Full-automatic assembling machine of bearing retainer

Abstract

The invention relates to an assembling device of a bearing retainer, in particular to a full-automatic assembling machine of a bearing retainer, which is characterized in that a ball gathering upper die and a ball dividing upper die of a steel ball gathering and dividing device are sequentially installed on a steel ball gathering and dividing support and connected with an air cylinder in the steel ball gathering and dividing support; the lower part of the steel ball gathering and dividing device is equipped with a front reciprocating motion device, the front reciprocating motion device is installed on a lower operating platform by retaining plates on both ends; a semi-finished product waste device is positioned under an upper retainer blanking device in the same station with the upper retainer blanking device; a nailing die device, a nail inspecting die device, a rivet riveting device and a riveted inspecting device are sequentially installed on a die installing support, the lower part is equipped with a back reciprocating motion device, the back reciprocating motion device is installed on the lower operating platform by the retaining plates on both ends. The assembling device has the advantages of good assembling quality and high assembling speed; and the unqualified products can be automatically detected and removed.

Description

technical field [0001] The invention relates to an assembly device of a bearing retainer, in particular to a fully automatic bearing retainer assembly machine. Background technique [0002] The existing bearing retainer assembly machine has large volume, complex design, many accessory parts, too many installation references, difficult assembly, messy and cumbersome connection of various parts, many power sources, high noise, laborious operation, low response speed, and general versatility Low; the axial or radial movement between the components relies on single-acting cylinders, many cylinders are used, the layout is complex, the energy consumption is high during operation, the failure rate is high, the cost is high, the correlation between the components is close, and the independence is poor, which is difficult for maintenance. It is inconvenient; the fastest existing retainer assembly machine is 3.2S / set, which has low efficiency and high cost. Contents of the invention...

AI Technical Summary

Problems solved by technology

[0002] The existing bearing cage assembly machine has large volume, complex design, many accessory parts, too many installation references, difficult assembly, messy and cumbersome connection of various parts, many power sources, high noise, laborious operation, low response speed, and general versatility Low; the axial or radial movement between the components relies on single-acting cylinders, many cylinders are used, the layout is complicated, the energy consumption is high during operation, the failure rate is high, the cost is high, the correlation between the components is close, and the independence is poor, which is difficult for maintenance. Inconvenient; the fastest existing retainer assembly machine is 3.2S / set, which has low efficiency and high cost

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