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Donald J Lewandoski

from Webster, NY
Age ~54

Donald Lewandoski Phones & Addresses

  • 509 Hollywood Blvd, Webster, NY 14580 (585) 787-2496
  • Sterling, NY
  • Fair Haven, NY
  • Brockport, NY

Publications

Us Patents

Maximizing Speed Tolerance During Dual Engine Synchronization

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US Patent:
8427705, Apr 23, 2013
Filed:
May 22, 2009
Appl. No.:
12/470511
Inventors:
Timothy J. Young - Williamson NY, US
David J. Fuest - Warsaw NY, US
Ronald W. Stephens - Lima NY, US
Donald J. Lewandoski - Webster NY, US
Assignee:
EASTMAN Kodak Company - Rochester NY
International Classification:
H04N 1/40
US Classification:
358 21, 358468
Abstract:
A method of improving the synchronization of the timing of a plurality of physically coupled print engines by detecting and eliminating misleading indications of a non-synchronized print engine that are essentially minimal variations caused by disturbances to the printer such as torque disturbances, power line voltage or frequency variations, etc. using a chosen number of consecutive changes in the time delay to result in the time delay of the receiver being handed off from one engine or module to a sequential engine or module before a machine error is declared. This method notes that a speed variation is sufficiently large or if a signal is reported that a module, operating within its speed specifications but near the end the limit of that specification, had been subjected to a small incremental change in module speed resulting in that module operating outside its specifications and takes corrective actions or not depending on the magnitude and or source of the variation.

Engine Synchronization With A Small Delta Time Between Engines

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US Patent:
20100296829, Nov 25, 2010
Filed:
May 22, 2009
Appl. No.:
12/470724
Inventors:
Timothy J. Young - Williamson NY, US
David J. Fuest - Warsaw NY, US
Ronald W. Stephens - Lima NY, US
Donald J. Lewandoski - Webster NY, US
International Classification:
G03G 21/14
US Classification:
399 76
Abstract:
A method of synchronizing the timing of a plurality of physically coupled print engines using a small delta time increment. According to the first mode of practice, the second electrophotographic module, designated as E is started at a slower operating speed than its normal run speed. The PI control algorithm that controls the motor speed will then allow the speed of E to reach its nominal speed.
Donald J Lewandoski from Webster, NY, age ~54 Get Report