Automatic separating bar shear for IC strips and separating bar shear method thereof

Abstract

The invention discloses an automatic separating bar shear for IC strips and a separating bar shear method thereof, wherein the bar shear comprises a strip charging detection combination A, which lifts the strips in a stack-type strip box in a stepping manner, picks and places the strips on an opening / closing guide rail device, performs directional detection and two-dimensional code data reading, and then delivers the strips downstream; a strip conveying detection combination B, which removes, among the strips delivered from the strip charging detection combination part, the strips which are unqualified in the directional detection into a scrap box; a strip separating bar shear combination C, in which the strips delivered from the previous position, on which the locations of the unqualified blocks are found, are subjected to stepping movement through a bar shear strip movement device, and in the process of stepping movement, the unqualified blocks are shorn off through a separating bar shear mold device and then fall into an unqualified block collecting device; and a strip discharging combination D, in which the separated and bar-shorn strips delivered from the strip separating bar shear combination are subjected to delivery, discharging and other operations to be automatically stacked in a device of a discharging box.

Description

technical field [0001] The present invention relates to a new equipment for automatic sorting and cutting of IC material strips, more precisely, it relates to the ability to detect unqualified ones on the material strips transported from the material box according to the results of detection and marking in the previous process. An IC material strip automatic sorting and ribbing method and a sorting and ribbing machine for automatically punching and cutting off material blocks. Background technique [0002] Before the ribs are cut, the position of the unqualified material block on the material strip is first recorded through the two-dimensional code data of the previous process, and the second is marked on the unqualified material block of the material strip. At present, the process of strip cutting ribs is to cut off all the blocks (including unqualified blocks) on the strip at one time, and then send the cut blocks to the next process for each block (including unqualified ...

AI Technical Summary

Problems solved by technology

This rib cutting process increases the workload of the detection of the material blocks after rib cutting, especially when there are many unqualified material blocks on the material strip, the workload of detecting unqualified material blocks after rib cutting will increase, reducing production. efficiency, increased production costs

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