Fully-automatic multi-station balancing machine assembly line

Abstract

The invention relates to a fully-automatic multi-station balancing machine assembly line. The assembly line comprises a material feeding assembly, a manipulator assembly, a rotor transferring assemblyand a classification material collection box. The manipulator assembly is installed under the material feeding assembly. The rotor transferring assembly is installed under the manipulator assembly, and comprises a substrate, a rotation shaft, six rotation arms, clamping mechanisms, a first detection station, a first reduplication removing station, a rotor rotation direction station, a second reduplication station and a second detection station, wherein the rotation shaft is vertically arranged on the substrate; the rotation arms are fixed on the peripheral surface of the rotation shaft at equal intervals; the clamping mechanisms are installed on free ends of the rotation arms respectively; and the first reduplication removing station, the rotor rotation direction station, the second reduplication station and the second detection station are successively installed on the upper surface of the substrate and match the clamping mechanisms. The classification material collection box is installed on one side of the rotor transferring assembly and matches the clamping mechanisms. According to the invention, fully-automatic transmission, detection and downloading of rotors can be achieved;and improving of production efficiency is facilitated.

Description

technical field [0001] The invention relates to a multi-station balancing machine, in particular to a fully automatic multi-station balancing machine assembly line. Background technique [0002] As any rotor rotates about its axis, a centrifugal force is generated due to the uneven distribution of mass with respect to the axis. The unbalanced centrifugal force acting on the rotor bearing will cause vibration, generate noise and accelerate bearing wear, which will seriously affect the performance and life of the product. [0003] The dynamic balance of the rotor includes two steps of measuring and correcting the unbalance. The main function of the traditional balancing machine is to measure the unbalance, and the correction of the unbalance often uses other auxiliary equipment such as drilling machines, milling machines and spot welding machines. Or do it manually. This traditional method of dynamic balance weighing and de-weighting phase separation has low efficiency, poor...

AI Technical Summary

Problems solved by technology

This traditional method of dynamic balance weighing and de-weighting phase separation has low efficiency, poor accuracy, unstable quality, and high processing costs

Images