Wind collecting suspension type wind driven generator

Abstract

A wind collecting suspension type wind driven generator comprises an air operated machine conical front-and-back fan blade fixing wheel, a generator shell, main fan blades, wind collecting small blades, a carbon brush, a windward device, a circular supporting rod, a positioning wheel, rectangular metal fan blades, a circular supporting rod fixing base, a rectangular metal fan blade rotating shaft, a fixing spring, a fixing nut, a main shaft, a generator shell cover, a silicon steel sheet, a square gear silicon steel sheet peripheral steel belt, a peripheral steel belt gap filling steel sheet, a peripheral steel belt circular fixing spring inserting clamp, a copper ring, a stator coil, a rotor magnetic sheet, a rotor, a fixing pin and a bearing. The fan blades can produce nearly double wind power through a suspension type device and the wind collecting device additionally arranged on the blades, the starting torque is greatly reduced, original manual operation is replaced by mechanical operation, the requirement for the electrical property of a motor is met, the weight can be reduced through an aluminum varnished wire, the materials of an original aluminum outer shell are changed into high temperature resisting plastics, materials are saved, assembling is convenient, and the wind collecting suspension type wind driven generator has good economic benefits and safety performance, saves energy and is free of pollution.

Description

1. Technical field: [0001] The utility model relates to a wind power generator with a wind gathering and suspension device, which belongs to the technical field of solar energy development. 2. Background technology [0002] The wind blades of wind turbines used for wind power generation in the world include double blades, three blades, horizontal installation and vertical installation. Due to the large wind blades, a large starting torque is required, that is, a large wind force and a large installation are required. Field, large fixed brackets. The production of wind power generators requires variable speed wheels. The generator coils must be embedded in the small grooves of the silicon steel sheets. Only thin copper enameled wires can be embedded. Because the aluminum wires with the same electrical properties are embedded, they are too thick to be embedded, and they are easy to bend and break. Produced by skilled workers, the manual process is complicated. 3. Contents o...

AI Technical Summary

Problems solved by technology

The production of wind power generators requires variable speed wheels. The generator coils must be embedded in the small grooves of the silicon steel sheets. Only thin copper enameled wires can be embedded. Because the aluminum wires with the same electrical properties are embedded, they are too thick to be embedded, and they are easy to bend and break. Production by skilled workers, complex manual process

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