Hydrostatic energy generator

1. A hydrostatic energy generator ( 100 ), comprising:

at least a first chamber ( 10 ) and a second chamber ( 11 ), wherein the first chamber ( 10 ) and the second chamber ( 11 ) are at least partially filled with a fluid ( 12 );

a hydrostatic energy generator internal piston ( 53 ), which comprises a first piston ( 13 ) and a second piston ( 14 ), wherein the first piston ( 13 ) is movably arranged within the first chamber ( 10 ) and the second piston ( 14 ) is movably arranged within the second chamber ( 11 ), wherein the first piston ( 13 ) is mechanically or hydraulically connected to the second piston ( 14 );

wherein the first chamber ( 10 ) comprises at least a first passageway ( 15 ) for inlet and/or discharge of the fluid ( 12 ) and a second passageway ( 16 ) for inlet and/or discharge of the fluid ( 12 );

wherein the second chamber ( 11 ) comprises at least a third passageway ( 17 ) for inlet and/or discharge of the fluid ( 12 ) and a fourth passageway ( 18 ) for inlet and/or discharge of the fluid ( 12 ); and

an automatic hydraulic directional valve ( 50 ), wherein the automatic, hydraulic directional valve ( 50 ) comprises at least a third piston ( 52 ), wherein the automatic hydraulic directional valve ( 50 ) is connected to the first passageway ( 15 ) for inlet and/or discharge of the fluid ( 12 ) and to the second passageway ( 16 ) for inlet and/or discharge of the fluid ( 12 ) and to the third passageway ( 17 ) for inlet and/or discharge of the fluid ( 12 ) and to the fourth passageway ( 18 ) for inlet and/or discharge of the fluid ( 12 );

wherein the automatic hydraulic directional valve ( 50 ) controls the flow of the fluid ( 12 ) to and from a first volume ( 19 ), a second volume ( 20 ), a third volume ( 27 ), and a fourth volume ( 28 ),

wherein the hydrostatic energy generator internal piston ( 53 ) includes a first internal hole ( 54 ) and a second internal hole ( 55 ) for synchronizing a position of the third piston ( 51 ) with a position of the hydrostatic energy generator internal piston ( 53 ), and

wherein the first internal hole ( 54 ) allows the fluid in the fourth volume ( 28 ) to be transferred to the automatic hydraulic directional valve ( 50 ) to activate the internal piston ( 52 ) of the automatic hydraulic directional valve ( 50 ) when the hydrostatic energy generator internal piston ( 53 ) reaches an upper end of the second chamber ( 11 ), and the second internal hole ( 55 ) allows the fluid in the third volume ( 27 ) to be transferred to the automatic hydraulic directional valve ( 50 ) to activate the internal piston ( 52 ) of the automatic hydraulic directional valve ( 50 ) when the hydrostatic energy generator internal piston ( 53 ) reaches a lower end of the second chamber ( 11 ).

2. A hydrostatic energy generator ( 100 ) according to claim 1 , wherein the first piston ( 13 ) splits up the interior of the first chamber ( 10 ) into the first volume ( 19 ) and the second volume ( 20 ) and wherein the first passageway ( 15 ) for inlet and/or discharge of the fluid ( 12 ) is allocated to the first volume ( 19 ) and wherein the second passageway ( 16 ) for inlet and/or discharge of the fluid ( 12 ) is allocated to the second volume ( 20 ), and wherein the second piston ( 14 ) splits up the interior of the second chamber ( 11 ) into the third volume ( 27 ) and the fourth volume ( 28 ) and wherein the third passageway ( 17 ) for inlet and/or discharge of the fluid ( 12 ) is allocated to the third volume ( 27 ) and wherein the fourth passageway ( 18 ) for inlet and/or discharge of the fluid ( 12 ) is allocated to the fourth volume ( 28 ).

3. A hydrostatic energy generator ( 100 ) according to claim 1 , wherein the first chamber ( 10 ) comprises a fifth passageway ( 21 ) for inlet and/or discharge of the fluid ( 12 ) and a sixth passageway ( 22 ) for inlet and/or discharge of the fluid ( 12 ) and wherein the second chamber ( 11 ) comprises a seventh passageway ( 23 ) for inlet and/or discharge of the fluid ( 12 ) and an eighth passageway ( 24 ) for inlet and/or discharge of the fluid ( 12 ).

4. A hydrostatic energy generator ( 100 ) according to claim 3 , further comprising a first tank ( 25 ) connected to the first passageway ( 15 ) for inlet and/or discharge of the fluid ( 12 ) and/or to the second passageway ( 16 ) for inlet and/or discharge of the fluid ( 12 ) and/or to the third passageway ( 17 ) for inlet and/or discharge of the fluid ( 12 ) and/or to the fourth passageway ( 18 ) for inlet and/or discharge of the fluid ( 12 ) and/or to the fifth passageway ( 21 ) for inlet and/or discharge of the fluid ( 12 ) and/or to the sixth passageway ( 22 ) for inlet and/or discharge of the fluid ( 12 ) and/or to the seventh passageway ( 23 ) for inlet and/or discharge of the fluid ( 12 ) and/or to the eighth passageway ( 24 ) for inlet and/or discharge of the fluid ( 12 ).

5. A hydrostatic energy generator ( 100 ) according to claim 4 , wherein the first tank ( 25 ) is at least partially arranged around the first chamber ( 10 ) and/or around the second chamber ( 11 ).

6. A hydrostatic energy generator ( 100 ) according to any one of claims 3 - 5 , wherein at least two passageways ( 15 , 16 , 17 , 18 , 21 , 22 , 23 , 24 ) for inlet and/or discharge of the fluid ( 12 ) are connected with each other by connection means ( 26 a , 26 b , 26 c , 26 d , 26 e , 26 f , 26 g , 26 h , 26 i ) wherein the connection means ( 26 a , 26 b , 26 c , 26 d , 26 e , 26 f , 26 g , 26 h , 26 i ) comprise pipes ( 30 a , 30 b , 30 c , 30 d , 30 e , 30 f , 30 g , 30 h , 30 i , 30 j , 30 k , 30 l ) and/or holes internally drilled inside and along chamber walls ( 33 a , 33 b , 33 c , 33 d , 33 e , 33 f , 33 g , 33 h ).

7. A hydrostatic energy generator ( 100 ) according to any of claims 3 - 5 , wherein the first passageway ( 15 ) for inlet and/or discharge of the fluid ( 12 ) and/or the second passageway ( 16 ) for inlet and/or discharge of the fluid ( 12 ) and/or the third passageway ( 17 ) for inlet and/or discharge of the fluid ( 12 ) and/or the fourth passageway ( 18 ) for inlet and/or discharge of the fluid ( 12 ) and/or the fifth passageway ( 21 ) for inlet and/or discharge of the fluid ( 12 ) and/or the sixth passageway ( 22 ) for inlet and/or discharge of the fluid ( 12 ) and/or the seventh passageway ( 23 ) for inlet and/or discharge of the fluid ( 12 ) and/or the eighth passageway ( 24 ) for inlet and/or discharge of the fluid ( 12 ) is/are connected to a supply source.

8. A hydrostatic energy generator ( 100 ) according to claim 7 , wherein the supply source comprises a static pressure source or a potential energy source.

9. A hydrostatic energy generator ( 100 ) according to any of claims 1 - 5 , wherein the first piston ( 13 ) comprises a first front side ( 34 ) with a first surface area ( 34 a ) and wherein the first piston ( 13 ) comprises a second front side ( 35 ) with a second surface area ( 35 a ) and wherein the first surface area ( 34 a ) is larger than the second surface area ( 35 a ), and wherein the second piston ( 14 ) comprises a third front side ( 36 ) with a third surface area ( 36 a ) and a fourth front side ( 37 ) with a fourth surface area ( 37 a ), and wherein the fourth surface area ( 37 a ) is larger than the third surface area ( 36 a ).

10. A hydrostatic energy generator ( 100 ) according to claim 9 , wherein the fourth surface area ( 37 a ) is larger than the first surface area ( 34 a ), and wherein the third surface area ( 36 a ) is larger than the second surface area ( 35 a ).