Reducer classification method

Abstract

The invention discloses a reducer classification method. The method comprises the following steps: 1, new class belonging is carried out on each class of reducers systematically in the structure; 2, from the angle of creative thinking, a new method of dividing reducer principles into four classes from aspects of kinematics, dynamics and structure is brought forward; 3, features of each class of reducers and existing problems based on a slope reverse screw reducer principle, a circle cursor reducer principle and a flexspline deformation and working fluid degeneration principle are analyzed; and 4, in combination with engineering practice and application fields, creative thinking source exploration and creative practice analysis are carried out on each class of special reducers. In the reducer classification method of the invention, systematic analysis is carried out on creations of each class of reducers according to a new classification method, a new idea is provided for horizontal creative research and engineering requirements on each class of reducers from multiple angles, and horizontal comparative study on reduction features of different classes of reducers is facilitated.

Description

Technical field [0001] The invention relates to a method for classifying reducers, in particular to a method for classifying reducers, and belongs to the technical field of speed reducers. Background technique [0002] In the field of mechanical transmission, the reducer, as an intermediate device between the power source and the actuator, has been developed for thousands of years. At present, various forms of reducer have been developed, which have made important contributions to the equipment industry. The task is to continue to promote the innovation and development of the reducer, and how to fully promote the innovation of the reducer, first should study the needs of practical engineering applications. At present, there are large gear ratio reducers, high power density reducers, and high-precision reducers. Speed ​​reducer, low noise reducer, super power reducer, micro reducer, diameter limited reducer and mass limited reducer, but these problems have not been well solved. S...

AI Technical Summary

Problems solved by technology

[0002] In the field of mechanical transmission, the reducer, as an intermediate device connecting the power source and the actuator, has been developed for thousands of years. At present, various forms of reducers have been developed, which have made important contributions to the equipment industry. At present The task we are facing is to continue to promote the innovation and development of the reducer, and how to fully promote the innovation of the reducer, first of all, we should study the needs of practical engineering applications. At present, there are large transmission ratio reducers, high power density reducers, and high-precision reducers. reducer, low noise reducer, super high power reducer, micro reducer, diameter limited reducer and mass limited reducer, but these problems have not been well resolved