摇台

  • 网络cradle;Judas Cradle;landing platform
摇台摇台
  1. 摇台磨齿机与Free&form型数控磨齿机加工调整参数转换的运动分析法

    Kinematic Method for Machining Setting Parameters Transformation from Cradle Grinding Machine to Free-form Grinding Machine

  2. 香料碾碎机,配有自备电动机,家用的摇台磨齿机与Free&form型数控磨齿机加工调整参数转换的运动分析法

    Domestic-type spice mill with self-contained electric motor Kinematic Method for Machining Setting Parameters Transformation from Cradle Grinding Machine to Free-form Grinding Machine

  3. 与传统的摇台型锥齿轮机床相比,Free-form型锥齿轮机床具有能够更加有效地加工出性能更好的齿面的潜力。

    A free-form bevel gear machine has the potentialities to produce the point-contact tooth surfaces of better performance more effectively than a conventional cradle one .

  4. KHT型缓冲阻尼同步摇台的应用研究

    Research on Application of KHT Cushioning Damping Synchronous Decking Plate Swing Deck

  5. 以薛村矿为实例,分析了KHT型缓冲阻尼同步摇台应用于该矿副井的情况,并且建立了托爪承接力学模型。

    Taking Xuechun Mine for instance , KHT cushioning damping synchronous decking plate swing deck used in the mine is analyzed , and establishes mechanical model of bearing .

  6. 弧齿锥齿轮切齿机摇台摆角的计算方法

    Computation Method on Swinging Angle of Cage Chair of Spiral Bevel Gear Cutter

  7. 但是大多国内企业依然采用传统摇台型机床加工螺旋锥齿轮,对螺旋锥齿轮的数控加工技术研究较少。

    However , most of the domestic enterprises still machine spiral bevel gears with traditional machine tool and pay less attention on the CNC machining technology .

  8. 减摇水舱台架试验中海浪的实时仿真和频谱分析

    Real-Time Simulation and Spectrum Analysis of Wave for on Antirolling Tank Test-Bed

  9. 被动式减摇水舱台架试验研究

    Experimentation Research on Examination Platform of Passive Type Anti - rolling Tank

  10. 此方法在升力控制减摇鳍的台架试验中得到应用。

    The way was used to the platform test of a lift controlled fin stabilizer .

  11. 本文试用非接触式电涡流技术研制设计了摇架测试台,效果较好。

    The author has designed a cradle testing plateform by use non-contact and electric eddy current techniques , and has achieved good results .

  12. 介绍了火箭炮摇架水平台与基准管轴线一致性的光电检测技术原理和方法。

    The photoelectric detection principle and method of the uniformity between the cradle horizontal platform and the fiducial barrel axis of the rocket were presented .

  13. 本文提出了压力伺服阀和流量伺服阀双阀控制方案,通过与压力伺服阀单阀控制方案的对比,指出其特点,为减摇鳍加载台的设计提供了新方法。

    Compared with the other control scheme with loading platform controlled by single pressure servo valve , this control scheme has more merit and is a new method for the design of the electro-hydraulic load simulator of fin stabilizer .

  14. 减摇水舱试验台架系统PID控制算法的研究与实现

    Research of PID Control of an Antirolling Tank Test Platform

  15. 论文最后给出了在采用DSP之后减摇水舱试验台架的摇摆试验结果。

    The result of the platform test of the experiment platform adopted DSP controller has been given at the end of this thesis .

  16. 基于PMAC的减摇水舱试验台控制系统设计

    Design of Anti Roll Tank Test Bench Based on PMAC Controller

  17. 基于IGA-PID的减摇水舱摇摆台控制仿真研究

    Simulation study on the swing bench control of anti-rolling tank based on IGA-PID

  18. 介绍了摇枕、摇动台等部件的建模方法。

    The modeling method for bolster and swing platform is introduced .

  19. 减摇水舱试验台架系统无模型自适应控制

    Model-free adaptive control of test platform system of anti-rolling tank

  20. 减摇水舱试验台架监控系统

    A Supervision System for the Test Platform of Anti - rolling Tank

  21. 利用我校研制的船舶减摇水舱试验台架进行了水舱不同垂直位置布置、不同边舱液位高度及不同的阻尼板开度的强迫振荡试验。

    The oscillation tests were made , including different arrangement of vertical position , different water levels and different damping factors by the test platform .

  22. 现阶段的减摇水舱实验台架控制系统,是利用工控机来进行信号的产生、传感器反馈信号的采集以及完成控制过程,任务较为繁重。

    In the current control system of examination platform , the industrial computer produces the original signal , collects the feedback signals from sensors as well as accomplishes the control procedure , it 's a comparative heavy work for the industrial computer .

  23. 为了更方便地试验减摇水舱性能,作者设计了两自由度减摇水舱试验台架。

    To test the performance of anti-rolling tank more conveniently , the paper sets up the test platform of two freedoms .

  24. 其次,在回顾总结升力减摇鳍系统研究的基础上,构建和完善升力控制减摇鳍试验台的硬件实验装置;

    Secondly , on the basis of reviewing and summing up the research on lift-control fin stabilizer , construct and consummate the hardware installation of the test platform of lift-control fin stabilizer ;