Gear driving system fault simulation experiment table with part quick replacement function

Abstract

The invention provides a gear driving system fault simulation experiment table with a part quick replacement function and mainly relates to double-span double-rotor gear driving fault simulation systems capable of quickly replacing bearing and gear parts and setting and adjusting multiple faults. The experiment table can be applied to mechanical engineering and measurement and control instrument course experiment teaching and relevant scientific research. The experiment table can simulate a bearing normal state, a bearing rolling body fault, an inner ring fault, an outer ring fault, a holder fault, a gear normal state, gear broken teeth, a gear pitting fault, a mixing fault of two types of parts, gear rotation unbalance and other fault types. The experiment table provides an experiment basis and technical guidance for a state monitoring and fault diagnosis course of a rotating mechanical system driving system, fault type setting operation is quick and convenient, popularization is easy, and a guarantee is provided for relevant experiment teaching and scientific research in institutions of higher education.

Description

technical field [0001] The invention relates to the technical field of teaching and experiment equipment, in particular to a gear transmission system failure simulation experiment platform for quick parts replacement. Background technique [0002] Large rotating machinery is an important equipment in industrial production, so it is very necessary to ensure the safe operation of rotating machinery. In order to ensure the safety of the machine operator and to prevent dust from entering the machine, rotating machines are generally enclosed by enclosures. Therefore, if the equipment breaks down, it is difficult to find and repair it in time. The vibration parameters of the machinery can reflect its operating status, and it is possible to judge whether there is a failure in its operating status by monitoring and analyzing the vibration signals generated during the operation of the rotating machinery. [0003] Mechanical parts such as gears and bearings directly affect performan...

AI Technical Summary

Problems solved by technology

However, due to the transitional or interference fit relationship between the mechanical parts of the shaft system, it is difficult to replace the gears and bearings installed on the shaft during the teaching and scientific research experiments on the existing fault test bench, resulting in the dismantling of the experiment. The parts of the test bench are damaged during the installation process, and the test efficiency is low and the test time is long

Images