Automatic assembling device for SC interfaces

Abstract

The invention discloses an automatic assembling device for SC interfaces. The automatic assembling device comprises a workbench, a rotating disc is arranged on the workbench, and circumferentially distributed positioners are separately arranged on the rotating disc; an inner storage bush mechanical arm, a ferrule mechanical arm, a spring feeder, a pressing mechanism, a stop mechanical arm and an unloading mechanical arm are arranged on the workbench and are distributed in a rotating disc rotating direction; an inner storage bush guide rail, an inner storage bush vibration disc, a ferrule guide rail, a ferrule vibration disc, a stop guide rail and a stop vibration disc are arranged on the workbench, the inner storage bush guide rail and the inner storage bush vibration disc correspond to the inner storage bush mechanical arm, the ferrule guide rail and the ferrule vibration disc correspond to the ferrule mechanical arm, and the stop guide rail and the stop vibration disc correspond to the stop mechanical arm. The automatic assembling device for the SC interfaces adopts the automation design and automatically performs feeding, assembling and unloading operations, so that the work efficiency and the assembly precision are largely improved, the product percent of pass is high, and the labor intensity is low.

Description

technical field [0001] The invention relates to an SC interface automatic assembly equipment. Background technique [0002] The SC interface is mainly composed of a ceramic ferrule, a memory sleeve, a spring and a stopper. In the prior art, the production of the SC interface is mainly done manually, and its defects are as follows: [0003] ① Due to the small size of the ceramic ferrule, it is inconvenient to manually pick and place; [0004] ② Due to the small size of the ceramic ferrule and the different shapes of the two ends, manual operation can easily lead to the riveting direction of the ceramic ferrule being reversed, resulting in unqualified SC interface; [0005] ③ Since the riveting machine is manually operated to rivet the small-sized ceramic ferrule and the memory sleeve, the manual operation is more dangerous; [0006] ④ Due to the small size of the SC interface and the huge quantity required, the efficiency of manual operation is low, and it is difficult to m...

AI Technical Summary

Problems solved by technology

[0003] ① Due to the small size of the ceramic ferrule, it is inconvenient to manually pick and place;

[0004] ② Due to the small size of the ceramic ferrule and the different shapes of the two ends, manual operation can easily lead to the riveting direction of the ceramic ferrule being reversed, resulting in unqualified SC interface;

[0005] ③ Since the riveting machine is manually operated to rivet the small-sized ceramic ferrule and the memory sleeve, the manual operation is more dangerous;

[0006] ④ Due to the small size of the SC interface and the huge quantity required, the efficiency of manual operation is low, and it is difficult to meet the large-scale demand for the SC interface

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