atlanta GA, US
Anthony Dickherber - Smyrna GA, US
Marie E. Csete - Decatur GA, US
William D. Hunt - Decatur GA, US
Christopher D. Corso - Atlanta GA, US
Anthony Dickherber - Smyrna GA, US
Marie E. Csete - Decatur GA, US
International Classification:
H03H 9/54, H03H 9/64
US Classification:
333190, 333193
Abstract:
An acoustic wave sensor assembly includes piezoelectric material, a first acoustic wave resonator element structure mounted on the piezoelectric material for interacting with an electrical signal, the acoustic wave resonator element structure being operable to interact with an acoustic wave propagating within the piezoelectric material to produce a first frequency response. Further acoustic wave resonator element structures are mounted on the piezoelectric material for interacting with electrical signals, the further acoustic wave resonator element structures being operable to interact with further acoustic waves propagating within the piezoelectric material to produce subsequent frequency responses. The first acoustic wave resonator element structure and further acoustic wave resonator element structures are combined to form a ladder or lattice filter network to produce an overall frequency response. Sensitive areas are mounted on the piezoelectric material and associated with the acoustic wave resonator element structures which, if predetermined effects to be sensed or detected are present, are modified thereby to control the nature of the frequency responses with resultant specific perturbations of the combined frequency response and thereby provide information with respect to the predetermined effects to be sensed or detected.