集成阀的英文

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"集成阀"怎么读用"集成阀"造句

英文翻译手机版

pile-upvalve
pile-uvalve

"集成"英文翻译 integration
"阀"英文翻译 established house or power g ...
"积木式阀, 集成阀" 英文翻译 : building block valve
"机动车用液化石油气钢瓶集成阀" 英文翻译 : automotive lpg steel cylinder multivalve
"集成" 英文翻译 : integration◇集成晶体管 integrated transistor; 集成元件 integrated component
"超集成" 英文翻译 : vlsi very large scale integration; vlsi, very large scale integration
"集成材" 英文翻译 : laminted wood laminat
"集成的" 英文翻译 : composite; compositive; integrated
"集成度" 英文翻译 : density of integration; integration level; level of integration
"集成法" 英文翻译 : integrated synthesis method
"集成光" 英文翻译 : integrated optoelectronics
"集成化" 英文翻译 : integrating; integration
"集成块" 英文翻译 : integrated package; manifold block
"集成酶" 英文翻译 : integrase
"集成曲" 英文翻译 : medley
"集成塔" 英文翻译 : integrated tower
"集成体" 英文翻译 : aggregation
"集成物" 英文翻译 : conglomerate
"集成者" 英文翻译 : integrator
"集成桁" 英文翻译 : compound beam
"集总，集成" 英文翻译 : lump
"收集成" 英文翻译 : collectedness
"王集成" 英文翻译 : wang jicheng
"像集成" 英文翻译 : image integrating
"中集成" 英文翻译 : java/jsp

例句与用法

Automotive lpg steel cylinder multivalve
机动车用液化石油气钢瓶集成阀
The development of an automatic testing system for an integrated valve
集成阀自动检测系统的开发
In chapter 5 , the experiment researches of the integrated valve are introduced
第五章对集成阀进行了实验研究。
In chapter 2 , the principle of electro - hydraulic proportional flow valve with speed - electric feedback applied in hydraulic elevators are analyzed
第二章关于液压电梯专用电液比例集成阀的原理方案的设计。
In chapter 3 , the design of each components of the integrated valve are introduced , which include the design of up and down main valves , pilot valves , single way valve and manual urgent descending valve and the safety valve
第三章完成了集成阀各个功能部件的设计和计算，包括上下行主阀、上下行先导阀、单向阀、安全阀等的设计计算。对决定集成阀性能的关键参数进行了理论分析和探讨。
Therefore , it is of significance to develop new relevant proportional valve specially applied in hydraulic elevators . this thesis mainly deals with the theoretical analysis , design , simulation and experimental research of integrated control valve
因此，研制新一代高性能的液压电梯专用比例集成阀，对保证大闭环反馈阀控系统的性能，从而使国产液压电梯的性能达到国际先进水平，具有重要的意义。
There are two important points in static simulation research work , one is static regulation range , and the other is dead - zone . in dynamic simulation research , variable parameters and optimum simulation research work for the integrated valve are made
稳态仿真主要就影响集成阀工作死区和调节范围的参数进行了分析；动态仿真主要对集成阀进行变参仿真，考察一些参数对集成阀时域特性的影响，实现了参数优化。
Through consulting lots of relevant references , present research of direct drive volume control hydraulic servo system is summarized in this paper , the principle and character of this system are expatiated , the principle of vector control is introduced . at the same time , the mathematical model of ac asynchronous motor is set up based on the vector control theory . the mathematical models of both the pump controlled motor and pump controlled cylinder are set up and simulated in this paper
在查阅大量国内外相关文献的基础上,本文综述了国内外对该系统研究概况,阐述了该类系统原理和特点;阐述了矢量控制的基本原理,并基于这一原理建立交流异步电动机的数学模型;分别建立了泵控马达系统和泵控缸系统的数学模型,并给出了仿真分析;设计了用于泵控马达系统的集成阀块,加工了密闭压力油罐;针对现有直驱式电液伺服装置所存在的问题,本文主要针对系统工作过程中所产生的噪音与爬行问题进行了一定的研究。
A 3 - d computer aided design ( cad ) software , pro / engineer , is applied in solid modeling , assembly , structure analyzing and dynamic interference checking . it is very useful to lay out components , hydraulic resistances and oil ways of the integrated valve . consequently , the quality and performance of the integrated valve will be improved
在设计过程中，首次采用了三维cad软件pro / e对集成阀块建构三维实体模型，利用建构的三维实体模型进行模拟装配、结构分析和动态干涉检查，极大地促进了集成阀各个功能部件、内部液阻网络以及油道的合理布置，保证集成阀的加工工艺性能，最终提高集成阀的性能和质量。
After completing the static and dynamic experiments on the5 electro - hydraulic component & system test unit , the author made further experiment research in the close loop system of hydraulic elevator , and get satisfying testing results . to sum up , the author build a set of theories and formulary for the design of integrated valve , change the traditional methods for the structure design of hydraulic elevator valves by the tools of pro / e , carry out a lot tests of the integrated valve on the special test platform
纵观全文，作者对针对液压电梯专用集成阀建立了一套比较完整的设计计算的理论依据；采用三维造型软件对集成阀进行实体建模，改变了液压电梯专用集成阀的传统结构设计方法，使集成阀的结构设计达到了更好的效果；利用专门的电液元件测试平台和液压电梯台架对集成阀进行了比较全面的实验，拓展了新元件的实验研究手段。