Intelligent warehousing system for prebaked anode carbon blocks

Abstract

The invention discloses an intelligent warehousing system for prebaked anode carbon blocks. The warehousing system is composed of a carbon block storage rack, a conveying and lifting system, warehousing (delivering) chain plate conveyers, an intelligent scheduling control system and an informatization management system. The carbon block storage rack increases the safe dump height of the carbon blocks, so that the effective plot ratio of a warehouse is improved. The carbon blocks are stored in independent warehouse locations and the specification and dimension of the carbon blocks are not limited, so that the carbon blocks can be stored and delivered first. The conveying and lifting system can receive the carbon blocks from the warehousing chain plate conveyer and store the carbon blocks tothe carbon block storage rack or take down the carbon blocks from the carbon block storage rack and deliver the carbon blocks to the delivering chain plate conveyer. The intelligent scheduling control system can schedule storing and taking of the carbon blocks intelligently according to production and sales needs. The informatization management system records purchase, inventory and sales to formreal-time statistical data.

Description

technical field [0001] The invention relates to the technical field of carbon, in particular to an intelligent storage system for prebaked anode carbon blocks. Background technique [0002] The stacking height of traditional prebaked anode carbon block storage is limited, generally 7 to 8 floors. If the stacking height is too high, it may easily cause safety accidents of carbon block collapse, and the plant occupies a large area. Carbon block storage with uniform carbon block specifications generally uses stacking cranes to enter and exit the warehouse, but the stroke of the stacking crane jig is high, the height of the factory building has not been effectively utilized, and the effective volume ratio is low. Carbon blocks of various specifications are stacked with a single-block clamp crane, which has low work efficiency, and the stacking is uneven and easy to collapse. The storage can only be stored in order from low to high, and the storage can only be clamped in the opp...

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Problems solved by technology

[0003] In order to overcome the deficiencies of the above-mentioned prior art, the object of the present invention is to provide a prebaked anode carbon block intelligent storage system to solve the problem of the limited stacking height of the traditional prebaked anode carbon block storage, large floor space, and insufficient plant height. Effective utilization, low effective volume ratio, difficulty in stacking multi-specification carbon blocks, can only be stacked sequentially, low work efficiency, large labor capacity, low warehouse management informationization, etc.

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