Wind power plant for utilizing wind energy, has vertical wind rotor axis and rotor blade-frame or macro grating and macro grating has stopper- and damping devices or locking damper for rotor blade
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Vertical axis wind turbine, has wind rotor including two concentric rings connected by spokes, central rotating part holding mountpiece of spokes, and upper central ring or rotating core firmly connected with support ring
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Wind turbine electrical generator sets are powered by stored compressed air obtained under storm conditions
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Wind power plants for using wind energy e.g. vertical axis wind power plants has rotor blade, each of which are connected with two locking dampers whereby rotor blade, rotates about local vertical or diagonal axis
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Wheel in particular for use under heavy load, comprises additional smaller friction bearings and master friction bearing
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Vertical axis wind mill, has two rotor blades that are connected with locking dampers, where one rotor blade with massive larger part corresponds to complementary rotor blade with smaller part
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Rolling bearing for shaft has like poles of magnets opposite each other and spherical concavity of one magnet corresponding to spherical convexity of other
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Wind power plant has at least one macro-ring and at least three rotor blade carriers fixed to macro-ring, wherein each rotor blade carrier has number of rotor blades with horizontal and/or vertical and/or inclined local axes
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Wind power plant has vertical reinforcement rib, provided in each rotor blade carrier, which is approximately as wide at the top as vertical bar of rotor blade carrier whereby bottom is much broader than the top
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Vertical axis wind turbine, has wind rotor with blade supports, which are fixed to one another by central cylinder and extensions, which are made of transparent carcass structures, and another rotor made of lighter material
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Wind power plant, has scroller connected with lower attaching ring or window edge of rotor discus by rollers or anti-friction bearing, and central fixing anti-friction bearing provided, if central circular window is necessary in discus
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Vertical axle wind power installation for converting wind power into energy comprises rotor blades each installed in a cell of a support made from a macro-grid
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Vertical axis wind turbine has an upright array of rotor blades each located within a cell forming part of a grid
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Vertical axis wind-powered energy generation plant has each wind turbine rotor blade divided into small and large sections on opposite sides of local horizontal axis
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Vertical axis wind turbine for power generation has blades formed of hinged foil sails behind flexible grid
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Chip housing has substrate provided with termination layer having thin ceramic plate with fine conductor paths and elastic wire insulation plate wound with projecting conductor wires
