可控连杆手指式纸箱封箱机的设计

发布时间：2018-06-23 20:00

本文选题：双向滑台 + 可控连杆机构　；参考：《包装工程》2017年03期

【摘要】：目的为电商快递行业提供一种封装多样化、自动化的纸箱封装机,降低从业人员的劳动强度,提高纸箱封装效率。方法封箱机主要由底座支撑装置、纸箱对正调整装置、可控连杆手指封装装置、纸箱旋转装置、胶带封装装置及控制系统组成。设计双向丝杠滑台实现不同规格尺寸纸箱的对中、找正。通过控制可控连杆手指封装装置的原动件运动参数,实现不同规格尺寸纸箱的摇盖折合、封装。胶带封装装置由直动式电磁铁、微型真空泵、吸盘等零件组成,与纸箱旋转装置协调配合,共同实现纸箱的十字封装和胶带的自动切断。结果样机有效工作空间为550 mm×450 mm×300 mm,能够对外形尺寸在(140~550)mm×(140~450)mm×(180~300)mm的纸箱进行封装工作,每个纸箱封装时间为60 s。结论该纸箱封箱机可完成不同型号纸箱的包装、胶带的十字封装工作,实现了封装多样化与自动化;具有占地空间小、功能柔性可控、造价低的特点,可提高电商快递从业人员的工作效率。
[Abstract]:Aim to provide a kind of package diversification and automatic carton sealing machine for e-commerce express industry, to reduce the labor intensity of employees and to improve the efficiency of carton packaging. Methods the sealing machine mainly consists of base support device, carton alignment adjusting device, controllable connecting rod finger packaging device, carton rotation device, tape packaging device and control system. Design two-way lead screw slide table to realize the alignment and alignment of different sizes of cartons. By controlling the motion parameters of the original movement parts of the controllable connecting rod finger packaging device, the swaying cap of cartons with different sizes can be folded and encapsulated. Tape packaging device is composed of direct-acting electromagnet, miniature vacuum pump, sucker and so on, and coordinates with carton rotating device to realize carton cross packaging and tape automatic cutting. Results the effective workspace of the prototype is 550 mm 脳 450 mm 脳 300 mm, and the packaging time of each carton is 60 s for the carton whose shape size is (140 ~ 550) mm 脳 (140 ~ 450) mm 脳 (180 ~ 300) mm. Conclusion the carton sealing machine can complete the packaging of different types of cartons and the cross packaging of tape, realize the diversification and automation of packaging, have the characteristics of small occupation space, flexible and controllable function, low cost, etc. It can improve the working efficiency of e-commerce express delivery workers.
【作者单位】：中北大学;山西职业技术学院;
【基金】：国家自然科学基金(51275486)
【分类号】：TB486

【相似文献】