气缸

qì gāng
  • cylinder;air cylinder
气缸气缸
气缸[qì gāng]
  1. 特殊铝合金气缸,坚韧耐磨且不易锈蚀

    Using particular alloyed aluminum air cylinder , the machine is tenacious , wearproof and rustless .

  2. Air(初三适用)电动缸与气缸

    Electric cylinder and air cylinder

  3. 气缸可用喷水冷却。

    The cylinder is cooled by a jet of water .

  4. Air(初三适用)气缸式排气阀在输水管线改造中的应用

    Application of Cylinder Air - relief Valve in Rebuilding of Water Supply Pipe

  5. 应用YAG激光对发动机气缸淬火处理

    Applying YAG Laser to Quench the Engine Cylinders

  6. 基于UG环境下的内燃机气缸盖实体建模

    Modeling of cylinder head of IC engine at platform of UG

  7. 浅述TiC铸铁材料在气缸套中的应用

    Application of TiC Cast Iron Material in Cylinder-bush

  8. 对有非线性的气缸进行位置伺服控制,采用模糊PID作为控制器的控制算法,提出了分区间分段利用模糊方法调节PID参数的算法。

    In nonlinear pneumatic cylinder position servo control system , fuzzy PID arithmetic was adopted to adjust the PID parameter in different segment .

  9. 柴油机机体气缸盖装置CAM系统的开发陶瓷缸体在机械设备中的应用

    Developmen of CAM System for Cylinder Block & Cylinder Head of Diesel Engine Application of the Ceramic Cylinder Block to Mechanical Equipment

  10. 基于局域波和Hilbert变换的柴油机气缸压力识别方法

    Identifying Method for Cylinder Pressure of Diesel Engine Based on Local Wave and Hilbert Transform

  11. 应用PDA研究ω燃烧室的气缸内紊流场

    Investigation on Turbulent Flow Fluid inside Cylinder for Two Types of ω Combustion Chamber Using PDA

  12. 利用Matlab的强大计算功能,求解了表征气缸活塞运行动特性的方程组。

    Using the Matlab 's formidable computing function , solved the equation group that signifying the dynamic characteristic of a pneumatic cylinder piston 's movement .

  13. 四气门发动机气缸内气流运动的LDA试验研究

    An Experimental Study on In-Cylinder Flow by LDA in a Four-Valve Engine

  14. 利用MDT进行气缸盖冷却水腔设计

    The Design of Cooling Water Jacket of Cylinder Head by Using Platform of MDT

  15. 与传统的阀控非对称气动缸动力机构相对应,将普通单杆气缸和自制的磁流变液(MRF)阻尼器串联研制成新型的磁流变(MR)非对称气动缸动力机构。

    Compared to traditional valve & control unsymmetric pneumatic cylinder power mechanism , an MR-Unsymmetric pneumatic cylinder power mechanism was made , connected self-made MRF damper to normal single-pole pneumatic cylinder .

  16. 通过采用可编程控制器(PLC)控制,推动气缸实现多工位级进模内触点自动送进机构与自动冲床的行程协调。

    Programmable Logic Controller ( PLC ) has been used to control and impel the cylinder to make the automatic contact feeding operation inside the multi-position progressive die in line with the stroke of the automatic stamping machine .

  17. 得出了两条重要结论:基于短时AR分析的柴油机气缸盖振动信号整循环特征提取方法特别适合于短序列数据的分析;

    So two conclusions were obtained : the vibration signal total cycle characteristic extraction method for diesel engine cylinder head based on snatch AR analysis was fit particularly for the short sequential data analysis ;

  18. 该系统设计以项目要求为依据,通过结构化建模处理,将整个控制系统按功能划分为:输入输出模块,空压机控制模块,顺序切换模块,通讯模块,分气缸PID调节模块和报警模块。

    Through the structured modeling process , the whole control system is divided into several parts-input and output module , air compressor control module , sequence switch module , communication module , cylinder PID control module and alarm module .

  19. 提出了基于发动机气缸示功图的发动机动态物理模型,该模型能够很好地反映发动机的瞬时转速波动和PID控制器工作周期对控制效果的影响,从而实现了部分关键参数的仿真。

    This solution is very valuable in engineering application . Based on the engine internal diagram a dynamical physical model was built . This model can reflect the fluctuating of transient speed and the effect of parameters of PID control .

  20. 介绍松孔镀铬气缸套的特点、工艺过程及其在金城江机务段东风7D型机车上的运用效果。

    The feature , technology process of production and application in DF7D locomotive at Jinchengjiang Locomotive Depot of cylinder liner chromed after excessive wear were presented .

  21. 本文对中氮厂H22(Ⅲ)型氮氢气压缩机打气量不足的原因进行了分析,针对设备特点,提出了改变气缸排列方式的改造方案。

    This article analyses the causes of inadequate compression capacity of H22 (ⅲ) N_2 H_2 compressors used in medium scale nitrogenous fertilizer plants .

  22. 然后,确定了PCB板定位夹紧的方案,根据PCB板夹紧时的具体要求,设计了以气缸为动力源的夹紧机构,选择了所需要的气缸。

    Then , we determine the program of positioning and clamping the PCB . According to the specific requirements , we design the clamp mechanism with the cylinder as drives and then we choose the right cylinder .

  23. 最大设计车速不超过50KM/h、发动机气缸总工作容积不超过50ml的两轮机动车。

    The maximum designed speed is not morethan 50 km / hr , the total work capacity of the engine cylinder is not exceeding 50 ml two-wheeled motor vehicle .

  24. 226B气缸盖铸造缺陷的解决

    Solution to Casting Defects of Model 226B Cylinder Head

  25. 气动动力卡盘自带回转气缸,可用于普通车床、简易CNC车床和不便安置液压回转油缸的车床上,实现工件的自动装夹。

    Pneumatic power chucks is it transfer air cylinder to take back by oneself , can use ordinary lathe , simple CNC lathe and inconvenient to place closed center cylinder at the lathe , realize putting inserting automatically of the work piece .

  26. 使用三维CAD技术,在Pro/Engineer中完成了一种16气门轿车柴油机中最复杂的零件&气缸盖的三维实体造型。

    Three dimensional model of cylinder head , which has the most crowded and complex components in 16 valve diesel engine used for cars , is completed in Pro / Engineer and the general design steps of the cylinder head are put forward by using 3D CAD .

  27. S1100型柴油机气缸体强度及优化分析

    Structural Strength Analysis and Lightweight Design of S 1100 Diesel Engine Block

  28. 迪法恩斯学院的一名市场营销专业的学生艾琳•罗德(ErinRhodes),为当地通用汽车工厂生产的发动机气缸做质检报告工作,她的时薪为10美元(约合人民币62元)。

    Erin Rhodes , a Defiance marketing major , is spending her summer running quality-control reports on engine blocks produced at the local GM plant , earning $ 10 an hour .

  29. 本文研究了气缸盖火力面喷涂不同厚度的PSZ层对气缸盖金属壁面温度降低的情况及对发动机性能的影响。

    In this paper , the temperature reduction of cylinder head metal wall and the influence on engine performance are investigated by different thickness of PSZ coating on cylinder head combustion surface .

  30. 时域统计平均有效提高了信号的信噪比,对柴油发动机气缸压力的恢复获得了很好的结果;Kaiser差分器有效提高了对燃烧始点的辨识。

    The signal-to-noise ratios of both the cylinder cover vibration signal and the responding cylinder pressure signal of the training samples are effectively enhanced by time statistic average method , and Kaiser differentiator improves the identification of timing of combustion .