玻璃取片机控制系统设计(含CAD接线图梯形图)
![](/uploads/allimg/2406/2_240612194820_1-lp.jpg)
玻璃取片机控制系统设计(含CAD接线图梯形图)(任务书,开题报告,论文9000字,CAD接线图梯形图)
摘要
近几年来,在工业生产加工行业内,由于工作效率的需要,传统的人工搬运已不能满足行业效率要求。本文以玻璃加工行业取片机系统设计为题,实现将玻璃原料上载、运输至操作台过程自动控制,不仅是符合工业自动化的大趋势,也是为玻璃加工企业创造利润空间的有效措施。
本文应用西门子S7—200系列PLC来实现玻璃取片机的搬运操作动作,该系统充分利用了可编程控制器(PLC)的控制功能,设计一个玻璃取片机机械装置,实现其自动控制的控制要求,用于玻璃加工生产线玻璃原材料的搬运。通过对手臂和小车两大主体驱动系统硬件进行设计,以及最终不同方式下的程序设计为主要内容,详细的阐述本玻璃器片机控制系统的结构、组成及作用。最终设计的本玻璃取片机控制系统具有控制简单,结构清晰,功能稳定,利于操作等优点。
关键词:玻璃取片机控制系统驱动系统程序设计
Design of Control System for Glass Feeding Machine
Abstract
In recent years, in the industrial production and processing industry, due to the need for efficiency, the traditional manual handling has been unable to meet the industry efficiency requirements. In this paper, glass processing industry to take the film system design as the title, to achieve the glass raw material upload, transport to the console process automatic control, not only in line with the trend of industrial automation, but also for the glass processing enterprises to create profit margins effective measures. [版权所有:http://DOC163.com]
In this paper, the Siemens S7-200 series PLC is used to realize the handling control system of the glass receiver. The system makes full use of the control function of the programmable controller (PLC) to set up an automatic between the glass raw materials and the conveyor belt .The control requirements of the mechanical device are used to complete the position conversion control process between the different working areas of the glass material to be processed. The structure, composition and function of the control system of the glass machine are described in detail by designing the hardware of the main body of the arm and the car and designing the program in the final way. The final design of the glass receiver machine control system has a simple control, clear structure, stable function, conducive to the operation and so on.
Key words: glass receiver; control system; drive system; programming
[来源:http://www.doc163.com]
![玻璃取片机控制系统设计](/uploads/allimg/2406/2_240612194820_1.jpg)
![玻璃取片机控制系统设计](/uploads/allimg/2406/2_240612194820_2.jpg)
![玻璃取片机控制系统设计](/uploads/allimg/2406/2_240612194820_3.jpg)
![玻璃取片机控制系统设计](/uploads/allimg/2406/2_240612194820_4.jpg)
![玻璃取片机控制系统设计](/uploads/allimg/2406/2_240612194820_5.jpg)
[资料来源:http://www.doc163.com]
目录
摘要 I
Abstract II
第一章绪论 1
1.1研究的背景和目的 1
1.2课题在国内外发展现状 1
1.3 基本内容和技术方法 3
1.3.1基本内容 3
1.3.2技术方法 3
第二章控制要求和运动过程 5
2.1控制功能要求 5
2.2驱动系统执行方式 5
2.3控制过程的实现 6
2.4本章小结 7
第三章取片机系统硬件设计 8
3.1底座小车驱动系统设计 8
3.1.1电机正(反)转原理的实现 8
3.1.2电机、接触器及配套减速箱的选型 9
3.2手臂气动驱动系统设计 10
3.2.1气动驱动系统组成 10
3.2.2空气压缩机的选型 11
3.2.3电磁阀的选型 11
3.2.4气缸的选型 12 [资料来源:https://www.doc163.com]
3.3 PLC控制系统设计 13
3.3.1 I/O分配 13
3.3.2 可编程控制器CPU的选择 13
3.3.3 PLC外部接线图 14
3.4系统控制电源接线图 15
3.5本章小结 16
第四章取片机程序控制设计 17
4.1公用程序部分 17
4.2自动操作程序 17
4.3手动操作程序 18
4.4本章小结 20
第五章总结 21
参考文献 22 [资料来源:Doc163.com]
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