RU2009118369A

RU2009118369A - VORTEX ENGINE FOR VARIOUS TYPES OF TRANSPORT AND METHOD OF ITS WORK

Info

Publication number: RU2009118369A
Application number: RU2009118369/06A
Authority: RU
Inventors: Станислав Викторович Цивинский (RU); Станислав Викторович Цивинский
Original assignee: Станислав Викторович Цивинский (RU); Станислав Викторович Цивинский
Priority date: 2009-05-18
Filing date: 2009-05-18
Publication date: 2010-11-27

Abstract

1. Вихревой движитель для различных видов транспорта, содержащий насос-компрессор для прокачки воды через цилиндрическую емкость, расположенную вертикально или горизонтально, отличающийся тем, что дно емкости плоское, а верхняя часть выполнена в виде конуса, вершина которой присоединена к трубе для непрерывной прокачки воды, а внутри емкости установлен конус с плоским основанием, вершина которого направлена в сторону конуса емкости так, чтобы между конусом и внутренней конической поверхности емкости образовывался конический проход для создания конического потока воды от основания конуса до его вершины. ! 2. Способ работы вихревого движителя, отличающийся тем, что насос-компрессор накачивает воду в нижнюю часть цилиндрической емкости, в результате чего вода находится под значительным давлением, а затем попадая в конический зазор между конусом и внутренней конической поверхностью емкости вода начинает вращаться с большой скоростью, как воздух в вихре-торнадо, в результате чего давление воды в коническом проходе становится значительно ниже давления на нижней плоской поверхности конуса, и в результате разности этих давлений возникает сила тяги, направленная вдоль цилиндрической оси емкости и конуса, которая приводит в движение транспорт, на котором установлен вихревой движитель. 1. A vortex mover for various modes of transport, containing a pump-compressor for pumping water through a cylindrical tank located vertically or horizontally, characterized in that the bottom of the tank is flat and the upper part is made in the form of a cone, the top of which is connected to a pipe for continuous pumping of water and a cone with a flat base is installed inside the container, the apex of which is directed towards the cone of the container so that a conical passage forms between the cone and the inner conical surface of the container creating a conical flow of water from the base of the cone to its top. ! 2. The method of operation of the vortex mover, characterized in that the pump-compressor pumps water into the lower part of the cylindrical tank, as a result of which the water is under significant pressure, and then falling into the conical gap between the cone and the inner conical surface of the tank starts to rotate at high speed like air in a tornado vortex, as a result of which the water pressure in the conical passage becomes much lower than the pressure on the lower flat surface of the cone, and as a result of the difference in these pressures, a force Yagi, directed along the cylindrical axis of the container and the cone, which drives the transportation costs, the installed vortex mover.

Claims

1. A vortex mover for various modes of transport, containing a pump-compressor for pumping water through a cylindrical tank located vertically or horizontally, characterized in that the bottom of the tank is flat and the upper part is made in the form of a cone, the top of which is connected to a pipe for continuous pumping of water and a cone with a flat base is installed inside the container, the apex of which is directed towards the cone of the container so that a conical passage forms between the cone and the inner conical surface of the container creating a conical flow of water from the base of the cone to its top.

2. The method of operation of the vortex mover, characterized in that the pump-compressor pumps water into the lower part of the cylindrical tank, as a result of which the water is under significant pressure, and then falling into the conical gap between the cone and the inner conical surface of the tank starts to rotate at high speed like air in a tornado vortex, as a result of which the water pressure in the conical passage becomes much lower than the pressure on the lower flat surface of the cone, and as a result of the difference in these pressures, a force Yagi, directed along the cylindrical axis of the container and the cone, which drives the transportation costs, the installed vortex mover.