A device and method for capturing and distributing discs in batches

Abstract

The invention discloses an optical disk batch fetching and distributing device and method. The optical disk batch fetching and distributing device comprises a driving motor, a plurality of disk distributing fingers and a guide column. The guide column is provided with a plurality of through holes. The disk distributing fingers are sleeved with the through holes in the guide column. An output shaft of the driving motor is provided with a driving gear. One end of each disk distributing finger is provided with a driven gear. The driving gear arranged on the output shaft of the driving motor is engaged with the driven gears arranged on the disk distributing fingers respectively. The other end of each disk distributing finger is provided with a first disk fetching hook holder and a second disk fetching hook holder on two layers. The optical disk batch fetching and distributing device is simple in structure, convenient to operate, efficient, practical and high in reliability. By means of the optical disk batch fetching and distributing method, multiple standard optical disks are skillfully distributed one by one and collected one by one after being fetched at a time, the efficient performance of mass optical storage equipment can be improved, and daily maintenance work can be reduced.

Description

technical field [0001] The invention is a device and method for batch capturing and distributing optical discs, which belongs to the innovative technology of the device and method for batch capturing and distributing optical discs. Background technique [0002] As a solution for large-scale data storage, optical storage technology has many unique and superior technical characteristics. Applications. With the advent of the era of big data and the rapid expansion of data scale, the large-scale clustering and distribution of optical storage systems put forward higher requirements for massive optical disc storage devices: 1) require high-density volume optical disc library data management; 2) It requires higher bottom-level intelligent management; 3) It requires the modularization of data stored in the optical disc; 4) It requires the mechanical operation of the equipment to be faster, simpler and safer. [0003] Therefore, the application of discs in a large optical disc libr...

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Problems solved by technology

[0005] The problem of insufficient reliability in the above-mentioned grasping methods has generally affected the further development of the application of optical storage technology. The reasons are as follows: the steel ball of the chuck only supports the upward support force on the optical disc. When the optical disc moves rapidly in the device Shaking will occur during the operation, which will affect the reliability of the equipment

And after the equipment has been in operation for a long time, affected by dust and oxidizing substances, the flexibility of the movement of the disc chuck steel ball and the conical sliding iron block will change significantly, resulting in frequent failures in disc removal and disc placement

In addition, the distribution and batch collection of multiple optical disc modules requires additional mechanical actions and the cooperation of driving devices, and the addition of sensors is required, which increases complex uncertain factors and hinders the efficient management of multiple optical disc module equipment. The installation, commissioning and maintenance of equipment increases the difficulty

[0006] The grabbing structure is the core component of the entire intelligent optical storage device, and its reliability will directly affect the reliability and even availability of the entire storage device. When there is a problem with picking or putting the disc, it will cause the device to stop performing follow-up actions and shut down, or even be destroyed. Disc damaged data

At the same time, the efficiency of the grasping structure directly affects the efficiency of the data management of the entire device, especially for the modular multi-disk mechanism, the lag of the action will greatly reduce the performance of the entire data management

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