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电动气阀
相关语句
  electropneumatic valve
     Study on the dynamic characteristic of the electropneumatic valve
     两位五通电动气阀动态特性研究
短句来源
     he mathematic model is built for the attracting process of the electropneumatic valve, numerical calculation of the dynamic characteristics is presented, and the influence of reaction factors on the dynamic characteristics of the valve is analyzed in detail.
     建立了电动气阀吸动过程的数学模型并进行了动态特性的数值计算,详细分析了反力因素对电动气阀动态特性的影响。
短句来源
     The action of the electropneumatic valve was divided into the electro motion and the pneumatic process. Dynamic models of these two processes were established.
     将电动气阀的工作过程分为电动过程和气动过程,建立了两过程的动力学模型。
短句来源
  “电动气阀”译为未确定词的双语例句
     THE INFLUENCE OF REACTION FACTORS ON THE DYNAMIC CHARACTERISTICS OF ELECTROPNEUMATIC VALVES
     电动气阀动态特性及反力因素的影响
短句来源
     These two models are related by using Matlab Simulink to form the software simulation model. So that the current, the magnetic force, the displacement, the velocity , the pressure and the volume of the control cavity can be simulated. The influences of such factors as the voltage, the number of winding circle, the resistance, the width of solenoid air gap, the pressure of the compressed gas, the reaction factors and the size parameters, etc.
     建立了电磁阀动态过程数学模型,包括电动气阀数学模型和气动液阀数学模型,运用Matlab/Simulink将两个模型联系起来求解,实现了诸如电流、电磁力、衔铁和活塞位移、速度以及控制腔压力、体积等参数变化的动态过程仿真,并运用此模型研究了线圈励磁电压、线圈匝数、电阻、气隙、气源压力、反力因素以及结构尺寸参数等对电磁阀响应特性的影响。
短句来源
  相似匹配句对
     THE INFLUENCE OF REACTION FACTORS ON THE DYNAMIC CHARACTERISTICS OF ELECTROPNEUMATIC VALVES
     电动气阀动态特性及反力因素的影响
短句来源
     The Design and Feature of the Electrical and Manually Controlled Air-actuated Direction Valve
     电动手动换向气阀的结构设计及其特性
短句来源
     Study of electric suspended basket
     电动吊篮探讨
短句来源
     Application of electric load-haul-dumps
     电动铲运机的应用
短句来源
     The Diesel Engine Air Valve Clearance Adjusment
     柴油机气阀间隙调整
短句来源
查询“电动气阀”译词为用户自定义的双语例句

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he mathematic model is built for the attracting process of the electropneumatic valve, numerical calculation of the dynamic characteristics is presented, and the influence of reaction factors on the dynamic characteristics of the valve is analyzed in detail. The calculated results show that the armature of the valve can be attracted more quickly to the minimum width of solenoid air gap after the circuit is turned on and the armature is touched, and to improve the response characteristics of the valve and to...

he mathematic model is built for the attracting process of the electropneumatic valve, numerical calculation of the dynamic characteristics is presented, and the influence of reaction factors on the dynamic characteristics of the valve is analyzed in detail. The calculated results show that the armature of the valve can be attracted more quickly to the minimum width of solenoid air gap after the circuit is turned on and the armature is touched, and to improve the response characteristics of the valve and to prolong the service life of the valve, it is favourable that the inlet pressure of the compressed gas and the precompression of the spring be properly decreased. The conclusions obtained may be used for reference to the design and manufacture of new electropneumatic valves and solenoid valves.

建立了电动气阀吸动过程的数学模型并进行了动态特性的数值计算,详细分析了反力因素对电动气阀动态特性的影响。计算结果表明:该阀的衔铁在被触动后能很快地吸到最小气隙处;适当地减小压缩气的入口压力和弹簧预紧力有利于提高电动气阀的响应能力,有利于延长电动气阀的使用寿命。

The action of the electropneumatic valve was divided into the electro motion and the pneumatic process.Dynamic models of these two processes were established. The response characteristic of the electro motion and the pneumatic process was simulated.Comparison with the cold test results showed that the dynamics models were correct.Effects of the pressure of control gas and voltage etc.on the electro motion are analyzed.

电动气阀的工作过程分为电动过程和气动过程,建立了两过程的动力学模型。分别对电动过程和气动过程的响应特性进行仿真,并与试验结果比较,验证了动力学模型的正确性。分析了控制气体压力、最大气隙以及工作电压等因素对电动过程的影响。

In this article, the mathematical model of a solenoid valve including the electro pneumatic valve model and the pneumatic hydraulic valve model is presented. These two models are related by using Matlab Simulink to form the software simulation model. So that the current, the magnetic force, the displacement, the velocity , the pressure and the volume of the control cavity can be simulated. The influences of such factors as the voltage, the number of winding circle, the resistance, the width of solenoid air gap,...

In this article, the mathematical model of a solenoid valve including the electro pneumatic valve model and the pneumatic hydraulic valve model is presented. These two models are related by using Matlab Simulink to form the software simulation model. So that the current, the magnetic force, the displacement, the velocity , the pressure and the volume of the control cavity can be simulated. The influences of such factors as the voltage, the number of winding circle, the resistance, the width of solenoid air gap, the pressure of the compressed gas, the reaction factors and the size parameters, etc. on the response characteristics of the solenoid valve are analyzed.

建立了电磁阀动态过程数学模型,包括电动气阀数学模型和气动液阀数学模型,运用Matlab/Simulink将两个模型联系起来求解,实现了诸如电流、电磁力、衔铁和活塞位移、速度以及控制腔压力、体积等参数变化的动态过程仿真,并运用此模型研究了线圈励磁电压、线圈匝数、电阻、气隙、气源压力、反力因素以及结构尺寸参数等对电磁阀响应特性的影响。

 
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