FIELD: machine engineering.
SUBSTANCE: wind generator of the first embodiment comprises a housing made in the form of a mesh wind vane, along a longitudinal axis of the front cylindrical portion which is located horizontally flat magnet, the front end of which is mounted a wind trap, made in a lateral surface of a hollow truncated cone. Thus the back side of the magnet abuts against the support disk for which A spring is pressed against the back of the housing, on the inner surface of the cylindrical housing is placed the coil and the magnet is supported on legs with wheels on the end, outside the attached to the inner surface of the cylindrical portion of conduits housing. Wind generator, according to the second embodiment, comprises a housing made as a weathervane mesh, in front of which the cylindrical part is installed by sliding the housing along the longitudinal axis of the inner coil is fixedly secured along its longitudinal axis of a flat magnet, the rear end of the coil contacts the support wall, pushing up against the spring. In this reel slides on the spherical supports mounted in troughs on the inner surface of the housing at the front end of the coil installed wind trap, made in a lateral surface of a hollow truncated cone. Thus the magnet through the slot in the supporting wall is fixedly mounted on a rod connected to the rear wall of the housing.
EFFECT: increase of reliability, reduced friction in the support units, with the exception of friction in the transmission nodes, excluding the possibility of failure with strong gusts during storms and hurricanes.
2 cl, 4 dwg
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Authors
Dates
2017-03-09—Published
2015-10-01—Filed