这将对齿轮噪声控制开辟了新的途径。
This will open a new approach for the noise control of gears.
此外，还提出了控制变速器齿轮噪声的方法。
Besides, this paper describes some effective control methods of transmission gear noise in the manufacturing process.
分析了齿轮噪声产生的主要原因及降低齿轮传动噪声的方法。
This paper analyses the main cause of gear noise and the way of reducing it.
本文探讨了用齿轮噪声频谱分析来诊断齿轮磨损程度的方法。
This paper introduces the methods of diagnosing the tooth-wear through the spectrum analysis of gear noise.
电钻传动齿轮噪声超标，意味着产品存在质量问题和安全隐患。
Excessive noise from transmission gear of electric drills means that the product still owns unclear problems in quality and security.
为此针对齿轮噪声发生的根源，从不同方面提出了控制的方法。
According to the root of the gear noise production, the methods to control the gear noise from the different aspect are proposed.
针对泥浆泵齿轮设计的各个基本参数进行了分析，得出了对齿轮噪声强度影响最大的参数。
The basic analysis is done for gear design to obtain parameters that greatly impacts on strength of gear noise.
以制造z 535变速齿轮箱为例，分析了齿轮噪声的产生原因和控制噪声所采用的有效工艺手段。
Take the manufacture of Z535 variable speed gear box for example, to analyze the causes of gear noise and effective technological means of noise control.
研究齿轮噪声的发生原因及其解决方法。对于降低工程机械整机的噪声及司机室内的噪声都是十分有效的。
The research of gear noise occurrence reason and its solution methods is extremely effective to reduce the project machinery radiated noise and the noise in the drivers' cab.
近年来，国内外汽车变速器厂为了降低齿轮噪声、提高齿轮强度而提出采用“细高齿”齿轮，并对其进行研究与应用。
Recently, the domestic automobile manufacturers puts forward the application of 'high tooth gear 'in order to reduce the transmission gear noise, and improve gear strength.
齿轮噪声传递出来的信息是杂乱的，非线性的，为了寻求其中的规律，利用人工神经网络方法对其进行研究是相得益彰的。
The message impressed by gears noise is messy and nonlinear, to seek the law of it, the use of artificial neural network to take research on it brings out the best in each other.
静音：超低速同步电机减少了机械振动，彻底消除齿轮及电机高速运转的噪声。
No noise: the low speed motor reduced the mechanical vibration, totally solved the noise problem between gear and motor high speed running.
汽车发动机齿轮系统冲击振动所引起的噪声，是发动机噪声的主要来源之一。
The noise excited by impact and vibration of gear pairs in automobile engine is one of the main sources of noise.
合理确定齿轮泵的工作转速，使齿轮与轴的转动避开啮合共振频率，可以防止噪声加剧。
Rationally define the work gear pump speed, gear and the axis of rotation to avoid engaging resonance frequency, can prevent noise intensified.
论文同时建立了齿轮传动通用动力学模型，分析了齿轮传动系统中齿轮和轴承等主要零部件的振动和噪声机理。
The paper also sets up the general dynamic model for gear transmission, analyses the vibration and noise principle of the main parts in the gear transmission system like gear and bearing.
诊断齿轮故障的方法较多，但普遍认为振动和噪声诊断是非常有前途的方法。
There are many ways to diagnose fault of gear, but vibration and noise diagnosis are generally considered most promising method.
噪声是评价齿轮装置性能的一项重要指标。
Noise is an important performance index for appraising gear unit.
齿轮传动所引起的振动和噪声是机械传动振动和噪声重要来源之一。
The vibration and noise brought out in mechanical system comes primarily from that produced by gears.
导出了轮齿振动方程序中各参数的表达式。初步完成了传动系齿轮部分的噪声预估及CAD的理论研究工作。
And derived the expressions of parameters in teeth vibration equation, which completed essentially the theory of noise prediction and CAD on gears of transmission systems.
降低噪声是齿轮箱设计要考虑的主要内容。
To reduce noise is a main content in consideration for gear box design.
本文介绍了硬齿面点线啮合齿轮传动的承载能力试验和噪声测定试验的情况。
In this article the bearing ability test of hard gear face point-line meshing gear transmission and the trial of noise test are introduced.
影响齿轮传动噪声的因素很多。
齿轮的啮合振动和噪声是现代齿轮传动这一领域中的主要课题之一。
The meshing vibration and noise of a pair of gears is one of the major subjects in the field of modern gear drive.
通过对阻尼材料的力学特性的分析，探讨了阻尼环对齿轮传动振动噪声的影响。
In this paper the influence of the damped ring on the gear transmissions vibration and noise was studied by analyzing the mechanics characteristic of the damped material.
根据多年从事齿轮箱设计工作的经验，论述影响齿轮箱噪声的因素以及控制与降低噪声的方法。
Based on many years experience for design, discusses the factors which affect the noise of gear box, controls and noise reduction methods.
在某些重要的应用场合，行星齿轮传动的振动和噪声是影响系统的可靠性、寿命与操作环境的关键因素。
In some cases vibration and noise of PGT will have a great influence on reliability and life-span of the system.
齿轮油泵采用斜齿轮是降低机械噪声和减小流量脉动的一种有效措施。
Use of helical gear in gear pump is an effective measure, which can reduce the mechanical voice and flow pulse.
为了降低某水下航行装置的辐射噪声，增强其探测目标的能力，对该装置的重要噪声源——传动齿轮箱进行了减振降噪的试验研究。
An investigation was made on the main noise source-the gearbox of the underwater vehicle to reduce the noise and improve its capability of goal-detecting under the water.
本文对齿轮泵产生的工作噪声的诸因素进行了分析，并提出了降低噪声的相应措施。
This paper is to analyse the factors of the noise produced by gear pumps, and to put forward the corresponding measures to reduce the noise.
本文对齿轮泵产生的工作噪声的诸因素进行了分析，并提出了降低噪声的相应措施。
This paper is to analyse the factors of the noise produced by gear pumps, and to put forward the corresponding measures to reduce the noise.
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