由于齿轮传动，齿轮间隙是客观的存在，间隙使产生时间滞后，对电气调速造成影响。
Gear clearance exists objectively due to gear drive. Time lag results from the clearance, which also has influence on electric speed regulation system.
同时，针对由齿轮间隙引起的两冲辊之间(即凸、凹模之间)相位角的变化，提出设计角度调整机构的理念。
Meanwhile, it puts forward the conception of Angle adjusting mechanism from the fact that the wheel clearance could lead the changes of phase-angle between two roller.
齿轮尾部间隙可调：NY P高粘度泵可以根据粘度的需要，通过调节齿轮间隙，达到泵在不同黏度下的工艺要求。
Adjustable gear tail: NYP can need according to the viscosity, high viscosity pump by adjusting the gear clearance, to pump under different viscosity process requirement.
将差速器向盆形齿轮调整工具处的变速器盖方向压，然后读取百分表上的间隙值。
Press the differential towards the transmission cover at the crown wheel adjusting tool and read off the backlash on the dial gauge.
齿轮泵主动轴与衬套磨损后，其配合间隙增大，必将影响泵油量。
Pump drive shaft and bushing wear, the tolerance clearance increases, will affect oil pump.
弹簧通过压块将齿条压靠在齿轮上，保证无间隙啮合。
The spring presses through the briquetting the rack depending in the gear, guarantees ceaseless meshing.
详细论述了用于辊压机械中的齿轮连杆机构调整压辊间隙的工作原理及结构特性。
The working principle and the constructional characteristics of a gear link mechanism for the clearance adjustment of pressure rollers in rolling machinery are discussed in detail.
渐开线少齿差齿轮副，由于是内啮合，齿轮副的齿对之间的间隙很小，在受力后轮齿变形而使得同时有多对齿啮合。
As the gap of teeth of internal matins gears with small tooth number difference is small, several teeth will mate simultaneously after the teeth are deformed by load.
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.
通过几何分析的方法，导出了内啮合渐开线齿轮传动中心距略变小时，法向齿侧间隙的计算公式，供齿轮传动设计计算之用。
By using geometry analysis method, this paper educed calculation formula of normal direction gear side clearance when internal gearing involute gear transmission center distance waned slightly.
研究结果为聚合物齿轮泵的间隙优化设计及漏流特性提供了重要的理论依据。
The research results provide an important theoretical basis for the optimal design and leak properties of the clearances of polymer gear pumps.
调整开式齿轮传动齿合间隙，齿面接触良好。
Adjust the opening gear transmission, the tooth contact is good.
一般齿轮齿形曲线在一点邻域的高阶阶戴劳级数展开后，会发现齿面啮合点邻域间隙为2阶无穷小。
The common gear tooth profile curve launches after neighborhood higher order step taylor's series, can discover the tooth face meshing point neighborhood gap is 2 step infinitely greats.
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.
同向周之间采用高精度磨削斜齿轮，正反转传递无间隙，保证攻牙精度。
With the high-precision grinding between the shaft helical gear, reversing pass without gaps. tapping ensure accuracy.
齿轮的齿侧间隙直接影响数控机床的加工精度，因此，进给系统传动间隙的消除是机床数控改造的一项重要内容。
The tooth side slack of the gear influences the machining accuracy of NC machine tool directly, so, taking out the slack of feed drive gearing is an important item in the machine tool rebuilding.
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.
同时齿轮副回程间隙可通过齿轮副与转鼓间的重复装配调整消除，提高了设备利用率。
In addition, the gear-pair return clearance can be adjusted and eliminated through the repeated assembly of gear pairs and the rotary drums, so as to improve the utilization rate of equipment.
建立了两级星型齿轮传动系统的非线性动力学分析模型，模型中考虑了系统的综合啮合误差、时变啮合刚度以及齿侧间隙。
A dynamic analysis model in which the gear error and the time-varying stiffness and backlash are included is established for a 2-stage star gear train.
分析了影响外啮合直齿轮机油泵容积效率的主要因素 ，对油泵齿谷产生空穴和间隙漏损的机理进行了探讨。
Calculation of the geometric size of the modified gear, analysis of the flow characteristics of the outer-engaged gear pump, leakage and gap, radial force are discussed in this paper.
分析了影响外啮合直齿轮机油泵容积效率的主要因素 ，对油泵齿谷产生空穴和间隙漏损的机理进行了探讨。
Calculation of the geometric size of the modified gear, analysis of the flow characteristics of the outer-engaged gear pump, leakage and gap, radial force are discussed in this paper.
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