Jose Albero - Quebec J6W 5P5, CA Louis J. Bruno - Ellington CT 06029 Richard Dussault - Quebec J4P 2V8, CA Charles E. Lents - Rockford IL 61103 Wayne A. Thresher - Springfield MA 01108-1742 Michael K. Sahm - Avon CT 06001 Robert G. Thompson - San Diego CA 92131
International Classification:
F02K 312
US Classification:
244 53A, 244 53 R, 60224
Abstract:
An integrated aircraft system which comprises an aircraft frame, a nacelle cowl mounted to the aircraft frame, a primary gas turbine engine mounted within the nacelle cowl, a secondary power system incorporated within the nacelle cowl and being driven by a flow of air created by or through the engine, and an electrical power and cooling unit for supplying electrical power and cabin cooling air. The electrical power and cooling unit is pneumatically driven by engine bleed air.
Vapor Compression Cycle Environmental Control System
Jules Ricardo Munoz - Vernon CT Luca Bertuccioli - Enfield CT Michael K. Sahm - Avon CT Jay Fletcher - Marlborough CT Charles E. Lents - Amston CT Richard Welch - Rockford IL Steve Squier - Rockford IL Arthur Chris Becker - Andover CT
Assignee:
Hamilton Sundstrand Corporation - Windsor Locks CT
The present invention relates to a vapor compression cycle environmental control system for use on aircraft. The system includes an environmental control subsystem which supplies pressurized ram air at a desired temperature to the aircrafts flight deck and/or cabin. The environmental control subsystem uses a vapor compression cycle subsystem to provide the ram air at the desired temperature. The system further includes an air turbine driven by engine bleed air to provide power to an aircraft mounted accessory drive and to provide heated air to an anti-ice system. The aircraft mounted accessory drive provides power to an air compressor which forms part of the environmental control subsystem and to a working fluid compressor which forms part of the vapor compression cycle subsystem.
Diffuser Guide Vanes For High-Speed Screw Compressor
H. Ezzat Khalifa - Manlius NY Michael K. Sahm - Avon CT
Assignee:
Carrier Corporation - Syracuse NY
International Classification:
F04C 1816
US Classification:
4182011, 415207, 4152112
Abstract:
A screw compressor includes a housing containing at least one rotor for generating a discharge flow in a discharge flow direction; a diffuser communicated with the housing and having a collecting portion for receiving the discharge flow, a diffuser throat and a diffuser portion, said diffuser extending from the housing in a diffuser direction; and at least one turning vane positioned in the collecting portion and adapted to guide flow from the discharge flow direction to the diffuser direction.
Aircraft Architecture With A Reduced Bleed Aircraft Secondary Power System
Jose Albero - Lachenaie, CA Charles E. Lents - Rockford IL Michael K. Sahm - Avon CT Richard C. Welch - Rockford IL
Assignee:
Hamilton Sunstrand Corporation - Windsor Locks CT
International Classification:
B64B 124
US Classification:
701 3, 244 53 R, 244 58, 244202
Abstract:
The present invention relates to an improved architecture for an aircraft. The aircraft has a first engine, a first gearbox associated with the first engine, a first starter/generator associated with the gearbox, and a first motor drive connected to the first starter/generator for providing the starter/generator with electric power to start the first engine and to receive electric power from the starter/generator after the engine has been started to operate electrically driven systems onboard the aircraft. The aircraft preferably further has at least one other engine which has a gearbox and a starter/generator associated with it and at least a second motor drive connected to the starter/generator. The electrically driven systems operated by the motor drive(s) include an environmental control system, a wing anti-icing system, an aircraft control system, and the aircraft fuel system. The aircraft also includes an auxiliary power unit for supplying electrical power to at least the first motor drive for initiating operation of the first engine.
Integrated Air Turbine Driven System For Providing Aircraft Environmental Control
Jules Ricardo Munoz - Vernon CT Luca Bertuccioli - Enfield CT Michael K. Sahm - Avon CT Jay Fletcher - Marlborough CT Charles E. Lents - Amston CT Steve Squier - Rockford IL Richard Welch - Rockford IL Arthur Curtis Becker - Andover CT
Assignee:
Hamilton Sundstrand Corporation - Windsor Locks CT
International Classification:
B64D 1100
US Classification:
2441185, 244 58, 454 74, 454 76, 60 39142
Abstract:
The present invention relates to an integrated air turbine driving system for providing aircraft environmental control. The system has at least one air driven turbine for providing power to an aircraft mounted accessory drive and for providing heated air to an aircraft anti-ice system. The system further has a subsystem for supplying cooled pressurized air to a flight deck and/or cabin and to aircraft avionics. Still further, the subsystem provides cooling air to other aircraft components such as a generator and/or an aircraft mounted accessory drive.
Integrated System For Providing Aircraft Environmental Control
Jules Ricardo Munoz - South Windsor CT Luca Bertuccioli - East Longmeadow MA Michael K. Sahm - Avon CT Jay Fletcher - Marlborough CT Charles E. Lents - Amston CT Steven E. Squier - Rockford IL Richard Welch - Rockford IL Arthur Curtis Becker - Andover CT
Assignee:
Hamilton Sundstrand Corporation - Windsor Locks CT
International Classification:
B64D 1308
US Classification:
2441185, 60 3907, 454 76
Abstract:
The present invention relates to an integrated enviromental control system for an aircraft. The system uses bleed air from a propulsion engine to drive an air turbine which provides power to at least one aircraft component such as an aircraft mounted accessory drive. The system uses the bleed air exiting the air turbine as an air source for the cabin and/or flight deck enviromental control system.
Louis J. Bruno - Ellington CT, US Charles E. Lents - Rockford IL, US Michael K. Sahm - Avon CT, US Wayne A. Thresher - Springfield MA, US
Assignee:
Hamilton Sundstrand Corporation - Windsor Locks CT
International Classification:
F25D 900 B64D 1302
US Classification:
623233, 62402, 454 71
Abstract:
The present invention relates to an electrical power and cooling system for use in an aircraft having at least one engine. The electrical power and cooling system comprises a single shaft, a power turbine mounted on the shaft for receiving fresh pressurized air from the at least one engine, a cooling turbine mounted on the shaft and receiving the fresh pressurized air from the at least one engine, a generator mounted on the shaft, and a fan mounted on the shaft for creating a flow of cooling air. The system further has a condenser for removing moisture from the air exiting the cooling turbine and a mixing chamber for mixing the cooled dry air with recirculated cabin air. The electrical power and cooling system delivers conditioned air to a cabin and/or a flight deck onboard the aircraft and electrical power to the aircraft's electrical systems.
Main Propulsion Engine System Integrated With Secondary Power Unit
Jose Albero - Lachenaie, CA Richard Dussault - St-Lambert, CA Robert G. Thompson - San Diego CA, US Patrick Germain - Outremont, CA Michael K. Sahm - Avon CT, US Eric Tremaine - Longueuil, CA
Assignee:
United Technologies Corporation - Hartford CT
International Classification:
F02K011/00
US Classification:
60224, 602261, 60 3935
Abstract:
A main engine mounted auxiliary power unit comprises an auxiliary power unit integrated with a primary gas turbine engine into a single power plant suited for aircraft applications. The auxiliary power unit can be mounted within an engine core compartment of the main engine or at the main engine aft center body. The integration of the auxiliary power unit provides for installation and certification cost savings to the airframer by eliminating the need for mounting an auxiliary power unit to the tail section of the aircraft.
United Technologies Mar 1999 - Jun 2012
Fellow
Energy Analytics Mar 1999 - Jun 2012
Principal
Boc Uk & Ireland Nov 1992 - Mar 1999
Program Manager
Creare Jan 1991 - Oct 1992
Project Engineer
Pratt & Whitney Jul 1983 - May 1986
Engineer
Education:
Stanford University 1986 - 1990
Doctorates, Doctor of Philosophy, Mechanical Engineering
Arizona State University 1981 - 1983
University of Maryland 1977 - 1981
Bachelors, Bachelor of Science, Mechanical Engineering
Skills:
Heat Transfer Thermodynamics Finite Element Analysis Ansys Cfd Matlab Fluid Dynamics Mechanical Engineering Combustion Thermal Aerospace Aerodynamics Solidworks Labview Simulations Design of Experiments Composites Engineering Materials Science Engineering Management Fluid Mechanics Fortran Systems Engineering Modeling Hvac Renewable Energy Energy Conservation Energy Audits Energy Management R&D Energy Efficiency Research and Development