RU2015112498A

RU2015112498A - METHOD FOR CONVERTING ROTARY MOTION TO POSITIVE AND MOBILE DEVICE IN STATIONARY AND NON-STATIONARY CONDITIONS ON THE BASIS OF THE SUGGESTED METHOD

Info

Publication number: RU2015112498A
Application number: RU2015112498A
Authority: RU
Inventors: Борис Филиппович Саньков; Игорь Александрович Горшенин; Дмитрий Александрович Янсон
Original assignee: Борис Филиппович Саньков; Игорь Александрович Горшенин
Priority date: 2015-04-06
Filing date: 2015-04-06
Publication date: 2016-02-10

Abstract

1. Устройство, преобразователь вращательного движения в поступательное, на основе механизма вращения штанги с грузами на концах, причем центр вращения штанги по направляющему пазу периодически смещается относительно приводной оси вращения, создавая движение грузов по эксцентрическому колесу, как по орбите, и получение от центробежных сил грузов направленной силы, перемещающей устройство, отличающееся тем, что устройство преобразования состоит из системы 2-х круглых колец, соединенных жестко друг с другом, имеющих единый центр, внутри колец установлены два груза, грузы через продольный паз при помощи штанг соединены с осью вращения от двигателя, установленных на корпусе, в центре колец, синхронное вращение с кратными угловыми скоростями грузов формирует направленный вектор импульсов сил, создающих поступательное движение устройства.2. Устройство по п. 1, отличающееся тем, что в устройстве установлен второй, идентичный, условно, первому, преобразователь из 2-х круглых колец с грузами, установленный на корпусе параллельно первому, и грузы которого вращают в противоположную от первого сторону, чем компенсируется реакция вращения грузов на корпус устройства.3. Устройство по п. 2, отличающееся тем, что управление устройством производится отключением одного из 2-х преобразователей от двигателя при работе другого, и за счет силы реакции развернуть устройство в плоскости вращения в любом направлении радиуса.1. A device that converts rotational motion into translational motion, based on the mechanism of rotation of the rod with weights at the ends, the center of rotation of the rod along the guide groove periodically shifting relative to the drive axis of rotation, creating the movement of goods along an eccentric wheel, as in orbit, and receiving from centrifugal forces loads of directed force moving the device, characterized in that the conversion device consists of a system of 2 round rings rigidly connected to each other, having a single center, inside two weights are installed, weights are connected through a longitudinal groove with the help of rods to the axis of rotation from the engine, mounted on the body, in the center of the rings, synchronous rotation with multiple angular speeds of the loads forms a directional vector of force pulses creating the translational movement of the device. 2. The device according to claim 1, characterized in that the device has a second, identical, conditionally, first, transducer of 2 round rings with loads, mounted on the housing parallel to the first, and whose loads are rotated in the opposite direction from the first, thereby compensating for the reaction rotation of goods on the device casing. 3. The device according to claim 2, characterized in that the device is controlled by disconnecting one of the 2 inverters from the engine when the other is running, and, due to the reaction force, deploy the device in a plane of rotation in any direction of the radius.

Claims

1. A device that converts rotational motion into translational motion, based on the mechanism of rotation of the rod with weights at the ends, the center of rotation of the rod along the guide groove periodically shifting relative to the drive axis of rotation, creating the movement of goods along an eccentric wheel, as in orbit, and receiving from centrifugal forces loads of directed force moving the device, characterized in that the conversion device consists of a system of 2 round rings rigidly connected to each other, having a single center, inside two weights are installed, weights are connected through a longitudinal groove with the help of rods to the axis of rotation from the engine, mounted on the body, in the center of the rings, synchronous rotation with multiple angular speeds of the loads forms a directional vector of force pulses that create the translational movement of the device.

2. The device according to p. 1, characterized in that the device has a second, identical, conditionally, first, transducer of 2 round rings with loads, mounted on the housing parallel to the first, and the loads of which are rotated in the opposite direction from the first, than the reaction of the rotation of goods to the device body is compensated.

3. The device according to claim 2, characterized in that the device is controlled by disconnecting one of the 2 inverters from the engine while the other is operating, and, due to the reaction force, deploy the device in a plane of rotation in any direction of the radius.