Joseph T Meisenzahl from 50 Dake St, Rochester, NY 14617, age 69, Phone: 5853193367

Resumes

Team Lead

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Location:

Rochester, NY

Industry:

Information Technology And Services

Work:

Ibm
Retired
Ibm Mar 2010 - May 2016
Portable Storage Media - Central Inventory Team
Ibm Oct 1989 - Feb 2010
Operations Production Analyst
Ibm Oct 1989 - Feb 2010
Team Lead
Ibm Oct 1989 - Feb 2010
Systems Management Specialist

Education:

Monroe Community College 1973 - 1975
Associates, Associate of Arts, Business Management, Business, Retail Bishop Kearney High School 1970 - 1973

Skills:

Vendor Management
It Service Management
Itil
Service Delivery
Disaster Recovery
Management
It Strategy
Outsourcing
Data Center
It Management
Incident Management
Program Management
Service Management
Security
It Outsourcing
It Operations
Software Project Management
Pmp
Software Development
Requirements Analysis
Business Analysis
Visio
Process Improvement
Solution Architecture
Global Delivery
Cloud Computing
Integration
Ms Project
Change Management
System Administration
Sdlc
Software Documentation
Business Intelligence
Systems Analysis
Virtualization
Pmo
Business Process
Project Portfolio Management
Quality Assurance
System Deployment
Storage
Enterprise Architecture
Project Delivery
Unix
Business Process Improvement
Sharepoint
Resource Management
Servers
Enterprise Software
Aix

Interests:

Science and Technology
Children

Design Engineer

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Location:

50 Dake Ave, Rochester, NY 14617

Industry:

Machinery

Work:

Miyashiro and Associates 2006 - 2006
Engineer
Monroe Golf Club 2002 - 2003
Groundscrew
Optipro Systems 2002 - 2003
Design Engineer

Us Patents

Method And Apparatus For Precision Polishing Of Optical Components
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US Patent:

7901270, Mar 8, 2011
Filed:

Jan 7, 2010
Appl. No.:

12/683471
Inventors:

Michael J. Bechtold - Ontario NY, US
Darryle E. Fowler - Shortville NY, US
David E. Mohring - Ontario NY, US
Thomas Williams - Webster NY, US
Robert Henderson - Livonia NY, US
Alex DiNicola - Webster NY, US
Christopher Wood - Webster NY, US
Joseph P. Meisenzahl - East Rochester NY, US
Scott Bambrick - Rochester NY, US
Assignee:

Optipro Systems, LLC - Ontario NY
International Classification:

B24B 13/00
B24B 21/02
US Classification:

451 11, 451310, 451307, 451 42
Abstract:

A method of polishing objects using an apparatus comprised of a rotary positioning device comprising a turret; a base mounted on the turret; a drive wheel connected to a rotatable shaft, the drive wheel having a perimeter, and the rotatable shaft disposed in a housing. The polishing wheel assembly may include an elongated arm including a proximal end joined to the base, and a distal end; a rotatable polishing wheel supported at the end of the elongated arm; and a polishing belt comprising an inner surface and an outer surface, the inner surface engageable with the perimeters of the drive wheel and the polishing wheel. The method is comprised of contacting the outer surface of the polishing belt to a contact region of the surface of the object; and controlling the contact region by rotating the elongated arm around the turret axis.

Method And Apparatus For Precision Polishing Of Optical Components
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US Patent:

20070259608, Nov 8, 2007
Filed:

May 2, 2007
Appl. No.:

11/743333
Inventors:

Michael J. Bechtold - Ontario NY, US
Joseph Meisenzahl - Webster NY, US
David E. Mohring - Pittsford NY, US
Darryle E. Fowler - Shortsville NY, US
Robert Henderson - Livonia NY, US
Thomas Williams - Webster NY, US
Alex DiNicola - Webster NY, US
Christopher Wood - Webster NY, US
Scott Bambrick - Rochester NY, US
International Classification:

B24B 21/00
B24B 21/02
US Classification:

451310, 451303, 451307
Abstract:

A polishing apparatus comprising a base for affixing structures thereto, a drive wheel, a polishing wheel assembly, a polishing belt, and at least one routing wheel engaged with the polishing belt. The polishing wheel assembly includes an elongated arm including a distal end, and a rotatable polishing wheel supported at the distal end of the elongated arm. The polishing belt is made with an abrasive outer surface to perform the polishing, and an inner surface for engagement with the perimeters of the drive wheel and the polishing wheel. The routing wheel is engaged with the outer surface of the polishing belt, such that the contact arc of the polishing belt with the polishing wheel differs from an arc of the polishing wheel perimeter extending from a first tangent line between the drive wheel and the polishing wheel to a second tangent line between the drive wheel and the polishing wheel.