钢筋连接套自动包装生产线设计

Design of Packaging Production Line for Steel Bar Connecting Sleeve

中文关键词: 钢筋连接套  生产线  打标  包装  码垛

英文关键词: rebar connecting sleeve  production line  marking  packaging  palletizing

中文摘要:

      目的 针对目前钢筋连接套的打标、包装、码垛任务都是由人工完成，存在着劳动强度大、生产效率低、不能满足市场需求等问题，以市场常见钢筋连接套为研究对象，设计一款钢筋连接套自动包装生产线。方法 采用分步打标、集成包装的思想，制定钢筋连接套打标、包装、码垛生产线的总体设计方案，用UG对该生产线各个工段进行三维建模，并进行虚拟装配及仿真。结果 该包装生产线实现了对 18～ 32 mm规格钢筋连接套的打标、包装、码垛一体化生产，效率可达120袋/h，相比传统手工方式提高了5倍。结论 该生产线结构合理，在保证包装质量的前提下，大幅度地提高了包装效率，降低了包装成本，为钢筋连接套的自动包装提供了一种解决方案。

英文摘要:

      The work aims to design an automatic packaging production line for rebar connecting sleeve with the common rebar connecting sleeve in the market as the research object in view of the problems such as high labor intensity, low production efficiency, and failure to meet market demand due to that the current marking, packaging and palletizing tasks of rebar connecting sleeves are manually completed. The idea of step-by-step marking and integrated packaging was used to formulate the overall design of the marking, packaging, and palletizing production line for the rebar connecting sleeve. UG was used to set up the 3D model of each section in the production line, and perform virtual assembly and simulation. The integrated production of marking, packaging and palletizing of 18- 32 mmsteel rebar connecting sleeves were realized by the packaging production line, with an efficiency of 120 bags/hour, which was 5 times higher than that by traditional manual method. The production line has a reasonable structure. Under the premise of ensuring the packaging quality, it greatly improves the packaging efficiency and reduces the packaging cost, and provides a solution for the automatic packaging of the rebar connecting sleeve.