JAMES FRANCIS EGAN, III
Pilots at Brg St, Suffield, CT

License number
Connecticut A0532117
Issued Date
Dec 2015
Expiration Date
Jun 2016
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
823 Bridge St, Suffield, CT 06078

Professional information

James Egan Photo 1

James Egan - Suffield, CT

Work:
Governors-America Corp - Agawam, MA
Manufacturing Engineer/Production Support
Stanadyne Diesel Systems - Windsor, CT
Engineering assistant
Fun Skydiving - Danielson, CT
Pilot
AFS Construction - Windsor Locks, CT
Chief Mechanic
Jacobs Vehicle Systems - Bloomfield, CT
Development Engineer
Jacobs Vehicle Systems - Bloomfield, CT
Product Support Engineer
Jacobs Vehicle Systems - Bloomfield, CT
Senior Engineering Technician
Sotare Motorsports - Granby, CT
mechanic on an Indy car team
Connecticut Parachutists - Ellington, CT
Pilot
A.F.S. Construction Inc - East Granby, CT Ayotte Brothers Construction - Windsor Locks, CT
Operator/Chief
Dicks Bulldozing - Windsor Locks, CT Stanadyne Diesel Systems - Windsor, CT
Fuel Injection Specialist


James Egan Photo 2

Lost Motion Valve Actuation System

US Patent:
6321701, Nov 27, 2001
Filed:
Nov 4, 1998
Appl. No.:
9/185600
Inventors:
Joseph M. Vorih - West Suffield CT
James F. Egan - Suffield CT
Assignee:
Diesel Engine Retarders, Inc. - DE
International Classification:
F01L 1300, F02D 1304
US Classification:
123 9012
Abstract:
A lost motion valve actuation system for an internal combustion engine is disclosed. The system includes a motion feedback system (100) for detecting the motion and timing of a valve actuator (130) and an engine valve (140). By providing information on the condition of the engine during operation, the motion feedback system (100) permits adjustment of the valve actuation system that can optimize operation or prevent engine damage. The motion feedback system may be used in a common rail or a lost motion valve actuation system. In alternate embodiments, the valve actuation system includes an accumulator (300) with an accumulator piston (310) whose motion is limited by an accumulator stop (330) or a control valve (200). The limited accumulator (300) controls the amount of lost motion in the valve actuation system to provide fail-safe operation in the event of electrical failure. The valve actuation system is operable for engine positive power, compression release braking, and exhaust gas recirculation modes of operation.


James Egan Photo 3

Method And System Start-Up Apparatus For Removing Air And Debris From A Valve Actuation System

US Patent:
6112710, Sep 5, 2000
Filed:
Nov 20, 1998
Appl. No.:
9/196239
Inventors:
James F. Egan - West Suffield CT
Kevin J. Kinerson - Vernon CT
Joseph M. Vorih - West Suffield CT
Assignee:
Diesel Engine Retarders, Inc. - Wilmington DE
International Classification:
F01L 902
US Classification:
123 9012
Abstract:
The present invention is directed to a start-up system for an engine valve actuation assembly. The start-up system may comprise a removal assembly for removing at least one of air and debris from the engine valve actuation assembly during an engine start up operation. The removal assembly may include a supply assembly for supplying fluid to the engine valve actuation assembly under high pressure to remove at least one of air and debris from the engine valve actuation assembly. The supply assembly may include a storage assembly for storing a supply of hydraulic fluid, and a fluid supply assembly for supplying fluid to the storage assembly. The fluid may be supplied under pressure from the storage assembly to the engine valve actuation assembly. Furthermore, the fluid may be supplied under an influence of gravity from the storage assembly to the engine valve actuation assembly.


James Egan Photo 4

Method And System Of Improving Engine Braking By Variable Valve Actuation

US Patent:
2002005, May 16, 2002
Filed:
Nov 9, 2001
Appl. No.:
09/986617
Inventors:
Zhou Yang - South Windsor CT, US
James Egan - Suffield CT, US
International Classification:
F01L009/02
US Classification:
123/321000, 123/322000, 123/090120
Abstract:
The present invention relates to methods of improving engine braking of a reciprocating piston internal combustion engine by variable valve actuation. One embodiment of the present invention enables independent two-valve actuation for each cylinder, and engine braking horsepower can be optimized using two-valve braking at high engine speeds and one-valve braking at low speeds. Another embodiment of the present invention enables better a sequential valve actuation to reduce engine braking load and compliance. Another embodiment of the present invention enables better engine starting and warming up by controlling timing and lift of each valve.