Minitype automatic sample storing cabinet for storing steel sample

Abstract

The invention relates to the technical field of stereoscopic warehouses, in particular to a minitype automatic sample storing cabinet for storing steel samples. A tray cross transfer device is arranged on a lifting car and can be used for storing a tray to a sample storing rack from the car or fetching the tray to the lifting car from the sample storing rack; 2-10 sample boxes are put on the tray;the lower end of each sample box is provided with a push handle; the tray and the lifting car are provided with track slots; and the push handle of the sample box passes through the tray and the track slot of the lifting car to be matched with sorting equipment. The sorting equipment comprises a positioning mechanism and a sorting mechanism. A plurality of sample boxes are placed on the tray, thereby facilitating the classified storage of the samples, and an appointed sample box can independently and automatically pass in and out, thereby facilitating the effective sorting of the samples. Thesample storing rack is arranged at both sides of a fetch car respectively in order to increase the use efficiency of the fetch car; and the device runs stably.

Description

technical field [0001] The invention relates to the technical field of three-dimensional warehouses, in particular to a small automatic sample storage cabinet that can be applied to iron and steel laboratories of metallurgical enterprises to automatically store and sort iron and steel samples. Background technique [0002] The management of samples including iron samples, steel samples and slag samples in steel laboratories of metallurgical enterprises is an important part of steel quality management, and it is the original basis for re-inspection or arbitration inspection in case of quality objections. At present, simple sample storage racks are generally used in China. The operators classify and label the prepared samples and then move them to the racks for storage. The labor intensity is high, the management is cumbersome, and errors are prone to occur. [0003] The three-dimensional warehouse has become an indispensable warehousing technology in logistics and production ...

AI Technical Summary

Problems solved by technology

Due to differences in storage materials and storage requirements, three-dimensional warehouses in different fields have different storage requirements. The storage requirements for steel laboratory samples are relatively special, and the samples need to be stored and sorted out. At present, There is no three-dimensional warehouse technology and products for storage and sorting of steel samples

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