分析了该失配啮合传动的基本原理。
输送机滚筒表面焊有齿块，与链带啮合传动；
Conveyor pulley is furnished on its surface with welded teeth, which are in mesh with chain belt.
机动时，两个锥齿轮脱离啮合状态，蜗轮、蜗杆啮合传动；
When operated by a machine, the two bevel gears disengage from the engaging state, and the worm gear and the worm are engaged for driving;
也为其它类型啮合传动的研究，提供了有效的方法和理论基础。
It also provides an effective method and theory basis for the study of different transmission types of meshing engagement.
工业用带式烧结机的星轮和台车的传动为齿轮一销齿条啮合传动。
In an industrial sinter chain, the drive type of the spider and pallet cars is gear and pin rack transmission.
空间凸轮活齿精密传动属于空间多齿啮合传动，其设计计算较为复杂。
Because the spatial CAM sliding tooth precision transmission belongs to the spatial multi-tooth meshing transmission, the design and calculation are more complicated.
传统的平行轴外啮合斜齿轮在啮合传动过程中，两齿轮的转动方向是相反的。
During traditional helical gears of parallel axle with external engagement engage, the direction of rotation is converse.
结果表明，外场驱动血泵在啮合传动过程中，径向力和传递扭矩均是周期变化的。
The conclusions show that the radial force and torque change in cyclic periods during the transmission.
通过设计计算确定了柔、刚轮的变位系数，得到了柔、刚轮在啮合传动时的齿侧间隙值。
Through design and calculation, determined soft and rigid gear conjugation coefficient, obtained teeth side clearance when soft and rigid gear mesh transmission.
啮合传动能够用于大功率的场合，传动比准确，但一般要求较高的制造精度和安装精度。
Can be used in power transmission mesh, ratio of occasions, but generally higher accuracy of precision and installation accuracy.
在啮合传动中，根据具体问题选取不同的坐标系，可应用同一计算公式进行啮合分析与计算。
The formula can be used for meshing analysis and computation as coordinate system is chosen according to specific problem in meshing drive.
在研究滚刀加工不同齿数带轮所形成的误差分布规律及误差对带与轮啮合传动影响的基础上，确定了滚刀可加工的齿数范围与参数。
At the basis of distribution law of error formed by the processed pulley with various teeth and its effect on transmission, the scope of tooth of pulley processed is defined.
在获得齿轮内啮合传动的齿侧间隙计算公式以后，结合齿对刚度的计算公式，推导出齿轮内啮合传动的加载重合度及载荷修正系数。
After getting the formula about the normal backlash and the stiffness of the tooth pairs of the gear, the contact ratio and the load correction factor could be obtained.
在少齿差内啮合传动中，存在多对接近啮合的小间隙齿面于理论啮合点左右，轮齿受力产生的微小变形使得某些对齿面相互接触进入啮合状态。
In small tooth difference of inner meshed transmission, there were a few pairs of tooth faces which were apart from each other for a small gap beside the contact point generated by two meshed teeth.
本文对面齿轮传动的啮合特性进行了较系统、深入的研究。
An investigation on the meshing characteristics of face gear drives is made in this paper.
提出了一种新型滚动式球面包络点啮合环面蜗杆传动；
A new rolling type of spherical enveloping worm gearing with point meshing is proposed.
用算符分解算法(AOM)得到了系统的近似解析解，并研究了传动比和时变啮合刚度对拍击门槛转速的影响。
A-operator method (AOM) is used to study the influence of the speed ratio and time varying meshing stiffness on rattling threshold speed of the gear system.
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.
这种齿轮传动的缺陷在于，每隔齿轮的中心到啮合点的距离在运转的过程中是变化的。
The problem with this type of gear is that the distance from the center of each gear to the point of contact changes as the gears rotate.
齿轮A位于驱动轴的末端，齿轮b在副传动轴上，它们恒定啮合。
Gear a, at the end of the drive shaft, and gear B, on the countershaft, are in constant mesh.
传动比是由两轮的中心到啮合点的距离所决定的。
The ratio is determined by the distances from the center of the gear to the point of contact.
内齿轮在工业中应用十分广泛，对内啮合齿轮传动的特点进行了分析。
It is very extensive that the interior gear wheel is used in industry.
＂这个传动轮与那个伺服轮相啮合，并使它转动。＂ 收藏。
This driving wheel engages with that servo wheel and turns it.
带式啮合介质齿轮传动是一种新型的齿轮传动形式，具有经济、环保的特点。
Gear transmission with belt as meshing medium is a new gear transmission, which is economic and environment friendly.
本文提出了一种利用计算机计算齿轮传动啮合角的简便易行的方法。
This paper presents a practical method to calculate the pressure angle at pitch cylinder, of gear drive with computer.
本文讨论了摩擦系数对渐开线圆柱齿轮传动啮合效率和齿根弯曲应力的影响。
This article discusses the effects of friction coefficient fon the engagement efficiency of involute cylindrical gears and the bending stress of the dedendum.
通过锥蜗杆传动副的啮合分析，用当量圆柱蜗杆副的分析方法，得出阿基米德锥蜗杆副的装配条件。
This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.
本文应用南开大学齿轮啮合理论研究组提出的“齿轮啮合的数学理论”，系统地研究了渐开线圆柱蜗杆传动的啮合原理。
In this paper, the author applied the mathematical theory of gear meshing, developed by Nankai University, to discuss systematically the meshing theory of Involute cylindrical worm gears.
从理论上研究分析了摆线钢球行星传动的啮合效率，推导了不同情况下摆线钢球行星传动啮合效率的计算公式。
The kinematics and force analyses of the transmission are given as foundation. The different calculative formulas for meshing efficiency of drive in different condition are deduced.
从理论上研究分析了摆线钢球行星传动的啮合效率，推导了不同情况下摆线钢球行星传动啮合效率的计算公式。
The kinematics and force analyses of the transmission are given as foundation. The different calculative formulas for meshing efficiency of drive in different condition are deduced.
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