John D Morgan McComas
Combative Sports in Idaho Falls, ID
License number
Utah 9763998-4807
Issued Date
Apr 9, 2016
Expiration Date
Apr 9, 2017
Category
Unarmed Combat
Type
Amateur Contestant
Address
Address
Idaho Falls, ID
Professional information
Dc-Based Magnetic Field Controller
US Patent:
5317259, May 31, 1994
Filed:
May 14, 1990
Appl. No.:
7/522877
Inventors:
Dale K. Kotter - Shelley ID
Richard A. Rankin - Ammon ID
John P Morgan - Idaho Falls ID
Richard A. Rankin - Ammon ID
John P Morgan - Idaho Falls ID
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
Department of Energy - Washington DC
International Classification:
G01N 2772, G01R 3312, G01R 3306
US Classification:
324251
Abstract:
A magnetic field controller for laboratory devices and in particular to dc operated magnetic field controllers for mass spectrometers, comprising a dc power supply in combination with improvements to a hall probe subsystem, display subsystem, preamplifier, field control subsystem, and an output stage.
Portable High Precision Pressure Transducer System
US Patent:
5305642, Apr 26, 1994
Filed:
Apr 14, 1992
Appl. No.:
7/868149
Inventors:
Thomas C. Piper - Idaho Falls ID
John P. Morgan - Idaho Falls ID
Norman J. Marchant - Idaho Falls ID
Steven M. Bolton - Pocatello ID
John P. Morgan - Idaho Falls ID
Norman J. Marchant - Idaho Falls ID
Steven M. Bolton - Pocatello ID
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
Department of Energy - Washington DC
International Classification:
G01L 1100
US Classification:
73702
Abstract:
A high precision pressure transducer system for checking the reliability of a second pressure transducer system used to monitor the level of a fluid confined in a holding tank. Since the response of the pressure transducer is temperature sensitive, it is continually housed in an battery powered oven which is configured to provide a temperature stable environment at specified temperature for an extended period of time. Further, a high precision temperature stabilized oscillator and counter are coupled to a single board computer to accurately determine the pressure transducer oscillation frequency and convert it to an applied pressure. All of the components are powered by the batteries which during periods of availability of line power are charged by an on board battery charger. The pressure readings outputs are transmitted to a line printer and a vacuum florescent display.
Low Noise Charge Ramp Electrometer
US Patent:
5153502, Oct 6, 1992
Filed:
Sep 12, 1991
Appl. No.:
7/758045
Inventors:
John P. Morgan - Idaho Falls ID
Thomas C. Piper - Idaho Falls ID
Thomas C. Piper - Idaho Falls ID
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
Department of Energy - Washington DC
International Classification:
H03K 1320, G01R 1706
US Classification:
324123R
Abstract:
An electrometer capable of measuring small currents without the use of a feedback resistor which tends to contribute a large noise factor to the measured data. The electrometer eliminates the feedback resistor through the use of a feedback capacitor located across the electrometer amplifier. The signal from the electrometer amplifier is transferred to a electrometer buffer amplifier which serves to transfer the signal to several receptors. If the electrometer amplifier is approaching saturation, the buffer amplifier signals a reset discriminator which energizes a coil whose magnetic field closes a magnetic relay switch which in turn resets or zeros the feedback capacitor. In turn, a reset complete discriminator restarts the measurement process when the electrometer amplifier approaches its initial condition. The buffer amplifier also transmits the voltage signal from the electrometer amplifier to a voltage-to-frequency converter. The signals from the voltage-to-frequency converter are counted over a fixed period of time and the information is relayed to a data processor.
Instrument For The Measurement And Determination Of Chemical Pulse Column Parameters
US Patent:
4947340, Aug 7, 1990
Filed:
Aug 31, 1988
Appl. No.:
7/238661
Inventors:
Norman J. Marchant - Idaho Falls ID
John P. Morgan - Idaho Falls ID
John P. Morgan - Idaho Falls ID
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
Department of Energy - Washington DC
International Classification:
G06F 1520
US Classification:
364500
Abstract:
An instrument for monitoring and measuring pneumatic driving force pulse parameters applied to chemical separation pulse columns obtains real time pulse frequency and root mean square amplitude values, calculates column inch values and compares these values against preset limits to alert column operators to the variations of pulse column operational parameters beyond desired limits.
Battery Driven 8 Channel Pulse Height Analyzer With Compact, Single Gamma-Peak Display
US Patent:
5057690, Oct 15, 1991
Filed:
Aug 29, 1990
Appl. No.:
7/574405
Inventors:
John P. Morgan - Idaho Falls ID
Thomas C. Piper - Idaho Falls ID
Thomas C. Piper - Idaho Falls ID
Assignee:
The United States of America as represented by the Department of Energy - Washington DC
International Classification:
G01T 100
US Classification:
2503361
Abstract:
The invention comprises a hand-held wand including an l. e. d. display and a aI photomultiplier tube encased in lead or other suitable gamma shielding material, and an electronics and battery back-pack package connected to the wand.
Cooled, Temperature Controlled Electrometer
US Patent:
H1952, Aug 4, 1992
Filed:
May 8, 1991
Appl. No.:
7/697044
Inventors:
John P. Morgan - Idaho Falls ID
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
Department of Energy - Washington DC
International Classification:
G01N 2760, G01R 3102
US Classification:
324452
Abstract:
A cooled, temperature controlled electrometer for the measurement of small currents. The device employs a thermal transfer system to remove heat from the electrometer circuit and its environment and dissipate it to the external environment by means of a heat sink. The operation of the thermal transfer system is governed by a temperature regulation circuit which activates the thermal transfer system when the temperature of the electrometer circuit and its environment exceeds a level previously inputted to the external variable temperature control circuit. The variable temperature control circuit functions as subpart of the temperature control circuit. To provide temperature stability and uniformity, the electrometer circuit is enclosed by an insulated housing.