A post-production processing method and system for capacitors

Abstract

The invention provides a capacitor production aftertreatment method and system. The aftertreatment method comprises the steps that aged capacitors are discharged into a specific material frame, and a first electronic label is arranged on the material frame; the material frame is transported to a line edge bin, and the capacitors in the material frame are subjected to standing and cooling; according to the work order information and first electronic label storage information, the material frame corresponding to the work order information is taken out of the line edge bin; the cooled capacitors are subjected to secondary characteristic sorting, and good capacitors are sorted; according to the work order information, the good capacitors are subjected to adaptation treatment, and the capacitor products of the preset specification can be obtained; the capacitor products are subjected to appearance detection, appearance good capacitors are sorted and are packaged into a packaging box, and a second electronic label is implanted into the packaging box; and the packaging box with the second electronic label implanted is conveyed and stored into a finished product tail stock bin. The aftertreatment process of the whole capacitors after aging can be achieved, the RFID technology is used, the automatic bin seal of the capacitor finished products can be achieved, the capacitor delivery efficiency is improved, and the manual cost is reduced.

Description

technical field [0001] The present application relates to the technical field of capacitor production, in particular to a post-processing method and system for capacitor production. Background technique [0002] In the process of capacitor production, after the capacitor is aged, the capacitor needs to be left to cool down, and after characteristic sorting, the qualified capacitors are subjected to applicability treatment such as pasting, cutting, and folding according to the applicability requirements, and then the appearance inspection is carried out. Finally, the finished capacitors are packaged and stored in the warehouse. [0003] However, in the prior art, the transfer, packaging, and warehousing of capacitor materials in the process of capacitor post-processing all need to be carried out manually, which has low efficiency, high labor costs, and easily causes damage to the capacitor. Moreover, the existing appearance inspection is manual sampling inspection, the relia...

AI Technical Summary

Problems solved by technology

[0003] However, in the prior art, the transfer, packaging, and warehousing of capacitor materials in the process of capacitor post-processing all need to be done manually, which has low efficiency, high labor costs, and easily causes damage to capacitors.

Moreover, the existing appearance inspections are manual sampling inspections, the reliability of the inspection results is low, and the yield rate of finished capacitors cannot be guaranteed

In addition, the packaging and warehousing of the existing finished capacitor products need to be done manually, resulting in a long time for closing the warehouse and warehousing, low efficiency, troublesome delivery, and time-consuming and laborious

[0004] There are at least the following technical problems in the existing technology: the circulation, packaging, and warehousing of capacitor materials in the process of capacitor post-processing all need to be carried out manually, with low efficiency and high labor costs, and it is easy to cause damage to the capacitor

Moreover, the existing appearance inspections are manual sampling inspections, the reliability of the inspection results is low, and the yield rate of finished capacitors cannot be guaranteed

In addition, the packaging and warehousing of the existing finished capacitor products need to be done manually, resulting in a long time for closing the warehouse and warehousing, low efficiency, troublesome delivery, and time-consuming and laborious

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