RU2011119524A

RU2011119524A - MOTOR GENERATOR "ABAZA KARA"

Info

Publication number: RU2011119524A
Application number: RU2011119524/07A
Authority: RU
Inventors: Мухарби Магометович Малхозов
Original assignee: Мухарби Магометович Малхозов
Priority date: 2011-05-16
Filing date: 2011-05-16
Publication date: 2012-11-27

Abstract

Мотор-генератор «Абаза Кара», содержащий в себе статор, внутри которого установлен магнитопровод с обмоткой возбуждения и с полувитками раздвижных рабочих обмоток и ротор, на котором установлен магнитопровод со вторыми полувитками раздвижных рабочих обмоток, отличается тем, что вместо рабочих обмоток на роторе содержит раздвижные рабочие обмотки с полувитками на статоре и вторыми полувитками на роторе, причем одни раздвижные обмотки при работе находятся полностью в магнитном потоке и в них генерируется Э.Д.С., а другие раздвижные обмотки находятся вне магнитного потока в промежутке между полюсами и они создают крутящий момент на валу ротора.An Abaza Kara motor generator containing a stator inside which a magnetic circuit with an excitation winding and with half-turns of sliding working windings is installed and a rotor on which a magnetic circuit with second half-turns of sliding working windings is installed, differs in that it contains instead of working windings on the rotor sliding working windings with half-turns on the stator and second half-turns on the rotor, while one sliding windings are completely in magnetic flux during operation and are generated by E.D.S., and other sliding windings and are outside of the magnetic flux in the gap between the poles and they create a torque on the rotor shaft.

Claims

An Abaza Kara motor generator containing a stator inside which a magnetic circuit with an excitation winding and with half-turns of sliding working windings is installed and a rotor on which a magnetic circuit with second half-turns of sliding working windings is installed, differs in that it contains instead of working windings on the rotor sliding working windings with half-turns on the stator and second half-turns on the rotor, while one sliding windings are completely in magnetic flux during operation and are generated by E.D.S., and other sliding windings and are outside of the magnetic flux in the gap between the poles and they create a torque on the rotor shaft.