Feed mechanism for capacitor sorting machine

Abstract

The invention discloses a feed mechanism for a capacitor sorting machine. The feed mechanism comprises a collection disc. The collection disc comprises an outer disc and a bottom disc arranged at thebottom of the outer disc. The bottom disc is provided with a fixing part used for fixing a driving device. A spirally rising twining rail is arranged at the inner edge of the outer disc. The includedangle between the twining rail and the outer disc is smaller than 90 degrees and larger than 80 degrees, namely the twining rail is in an inclined state on the same vertical section, and the height ofthe side close to the center of the collection disc is larger than that of the other side. A front stage overlapping amount adjusting structure, a side-by-side amount adjusting structure and a rear stage overlapping amount adjusting structure are arranged on the twining rail sequentially. Both the front stage overlapping amount adjusting structure and the rear stage overlapping amount adjusting structure can adjust multiple rows of overlapped capacitors into a single layer, the single row of capacitors are conveyed sequentially, and error judgment of subsequent detection of the capacitors isavoided.

Description

technical field [0001] The invention relates to the field of capacitor processing devices, in particular to a feeding mechanism of a capacitor sorter. Background technique [0002] Capacitance detection is generally through the contact between the detection equipment and the positive and negative terminal leads on the capacitor, so as to charge it to obtain parameter information to detect whether it is qualified. Existing capacitor detection is realized by a sorting machine. The existing sorting machine includes a feeding mechanism, that is, the feeding mechanism described in the capacitor sorting machine with application number 201420322296.4, which feeds the capacitors into the feeding track through the disc rail. But there are following problems in adopting this feeding mechanism: [0003] A large number of capacitors are piled up in the collecting tray. During the transmission, the capacitors may be overlapped and conveyed upward. If this happens, there will be misjudg...

AI Technical Summary

Problems solved by technology

[0003] A large number of capacitors are piled up in the collecting tray. During the transmission, the capacitors may be overlapped and transferred upwards. If this situation occurs, there will be misjudgments in the subsequent measurement of the detection direction of the capacitors, which will affect the subsequent detection of the capacitors.

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