The chassis dynamometer is key equipment in an automobile test line.
测功试验台是汽车质检线中的关键设备。
Dynamometer is a kind of appliance for sports and rehabilitation training.
测力计是体育运动与康复训练的器具。
In industrial production and control area, the dynamometer is widely used.
在工业生产和控制中，测功机应用非常广泛。
Finally, the correct test method is given and verified by dynamometer test.
提出了正确的试验方法，并用转鼓试验进行验证。
Check the water tank of the dynamometer and the circulatory system of filling water.
检查测功器水箱及补水循环系统。
Trunk muscle endurance, hip muscle strength (dynamometer) and gait speed were evaluated.
测量躯干肌耐力、臀肌力量（测力计）及步行速度。
This paper introduces a newly developed piezoelectric two component dyna- mic dynamometer.
本文介绍了一种新研制的压电双向动态切削测力仪。
And it can automatically detect the measure-range of Hysteresis Dynamometer and different Motors.
能自动识别不同量程的测功机和不同类型的电机；
Vehicle chassis dynamometer is an important equipment used to measure the performance of vehicle.
汽车底盘模拟测功机是检测汽车性能的重要设备。
The VDS software was verified through vehicle performance test on road and on chassis dynamometer machine.
通过实车道路和底盘测功机的性能试验对VDS软件进行验证。
There is dynamic measurement error of electric power because of inherent inertia of the electric dynamometer.
就电动率而言，由于测功元件的固有惯性，其测量值和真实值之间也有动态差异。
If there is no proper available spring wire, rubber band instead of spring made of simple rubber band dynamometer.
如果没有适当的弹簧钢丝，可用橡皮筋代替弹簧制成简易橡皮筋测力计。
By this equation, we can calculate the displacement, load and dynamometer diagram at every rod node and any time.
通过求解该方程，可计算各节点不同时刻的位移，计算出载荷，绘出各节点功图。
The primary method and applicable fields of dynamic test and dynamometer in dynamic machinery equipment are summarized.
综合论述了动力试验与测功机在动力机械设备测试的基本方法和应用场合。
The identification of down-hole dynamometer card is the key to making the diagnosis expert system for pumping with rod.
井下示功图的自动识别是建造有杆抽油工况诊断专家系统的一个技术关键。
Based on analysis of calibration method of dynamometer and processing sys - tem. a set of calibration device is designed.
本文在研究切削测力仪的标定方法及分析测试系统的基础上，设计出一套标定装置。
The system with two control circuits separately for tested engine and dynamometer could conduct engine test automatically.
该系统能够对柴油机进行全自动测试，它具有柴油机和测功机两个控制回路。
Using the tension-compression sensor as a measuring element of torque, the measuring, precision of dynamometer was raised.
采用拉压力传感器作为扭矩测量元件，提高了测功器的测量精度。
PLC was used to control the transducer, change current of the dynamometer, so that it can change simulated load resistance.
采用PLC控制变频器来改变电力测功机励磁电流的大小，来达到改变模拟加载阻力的要求。
This article describes the MSP430-based no-load dynamometer system, including system design of hardware and software design.
本文介绍了基于MSP430的无载测功系统的设计方法，包括了系统设计中的硬件和软件设计。
The measuring precision on D-series hydraulic dynamometer was analysed, and the measures and methods were developed in this paper.
本文对d系列老式水力测功器的测量精度进行了分析，提出了改造测功器的措施和方法。
A method for a vehicle durability emission test using a robot driver instead of human drivers on the chassis dynamometer is presented.
提出利用驾驶机器人在底盘测功机上代替人类驾驶员进行排放耐久性试验的方法。
The dynamometer is core equipment of motor performance test station, mechanical drive test station and engine performance test station.
测功机是电机性能测试台、机械传动测试台、以及发动机性能测试台等试验装置中的核心设备。
The engineering setting methods of the torque loaded by dynamometer on vehicle exhaust test under driving mode condition are researched.
研究了工况法汽车排放测试中测功器加载扭矩的设定及其工程实现的方法。
Feasibility of evaluating light duty vehicle emissions by steady state multi mode emission test on engine dynamometer bench was studied.
研究了用发动机稳态台架模拟试验评价轻型车整车排放性能的可行性。
Introduces the composition and the operational principles behind the blast velocity control system of the motorcycle chassis dynamometer.
简述了一个摩托车底盘电力测功机风速控制系统的组成及工作原理。
This dynamometer using permanent magnetic eddy load, without any contact, can avoid the velocity limit of mechanical bearing and coupling.
此测功机采用非接触式加载——永磁涡流加载，可以避免机械轴承和联轴器的速度极限的限制。
The results of diagnosis by using the software to calculate pump dynamometer CARDS for four Wells are consistent with the pump conditions.
编制了应用软件，对四口井地面示功图计算了泵功图，并对泵故障进行了诊断，诊断结果与检泵作业结果一致。
The results of dynamometer tests proved that the microcomputer controlled ignition system has a better effect in improving engine performance.
台架试验结果表明，该微机控制的点火系统对改善发动机的性能有较好的效果。
The results of dynamometer tests proved that the microcomputer controlled ignition system has a better effect in improving engine performance.
台架试验结果表明，该微机控制的点火系统对改善发动机的性能有较好的效果。
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