METHOD ELECTRIC MACHINE OF RADIAL MOTION OPERATION Russian patent published in 2017 - IPC H02K44/02 H02K44/08 H02K44/12 

Abstract RU 2626377 C1

FIELD: electricity.

SUBSTANCE: electric machine of radial motion generates the electric power on the basis of use of the magnetohydrodynamic effect arising at interaction of a stream of water, electrolytes, a conducting liquid with an external magnetic field. The electric radial motion machine comprises a body, permanent magnets and working channels with an electrically conductive moving mass with a number of channels greater than two in which electromagnetic and electromotive forces are created by interacting with a constant magnetic field. The working channels are radially located between the permanent magnets, are made tapering toward the central axis and are provided with external bridges connecting them in series. As a body, a cylindrical magnetic circuit is used with an inlet and an outlet for an electrically conductive moving mass. Two ring and one disk permanent magnets are located inside the housing with the possibility of placing working channels between them. The electrodes are obliquely located on the inside of each working channel and are insulated with insulating inserts of a polymeric material with a high triboelectric capacity and an internal variable cross section.

EFFECT: efficiency upgrading.

3 dwg

Similar patents RU2626377C1

Title Year Author Number
MULTIFUNCTIONAL MAGNETOHYDRODYNAMIC (MHD) MACHINE 2012
  • Baev Vladimir Konstantinovich
  • Katsnel'Son Savelij Semenovich
  • Sjunjakov Sergej Aleksandrovich
  • Korotkikh Anatolij Jakovlevich
RU2492570C1
ELECTRICAL RADIAL MOTION MACHINE 2007
  • Kurbasov Aleksandr Sevost'Janovich
RU2346378C1
METHOD TO CONTROL FLOW RATE OF ELECTROCONDUCTING LIQUID PUMPED BY LINEAR CONDUCTION PUMP 2013
  • Kashmanov Igor' Al'Bertovich
RU2538222C2
METHOD OF REDUCING DETRIMENTAL ACTION OF HALL EFFECT IN MAGNETOHYDRODYNAMIC GENERATOR 0
  • Beloglazov A.A.
SU766522A1
0
  • Bityurin Valentin Anatolevich
  • Maksimenko Vladilen Ivanovich
  • Medin Stanislav Aleksandrovich
SU905954A1
METHOD OF COMPENSATING SPURIOUS HALL CURRENT IN MAGNETOHYDRODYNAMIC GENERATOR CHANNEL 0
  • Beloglazov A.A.
SU766523A1
MAGNETIC HYDRODYNAMIC GENERATOR 2002
  • Erofeev P.M.
RU2237342C2
DEVICE MEASURING FLOW RATE OF CURRENT-CONDUCTING LIQUID 1999
  • Antonjuk L.P.
RU2143664C1
CONDUCTION PUMP-FLOW METER 2019
  • Loginov Nikolaj Ivanovich
RU2714504C1
METHOD OF MAGNETOHYDRODYNAMIC CONVERSION OF THERMAL ENERGY INTO ELECTRICAL ENERGY OF A CLOSED CYCLE AND VARIANTS OF DEVICES FOR ITS IMPLEMENTATION 2022
  • Mavrichev Roman Sergeevich
RU2806344C1

RU 2 626 377 C1

Authors

Kashaev Rustem Sultankhamitovich

Dates

2017-07-26Published

2016-03-09Filed