Double Ring Gear Reducer Of Interference Simulation And Detection

Double ring gear is a new double-loop, through the double crank gear guide for circular translation, has a simple structure, small size, light weight, transmission ratio, transmission efficiency, bearing capacity, strong overload capacity, etc., Widely used in machinery industry. The ring plate gear transmission is in gear transmission with small teeth difference, small teeth difference within the meshing transmission internal gear geometry calculation of the core issue is to avoid interference problems. This paper analyzes the difference between the meshing teeth less on the basis of non-interference conditions to the development of Visual Basic language interference detection and engagement within the design parameters of a computer program. At the same time established by I-DEAS Solid Model of double ring reducer, in the corresponding control imposed conditions, to achieve its state of motion simulation.The article first summarizes the double loop induction and reducer design, based on the meshing teeth headspace within the standard value based on analysis of the movement within the tooth meshing condition, the main motion parameters, particularly internal gear of the transmission interference conditions, And summarizes the internal gear tooth contact fatigue strength and tooth root bending fatigue strength of the check.Using Visual Basic6.0programming language as a tool, in accordance with the sum of the internal gear design parameters of the formula, developed to test internal gear drive and strength check of interference in computer-aided detection procedures to speed up the internal gear with the preferences, improve the design Efficiency and reliability.Application of I-DEAS to establish bicycles reducer dimensional model of the components and the assembly, in accordance with the relationship between input and output power to impose constraints, to achieve a double-loop dynamic running gear, visual image of the observed double ring gear Control the operational status of the various components to enhance the understanding of internal gear reducer for gear transmission in the state of design and provides an effective tool. This study the parameters of internal gear reducer design and dynamic operation simulation, internal gear transmission design and analysis of certain theoretical and engineering application, the new internal gear drives the development has a certain significance.