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Norbert Elsdoerfer

from Warwick, RI
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Connected to:
Kathryn B Elsdon, 73Paul Elsdon, 112Ross H Elsdon, 66Thomas H Elsdon, 89Anna M Else, 87Barbara J Else, 62Claudia J Else, 70Isaiah D Else, 47Kyle J Else, 47Larry M Else, 68

Norbert Elsdoerfer Phones & Addresses

  • Warwick, RI
  • 250 Boulder View Dr, Warwick, RI 02886 (401) 739-5650

Work

Company: Temptronic corporation 2011 Position: Director engineering

Education

Degree: Bachelors, Bachelor of Science In Electrical Engineering School / High School: University of Rhode Island Specialities: Electronics Engineering, Electronics

Skills

Electronics • Embedded C • Product Design • Hardware • Project Management • Microsoft Excel • Schematic Capture • Modeling • Control Theory • Signal Processing • Management

Languages

English • German

Industries

Semiconductors

Resumes

Resumes

Norbert Elsdoerfer Photo 1

Vice President Of Engineering

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Location:
41 Hampden Rd, Mansfield, MA 02048
Industry:
Semiconductors
Work:
Temptronic Corporation
Director Engineering
Intest Thermal Solutions
Director, Engineering

Vice President of Engineering
Education:
University of Rhode Island
Bachelors, Bachelor of Science In Electrical Engineering, Electronics Engineering, Electronics
Skills:
Electronics
Embedded C
Product Design
Hardware
Project Management
Microsoft Excel
Schematic Capture
Modeling
Control Theory
Signal Processing
Management
Languages:
English
German

Publications

Us Patents

Vacuum System Information Network

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US Patent:
6671583, Dec 30, 2003
Filed:
Mar 30, 2001
Appl. No.:
09/822106
Inventors:
John J. Varone - Seekonk MA
Norbert W. Elsdoerfer - Warwick RI
Assignee:
Helix Technology Corporation - Mansfield MA
International Classification:
G05D 700
US Classification:
700282, 700 19, 700170, 700 48, 700281, 700275, 709223, 709225, 709224, 702 45, 702 46, 702 49, 73 116, 73 136
Abstract:
A vacuum network control system includes a vacuum network controller hub communicating over a public high-speed network, where the hub has an address registered with respect to the non-local network and communicates over a first local high-speed network. Vacuum network controllers (VNCs) communicate with the hub over the first local network. Each VNC has a dynamically assigned local address and communicates with at least one component intrabus module over a second local high-speed network. Each module has a dynamically assigned local address and further communicates with one or more monitor and control end units over a local device network. Each monitor and control end unit has a dynamically assigned address. Monitor and control end units include taps, which provide at least one of analog, digital or serial I/O, and components, for example, vacuum pumps. Device addresses can be dynamically assigned based on unique identification information sent by the device upon the devices initialization, where the devices assigned local address is transmitted back to the device in response.

Remote Display Module

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US Patent:
7103428, Sep 5, 2006
Filed:
Mar 4, 2005
Appl. No.:
11/071996
Inventors:
John J. Varone - Seekonk MA, US
Timothy Clish - Taunton MA, US
John Burroughs - Exeter RI, US
Louis Genatossio - Shrewsbury MA, US
Rama Machireddy - Foxboro MA, US
Norbert W. Elsdoerfer - Warwick RI, US
Joseph Chopy, Jr. - Cumberland RI, US
Assignee:
Brooks Automation, Inc. - Chelmsford MA
International Classification:
G05B 15/00
G05B 11/01
G09G 5/00
G06F 3/00
G06F 9/00
G06F 17/00
US Classification:
700 83, 700 17, 700 19, 345 12, 345 31, 715736, 715740, 715746, 715864, 715866
Abstract:
A portable display unit includes a serial port to connect to a device such as a vacuum network controller, cryopump, turbomolecular pump, gauges or compressor. In particular, the display unit can be plugged and unplugged to devices of different types. The portable display unit includes a display and control keys for programming, controlling and monitoring the functions of a device. The device accessible to the display unit includes a display interface having software code and files to interface with the display unit. Accordingly, the portable display unit can be used with any device having software code to interface with the display unit. The software code generates, refreshes and communicates menus to the portable display unit to provide graphical interface of the device's functions. The portable display unit further includes inner and outer hand grips so that the display unit can be held by hands of different sizes. The hand grips allow user with different hand sizes to firmly hold and navigate the display using control keys with fingers.

Signal Intensity Range Transformation Apparatus And Method

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US Patent:
7321699, Jan 22, 2008
Filed:
Sep 8, 2003
Appl. No.:
10/657723
Inventors:
Stephen G. Johnson - Little Compton RI, US
Norbert W. Elsdoerfer - Warwick RI, US
Charles M. Anastasia - Barrington RI, US
Assignee:
Rytec Corporation - Jackson WI
International Classification:
G06K 9/40
H04N 1/40
US Classification:
382254, 382168, 382298, 358447, 358451
Abstract:
A system and method for manipulating image data is disclosed. Generally, the system and method identifies useful grey-levels within an input image. The image is then scaled based upon the identified useful grey-levels.

Environmental Test System And Method With In-Situ Temperature Sensing Of Device Under Test (Dut)

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US Patent:
8602641, Dec 10, 2013
Filed:
Oct 26, 2011
Appl. No.:
13/281964
Inventors:
James Pelrin - Taunton MA, US
Norbert W. Elsdoerfer - Warwick RI, US
Assignee:
Temptronic Corporation - Sharon MA
International Classification:
G01N 25/00
US Classification:
374 45
Abstract:
An environmental chamber system and a method for testing a device under test (DUT) include an environmental chamber in which the DUT can be tested. A temperature sensor senses temperature of the DUT, the temperature sensor generating a signal indicative of temperature of the DUT. A controller receives at least one input signal related to at least one of temperature and humidity in the chamber and the signal indicative of temperature of the DUT and provides at least one control signal for adjusting at least one of temperature and humidity in the chamber, such that the temperature of the DUT is not below a dew point of an environment in the chamber in a region of the chamber near the DUT, such that condensation in the environment in the chamber in the region near the DUT does not occur.

Remote Display Module

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US Patent:
20030114942, Jun 19, 2003
Filed:
May 1, 2002
Appl. No.:
10/136908
Inventors:
John Varone - Seekonk MA, US
Timothy Clish - Taunton MA, US
John Burroughs - Exeter RI, US
Louis Genatossio - Shrewsbury MA, US
Rama Machireddy - Foxboro MA, US
Norbert Elsdoerfer - Warwick RI, US
Joseph Chopy - Cumberland RI, US
International Classification:
G05B015/00
US Classification:
700/083000, 700/275000
Abstract:
A portable display unit includes a serial port to connect to a device such as a vacuum network controller, cryopump, turbomolecular pump, gauges or compressor. In particular, the display unit can be plugged and unplugged to devices of different types. The portable display unit includes a display and control keys for programming, controlling and monitoring the functions of a device. The device accessible to the display unit includes a display interface having software code and files to interface with the display unit. Accordingly, the portable display unit can be used with any device having software code to interface with the display unit. The software code generates, refreshes and communicates menus to the portable display unit to provide graphical interface of the device's functions. The portable display unit further includes inner and outer hand grips so that the display unit can be held by hands of different sizes. The hand grips allow user with different hand sizes to firmly hold and navigate the display using control keys with fingers.

Apparatus And Method For Controlling Temperature In A Chuck System

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US Patent:
20060196653, Sep 7, 2006
Filed:
Feb 27, 2006
Appl. No.:
11/363358
Inventors:
Norbert Elsdoerfer - Warwick RI, US
Olga Mikulina - Wayland MA, US
Abdellah Mourchid - East Boston MA, US
International Classification:
F24F 3/00
US Classification:
165206000
Abstract:
An apparatus and method of controlling the temperature of a thermal chuck system are disclosed. The system includes a temperature controller which controls a temperature transition in a thermal chuck. The temperature controller comprises inputs that receive air and fluid from an air source and water source, respectively, and an output for alternately transferring the air and fluid in proportions to the thermal chuck. A time proportional controller generates the proportions by computing a proportion band in each of a plurality of control regions. The proportion bands are used by the temperature controller to manage the flow of air and fluid to the chuck such that a minimum undershoot of the temperature transition is realized.

Signal Intensity Range Transformation Apparatus And Method

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US Patent:
20080095433, Apr 24, 2008
Filed:
Dec 18, 2007
Appl. No.:
12/002674
Inventors:
Stephen Johnson - Little Compton RI, US
Norbert Elsdoerfer - Warwick RI, US
Charles Anastasia - Barrington RI, US
International Classification:
G06K 9/40
US Classification:
382169000
Abstract:
A system and method for manipulating image data is disclosed. Generally, the system and method identifies useful grey-levels within an input image. The image is then scaled based upon the identified useful grey-levels.

Apparatus And Method For Controlling Temperature In A Chuck System

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US Patent:
20080188990, Aug 7, 2008
Filed:
Apr 1, 2008
Appl. No.:
12/080368
Inventors:
Norbert W. Elsdoerfer - Warwick RI, US
Olga V. Mikulina - Wayland MA, US
Abdellah Mourchid - East Boston MA, US
Assignee:
Temptronic Corporation - Sharon MA
International Classification:
G05B 13/00
US Classification:
700278
Abstract:
An apparatus and method of controlling the temperature of a thermal chuck system are disclosed. The system includes a temperature controller which controls a temperature transition in a thermal chuck. The temperature controller comprises inputs that receive air and fluid from an air source and water source, respectively, and an output for alternately transferring the air and fluid in proportions to the thermal chuck. A time proportional controller generates the proportions by computing a proportion band in each of a plurality of control regions. The proportion bands are used by the temperature controller to manage the flow of air and fluid to the chuck such that a minimum undershoot of the temperature transition is realized.
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Norbert Elsdoerfer from Warwick, RI Get Report