| 摘要 |
The present invention relates to a hydraulic engine which increases a yield of energy to utilize the maximum energy by discharging water contained in water collecting containers after moving the water through paths without directly discharging the water while changing the potential energy of water with a rotational force. The hydraulic engine(10) with the water collecting containers arranged on spots separated from a rotary shaft(25) at a predetermined space along the circumferential direction at regular intervals includes a main water chamber(110) where water sent via a main water port(11′) is temporarily stored; a main water path(12) which is formed to communicated with the main water chamber(11) to make water discharged from the main water chamber(11) flow in a radial direction and which includes an outlet on one end. The power generating device includes a pair of supporters(20) which are formed symmetrically on both sides of the main water port(11′) of the hydraulic engine(10) and which supports the hydraulic engine(10); bearings which are installed on the upper parts of the supporters(20) and which supports the rotary shaft(25) of the hydraulic engine(10) to be rotated; and a taking-out pulley which is installed on one end of the rotary shaft and which transmits the rotational force to an external power generating source. The present invention enables the rotary shaft to be rotated by using the gravity and a centrifugal force of the water actuating inside the main water path while utilizing a load and the potential energy inside the main water chamber as the water discharged from the main water chamber of the water collecting container is moved through the main water path in the radial direction without being directly discharged, thereby improving the actual power generation. |
