Stacking turnover device for cylindrical standard components

Abstract

The invention discloses a stacking turnover device for cylindrical standard components. The device comprises a rectangular box, wherein a placement groove is formed in the lower end surface of the box, multiple prismatic partition columns in array distribution are arranged in the placement groove, partition boards are propped against the lower end surface of the box, a countersunk table corresponding to the placement groove is formed on the upper end surfaces of the partition boards, and prismatic partition blocks corresponding to the partition columns are formed on the bottom surface of the countersunk table; limiting plates are formed on the upper end surfaces of the partition boards on two sides of the countersunk table, rectangular cutting grooves are formed in two side walls of the box, the limiting plates are inserted into the cutting grooves, insert slots are formed in the limiting plates, guiding grooves are formed in the upper end surfaces of the limiting plates, L-shaped locking pieces are inserted into the guiding grooves and the insert slots, locking rods are hinged to two side walls of the cutting grooves, an insert hole is formed in one end of each locking rod, the upper ends of the locking pieces penetrate out of the guiding grooves, and the lower ends of the locking pieces penetrate out of the insert slots and are inserted into the insert holes. According to thestacking turnover device for the cylindrical standard components, stacking operation of mold standard components is realized conveniently, and the mold standard components are conveniently stored inthe box.

Description

Technical field: [0001] The invention relates to the technical field of mold standard part processing equipment, in particular to a stacking turnover device for cylindrical standard parts. Background technique: [0002] Mold standard parts are needed in the use of molds, such as standard punches, positioning pins, springs, etc. After the mold standard parts are processed, they need to be stacked in batches in the corresponding storage box. The existing stacking method generally adopts manual blanking and manual stacking, while the manual stacking needs to stack the mold standard parts one by one. Put it into the box, and some mold standard parts need to be stacked in the box, so its workload is large, and the labor intensity of the staff is relatively large, and the work efficiency is not high. [0003] In view of the above-mentioned defects, the designer is actively researching and innovating in order to create a stacking turnover device for cylindrical standard parts with...

AI Technical Summary

Problems solved by technology

After the mold standard parts are processed, they need to be stacked in batches in the corresponding storage box. The existing stacking method generally adopts manual blanking and manual stacking, while the manual stacking needs to stack the mold standard parts one by one. Put it in the box, and some mold standard parts need to be stacked in the box, so the workload is heavy, and the labor intensity for the staff is relatively high, and the work efficiency is not high

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