The present invention relates to a method for realizing hydroelectric power generation using the energy of river water without a dam, but constructs one or two water for power generation at a certain position in the middle of the river where the river water is sufficient, but the construction of the dam is difficult. Distribute the flood control floodgates into several buildings and use the floodgate to fix the height of the river to increase the amount of rainfall and increase the amount of water flowing into the river or to reduce the amount of water flowing into the river. When the amount of water flowing into the river is increased by using a device that connects the power of the falling water beyond the hydrological gate to the power to realize hydropower, the flood control gates are opened one by one, and the river water is realized while hydroelectric power is realized. If the height of the water is fixed to a certain height and the amount of river decreases, the flood control floodgates are blocked one by one. While the river is being developed, the height of the river is fixed at the height of the fall of the river, and the facilities installed on the existing riverside are kept in a circular shape and constructed as a safe device from flooding.;The present invention is a device that utilizes the power of abundant river water falling at this height and the energy of the river water generated while the river moves in the downstream direction. The position of% is preferable, and it connects to the construction of the channel vertically, at the same height as the height of the power generation gate (10) in the position that is in line with the direction of the channel (Fig. 4) the bend is formed in the form of a gear throughout the cylindrical drum And fixed to the first gear (12) attached to the side device, and the second drum (13) having a cylindrical shape at the top of the 2m from the river bottom vertically in the first drum (12) and a bend in the whole gear type To move up and down, and two belts (12) and (13) by winding a 360 ° round the gear 14 is formed with a belt bent (Fig. 4) outside the belt 14 Absorb the power of the drop When the baggage 15 in which water is accumulated is attached to the inclination and the scale, the drop force generated while falling from the power generation gate 10 is applied to the baguette 15 and the baguette 15 and the belt ( 14) the action of moving the group in the downward direction and when the river adds the force of the drop to the next baguette (15), the gravity of the water loaded on the baguette (15) first baguette 15 and the belt (14) ) The action of joining forces to the group is continuously connected, and when the baguette 15 and the belt group are rotated, the two drums 12 and 13 connected thereto rotate, and the energy of the rotation is the first one. ) And the coupling 17 connected to the power generation facility is characterized in that the force of the drop generated when the river is falling and the gravity of the water loaded on the baguette 15 is connected to the power to operate the power generation facility.;Belt, Baguette
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