激光微纳加工装置中控制软件的设计与实现

发布时间：2018-06-03 23:53

本文选题：控制软件 + 面向对象设计　；参考：《苏州大学》2015年硕士论文

【摘要】：随着平板显示、微电子器件和激光全息行业的快速发展和技术进步,对激光微纳加工装置的性能提出了更高的要求。装置的硬件设备需要通过不断的升级来提高装置的硬件性能,控制软件也要不断的升级优化。本课题针对这一现状,设计和实现了一款支持多种类型微纳结构加工方式的控制软件。这款控制软件能够在某单位的一系列激光微纳加工装置中使用。所做主要工作包括:首先,分析了激光微纳加工装置的硬件组成和主要部件的特性,并详细介绍了两个主要部件:运动控制卡和数字微反射镜;其次,提出了控制软件的设计原则和目标,在此基础上进行总体设计,包括功能模块的划分和开发环境的选择和配置等;最后详细描述了控制软件的系统初始化模块、运动控制模块和任务控制模块等主要功能模块的设计与实现。本控制软件采用面向对象的设计思想为激光微纳加工装置的主要器件设计父类,根据器件的不同型号、品牌,设计专门的子类,这些子类继承并实现父类中的相关方法和属性,使控制软件具有扩展性和通用性。本文所设计和实现的控制软件,已经在所在工作单位投入实际使用。在功能上满足了企业生产的要求,实现了一个系列的激光微纳加工装置上控制软件的通用。对类似系统的设计和实现有着一定的借鉴意义。
[Abstract]:With the rapid development of flat panel display, microelectronic devices and laser holography industry, the performance of laser micro-nano machining device is required to be higher. The hardware of the device should be upgraded continuously to improve the hardware performance, and the control software should be upgraded and optimized. In view of this situation, this paper designs and implements a control software which supports many kinds of micro-and nano-structure machining methods. This control software can be used in a certain unit of a series of laser micro-nano processing devices. The main works are as follows: firstly, the hardware composition and the characteristics of the main components of the laser micro-nano machining device are analyzed, and two main components are introduced in detail: motion control card and digital microreflector; secondly, The design principles and objectives of control software are put forward, and the overall design is carried out on this basis, including the partition of function modules and the selection and configuration of development environment, etc. Finally, the system initialization module of control software is described in detail. The design and implementation of main function modules such as motion control module and task control module. The control software adopts the object oriented design idea to design the parent class for the main devices of the laser micro-nano machining device. According to the different models and brands of the device, the special subclasses are designed. These subclasses inherit and realize the related methods and attributes in the parent class. The control software is extensible and universal. The control software designed and implemented in this paper has been put into practical use in the work unit. It meets the requirements of enterprise production in function, and realizes a series of general control software on laser micro / nano machining device. It has certain reference significance to the design and implementation of similar system.
【学位授予单位】：苏州大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TN249

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