TH8157C3 - Vertical Axis Wind Turbine - Google Patents

Abstract

DC60 (05/03/56) Vertical wind turbine consists of 2 main parts: turbine pole and turbine blade assembly. Support the weight of the entire structure The turbine blade set is the upper part of the structure of the wind turbine. Moving parts By this set of turbine blades will consist of The main body of the rotor is a rotating and acting. Both hubs and four pairs of rotor blades are supported by the blades of the other rotor. The top of the windmill is set up with a rudder to indicate the wind direction. The turn for the wind direction of the rudder tells The wind direction is powered from the wind direction rudder and is transmitted through the sun gear to the combination gearbox. It is transmitted to the Pinion and the propeller shaft, which sends power to the turbine blade drive gearbox. Of the turbine blade, which Connected to the gear of the turbine blade drive gear, it will rotate to adjust the angle towards the wind direction. Wind turbines will send Through the arms of the rotor, the core of the rotor is rotated. As the rotor of the windmill rotates, the blades of the turbine also spin around themselves at the same time to adjust their angle. Vertical wind turbines consist of 2 main parts: turbine pole and turbine blade assembly. Support the weight of the entire structure The turbine blade set is the upper part of the structure of the wind turbine. Moving parts By this set of turbine blades will consist of The main body of the rotor is a rotating and acting. Both hubs and four pairs of rotors are supported, with the blades of the turbine being supported by another rotor carrier. The top of the turbine is set up with a wind direction rudder. The turn for the wind direction of the rudder tells The wind direction is powered from the rudder that indicates the wind direction and is transmitted through the sun gear to the combination gearbox. It is transmitted to the Pinion and the propeller shaft, which transmits power to the turbine drive gearbox. Of the turbine blade, which Connected to the gear of the turbine blade drive gear, it will turn to adjust the angle into the wind direction. Wind turbines will send Through the arms of the rotor, the core of the rotor is rotated. As the rotor of the windmill rotates, the blades of the turbine revolve around itself at the same time to adjust its angle.

Claims (1)

Disclaimers (all) that will not appear on the advertisement page: 1. Vertical wind turbine consists of turbine pole (1) turbine blade set (2) turbine blade set (2) main rotor (3) combination gearbox (4a) joint (4b) rudder. Wind direction (5) Propeller shaft drive (6) Turbine blade drive gear (7) Ee of the upper rotor (9a) Ee of the lower rotor (9b), which each pair of crocodiles are at right angles to each other. They are used to support the turbine blades (11), where the rudder indicates the wind direction (5), there is a gear slope (4e) attached, with the top hub (13a) and the lower hub (13b). The connection between the main body of the rotor (3) and the carriage of the rotor. The lower end of the main rotor (3) is attached to the tip of the turbine pole (1), where its characteristic is Turbine blades (11), those located in front of the rudder of the wind direction (5), are angled at 45 degrees (when measured counterclockwise) with the direction of the rudder for the wind direction (5) Turbine blades (11 ) The one on the left The wind direction indicator (5) is positioned at a 90 degree angle to the direction of the wind direction (5) turbine blade (11) behind the wind direction (5). Placed at an angle of 135 degrees to the direction of the tiger, wind direction (5) and turbine blades (11) on the right hand side of the rudder to tell the wind In any direction, the wind direction rudder (5) always faces the wind direction. To turn or turn towards The wind direction of the rudder indicates the wind direction (5) is its own rotation where the sun gear (4e) is attached. Thus causing the steep gear (4e) to rotate as well Sun gear (4e), which is fixed together with the combined gearbox (4a), drives the gearbox. Mix (4a) to make rotation. And the power from the mixing gear (4a) is transmitted through the pinion (4d) and the transmission shaft. Blade (6) goes to the turbine blade drive gear (7), so Ee of turbine blades (10) and turbine blades Which is connected to the drive gear Turbine blades (7) will be rotated to adjust the angle of itself, which is related to the rotation of the wind direction. The rudder tells the wind direction (5) where the turbine blades (11) rotate themselves only one turn per rotation of the gens The main rotor (3) two turns