【摘要】 铝合金门窗型材加工过程中，由于加工剩余材料规格的多样化和长度不一致，导致了对剩余材料的分类、入库和存储过程复杂化，进而引发了剩余材料的浪费和低效的再利用问题。针对这一问题，提出了一种双仓式余料仓设计方案，分析了余料仓余料出库、入库、清库等工艺流程，分析了不同规格的余料提升入库可靠性问题，提出了余料居中准停位置设计算法，通过余料准停功能从而保证余料可靠入库。该设计方案较好地解决了铝合金门窗型材加工过程中余料管理问题，能有效提高材料利用率和生产效率。更多还原

【Abstract】 During the processing of aluminum alloy door and window profiles, the diversification of the specifications and inconsistent lengths of leftover materials complicate the processes of sorting, storing, and inventory management, which further leads to waste of leftover materials and inefficient reuse. In response to this issue, this paper proposes a design scheme for a dual-compartment leftover material storage system, analyzes the technological processes such as the outbound, inbound, clearing, and adjustment of leftover materials in the storage system, discusses the reliability of lifting and storing leftover materials of different specifications, and introduces a design algorithm for the centered and precise stopping position of leftover materials. The precise stopping function ensures the reliable storage of leftover materials. This design scheme effectively addresses the leftover material management issues in the processing of aluminum alloy door and window profiles, significantly enhancing material utilization and production efficiency.更多还原