TH9606A3 - 9 vertical axis water turbine - Google Patents

Abstract

DC60 (08/09/57) 9 vertical axis water turbines from this invention provide 6 sets of rotor arms, 2 layers: the upper rotor arm and the lower rotor arm. Which will serve to support the axis of the turbine blade With the top hub and the lower hub The face is the connection point of the six rotor arms of this water turbine. The upper hub and the lower hub are bolted to the axle. Of the other rotor, which has a bearing as a support for rotation On the top hub there is a pulley or cog for transmission. Driving power generating electricity The lower hub serves as a support for the transmission gears to drive the turbine blades, with the pinion and shaft as a device to transmit power from the power transmission gearbox drives the blades to the 1st, 2nd and 3rd gear. Continued to the 3rd set of driving gear The power transmission shaft is supported by bearings, installed so that the shaft is parallel to the arm of the lower rotor.The rotor assembly, which supports the watertight turbine assembly from this fabrication, is attached to the support beam. Rotor axis In which the characteristics of the supporting beam are double beams Where the two ends of the support beam are attached to Buoyancy, which is used as a device to support the turbine to float on the water. In addition, the support beam is installed. Power generators with which power is transmitted through Phulay. The rotor axis is fixed to the support beam and locked. Not to spin Where the lower end of the rotor axis is provided with a sun gear, worn and fixed in place. To act as Lock, transmission gear, transmission, drive the blade The float is designed to have an acute angle of tip that faces the water when assembled with Then the supporting beam will look like a horn. Which will serve to increase the speed of the water flow The 9 vertical axis water turbines from this invention have 6 sets of rotor arms, 2 layers, the upper rotor arm and the lower rotor arm, which support the axis of the turbine. With the top hub And the lower hub serves as the connection point for the six rotor arms of this turbine. The upper hub and the lower hub are bolted to the axle. Of the other rotor, which has a bearing as a support for rotation On the top hub there is a pulley or cog for transmission. Power drives the klon to generate electricity. The lower hub serves as a support for the transmission gear to drive the turbine blades, with the pinion and shaft as a device to transmit power from the transmission gear to the 1st, 2nd and continuous transmission gear. To the 3rd drive gear, the transmission shaft is supported by a bearing, installed so that the shaft is parallel to the arm of the lower rotor. Fixed to the support beam by the rotor axis, the type of support beam is double beam Where both ends of the support beam are attached to Buoyancy, which is used as a device to support the turbine to float on the water. In addition, the support beam is installed. Power generators with which power is transmitted through Phulay. The rotor axis is fixed to the support beam and locked. Not to spin Where the lower end of the rotor axis is provided with a sun gear, worn and fixed in place. To act as Lock the transmission transmission. The float is designed to have an acute angle of tip that faces the water when assembled with Then the supporting beam will look like a horn. Which will serve to increase the speed of the water flow

Claims (1)

1. 9 vertical axis water turbine consists of lower rotor arm (1) upper rotor arm (2) 3rd set of propeller column (3) rear propeller shaft support beam (4) lower hub (5) ) Upper hub (6) Combination axle (7) Combination gear (8) Spur gear (8a) with Beawel gear (8b) Driving gear (19) Sun gear (10) Axle Rotor (11) Pinion (12) Bearing (13) Transmission Shaft Front Prop (14) Prop 1 (15) Prop 1 (16) Prop 1 (17) 2nd set of propeller shaft (17a) 2nd set of propeller shaft (18pdt propeller shaft rear set (19) pinion (20) 3rd set of propeller gear (21) 3rd set of propeller (22) turbine blade Set 3 (23), pulley (24), support beam (25) and float (26), rotor shaft (11), which is mounted in the center of the support beam (25), this rotor axis (11) is locked to In addition, at the lower end of the rotor shaft (11), a sun gear (10) is locked, and this rotor axis (11) is attached to the upper shroud (6) and the hub. The lower body (5) with bearings to support the rotation of the combination gearbox (8), where all 3 units are installed on the lower hub (5) with the gear spurs (8a) of the Equation (8) is attached to the sun gear (10), the replacement ratio of the spurs gear (8a) of the combination gear (8) and the sun gear (10) is given to be 1 to 2, or if the ratio between the spur gear (8a). The combination of gearbox (8) and sun gear (10) is 1 to 1 to allow the rotor to rotate 1 turn per half turn of the turbine blade. The ratio between bevel gear (8b) to pinion (12) must be 1: 2.The distance between the top (6) and the lower (5) hubs is determined by the hub pillar (2a). The upper rotor arm (2) and the lower rotor arm (1), a total of 6, are attached to the upper hub (6) and the lower hub (5) the end of the upper rotor arm (2). And the tip of the lower rotor arm (1) provides a propeller support pole (2b) Set turbine blade 1 (16) has a blade axis (15) as a rotating shaft, second set (18) has an axis. The second set (17a) is the spindle and the third set (23) is the third (22) set as the spindle, all of which are supported by the upper rotor arm (2) and the rotor arm. Bottom (1), which will pass through the bearing To support rotation But the fixing of the 3rd (21) driving gear and the 3rd (22) axle is attached in the face-down manner, the 1st (9) driving gear and the 2nd driving gear (17 ) To keep the grind on the pinion (12), while the drive gear set 3 (21) aligns with the pinion (20). As a result, the power from the mixing gear (8) can be transmitted to the blade. The third turbine (23) was obtained through the front propulsion shaft (14), the pinion (20) and the rear propeller shaft (19), respectively, the support beam (25), where the buoy was provided. float (26) assembled at both ends to act as weight support All of the turbines The secondary self-rotation or angle-adjustable capability of the 1st (16), 2nd (18) and 3rd (23) blades is achieved when the rotor of the turbine is Spins due to the force of the spur gear (8a) of the mixing gear (8), which grinds to the sun gear (10) (which is locked in place ) Will be forced to run and spin. In the sub-gear (10), the mixing gear (8) will also spin around itself, since the Beavel gear (8b) of the mixing gear (8), where it grinds with the pinion (12), will Drive the transmission shaft to drive the front blade (14) to rotate, in which the middle and The other end of the front propeller shaft (14) has a center pinion (12) aligned and mitted with the drive gear set (19) Pinion (12). Therefore, when the 1st set (9) and the 2nd (17) drive gear are rotated, the 1st set (16) and the 2nd set ( 17) Rotate by power from the transmission shaft. The front propulsion (14) can be transmitted to the 3rd set (23) through the pinion (20), the rear propeller shaft (19). Can be rotated to adjust the angle The special part of the assembly that allows all 3 sets of turbine blades to be rotated in the same direction is the attachment of the 3rd (21) driving gear to the 3rd (22) blade axis. Appearance Face down to make it spin in the same direction. 9 vertical axis water turbines according to this invention have unique characteristics. There are a total of 9 turbine blades, arranged in three sets. Sec. Installation to the rotor is Turbine No. 1 (16) and Turbine No. 2 (18) are arranged along the radius of the rotor arm. The third (23) turbine blades are arranged in a circle along the circumference of the rotor. There are mechanisms and techniques. Put together some of the special parts Which allows the set turbine blades to adjust their own angle and in the direction The same when the rotor of the Kangan rotation By this special mechanism There is a transmission drive from the sun gear (10) to the shaft axis 2 (17a) and forward to the shaft axis 3 (22) with a transmission technique by means of a shaft connection. Series, but at an angle of 60 degrees, that is, the output power from the pinion (12) can be transmitted to the pean (20) By means of the 2nd (17) of the driving gear and the 3rd (21) of the driving gear, it is possible to receive the power from the pinion (20) and the 3rd (23) transmission shaft. And to make every set of turbine blades spin in the same direction The 3rd (21) propulsion gears must be attached to the 3rd (22) blade axis in a face-down manner in order to interact with the peanuts (20). It is designed with a rear axle support beam (4), where the lower rotor arm (1) is connected alternately, which makes the rear propeller shaft (19) supported to avoid Shielding each set of turbine blades When the turbine rotor is rotated 30 degrees, the third (22) axis of the turbine blade is designed to be long and deep. The first and second set of turbine blades, the third (22) axis of the turbine blade was twice the length of the blade height.