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Kirk J Treubert

from Roanoke, VA
Age ~64
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Also known as:
Kirk Te Treubert, Julia Treubert, John Treubert
Phone and address:
4520 Summerset Cir, Roanoke, VA 24014
(540) 774-2607
Related to:
Parker Treubert, 28Erin Henning, 53Jillian Henning, 46Tatiana Hisel, 54Renee Henning, 52
Connected to:
Mark R Treuden, 71Annette M Treudler, 62Mark Treuge, 67Tamara A Treuheit, 58Laura A Treuil, 54Sharon J Treumuth, 69Shirley A Treumuth, 69Andrea Treus, 32Denise Treusch, 68Jason A Treutel, 49

Kirk Treubert Phones & Addresses

  • 4520 Summerset Cir, Roanoke, VA 24014 (540) 774-2607
  • Moneta, VA
  • Fairfax, VA

Work

Company: Dresser rand Aug 2003 Position: Senior electrical engineer

Education

Degree: Bachelors School / High School: Virginia Tech Specialities: Electronics Engineering

Skills

Engineering • Electronics • Embedded Systems • Testing • Electrical Engineering • Automation • Fpga • Manufacturing • Product Development • Hardware • Integration • Engineering Management • Design For Manufacturing • Project Management • Electricians • Strategic Planning • Hardware Development • Contractor Management • Configuration Management • Computer Hardware

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

Kirk Treubert Photo 1

Senior Electrical Engineer

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Location:
4655 Technology Dr, Salem, VA 24153
Industry:
Electrical/Electronic Manufacturing
Work:
Dresser Rand
Senior Electrical Engineer
Acterna Oct 1994 - Jul 2003
Electrical Engineering Manager
Ibm Sep 1983 - Sep 1994
Staff Engineer
Education:
Virginia Tech
Bachelors, Electronics Engineering
Skills:
Engineering
Electronics
Embedded Systems
Testing
Electrical Engineering
Automation
Fpga
Manufacturing
Product Development
Hardware
Integration
Engineering Management
Design For Manufacturing
Project Management
Electricians
Strategic Planning
Hardware Development
Contractor Management
Configuration Management
Computer Hardware

Publications

Us Patents

Magnetic Bearing

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US Patent:
7471022, Dec 30, 2008
Filed:
Sep 22, 2006
Appl. No.:
11/525398
Inventors:
Christopher K. Sortore - Roanoke VA, US
Robert Jett Field - Fincastle VA, US
Victor Iannello - Roanoke VA, US
Kirk Treubert - Roanoke VA, US
International Classification:
H02K 7/09
H02K 9/22
US Classification:
310 71, 310 905, 310216, 310254
Abstract:
Certain exemplary embodiments comprise a system, which can comprise a radial magnetic bearing static portion. The radial magnetic bearing static portion can comprise a plurality of electromagnets. The radial magnetic bearing static portion can comprise a plurality of pulse width modulated amplifiers, each of which can be adapted to provide electrical energy to a corresponding electromagnet of the plurality of electromagnets.

Magnetic Bearing

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US Patent:
7687948, Mar 30, 2010
Filed:
Oct 21, 2008
Appl. No.:
12/254887
Inventors:
Christopher K. Sortore - Roanoke VA, US
Robert Jett Field - Fincastle VA, US
Victor Iannello - Roanoke VA, US
Kirk Treubert - Roanoke VA, US
International Classification:
H02K 7/09
H02K 9/22
US Classification:
310 71, 310 905, 310216022, 3102541
Abstract:
Certain exemplary embodiments comprise a system, which can comprise a radial magnetic bearing static portion. The radial magnetic bearing static portion can comprise a plurality of electromagnets. The radial magnetic bearing static portion can comprise a plurality of pulse width modulated amplifiers, each of which can be adapted to provide electrical energy to a corresponding electromagnet of the plurality of electromagnets.

Magnetic Thrust Bearing With Integrated Electronics

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US Patent:
8330311, Dec 11, 2012
Filed:
Apr 16, 2009
Appl. No.:
12/424869
Inventors:
Gary Ramsey - Roanoke VA, US
Christopher Sortore - Roanoke VA, US
Robert Jett Field - Fincastle VA, US
Victor Iannello - Roanoke VA, US
Kirk Treubert - Roanoke VA, US
Mark Hanson - Fincastle VA, US
Assignee:
Dresser-Rand Company - Olean NY
International Classification:
F16C 19/30
US Classification:
310 905, 310 68 R
Abstract:
A machine is provided, including a magnetic thrust bearing having a rotor portion, a stator portion, and a housing. The housing substantially surrounds the stator portion and the rotor portion. The rotor portion includes a thrust disk adapted to be circumferentially attached to a rotor and to rotate with the rotor. The thrust disk defines a thrust disk first side and a thrust disk second side, the first side being opposite to the second side.

Systems, Devices, And/Or Methods For Managing Magnetic Bearings

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US Patent:
20100327687, Dec 30, 2010
Filed:
Jun 22, 2010
Appl. No.:
12/820698
Inventors:
Victor Iannello - Roanoke VA, US
Christopher Sortore - Roanoke VA, US
Robert Jett Field - Fincastle VA, US
Kirk Treubert - Roanoke VA, US
International Classification:
H02K 7/09
US Classification:
310 905
Abstract:
Certain exemplary embodiments can provide a system, machine, device, manufacture, circuit, composition of matter, and/or user interface adapted for and/or resulting from, and/or a method and/or machine-readable medium storing machine-implementable instructions for, activities that can comprise and/or relate to, via magnetic radial bearings, magnetically levitating a rotating shaft, each of said magnetic radial bearings comprising stator magnet groups, each of said stator magnet groups comprising stator magnets, each of said stator magnet groups operatively adapted to fully support said rotating shaft independently of each other of said stator magnet groups so that the magnetic bearing system continues to operate with the failure of one or more components of the system.

Universal Phase Match Path Generator For Three-Phase Power

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US Patent:
53110668, May 10, 1994
Filed:
Aug 13, 1993
Appl. No.:
8/106324
Inventors:
Stephen J. Malloy - Manassas VA
Kirk J. Treubert - Fairfax VA
Assignee:
International Business Machines Corporation - Armonk NY
International Classification:
H02J 300
US Classification:
307 87
Abstract:
A method for the transferring of 3 phase, asynchronous AC power between a present source supplying power to a load and an alternative source to supply power to the load. The maximum phase displacement is 60 electrical degrees at the load. The transfer can occur between sources which are rotating "forward" or "backward" with respect to each other or jointly with respect to the load. Either present source, alternate source or the load may be used as the timing reference for determining best phase connection of the alternate source to the load.

Digital Phase Match Discriminator For Three-Phase Power

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US Patent:
52124070, May 18, 1993
Filed:
Oct 4, 1990
Appl. No.:
7/592748
Inventors:
Dianne E. Gaddis - Manassas VA
Forrest K. Smith - Nokesville VA
Kirk J. Treubert - Fairfax VA
Assignee:
International Business Machines Corporation - Armonk NY
International Classification:
H02J 906
H02J 344
US Classification:
307 87
Abstract:
The resolution of two asynchronous three-phase power sources such that an optimal phase to phase matchup may be made between them. This is achieved with a logic system that receives a data point at the zero-voltage crossings of the three waveforms from each source. The data points create distinct "states" of the three-phase waveform for each power source. There are six data points for each power source per cycle. The states of the load and source, along with information pertaining to the connection configuration of the present source of power to the load, are used to determine the optimum configuration for connecting an alternate or new source to the load based on information obtained from a lookup table.

Balanced Switching Amplifier For A Magnetic Bearing Assembly

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US Patent:
20190353203, Nov 21, 2019
Filed:
Oct 23, 2017
Appl. No.:
16/461872
Inventors:
- Salem VA, US
Kirk J. Treubert - Roanoke VA, US
International Classification:
F16C 32/04
Abstract:
A balanced switching amplifier for a magnetic bearing assembly may include a first switching amplifier configured to drive a first load of an electromagnet of the magnetic bearing assembly via a first plurality of lead wires. The balanced switching amplifier may also include a second switching amplifier configured to drive a second load of the electromagnet via a second plurality of lead wires. The first switching amplifier and the second switching amplifier may be configured to operate in tandem such that respective voltages in the first plurality of lead wires and the second plurality of lead wires substantially neutralize one another, thereby reducing electromagnetic emissions from each of the first plurality of lead wires and the second plurality of lead wires.
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Kirk J Treubert from Roanoke, VA, age ~64 Get Report