WO2024100461 - MAGNETIC TORQUE MOTOR

National phase entry is expected:
Publication Number WO/2024/100461
Publication Date 16.05.2024
International Application No. PCT/IB2023/053888
International Filing Date 16.04.2023
Title **
[English] MAGNETIC TORQUE MOTOR
[French] MOTEUR À COUPLE MAGNÉTIQUE
Applicants **
BEIGPOUR, Jalil unit 5 no 64 dead end shaghayegh 7 south arghavan alley pasdaran bolivar nazar abad Karaj, 3331734848, IR
Inventors
BEIGPOUR, Jalil unit 5 no 64 dead end shaghayegh 7 south arghavan alley pasdaran bolivar nazar abad Karaj, 3331734848, IR
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Quotation for National Phase entry

Country StagesTotal
China Filing953
EPO Filing, Examination3613
Japan Filing529
South Korea Filing482
USA Filing, Examination8635
MasterCard Visa

Total: 14212

The term for entry into the National Phase has expired. This quotation is for informational purposes only

Abstract[English] The torque-generating motor made by permanent magnets consists of two parts: a fixed part (stator) and a moving part (rotor). My solution to eliminate electricity consumption in the motor is replacing an electric magnet with two permanent magnets in the moving part (rotor) of an electric motor (armature) so that in a complete rotation of the moving part (rotor), there will be no change in the position of the poles of the permanent magnet in the fixed part (stator) and the permanent magnets in the moving part (rotor) and the rotor continues its rotation and ultimately by magnetically inducting the wiring placed in the stator, the electricity will be generated.[French] Le moteur générateur de couple constitué d'aimants permanents comprend deux parties : une partie fixe (stator) et une partie mobile (rotor). Ma solution pour supprimer la consommation d'électricité dans le moteur consiste à remplacer un aimant électrique par deux aimants permanents dans la partie mobile (rotor) d'un moteur électrique (induit) de telle sorte que, dans une rotation complète de la partie mobile (rotor), il n'y aura pas de changement de la position des pôles de l'aimant permanent dans la partie fixe (stator) et des aimants permanents dans la partie mobile (rotor), et le rotor continuera sa rotation et enfin, par induction magnétique du câblage placé dans le stator, l'électricité sera générée.
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