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Hans G Haimberger

from Walla Walla, WA
Age ~53
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Also known as:
Hans Georg Haimberger, Hans R, Trisha Lett, Trisha Tuua
Related to:
Hazel HowardEber HowardBrian Howard, 69John Howard, 53
Connected to:
Joseph Haimberg, 72Cathy Haime, 72Daniel Haime, 63David A Haime, 28Jonathan Z Haime, 48Robert J Haimerl, 74Michael Haimes, 40Ted R Haimes, 75Kamyar Haimof, 45Albert Haimov, 63

Hans Haimberger Phones & Addresses

  • Walla Walla, WA
  • 13501 Linden Ave, Seattle, WA 98133 (206) 417-1725
  • Pendleton, OR
  • 1015 Jacquelyn St, Milton Freewater, OR 97862 (541) 938-6793
  • Marysville, WA
  • Corvallis, OR
  • Eugene, OR

Resumes

Resumes

Hans Haimberger Photo 1

Software Engineer

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Location:
463 Brasswood Ct, Walla Walla, WA
Industry:
Information Technology And Services
Work:
Key Technology, Inc.
Software Engineer
Dell Technologies Oct 2015 - Nov 2016
Principal Software Engineer
Iroko Partners Limited May 2014 - Jun 2015
Engineering Management Consultant
Emc Mar 2013 - May 2014
Software Engineering Manager
Dell Emc Jun 2011 - Mar 2013
Senior Software Engineer
Education:
Oregon State University 1988 - 1995
Bachelors, Bachelor of Science, Mechanical Engineering Walla Walla High School 1988
Mcloughlin High School 1988
Skills:
Linux
Integration
Mysql
Databases
Cloud Computing
Sql
Php
Shell Scripting
Java
Web Development
Javascript
Software Engineering
Software Development
Testing
Microsoft Sql Server
Servers
Eclipse
Saas
Management
Html
Apache
Programming
Agile Methodologies
Database Design
Security
E Commerce
Oracle
Pl/Sql
Jsp
Vmware
Xml
Lamp
Distributed Systems
Amazon Web Services
Sdlc
Leadership
Linux Server Administration
Jquery
Vsaas
Engineering Management
Devops
Mysql Dba
Budgeting
Python
Software Development Life Cycle
Git
Teamcity
Interests:
Children
Education
Environment
Science and Technology
Arts and Culture
Languages:
English
Hans Haimberger Photo 2

Mechanical Engineer

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Industry:
Industrial Automation
Work:
Key Technology, Inc.
Mechanical Engineer
Hans Haimberger Photo 3

Hans Haimberger

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Publications

Us Patents

Sorting Apparatus And Method Utilizing A Mechanical Diverter

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US Patent:
8220639, Jul 17, 2012
Filed:
Mar 19, 2009
Appl. No.:
12/383199
Inventors:
Philip L. Hoffman - Walla Walla WA, US
Hans G. Haimberger - Milton-Freewater OR, US
Ken McGarvey - Walla Walla WA, US
James Ruff - Walla Walla WA, US
Mike Lemke - Touchet WA, US
Timothy Reardon - Walla Walla WA, US
Assignee:
Key Technology, Inc. - Walla Walla WA
International Classification:
B07C 5/00
B07C 1/00
US Classification:
209651, 209 442, 209552, 209571, 209576
Abstract:
The present invention is an apparatus and method for sorting foreign material and undesirable articles from a product stream. A mechanical diverter having a concave shape is responsive to an inspection station coupled to the product stream. The mechanical diverter is employed to effectively launch or otherwise redirect undesirable articles in an alternate path. In addition, an air ejector is responsive to the inspection station and is employed to dislodge foreign material from the product stream.

Method And Apparatus For Sorting

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US Patent:
20050276451, Dec 15, 2005
Filed:
May 27, 2004
Appl. No.:
10/856168
Inventors:
Maurice Hunking - Dallas OR, US
Hans Haimberger - Milton-Freewater OR, US
Stephen Hamilton - Walla Walla WA, US
Tracy McGowen - Waitsburg WA, US
International Classification:
G06K009/00
US Classification:
382110000
Abstract:
A method and apparatus for sorting is described and which includes an apparatus for forming a process stream and thereafter forcibly deforming the process stream in order to identify unacceptable portions of the process stream, and removing those unacceptable portions in a first step. Yet further the method and apparatus of the present invention further includes an inspection station which is operable to pass a beam of electromagnetic radiation through the resulting process stream which has been previously forcibly deformed to then identify unacceptable portions of the process stream which need further removal in order to provide a uniform resulting product.

Method For Steam Blanching Foodstuffs In A Pressure Vessel

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US Patent:
45633649, Jan 7, 1986
Filed:
Jun 11, 1984
Appl. No.:
6/619280
Inventors:
D. Murphy Carmichael - Milton-Freewater OR
Hans G. Haimberger - Milton-Freewater OR
Assignee:
Key Technology, Inc. - Milton-Freewater OR
International Classification:
A23B 706
US Classification:
426510
Abstract:
Disclosed is a food product blanching and processing apparatus and method. The apparatus includes a weigh hopper and infeed conveyor having a pivoting infeed chute which can be retracted to prevent contamination of blanched product with incoming raw product. The infeed chute supplies incoming food products to a pressure vessel which is rotatably mounted within an enclosure. The pressure vessel has a lid assembly which allows the food product to be fed thereinto, yet can be tightly closed for pressurization of the interior of the vessel during the blanching and processing operation. The pressure vessel assembly is rotated into a discharge position and the food product is dumped against a discharge chute 18 which is extendable and retractable so that residual product can drain downwardly outside of the outfeed conveyor. The outfeed conveyor includes a hopper and conveyor which moves the blanched and processed food product onto associated food processing equipment. The method includes purging air from the product and vessel and then steam pressurization blanching of the food product inside the pressure vessel for a first predetermined period.

Bulk Product Stabilizing Belt Conveyor

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US Patent:
57134561, Feb 3, 1998
Filed:
Jul 23, 1996
Appl. No.:
8/685351
Inventors:
Hans Haimberger - Milton-Freewater OR
Rodolfo Sanchez - College Place WA
Assignee:
Key Technology, Inc. - Walla Walla WA
International Classification:
B65G 1530
US Classification:
198638
Abstract:
A bulk product stabilization conveyor 10 is described having a continuous-length wide belt 30 extending in an upper flight 44 and in a lower flight 46 between an infeed end 32 and an outfeed end 34. The outfeed end 34 is elevationally below the infeed end 32 and the distance between the infeed end 32 and outfeed end 34 is such that the upper flight 44 is slack with the upper flight forming a dynamic catenary profile as it is being driven at a high velocity in excess of 400 feet per minute and preferably between 400-800 feet per minute. The upper flight 44 has an inclined downward and forward section 52 adjacent the infeed end that has an inclination of between 30 and 45 degrees to initially receive a wide swath of articles from an article feeder 14. The upper flight 44 has an intermediate section 54 with a progressively decreasing radius of curvatures to progressively apply an increasing centrifugal force on the articles to stabilize the articles on the high velocity upper flight. The upper flight 44 has an inclined upward section 56 adjacent the outfeed end 34 to propel the articles from the outfeed end to an optical inspection station 36 with an upward and forward trajectory 68.
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Hans G Haimberger from Walla Walla, WA, age ~53 Get Report