3105 Saint Regis Rd, Greensboro, NC 27408 • 3362882670
Lake Oswego, OR
Portland, OR
Waterville, ME
Tillamook, OR
Work
Company:
Tomtec imaging systems gmbh
Oct 2010
Position:
Support manager
Education
School / High School:
Arizona State University
2002 to 2004
Specialities:
Secondary Education
Skills
IIS • Servers • Windows Server • Technical Support • DNS • Microsoft Exchange • Active Directory • TCP/IP • Disaster Recovery • IT Management • Healthcare Information Technology • Windows • HL7 • PACS • Software Documentation • Microsoft SQL Server • Databases • Hardware • System Administration • DICOM • Unix
Industries
Medical Devices
Specialities
Construction Law • Surety Law • Commercial Law • Contracts • Professional Liability
TomTec Imaging Systems GmbH since Oct 2010
Support Manager
inVentiv Clinical Solutions Apr 2007 - Nov 2010
Network/Applications Support Analyst
Notre Dame High School for Girls Sep 2006 - Dec 2006
Technology Coordinator
ComPACS / Cardiovascular Oct 2005 - Sep 2006
CVS
ProSolv Cardiovascular, Inc Jan 2005 - Oct 2005
Applications Support Engineer
Education:
Arizona State University 2002 - 2004
University of Advancing Technology 1989 - 1991
AA, Computer Aided Design
Tempe High School 1981 - 1984
Diploma, General
Mesa Community College
Skills:
IIS Servers Windows Server Technical Support DNS Microsoft Exchange Active Directory TCP/IP Disaster Recovery IT Management Healthcare Information Technology Windows HL7 PACS Software Documentation Microsoft SQL Server Databases Hardware System Administration DICOM Unix
Name / Title
Company / Classification
Phones & Addresses
Christopher D. Platt
I.G.C. INVESTMENT GROUP, LLC
Us Patents
High-Purity Cleaning System, Method, And Apparatus
Roger L. Cherry - West Linn OR Joseph J. Burke - Portland OR Christopher W. Platt - Portland OR Craig H. Cowles - Tigard OR
Assignee:
Tempress Measurement & Control Corporation - Beaverton OR
International Classification:
B05B 500
US Classification:
134 2218
Abstract:
A system for high purity cleaning of components includes a cleaning chamber which is maintained at a pressure above ambient atmospheric pressure. A gas-glide transporter extends through the cleaning chamber and includes a pair of slightly tilted elongate tubes having a plurality of tiny holes therein. The tubes communicate with a source of filtered pressurized nitrogen. A tray for carrying components to be cleaned is adapted to fit on the tubes and slide down the transporter on a frictionless cushion of nitrogen. Components are cleaned of very small particles by using a high pressure spray of individual droplets of solvent which knock the particles off the component to be cleaned. The particles, solvent and solvent vapor are swept away from the component being cleaned by a stream of dry, filtered air. The cleaning chamber group includes a control panel which controls solvent supply and recovery modules. The cleaning chamber group is modular so that it may be placed in a Class 100 environment.