对热机系统、传动系统进行了优化设计，增强了整机的可靠性能。
Optimizing the heat engine system and transmission system improve the reliability of the engine.
为机械传动系统的设计、参数的选择以及性能的改进提供了理论依据。
So the theoretical basis is given for design, parameters choice and performances improvement of mechanical drive system.
论述了当前齿轮传动振动研究的现状及发展趋向，对齿轮传动动态性能优化设计进行了探讨。
In this article, current situation and trend in the research of gear drive oscillation are discussed and design of optimum dynamic performance probed.
探讨了给定行程速比及滑块行程的偏置式曲柄滑块机构具有最佳传动性能的设计方法。
This paper describes the design method of deflection crank slider mechanism of the given stroke velocity rate and slider stroke, which has optimum transmission performance.
介绍了一种新型矿用小绞车的性能及其行星差速变速传动装置的设计计算。
This paper presents the performance of new model monkey winch for mine. and its design calculation of the planetary differential variable-speed drive device.
考虑了传动系统中所有零件的分离，并详细分析了其动力学性能，由此得到了相关的重要结论，可以用于系统的设计参数选择。
The dynamic characteristics of the model had been analyzed in DE - tail, and the system dynamics results can be used for the references of every part.
它可以为机械传动装置或部件的开发提供准确而且完备的设计依据，并对最终产品的功能进行验证，对其性能予以评估，是一种多功能的试验设备。
It can provide true and general design gist for the development of mechanical transmissions and parts and verify the function and performance of the final products, it is a multifunctional device.
采用这种方法设计出的锥蜗杆传动既具有最佳的啮合性能，又具有良好的加工工艺性。
Spiroid gears designed by the method possess the best gearing behaviors and will be machined with better machining technology.
[2]冀强。履带车辆综合传动系统性能试验台的设计[D]。 山东： 山东大学， 2011。
JI Qiang. Design of Integrated Transmission System Performance Testing Bench for Endless-track Vehicles[D]. Shand ong: Shand ong University , 2011.
详细介绍了HXD1型大功率交流传动机车转向架轮对驱动系统的结构、技术特点及性能，对机车车辆转向架驱动装置的开发设计提供较好的借鉴。
The structure, technology characteristic and performance of wheel set drive system of bogie on type HXD1 high-power ac drive locomotive are presented detailedly.
采用概率方法分析了卫星齿轮传动系统的运动精度、动力精度和均载性能等基本设计指标。
The basic design property index of satellite gear trains that include movement precision, dynamics precision, equal load property are analyzed with probability method.
因此，控制理论和控制方法的研究对机电集成静电谐波传动的设计、分析和性能控制具有重要的现实意义和应用价值。
Therefore, the investigation of the control method and control theory for the drive is useful to the design, analysis and performance control.
并根据传动比的变化，分析了其对啮合性能及谐波齿轮设计方面的影响。
In reference of the change of ratios, the influence on the meshing performance and the design of harmonic driver is analyzed.
经试验表明，该传动系统传动性能良好，各装置工作协调，安全可靠，达到设计要求。
As the trails show, properties of the transmission system are very good, every unit works harmoniously, safely and reliably, and can meet the design requirement.
提出了提高多级斜齿圆柱齿轮传动系统动态性能优化设计方法。
The many stage helical gear train system optimal design which takes the dynamic properties as an objective function is presented.
考虑该传动固有的波动规律，设计了最优伺服系统，分析了参数变化对伺服性能的影响规律。
Considering inherent fluctuation of the drive, servo system is designed, and influence with respect to system parameter changes on servo performance is explored.
本文介绍了磁传动式浮球液位计的设计结构、原理、性能及其在VPI中的应用。
The structure, principle and performance of the magnetic transfer type of float ball liquid level indicator as well as its application in VPI are introduced in this paper.
本文从啮合理论、运动学、可靠性分析、优化设计、加工制造及性能测试等方面对摆动活齿传动进行了一系列系统、深入的研究。
This paper carries on a series of in-depth and systemic theoretical study on engagement theory, kinematics, reliability theory, optimization design and manufacturing process.
通过优化设计，使动力与传动系统达到更好的匹配，为汽车设计开发和性能改善提供可能的途径和合理的依据。
Finally, this paper studied the auto dynamic, economy and comprehensive performance, and the matching and optimized designing of the power transmission system using a domestic car.
试验表明，所设计的变频调速系统数字化实现方便，具有良好的调速和牵引性能，在矿机车交流传动领域有着广泛的应用前景。
The experiments show that the presented VVVF speed-variable drive system has good performances and traction properties which is quit applicable to the overhead locomotives.
通过选择合理的传动方案、传动方式和动力源，自行设计了排种器性能试验台。
The laboratory table is designed with rational transmission project, transmission mode and drive.
作为全球领先的传动系统供应商，赛峰传动系统公司自1904年成立以来，始终专注于高性能机械系统的设计。
As the world's leading supplier of power transmissions, Safran transmission systems has an experience in the design of high-performance mechanical systems back to the company's founding in 1904.
试验表明，所设计的变频调速系统数字化实现方便，具有良好的调速和牵引性能，在矿机车交流传动领域有着广泛的应用前景。
The experiments show that the presented VVVF speed-variable drive system has good performances and traction properties which is quit applicable tot…
深入研究其传动特性对于优化设计参数、进一步改善该传动装置的性能等具有十分重要的意义。
Therefore, further researches on it's transmission characters deserve great significance to optimizing the design parameters and further improving the device's capabilities.
深入研究其传动特性对于优化设计参数、进一步改善该传动装置的性能等具有十分重要的意义。
Therefore, further researches on it's transmission characters deserve great significance to optimizing the design parameters and further improving the device's capabilities.
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