面向智能制造的数字仓储系统设计

目的 从设计的角度探究如何运用数字仓储系统满足智能制造发展需求的相关理论,以期为制造企业提供智能化生产服务.方法 运用文献研究和典型案例分析法,通过系统架构、管理模块、数据流等方面对数字仓储系统进行全面设计,揭示出数字化仓储技术与装备的功能特点,进而提出数字仓储系统实现路径.结果 数字仓储系统实现了对物料、成品从订单发出到在途、上架、入库、出库全流程的追踪监控,对仓储、物流资源进行了一体化管理,实现了智能制造信息深度自感知、智慧优化自决策、精准控制自执行.结论 在智能制造的大环境下,数字仓储系统能够满足制造企业大规模定制生产要求,具备高柔性的全流程数字化管理模式,助推智能制造进一步发展.

Design of Digital Warehousing System for Intelligent Manufacturing

The work aims to explore the theory of how to use digital warehousing system to meet the development needs of intelligent manufacturing from the perspective of design, so as to provide intelligent production services for manufacturing enterprises. Through literature research and typical case analysis, the digital warehousing system was comprehensively designed from the aspects of system architecture, management module and data flow to reveal the functional characteristics of digital warehousing technology and equipment, thus putting forward the realization path of digital warehousing system. The digital warehousing system could track and monitor the whole process of materials and finished products from order to in transit, on shelves, in-put of warehouse and out-put of warehouse, and manage the warehousing and logistics resources in an integrated way, so as to realize the deep self perception of intelligent manufacturing information, self-decision-making of intelligent optimization and self-execution of accurate control.In the environment of intelligent manufacturing, the digital warehousing system can meet the requirements of mass customization of manufacturing enterprises, and has a high flexible digital management mode of the whole process, which promotes the further development of intelligent manufacturing.