TH3643A3 - Four-tier vertical hemispherical wind turbine. - Google Patents

Abstract

Four-tier vertical hemispherical wind turbine. There are four equal trapezoidal turbine structures outside and inside the structure. There are four tiers of hemispherical vertical wind turbines, each with a fixed shaft. The position of the turbine, the first level alignment. In position In line with the third level The second level. It is in the same position as the fourth level. The energy generation of the turbine blades works simultaneously as a system. It transmits energy to the reduction gear chamber at the bottom of the internal turbine structure base, and the energy generated by the turbine's rotation is carried out. To use in generating electricity for separate use Four-tier vertical hemispherical wind turbine. Can be installed in an area with good wind conditions. And in a wide area, it is very efficient in the operation of the four-level hemispherical wind turbine.

Claims (1)

1. Four-tier vertical hemispherical wind turbine. It consists of a square turbine blade mounting structure. All four sides of the trapezoid The turbine blades (4) are placed inside the structure divided into four levels of the turbine blade and the chamber. The lower gear of the structure base is fixed with angle steel (2) steel flanges (3) as the connection. Between all structures Four-tier upright hemispherical wind turbine blades It looks like a tank shaped, half-circle split into two sides, one side is exposed to the wind, the other side waits for the wind to receive the other side. Which is opposite the leaf The semicircular upright windmill (4) consists of a picture in the wind chamber of the turbine blade with a blow gate (5) and Self-acting hinge (6) with excess wind pressure. Turbine blades (4) Fix the structure with edge bars (7) Perforated periodically along the perimeter of the turbine blades (4). The turbine blades (4) are alternately placed by The first level position is the same as the third level position. The second level is in the same position as the fourth level, using the axle (9) to determine the installation position of each level. The bearing supports (10) by three phases. Phase one is at the end of the shaft (9), the second phase is The position of the turbine blades (4) the first level, the third stage before reaching the gear chamber. The axle shaft (9) has a shaft characteristic. The entire length of the wind turbine structure reaches the lowest gear chamber for energy transfer.The reduction chamber consists of a horizontal disc (12) and a shaft (13) attached to the top of the sprocket (12). (14) is attached to the end of the shaft gear (13) until the horizontal gear (12) has a horizontal bevel gear with the shaft gear (13) together and works simultaneously as a team and the belt win (14) is distributed. The energy goes to the part that defines the operation of the four-tier hemispherical wind turbine. There is a special feature The structure of the four-tier hemispherical wind turbine is a structure. Four equilateral trapezoid With turbine blades in a four-tiered structure The turbine blades are shaped like a half-circle tank. It is divided into two sides, each in a semicircle, the interior consists of a blow-off door that operates with excess airflow from the original wind conditions. The shaft axis of the turbine is equipped with a three-stage support bearing and is also graduated to the turbine blade. In alternating positions according to the specified distance of four levels Horizontal gear plate that reduces power And distribute energy to different parts of the gear and win-belt systems