In elevating the efficiency and practicality of warehouse operations, our team proposes the concept of interconnected dangerous goods warehouses. To support the operations of this kind of warehouse, this original study addresses three factors that affect the operations of such warehouses, namely the distance traveled by the forklift (cost factors), the similarity between the distances operated by the forklifts (efficiency factors), and the distance between each stack of goods in the warehouse (safety factors). In considering safety factors and improving the operational efficiency of stocking in or out of dangerous goods, this study proposes a waterfall mechanism for warehouse operations. The main characteristic of this study is a three-stage model to integrate key factors influencing the operations of dangerous goods stocking in or out warehouse. Thereafter, an example is given to verify the effectiveness and feasibility of the proposed waterfall mechanism and the three-stage model.

中文翻译：

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互联危险品仓库作业的瀑布机制及三阶段实施模型

在提升仓库作业效率和实用性的同时，我们的团队提出了危险品仓库互联的概念。为了支持此类仓库的运营，该原始研究解决了影响此类仓库运营的三个因素，即叉车行驶距离（成本因素）、叉车行驶距离之间的相似性（效率因素）、以及仓库中每堆货物之间的距离（安全系数）。在考虑安全因素和提高危险品进出库操作效率的同时，本研究提出了一种用于仓库操作的瀑布机制。本研究的主要特点是采用三阶段模型来整合影响危险品进出库操作的关键因素。