A wind power generator frame adjustment device

Abstract

The invention relates to the technical field of wind power generation auxiliary devices, in particular to a wind driven generator base adjusting device; and the wind driven generator base adjusting device can improve the horizontal adjusting capacity, prolong the service life and improve the practicability, can timely adjust the angle along with change of the wind direction, is high in capturing capacity, improves the adaptability, and increases the wind energy conversion rate. The wind driven generator base adjusting device comprises a wind driven generator, a top plate and support legs, andfurther comprises a first placing plate, an adjusting thread pipe set, an adjusting thread rod set, a ball set, a ball upper placing plate, a ball lower placing plate, a rotating shaft, a left adjusting shaft, a second placing plate and a stand; ball upper placing cavities, corresponding to ball lower placing cavities, are respectively formed in the left front side, the left back side, the right front side and the right back side of the bottom end of the ball upper placing plate; a left first placing hole and a middle first placing hole are respectively formed in the left side and the middle part of the top end of the ball upper placing plate; a middle second placing hole is formed in the middle part of the bottom end of the stand; and the wind driven generator is mounted at the top end ofthe stand.

Description

technical field [0001] The invention relates to the technical field of wind power generation auxiliary devices, in particular to a wind power generator base adjusting device. Background technique [0002] As we all know, wind turbines are mainly used in rural areas, pastoral areas, mountainous areas, and buildings near developing large, medium and small cities or commercial areas to meet the electricity demand of local users. It is a kind of power supply, with its small modularization, distributed, arranged near the user, the efficient and reliable power generation mode has become a new type of power generation mode and energy comprehensive utilization mode with broad development prospects. The wind turbine base adjustment device is An accessory device used to adjust the position of the generator so that it can better meet the wind direction and convert electric energy from wind energy. It has been widely used in the field of installation and adjustment of wind power generat...

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Problems solved by technology

[0002] As we all know, wind turbines are mainly used in rural areas, pastoral areas, mountainous areas, and buildings near developing large, medium and small cities or commercial areas to meet the electricity demand of local users. It is a kind of power supply, with its small modularization, distributed, arranged near the user, the efficient and reliable power generation mode has become a new type of power generation mode and energy comprehensive utilization mode with broad development prospects. The wind turbine base adjustment device is An accessory device used to adjust the position of the generator so that it can better meet the wind direction and convert electric energy from wind energy. It has been widely used in the field of installation and adjustment of wind power generation; the existing wind power generator base The regulating device includes a wind generator, a top board and legs, the top board is located below the wind generator, and the top of the top board is connected to the bottom of the wind generator, the legs are installed on the bottom of the top board, and the top of the legs is connected to the bottom of the bottom board. end connection; when the existing wind turbine base adjustment device is used, first install the bottom end of the outrigger on the ground, and then use external work such as a level and a square to correct the outrigger; the existing wind turbine base During the use of the adjustment device, it was found that external tools are needed for calibration. Due to the uncertainty of the wind direction, if the level is not adjusted properly after one-time fixed installation adjustment, it is easy to cause the shaft of the wind turbine to be out of center, and long-term rotation will cause wear and tear, which will affect the use of the wind turbine. Life expectancy, resulting in poor practicability; and after the outriggers are fixed, the angle cannot be adjusted with the frequently changing wind direction, resulting in poor capture ability, poor adaptability, low wind energy conversion rate, and

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