全自动智能贴标机设计

摘要

本设计主要介绍了一种包装机械，贴标机的工作原理及贴标装置主要零部件的设计过程，对其传动系统进行设计校核，且对供送、分瓶和贴标进行了设计计算。本次设计主要用于贴圆柱身瓶的不干胶标签。该机适用于食品、调味品、药品、酒类、油品、化妆品等其他行业的各种圆瓶贴标.

其特点是能够完成自动贴标、抚平等工作，生产效率高。整机以精巧的设计，除去机械上不必要的复杂与笨重，以套装式组立保养和维修无需专业人才即可完成，需要更换产品时，只要简单的调整,便可立刻上线生产。主要技术特点：输瓶带与本机同步驱动全自动工作进度控制，机电一体化的技术保证了贴标准确、稳定、可靠和高效。

关键词：自动，贴标

ABSTRACT

This design has chiefly been introduced one kind of packing machinery, and the work principle of mark machine reaches and labeling device chiefly design process of parts, design the school and examine to his transmission system, and for the delivery of, sub-bottle and labeling for the design calculation .the major paper nature that is used to paste the cylinder body bottle of this design.The machine is suitable for food, spices, drugs, alcohol, oil, cosmetics and other industries of various circles bottle paste labeling.

The characteristic of this machine is accomplish pasting voluntarily marking and comforts equal work, and production efficiency is high.The machine is exquisitely designed, remove the unnecessary complexity and cumbersome, to suit type group made maintenance and repair without professionals to finish, when need to change the products, just need simple adjustment, can on-line production. The major technology characteristic: Losing the bottle belt control with the full automatic working rate of progress of synchronical drive of this machine, and mechatronics labeling technology ensures accurate, stable, reliable and efficient.

Key words: Automation, Labeling

目录

第一章绪论---------------------------------------------------------------------------------------------------------1 1.1贴标机背景和发展-----------------------------------------------------------------------------------------------2 1.2本课题的目的和意义------------------------------------------------------------------------------------------3 1.3本课题的设计要求----------------------------------------------------------------------------------------------3第二章传送带设计-----------------------------------------------------------------------------------------4 2.1滚筒选型------------------------------------------------------------------------------------------4 2.2选择电机-----------------------------------------------------------------------------------------------------4 2.3分配传动比---------------------------------------------------------------------------------------6 2.4传动装置的运动和动力参数的计算-----------------------------------------------------------------------6 2.5蜗杆传动的设计---------------------------------------------------------------------------7 2.6输入轴设计计算------------------------------------------------------------------------------------------9 2.7输出轴设计计算-----------------------------------------------------------------------------------------------11 2.8减速器的润滑与密封的选择--------------------------------------------------------------------------------12 2.9减速器箱体结构尺寸---------------------------------------------------------------------------------13

第三章分瓶装置设计-----------------------------------------------------------------------14 3.1分瓶步进电机选型----------------------------------------------------------------------------------14第四章放标装置设计----------------------------------------------------------------------------------16 4.1收标步进电机选型--------------------------------------------------------------------------------------16 4.2 同步带设计----------------------------------------------------------------------------------------17第五章贴标装置设计-------------------------------------------------------------------------------------20 5.1贴标运动数学模型与参数设计------------------------------------------------------------------20 5.2滚贴步进电机选型-------------------------------------------------------------------------------------------20第六章步进电机驱动器和传感器的选择-----------------------------------------------23 6.1步进电动机驱动器的选择-----------------------------------------------------------------------------23 6.2 传感器的选择----------------------------------------------------------------------------------------------25第七章PLC控制系统的设计----------------------------------------------------------------------27 7.1贴标机控制要求--------------------------------------------------------------------------------------------27 7.2控制系统的设计方案--------------------------------------------------------------------------------27 7.3 PLC类型选择----------------------------------------------------------------------------------------------------27