1) longitudinal form error
齿向误差
1.
The tooth profile error and longitudinal form error are calculated,and the change rule with setting angle of them is got.
针对花键的齿形误差和齿向误差,按照误差计算原理,得出了计算结果及其随安装角改变的变化规律。
2.
The features of involute gear profile are mapping analyzed, the principle and method of on machine measuring the longitudinal form error of bull gears with the rack probe is introduced, the data evaluation model of longitudinal form error is established, and a measuring example is given.
对渐开线齿轮廓面特性进行了映射分析 ,介绍了齿条刃边测头在机测量大型齿轮齿向误差的基本原理及测量方案 ,建立了齿向误差的数据评定模型 ,并给出了测量实
3.
With Pro/E and ANSYS,find the extremum of the main errors(site error and longitudinal form error of the gear) that influence the reliability of the whole mechanism and define reasonable tolerance so as to not only decrea.
针对微小型无返回力矩钟表机构,考虑微小型零件的加工工艺及该机构的高承载、高转速的恶劣工作工况,以有限元法与赫兹理论相结合,建立了包含制造误差的有限元力学模型,以Pro/E和ANSYS为工具,得出了主要影响机构运行可靠性的齿轮的齿向误差、位置误差极限,从而确定了微小型齿轮的合理公差,进而保证了该机构的运行的可靠性,并且在一定程度上降低了对加工工艺的要求,从而降低了加工成本,为微小型零件的公差制定提供了一定借鉴。
2) Tooth trace error
齿向误差
1.
Experimental research on tooth trace error resulting from differential change gears of hobbing machine;
滚齿机差动挂轮引起齿向误差的实验研究
3) tooth curve error
齿向误差
1.
Through theoretical derivation and experimental verification,a new method is obtained for further reducing tooth curve error of oblique gear and for choosing feed gear wheel.
在应用无差动法滚切斜齿圆柱齿轮的基础上,通过理论推导和实验验证,得出进一步减少斜齿轮齿向误差的可行的挂轮选配新方法。
2.
As shown by theoretical and experimental results, the position change of contacting height of gauge head in fluences the measuring result of tooth curve error;but it shows no effect on the measuring result of angle error of indexing circular helix.
分析在万能工具显微镜上测头接触高度位置的调整误差,对斜齿轮分度圆螺旋角误差和齿向误差测量结果的影响。
4) gear mesh error
啮合齿向误差
1.
The authors have come up with a method for calculating gear mesh error.
提出了一种啮合齿向误差计算方法,即将齿轮轴线倾角分成两个分量,分别计算啮合齿向误差,然后按方向进行叠加;用这种方法可以分析多种外界因素对齿轮啮合的影响,如箱体变形、轴端受力、轴线挠曲等;可以形成适当的空负荷啮合齿向误差,使工作状态下啮合齿向误差得到补偿;可以根据齿轮接触情况验算齿轮强度;在不增加啮合齿向误差的前提下,合理给定支承平行度要求。
5) single tooth radial composite error
齿轮一齿径向综合误差
6) diameter runout of pitch circle in gear
齿轮齿圈径向跳动误差
1.
This paper mainly introduces intelligent measurement diameter runout of pitch circle in gear by means of computer.
主要介绍了采用计算机智能地测量齿轮齿圈径向跳动误差,编写了计算机程序对测量数据进行采集、处理、显示、分析与计算,最终得到了有效的结果。
补充资料:齿(齿所)
齿(齿所)
齿(齿所) 病名。系指牙齿被醋浸渍的病证。《诸病源候论》卷二十九:“齿(齿所),齿伤酢也。齿者骨之所终,髓之所养,髓弱骨虚,风气客之,则齿(齿所)。”酢,同醋。参见齿齼条。
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