- 更多网络例句与齿圈相关的网络例句 [注：此内容来源于网络，仅供参考]
-
This paper introduces the working principle, parameter calculation and software design of an diagnosis system of magnetoelectricity wheel speed sensor using in ABS. The interface and collection program is made by Visual Basic. The signal collection of sensors and A/D transition is achieved by data acquisition card HY-6070C. Data processing, showing and preserving is completed by computer. The standard data of sensor is showed at the same time.
轮速传感器在ABS系统中负责车轮转速信号的采集，轮速传感器性能的好坏，直接影响到ABS系统是否能正常工作，目前在ABS系统中广泛地采用变磁阻式的电磁式轮速传感器，传感器由齿圈和传感头组成，在汽车行驶过程中，车轮旋转使齿圈相对于传感头运动，传感头产生一系列频率与轮速成正比的交变电压信号[2]。
-
First, this article introduced 2 grade of rotary kiln principle of work and the equipment, to rolled the circle mechanics behavior to carry on the analysis, proposed - rolled the circle - under roller's rotary kiln overall modelling based on the tube body - kiln liner - big tooth ring, to rolled the circle - under roller's contact stress to carry on the finite element analysis the method, and obtained rolled the circle contact stress the size and the distribution rule, finally indicated that rolled the circle contact stress mainly to have two main peak values and the sudden change in one week, appeared is rolling the circle and the under roller contact area; Then, rolls the circle the stress to regard as is the principal stress unknown plane stress test, the use quite mature modern test technology, proposed rolls the circle stress test the principle and the plan, and to rolled the circle the stress to carry on the scene test, the stress which the scene test analysis result and the finite element analysis calculated has compared, had proven the whole method modelling's finite element analysis method's rationality and rolled the circle - under roller contact stress the result accuracy; Finally, uses ANSYS APDL the re-development technology, in view of 2 grades of rotary kilns, rolled the circle - under roller contact stress the overall finite element analytic method to carry on the re-development.
首先，本文介绍了2档回转窑工作原理和装置，对滚圈的力学行为进行了分析，提出了基于筒体-窑衬-大齿圈-滚圈-托轮的回转窑整体建模，对滚圈-托轮的接触应力进行有限元分析的方法，并得到了滚圈接触应力的大小和分布规律，结果表明滚圈接触应力在一周内主要存在两个主要的峰值和突变，都出现在滚圈与托轮接触区域；然后，把滚圈的受力看成是主应力未知的平面应力的测试，利用比较成熟的现代测试技术，提出了滚圈应力测试的原理和方案，并对滚圈的应力进行了现场测试，现场测试分析结果与有限元分析计算出的应力相比较，证明了整体法建模的有限元分析方法的合理性和滚圈-托轮接触应力的结果的正确性；最后，利用ANSYS的APDL的二次开发技术，针对2档回转窑，就滚圈-托轮接触应力的整体有限元分析法进行了二次开发。
-
Making use of modern testing means, the deficiency of early wear of gear ring s was analysed.
利用现代测试手段，对齿圈的早期磨损失效进行了分析，分析结果表明，铁水球化处理工艺不当是导致球化不良的主要因素，从而降低了齿圈机械强度。
-
To highlight the importance of ring gear flexibility to dynamic performance of the system, a novel elastodynamic model of spur PGT is presented in this thesis.
本文将以NGW型直齿行星传动为例，创建计入内齿圈弹性的直齿行星传动的精细化模型，以揭示内齿圈的弹性变形对系统动力学性能的重要影响。
-
According to the heat treatment process of gear ring,as well as on account of the finite element mathematical model for carburizing process,the carbon potential numerical simulation of carburizing process for gear ring has been performed.
根据齿圈的热处理工艺，基于渗碳过程的有限元数学模型，对齿圈的变碳势渗碳过程进行了数值模拟。
-
The results indicate that the largest deformation appear on the middle region of the addendum, the position of largest stress appears at the dedendum region of loaded tooth. As the curvature radius of transition curve rising, both the largest deformation and the largest dedendum stress reduce.
结果表明，内齿圈的最大变形出现在齿顶的中间部位，而最大应力出现在受载齿的齿根部位；内齿圈的最大变形和齿根最大应力随着齿根过渡圆角半径的增大而减小。
-
The results indicate that the first ten step natural frequency range from 233.2Hz to 526.8Hz, the natural frequency is higher than the value specified by the standard.6. The profile equations of shaping gear ring are deduced out by profile normal line method. The involute and transition curves are automatically generated through the macro function in Solidworks. And the three-dimension model is built. Based on the three-dimension model, the deformation and dedendum stress is studied.
6应用齿廓法线法推导出了插齿加工的渐开线直齿内齿圈的精确齿廓曲线方程，并通过Solidworks中的宏功能采用Visual Basic语言编程实现了内齿圈齿廓渐开线以及齿根过渡曲线的自动生成，建立了内齿圈的精确三维实体模型，研究了内齿圈的轮齿变形及齿根应力。
-
When the lock ring simultaneously with the question cone gear engagement ring gear, cone after contact friction moment in the role of the rapid speed of gear to reduce to synchronize with the speed equivalent to lock ring, the two synchronous rotation, relative to gear Central lock synchronization speed is zero, thus inertia torque also disappeared, then in force under the impetus of engagement sets unhindered and synchronization lock Gear engagement ring, and further engagement with the question of gear engagement ring gear and completed Shift process The topics mainly through the Pro / E synchronization software for the car to three-dimensional modeling structural design, and through the parameters of the design process to achieve its structure, and on this basis, the use of ANSYS FEM software structure of the typical synchronization And a finite element analysis, through structural analysis of its structural design is reasonable to assess and make recommendations to improve the design
当同步锁环内锥面与待接合齿轮齿圈外锥面接触后，在摩擦力矩的作用下齿轮转速迅速降低到与同步锁环转速相等，两者同步旋转，齿轮相对于同步锁环的转速为零，因而惯性力矩也同时消失，这时在作用力的推动下，接合套不受阻碍地与同步锁环齿圈接合，并进一步与待接合齿轮的齿圈接合而完成换档过程本课题主要是通过Pro/E软件对汽车同步器进行三维造型结构设计，并通过参数化实现其结构设计程序化，在此基础上，利用ANSYS有限元软件对典型同步器结构进行有限元计算与分析，通过结构分析对其结构设计的合理性作出评价并提出改进设计建议
-
The present invention relates to a reduction box mainly composed of coaxial line input shaft, output shaft, internal ring gear, eccentric toothed plate engaged with the internal ring gear and pin shaft.
本发明涉及一种同轴输入输出单级齿轮差齿减速箱，该减速箱主要由同轴线的输入轴1、输出轴7、内齿圈6，与内齿圈6啮合的偏心齿片5、销轴3等构成。
-
Firstly, the paper introduced the working principle and device of the two-pass rotary kiln and had an analysis method of mechanics of the rolling ring.
首先，本文介绍了2档回转窑工作原理和装置，对滚圈的力学行为进行了分析，提出了基于筒体-窑衬-大齿圈-滚圈-托轮的回转窑整体建模，对滚圈-托轮的接触应力进行有限元分析的方法，并得到了滚圈接触应力的大小和分布规律，结果表明滚圈接触应力在一周内主要存在两个主要的峰值和突变，都出现在滚圈与托轮接触区域
- 更多网络解释与齿圈相关的网络解释 [注：此内容来源于网络，仅供参考]
-
gear, annulus：齿圈
Gear ratio 速比 | gear, annulus 齿圈 | gear, low shift 抵挡齿轮
-
ring gear：齿圈
产生不同速比以满足车辆不同的负载和行驶速度要求. 和手动变速箱的滑动齿轮机构不同,行星齿轮副是处于常啮合状态. 每套行星齿轮由太阳轮(sun gear)、行星轮(planet gear)和外齿圈(ring gear)组成,如果使它们之中其中一
-
ring gear：内齿圈
内齿轮 internal gear | 内齿圈 ring gear | 内力 internal force
-
flywheel ring gear：飞轮齿圈
flywheel pulley 飞轮滑轮 | flywheel ring gear 飞轮齿圈 | FM record 调频记录
-
flywheel ring gear：飞轮 flywheel 飞轮齿圈
闭式曲轴箱通风装置 closed-crankcase ventilating system | 飞轮 flywheel 飞轮齿圈 flywheel ring gear | 飞轮芯棒 cantilever 飞轮芯轴 flywheel spindle
-
ring gear diameter：齿圈直径
ring gear clearance;齿圈间隙 | ring gear diameter;齿圈直径 | ring gear housing;齿圈壳体
-
Ring gear, flywheel：飞轮齿圈
曲轴正时齿轮半圆键 Timing-gear Woodruff key, crankshaft | 飞轮齿圈 Ring gear, flywheel | 曲轴主轴承 Crankshaft main bearing
-
toot heel：(锥形齿轮)轮齿大端
tooth gap 齿间隙.(齿盘)齿槽 | toot heel (锥形齿轮)轮齿大端 | tooth ring 齿圈
-
nonrotating ring gear：不回转的齿圈
nonrotating;不回转的 | nonrotating ring gear;不回转的齿圈 | nonrotating swashplate;不回转的斜板
-
ring gear plate：齿圈板
ring gear nut;齿圈螺母 | ring gear plate;齿圈板 | ring gear replacement;齿圈更换