集群类巡飞弹装配工艺模块化设计

Modular Design of Assembly Process for Cluster-like Patrol Missiles

随着技术的发展和战场需求的演变,巡飞弹正朝着更小型化、多样化的发展方向前进。基于集群类巡飞弹的结构特点与传统巡飞弹装配工艺设计相结合,针对集群类巡飞弹产品种类多、批量大的研制需求,结合传统装配工艺流程,通过聚类法和分类法将巡飞弹的装配关系划分为若干个装配单元集合,梳理并划分巡飞弹装配单元,按照巡飞弹装配单元将巡飞弹的装配工艺模块化聚合,提出了适应于集群类巡飞弹装配特点的装配工艺模块化设计。通过与传统装配时间进行对比,巡飞弹装配工艺模块化设计有效地提升了装配效率。同时,这种新方法可推广至其他弹箭产品,提升组件装配效率,降低总装节点的压力。

As technology development and battlefield requirements evolution,patrol missiles have been progressing towards a more miniaturized and diversified development direction.Based on the structural characteristics of swarm-type patrol missiles and their integration with traditional assembly processes,we addressed the research and development needs for swarm-type patrol missile products with diverse types and large production volumes.By employing clustering and classification methods,the assembly relationships of patrol missiles were divided into several sets of assembly units combined with traditional assembly process.We analyzed and divided patrol missiles assembly units,modularized the assembly process in accordance with these units to propose an assembly process modularization design that was suitable for the characteristics of swarm-type patrol missile assembly.Through comparison with traditional assembly time,it was demonstrated that the modularization design effectively enhanced assembly efficiency for patrol missiles.At the same time,this new method could be extended to other missile products to improve the assembly efficiency and reduce the pressure of the final assembly node.