rexresearch.com
Phillip DENNE
Planar Wireless Motor
http://www.guilden.com/phillipdenne/
Contact --
E-mail: PDenne@Guilden.com
Telephone: + 44 (0)1202 762 268
Fax: + 44 (0)1202 769 892
Address: Guilden Ltd, 7 Lyndon Gate, Chine Crescent
Road, Bournemouth, Dorset BH2 5LW, UK
"Phillip Denne is a scientist and an innovative engineer who has founded a number of companies to exploit his inventions during the last 40 years.
"He is widely experienced in many industries and is the author of many patent applications related to dairy farm management systems, identification transponders, combustion control systems, magnetic amplifiers and fire suppressant devices. During the last twenty years he has specialised in the design of motion systems and he is the author of 37 patent applications covering motion simulator mechanisms and of 45 patent applications relating to actuators and their control systems.
"Denne’s inventions have been successfully exploited by major international companies and he is probably best known for his creation of the entertainment simulator, which is to be found in more than thirty countries worldwide. He is now developing a powerful and robust linear electric motor, which will replace hydraulic rams and ballscrew mechanisms in many different applications.
"Denne practices as a design consultant via his company, Guilden Ltd..."
Publications
"The Most Significant Improvement in the Design of Electrical Machines for 150 Years" [ PDF ]
A short introduction to planar wireless electrical machines ( March 2009 )
"What is a Planar Wireless Electrical Machine?" [ PDF ]
The differences between what are commonly termed "wireless motors" and our planar wireless electrical machines. ( December 2008 )
Crostek Brochure [ PDF ]
A description of the wireless electrical machine technology, developed by Phillip Denne, which is available for acquisition, October 2008.
"During the last few years, Denne has been working with a visionary Canadian company called Crostek Management Corp in Red Deer, Alberta, which specialises in high technology products for the oil and gas business. Crostek has replaced the conventional “nodding donkey” pumpjack by a free-piston linear actuator which has a stroke of 2.5 metres and supports a load of ten tonnes in a non-stop pumping cycle. The new machine is fully-enclosed and silent, has only one moving part and lightly-loaded bearings and is much more efficient than the conventional mechanism. The “Intellimax” also has the invaluable property of sensing automatically the pumping conditions in the well (which might be 6000 feet deep) and of reacting autonomously so as to optimise the pumping rate whilst protecting itself and the pump to which it is connected..."
WO2008032080
IMPROVEMENTS IN ELECTROMAGNETIC MACHINES
Applicant: WIRELESS MOTOR DEVELOPMENTS LT
2008-03-20
Abstract -- An electromagnetic machine (1) comprises an electrical conductor vane (7) disposed between two magnetic arrays (3). The electrical conductor vane (7) comprises a plurality of electrically insulated conductors (35), wherein when the conductors (35) are disposed in magnetic fields produced by the magnetic arrays (3) and when current flows in the conductors (35), an electromagnetic force is induced to cause movement of the magnetic arrays (3) relative to the electrical conductor vane (7) and wherein the set of conductors (35) substantially fills the gap between the magnetic arrays (3) through which the magnetic fields pass.
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Denne's Patents
ARTIFICIAL LIFT MECHANISMS
WO2009039602 (A1) —
2009-04-02
APPARATUS FOR PRODUCING LINEAR MOTION
AT311033 (T) —
2005-12-15
WO2004098022
IMPROVEMENTS IN ELECTRICAL MACHINES
2004-11-11
LINEAR ELECTRIC MOTOR
WO2004098031
2004-11-11
Apparatus for producing or enhancing a perceived sensation
of motion
US2005069839
2005-03-31
Apparatus and method for suppressing fires
US2003168225
2003-09-11
Linear electromagnetic machine
US2002190582
2002-12-19
Electromagnetic damper for vehicle suspension
US6721641
2004-04-13
APPARATUS AND METHOD FOR SUPPRESSING FIRES
WO0162344
2001-08-30
ELECTROMAGNETIC RAMS
WO0103151
2001-01-11
Electromagnetic apparatus for producing linear motion
US6462439
2002-10-08
Linear electromagnetic machine
US6608408
2003-08-19
Motion-imparting apparatus
US6468082
2002-10-22
Tapered pole pieces for a linear electromagnetic machine
GB2358967
2001-08-08
Load support with adjustable pressure support surface
GB2345440
2000-07-12
IMPROVEMENTS IN SIMULATORS
WO0028505
2000-05-18
Apparatus for producing linear motion
US6268667
2001-07-31
FIRE EXTINGUISHING APPARATUS
WO9961109
1999-12-02
MOTION-IMPARTING APPARATUS
WO9914724
1999-03-25
ELECTROMAGNETIC APPARATUS FOR PRODUCING LINEAR MOTION
WO9837616
1998-08-27
MOTION CONTROL SYSTEMS
WO9516253
1995-06-15
Motion imparting apparatus
US5605462
1997-02-25
Electromagnetic apparatus for producing linear motion
US5440183
1995-08-08
PRESSURE PAD SYSTEMS
WO9404999
1994-03-03
Simulator apparatus
DK50791
1991-03-20
SIMULATOR APPARATUS
DK50691
1991-03-20
MOTION-SIMULATOR MECHANISMS
US5071352
1991-12-10
Simulator mechanism
US4978299
1990-12-18
Fluid cushion device
DK134688
1988-03-11
Identification systems
US4691202
1987-09-01
IDENTIFIZIERUNGSSYSTEM
AT65328
1991-08-15
WIEGEVORRICHTUNG
DE2804762
1979-08-09
ANTWORTGEBER, INSBESONDERE IMPULS- ANTWORTSENDER
DE2642022
1977-04-07
PASSIVE TRANSPONDER APPARATUS FOR USE IN AN
INTERROGATOR-RESPONDER SYSTEM
US4114151
1978-09-12
Brennersteuerungsanordnung
DE1918118
1970-11-05