Pump Engine for Hydraulic Capsule Pipeline

A hydraulic capsule pump engine as described in claim 1, where operation is completed in following strokes consisting of

• a) A first stroke where fresh air and fuel gas is admitted into the cylinder, through an inlet valve, while the piston rescinds through the turbine, and where the rotor in the second section carrying the capsule turns by 90 degrees from the top entry, and during the said stroke, the water inlet valve remains closed, the cylinder exhaust valve remains closed and the invention pipeline discharge valve remains closed.
• b) A second stroke where the air and fuel inlet valves close, the water inlet valve of the first section remains closed and the liquid piston rises to complete compression of the air and fuel mixture in the cylinder, while the capsule rotor turns by 90 degrees moving the capsule inside the second section to bring the capsule above a launching cavity, while sealing the water flow back into the vibrating hopper through sliding vanes in the rotor and while the system discharge valve remains closed preventing a return of water from the discharge pipeline
• c) a third stroke starting with the explosion of the air and fuel mixture at the end of the compression stroke, followed by an expansion of the products of combustion pushing the liquid piston through the turbine, against the capsule in the fourth section and forcing it into the pipeline by opening the pipeline water discharge valve, while the rotor in the second section turns by 90 degrees and continues to seal the vibrating hopper.
• d) a fourth stroke where the exhaust valve of the cylinder opens to allow the products of combustion to leave the cylinder as the liquid piston rises through the turbine by the oscillation movement, the pipeline discharge valve closes, the rotor in the second section turns by 90 degrees to be in a position to accept a new capsule from the vibrating hopper, while the engine water inlet valve opens to allow a fresh quantity of water to enter the first section.