Automatic separating device and method for material receiving of stamping equipment

Abstract

The invention discloses an automatic separating device and method for material receiving of stamping equipment. The automatic separating device comprises a discharging hopper, a switching groove, material receiving boxes, an air cylinder and a circuit control device. The switching groove is connected below the discharging hopper in a seesaw mode, the air cylinder is connected between the switching groove and the fixing part of the stamping equipment, and the two material receiving boxes are arranged below the two ends of the switching groove respectively. The circuit control device comprises a detector, a PLC and an electromagnetic valve used for controlling the air volume of the air cylinder. The output side of the detector is connected to the PLC, and the output side of the PLC is connected to the electromagnetic valve. According to the automatic separating device and method for material receiving of the stamping equipment, due to the fact that a mechanical movement system, a pneumatic control system, a PLC control system and a punch press integrated information system are combined, unqualified parts and qualified parts can be separated automatically, and thus the defects brought by existing manual separation are overcome. The automatic separating device and method for material receiving of the stamping equipment has the advantages that the structure is simple and reliable, control and operation are convenient, efficiency is greatly improved, and the quality of the parts are steadily improved.

Description

technical field [0001] The invention relates to stamping equipment, in particular to an automatic material-separating device and method for stamping equipment. Background technique [0002] Stamping equipment is a special process equipment that processes materials (metal or non-metal) into parts (or semi-finished products). With the gradual promotion of high-speed blanking technology, the blanking speed reaches 400-800SPM, and the increase in production speed will lead to a sharp increase in quality risks. Once unqualified products occur, batches will be scrapped. In the existing technology, the abnormal parts detected by the debugging stage, the abnormal parts detected by the mold, and the qualified parts are separated into boxes manually. The qualified parts are easily mixed into the abnormal parts, and it is difficult to detect them, and the parts of the unqualified batch are detected by the inspection , The cost of manual sorting is high, and it can only be scrapped in ...

AI Technical Summary

Problems solved by technology

With the gradual promotion of high-speed punching technology, the punching speed reaches 400-800SPM, and the increase in production speed will lead to a sharp increase in quality risks. Once unqualified products occur, they will be scrapped in batches

In the existing technology, the abnormal parts detected by the debugging stage, the abnormal parts detected by the mold, and the qualified pa

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