The motor will be integrated in the transmission housing, and it effectively replaces drag inducing auxiliary components such as the alternator and starter.
该电动机将与变速器相连，它可以有效替代包括交流发电机和起动机等设备。
Turbine starter is a very important composing part for aero-engine, its work capability directly affects the reliability of aero-engine in start.
涡轮起动机是航空发动机的重要组成部分，其工作性能直接影响发动机的起动可靠性。
The flywheel also has a large ring gear at its outer edge, which engages with a pinion gear on the starter motor during engine cranking.
在飞轮的外缘(压)有一齿环，在发动起动时，齿与起动机的驱动小齿轮啮合。
In order to validate auxiliary airstart performance of a gas turbine starter designed only for the ground engine, the test of auxiliary airstart was conducted on the flight test rig.
为验证原本只为在地面起动发动机而设计的某型燃气涡轮起动机的空中辅助起动性能，在飞行试验台上，对其进行了空中辅助起动试验。
Consecutive start-up time is too long, would result in battery discharge and substantial smoke starter coil overheating, mechanical damage easily.
若连续起动时间过长，将造成蓄电池大量放电和起动机线圈过热冒烟，极易损坏机件。
This paper introduces the fault reason and diagnosis methods for starting system. The check, adjustment and test of mechanical and electrical part of starter are also introduced.
介绍了起动系统故障的原因和诊断方法，起动机机械部分和电气部分的检查、调整和试验。
The starter gets excessively hot, indicating a large current draw to turn the engine over.
起动机变得很热，显示一次大的电流消耗使引擎发热。
According to the technological requirements of post-curing of phenolic molding compounds for automobile starter commutator, it is proposed to realize the specific programs of the control system.
根据汽车起动机换向器酚醛模塑料后固化工艺要求，提出控制系统的具体实现方案。
From the point of starter designing, it gives out the technical problems necessary to be solved.
并从永磁起动机设计的角度出发，提出了亟待解决的技术问题。
Professional engaged in heavy-duty vehicles, oil field machinery, engineering machinery, diesel generating set, starter, generator manufacturing.
专业从事重型汽车、油田机械、工程机械、柴油发电机组的起动机、发电机的研发制造。
But while starting, the starter or the flywheel gear is often destroyed by wrong operation, even sometimes fire is caused.
在汽车起动时，由于误操作等原因，造成起动机绕组烧毁或打坏飞轮齿环，有时甚至引起火灾等事故。
Based on starter's characteristics of large electric current and short working time, the test system of starter is designed.
针对起动机电流大、工作短时的特点，研制了起动机性能微机测试系统。
In permanent magnet starter motor, the length of housing is greater than that of the magnetic pole, and the stator yoke is highly saturated.
永磁起动机机壳长度比磁极长度大得多，且轭部磁路非常饱和。
The development of testing system of a subminiature starter of gas turbine is discussed.
讨论了某型燃起涡轮起动机试车台测试系统的开发；
First in China to adopt "slow structure" technology development of the deceleration starter has small volume, light weight (reduce 40%);
在国内率先采用“减速结构”技术开发的减速起动机，具有体积小，重量轻（降低40%）；
The current ECU based on low-end EMS platform can not realize the one-button start function on economy car as it is lack of the related monitoring controller and the starter driving circuit.
本文针对此问题分析研究了一种一键式起动系统控制的方案，该方案不需对起动机的控制进行安全监控，同时能有效解决低电压起动困难问题，在不改动低端EMS平台的硬件的前提下，实现一键式起动功能。
The selection of PM material and magnetic structure is important for design of PM starter motor. It is the most important problem for designer to solve, but there is no perfect standard to be adopted.
永磁材料和磁极结构的选择直接关系到永磁起动机设计的成败，是永磁起动机设计者首先应当解决的问题，目前尚无完善的选择原则。
The rated power parameters of starter are briefly introduced in this paper. It also expounds how to select the rotate speed and torque at rated power and how to test the power parameters and curve.
介绍起动机的额定功率参数，阐述如何选择起动机额定功率时的转速和转矩，以及功率参数和功率曲线的测试。
Starter is installed in the cooling ventilation system of a general nacelle, the starter environmental temperature and pressure has important influence on the working reliability of starter.
起动机安装在某通用发动机试验吊舱的冷却通风系统中，起动机环境的温度、压力对起动机的工作可靠性有着重要的影响。
It is important to understand aerodynamic parameters of design-point of gas turbine in order to improve the power of gas-starter.
为了提高燃气涡轮起动机的功率，了解燃气涡轮设计点的气动参数以及内部流场结构。
The manual transaxle has a starter interlock that prevents cranking the engine unless the clutch pedal is fully depressed.
手动档有一起动机联锁装置，用以防止离合没有完全踩到底而使发动机窜动。
To determine the fault position, the system based on the time domain vibration information of starter utilizes the method of spectrum and cepstrum analysis to process vibration information.
系统以起动机时域振动信息为基础，运用频谱分析和倒谱分析方法处理振动信息，以确定故障部位。
To determine the fault position, the system based on the time domain vibration information of starter utilizes the method of spectrum and cepstrum analysis to process vibration information.
系统以起动机时域振动信息为基础，运用频谱分析和倒谱分析方法处理振动信息，以确定故障部位。
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