螺旋锥齿轮误差修正试验研究。
Experimental study on the error correction of spiral bevel gear.
因此，如何表征、测量、分析、利用和控制齿轮误差一直是不断探索的课题。
Researches are carrying on the token, measurement, analysis, using and controlling of wheel gear.
在数据处理中，本文提出了数学软测头的概念，它对齿轮误差评价具有较高的应用价值。
In the data processing, a new concept of "mathematical soft probe" is given. It is valuable in the gear error evaluation.
本文的结论对进一步深化齿轮误差理论的研究及进一步稳定7级齿轮加工精度是有益的。
The conclusion condensed fron this paper will be helpful to the further study of theory about gear error and to keep the accuracy of gear machining stably on grade 7.
考虑系统误差和轮齿综合柔度，对齿轮弯曲强度的计算力点进行研究。
Considering the system errors of gear drive and teeth synthetic flexibility, the loading point of bending strength was studied.
介绍并推导双圆弧齿轮在安装误差影响下接触迹间载荷分配的计算公式和方法。
The load assignment formula and the method of the double circular arc gear under the wiring error influence between the contact mark was introduced and inferred.
首先以微观与宏观相结合的方法，分析了齿轮加工中的误差源。
Firstly with microcosmic and macroscopic method, the error source in gear cutting is analysed.
另外，在齿轮CAD系统中还设计了齿廓误差计算、齿轮测绘及齿轮国家标准查询等一些具有较大实用价值的模块。
In addition, the CAD system includes some more utility modules, such as module of gear calculation of error of gear profile, module of gear measurement, module of looking up nation standard of gear.
利用泰勒级数导出了阿基米德齿轮滚刀造形误差的近似公式。
This article USES Taylor Progression to figure out the approximate formula of the forming errors of Archimedes gear hobs.
在径向力作用下，顶尖前端部产生过大挠度，造成齿轮加工误差过大。
Too much deflection was induced by the radial force, which resulted in the excessive machining error to the gear.
切割机传动系统采用进口齿轮、齿条，切割精度完全达到往返原点零误差。
Cutting machine transmission system adopts imported gear, rack, cutting precision to achieve zero error.
将此高精度直齿外珩轮应用于珩齿试验中，被加工齿轮的齿形误差和表面光洁度得到了极大地提高。
The honing experiment shows that the teeth error and surface roughness of the machined gear have been improved greatly.
本文用运动学法进行了有误差斜齿轮的空间啮合分析。
In this paper, the authors analyze the space mesh of error helical gear transmission by using kinematics.
讨论了谐波齿轮传动误差的产生机理。
The mechanism of transmission error of the harmonic gear drive is dealt with.
进行测量，提出了一种在视觉三坐标测量机上测量小模数齿轮齿形误差的新方法。
This paper presents a new method to measure tooth error of small module gears.
采用国内最新型的大传动机构，由排链带动主传动轴，免除了其它齿轮传动的误差和噪音。
It adopts the newest type high-power transmission mechanism to arrange the chain and drive the main driving shaft. The errors and noises of other gear wheel transmission can be avoided.
在分析了常用的测量圆柱齿轮齿距误差的基础上，对常规的测量方法进行改造，设计了一种自动检测圆柱齿轮齿距误差的方法。
Base on the analysis of the usual measure column gear teeth distance error, we rebuilt the usual measure way, and design a king of auto measure way for column gear teeth distance error.
分析装配误差对正交面齿轮传动的影响是开展面齿轮传动工程应用的重要基础理论之一。
Theoretical analysis of the impact of assembly errors on orthogonal face gear drive is critical to the application of face gear drive.
由于存在修形原理误差、齿轮加工误差以及载荷工况的变化，渐开线修形齿轮在使用中仍会有啮合冲击现象。
Owing to the modified error in principle, the manufacturing error and the variation of the load, there still exists the mesh impact in the transmission of modified spur gear.
得到了系统在不同的输入转矩波动、齿侧间隙、齿轮综合误差、激励频率和阻尼比参数下系统的全局特性。
The system's global characters are obtained under different input torque fluctuation, backlash, composite transmission error, exciting frequency and damping ratio.
分析了齿轮副各几何参数及误差对轮齿振动产生的影响。
Analyzed the effects on teeth vibration exerted by geometry parameters and errors of gears.
修形直齿轮因误差因素在齿对的啮入和啮出位置会出现啮合干涉或啮合间隙。
Errors of modified spur gears results in meshing interference or meshing clearance at the position of mating teeth coming into or out of contact.
结果表明，滚刀与工件间的相对偏差变化速度的快慢不仅影响到齿轮加工精度，还影响到误差补偿方法的选取。
The result shows that the changing velocity of the errors has influence on the machining accuracy of the gear and the choosing of the compensating methods.
介绍一种精确求解齿轮齿形误差的新算法。
A new precise algorithm for the profile deviation of gears is introduced.
提供了一种少齿数齿轮传动系统输出运动误差和回程误差角的计算方法。
A kind of calculation method for outputting motion error and return stroke error Angle of less toothed gear drive system was provided.
该文基于空间啮合理论，利用微分几何方法首次对该种齿轮的齿形误差与齿向误差进行计算，并给出计算实例。
Based on the space gear engagement theory, a new way to calculate the profile errors and axial errors is developed for the first time and a numerical example is presented.
在此基础上建立了求取齿轮副传动误差和齿面接触点的数学模型，提出了分析齿轮传动误差和接触区域的仿真算法，并编制了相应的计算程序。
On the basis of it, the mathematical models of driving error and contact point are set up, then the emulation algorithm is put forward and the program is worked out.
基于齿轮副的动态啮合模型，对具有误差激励的齿轮副按长、短周期从理论上研究了其动态响应特征。
The paper researches the spectrum characteristics of dynamic response of the gear pair with the error excitation in the long and short period based on dynamic mating model of the gear pair.
基于齿轮副的动态啮合模型，对具有误差激励的齿轮副按长、短周期从理论上研究了其动态响应特征。
The paper researches the spectrum characteristics of dynamic response of the gear pair with the error excitation in the long and short period based on dynamic mating model of the gear pair.
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