A micro-module automatic data storage system

Abstract

The invention provides a micro module automatic data storage system. The system includes guide rails extending in the transverse direction, two groups of optical disc library module groups arranged face to face on both sides of the guide rails, inter-module manipulator assemblies arranged on the guide rails, and inter-module optical drive columns outside the optical disc library module groups; each group of optical disc library The module group includes a plurality of optical disc library modules arranged in the transverse direction, each optical disc library module includes an optical disc storage module, an optical drive assembly in the module, and a robot arm assembly in the module, and the robot arm assembly in the module is used in a specified module in the optical disc library module CD-ROM loading and unloading operations are carried out between the designated CD-ROM drive in the module and the designated CD-ROM box in the designated CD-ROM module in the CD-ROM drive assembly; The operation of loading and unloading optical discs is performed between designated optical disc boxes in the bin assembly. The solution of the invention can greatly reduce the probability of equipment downtime and maintenance.

Description

technical field [0001] The invention relates to the technical field of data storage, in particular to a micro-module automatic data storage system. Background technique [0002] The optical disc library is a high-complexity and high-precision mechatronic device suitable for long-term storage of cold data. When constructing a cold data center based on optical disc media, a large number of optical disc libraries need to be arranged. Simply placing a large number of optical disk libraries in the data center computer room will inevitably cause a significant drop in overall operational reliability. Because the SPOF (Single Point of Failure) of a single device is simply superimposed when multiple devices are running at the same time, the more data the device has, the higher the failure rate of the overall data center is. [0003] The current typical optical disc library products have single points of equipment error to varying degrees, which are manifested in multiple aspects su...

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Problems solved by technology

[0005] An object of the present invention is to solve the technical problem of a single point of error in the optical disc library in the prior art

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