TH9604C3 - Hydro turbine with counterweight - Google Patents

Abstract

DC60 (08/09/57) A counterweight blade turbine, with four rotor arms, resembling a plus sign that serves to support the axis of the turbine blade. These 4 rotor arms are connected at the rotor axis. The turbine blades are characterized by Flat material and is provided with an anchor rod on one side of the turbine blade To attach the turbine blades to the rotor arms The axis of the turbine blade is inserted parallel to the rotor arm, and at the inner end of the blade axis is an arm of the rotor. Weights are attached to the weight. At the other end of the counterweight, a counterweight is attached to it for use. As a balance weight for turbine blades The rotor is driven by the flow of water by the turbine blades that It moves in the same direction as the water stream, it is pushed to open the face to catch the current The turbine blades will be obstructed. The water flows vertically and is locked in this way by a counterweight arm, which is locked against the rotor arm. Easily lifted up Because there is a balanced weight with the weight of the turbine blades The rotor shaft is aligned with the support beam in position. Center with a bearing as a support for rotation. At the top end of the rotor shaft, a pulley is attached to Used as a device to transmit power to the At both ends of the support beam, a buoyant is provided by this float. In addition to acting as a weight bearing device, the turbine rotor also acts as a water transfer device. The weighted water turbine has four rotor arms, like a plus sign, which supports the axis of the turbine. The 4 rotor arms are connected to the rotor core. The turbine blades are characterized by Flat material and is provided with an anchor rod on one side of the turbine blade To attach the turbine blades to the rotor arms The axis of the turbine will be inserted parallel to Rotor arms and at the inner end of the turbine blade axis provide an arm of Weights are attached to the weight. At the other end of the counterweight, a counterweight is attached to it for use. Is a balanced weight The rotor blades will spin by propulsion from the water flow by the turbine blades that Moving in the same direction as the water current is driven so that Open the face to receive the tide The turbine blades will be obstructed. The water flows vertically and is locked in this way by the counterweight arms which are locked against the rotor arm. Easily Because there is a balanced weight with the weight of the turbine blades The rotor axis is aligned with the support beam in position. Center with a bearing as a support for rotation. At the top end of the rotor shaft, a pulley is attached to Used as a device to transmit power to use. At both ends of the support beam, a buoyant is provided by this float. In addition to this, it acts as a weight bearing for the turbine rotor and also acts as a water flow device.

Claims (1)

1. A water turbine with a weighted blade consists of two main parts: the stationary and the fixed parts. Moving With the stationary part consisting of support beams (8), buoyancy (9) with 2 buoys, water baffle (10), water barrier (11), for the movable part consisting of a rotor core (1), rotor arm ( 2) There are 4 turbine blades (3) with a total of 4 counterweight arms (5) have a total of 4, weights (6) have four and pulleys (7) rotor axes (1) to be equipped. Fixed in the center of the support beam (8), with the bearing supporting the rotation at the lower end of the rotor axis. Provided as a connecting unit of the 4 rotor arms (2), connected in a manner The positive sign (+) turbine (3), where flat sheet material, is arranged with a blade axis (4) attached to the edge of one side, with both ends of the blade (4) arranged. Attach the rotor arm (2) at the support (2a) and (2b) the other in parallel with the characteristic of a water turbine with a weights. At the inner end of the blade axis (4) a counterweight (5) arm is attached, and at the other end of the counterweight arm (5) a counterweight (6) is provided. This counterweight will balance the turbine blades (3) so that the blades (3) can be lifted easily while they move in opposition to the flow of water. Another duty Of the counterweight arm (5) is to act as a lock onto the rotor arm (2) by the counterweight arm (5) will interlock with the rotor arm. (2) when the turbine blades (3) are driven by water to move in the same direction as the current When the counterweight arm (5) is interlocked with the rotor arm (2), the turbine blade (3) will be in a vertical position facing the transverse blade with the current at both ends of the support beam (8) to create a float. (9) It is a device to support the whole set of turbines to float on the water.This buoyant (9) is designed to be able to act as a condenser to increase the speed of the water flow by design that the end of the buoy facing the water stream has a similar curve cuspidor It is also designed to have a water barrier (10) and a water barrier (11).