Peter Fitzpatrick

Heat Pipe Bag System

Application

#4279294 Jul 21, 1981

Filed

Dec 22, 1978

Inventor

Peter R. Fitzpatrick (Glastonbury, CT) · Russell G. Meyerand (Glastonbury, CT) · Kenneth E. Shotwell (Stafford Springs, CT)

Appl. No.

5/972599

Assignee

United Technologies Corporation (Hartford, CT)

International Classification

F28D 1500

U.S. Classification

165 45

Abstract

Method and apparatus for utilizing the earth as a heat source and heat sink for heating and cooling buildings are disclosed. Flexible material such as hollow plastic or metal foil bags which can be...

Off-Line Programmable Robot

Application

#4590578 May 20, 1986

Filed

Jul 11, 1983

Inventor

John J. Barto (Cheshire, CT) · Peter M. Walsh (So. Windsor, CT) · Peter R. Fitzpatrick (Glastonbury, CT) · Richard F. Dondero (So. Meriden, CT) · Kenneth P. Demers (W. Hartford, CT) · Stephen M. Gardner (Enfield, CT)

Appl. No.

6/512829

Assignee

United Technologies Corporation (Hartford, CT)

International Classification

G06F 1546

U.S. Classification

364513

Abstract

Machine operations are performed by a robot at a plurality of locations on a workpiece based on off-line data. The off-line data is corrected based on two levels of workpiece/robot alignment. First...

Methodology And Tool Design For High Speed Machining

Application

#2003022 Dec 4, 2003

Filed

Jun 3, 2002

Inventor

Daniel Viens (Mansfield Center, CT) · Peter Fitzpatrick (Chatham, MA) · Tahany El-Wardany (Dundas, CA) · Stephen Varanay (Guilford, CT)

Appl. No.

10/161264

Assignee

Daniel Viens (Mansfield Center, CT) · Peter Fitzpatrick (Chatham, MA) · Tahany El-Wardany (Dundas, CA) · Stephen Varanay (Guilford, CT)

International Classification

B23B051/02

U.S. Classification

408/060000

Abstract

A tool design methodology is provided for high speed machining tools for titanium alloys. The methodology includes providing a predetermined cutting criteria such as cutting speed and cutting depth....

Process And Methodology For Selecting Cutting Parameters For Titanium

Application

#6810302 Oct 26, 2004

Filed

Mar 31, 2003

Inventor

Paul Darcy, Jr. (Hamden, CT) · William C. Harris (Derby, CT) · Michael S. Torok (Cheshire, CT) · Tahany El-Wardany (Hartford, CT) · Peter Fitzpatrick (Chatham, MA)

Appl. No.

10/404179

Assignee

Sikorsky Aircraft Corporation (Stratford, CT)

International Classification

G06F 1900

U.S. Classification

700182, 703 2, 700280

Abstract

A method of predicting the cutting speed for machining of titanium alloy comprising the steps of obtaining a first transfer function for a tool system, obtaining a second transfer function for a...

Claim

What is claimed is: 1. A method of predicting the cutting speed for machining of titanium alloy comprising the steps of: obtaining a first transfer function for a tool system; obtaining a second...

Inflatable Tire Puncture Proofing Process

Application

#5874138 Feb 23, 1999

Filed

Jan 11, 1996

Inventor

Peter J. Fitzpatrick (Kearny, NJ)

Appl. No.

8/584376

Assignee

Peter J. Fitzpatrick (Kearny, NJ)

International Classification

A47C 1922

U.S. Classification

428 352

Abstract

A process for making inflatable tires Puncture Proof.
wherein air filled spheres or bubbles (2) are coated with a quick drying glue (10) before being inserted into a mounted, deflated tire,...

Photovoltaic Panel Racking System

Application

#2014012 May 8, 2014

Filed

Nov 6, 2013

Inventor

Jamie Porges (Atlanta, GA) · Kayeon Lee (Seoul, KR) · Andrés Cavieres (Atlanta, GA) · Peter Fitzpatrick (Atlanta, GA) · Tristan Al-Haddad (Clarkston, GA)

Appl. No.

14/073780

Assignee

Georgia Tech Research Corporation (Atlanta, GA)

International Classification

H01L 31/042

U.S. Classification

136251, 29428, 211 411

Abstract

A photovoltaic panel racking system is provided having multiple beams aligned in parallel relation where multiple photovoltaic panels are mounted on top of the beams. The beams have a wave structure...