Combined storage cabinet and control method thereof

Abstract

The invention relates to a combined storage cabinet and a control method thereof. The combined storage cabinet is characterized by comprising a conveying mechanism, a longitudinal walking mechanism, atransverse walking mechanism and a longitudinal guide rail, wherein the conveying mechanism is fixed to the upper portion of the transverse walking mechanism, the conveying mechanism and the transverse walking mechanism do transverse reciprocating motion on the upper portion of the longitudinal walking mechanism, and the longitudinal walking mechanism drives the conveying mechanism and the transverse walking mechanism to do longitudinal reciprocating motion on the longitudinal guide rail of the storage cabinet so that material distribution can be carried out. According to the combined storagecabinet, a plurality of storage cabinets can be combined very compactly, a material distribution vehicle and a bottom band are used for carrying out driving, less space is occupied, the storage amount is increased, the manufacturing cost, the running cost and the maintaining cost are reduced, control is more concise, in addition, the running cost is remarkably reduced, and the working efficiencyis improved.

Description

technical field [0001] The invention relates to the field of tobacco special equipment, in particular to a combined storage cabinet and a control method thereof. Background technique [0002] In the production line of the tobacco industry, storage cabinets are mainly used to store materials (including leaf storage, leaf matching, stem storage, and silk storage) for silk making lines, rebaking lines, carbon dioxide lines, and Burley tobacco lines, and to complete the storage, mixing, and storage of different materials. Blending process requirements, and further make the material moisture, temperature or material liquid tend to be uniform, let the plant fiber tissue fully absorb, adjust the production capacity, facilitate balanced production, meet the requirements of silk making process, and ensure the quality of silk making. [0003] In the actual production process, the longitudinal distribution of each cabinet is realized by the reciprocating operation of a distribution car...

AI Technical Summary

Problems solved by technology

[0004] Since the storage cabinets commonly used today are limited by the structural rigidity of the distribution vehicle and the running stability of the distribution belt, the maximum lateral dimension of the cabinet body (that is, the width of the cabinet body) is limited to 3500mm, and the amount of material stored in a single storage cabinet is limited; With the improvement of production line capacity and the demand for process quality, the single cabinet volume of storage cabinets is required to be larger and larger, and the number of storage cabinets is also increasing. Often multiple storage cabinets are arranged side by side to complete the material storage work together. The distance between them is large, which takes up a lot of equipment layout space, and is not conducive to the centralized control and maintenance of the equipment; in addition, due to the increase in the volume of a single cabinet, the width and length of the storage cabinet increase accordingly, and the width and length of the cloth cart It is also getting bigger and bigger, which causes great difficulties in the manufacture and installation of the cloth cart; in addition, the work of the storage cabinet is a single sequential cloth, single or multiple discharges, and each storage cabinet has a separate distribution and discharge. Material system, multiple material distribution systems cause very large production, operation and maintenance costs

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