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Thomas P Szumla

from Lockport, NY
Age ~71
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Also known as:
Tom P Szumla
Phone and address:
56 Harrison Ave, Pendleton, NY 14094
(716) 439-9115
Related to:
Michael R Beavers, 75Jennifer M Gera, 47Jacqueline Szumla, 67Yuqi Szumla, 33Andrew Szumla, 35
Connected to:
Lisa S Szumla, 61Sharon E Szumlanski, 76Richard Szumloz, 86Robert A Szumloz, 63Laura E Szumowski, 41Marek Szumowski, 58Deborah J Szumski, 72Joanna Szumski, 44Mary F Szumski, 61Stephen G Szumski, 74

Thomas Szumla Phones & Addresses

  • 56 Harrison Ave, Lockport, NY 14094 (716) 439-9115
  • 56 Harrison Ave, Lockport, NY 14094

Work

Company: Moog inc - East Aurora, NY 2007 Position: Product engineer

Education

School / High School: STATE UNIVERSITY OF NEW YORK AT BUFFALO- Buffalo, NY Nov 2013 Specialities: BS in Electrical Engineering

Interests

career opportunities, job inquiries, exp...

Industries

Aviation & Aerospace

Resumes

Resumes

Thomas Szumla Photo 1

Thomas Szumla Lockport, NY

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Work:
MOOG INC
East Aurora, NY
2007 to Nov 2014
Product Engineer
REICHERT INSTRUMENTS
Buffalo, NY
2004 to 2007
Senior Electrical Engineer
ROCHESTER INSTITUTE OF TECHNOLOGY-CIMS LAB
Rochester, NY
2003 to 2004
Senior Electrical Engineer
EASTMAN KODAK CO
Rochester, NY
1996 to 2003
Senior Electrical Engineer
Education:
STATE UNIVERSITY OF NEW YORK AT BUFFALO
Buffalo, NY
Nov 2013
BS in Electrical Engineering
Rochester Institute Technology
Jun 1996
Thomas Szumla Photo 2

Product Engineer At Moog

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Location:
Buffalo/Niagara, New York Area
Industry:
Aviation & Aerospace
Experience:
Moog (Public Company; MOG.A, MOG.B; Aviation & Aerospace industry): Product Engineer,  (August 2007-Present) Reichert, Inc (Privately Held; Medical Devices industry): Senior Electrical Engineer,  (December 2004-August 2007) New product Development - ...

Publications

Us Patents

Method And Apparatus For Formatting Bitmapped Image Data

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US Patent:
6509978, Jan 21, 2003
Filed:
Feb 25, 2000
Appl. No.:
09/512913
Inventors:
Thomas P. Szumla - Lockport NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G06F 1500
US Classification:
358 18, 358 116, 358 117, 358443, 358444
Abstract:
An apparatus ( ) for formatting bitmapped image data for printing. An image data bus section ( ) has an image bus interface ( ) adapted to be coupled to a computer bus to transmit the image data, a front end memory ( ) coupled to the image bus interface ( ) to receive the image data in an unformatted form, a back end memory ( ) for receiving the image data in a formatted form, and a print interface device ( coupled to the back end memory ( ) for transmitting print data based on the image data in a formatted form. A processor bus section ( ) has an image processor ( ) and a processor bus interface ( adapted to be coupled to the computer bus to communicate print processing instructions between the print processor ( ) and the computer. A gateway ( ) couples the print processor ( ) to the front end memory ( ) and the back end memory ( ) whereby the print processor ) receives the image data in an unformatted form from the front end memory ( ), formats the image data, and transmits the image data in a formatted form to the back end memory ( ). The image data signals and the processor instruction signals are separated and transmitted over separate buses and bus interfaces to minimize processor I/O wait states and parasitic capacitance.

Printhead Assembly With Minimized Interconnections To An Inkjet Printhead

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US Patent:
6607257, Aug 19, 2003
Filed:
Sep 21, 2001
Appl. No.:
09/960109
Inventors:
Thomas P. Szumla - Lockport NY
Manh Tang - Penfield NY
David A. Johnson - Rochester NY
David S. Madziarz - Bergen NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41J 2938
US Classification:
347 12, 347 48, 347 82
Abstract:
An inkjet printhead assembly ( ) for an inkjet printer having a printhead ( ) with a plurality of nozzles ( ) and data path and control electronics circuitry ( ) operably coupled with the printhead ( ) for providing image data that control the flow of ink through the nozzles ( ). The nozzles ( ) are arranged in sections with at least two heater elements, an upper heater ( ) and a lower heater ( ), predisposed about each nozzle ( ), the heater elements configured to actuate a nozzle ( ) for printing. The data path and control electronics circuitry ( ) comprises a plurality of shift registers ( ) configured to drive the nozzles, causing them to deliver ink in the direction of a receiver media, such as paper. Interconnections ( ) between the data path and control electronics circuitry ( ) and printhead ( ) include DATA, CLOCK, LATCH and ENABLE lines which are used to operate the printhead ( ) and, in turn, the nozzles ( ) via the shift register stages ( ). The number of interconnections are minimized by interleaving data to the shift registers between upper and lower heater elements of the printhead ( ) or by interleaving the data on the DATA line to the shift register stages ( ) for the upper and lower heater elements.

Printhead Assembly With Shift Register Stages Facilitating Cleaning Of Printhead Nozzles

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US Patent:
6712451, Mar 30, 2004
Filed:
Mar 5, 2002
Appl. No.:
10/091320
Inventors:
David S. Madziarz - Bergen NY
David A. Johnson - Rochester NY
Thomas P. Szumla - Lockport NY
Manh Tang - Penfield NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41J 214
US Classification:
347 48, 347 12, 347 22
Abstract:
An inkjet printhead assembly ( ) for an inkjet printer having a printhead ( ) with a plurality of nozzles ( ) and data path and control electronics circuitry ( ) operably coupled with the printhead ( ) for providing image data that control the flow of ink through the nozzles ( ). The nozzles ( ) are arranged in sections with actuators ( ) predisposed about each nozzle ( ), for causing the nozzles ( ) to print. Interconnections ( ) between the data path and control electronics circuitry ( ) and printhead ( ) include DATA, CLOCK, LATCH and ENABLE lines which are used to operate the printhead ( ) and, in turn, the nozzles ( ) via shift register stages ( ). The actuators ( ) are supported by the shift register stages ( ) into which data is shifted from register stage to register stage for loading data that enables the actuators ( ). The shift registers stages ( ) for all actuators ( ) are located to one side of the print head ( ) to facilitate cleaning of the nozzles ( ).

Inkjet Lithographic Printing Plates

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US Patent:
6758140, Jul 6, 2004
Filed:
Dec 31, 2002
Appl. No.:
10/335415
Inventors:
Thomas P. Szumla - Lockport NY
David A. Niemeyer - Rochester NY
Charles D. DeBoer - Palmyra NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41C 110
US Classification:
101466, 101457, 101462, 347106
Abstract:
A method for preparing lithographic printing plates comprising coating a substrate with a mixture including colloidal silica, fumed alumina, polyethylenimine, a quaternary ammonium polymer and a hardener; utilizing an inkjet printer with pigmented inks to print a digital image on the coated substrate; and drying the image.

Digital Offset Lithographic Printing

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US Patent:
6783228, Aug 31, 2004
Filed:
Dec 31, 2002
Appl. No.:
10/335383
Inventors:
Thomas P. Szumla - Lockport NY
David A. Niemeyer - Rochester NY
Charles D. DeBoer - Palmyra NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41J 201
US Classification:
347103, 347101, 101466
Abstract:
An apparatus for offset lithographic printing including an offset lithographic printing press including a printing cylinder having a surface including a mixture of cationic colloidal silica, fumed alumina, and a polymeric amine; and an inkjet printhead disposed to print a digital image on the printing cylinder with an ink jet fluid including a pigment and a polymeric dispersing agent, which ink jet fluid dries to produce a surface active to oleophilic lithographic printing inks.

Ink Jet Printing System Using A Fiber Optic Data Link

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US Patent:
6866367, Mar 15, 2005
Filed:
Dec 20, 2002
Appl. No.:
10/325190
Inventors:
Thomas P. Szumla - Lockport NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41J002/16
US Classification:
347 50
Abstract:
A method and apparatus for transmitting data to a printhead by moving a carriage while the printhead records on a receiver medium. The printhead includes a plurality of recording elements and first electronic circuitry is also mounted with the printhead on the carriage for bi-directional movement with the carriage. An optical data link is coupled to the first electronic circuitry. The optical data link carries image data signals from second electronic circuitry remote from the carriage. A multiplexer multiplexes image data signals for transmission to the optical data link. The first electronic circuitry on the carriage includes a demultiplexer that demultiplexes the image data into signals for operation of the printhead.

Method And Electronic Apparatus For Formatting And Serving Inkjet Image Data

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US Patent:
6961141, Nov 1, 2005
Filed:
Dec 20, 2000
Appl. No.:
09/745027
Inventors:
Thomas P. Szumla - Lockport NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G06K015/00
H04N001/32
US Classification:
358 115, 358468, 358442
Abstract:
In connection with a host processing system () capable of delivering commands and raw image data, an apparatus () for formatting raw image data and selectively delivering enhanced image data to a print processing subsystem (). An image data bus section () comprises an image bus interface () coupled to a host processing system () configured to transmit raw image data, a front end memory () coupled to the image bus interface () to receive the raw image data, a back end memory () for receiving the enhanced image data, and a print processing subsystem () coupled to the back end memory () via a print interface () for transmitting print data based on the enhanced image data. A processor bus section () comprises an image processor () and a processor bus interface () adapted to be coupled to the host processing system () in order to communicate print processing instructions between the print processor () and the computer (). A gateway () couples the print processor () to the front end memory () and the back end memory () whereby the print processor () receives the raw image data from the front end memory (), formats the image data, and transmits the enhanced image data to the back end memory (). The image data signals and the processor instruction signals are separated and transmitted over separate buses and bus interfaces to minimize processor I/O wait states and parasitic capacitance.

Image Processor For High-Speed Printing Applications

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US Patent:
7050197, May 23, 2006
Filed:
Sep 14, 2000
Appl. No.:
09/662253
Inventors:
Thomas P. Szumla - Lockport NY, US
Manh Tang - Penfield NY, US
Edward A. Hauschild - Pittsford NY, US
Douglas W. Couwenhoven - Fairport NY, US
David A. Johnson - Rochester NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G06F 15/00
G06F 13/00
G06F 13/14
US Classification:
358 19, 358 115, 710305
Abstract:
An image processor () supporting very high-speed printing. The image processor () preferably has two separate connections to a source () of the image being printed, e. g. , a printer control bus () and an image data bus (). The image processor () preferably accepts images from the image source () in commonly known graphics file formats, such as the well-known 24-bit, uncompressed TIFF file format. The image processor () is a multiprocessor implementation. Preferably, one processor () coordinates or “orchestrates” control of the printing system and handshaking with the image source via the printer control bus () and the other processor () functions as a raster image processor (RIP) processor () and accepts and stores images into the printer environment from the image source () via the image data bus (). The RIP processor () preferably performs color separation on the image into color planes and transmits each color plane to a separate processing path from that point on in the imaging chain. Each color plane preferably has a separate imaging path out from a shared image data bus ().
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Thomas P Szumla from Lockport, NY, age ~71 Get Report