RU2013104484A

RU2013104484A - ELECTROMAGNETIC MACHINE

Info

Publication number: RU2013104484A
Application number: RU2013104484/07A
Authority: RU
Inventors: Герман Иванович Измалков
Original assignee: Герман Иванович Измалков; Измалков Юрий Германович; Саламаха Евгений Анатольевич
Priority date: 2012-09-10
Filing date: 2013-02-01
Publication date: 2014-11-20

Abstract

Электромагнитная машина, выполненная со статором с электромагнитами и ротором с постоянными магнитами, отличающаяся тем, что на статоре находится четное число обмоток, половина через одну из которых параллельно одинаково подключена к аккумулятору, а другая эта половина подключена таким же образом к этому аккумулятору, но через диоды, которые позволяют движение тока только в сторону аккумулятора, к аккумулятору подключены и потребители тока, обмотки находятся на выступах внутри выполненной из магнитопласта втулки на роторе, имеющем вал, эта втулка из магнитопласта с радиальным намагничиванием и чередующимися магнитными полюсами, количество которых равно количеству обмоток, первая половина обмоток имеет подключение к аккумулятору, например, через коллектор таким образом, что ток проходит по обмоткам только с момента начала прохождения под ними каждого второго полюса ротора и до момента начала выхода из-под этой обмотки этого полюса, это устройство вместе с аккумулятором повторено от двух до десяти раз таким образом, что валы роторов соосно жестко соединены и повернуты относительно каждого следующего ротора в плоскости вращения ротора на угол, равный углу хорды, занимаемой выступом магнитопласта ротора внутри обмотки, деленный на количество этих роторов, статоры все установлены одинаково.An electromagnetic machine made with a stator with electromagnets and a rotor with permanent magnets, characterized in that the stator has an even number of windings, half through one of which is parallelly connected equally to the battery, and the other half is connected in the same way to this battery, but through diodes that allow the current to move only towards the battery, current consumers are connected to the battery, the windings are on the protrusions inside the sleeve made of magnetoplast on the rotor having a shaft, this sleeve is made of magnetoplastics with radial magnetization and alternating magnetic poles, the number of which is equal to the number of windings, the first half of the windings is connected to the battery, for example, through the collector so that the current flows through the windings only from the moment each second rotor pole passes under them and until this pole begins to exit from under this winding, this device together with the battery is repeated two to ten times so that the rotor shafts are coaxially rigidly connected and rotated relative to each subsequent rotor in the plane of rotation of the rotor by an angle equal to the angle of the chord occupied by the protrusion of the magnetoplast of the rotor inside the winding, divided by the number of these rotors, the stators are all installed identically.

Claims

An electromagnetic machine made with a stator with electromagnets and a rotor with permanent magnets, characterized in that the stator has an even number of windings, half through one of which is parallelly connected equally to the battery, and the other half is connected in the same way to this battery, but through diodes that allow the current to move only towards the battery, current consumers are connected to the battery, the windings are on the protrusions inside the sleeve made of magnetoplast on the rotor having a shaft, this sleeve is made of magnetoplastics with radial magnetization and alternating magnetic poles, the number of which is equal to the number of windings, the first half of the windings is connected to the battery, for example, through the collector so that the current flows through the windings only from the moment each second rotor pole passes under them and until this pole begins to exit from under this winding, this device together with the battery is repeated two to ten times so that the rotor shafts are coaxially rigidly connected and rotated relative to each subsequent rotor in the plane of rotation of the rotor by an angle equal to the angle of the chord occupied by the protrusion of the magnetoplast of the rotor inside the winding, divided by the number of these rotors, the stators are all installed identically.