方盒自动装箱装置的设计含12张CAD图+说明书

A0装配图

方盒自动装箱装置的设计
摘要
包装机械属于高技术、高智能、高竞争的机电一体化产品，高技术成果都会在包装机械产品中得到应用。纸盒装箱机械可分为折纸、下纸、方盒推送、纸盒打开、纸盒传输、折舌、插舌、压平和打批号等功能。
本次设计为方盒装盒装置的设计，主要内容有方盒货物的输送装置设计、方盒货物装盒装置设计、纸箱的支承装置设计、传动装置及原动机四部分。方盒货物的输送装置利用输送带进行方盒货物的输送到位，输送速度0.8m/s；方盒推货装置通过正弦机构进行方盒货物的推送入箱，推货速度1.25s/层，一层设计为4盒；纸箱支承装置利用凸轮配合支承板来完成纸箱的上下升降，支承板尺寸260mm×160mm，凸轮基圆半径150mm，升程150mm；驱动方式采用分别驱动，使各机构单独驱动。
本设计充分考虑了机械动力学分析，使结构尽量简单，机械运行平稳，各机构间能实现较好的配合。设计过程参考了各类包装机械设计中的长处，同时也借鉴了其它机械的优点来完成方盒装箱装置的设计。

关键词：装盒装置；机构；配合；凸轮。
中文摘要
英文摘要
Design of automatic packing device for square box
Abstract
Packaging machinery belongs to high technology, high intelligence, high competition of mechatronics products, high-tech achievements will be used in packaging machinery products. Carton packing machinery can be divided into origami, paper, box pushing, box opening, box transmission, folding tongue, tongue inserting, pressing and making batch number and other functions.
This design is the design of the box loading device, the main content has the transport device design of the box goods, the box loading device design, the supporting device design of the carton, the transmission device and the prime mover four parts. The conveying device of the square box goods uses the conveyor belt to transport the square box goods in place, the conveying speed is 0.8m/s; The square box pushing device pushes the square box goods into the box through sinusoidal mechanism. The pushing speed is 1.25s/ layer. One layer is designed to be 4 boxes. The carton supporting device uses the CAM with the supporting plate to complete the carton up and down, the supporting plate size is 260mm×160mm, the CAM base circle radius is 150mm, the lift is 150mm; The drive mode is driven separately, so that each mechanism is driven separately.
This design fully considers the mechanical dynamics analysis, so that the structure as simple as possible, the mechanical operation is stable, the mechanism can achieve better coordination. The design process refers to the advantages of all kinds of packaging machinery design, but also learn from the advantages of other machinery to complete the design of the box packing device.

Keywords:Boxing device; Agencies; Cooperate；Cam.

目录

1绪论1
1.1课题背景及其研究目的、意义1
1.2国内外研究现状与发展趋势2
1.2.1国外先进装箱机介绍3
1.2.2国内装箱机发展现状3
1.3课题研究方案与技术路线4
1.4本章小结5
2方盒自动装箱装置的总体设计6
2.1方盒自动装箱装置的性能要求6
2.1.1方盒规格6
2.1.2技术要求6
2.2方盒自动装箱装置的总体设计7
2.2.1总体设计要求7
2.2.2系统工艺过程7
2.2.3系统机械机构设计与分析8
2.2.4本章小结8
3执行装置的设计10
3.1输送装置的设计10
3.1.1输送装置总体概述10
3.1.2输送机尺寸设计10
3.2推货装置的设计11
3.2.1推货装置总体概述11
3.2.1推货装置尺寸设计12
3.3移箱装置的设计14
3.3.1移箱装置总体概述14
3.3.2盘形凸轮机构尺寸设计14
3.4循环图设计18
3.5本章小结18
4驱动设计19
4.1送货装置驱动设计19
4.2推货装置驱动设计19
4.3支承机构驱动设计22
4.4本章小结24
5主要零件设计及校核25
5.1推货装置轴的设计25
5.2支承装置轴的设计28
5.3本章小结31
6箱体及其他辅助部件设计32
6.1输送装置支架设计32
6.2推货装置箱体设计33
6.3推货装置挡板设计34
6.3本章小结35
7总结与改进36
7.1总结36
7.2改进36
参考文献37
致谢38

凸轮零件图-A3

字数

托昆-A3

推货圆盘-A3

推货支架-A3

推货装置-A2

推货轴-A3

摘要

电机滚筒支架-A3

目录

移箱支架-A3

移箱装置-A2

移箱轴-A3

设计所包含文件

输送机滚筒-A2