An o-ring feeding system

Abstract

The invention provides an O-shaped ring supply system. The O-shaped ring supply system comprises a pedestal, a separating rotary disc, a superposing and blowing nozzle group, a guide rotary disc groupand a separating blowing nozzle group, wherein the separating rotary disc is rotatably arranged on the pedestal for bearing a plurality of O-shaped rings; the separating rotary disc is provided withan inner ring region and an outer ring region which is arranged at the outer side of the inner ring region; the horizontal height of the inner ring region is greater than that of the outer ring region; the separating rotary disc further comprises an outlet part; the superposing blowing nozzle group is arranged at the periphery of the separating rotary disc for blowing upper-layer O-shaped rings ofthe O-shaped rings which are positioned in the outer ring region and are superposed to the inner ring region; the guide rotary disc group is rotatably arranged at the periphery of the separating rotary disc for guiding; and the separating blowing nozzle group is arranged on the pedestal for performing separating treatment on the O-shaped rings.

Description

technical field [0001] The invention relates to a feeding system, in particular to an O-ring feeding system. Background technique [0002] For example, Taiwan Patent No. M521063 of China discloses a component feeding arrangement supply device with electrostatic auxiliary arrangement, which includes a base, a cover plate and an electrostatic adsorption device. The cover plate is connected to the base and combined with multiple module guide bars, so that when the cover plate is in the closed state, the electrostatic adsorption device can assist the components to be tested to be arranged neatly, and the components to be tested are arranged one by one by means of the module guide bars. Load a test turntable to solve the problem that the components to be tested are not arranged neatly on the test turntable. [0003] However, when the components to be tested are O-rings, the above-mentioned device may not be able to effectively make the O-rings enter the test turntable one by one...

AI Technical Summary

Problems solved by technology

[0003] However, when the components to be tested are O-rings, the above-mentioned device may not be able to effectively make the O-rings enter the test turntable one by one. It is common for two O-rings to overlap up and down during the whole process. In severe cases, the phenomenon of knotting and jamming will occur, resulting in poor arrangement performance, and when the O-rings are aligned along the guide strips, they are also prone to rotation due to the friction between each other, resulting in poor arrangement

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