| 摘要 |
The wind and sea-wave heat-generating plant consisting of a wind- and water-propelled rotor with vertical blades profiled like aeroplane propellers. The rotor shaft is connected with the shaft of the heating machine and has a propelling rotor with a pair of horizontal arms, their length equalling r measured from the axis of the shaft connected with them and mounted on top of a mast and the axis of the blade bearing. In the space between the lower ends of the blades and the base of the mast it is equipped with a horizontal, rotating platform with an outrigger, an orientation panel and a fixed ring placed in guides. On top of that ring rotationally mounted is the main crank ring. The length of the main crank equals r between the centre of the ring and the centre of the crank bushing, connected to the ring and placed on top of the pivot of the lower end of the blade in such a way as to keep the distance "a" between the pivot axis and the axis of the bearing for the pair of arms. The distance "a" is measured parallelly to the chord of the blade profile in the direction of its movement. The plant is also equipped with a differentiation mechanism for stabilising revolutions of the wind- and water-propelled rotor composed of a complete cylinder attached to the main crank, while the heating machine has a blade rotor with a cylinder mantle belting rigidly the blades. This rotor is coupled directly with the shaft of the wind- and water-propelled rotor placed in the cylinder of the heating machine body together with two five-groove rotors with diameters equalling half the diameter of the blade rotor and the internal diameter of its mantle, there is some clearance between them and they are coupled with the blade rotor by means of toothed wheels. The heat-generating plant is distinctive in that the maximum value of the circular cam (e) of the fixed ring (11) measured from the shaft axis (2) is smaller than the quantity (a) and amounts to...<IMAGE>
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