高速接缝式自动包装机.rar
高速接缝式自动包装机,摘要是实现薄膜材料裹包块状物品的一种包装设备，广泛应用于食品、化工、日用品、医药、小五金等部门。本文在分析的包装工艺和使用要求的基础上，通过对关键部件的理论分析，提出一种实用、简单、可靠和通用的传动系统，将单一包装尺寸拓展为袋长和产量可调的结构形式;对供送薄膜结构、中封牵引器结构...
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内容介绍
原文档由会员 梦幻星光 发布
摘要
高速接缝式自动包装机是实现薄膜材料裹包块状物品的一种包装设备，广泛应用于食品、化工、日用品、医药、小五金等部门。
本文在分析高速接缝式自动包装机的包装工艺和使用要求的基础上，通过对关键部件的理论分析，提出一种实用、简单、可靠和通用的传动系统，将单一包装尺寸拓展为袋长和产量可调的结构形式;对供送薄膜结构、中封牵引器结构等关键部件的设计原理、结构特点等做了较为详细的研究和设计。
本文研究了补偿原理、补偿结构，设计出中封牵引薄膜的补偿装置:采用齿轮差动补偿机构，可提高包装机的可靠性;提出适应包装袋长度可连续变化的机构，可扩大包装机的包装规格和使用范围;本文研究对其它袋装包装机械的设计和开发有着积极的指导意义。
本文借助了AutoCAD等绘图软件进行传动系统、薄膜供送系统以及中封系统的结构设计，这种利用计算机作辅助设计和分析的方法，可以应用于其它类型包装设备的设计
和分析中。
关键词:供送薄膜；中封牵引器；包装工艺；补偿机构；传动系统
Design of Film Feeding Structure and Mid-seem Driving Structure —— The high-speed automatic seaming packer
ABSTRACT
The high-speed automatic seaming packer can pack the nubbly product with film,especially use in the area such as foods,chemical products,commodity,medicine,hardware etc.
Through analyzes the packing techniques,using requirements and the principles of the key part of the high-speed automatic seaming packer, this paper offered an applied,simple,stable and universal driving system which using a new structure from that can adjust the packaging length and the output instead of the single packaging size.In this paper,desigh priciples and structure characteristics of the key parts such as film feeding structure,mid-seem driving structure,end-seem cutter structure have been researched and designed in detail. In this paper,through builing the moving,analyzes the kinematics dislinarain of the every organ and offers the feasible optimizing structure to meet the packaging technology needs. At the same time,this paper offers an integrated design mathod to the key parts.
This paper designs a mid-seem film driving compensatory device throught research the compensatory principles and the compensatory structure. Analyzing a gearing differential compensatory organ can help to increase the reliability of the packdging machine.Through offers a structure that can adapt the change of the length and and-seem cutting swivel shifting structure,make the multi-funtion of the packaging machine come ture.Integrating the electric control system,this paper offers a driving system structure which can adapt the change of the packaging bag length and can direct the design and exploiation of other bag packaging machine actively.
This paper analysis the moving disciplinarian and structure design using AutoCAD etc. This mathod that using computer aided design and analysis can apply to other packaging machine’s design and analysis.
Keywords: Film Feeding; Mid-seam Retractor;Packing Technics; Compemsatory Structure ;Driving System;
目 录
1绪论 1
1.1高速接缝式自动包装机的应用及使用范围 1
1.2高速接缝式自动包装机的结构特点 1
1.3高速接缝式自动包装机的国内外发展状况 3
1.5研究的内容和目的 4
1.5.1设计重点 4
1.5.2设计方法 4
1.5.3技术路线 5
1.5.4解决关键问题 5
2总体布局及传动 6
2.1总体方案设计 6
2.1.1功能与应用范围 6
2.1.2工艺分析 7
2.1.3总体布局 9
2.1.4工作循环过程 10
2.2总体传动系统 11
2.2.1传动系统的组成 11
2.2.2供送薄膜的传动系统分析 14
2.2.3中封牵引器的传动分析 15
2.2.4高速接缝式自动包装机传动系统 17
2.3电动机选择、传动系统运动和动力参数计算 18
2.3.1电动机的选择 18
2.3.2 传动零件的分析和计算 20
2.4本章小结 31
3薄膜供送系统结构设计 31
3.1结构方式 31
3.2牵引张力的确定 33
3.3本章小结 37
4中封系统的结构设计 38
4.1结构方式 38
4.2补偿问题的分析 40
4.3差速器的设计和计算 43
4.4补偿机构的运行 51
4.5本章小结 52
设计小结 53
参考文献 54
附 录 55
致 谢 56
高速接缝式自动包装机是实现薄膜材料裹包块状物品的一种包装设备，广泛应用于食品、化工、日用品、医药、小五金等部门。
本文在分析高速接缝式自动包装机的包装工艺和使用要求的基础上，通过对关键部件的理论分析，提出一种实用、简单、可靠和通用的传动系统，将单一包装尺寸拓展为袋长和产量可调的结构形式;对供送薄膜结构、中封牵引器结构等关键部件的设计原理、结构特点等做了较为详细的研究和设计。
本文研究了补偿原理、补偿结构，设计出中封牵引薄膜的补偿装置:采用齿轮差动补偿机构，可提高包装机的可靠性;提出适应包装袋长度可连续变化的机构，可扩大包装机的包装规格和使用范围;本文研究对其它袋装包装机械的设计和开发有着积极的指导意义。
本文借助了AutoCAD等绘图软件进行传动系统、薄膜供送系统以及中封系统的结构设计，这种利用计算机作辅助设计和分析的方法，可以应用于其它类型包装设备的设计
和分析中。
关键词:供送薄膜；中封牵引器；包装工艺；补偿机构；传动系统
Design of Film Feeding Structure and Mid-seem Driving Structure —— The high-speed automatic seaming packer
ABSTRACT
The high-speed automatic seaming packer can pack the nubbly product with film,especially use in the area such as foods,chemical products,commodity,medicine,hardware etc.
Through analyzes the packing techniques,using requirements and the principles of the key part of the high-speed automatic seaming packer, this paper offered an applied,simple,stable and universal driving system which using a new structure from that can adjust the packaging length and the output instead of the single packaging size.In this paper,desigh priciples and structure characteristics of the key parts such as film feeding structure,mid-seem driving structure,end-seem cutter structure have been researched and designed in detail. In this paper,through builing the moving,analyzes the kinematics dislinarain of the every organ and offers the feasible optimizing structure to meet the packaging technology needs. At the same time,this paper offers an integrated design mathod to the key parts.
This paper designs a mid-seem film driving compensatory device throught research the compensatory principles and the compensatory structure. Analyzing a gearing differential compensatory organ can help to increase the reliability of the packdging machine.Through offers a structure that can adapt the change of the length and and-seem cutting swivel shifting structure,make the multi-funtion of the packaging machine come ture.Integrating the electric control system,this paper offers a driving system structure which can adapt the change of the packaging bag length and can direct the design and exploiation of other bag packaging machine actively.
This paper analysis the moving disciplinarian and structure design using AutoCAD etc. This mathod that using computer aided design and analysis can apply to other packaging machine’s design and analysis.
Keywords: Film Feeding; Mid-seam Retractor;Packing Technics; Compemsatory Structure ;Driving System;
目 录
1绪论 1
1.1高速接缝式自动包装机的应用及使用范围 1
1.2高速接缝式自动包装机的结构特点 1
1.3高速接缝式自动包装机的国内外发展状况 3
1.5研究的内容和目的 4
1.5.1设计重点 4
1.5.2设计方法 4
1.5.3技术路线 5
1.5.4解决关键问题 5
2总体布局及传动 6
2.1总体方案设计 6
2.1.1功能与应用范围 6
2.1.2工艺分析 7
2.1.3总体布局 9
2.1.4工作循环过程 10
2.2总体传动系统 11
2.2.1传动系统的组成 11
2.2.2供送薄膜的传动系统分析 14
2.2.3中封牵引器的传动分析 15
2.2.4高速接缝式自动包装机传动系统 17
2.3电动机选择、传动系统运动和动力参数计算 18
2.3.1电动机的选择 18
2.3.2 传动零件的分析和计算 20
2.4本章小结 31
3薄膜供送系统结构设计 31
3.1结构方式 31
3.2牵引张力的确定 33
3.3本章小结 37
4中封系统的结构设计 38
4.1结构方式 38
4.2补偿问题的分析 40
4.3差速器的设计和计算 43
4.4补偿机构的运行 51
4.5本章小结 52
设计小结 53
参考文献 54
附 录 55
致 谢 56
