A wheel-type storage and feeding system for ring-shaped electronic devices

Abstract

The invention discloses an annular electronic component wheel type material storing and feeding system. The annular electronic component wheel type material storing and feeding system comprises a material storing mechanism and a feeding mechanism. The material storing mechanism comprises a plurality of wheel type rotating material storing rods and a wheel type material storing rotating shaft. The wheel type material storing rotating shaft is horizontally arranged. The multiple wheel type rotating material storing rods are distributed symmetrically with respect to the axis of the wheel type material storing rotating shaft and each perpendicular to the axis of the wheel type material storing rotating shaft. The feeding mechanism comprises a feeding guiding rod. The feeding guiding rod comprises an upper material bearing part, a middle material storing part and a bottom feeding part. The upper material bearing part faces the axis of the wheel type material storing rotating shaft and shares the same surface with the multiple wheel type rotating material storing rods. The middle material storing part is vertically arranged. The bottom feeding part is horizontally arranged. By means of the annular electronic component wheel type material storing and feeding system, orientation feeding can be automatically conducted on annular electronic components, the annular electronic component wheel type material storing and feeding system can be adapted to the rate change of a machining system, and supplying stopping and accumulation of materials can not happen.

Description

Technical field [0001] The invention relates to the technical field of precision transformer processing equipment, in particular to a wheel-type accumulator feeding system for ring-shaped electronic devices. Background technique [0002] Current transformers are widely used in modern industry, such as for induction and measurement of power parameters; the structure of current transformers is mainly composed of mutually insulated primary windings, secondary windings, iron cores, frames, shells, and wiring Components such as terminals: the primary winding has fewer turns and is directly connected in series with the power line. When the primary load current passes through the primary winding, the alternating magnetic flux generated will induce a proportionally reduced secondary current; It has a large number of turns, which forms a closed loop in series with the secondary load of current coils such as meters, relays, and transmitters. [0003] Toroidal electronic devices like current...

AI Technical Summary

Problems solved by technology

Conventional circular electronic device conveying system cannot adapt to the speed change of the processing system. When the processing is too fast, there is often no material to send. When the processing slows down in a short period of time, there will be a backlog of materials in the feeding

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