文件名称:zhusuji
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中科院自动化所博士论文。本论文是与实际的应用项目紧密相关的。在课题进行期间,笔者负责了S60和S80两款注塑机控制器主机软、硬件的设计开发工作,并组织了批量生产。截止到目前为止,共销售注塑机控制器上百套,安装在了以宁波市为中心的多个地区的十多个厂家中。其中最早的原理样机已经在工业现场不间断运行了3年之久,历经了高、低温和潮湿环境的考验,充分证明了产品的可靠性。-Institute of Automation Chinese Academy of Sciences doctoral dissertation. This paper is a practical application of the project closely related. In the subject during the writer is responsible for the S60 and S80 of two injection molding machine controller, mainfr a me hardware and software design and development work, and organized mass production. To date, a total of hundred of sales of injection molding machine controller, installed in the center of Ningbo city, a number of areas in more than 10 manufacturers. The first prototype of which has been running non-stop in the industrial scene three years, after a high temperature and humid environment, the test has fully proved the reliability of the product.
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注塑机精密控制研究
..................\4 注塑机变频节能控制技术研究.doc
..................\5 注塑机控制器主机硬件和软件设计.doc
..................\6 结论与展望.doc
..................\第1章 绪 论.doc
..................\第2章 料筒的加温特性及两种控温算法.doc
..................\第3章 基于辅助变量参数辨识的自校正PID温度控制算法.doc
..................\4 注塑机变频节能控制技术研究.doc
..................\5 注塑机控制器主机硬件和软件设计.doc
..................\6 结论与展望.doc
..................\第1章 绪 论.doc
..................\第2章 料筒的加温特性及两种控温算法.doc
..................\第3章 基于辅助变量参数辨识的自校正PID温度控制算法.doc