| 摘要 |
FIELD: electrical engineering, space rocketry, power engineering, and domestic appliances. ^ SUBSTANCE: proposed magnetoelectric generator has insulating housing with permanent-magnet components installed at its ends. Housing accommodates magnetic circuit disposed in a spaced relation to its walls for moving between end permanent magnets and assembled of movable permanent-magnet component, nonmagnetic link, and additional movable permanent-magnet component. Housing walls have through slots and its outer surface mounts two magnetic guides of three or more permanent-magnet components, as well as electricity conducting circuit closed to rectifier and additional electricity conducting circuit closed to additional rectifier. Movable magnetic circuit is held within generator in soaring or suspended (from magnetic hanger) state relative to insulating housing and electricity-conducting circuits. Movable magnetic circuit axis is oriented at certain angle to direction of external magnetic-field disturbances, and natural oscillation frequency of movable magnetic circuit under impact of such disturbances coincides with frequency of any harmonic out of external magnetic field disturbance spectrum. ^ EFFECT: ability of converting external magnetic field disturbance energy into electrical energy, reduced size and mass of generator most effective in nanotechnology. ^ 1 cl, 2 dwg |
