Put-away machine of blanking robot

Abstract

The invention discloses a put-away machine of a blanking robot. The put-away machine comprises a machine frame, a correcting assembly, a puller assembly, a cut-off die, a conveying assembly, a variable-pitch sucker assembly and a blister box. A material belt is input through the correcting assembly, penetrates through the cut-off die and enters the puller assembly to be pulled out. The correctingassembly can freely adjust the correcting position according to the width of the material belt and can also support the material belt so that the product deformation caused by the drooping of the material belt can be prevented. The puller assembly can automatically send the to-be-stamped material belt into a servo cam stamping die, labor is saved, and the pulling speed is higher and more stable. The conveying assembly is used for conveying out cut-off stamped products from the lower side of the cut-off die and providing the product suction space for the variable-pitch sucker assembly. The variable-pitch sucker assembly moves the products to the blister box, and the put-away efficiency of the put-away machine is improved. By means of the put-away machine, the automatic steel material pulling and sending function and the material belt automatic stamping and put-away function are realized, the automation degree is high, cost is saved, and efficiency is improved.

Description

technical field [0001] The invention relates to the field of electronic product manufacturing, in particular to a blanking robot plate placing machine. Background technique [0002] In today's society, mobile phones have become an indispensable tool for people to communicate and connect. Some stamped shrapnel products are often required inside the mobile phone, some of which are more complex in shape and show a sharply bent shape; in addition, some products are glued with hand-tearable film according to customer requirements, and these hand-tearable films are easy to be touched. Lose. Therefore, it is necessary to place the corresponding steel strip products under a specific punching die for punching, and arrange the products before shipping. [0003] In the prior art, a manual cutting mold is used to cut the product to form a bulk product, and then manually place the product on a blister tray. Due to the irregular shape of the product, bulk products are easy to get stuck...

AI Technical Summary

Problems solved by technology

It takes extra care to separate the products that are stuck together, and the separation process is time-consuming and easy to damage the products

In addition, the product is attached with glue with a hand-tearable part, which is piled up in a pile of loose parts, and the film at the hand-tearable part is easy to touch off

Therefore, by manually placing it under the manual punching die and punching it into loose parts, this method is inefficient and not suitable for mass production.

In addition, due to errors in manual operation, it is easy to cause product defects and waste of materials, and there are many unsafe factors

Images