Warehousing equipment

Abstract

The invention provides storage equipment. The storage equipment comprises a plurality of storage cabinets which are arranged at intervals, a rail located between every two rows of the storage cabinets, a piler which moves along the rail and a power supply part. A magnetic power obtaining extends from one side of the piler. The power supply part comprises a shell, an excitation wire contained in the shell and a displacement groove defined by the shell. The displacement groove is parallel to the extending direction of the rail. The two opposite ends, in the sliding direction, of the magnetic power obtaining unit and the side edges adjacent to the two ends are provided with distance detectors. The piler moves along the rail, and accordingly the magnetic power obtaining unit is driven to move in the displacement groove in a reciprocating mode. According to the storage equipment, the distance detectors are arranged on the magnetic power obtaining unit, so that the piler is controlled to stop operating in time when encountering an obstacle, and abnormal conditions of the storage equipment are prevented.

Description

technical field [0001] The invention relates to the technical field of manufacturing and storage, in particular to a storage device. Background technique [0002] At present, in the field of production and manufacturing, storage bins are installed in factories to store products. For example, LCD panels, manufacturers generally use automated storage systems (STK), which are multiple rows of shelves arranged in parallel, and each shelf has multiple storage grids at intervals. Sliding between every two rows of shelves to complete the placement of the LCD panel by the manipulator. Among them, some warehousing systems supply power to the trucks in a non-contact power supply mode. By inputting high-frequency alternating current to the excitation wire, a magnetic field is generated around the excitation wire. The unit cuts the magnetic induction line in the magnetic field generated by the excitation line, and the power-taking unit of the stacker generates electricity through elec...

AI Technical Summary

Problems solved by technology

[0003] With the continuous aging of the equipment, the plastic cover of the outer box wrapping the excitation wire will be damaged and warped, or there are objects around the outer box, if the cover is bumped or scraped by the power-taking unit on the stacker It is realized that the stacker will not stop running and continue to move forward, it will hit the outer packaging box and interfere with the internal excitation wire, and the excitation wire may be torn off, resulting in abnormalities in the entire storage system

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