RU2015101377A

RU2015101377A - Power converter / torque / with continuously variable transmission functions

Info

Publication number: RU2015101377A
Application number: RU2015101377A
Authority: RU
Inventors: Николай Николаевич Пендюров
Original assignee: Николай Николаевич Пендюров
Priority date: 2015-01-19
Filing date: 2015-01-19
Publication date: 2016-08-10

Abstract

Преобразователь мощности (крутящего момента), с функциями бесступенчатой коробки передач, предназначен для всегда многократного увеличения мощности приводов с соответствующими скоростями вращения, состоящий из несущего распределительного вала, на котором расположены на подшипниках: соединенная из двух шестерен деталь крепления устройства, соединенная шестерня с зубчатым коническим колесом, конические шестерни, цилиндр, соединенный с коническим колесом, находящимся в его рабочем пространстве, опорная неподвижная шестерня, в свою очередь, в цилиндре равноудаленные от центральной оси и от друг друга на подшипниках дополнительные валы с неподвижно сидящими на них шестернями, связанными зубчатым зацеплением с шестернями распределительного вала, кроме того, конусные шестерни связывают зубчатым зацеплением, соединенную шестерню с зубчатым коническим колесом с зубчатым колесом цилиндра; работоспособность устройства определена величинами соотношений делительных диаметров шестерен, находящихся в зубчатом зацеплении №2а/№9=1/1, №6/№10=2/1 - позволяющих вращаться количеству дополнительных валов и детали (3,7) в рамках равенства угловых скоростей вращения и базовыми данными делительных диаметров шестерен - №2а=№9=№12=40, №16=42, №8=№11=36, №6=56, №10=№14=28, - с возможностью изменения всех на одинаковую величину, деталь (3, 7) с количеством дополнительных валов исполняется с массой соответствующей мощности привода.A power converter (torque), with the functions of a continuously variable gearbox, is designed to always repeatedly increase the power of drives with corresponding rotation speeds, consisting of a bearing camshaft, on which are located on the bearings: a device mounting part connected from two gears, a gear conical gear a wheel, bevel gears, a cylinder connected to a bevel wheel located in its working space, a stationary motion gear, in its own eye In the cylinder, additional shafts equally spaced from the central axis and from each other on the bearings with the gears fixedly mounted on them, connected by gearing with camshaft gears, in addition, bevel gears are connected by gearing, the connected gear with a bevel gear and a gear of the cylinder ; the performance of the device is determined by the ratio of the pitch diameters of the gears in the gearing No. 2a / No. 9 = 1/1, No. 6 / No. 10 = 2/1 - allowing the number of additional shafts and parts to rotate (3.7) within the framework of the equality of angular velocities rotation and basic data of the pitch diameters of the gears - No. 2a = No. 9 = No. 12 = 40, No. 16 = 42, No. 8 = No. 11 = 36, No. 6 = 56, No. 10 = No. 14 = 28, - with the possibility of changing all by the same amount, the part (3, 7) with the number of additional shafts is executed with a mass of the corresponding drive power.

Claims

A power converter (torque), with the functions of a continuously variable gearbox, is designed to always repeatedly increase the power of drives with corresponding rotation speeds, consisting of a bearing camshaft, on which are located on the bearings: a device mounting part connected from two gears, a gear conical gear a wheel, bevel gears, a cylinder connected to a bevel wheel located in its working space, a stationary motion gear, in its own eye In the cylinder, additional shafts equally spaced from the central axis and from each other on the bearings with the gears fixedly mounted on them, connected by gearing with camshaft gears, in addition, bevel gears are connected by gearing, the connected gear with a bevel gear and a gear of the cylinder ; the performance of the device is determined by the ratio of the pitch diameters of the gears in the gearing No. 2a / No. 9 = 1/1, No. 6 / No. 10 = 2/1 - allowing the number of additional shafts and parts to rotate (3.7) within the framework of the equality of angular velocities rotation and basic data of the pitch diameters of the gears - No. 2a = No. 9 = No. 12 = 40, No. 16 = 42, No. 8 = No. 11 = 36, No. 6 = 56, No. 10 = No. 14 = 28, - with the possibility of changing all by the same amount, the part (3, 7) with the number of additional shafts is executed with a mass of the corresponding drive power.