mcgs机械手控制实例_216
- 格式:ppt
- 大小:195.50 KB
- 文档页数:42
长沙航空职业技术学院(2012届)毕业设计(论文)基于MCGS的机械手控制系统2012年 5月目录封面 (1)摘要 (4)1绪论 (6)1.1课题研究的目的及意义 (6)1.2国内外机械手研究状况 (6)2机械手控制方式的选择和可编程序控制器介绍 (8)2.1机械手控制方式的选择 (8)2.1.1控制方式的分类 (8)2.2传感器 (8)2.2.1行程开关 (8)2.2.2压力传感器 (9)3 MCGS在机械手控制中的作用 (11)3.1MCGS的概述 (11)3.1.1 MCGS的简介 (11)3.1.2 MCGS的构成 (11)3.1.3 MCGS主要特性和功能 (12)3.1.4 MCGS的编程语言 (13)3.1.5 MCGS的数据结构 (13)3.1.6 MCGS的作用 (14)3.2工程的建立与变量的定义 (14)3.2.1工程的建立 (14)3.2.2变量的分配 (15)3.2.3变量的定义步骤 (17)3.2.4设备与变量连接 (19)3.3工程画面的建立 (22)3.3.1监控画面的制作 (24)3.3.2运行策略的建立及脚本程序的编写 (26)3.4动画的连接 (31)3.4.1指示灯的动画连接 (31)3.4.2机械手的动画连接 (33)3.5组态运行 (37)结论 (38)致谢 (39)参考文献 (40)附录A 系统流程图 (41)附录B 硬件接线图 (42)摘要MCGS(Monitor and Control Generated System)是一套Windows平台的、用于快速构造和生成上位机监控系统的组态软件系统。
MCGS为用户提供了解决实际工程问题的完整方案和开发平台,能完成现场数据采集、实时和历史数据处理、报警和安全机制、流程控制、动画显示、趋势曲线和报表输出以及企业监控网络等功能。
MCGS在机械手控制系统中的应用。
利用组态软件MCGS设计了机械手模型控制系统监控界面,提供了较为直观、清晰、准确的机械手运行状态,进而为维修和故障诊断提供了多方面的可能性,充分提高了系统的工作效率。
MCGS组态课程设计题目基于组态软件MCGS的机械手学号P091812830姓名戚飞同组人张雷、侯腾飞、龚友兵、韦善树、王洪特专业班级09级电气工程及其自动化(1)班学院电气工程学院指导教师王彩霞成绩1章绪论组态软件的作用随着中国改革开放的深入,人们对软件的认识有了重大改变,现在组态软件已在中国市场确立了其应有的地位。
并逐步进入了上升期,组态软件将在其中扮演重要的佳品、角色。
中国的现代化建设正处于上升期,新项目的上马、基础设施的改造大量需要组态软件。
了那个一方面,传统产业的改造、原有系统的升级和扩容也需要组态软件的支撑。
随着经济水平的提升信息化社会将为组态软件带来更多的市场商机。
组态软件是数据采集与过程控制的专业软件,它们是在自动控制监控层一级的软件平台和开发环境,能以灵活多样的组态方式提供良好的用户开发界面,期与设置的各种软件模块可以非常容易的完成监控层的各项功能,并能同时支持各种硬件厂家的计算机和I/O产品,与工控计算机和网络系统结合,可向控制层和管理层提供软、硬件。
第2章组态软件2.1 组态软件的概念MCGS组态软件是在指在软件领域内,操作人员根据应用对象及控制任务的要求,配置用户应用软件的过程,即使用软件工具对计算机及软件的各种资源进行配置,达到让计算机或软件按照预先设置自动执行特定任务、满足使用者要求的目的,也就是把组态软件视为“应用程序生成器”。
从应用角度讲组态软件是完成系统硬件与软件沟通、建立现场与监控层沟通的人机界面的软件平台,他主要应用于工业自动化领域,但有不仅仅局限于此。
伴随这集散行控制系统但额出现,组态软件已引入工业控制系统。
在工业过程控制系统中存在这两大类可变因素:一是操作人员需求得变化;二是被控对象状态的变化。
而组态软件正是在保持组态软件平台执行代码不变的基础上,通过改变软件配置信息适应两大不同系统对两大因素的要求,构建新的监控系统的平台软件。
以这种方式构建系统既提高了系统的成套速度,又保证了系统软件的成熟性和可靠性,使用起来方便灵活,而且便于修改和维护。
毕业设计(论文)材料之二(1)安徽工程大学机电学院本科毕业设计(论文)专业:自动化题目:基于MCGS的机械手控制系统设计作者姓名:导师及职称:导师所在单位:电气工程学院年月日安徽工程大学机电学院本科毕业设计(论文)任务书2013届自动化专业学生姓名:Ⅰ毕业设计(论文)题目中文:基于MCGS的机械手控制系统设计英文:Manipulator control system design based on MCGSⅡ原始资料[1]王月芹.基于PLC的气动机械手控制系统设计[J].机电产品开发与创新,2012(05):133-135[2]郭洪武.浅析机械手的应用与发展趋势[J].中国西部科技,2012(10)[3]徐玲.基于MCGS组态软件气动机械手PLC控制系统设计[J].伺服控制,2012(01):51-53[4]李景魁.基于PLC的机械手控制系统设计[J].煤矿机械,2012(10):147-148[5]刘小春.基于MCGS的PLC仿真实训系统的设计与实现[J].自动化技术与应用,2012(10):46-57[6]吴青萍.基于MCGS软件的机械手控制系统研制[J].液压与气动.2010(10),61-63Ⅲ毕业设计(论文)任务内容1、课题研究的意义:机械手是工业自动化领域中经常遇到的一种控制对象。
近年来随着工业自动化的发展机械手研究逐渐成为一门新兴学科,并得到了较快的发展。
机械手非常广泛地应用在锻压、热处理、冲压、焊接、装配、锻造、机加、喷漆等不同行业。
特别是在高温、笨重、有毒、危险、多粉尘、放射性等恶劣的复杂劳动环境中,由于机械手具有显著的优点而受到广泛重视。
总之,机械手是提高劳动生产率,改善劳动生活条件,减轻工人劳动强度和实现现代化的工业生产自动化的一个主要手段。
不论国际还是国内的相关企业和机构都非常重视它的研究应用和发展。
2、本课题研究的主要内容:本课题主要研究的是基于MCGS的机械手控制系统的设计,包括硬件的设计和软件的设计。
毕业论文--MCGS监控PLC控制机械手江西工业工程职业技术学院毕业论文题目MCGS监控PLC控制机械手学生姓名蔡晓春指导教师夏路生院系电子计算机系专业电气自动化级别电气101江西工业工程职业技术学院20 年月日摘要我们生活在一个科学技术飞速发展的社会。
在科技进步的同时,各种不同类型的机械手以其突出的性能越来越多的被人们所应用。
机械手在不同的作业场合,为生产的顺和利快速进行带来了极大的方便。
尤为明显的是在工业及军事领域内,存在着很多不便于人类操纵的环节,如果使用具有远程控制功能的机械手,则可以增加系统的安全性,大大的节约损耗,提高效率。
可见,工业化进程中,在特殊环境中使用机械手已成为一种必然的趋势。
在本设计中介绍了国内外机械手研究现状及PLC的发展趋势,描述了机械手控制系统的工作原理和动作实现过程,还研究了MCGS在机械手控制系统中的应用。
本毕业设计主要设计基于PLC的机械手模型控制系统,利用组态软件MCGS设计了机械手模型控制系统监控界面,提供了较为直观、清晰、准确的机械手运行状态,进而为维修和故障诊断提供了多方面的可能性,提高了系统的工作效率。
关键词:机械手,PLC,MCGS目录第一章绪论 (6)1.1 课题背景 (6)1.2设计目的和意义 (7)1.3 本文主要工作 (8)第2章可编程序逻辑控制器(PLC)和机械手概述92.1 可编程序逻辑控制器(PLC) (9)2.1.1 PLC的结构 (9)2.1.2 PLC的发展历程 (10)2.1.3 PLC的硬件 (12)2.1.4 PLC的主要特点 (14)2.1.5 FX2N系列PLC介绍 (15)2.2 机械手 (17)2.2.1 机械手概述 (17)2.2.2机械手的工作原理 (18)2.2.3机械手的发展趋势 (19)第三章系统设计 (20)3.1 系统方案分析设计 (20)3.1.1控制要求 (20)3.1.2 方案设计 (20)3.2 硬件设计 (22)3.2.1 输入/输出端子地址分配 (22)3.2.2 PLC接线图 (22)3.3 系统程序设计 (23)3.3.1 常用编程方法介绍 (23)3.3.2流程图 (25)3.3.3梯形图 (26)3.4 MCGS组态软件 (29)3.4.1 MCGS 组态软件结构 (30)3.4.3 工程的建立和变量的定义 (35)3.4.4动画连接 (39)3.4.5 调试 (46)第四章系统的调试及设计总结 (47)4.1 系统调试 (47)结论 (48)参考文献 (50)致谢 (51)第一章绪论1.1 课题背景随着计算机技术的飞速发展,PLC(即可编程逻辑编程器的简称)已经进入日常生产、生活的各个方面,PLC的应用在各行各业已成为必不可少的内容。
无锡职业技术学院毕业实践任务书课题名称基于MCGS的机械手控制系统设计指导老师徐颖秦职称高级工程师专业名称电气工程与自动化班级生产自动化20831 学生姓名资亚云学号课题需要完成的任务:机械手臂是目前在机械技术领域中应用最广泛的自动化机械装置,尽管其形态各异,但都有一个共同特点,就是能够接受指令,精确地定位到空间上的某一点进行作业。
本课题的主要研究目标是基于MCGS组态软件的机械手控制系统设计。
主要任务如下:1.机械手MCGS自动控制系统的控制要求。
2.控制方案的确定,PLC型号的选择,输入/输出的定义。
3.绘制原理图,完成软件编程。
课题计划:11年2月27日-----------11年3月5日了解工艺过程和控制要求。
11年3月6 日------------11年3月30日完成计划。
11年4月1日-------------11年4月15日完成毕业论文。
计划答辩时间:2011年4月16日--------20日自动控制技术系(部、分院)2011年01月19日外文翻译Configuration softwareConfiguration software, also called configuration monitoring software system software. Translation from English SCADA, namely Supervisory Control and Data Acquisition (Data Acquisition and monitoring Control). It is to point to some data acquisition and process control of special software. They are at the automatic control system monitoring layer level of software platform and development environment, use flexible configuration mode, to provideusers with rapid build industrial automatic control system monitoring function, general level of software tools. Configuration software application field is very wide, can be applied to power system, water supply system, petroleum, chemical field data acquisition and monitoring control and process controletc. In power System and electrified railway on dynamic System (also called far, Remote Terminal Unit RTU System).Configuration software in China is a conventional concepts, and no clear definition, it can be understood as "configuration type monitoring software". "Configuration (Configure)" is the meaning of "Configure", "set", "Settings" meaning such as, refers to the user through similar "building blocks" simple ways to complete your needs the software function, without the need to write computer program, and also is the so-called "configuration". It is sometimes called "second development", configuration software is referred to as "second development platform". "Monitoring (Supervisory Control)", namely "monitoring and Control", it is to point to through computer signals of automation equipment or process monitoring, Control and management Configuration software is a professional. A configuration software can only suitable for some areas of application. Configuration concept first appeared in industrial computer control. Such as distributed control system (DCS) configuration, PLC (programmable controller) ladder diagram configuration. The man-machine interface generation software called industrial control configuration software. In other industries have configuration concepts such as AutoCAD, PhotoShop, etc. The difference is, industrial control formation in the configuration result is used in real-time monitoring. Outwardly, configuration tool to run the program is to execute their specific tasks. Industrial control configuration software also provides programming method, are generally built-in compilation system that provides such BASIC language, some support VB, now some configuration software even support c # high-level language. Configuration software are mostly support various mainstream g-kong equipment and standard communication protocol, and usually should provide无锡职业技术学院毕业设计说明书(论文)distributed data management and network function. Corresponding to the original HMI (man-machine Interface software, Human Machine with), the concept of configuration software or a user can quickly to establish their own HMI software tools or development environment. The configuration software before the emergence of the field of industrial automation users through manual or entrust a third party to write HMI application, long development time, low efficiency, poor reliability, Or purchase of special industrial control system, usually is a closed system, the choice is small, often cannot meet the demand, it is difficult to with the outside world to upgrade and data interaction by adding features serious limitations. Configuration software user can use the emergence of configuration software functions, to construct a set of the most suitable application system. With its rapid development, the real-time database, real-time control, SCADA, communications and networking, open data interface, for I/O devices widespread support has become its main content control configuration software will continue to be with new contents.Foreign configuration software: 1, Wonderware InTouch: (the world wide company) is Invensys PLC "production management" of a operation units, is a leading global provider of industrial automation software. The Wonderware InTouch software is the earliest entering into China configuration software. In the late 1980s and early 1990s, based on the Windows3.1 InTouch software made us, and refreshing InTouch provided a lot of library. However, the early InTouch software adopts DDE way and the driver communication, performance is poorer, the latest InTouch7.0 edition has completely based on 32-bit Windows platforms, and provides the OPC support. 2, WinCC: Siemens automation and drives group (A&D) is the largest of Siemens ag, the group is one of Siemens industrial areas of important component. Simens of WinCC and a set of complete configuration development environment, Simens provider class C language script, including a debugging environment. WinCC embedded OPC support, and can be used for distributed system configuration. But WinCC structure is more complex, users had better after Simens training in order to master WinCC applications.Domestic brand configuration software 1. ShiJiXing: by Beijing century long autumn technology Co., LTD. Development. Product sales since 1999. 2. 3d force control: by Beijing 3d force control technology Co., LTD develop core software products, founded in 1992. 3. KingView KingView: by Beijing and control technology development Co., LTD, development, the company was founded in 1997, is currently in the domestic software market plays a certain status. 4. Realinfo: by zijin bridge zijinbridge software technology Co., LTD develop, this company is by petrochina daqing petrochemical factory was invested. 5. The MCGS: by Beijing kunlun tong state automation software technology Co., LTD. Is mainly on the market development, tie-in hardware sales. 6. Still have Controx (open content), easy control, etcConfiguration software features With the industrial automation level rapidly increase, computers in industry wide application of industrial automation, people on the demand is higher and higher, a wide variety of control equipment and process monitoring device in the industrial fields of application, make the traditional industrial control software already cannot satisfy the customers' different requirements. In the development of traditional industrial control software, when industrial controlled object once has changed, he must modify source program of the control system, which causes the development cycle is long, Has developed successfully g-kong software and since each control project of different and make its repeat utilization rate is very low, resulting in its price is very expensive, During the revision control software source code, if the original programming staff for job change and leave, it must be with other personnel or novice on the alteration of the source program, thereby is rather difficult. General industrial automation configuration software appear to solve the practical engineering problems may provide a new method, because it can well solve the traditional industrial control software problems, users can under our own control object and control the purpose of arbitrary configuration, finishes final automatic control engineering. Configuration (Configuration) for modular combinations. General configuration software main features: (1) the continuity and scalability. By general configuration software applications, when the site (including hardware equipment or system structure) or user demand change, need not be many changes and conveniently accomplish software update and upgrade, (2) encapsulation (yi), gm easy-to-use configuration software can complete functionality all in a user-friendly way packaged and for the user, do not need to grasp too much programming language technology (don't even need programming technology), can perform well in a complicated engineering all the required function; (3) generality, each user according to engineering practice, use general configuration software provides the bottom of the equipment (PLC, intelligent instruments, intelligent module, boards, inverter, etc.) I/O is, open database and picture production tools, can finish an animation effects, real-time data processing, the history data and curve coexist, with multimedia capability and network function of engineering, not affected by trade restrictions.Monitor configuration software is increasingly becoming the automation无锡职业技术学院毕业设计说明书(论文)hardware vendor for the key The whole of automation systems, software proportion gradually enhance, although configuration software just one part, but because of the penetration ability, extensible, in recent years whittled away many special software market. Therefore, monitoring configuration software has high industrial correlativeness degree is the automation systems into high-end application, expand the market share important bridge. In this thought are driven by Siemens WinCC achieve great success in the market. At present, the international famous industrial automation manufacturers such as Rockwell, GE Fanuc, of Honeywell, Siemens, ABB, schneider, the invensys etc are developed their own configuration software. Monitor configuration software in DCS operating station software proportion is increasing day by day After FOXBORO after Euro therm (Europe), etc PCS7 Delta V, DCS system in use generic control configuration software as operation station. At the same time, domestic DCS manufacturer also began to try to use the monitoring configuration software as operation station. In universities and research institutes, more and more people begin to engage in monitoring configuration software related technical research From domestic automation industry academic periodicals run, the configuration software and its is closely related to the new technology as the core research shows ascendant trend, many researchers exist is configuration software technology development and innovation important active factors, also can certain accumulate many technical achievements. Whether technological achievements or researchers will follow the pyramids, the law of from foundation to high-end formed transfer. These researchers and their research for monitoring configuration software vendors to develop new products, and provided the beneficial experience for reference, and develops their ideas. Linux based monitoring configuration software and related technology is rapidly developing, many manufacturers are launched mature commodities, the pattern of configuration software industry will have a far-reaching impact.组态软件组态软件,又称组态监控软件系统软件。
基于MCGS的机械手控制系统设计作者:赵运婷,贾文民来源:《电脑知识与技术》2011年第14期摘要:介绍了西门子S7-200可编程控制器在机械手控制系统中的应用,并用MCGS组态软件开发了上位机监控系统。
在MCGS和PLC通信的基础上,通过计算机控制PLC,实现了对机械手的控制,实践证明,系统具有界面友好,易于操作,运行可靠,能直观的检验机械手控制系统的运行情况等优点。
关键词:组态软件;机械手; PLC; MCGS中图分类号:TP241文献标识码:A文章编号:1009-3044(2011)14-3473-03The Design of Manipulator Controlling System Based on MCGSZHAO Yun-ting1, JIA Wen-min2(1.Department of Energy Electrical, Tianjin Urban Construction Management Vocation Technology College, Tianjin 300134, China; 2.School of Electrical Engineering and Automation, Tianjin Polytechnic University ,Tianjin300160,China)Abstract: The application of the SIEMENS S7-200 PLC in manipulator controlling system is introduced,and the monitoring interface of computer is developed with configurationsoftware.Through the computer control PLC, realized the control of the manipulator which based on MCGS and PLC communication.Practice proved that system has a friendly interface, easy operation,reliable running, and can obviously monitor the operation status of manipulator controllingsystem and so on.Key words: configuration software; manipulator; PLC; MCGSMCGS即“监视与控制通用系统”,是为工业过程控制和实时监测领域服务的通用计算机系统软件,集动画显示、流程控制、数据采集、设备控制与输出等功能为一体,具有操作简便、可视性好、可维护性强的突出特点。
基于MCGS的机械手控制系统长沙航空职业技术学院(2012届)毕业设计(论文)基于MCGS的机械手操纵系统学院、系:航空电子电气工程系专业:生产过程自动化技术学生姓名:龙裕明班级:自动化0902 学号27指导教师姓名:阳宇辉职称讲师2012年5月目录封面 (1)摘要 (4)1绪论 (6)1.1课题研究的目的及意义 (6)1.2国内外机械手研究状况 (6)2机械手操纵方式的选择和可编程序操纵器介绍 (8)2.1机械手操纵方式的选择 (8)2.1.1操纵方式的分类 (8)2.2传感器 (8)2.2.1行程开关 (8)2.2.2压力传感器 (9)3 MCGS在机械手操纵中的作用 (11)3.1MCGS的概述 (11)3.1.1 MCGS的简介 (11)3.1.2 MCGS的构成 (11)3.1.3 MCGS要紧特性和功能 (12)3.1.4 MCGS的编程语言 (13)3.1.5 MCGS的数据结构 (13)3.1.6 MCGS的作用 (14)3.2工程的建立与变量的定义 (14)3.2.1工程的建立 (14)3.2.2变量的分配 (15)3.2.3变量的定义步骤 (17)3.2.4设备与变量连接 (19)3.3工程画面的建立 (22)3.3.1监控画面的制作 (24)3.3.2运行策略的建立及脚本程序的编写 (26)3.4动画的连接 (31)3.4.1指示灯的动画连接 (31)3.4.2机械手的动画连接 (33)3.5组态运行 (37)结论 (38)致谢 (39)参考文献 (40)附录A 系统流程图 (41)附录B 硬件接线图 (42)摘要MCGS(Monitor and Control Generated System)是一套Windows平台的、用于快速构造和生成上位机监控系统的组态软件系统。
MCGS为用户提供了解决实际工程咨询题的完整方案和开发平台,能完成现场数据采集、实时和历史数据处理、报警和安全机制、流程操纵、动画显示、趋势曲线和报表输出以及企业监控网络等功能。
【最新整理,下载后即可编辑】MCGS触摸屏编程实例精选1.MCGS表格中,两数据连接到两个开关量,要把采集到的“0”和“1”的状态,显示为“关”和“开”在表格里输入“开|关”,然后连接开关型变量Data1,按钮是让开关量Data1取反。
这样就行了,运行时Data1默认为0显示关,按下按钮后Data1为1显示开,如此反复2.mcgs里怎么画渐变色渐变色只有通用版和网络版有,嵌入版没有方法就是:填充颜色——填充效果,然后根据你的需要设置就行了。
3.如何在mcgs做脚本i0.0=1 让Q输出当PLC的I0.0有信号,让Q0.0输出,在PLC中做我会,不知道在MCGS中怎么实现在循环脚本中,循环时间为10ms,条件表达式为1,脚本程序为IF I0.0 = 1 THENQ0.0 = 1ELSEQ0.0 = 0ENDIF4.MCGS组态如何实现这样的功能?点击某一部分,弹出登录对话框这个画面是在有管理员帐户登录的情况下才可以设置的,我现在想实现当有人在没有登录的情况下点击了这个地方,就弹出提示:请先登录。
1条回答可以先用函数!CheckUserGroup来判断当前登录的用户是不是你需要的用户组,返回只为0表示已经登录了你需要的用户组了,直接进行下一步,如果返回值不为0,表示当前登录的不是你需要的用户组或是没有任何登录,那么用子窗口或者可见度啥的都行,显示出来就行了。
追问我是想在用户点击了上面图片中的部分时才弹出登录提示,怎么实现呢?回答你把判断的语句写到图片的事件里就行了追问求在具体一点,不知道怎么写。
回答点控件,右键——事件——Click——事件连接脚本5.mcgs能记录外部机器运行的时间吗我想用触摸屏记录外部设备的总运行时间和单点运行时间,如一个指示灯从亮到灭的这段时间首先新建一个循环策略,循环时间为1s里面添加一个策略,表达式为变量“灯”这个变量“灯”就是你外部的灯,是通过PLC还是通过远程IO啥的连接到MCGS里的变量。
mcgs机械手控制实例简介本文介绍了mcgs机械手控制实例的根本概念和操作步骤。
mcgs是一种常用的人机界面软件,可用于控制和监视机械手的运动和操作。
通过本文,您将学习如何使用mcgs软件来控制机械手,实现自动化操作。
准备工作在开始控制机械手之前,您需要做一些准备工作:1.安装mcgs软件:您可以从官方网站上下载并安装mcgs软件。
2.连接机械手:将机械手与电脑进行连接,确保连接正常。
步骤以下是使用mcgs软件控制机械手的步骤:1.翻开mcgs软件:在电脑上找到mcgs软件的图标,并双击翻开软件。
2.创立新工程:在mcgs软件的主界面上,选择“新建工程〞,输入工程名称和保存路径,并点击“确定〞。
3.添加机械手控制组件:在mcgs软件的工程界面上,点击“组态〞模块,在工具栏中找到“机械手控制〞组件,并拖拽到画布上。
4.配置机械手参数:选中机械手控制组件,在属性面板中配置机械手的参数,例如串口通信方式、波特率、校验位等。
5.添加按钮组件:在mcgs软件的工程界面上,点击“组态〞模块,在工具栏中找到“按钮〞组件,并拖拽到画布上。
6.配置按钮参数:选中按钮组件,在属性面板中配置按钮的参数,例如显示文本、字体大小、按钮颜色等。
7.添加按钮点击事件:选中按钮组件,在属性面板中找到“点击事件〞,并点击“编辑〞按钮。
8.编写按钮点击事件脚本:在按钮点击事件脚本编辑器中,编写机械手控制的脚本代码。
例如,通过调用mcgs提供的机械手API来控制机械手的运动。
9.保存并运行工程:点击mcgs软件的运行按钮,保存工程并运行。
10.测试机械手控制:点击按钮组件,测试机械手的运动状态是否符合预期。
扩展功能通过以上步骤,您已经实现了根本的mcgs机械手控制实例。
以下是一些扩展功能的建议:1.添加更多按钮组件:使用mcgs软件提供的按钮组件,添加更多按钮,以实现不同的机械手运动控制。
2.添加图形化界面:通过mcgs软件提供的图形化界面组件,设计一个更美观和直观的机械手控制界面。
用MCGS实现机械手监控系统1.1机械手监控系统的方案设计1.1.1机械手监控系统的控制要求机械手(Mechanical Hand)能模仿人手和手臂的某些动作功能,用以抓取、搬运物品或操作工具,被广泛应用于机械制造、冶金、电子、轻工和核工业等部门。
机械手的控制要求:按下启动停止按钮SB1后,机械手下移至工件处→夹紧工件→携工件上升→右移至下一个工位上方→下移至指定位置→放下工件→上移→左移,回到原始位置,此过程反复循环执行。
机械手运动过程中,松开启动停止按钮SB1,机械手停在当前位置,再次按下启动停止按钮,机械手继续运行。
1.1.2机械手监控系统对象分析1.气缸的动作控制机械手的动作可以用电动机(Electromotor)、气缸(Pneumatic Cylinder)或液压缸(Hydraulic Cylinder)等驱动。
气缸的动作手电磁阀控制。
图1.2是伸缩气缸动作原理图。
由图1.2可以看到,控制伸缩气缸的电磁阀是一个双作用电磁阀,上有两个电磁线圈。
缩回线圈得电是,电磁力使电磁阀处在图1.2(a)所示位置。
气流方向为:气源→气源处理组件→电磁阀进气口1→电磁阀气口2→节流阀1→气缸气阀1。
在气流压力作用下,气缸杆向左运动(缩回)。
左侧气室内的气体→气缸气口2→节流阀2→电磁阀气口4→电磁阀气口5→大气。
伸出线圈得电时,电磁电力使电磁阀处在图1.2(b)所示位置。
气流方向为:气源→气源处理组件→电磁阀进气口1→电磁阀气口4→节流阀2→气缸气口2.在气流压力作用下,气缸杆向右运动(伸出)。
右侧气室内的气体→气缸气口1→节流阀1→电磁阀气口2→电磁阀气口3→大气。
可见伸缩气缸动作的基本原理是:当电磁阀线圈得电时,电磁力使电磁阀改变位置,造成流向气缸气流方向改变,从而驱动气缸杆向不同方向运动。
表1.1是伸缩线圈控制信号与气缸动作的关系表。
表1.1 伸缩线圈控制信号与气缸动作关系表图1.2所示使用的电磁阀有两个位置、5个通气口、2个线圈,被称为2位5通道双电控阀。
mcgs模板案例
MCGS(Monitor and Control Generated System)是一款通用的监控组态软件,广泛应用于自动化领域。
以下是一个简单的MCGS模板案例,用于实现一个简单的模拟量数据采集和监控系统。
1. 创建新工程
打开MCGS软件,创建一个新工程,设置工程名和工程路径。
2. 添加设备
在工程中添加一个串口设备,用于接收来自数据采集模块的模拟量数据。
设置设备参数,如串口端口号、波特率、数据位、停止位等。
3. 创建数据库
在MCGS中创建数据库,用于存储模拟量数据。
设置数据点的名称、类型、初始值等属性。
4. 创建主画面
在MCGS中创建主画面,用于显示模拟量数据和控制系统状态。
可以使用MCGS提供的绘图工具,在画面中绘制图表、文本框等控件。
5. 编写脚本程序
在MCGS中编写脚本程序,用于实现模拟量数据的采集、处理和控制功能。
可以使用MCGS提供的脚本函数库,编写各种控制逻辑和算法。
6. 运行工程
将工程下载到MCGS运行环境中,启动工程并测试各项功能是否正常。
如果需要,可以对工程进行调试和优化。
以上是一个简单的MCGS模板案例,可以根据实际需求进行修改和扩展。
通过MCGS软件,可以方便地实现自动化控制系统的监控和组态。
无锡职业技术学院毕业实践任务书课题名称基于MCGS的机械手控制系统设计指导老师徐颖秦职称高级工程师专业名称电气工程与自动化班级生产自动化20831 学生姓名资亚云学号课题需要完成的任务:机械手臂是目前在机械技术领域中应用最广泛的自动化机械装置,尽管其形态各异,但都有一个共同特点,就是能够接受指令,精确地定位到空间上的某一点进行作业。
本课题的主要研究目标是基于MCGS组态软件的机械手控制系统设计。
主要任务如下:1.机械手MCGS自动控制系统的控制要求。
2.控制方案的确定,PLC型号的选择,输入/输出的定义。
3.绘制原理图,完成软件编程。
课题计划:11年2月27日-----------11年3月5日了解工艺过程和控制要求。
11年3月6 日------------11年3月30日完成计划。
11年4月1日-------------11年4月15日完成毕业论文。
计划答辩时间:2011年4月16日--------20日自动控制技术系(部、分院)2011年01月19日外文翻译Configuration softwareConfiguration software, also called configuration monitoring software system software. Translation from English SCADA, namely Supervisory Control and Data Acquisition (Data Acquisition and monitoring Control). It is to point to some data acquisition and process control of special software. They are at the automatic control system monitoring layer level of software platform and development environment, use flexible configuration mode, to provideusers with rapid build industrial automatic control system monitoring function, general level of software tools. Configuration software application field is very wide, can be applied to power system, water supply system, petroleum, chemical field data acquisition and monitoring control and process controletc. In power System and electrified railway on dynamic System (also called far, Remote Terminal Unit RTU System).Configuration software in China is a conventional concepts, and no clear definition, it can be understood as "configuration type monitoring software". "Configuration (Configure)" is the meaning of "Configure", "set", "Settings" meaning such as, refers to the user through similar "building blocks" simple ways to complete your needs the software function, without the need to write computer program, and also is the so-called "configuration". It is sometimes called "second development", configuration software is referred to as "second development platform". "Monitoring (Supervisory Control)", namely "monitoring and Control", it is to point to through computer signals of automation equipment or process monitoring, Control and management Configuration software is a professional. A configuration software can only suitable for some areas of application. Configuration concept first appeared in industrial computer control. Such as distributed control system (DCS) configuration, PLC (programmable controller) ladder diagram configuration. The man-machine interface generation software called industrial control configuration software. In other industries have configuration concepts such as AutoCAD, PhotoShop, etc. The difference is, industrial control formation in the configuration result is used in real-time monitoring. Outwardly, configuration tool to run the program is to execute their specific tasks. Industrial control configuration software also provides programming method, are generally built-in compilation system that provides such BASIC language, some support VB, now some configuration software even support c # high-level language. Configuration software are mostly support various mainstream g-kong equipment and standard communication protocol, and usually should provide无锡职业技术学院毕业设计说明书(论文)distributed data management and network function. Corresponding to the original HMI (man-machine Interface software, Human Machine with), the concept of configuration software or a user can quickly to establish their own HMI software tools or development environment. The configuration software before the emergence of the field of industrial automation users through manual or entrust a third party to write HMI application, long development time, low efficiency, poor reliability, Or purchase of special industrial control system, usually is a closed system, the choice is small, often cannot meet the demand, it is difficult to with the outside world to upgrade and data interaction by adding features serious limitations. Configuration software user can use the emergence of configuration software functions, to construct a set of the most suitable application system. With its rapid development, the real-time database, real-time control, SCADA, communications and networking, open data interface, for I/O devices widespread support has become its main content control configuration software will continue to be with new contents.Foreign configuration software: 1, Wonderware InTouch: (the world wide company) is Invensys PLC "production management" of a operation units, is a leading global provider of industrial automation software. The Wonderware InTouch software is the earliest entering into China configuration software. In the late 1980s and early 1990s, based on the Windows3.1 InTouch software made us, and refreshing InTouch provided a lot of library. However, the early InTouch software adopts DDE way and the driver communication, performance is poorer, the latest InTouch7.0 edition has completely based on 32-bit Windows platforms, and provides the OPC support. 2, WinCC: Siemens automation and drives group (A&D) is the largest of Siemens ag, the group is one of Siemens industrial areas of important component. Simens of WinCC and a set of complete configuration development environment, Simens provider class C language script, including a debugging environment. WinCC embedded OPC support, and can be used for distributed system configuration. But WinCC structure is more complex, users had better after Simens training in order to master WinCC applications.Domestic brand configuration software 1. ShiJiXing: by Beijing century long autumn technology Co., LTD. Development. Product sales since 1999. 2. 3d force control: by Beijing 3d force control technology Co., LTD develop core software products, founded in 1992. 3. KingView KingView: by Beijing and control technology development Co., LTD, development, the company was founded in 1997, is currently in the domestic software market plays a certain status. 4. Realinfo: by zijin bridge zijinbridge software technology Co., LTD develop, this company is by petrochina daqing petrochemical factory was invested. 5. The MCGS: by Beijing kunlun tong state automation software technology Co., LTD. Is mainly on the market development, tie-in hardware sales. 6. Still have Controx (open content), easy control, etcConfiguration software features With the industrial automation level rapidly increase, computers in industry wide application of industrial automation, people on the demand is higher and higher, a wide variety of control equipment and process monitoring device in the industrial fields of application, make the traditional industrial control software already cannot satisfy the customers' different requirements. In the development of traditional industrial control software, when industrial controlled object once has changed, he must modify source program of the control system, which causes the development cycle is long, Has developed successfully g-kong software and since each control project of different and make its repeat utilization rate is very low, resulting in its price is very expensive, During the revision control software source code, if the original programming staff for job change and leave, it must be with other personnel or novice on the alteration of the source program, thereby is rather difficult. General industrial automation configuration software appear to solve the practical engineering problems may provide a new method, because it can well solve the traditional industrial control software problems, users can under our own control object and control the purpose of arbitrary configuration, finishes final automatic control engineering. Configuration (Configuration) for modular combinations. General configuration software main features: (1) the continuity and scalability. By general configuration software applications, when the site (including hardware equipment or system structure) or user demand change, need not be many changes and conveniently accomplish software update and upgrade, (2) encapsulation (yi), gm easy-to-use configuration software can complete functionality all in a user-friendly way packaged and for the user, do not need to grasp too much programming language technology (don't even need programming technology), can perform well in a complicated engineering all the required function; (3) generality, each user according to engineering practice, use general configuration software provides the bottom of the equipment (PLC, intelligent instruments, intelligent module, boards, inverter, etc.) I/O is, open database and picture production tools, can finish an animation effects, real-time data processing, the history data and curve coexist, with multimedia capability and network function of engineering, not affected by trade restrictions.Monitor configuration software is increasingly becoming the automation无锡职业技术学院毕业设计说明书(论文)hardware vendor for the key The whole of automation systems, software proportion gradually enhance, although configuration software just one part, but because of the penetration ability, extensible, in recent years whittled away many special software market. Therefore, monitoring configuration software has high industrial correlativeness degree is the automation systems into high-end application, expand the market share important bridge. In this thought are driven by Siemens WinCC achieve great success in the market. At present, the international famous industrial automation manufacturers such as Rockwell, GE Fanuc, of Honeywell, Siemens, ABB, schneider, the invensys etc are developed their own configuration software. Monitor configuration software in DCS operating station software proportion is increasing day by day After FOXBORO after Euro therm (Europe), etc PCS7 Delta V, DCS system in use generic control configuration software as operation station. At the same time, domestic DCS manufacturer also began to try to use the monitoring configuration software as operation station. In universities and research institutes, more and more people begin to engage in monitoring configuration software related technical research From domestic automation industry academic periodicals run, the configuration software and its is closely related to the new technology as the core research shows ascendant trend, many researchers exist is configuration software technology development and innovation important active factors, also can certain accumulate many technical achievements. Whether technological achievements or researchers will follow the pyramids, the law of from foundation to high-end formed transfer. These researchers and their research for monitoring configuration software vendors to develop new products, and provided the beneficial experience for reference, and develops their ideas. Linux based monitoring configuration software and related technology is rapidly developing, many manufacturers are launched mature commodities, the pattern of configuration software industry will have a far-reaching impact.组态软件组态软件,又称组态监控软件系统软件。
MCGS在机械手控制中的应用1 MCGS的概述1) MCGS的简介MCGS (Monitor and Control Generated System,通用监控系统)是北京昆仑通态自动化软件科技有限公司研发的一套用于快速构造和生成计算机监控系统的组态软件。
它能够在基于Microsoft的各种32位Windows平台上运行,通过对现场数据的采集处理,以动画显示、报警处理、流程控制和报表输出等多种方式向用户提供解决实际工程问题的方案,在自动化领域有着广泛的应用。
2) MCGS的构成MCGS系统包括组态环境和运行环境两个部分。
组态环境是工具软件,帮助用户设计和构造应用系统;运行环境则按组态环境中构造的组态工程,以用户指定方式运行,并进行各种处理,完成用户组态设计的目标和功能。
由MCGS生成的用户应用系统,其结构由主控窗口、设备窗口、用户窗口、实时数据库和运行策略五个部分组成。
3) MCGS主要特性和功能(1)简单灵活的可视化操作界面;(2)实时性强、良好的并行处理性能;(3)丰富、生动的多媒体画面;(4)开放式结构,广泛的数据获取和强大的数据处理功能。
除此以外,MCGS还提供了一套开放的可扩充接口,用户可根据自己的需要用VB、VC等高级开发语言,编制特定的构件来扩充系统的功能。
MCGS用数据库来管理数据存储,系统可靠性高。
MCGS设立对象元件库,组态工作简单方便,易于实现对工控系统的分布式控制和管理。
4)MCGS的作用MCGS全中文组态软件是真正的32位程序,支持多任务、多线程,提供近百种绘图工具和基本图符。
使用ActiveDLL把设备驱动挂接在系统之中,支持数据采集板、智能模块、智能仪表、PLC、变频器、网络设备,它支持ActiveX控件,包括温控曲线、实时曲线、计划曲线、历史曲线、XY曲线、实时报表、历史报表、单行报表、配方管理、数据库管理、数据库浏览统计、多媒体输出等众多构件。
MCGS全中文组态软件可完整实现ODBC接口,可与SQLServer、Oraver、Oracle、Access等主要数据库相连,可实现各种复杂的报表,并以不同方式增加、删除数据库中的记录,支持CAN、PROFIBUS、HART、LONWORKS等多种现场总线。