A propeller turbine to help increase the movement of small floating plants.

Abstract

OCR 10KL (30 / 04 / 2569) This turbine, designed to help increase the movement of small floating plants, consists of thin, folded blades. The top and bottom edges are attached to the end plates, which prevent plant matter from being thrown against the pond walls. The entire structure is connected to the drive shaft. A cylindrical object that serves as a rotating shaft, with both ends of the shaft fitted with pillow block bearings and connected to gears. A gear reduction system uses a metal key to increase torque with low energy consumption. A mounting base is included. The adjustable height of the set can be moved along semicircular or elliptical grooves and secured tightly with screws.

Claims

OCR 10KL (30 / 04 / 2569) 1. A propeller turbine to help increase the movement of small floating plants, consisting of: The propeller (101) is a thin sheet that is folded into shape at the top and bottom edges and attached to the end cover. and the end of the turbine assembly (102) which is connected to the turbine drive shaft (103) so that all three parts rotate together by The head and tail covers of the turbine assembly (102) serve to prevent floating plants from splashing onto the pond walls by the shaft. The turbine drive (103) is cylindrical in shape and serves as the axis of rotation of the turbine assembly and as a holder for the components. The shaft end is the same size as the inner diameter of the pillow block bearing (104), and the shaft head has a keyway slot for fitting. With the pillow block bearing (104) and reduction gear (106) held together by a metal wedge, the pillow block bearing (104) is fitted onto the shaft head. and the rear of the drive shaft are securely fastened together, with the drive system at the head of the shaft using an electric motor (105). Power is transmitted through a reduction gear (106) which reduces the motor speed and increases the torque of the turbine assembly by using Low power, with special features: leveling platform (107) with main frame supporting the motor assembly. The turbine gear set and bearing housings, both at the head and tail of the turbine shaft, are attached with steel plates. On the side of the leveling platform, there is a plate with a semicircular or elliptical groove, which serves as a sliding guide. The angle or vertical position of the platform can be adjusted by using screws or nuts that fasten it through the holes in the curved groove.

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