DEVICE THAT HARNESSES HYDROSTATIC FORCE TO OBTAIN CIRCULAR MOTION

Abstract

This application seeks to patent a process that harnesses hydrostatic thrust to generate circular motion. This process, combined with a device specifically designed for its application, aims to achieve circular motion. It essentially involves a set of specially designed mechanical parts. These include a rotor (cylinder) attached to a base submerged in a water-filled tank. The rotor houses a series of internal systems (referring to the number of similar, integral components). These systems consist of a connecting rod, connecting rod bearing, piston-reservoir, cylinder, and, as an integral part of the system, a guide rail. All of these components work together. This process occurs as the rotor circulates along the guide rail.The connecting rod bearing pushes the connecting rod, which is attached to the piston-reservoir (inserted into the cylinder, which is located on the inner periphery of the rotor), to the bottom of the device. When the piston-reservoir reaches this point, the guide rail pushes it out of the cylinder (only the part corresponding to the reservoir, i.e., the rotor, protrudes). Once it is in the water, the hydrostatic force pushes the reservoir upwards, causing torque that makes the rotor rotate (which is the purpose of the process). Once the piston-reservoir reaches the surface, the guide rail's induction causes the connecting rod to pull it back into the rotor, thus avoiding the water's resistance to re-entering it.This action is repeated with each of the installed piston-reservoirs, generating a constant circular motion that is transmitted by a shaft attached to the motor to a mechanical system (gearbox) and subsequently to the device for which the circular motion is required.