Machine for automatically assembling bearing

Abstract

The invention discloses a machine for automatically assembling a bearing. The machine mainly comprises a lower table surface which is fixed on four frame columns, a frame formed by fixedly connecting four connecting columns to an upper table surface above the lower table surface, a workpiece positioning mechanism, a material storage device, a feeding mechanism, a pressing mechanism and a control system, wherein the workpiece positioning mechanism is arranged on the lower table surface; the material storage device and the pressing mechanism are arranged in parallel on the upper table surface; the feeding mechanism is arranged on the lower side of the upper table surface; a feeding port of the feeding mechanism corresponds to a discharge port of the material storage device and a material receiving port of the pressing mechanism respectively; and the material receiving port of the pressing mechanism corresponds to a workpiece in the workpiece positioning mechanism. By the machine, the automation degree of mounting the bearing is improved.

Description

technical field [0001] The invention belongs to the field of machinery, and in particular relates to a mechanical device for installing mechanical parts. Background technique [0002] Bearing is an important component in contemporary mechanical equipment. Whether the bearing is installed well or not will affect the precision, life and performance of the bearing, and then affect the precision, life and performance of the machine using the bearing. Bearing installation in the mechanical industry is usually done by manual hammering or manual press installation. The quality of the bearing installed by hitting with a hammer is more accidental, the installation quality is not uniform, and because of the uneven force on the point of application, the bearing is not installed smoothly but crookedly when it is installed, resulting in The degree of damage to the bearing is relatively high, especially the damage to the inner ring of the bearing is relatively large, which has an adverse...

AI Technical Summary

Problems solved by technology

The quality of the bearing installed by hitting with a hammer is more accidental, the installation quality is not uniform, and because of the uneven force on the point of application, the bearing is not installed smoothly but crookedly when it is installed, resulting in The degree of damage to the bearing is relatively high, especially the damage to the inner ring of the bearing, which will adversely affect the service life and reliability of the machine using the bearing

Although the method of manually installing the bearing with a press can ensure uniform force, it lacks a detection function and is easy to crush the bearing

Moreover, the degree of automation of these two bearing installation methods is low

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