1.
The Application of Euler Equation in The Traction Force's Calculation About Traction Drive Elevator
欧拉公式在电梯曳引力计算中的应用
2.
The Application of Fuzzy Control in the Driving System for PMSM Elevator;
模糊控制在PMSM电梯曳引驱动系统中的应用
3.
Application Research on the R&D of Elevator Tractive Machine with Taguchi Methods;
田口质量管理方法在电梯曳引机研发中的应用研究
4.
Research on Auto Detection Method of Initial Angel of Rotor Position's Sensor in Elevator Traction Motor
电梯曳引机转子位置传感器初装角自动检测方法研究
5.
Application of Backlash Adjustable Plane Wormgear with Variable Tooth Thickness Enveloping Worm Transmission in the Traction Machine for Lifts;
侧隙可调式变齿厚平面蜗轮包络环面蜗杆传动在电梯曳引机上的应用
6.
Study on Dynamic Characteristics of High Speed Tractive Elevator and Its Simulation Software Development;
高速曳引电梯动态性能与虚拟仿真平台的研究
7.
Study on Dynamic Characteristic of Tractive Elevator and Its Simulation Software Platform Development;
曳引电梯动态特性研究及其仿真平台开发
8.
Design and realization of measure system for gearless permanent magnet synchronous traction machine for elevator;
电梯用无齿轮永磁同步曳引机测试系统设计
9.
Research on the Energy Simulation Model of Traction Elevator Based on Dynamic Measurement
动态测量建立曳引电梯的能耗仿真模型
10.
Time-varying element model of high-speed traction elevator and its horizontal vibration response analysis
高速曳引电梯时变元模型与水平振动响应分析
11.
Traction motor in elevator actually was an AC non-synchronous motor.
电梯中的曳引电动机实际上就是一台交流异步电动机。
12.
Study on Dynamics and Parameter Optimization Method of a Traction Elevator System
曳引电梯系统动态理论及动力学参数优化方法研究
13.
Study on Dynamic Characteristic of Tractive Elevator and Its Portable Testing and Analysis System Development;
曳引电梯动态特性研究及其测试分析系统的开发
14.
Study on Dynamics and Noise Prediction Method of High Speed Traction Elevator;
高速曳引电梯动态分析理论及轿厢噪声预测方法研究
15.
A New Method on Rotor Position Detection and Parameter Identification for the Pms Traction Machine;
永磁同步曳引电动机磁极位置检测和参数整定新方法
16.
Rebound Effect and Frame Dragging Effect in the Field of a Ratating Body with Electric and Magnetic Charge;
荷电荷磁旋转引力场中的反弹效应和惯性系拖曳效应
17.
Hydraulic Transients Research of Diversion System in Cascade Hydropower Stations Connected by Open Channel;
梯级电站引水系统水力过渡过程研究
18.
Its highly efficient synchronous engine uses only60% of the energy that traditional traction engine consumes, therefore lower the cost electricity.
高效率的同步电机，其消耗的能量仅为传统曳引机的60%左右，为业主减少了用电成本。