Hydraulic pump disassembly sequence planning and intelligent sorting system design for remanufacturing
面向再制造的液压泵拆解序列规划与智能分拣系统设计

摘要

液压泵再制造过程中，零部件的完整性与可利用性直接影响再制造质量与成本。合理的拆解序列规划能够有效降低零件损伤，提升操作效率，而智能分拣系统的应用则保证了不同零件的自动识别与分类，实现再利用价值的最大化。本文围绕液压泵再制造的特殊需求，提出面向零部件状态的拆解序列规划方法，并结合机器视觉与智能算法设计分拣系统，以解决人工操作中效率低、误差高及资源浪费的问题，从而为液压泵再制造提供系统化、智能化的解决方案。

Abstract

In hydraulic pump remanufacturing processes, the integrity and reusability of components directly determine remanufacturing quality and costs. A well-designed disassembly sequence planning can effectively reduce part damage and improve operational efficiency. The application of intelligent sorting systems ensures automatic identification and classification of different components, maximizing their reuse value. This paper addresses the unique requirements of hydraulic pump remanufacturing by proposing a component-condition-based disassembly sequence planning method. By integrating machine vision with smart algorithmic design for sorting systems, it resolves issues of low efficiency, high error rates, and resource waste associated with manual operations. This provides a systematic and intelligent solution for hydraulic pump remanufacturing.