面向小批量锻造生产的柔性安全操作规程生成与验证方法
A flexible safety operation procedure generation and verification method for small batch forging production
本工作主要探讨了如何为小批量锻造制造过程创建安全的操作指导并且验证其适用性的技术方法,提出了一种灵活性操作指导的创建和验证方法。利用智能化的工具根据加工任务的需求、设备的功能以及作业环境进行操作指导的动态更新以适用多样化的生产作业。我们首先对小批量锻造制造过程常见危险和操作指南编纂所面临的挑战进行分析,再针对灵活性操作指南创建进行具体阐述,包括数据采集和处理、任务建模和方法风险评估。然后对灵活性操作的验证和改进方式进行探讨以保证在真实生产环境中提高操作安全和效率。最后通过实例阐述和验证了该技术应用的可行性和效果,展示了具有应用前景的研究趋势。
This study investigates the development of safety-oriented operational guidelines for small-batch forging manufacturing processes and establishes technical methodologies to validate their applicability. A flexible operational guidance framework is proposed, utilizing intelligent tools to dynamically update safety protocols based on processing requirements, equipment specifications, and work environment conditions for diverse production scenarios. The research begins with analyzing common hazards in small-batch forging operations and challenges in developing operational guidelines, followed by detailed explanations of flexible guideline creation processes including data acquisition, task modeling, and method risk assessment. Subsequent discussions focus on verification and improvement strategies to enhance operational safety and efficiency in real-world production environments. Case studies demonstrate the feasibility and effectiveness of this technology, highlighting promising research trends in industrial applications.
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