Propulsion or motor device for converting energy into power, using the forces generated by the surface movement of a liquid or fluid or the like

摘要

Propelling device or engine to transform potential energy into power, using the forces produced movement of a liquid surface or fluid or similar, more specifically, the device is made arranged means to exploit synergistic four forms of surface displacement of the fluid wave, objectively the upward, downward, forward wave toward the shore and pulling inward, in order to produce conventional and renewable energy more efficient than currently used systems with minimal mechanical efforts, whose employment is varied, for pumps, single or hydraulic; to generate electricity, to generate the movement of maritime vessels of any size or movement of vehicles or land machinery land, for hydropower generation, etc.

主权项

1. A device to transform energy, using the forces produced by movement of a liquid surface or fluid comprising;
a metal block with a gear system inside, a flywheel kinetic energy accumulator, an articulated system of levers and a float sensor potential energy, where the metal block has a lower base with an upper surface that has a central support body composed of two metal side walls with supports shafts that support a drive gear, where the body has a top cover, a lower floor; a front wall and a rear wall which are sealed to contain a lubricating oil, where the top cover has a hole with a stopper for filling the lubricating oil, where the lower level has a hole with a stopper for emptying the oil and a posterior wall which has a hole with a viewer controller for oil level; having levers consists of two parallel upper arms, which are fixed by the ends of a propulsion shaft, these upper arms are joined with two lower arms of greater length connected by a ball head and springs as a means for hinging and pivoting said lower arms and upper arms, where the lower arms are connected to a potential energy sensor float by forked clamping bars; where the potential energy float sensor has a cylindrical body longitudinal section that has three chambers, a longitudinal first stagnant camera capable of holding liquids or solids which is located at the bottom of the float, a second longitudinal chamber filled with air stagnant and located in the center of the float and a third one with longitudinal concave configuration and open to capture a volume of water in each wave.