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Hugh Busey Phones & Addresses

  • Wallingford, CT

Work

Company: Mystic seaport museum Apr 2008 Position: Volunteer

Education

School / High School: Cleveland State University- Cleveland, OH Jan 1968 Specialities: BSEE in Engineering

Skills

Electronics • tools • lawn and garden - hands-on do-it-yoursel... • computer competent.

Resumes

Resumes

Hugh Busey Photo 1

Hugh Busey Uncasville, CT

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Work:
Mystic Seaport Museum

Apr 2008 to 2000
Volunteer

Photonics International, Inc

1985 to 2000
Consulting Engineer

MGM Instruments, Inc.
Hamden, CT
1980 to 1985
General Manager

Education:
Cleveland State University
Cleveland, OH
Jan 1968
BSEE in Engineering

University of Michigan
Mystic, CT
Advanced Infrared Technology

Skills:
Electronics, tools, lawn and garden - hands-on do-it-yourselfer; electrical engineer, computer competent.

Publications

Us Patents

Ultrahigh Throughput Fluorescent Screening

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US Patent:
20020055179, May 9, 2002
Filed:
Mar 19, 2001
Appl. No.:
09/812102
Inventors:
Hugh Busey - Cheshire CT, US
Thomas Astle - Orange CT, US
International Classification:
G01N021/64
US Classification:
436/172000, 436/164000, 422/099000, 422/104000
Abstract:
The present invention achieves the above objects, among others, by providing, in a preferred embodiment, an ultrahigh throughput fluorescent screening apparatus for a microplate having a plurality of vertical sample wells, the apparatus including: at least a first light guide adapted to be disposed between an illumination source and a top of one of the plurality of vertical sample wells; and at least a second light guide adapted to be disposed between at least a first detector and the top of one of the plurality of vertical sample wells.

Simple Systems For Accurately Detecting And Measuring Only Fluorescent Radiation From A Sample In A Plastic Test Tube

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US Patent:
20050006594, Jan 13, 2005
Filed:
Jun 17, 2004
Appl. No.:
10/870739
Inventors:
Anthony Calderoni - Bristol CT, US
Hugh Busey - Cheshire CT, US
International Classification:
G01N021/64
US Classification:
250458100, 250459100
Abstract:
System for determining the Fluorescent Radiation from a sample which has been irradiated with other fluorescent radiation comprising a fluorescent radiation source with its radiation collimated downward into a plastic test tube containing the sample at the bottom which tube is contained in a temperature control block. Once the sample emits its own fluorescent radiation which escapes from the tube through an aperture at the side and then is reflected by a mirror situated at an angle which redirects the fluorescent radiation downward again at a point not in the same plane as the radiation from the initial source. The fluorescent radiation then passes through focusing lenses and a filter which removes all radiation other than that fluorescent radiation emitted by the sample. The sample's radiation then contacts a photosensing device which measures the sample's fluorescent radiation which measurement is processed by an electronic processor which displays the result for the user of the system.

Device And Process For Generating And Measuring The Shape Of An Acoustic Reflectance Curve Of An Ear

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US Patent:
58686827, Feb 9, 1999
Filed:
Jun 18, 1997
Appl. No.:
8/878174
Inventors:
Jerome T. Combs - Wallingford CT
Hugh W. Busey - Cheshire CT
Kresimir Ukraincik - Cromwell CT
Assignee:
MDI Instruments, Inc. - Woburn MA
International Classification:
A61B 500
US Classification:
600559
Abstract:
A device and a process for analysis of an ear directs into the ear acoustic waves Measurements may be made without pressurizing the ear canal and contact between the device and the ear does not need to be air-tight. The patient experiences essentially no discomfort from use of the device. The device detects the reflected waves to produce what is called an acoustic reflectance curve. The shape of a region of the acoustic reflectance curve is electronically measured in order to obtain an indicator of ear condition which is substantially independent of a line of sight between a sound source and the ear. This indicator may be based on a measurement of the resonance characteristic, or freedom of motion, of the tympanic membrane or other ear component being analyzed. One such measurement is the rate of change of the acoustic reflectance with respect to frequency. The rate of change measured around the null may be presented as an angle measurement, a gradient or slope measurement, a width measurement, or other form of measurement of the shape of the null.

Device And Process For Generating And Measuring The Shape Of An Acoustic Reflectance Curve Of An Ear

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US Patent:
56998090, Dec 23, 1997
Filed:
Jan 26, 1996
Appl. No.:
8/592655
Inventors:
Jerome T. Combs - Wallinford CT
Hugh W. Busey - Cheshire CT
Kresimir Ukraincik - Cromwell CT
Assignee:
MDI Instruments, Inc. - Woburn MA
International Classification:
A61B 500
US Classification:
128746
Abstract:
A device and a process for analysis of acoustic reflectance of components of an ear directs into the ear canal acoustic waves covering a range of frequencies including resonance frequencies of ear components such as the tympanic membrane. Measurements are made without pressurizing the ear canal and contact between the device and the ear does not need to be air-tight. Accordingly, the patient experiences essentially no discomfort from use of the device. The device detects and combines the incident and reflected waves to produce what is called an acoustic reflectance curve. The shape of a region of the acoustic reflectance curve is electronically measured in order to obtain an indicator of ear condition which is substantially independent of a line of sight between a sound source and the tympanic membrane. This indicator is based on a measurement of the resonance characteristic, or freedom of motion, of the tympanic membrane or other ear component being analyzed. One such measurement is the rate of change of the acoustic reflectance with respect to frequency.
Hugh Busey from Wallingford, CT Get Report