Resumes
Resumes
Gary Midock Phones & Addresses
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423 Wickford Dr, Pittsburgh, PA 15238 (412) 963-8455 (484) 802-0267
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117 4Th St, Pittsburgh, PA 15215 (412) 782-1771
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204 Eastern Ave, Pittsburgh, PA 15215 (412) 455-0000
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1004 River Oaks Dr, Aspinwall, PA 15215 (412) 782-0437 (412) 496-6739
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1700 Ocean Ter, Delray Beach, FL 33483 (561) 272-7594
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423 Wickford Dr, Pittsburgh, PA 15238 (484) 802-6788
Work
Position:
Healthcare Support Occupations
Education
Degree:
Associate degree or higher
Emails
Business Records
Name / Title
Company / Classification
Phones & Addresses
Principal
Managed Environmental Building Services
Building Maintenance Services
Building Maintenance Services
423 Wickford Dr, Pittsburgh, PA 15238
Publications
Us Patents
Microprocessor-Based Extraction Turbine Control
View pageUS Patent:
46033947, Jul 29, 1986
Filed:
Jul 30, 1984
Appl. No.:
6/635387
Inventors:
James M. Bukowski - Pittsburgh PA
Gary E. Midock - Pittsburgh PA
Ronald J. Walko - Bethel Township, Allegheny County PA
Gary E. Midock - Pittsburgh PA
Ronald J. Walko - Bethel Township, Allegheny County PA
Assignee:
Westinghouse Electric Corp. - Pittsburgh PA
International Classification:
H02P 904
G05B 1500
G06F 1546
G05B 1500
G06F 1546
US Classification:
364494
Abstract:
A microprocessor-based controller for an extraction type steam turbine-generator unit capable of selecting from a variety of predetermined control strategies and implementing corresponding valve position control loops by generating appropriate valve position control signals in accordance with operator-chosen setpoint signals and turbine operating level signals. In a particular control strategy, automatic system frequency correction is achieved in a load control mode upon separation of the turbine-generator from the utility power grid, by detecting turbine speed deviation beyond predetermined limits and correcting turbine speed to synchronous speed without the need for operator intervention.
Microprocessor-Based Extraction Turbine Control
View pageUS Patent:
45503800, Oct 29, 1985
Filed:
Dec 16, 1983
Appl. No.:
6/562507
Inventors:
James M. Bukowski - Pittsburgh PA
Gary E. Midock - Pittsburgh PA
Ronald J. Walko - Bethel PA
Gary E. Midock - Pittsburgh PA
Ronald J. Walko - Bethel PA
Assignee:
Westinghouse Electric Corp. - Pittsburgh PA
International Classification:
G06F 1546
H02P 904
H02P 904
US Classification:
364494
Abstract:
A microprocessor-based controller for an extraction type steam turbine-generator unit capable of selecting from a variety of predetermined control strategies and implementing corresponding valve position control loops by generating appropriate valve position control signals in accordance with operator-chosen setpoint signals and turbine operating level signals. The extraction mode of turbine operation is subdivided into a provided set of mutually exclusive extraction control loops, each of which can be placed in service in a bumpless fashion upon transition from any other extraction control loop in a predetermined sequence. Upon a return from the manual mode of turbine operation to the automatic mode, a particular extraction control loop is automatically placed in service without the need for operator intervention.
Method And Apparatus For Controlling The Control Valve Setpoint Mode Selection For An Extraction Steam Turbine
View pageUS Patent:
45772819, Mar 18, 1986
Filed:
Dec 16, 1983
Appl. No.:
6/562378
Inventors:
James M. Bukowski - Pittsburgh PA
Gary E. Midock - Pittsburgh PA
Ronald J. Walko - Bethel PA
Gary E. Midock - Pittsburgh PA
Ronald J. Walko - Bethel PA
Assignee:
Westinghouse Electric Corp. - Pittsburgh PA
International Classification:
F01D 1702
US Classification:
364494
Abstract:
A microprocessor-based controller for an extraction type steam turbine-generator unit capable of selecting from a variety of predetermined control strategies and implementing corresponding valve position control loops by generating appropriate valve position control signals in accordance with operator-chosen setpoint signals and turbine operating level signals. In a particular control strategy, automatic compensation of megawatt output is achieved during the extraction mode of turbine operation by summing a megawatt setpoint signal from a feedback loop with a feedforward extraction valve setpoint signal and a megawatt reference signal, which sum is then applied to the turbine control valves to enable tight megawatt control during the extraction operation.