Energy transfer and recycling open-closed hybrid system

An Energy Transfer and Recycling Open-Closed Hybrid System for transferring potential energy to kinetic energy to do work, and for recycling kinetic energy back to potential energy by a circulation of a pressurized liquid provided in an inner spherical container and an outer spherical container, from an inner container to an outer container, and from the outer container to the inner container, comprising:

• a) an outer sphere,
• b) an inner sphere located within and movable relative to the outer sphere,
• c) said inner sphere comprising:
• an input aperture in a southern pole defined by said inner sphere;
• d) there being a plurality of impulse generators arranged on an outer surface of said inner sphere, and generating impulses;
• e) a liquid flow path arranged to conduct liquid from said input aperture to the impulse generators, and into space formed between said inner sphere and said outer sphere,
• f) said system receiving energy input from exterior of the system, for operational use,
• g) a shaft attached to said inner sphere,
• h) and springs located to transmit said impulses via the shaft to said outer sphere,
• i) wherein the impulse generators are located to transmit said impulses about an axis of the shaft and lengthwise of said axis;
• the system also including,
• j) the shaft being a hollow shaft coupled to and extending through the input aperture, the shaft in liquid communication with the input aperture;
• k) the system also including a plurality of spiraling liquid-delivery hoses in liquid communication with the input aperture,
• l) an L-shaped lip protruding internally from an inner surface of a southern hemisphere defined by said inner sphere, the L-shaped lip extending around a perimeter of said southern hemisphere, and there being on said lip,
• m) upper surface and lower surface,
• n) a plurality of lower holes between said upper surface and said lower surface,
• o) and a plurality of lower nozzles mounted on said upper surface, each lower nozzle of the plurality of lower nozzles arranged over one of the plurality of lower holes.