A dual-disc opening and closing system for a constant temperature rotating cage type optical disc library

Abstract

The invention discloses a double-disk opening and closing system of a constant temperature rotary cage optical disk library. The double-disk opening and closing system comprises a control cabinet, a rotary cage, a guide rail device, an optical drive wall and temperature control equipment. The control cabinet is arranged on the left side of the rotary cage. The guide rail device is arranged betweenthe rotary cage and the optical drive wall. The temperature control equipment is arranged on the right side of the optical drive wall. The rotary cage rotates around a rotary cylinder. The guide raildevice comprises left and right guide rails. Manipulators are arranged on the guide rails. The optical drive wall comprises left and right optical drive walls. Poking hands are arranged on the manipulators. A poking disk is arranged on an optical disk box. When the rotary cage rotates along one side, the poking hands block movement of the poking disk, the optical disk box is opened after rotatingaround the rotating shaft, the manipulator takes out the optical disk, the rotary cage reversely rotates, the optical disk box is blocked by the stop rod and the optical disk box is closed. Meanwhile, the poking hand opens the adjacent optical disk box in the same way, the manipulator takes out the optical disk, the rotary cage reversely rotates again to close the optical disk box until the optical disk is taken out and then the manipulator sends the optical disk into the optical drive so that the content is read and written. The temperature control equipment can control the system at the constant work temperature.

Description

technical field [0001] The invention relates to the field of box-type large-capacity optical storage equipment, in particular to a double-disk opening and closing system of a constant temperature tumbler type optical disc library. Background technique [0002] Optical storage is a mass data storage method that uses optical discs as storage media. It has the advantages of low energy consumption, mobility, and long data storage period. It is very suitable for storing data with low access frequency and long-term storage. As enterprises and individuals have higher and higher demands on data storage space and read / write speed, optical storage devices must further improve technical means to meet market demands. [0003] At present, the existing cage-type optical disk storage devices on the market only access the optical disks in one optical disk cartridge in one cycle. working conditions. Therefore, it is necessary to improve the structure of the cage type optical disk storage d...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the technology of only accessing the optical disc in one optical disc box and the single cage type optical disc library access and the technology that cannot adapt to extreme working conditions in the existing rotating cage type optical disc storage device, resulting in the storage of the entire optical disc storage device In order to solve the shortcomings such as low efficiency, the present invention provides a technical solution that uses two manipulators to access two disc magazines in one cycle, and installs a temperature control device in the disc library, so that the cage type disc can be improved. The disc access efficiency of the storage device makes it suitable for various working conditions

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