导爆管成卷捆扎机的设计

目的设计一种导爆管自动捆扎机,通过该设备实现导爆管的自动捆扎。方法在分析捆扎工艺路线的基础上,对实现其基本功能进行分解,并将基本功能进行组合,确定整机结构方案,采用单根成卷,10根捆扎工艺,以旋转构件实现缠绕成卷,直动气动原件实现单根的推送及10根的捆扎、以胶带作为捆扎材料实现对成卷后的2处捆扎。结果经2轮样机的试制、改进及实际生产考核,完成了导爆管成卷捆扎机的设计、制造。该机每班捆扎的生产率为700捆/8 h,达到预期设计目的和要求。结论设计的导爆管自动捆扎设备可以提高生产率,减轻劳动强度,降低生产成本。

Design of Binding Machine for Plastic Nonel

The work aims to design an automatic strapping equipment to finish automatic strapping of the nonel. Based on analyzing process route and binding function, the whole structural scheme was made out through first decomposing and then integrating basic functions. A single nonel was rolled and 10 nonels were strapped. Winding and rolling were realized by rotating parts. Delivery of a single nonel and strapping of 10 nonels were realized by direct driven pneumatic elements. Adhesive tape was used as strapping material to strap the 2 positions after rolling. Design and manufacturing of binding machine for plastic nonel were finished through trial-manufacture, improvement and actual production assessment for 2 prototypes. The productivity of the machine was 700 bales/8 h which achieved the design objectives and requirements. In conclusion, the designed detonating tube automatic strapping equipment can increase productivity and reduce labor intensity and output cost.