RU2012154018A

RU2012154018A - ROTARY-VANE MECHANISM AND ROTOR-VANE HEAT ENGINE

Info

Publication number: RU2012154018A
Application number: RU2012154018/06A
Authority: RU
Inventors: Владимир Геннадьевич Лапин
Original assignee: Владимир Геннадьевич Лапин
Priority date: 2012-12-13
Filing date: 2012-12-13
Publication date: 2014-06-20

Abstract

1. Роторно-лопастной механизм, состоящий из ротора в виде катушки, имеющего на цилиндрической поверхности два прямоугольных окна, расположенных диаметрально противоположно, в которых шарнирно зафиксированы лопасти внешне схожие с сектором цилиндра и своим объемом при любом возможном положении в устройстве закрывающие собой окно, а центральной неподвижной втулкой прижимаются к внутренней цилиндрической поверхности корпуса, имеющего выступ с выпускным и впускными окнами, при проходе которого лопасть утапливается в выточку в центральной втулке.2. Роторно-лопастной тепловой двигатель, состоящий из двух устройств по п.1 и дополнительного ротора между ними, имеющего несколько камер, расположенных через равные углы с окнами на внешней цилиндрической поверхности, при этом первое устройство выполняет роль насоса, т.е. всасывает рабочее тело, как-то: атмосферный воздух, специальный газ или топливно-воздушную смесь, сжимает и вдавливает в одну из камер дополнительного ротора, в котором сжигается топливо, либо разогревается рабочее тело через стенку ротора, после чего разогретое рабочее тело после поворота роторов выходят во второе устройство по п.1, где расширяясь, совершают работу, толкая лопасть и вращая ротор этого устройства, а с помощью шестерней, приводящий во вращение и предыдущие роторы.1. A rotor-blade mechanism, consisting of a rotor in the form of a coil, having two rectangular windows on a cylindrical surface, located diametrically opposite, in which blades are hinged outwardly similar to the sector of the cylinder and by their volume at any possible position in the device, closing the window, and The central stationary bushing is pressed against the inner cylindrical surface of the housing, which has a protrusion with outlet and inlet ports, during the passage of which the blade is recessed into the groove in the central bushing. 2. A rotary vane heat engine, consisting of two devices according to claim 1 and an additional rotor between them, having several chambers located at equal angles with windows on the outer cylindrical surface, while the first device acts as a pump, i.e. sucks in the working fluid, such as: atmospheric air, a special gas or fuel-air mixture, compresses and presses into one of the chambers of the additional rotor, in which fuel is burned, or the working fluid is heated through the rotor wall, after which the heated working fluid after turning the rotors go out into the second device according to claim 1, where expanding, doing work, pushing the blade and rotating the rotor of this device, and with the help of gears, driving the previous rotors into rotation.

Claims

1. The rotor-blade mechanism, consisting of a rotor in the form of a coil, having two rectangular windows located on the cylindrical surface diametrically opposed, in which the blades are pivotally fixed externally similar to the sector of the cylinder and their volume at any possible position in the device covering the window, and the central stationary sleeve is pressed against the inner cylindrical surface of the housing having a protrusion with exhaust and inlet windows, during the passage of which the blade is recessed into a recess in the central th hub.

2. A rotary-blade heat engine, consisting of two devices according to claim 1 and an additional rotor between them, having several chambers located at equal angles with windows on the outer cylindrical surface, while the first device acts as a pump, i.e. it sucks in a working fluid, such as atmospheric air, a special gas or a fuel-air mixture, compresses and presses into one of the chambers of the additional rotor, in which fuel is burned, or the working fluid is heated through the rotor wall, after which the heated working fluid after rotation of the rotors go to the second device according to claim 1, where, expanding, they perform work by pushing the blade and rotating the rotor of this device, and with the help of gears, leading to the rotation of the previous rotors.