Wind wheel of pipe blade cone connected wind driven generator

Abstract

The invention discloses a wind wheel of a pipe blade cone connected wind driven generator. The wind wheel comprises blades, a wind wheel hub in the middle, and wind pipes at the periphery, wherein the wind pipes and the wind wheel hub are coaxially mounted on a wind wheel shaft, and synchronously rotate; the blades are arranged between the wind wheel hub and the wind pipes, and are evenly distributed at the periphery; the windward end surface of the wind wheel hub is a conical wind guide surface; the two shaft ends of the wind wheel shaft are respectively mounted on a centering tower column and a rotating tower column through bearings; the bottom of the centering tower column is mounted through a horizontal rotating mechanism; the bottom of the rotating tower column is positioned on a horizontal arc rail through a roller; and one shaft end of the wind wheel shaft is connected with a generator through an acceleration transmission mechanism. The wind wheel can effectively catch wind energy, can lock air flows, can increase the rotating torque of the blades, can enhance the output power of the wind wheel, and can obviously improve the generating capacity.

Description

(1) Technical field: [0001] The invention relates to wind power generation technology, in particular to a wind wheel of a tube-blade-cone-connected wind power generator. (two) background technology: [0002] Most of the wind rotors of existing wind power generators of various sizes are open, and there are only 3 blades on the rotating hub, and the blades are thin and long. Composed of 3 to 4 blades, the blades are relatively wide, and each blade is composed of several pinnae. [0003] There is also a wind turbine structure in which the blades of the wind rotor are sleeved in the outer tube, wherein the blades are separated from the outer tube. [0004] The deficiencies in existing wind turbine wind rotors are: [0005] 1. The airflow cannot be locked or completely locked, which means that the wind energy cannot be effectively captured, resulting in low efficiency of the wind turbine. [0006] 2. To increase the generating power of the wind turbine, it is necessary to leng...

AI Technical Summary

Problems solved by technology

[0005] 1. The airflow cannot be locked or completely locked, that is to say, the wind energy cannot be effectively captured, resulting in low efficiency of the wind turbine

[0006] 2. To increase the power generation of wind turbines, the length of the blades needs to be lengthened, resulting in an increase in the quality of the blades

[0007] 3. The wind wheel in the prior art cannot change the torque of the air flow when doing work, resulting in the power generation not reaching the best effect

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