无级变速

wú jí biàn sù
  • stepless speed change;infinitely variable speeds
无级变速无级变速
无级变速[wú jí biàn sù]
  1. 数控机床主传动无级变速的设计

    Design of Infinitely Variable Speeds Main Drive for NC Machine Tools

  2. 气动无级变速旋转工作台

    Pneumatic Stepless Speed Change Rotation Bench

  3. 宽V带无级变速器的设计功率的确定

    Determination of design power of wide V-belts stepless variable speed mechanism

  4. 橡胶V带式无级变速器性能的测试与试验研究

    Performance Study on a Continuously Variable Transmission Using Rubber V-Belt

  5. 摩托车V带自动无级变速系统的设计(1)

    Design of V-Belt Automatic Stepless Gear System for Motorcycle ( 1 )

  6. 摩托车V型皮带无级变速器设计研究

    Study on Design of Rubber V-Belt CVT in Motorcycle

  7. 汽车无级变速复合材料V带的研究

    Study on New Composite Material V-Belt for Continuously Variable Transmission Equipped on Autos

  8. 将常规V带无级变速器传动原理与新型V带无级变速器传动原理进行了比较。

    Making a comparison between transmission principle of conventional continuously variable transmission and new type diameter regulate continuously variable transmission .

  9. 基于ADVISOR的无级变速汽车速比的综合控制

    Integrated Ratio Control for Vehicles with CVT Based on ADVISOR

  10. 无级变速器(CVT)滑差率的试验研究

    Test and Study on Slip Ratio of Continuously Variable Transmission

  11. CVT(无级变速器)提供的连续速比间的要求有限。

    A CVT offers a continuum of gear ratios between desired limits .

  12. 湿式离合器金属带式无级变速器(CVT)控制策略研究

    A Study on Control Strategy of Metal Pushing V-Belt CVT with Wet-Clutch

  13. 该播种机由变量控制器控制机械式无级变速器,根据GPS的位置信号,完成处方图设计的播种施肥作业。

    It could be accomplished sowing work prescribing by the application maps based on the GPS signal under the control of mechanical variable speed unit .

  14. 因此,提高V型皮带无级变速器的性能对提升我市摩托车产业的核心竞争力具有重大意义。

    So , the performance of improving the CTV has great meanings to the core competition which improves the motorcycle industry of our city .

  15. 金属带式自动无级变速传动(CVT)装置的性能分析

    Performance Analysis of a Metal V-Belt CVT

  16. GZ型张力自动调整无级变速器

    Automatic Tension Adjustment through Stepless Speed Regulator Type GZ

  17. 汽车无级变速传动(CVT)建模与仿真

    The Modeling and Simulation for CVT

  18. DISCO型无级变速器滑动率的试验研究

    Experimental Research on Sliding Rate of DISCO Stepless Variator

  19. 管线绞车采用阀控比例调速液压驱动、PLC控制,实现了卷筒的无级变速和排缆器的协调控制。

    The winch adopted valve-controlled proportional speed regulation hydraulic drive and PLC control to realize stepless speed change of the winch drum and coordinating control of the cable layer .

  20. DISCO型无级变速器输出特性的研究

    Study on the Output Capacity of DISCO Variator

  21. 基于FEM的DBL型脉动无级变速器箱体的结构分析及优化设计

    Structure Analysis and Optimization Design of DBL Impulse Continuous Variable Transmission Box Based on FEM

  22. RX型无级变速器的优化设计

    Optimum Design of RX Continually Variable Speed Regulator

  23. 一种由于输入转速和输出扭矩的变化而无级变速的V带传动,已成功的在极地雪橇车和小型汽车的变速器中得到了应用。

    A type of V-belt drive which shifts ratios in accordance with input speed and output torque has been successfully employed as the transmission for vehicles ranging from snowmobiles to compact automobile .

  24. 无级变速箱CVT汽车自诊断系统由几个部分组成:TCU电路板上的针对CVT汽车实时的诊断系统;

    The fault diagnosis system consists several parts : the real-time diagnosis system of TCU that based on CVT .

  25. 应用Matlab仿真软件,构造了多段HMCVT变速过程所有状态的计算模块,仿真了在控制系统作用下无级变速和换段的动态特性。

    By means of MATLAB software , the dynamic characteristic of automatic speed changing and ranges shifting is simulated .

  26. 介绍了一种常用的无级变速传动VDT液压系统,并在此基础上设计出一种新型的无级变速传动DPC液压系统。

    A typical VDT hydraulic system of CVT was introduced , and a new-type DPC hydraulic system was designed .

  27. 针对汽车无级变速传动系统电子控制方法,提出了ECU和PC相结合逐步完成ECU各种控制的系统方案。

    The hardware system and software system of the control method were presented . The integrating ECU and PC to realize the several control schemes of ECU was expressed .

  28. 本文以基于无级变速传动装置(CVT)的PHEV为例,对内燃机在HEV中的应用归纳出了四个基本要求。

    The PHEV , which equipped with continuously variable transmission ( CVT ), was taken as an example in this article .

  29. 无级变速传动(CVT)是目前汽车最理想的传动方式,可以实现发动机-变速器-道路环境的最佳匹配。

    As the current ideal transmission of vehicle , Continuously Variable Transmission ( CVT ) can achieve the best match of engine - transmission - road environment .

  30. 分析汽车电子控制系统中常用的几种控制理论,分析汽车无级变速传动装置(CVT)控制系统的要求和特点。

    This paper analyzes several control theories in automobile electronic control system and the demands and characteristics of the control system for car Continuously Variable Transmission ( CVT ) .