Full-automatic assembly machine of mechanical shaft

Abstract

The invention relates to a full-automatic assembly machine of a mechanical shaft. The machine comprises a frame and a power distribution control box; the frame is provided with a shaft sleeve mounting mechanism and a gear mounting mechanism connected through a product conveying groove; a shaft sleeve mounting turntable is uniformly provided with loading holes matched with the shaft, and the outer side is provided with a shaft loading device, a shaft sleeve loading device, a screw rod loading device, a shaft sleeve pressing device and a shaft sleeve unloading device matched with the loading holes and connected to the power distribution control box in sequence; the gear mounting mechanism includes a gear mounting turntable arranged on the frame; the gear mounting turntable is uniformly provided with emptying holes matched with the shaft; and the outer side of the gear mounting turntable is provided with a gear loading device, a product loading device, a gear tightening device and a product unloading device matched with the emptying holes or a gear mounting carrier in sequence. The shaft sleeve mounting mechanism and the gear mounting mechanism are connected through the product conveying groove, so that the integral automatic installation is realized, and the mounting efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of processing equipment for mechanical shafts, in particular to a fully automatic assembly machine for mechanical shafts. Background technique [0002] With the improvement of the degree of mechanization, the application of shaft parts is becoming more and more widespread. Mechanical shafts are used in almost all mechanical fields, and most mechanical shafts need to be equipped with bushings and gears, so assembly equipment is required. [0003] Most of the existing assembly equipment is semi-automatic. It is necessary to manually place the shaft on the carrier of the equipment, then put the bushing on the shaft, press the bushing through the equipment, and then take it out and place it on the carrier with the gear fixed. After that, the shaft is pressed into the inside of the gear through the equipment. This method consumes a lot of manpower and requires frequent loading and unloading. It cannot achieve continuous an...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing assembly equipment is semi-automatic. It is necessary to manually place the shaft on the carrier of the equipment, then put the bushing on the shaft, press the bushing through the equipment, and then take it out and place it on the carrier with the gear fixed. After that, the shaft is pressed into the inside of the gear through the equipment. This method consumes a lot of manpower and requires frequent loading and unloading. It cannot achieve continuous and uninterrupted assembly, so the assembly efficiency is not high. low utilization

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