RU2014131572A

RU2014131572A - GRAVITATIONAL GENERATOR OF MECHANICAL ENERGY

Info

Publication number: RU2014131572A
Application number: RU2014131572A
Authority: RU
Inventors: Николай Васильевич Иовин; Елена Николаевна Дуриш
Original assignee: Николай Васильевич Иовин
Priority date: 2014-07-29
Filing date: 2014-07-29
Publication date: 2016-02-20

Abstract

1. Гравитационный генератор механической энергии, в котором круговой энергетический процесс в объемной замкнутой системе протяженных трудопроводов, наполненных движущимся рабочим телом, например водой, осуществляется тремя внешними силами, две из которых потенциальные, гравитационной механической природы, включающий главный стояк, снабженный в нижней части источником энергии, а в верхней конструктивным баком, а также ряд смежных дополнительных стояков, количество которых определяется расчетом, отличающийся тем, что круговой механический процесс осуществляют три внешние механические потенциальные силы, одна из которых сила упругости потенциальной энергии атмосферного воздуха, который, в свою очередь, является рабочим телом, а главный стояк гравитационный, в нижней части которого располагают внутренний источник механической энергии, например гидротурбину, а в верхней - ресивер-сепаратор, снабженный манометром и воздуховодом, который соединяет его с вихревыми эжекторами/эжектором/, расположенными в нижней части смежных левитационных стояков, соединенных своими концами как тангенциально с ресивером-сепаратором вверху, так и радиально с источником внутренней энергии, например гидротурбиной внизу, при винтовом движении рабочего тела в главном стояке.2. Гравитационный генератор механической энергии по п. 1, отличающийся тем, что при питании вихревых эжекторов/эжектора/атмосферным воздухом устройство работает и в режиме гидравлического компрессора.3. Гравитационный генератор механической энергии по п. 1, отличающийся тем, что при больших диаметрах главного гравитационного стояка, ресивер-сепаратор располагают в огран1. A gravitational generator of mechanical energy, in which a circular energy process in a volumetric closed system of extended pipelines filled with a moving working fluid, such as water, is carried out by three external forces, two of which are potential, gravitational mechanical nature, including the main riser, equipped with a source at the bottom energy, and in the upper structural tank, as well as a number of adjacent additional risers, the number of which is determined by calculation, characterized in that the circular mechanics The process is carried out by three external mechanical potential forces, one of which is the elastic force of the potential energy of atmospheric air, which, in turn, is a working fluid, and the main riser is gravitational, in the lower part of which there is an internal source of mechanical energy, such as a hydraulic turbine, and in the upper - a receiver-separator equipped with a manometer and an air duct that connects it to the vortex ejectors / ejector / located in the lower part of the adjacent levitation risers connected by their con s as a tangentially with receiver-separator at the top, and with the radially internal energy source, such as water turbine at the bottom, with the helical motion of the working body in the main stoyake.2. The gravitational mechanical energy generator according to claim 1, characterized in that when the device is powered by vortex ejectors / ejector / atmospheric air, the device also works in the hydraulic compressor mode. 3. The gravitational generator of mechanical energy according to claim 1, characterized in that for large diameters of the main gravitational riser, the receiver-separator is placed in a facet

Claims

1. A gravitational generator of mechanical energy, in which a circular energy process in a volumetric closed system of extended pipelines filled with a moving working fluid, such as water, is carried out by three external forces, two of which are potential, gravitational mechanical nature, including the main riser, equipped with a source at the bottom energy, and in the upper structural tank, as well as a number of adjacent additional risers, the number of which is determined by calculation, characterized in that the circular mechanics The process is carried out by three external mechanical potential forces, one of which is the elastic force of the potential energy of atmospheric air, which, in turn, is a working fluid, and the main riser is gravitational, in the lower part of which there is an internal source of mechanical energy, such as a hydraulic turbine, and in the upper - a receiver-separator equipped with a manometer and an air duct that connects it to the vortex ejectors / ejector / located in the lower part of the adjacent levitation risers connected by their con s as a tangentially with receiver-separator at the top, and with the radially internal energy source, such as water turbine at the bottom, with the helical motion of the working body in the main riser.

2. The gravitational generator of mechanical energy according to claim 1, characterized in that when the device is powered by vortex ejectors / ejector / atmospheric air, the device also works in the mode of a hydraulic compressor.

3. The gravitational generator of mechanical energy according to claim 1, characterized in that for large diameters of the main gravitational riser, the receiver-separator is placed in a limited volume of its upper end part.