Seesaw-type hydroelectric power generation device

A seesaw-type hydroelectric power generation device, filled with a working fluid (WF) inside, the seesaw-type hydroelectric power generation device comprising:

• an elongated container (10), comprising a chamber (11) filled with the working fluid (WF) and a partition (12), the chamber (11) divided to a first compartment (13) and a second compartment (14) by the partition (12), wherein a water flow passage (15) is located below the partition (12) and communicates with the first compartment (13) and the second compartment (14);
• a hydroelectric turbine module (20), comprising an impeller (22) and a power generator (21) connected to the impeller (22), wherein the impeller (22) is arranged in the water flow passage (15);
• a pivot structure (30), disposed below the elongated container (10) and arranged corresponding to a middle position of the elongated container (10);
• a jacking structure (40), disposed on two sides of the pivot structure (30);
• wherein when a force is applied to the elongated container (10), the elongated container (10) is tilted by pivoting around the pivot structure (30) and alternately jacked through the jacking structure (40), the working fluid (WF) flows reciprocally in the water flow passage (15) and drives the impeller (22) to rotate to generate electricity by the power generator (21);
• wherein the jacking structure (40) comprises a pair of springs (41, 42), and the springs (41, 42) are disposed on two sides of the pivot structure (30).

A seesaw-type hydroelectric power generation device, filled with a working fluid (WF) inside, the seesaw-type hydroelectric power generation device comprising:

• an elongated container (10), comprising a chamber (11) filled with the working fluid (WF) and a partition (12), the chamber (11) divided to a first compartment (13) and a second compartment (14) by the partition (12), wherein a water flow passage (15) is located below the partition (12) and communicates with the first compartment (13) and the second compartment (14);
• a hydroelectric turbine module (20), comprising an impeller (22) and a power generator (21) connected to the impeller (22), wherein the impeller (22) is arranged in the water flow passage (15);
• a pivot structure (30), disposed below the elongated container (10) and arranged corresponding to a middle position of the elongated container (10);
• a jacking structure (40), disposed on two sides of the pivot structure (30);
• wherein when a force is applied to the elongated container (10), the elongated container (10) is tilted by pivoting around the pivot structure (30) and alternately jacked through the jacking structure (40), the working fluid (WF) flows reciprocally in the water flow passage (15) and drives the impeller (22) to rotate to generate electricity by the power generator (21);
• wherein the partition (12) is positioned in a middle of the chamber (11) to make a volume of the first compartment (13) be equal to a volume of the second compartment (14);
• wherein the pivot structure (30) is disposed directly under the partition (12);
• wherein the pivot structure (30) comprises a support base (31), an angle plate (32) and a bearing (33), and the support base (31) is fixed to a lower platform (DP), the angle plate (32) is fixed to a bottom surface of the elongated container (10) and connected to the support base (31) through the bearing (33).