Steel coil horizontal storage stereoscopic warehouse goods shelf for iron cores

Abstract

The invention relates to a steel coil horizontal storage stereoscopic warehouse goods shelf for iron cores. Two rows of goods shelf bodies oppositely arranged at intervals are included. A plurality ofstand columns fixedly connected with the ground and a plurality of beams form supports for storage units in single rows of goods shelf bodies. A plurality of storage units of cantilever structures are fixedly arranged on the parts, between the two rows of goods shelf bodies, of the stand columns at intervals. Each storage unit comprises a supporting plate fixedly arranged on the inner side face of the corresponding stand column, wherein the side face of the supporting plate is fixedly provided with two symmetrically-arranged cantilevers at intervals, the top faces of the two cantilevers are slopes, and the two corresponding cantilevers jointly hang a steel coil in a sleeving manner. An inclining top beam is jointly arranged on the tops of the two rows of goods shelf bodies. The head end and the tail end in the interval of the two rows of goods shelf bodies are set into repairing areas. By means of the steel coil horizontal storage stereoscopic warehouse goods shelf for the iron cores,the steel coil storage warehousing amount is greatly increased, more steel coils different in width, outer diameter or weight can be stored in the same storage unit, an automatic steel coil storage system is effectively assisted, and the enterprise production cost is saved.

Description

technical field [0001] The invention relates to the technical field of steel coil storage, in particular to a three-dimensional warehouse shelf for horizontal storage of steel coils for iron cores. Background technique [0002] The transformer core is made of stacked electrical steel sheets, which is one of the important components of the transformer; the electrical steel sheets are obtained from electrical steel coils through a cross-cutting process. The storage and transportation of electrical steel coils are as follows: the steel coils are placed side by side on the ground, and the required steel coils are lifted manually by driving and provided to the next process. This traditional storage method brings several problems: firstly, due to space constraints, the storage capacity under the side-by-side arrangement method cannot meet the growing production needs of the enterprise; secondly, it takes a long time to find the required materials manually during use, It is often ...

AI Technical Summary

Problems solved by technology

This traditional storage method brings several problems: firstly, due to space constraints, the storage capacity under the side-by-side arrangement method cannot meet the growing production needs of the enterprise; secondly, it takes a long time to find the required materials manually during use, It is often difficult to find materials and even cause the next process to fail to produce on time, which greatly affects the production efficiency of the enterprise, increases labor costs, and cannot improve production capacity; finally, in this storage method, steel coils are usually hoisted by crane, and there are certain problems. security risks

Although this storage method increases the storage capacity of the warehouse, it also has certain limitations: after the electrical steel coil enters the warehouse, it needs to be turned from horizontal to vertical and placed on the shelf; Turning from vertical to horizontal and then transported by an external trolley, the repeated operations when entering and leaving the warehouse significantly increase the man-hours and reduce the transportation efficiency; secondly, each storage unit of the warehouse shelf can only store a single electrical steel coil with a fixed width. And the electrical steel coils need to be safely placed on the pallets of each cell. This restriction prevents enterprises from flexibly storing electrical steel coils and increases costs.

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