| 摘要 |
There is disclosed a hydroturbine which exploits the potential energy of a water column of high pressure - changing it into the speed of the stream action of the flow over the rotor blades and by their rotating moment increases the speed of the jet by the press-back force pressing out the water flow of the turbine system. The stator body (1) is a cylindrical cave (27) of oval shape in which is placed the shaft with the rotor on which is a comparting disc with, both sides equipped with blades. The blades are both on upper and lower side halfaxially positioned to the jet pipes (26). On the other side of the stator body, there is a half-axially positioned Bernulli pipe (19). On the front side is the introductor (22), which closes by means of a hydro-closer (24) which continues by the introducing funnel (29). The so disposed construction functions as follows: upon opening the hydro-closer, the potential energy of the water column changes over the introducing funnel and the jet-pipes (26) into high speed impact on the rotor's blades, turns them with high speed which by their turning is increased and presses out the water flow over the Bernulli pipe half-axially out of the system, achieving the constant work of the turbine. Lowering the hydro-closer, the fluid input steps, and therefore the turbine's work. |
