| 1. | Moreover , obtain nice effects in actual electrohydraulic control system
然后制定了方案和编写实际的代码。 |
| 2. | The study and applications of computer control test system of electrohydraulic control unit for ship rudder
微机控制船用舵机电液控制单元测试系统的研制及应用 |
| 3. | In chapter seven , summarized the total article and forecasted the trends of developments of the software of electrohydraulic control system
第七章做了总结和回顾，并对将来的工作作了展望。 |
| 4. | Hydraulic elevator is a typical electrohydraulic control system , and the speed feedback control method is advanced technology
液压电梯是一种典型的电液速度控制系统，直接轿厢速度反馈控制是一项先进的技术。 |
| 5. | The researches are essential both in theory and engineer . in chapter one , roundly discuss the history of electrohydraulic control system and depict the software about electrohydraulic control system
第一章对电液控制系统的历史及发展现状做了全面的综述，并且针对电液控制系统中的控制软件现状做了具体的、有针对性的描述。 |
| 6. | In chapter four , in allusion to the character of electrohydraulic control system and of actual function , discuss and analyze modules " punctilio , moreover complete effective modules " codes by means of com
第四章具体研究了电液控制软件平台各模块的构建方式及各模块的功能。通过对不同模块开发工具的性能分析和对不同模块的特性分析，选取了合适的工具。 |
| 7. | The purpose of the article is to put forward a assume and make out a detailed plan by methods of com . finally , with the method above , the software about electrohydraulic control system is structured and offer nice capability
而本文的主要目的是针对电液控制系统，采用先进的组件技术，提出了构建通用控制软件平台的设想，并对具体的实施做了深入的研究和分析。 |
| 8. | Abstract : the cardinal principle and modes of automatic power shift for high horsepower tractor , as well as the structure of main sensor ， the sensing technology and the intergrated electrohydraulic control technology are introduced . some useful data have been provided for the design of automatic power shift control system in modern large power tractor
文摘:介绍了现代大功率拖拉机自动换挡控制系统的基本原理和方法，主要传感器的结构、传感技术及电液一体化控制技术，为现代大功率拖拉机自动换挡控制系统的设计提供了一些有用的资料。 |
| 9. | With development of auto - control technique and micro - electronics technique , the degree of integration about electrohydraulic control system become more and more complicated . it is important to search a good idea to resolve the question , expect to resolve the problem that can be standardized with a universal method
随着电液控制技术的发展和微电子技术的进步，电液控制系统的系统集成度不断提高，从局部环境发展到现在的系统级环境，这就需要一种通用的方式来统一解决其中的可规范的问题，来减轻系统集成中的复杂度。 |
