FIELD: engines and pumps.
SUBSTANCE: wind mill aerostat-floating engine contains aerostat-floating module in the composition of aerostat envelope, a wind-power unit including a generator and orthogonally-blade wind mills, a cable, a conducting rope, and a mooring assembly, on which rotary platform there are two coaxial winches and diametrically opposite cable coil are mounted. At the bottom of the aerostat envelope which is in the form of a gas-filled ball by meridian bands, there is a ring pressed by planar wind vanes on brackets, a H-shaped frame is fixed in the diametric and perpendicular ring plane to the wind, in this case the brackets with the planar wind vanes are extended at a right angle from the frame sides to the branch side. A generator is installed in the middle of the frame horizontal beam. The generator horizontal shaft projects from the both ends of the generator and conjugates with orthogonally-blade wind mills coaxial thereto, which are equally extended beyond the frame limits and rotatable in bearings built into the frame sides. The conducting rope is fixed in the middle of the frame horizontal beam, the cables are tensioned down to winches from the lower end sides of the H-shaped frame.
EFFECT: invention is aimed to maintain stability and power generation from ascending air flows achieved by the wind mill engine with the power unit lifted by the aerostat-floating module to the height of high-speed winds.
2 dwg
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Authors
Dates
2017-12-05—Published
2016-12-15—Filed