High-density standard compact disc stack storage box device

Abstract

The invention discloses a high-density standard compact disc stack storage box device, which comprises a plurality of compact disc boxes, an opening and closing device, a detection device, a power device, a supporting structure and a controller, wherein the compact disc boxes are arranged on a compact disc box rotating cage; the compact disc box rotating cage is arranged on a cage shaft; the cage shaft is supported and the supporting structure; the cage shaft and the compact disc box rotating cage are driven by the power device to rotate; the controller and the supporting structure are arranged on a compact disc library manipulator; the opening and closing device and the power device are arranged on the supporting structure; the power device can drive the manipulator to move; the opening and closing device can move along the guide rail of the manipulator with the compact disc library manipulator; and the detection device is installed on a position on which the state of the compact disc box can be detected. The high-density standard compact disc stack storage box device efficiently utilizes space, brings conveniences for the manipulator to open and close the compact disc box and quickly take and store compact discs, can detect the state of the compact disc box in real time and is safe and reliable.

Description

technical field [0001] The invention is a high-density standard optical disc stack storage box device, which belongs to the innovative technology of the high-density standard optical disc stack storage box device. Background technique [0002] In the big data era of social digitalization and informationization based on storage, the expanding data puts forward higher and higher requirements for the utilization of storage space. For offline storage and cold data storage, which have the largest proportion in data storage, optical storage (especially Blu-ray disc storage) is currently the largest capacity (single-layer capacity of the recording layer is $25-27$ GB), the safest (cannot be rewritten at will, one-time Writing can store $50$ a year), the storage technology with the lowest cost (long replacement cycle, no reading and writing, no energy consumption). It is most suitable for large data allocation storage and data storage that requires long-term backup. [0003] In o...

AI Technical Summary

Problems solved by technology

This is not only inefficient in terms of space utilization, but also wastes more loading time in the way that the existing optical discs can only be picked up individually

[0005] Another example is the existing rotating cage type intelligent disc library. When it is necessary to pick up or place a disc, the entire disc cage needs to rotate together, which not only prolongs the reprinting time, but also causes a lot of unnecessary energy waste.

In addition, due to the positioning requirements of the tray, an external long pole is required to assist positioning, which indirectly causes inconvenience in transportation and installation

Moreover, due to the weight of the optical disc and the disc support itself, the disc support will fall, which will cause the upper disc support of the same layer to be pressed on the lower disc support, so that it is difficult to extract the following discs, and even multiple adjacent discs will be pulled out. The tray holder is pulled out; similarly, when the lower disc needs to be returned, because the upper disc tray is pressed down, it will also be difficult to return the tray tray, and even problems such as chuck tray and disc jam

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