Electromagnetic flying saucer
Abstract
The flying saucer has a carbon fibre body with five meter diameter and can carry up to three people. The propulsion system of the saucer includes two cylinders, the smaller one containing a solenoid. An iron cylinder terminated with a flywheel can slide inside the solenoid. The solenoid is supplied from an amplifier and an electrical circuit. The larger cylinder is surrounded by a chain of electromagnets with coils wound on a copper tube with an inner plastic tube. The plastic tube is linked to a cooling water tank.
Classifications
H02N11/006 Motors
View 1 more classifications
FR2722039A3
FR Application
Download PDF Find Prior Art SimilarOther languagesFrench Original AssigneeTrilles Henri Priority date 1994-06-29
Family: FR (1)
DateApp/Pub NumberStatus
1994-06-29FR9408230AWithdrawn
1996-01-05FR2722039A3ApplicationInfoCited by (1) Legal events Similar documents Priority and Related Applications External linksEspacenetGlobal DossierDiscuss
Description
translated from French
THE FLYING SAUCER
DESCRIPTION AND FO? SCTIOYN'ENlEN'T
It consists of two parts
1 / - The actual saucer 5 m in diameter out of carbon or titanium fibers may bear 3-4 people.
21 - The propulsion system 2 cylinders which fit together. The interior of the small cylinder contains a solenoid in which is slidable a solid cylinder of soft iron which finishes with a flywheel (FIG. 1).
The solenoid receives the current amplifier 92 System No 0732 of 12.06.92. We will draw sufficient current to the cylinder inside the solenoid until its surface comes supéneure press the piston cylinder n "I n of the multiplier circuit" 93 00546 of 15/1/93.
At that time, the wheel cylinder of soft iron which forms the basis of this cylinder will open and will contact the armatures of electromagnets surrounding the outer cylinder and stick this base activated electromagnets with the outer cylinder an attraction force of 10 or 20 kg per cm2 according to the current to be enabled these electromagnets will be 1 or 2 veber (magnet unit) produced by a current of 100 or 200 amperes also from amplifier n " 92 0732 (one or more members).
The enveloping cylinder or large cylinder is surrounded at the bottom to the outside by a chain of electromagnets 3 cm in diameter wound by a copper tube outside and inside a non-connected conductive plastic tube on a freezer in which it will draw cold water will cool the copper tube where electricity will flow and will rise to the freezer heated to start the circuit simply by density difference (FIG. 2).
The copper tube will be a section of 9 cm, the section of the plastic tube
; Cl. The surface of the copper crown thus formed will be (92-72) = 3.1416 x (81-49) = 3,1416 100 mm which may carry a current of 300 amps at 3 amperes per mml
This surface will be sufficient for passing 100 or 200 or more amps will be needed to obtain a magnetic power veber 1 or 2, 10 or 20 kg of attraction for the electromagnets on their armature between without iron.
The reinforcement having a dimension of 6 cm x 2 = 12 cm x 10 électroamarits, it will 1V 120 x 10 = 1200 kg cm 2 V 20 x 120 = 2400 kg butt that will push the piston cylinder system 93 00546.
Obrenue the magnetic force will be proportional to the number of ampere turns that enrouleront on the electromagnets and the load 100 or 200 amperes which will occur whether we use one or more amplifier circuits.
This will get a magnetic force that will be 2 or maybe 3
Veber and the electromagnets will then an attraction force of 10 to 20 kg per cm2, corresponding to 10 frames of electromagnets surface 6 x 10 = 60 cm maximum attractive force of 600 to 1200 kg.
This force when the full cylinder of soft iron will stick to electro
magnets communicate therewith and push it upwards and towards the piston of the cylinder 93 ultilité certificate of 15/2/93 00546+ which pushes the piston upwards with a force of 600 to 1200-kg may be multiplied by the multiplier 2 to 3 times or 2 depending on the diameter of the rolls used.
This will provide a push up 3 tons to 6 tones that suppnmera gravity and will rise overall.
If the saucer, solenoids, cylinders have two tonnes, we are left according to the electrical power used on 1 ton to 4 tons of additional upward thrust, constant force that will not stop at the stop of the current .
Claims (3)
translated from French
CLAIMS
1) Claim the fact to simply move the flying saucer by electromagnetism without having to make use of a motor.
2) The attraction obtained by magnetism allow only the saucer to rise and move.
3) The required electrical current will Foumi by patent i got 18 March 1994 and on a fixed electric circuit of 6106/92 which can give 24 amps but you can use several justaposés circuits or it is also simple increasing the amperage ajourant several initial circuit pairs of coils with coils, the thickness of the son is sufficiently proportioned to obtain the desired amperage and voltage by changing the resistance.
It must happen to get by wrapping the electromagnets with a sufficient amperage son conveying a magnetic force of 2 to 3 Webers to obtain an attraction of 20 kg naked.
1) An artificial gravity is supplied to the saucer by electromagnets placed on top of the large cylinder and which can be more or less power as needed.
Cited By (1)
Publication numberPriority datePublication dateAssigneeTitle
WO2004043783A1 *2002-11-122004-05-27Scott RedmondPersonal flight vehicle
Family To Family Citations
* Cited by examiner, † Cited by third party, ‡ Family to family citation
Similar Documents
PublicationPublication DateTitle
Grant-Vallone et al.2000Effects of peer mentoring on types of mentor support, program satisfaction and graduate student stress.
Reisser1995Revisiting the seven vectors.
US6229125B12001-05-08Electromagnetic forming apparatus
US750132A1904-01-19Illius augustus timmis and edgar william timmis
JPH03116704A1991-05-17Ignition coil
Acheson et al.1998Ropy magic
Ikezoe et al.2002Separation of feeble magnetic particles with magneto-Archimedes levitation
Arthur et al.2001Multicultural counselling in the new millennium: Introduction to the special theme issue.
Harris1996Animated conversation: Embodying and gendering.
US20020097121A12002-07-25Permanent magnet radial magnetizer
DE3517733A11986-11-20Method and apparatus for the continuous casting of, in particular, heavy metals, by means of magnetic fields which shape the cross-section of the strand
Schalock1997The conceptualization and measurement of quality of life: Current status and future considerations.
Tolan et al.1990Conversing about theories, methods, and community research.
Haldeman2001Psychotherapy with gay and bisexual men.
FR2616006A11988-12-02A permanent magnetic holding undefined, fix or wear parts or ferromagnetic fillers, including an electronic switching system of the magnetic flux to liberate the scope load
WO1988010501A11988-12-29Superconducting electromagnet and method of magnetization
Hendrick et al.1999Biological determinants of postpartum depression.
CN2478715Y2002-02-27Four-cylinder multi-purpose rare-earth permanent-magnet radiation orientation magnetic field automatic press
JPH04184354A1992-07-01Magnetic toner
JPH06278212A1994-10-04Induction welding work coil
JPS59148303A1984-08-25Electromagnet device
JPS5533845A1980-03-10Production of composite wire or composite pipe
Lane1992A spirituality of being: Women with disabilities.
RU2086028C11997-07-27Method for electromagnetic pressing articles from powder materials which are oriented in magnetic field and device which implements said method
EP1169214B12003-12-17Combined braking and current generating device for bicycles
Priority And Related Applications
Priority Applications (1)
ApplicationPriority dateFiling dateTitle
FR9408230A1994-06-291994-06-29Electromagnetic flying saucer
Applications Claiming Priority (1)
ApplicationFiling dateTitle
FR9408230A1994-06-29Electromagnetic flying saucer
Legal Events
DateCodeTitleDescription
1996-04-19STNotification of lapse
