Device for automatically picking piles of optical disks and placing one or more optical disks

Abstract

The invention belongs to optical disk producing equipment, and provides a device for automatically picking piles of optical disks and placing one or more optical disks. The device is composed of a rotary picking disc, a central shaft and a rotary placing disc. The rotary picking disc and the rotary placing disc are mounted on the two sides of the central shaft correspondingly. The rotary picking disc is composed of optical disk placing seats. The central shaft is composed of a picking hand, a picking hand shell, a picking moving rod, a picking pressing rod, a pressure reducing slide rod, a locking slide block, a pressurizing screw rod, a pressurizing nut, a transmission gear and a motor. The rotary placing disc is composed of a placing seat and a separating buckle. When optical disks are produced in batches at a production line end, the optical disks can be directly placed on the optical disk placing seats of the rotary picking disc, and then the device can be used for automatically picking the optical disks, moving and placing the optical disks one by one; and the optical disks can be directly packaged after being picked and then automatically placed one by one or in piles, the classification procedure is omitted, the whole picking, moving and placing process is automatically completed, production efficiency can be greatly improved, and the workload is reduced.

Description

technical field [0001] The present invention relates to a kind of equipment that can be used in mass production of optical discs to automatically pick up and move discs in stacks and place discs individually. The device for placing single or multiple sheets behind the packaging line belongs to the optical disc production equipment category. Background technique [0002] The actual production process of optical discs is often mass production. During the production process, a stack of optical discs is often produced at the end of the production line at the same time, but the mass-produced optical discs need to be packaged in single or multiple sheets at the end of the packaging line. This process includes the production of optical discs in the production room. From manual movement to the packaging end, the packaging end classifies according to different discs, single or multiple packaging, that is, the four processes of picking, transporting, sorting, and packaging. Among them...

AI Technical Summary

Problems solved by technology

[0003] Single-sheet transportation is unrealistic, so the cost of the enterprise is too high, and the production efficiency is too low. The existing production is mostly manual batch transportation. The disadvantage is that a classification process needs to be added after transportation. What about production efficiency? This requires a solution to the problem of picking up discs in stacks at the end of the production line and moving them to the end of the packaging line to place single or multiple sheets. After the discs are produced, the traditional disc manufacturers usually pack the discs manually bef

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