- 更多网络例句与传动机构相关的网络例句 [注：此内容来源于网络，仅供参考]
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The new kind of transmission theory introduced in this article has been applied for patent (the application number is 200410012992.6) Some fundamental theory of the end face harmonic gear drive of oscillating teeth is investigated in this paper, which can benefit the design of the product and the popularization of the patent.
这种新型的传动装置属于空间的活齿传动机构，可以从根本上克服传统的径向谐波齿轮传动中柔轮的变形与其承载能力之间的矛盾，并可增加同时啮合的齿数，加大齿轮的模数，从而可以在保留径向谐波齿轮传动所有优点的基础上，使其所传递的功率增加数十倍。
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Twist-roller friction drive is a new kind of feed drive.
扭轮摩擦传动是一种新型的传动机构，既属于摩擦传动又属于螺旋传动。
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Derives the formulae for calculating the distortion and stress on the acting surface of flexspline load in the drive process of the harmonic gear drive with three-wave wavegenerator;(2) analyzes and compares the performance of plastic and steel products under light load drive and calculates the probably reached limit of drive ratio for both types of flexsplines under the same load;(3) applies the harmonic gear drive with three-wave wavegenerator to the small-sized multiple-revolution electric device of valves by taking into consideration of the low limit of the drive ratio for the harmonic gear drive with three-wave wavegenerator made of plastics, improves the design on the main drive mechanism of the traditional small-sized multiple-revolution electric device of valves, and validates through examples the feasibility for the harmonic gear drive with three-wave wavegenerator made of plastics to be applied to the small-sized multiple-revolution electric device of valves. Finally the author performs calculations on the two types of the flexsplines of the harmonic gear with three-wave wavegenerator by using the finite element method and analyzes the causes for the errors.
本文根据三波谐波齿轮传动的运动变形特点，采用弹性薄壳的力矩理论，推导了三波谐波齿轮传动柔轮载荷作用面上的变形及应力计算公式；分析比较了轻载传动情况下塑料和钢材的性能，计算了塑料制谐波柔轮和钢制谐波柔轮在相同载荷情况下可能达到的传动比极限；对塑料制及钢制三波谐波齿轮柔轮进行了有限元计算，分析了产生误差的原因；针对三波塑料谐波齿轮传动比极限低的特点，将之运用于小转矩多回转阀门电动装置中，对传统的小型多回转阀门电动装置的主传动机构进行了改良设计，并通过实例验证了三波塑料谐波齿轮传动在小转矩多回转阀门电动装置中应用的可行性。
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Firstly, this paper introduced the involute few teeth difference planetary transmission organization and its structural design., analyzed determined parameter, meshed transmission limiting condition and the dislodgement coefficient choice of the few teeth difference planetary transmission organization.
首先，本文介绍了渐开线少齿差行星传动机构及其结构设计，分析少齿差行星传动机构的参数确定、内啮合传动的限制条件和变位系数的选择，为后续的优化设计、CAD/CAE分析奠定理论基础。
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Taking the transmission of main hoist arrangement as the study object, simplify the wire ropes winding way by the assumption of that the transmission in trolly totally.
以起升机构的整个传动机构为研究对象，假定传动机构位于驾驶室内以略掉起升钢丝绳复杂的缠绕方式。
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Through optimum design of pressure gauge connecting rod mechanism in this paper ,it combines driving mechanism's nonlinear with spring tube displacement's nonlinear. It reduces the principle tolerance of pressure gauge and improue its design accuracy.
针对压力仪表传动机构存在的问题，本文通过对压力仪表连杆机构的优化设计，使其传动机构的非线性和弹簧管位移的非线性进行了拟合，弥补了C型弹簧管位移所固有的非线性，降低了压力仪表的原理误差，提高了压力仪表的测量精度。
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The invention discloses an organic compost turner, which consists of a turning part and a walking chassis. The walking chassis includes a chassis frame, a power part, a power transmission device, and a walking wheel. The invention is characterized in that: the turning part, arranged above the walking chassis, includes a motor frame, a major motor arranged on the frame, a transmission mechanism, and two horizontal scraper conveying chain mechanisms arranged symmetrically. The front end of the motor frame is arranged on the chassis frame of the walking chassis. The master motor drives the two horizontal scraper conveying chain mechanisms through the transmission mechanism. Scrapers of the two scraper conveying chain mechanisms move from the external side to the internal side at the front end of the turning part separately.
本发明公开了一种有机堆肥翻抛机，该机由翻抛部件和行走底盘组成，所述行走底盘包括底盘架、动力部件、动力传动装置和行走轮，其特征在于：所述翻抛部件设置在行走底盘的上方，其包括机架和安装在机架上的主电机、传动机构及对称设置的两个卧式刮板输送链机构，所述机架前端向下倾斜安装在行走底盘的底盘架上，所述主电机通过传动机构驱动两个卧式刮板输送链机构，两个刮板输送链机构的刮板分别在翻抛部件的前端从外侧向内侧运动。
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This paper puts forward a new type transmission of swing link rack drive,discusses its structure and principle of transmission, analyses its authenticity of movement and transmission feature, which provides a theoretical basis for further research.
通过机构演化提出了摆杆齿条变程器这种新型传动机构，介绍了此机构的结构和工作原理，讨论了其运动的确定性，概括了其传动特点，为该机构的进一步研究提供了理论基础。
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These problems were all solution under the help of my teacher and classmates, because the entire transmission system requests the transmission quite is big, therefore used the structure to be compact, velocity ratio big worm gear worm drive; regarding two kind of different working speeds, used has dialed forks with the twin gear combination realizes between the different speed transformation; regarding the screw tap break, the decayed teeth phenomenon solution is in attacks in the refuse silk to establish the friction disk transmission, may solve this problem well using the friction disk transmission characteristic, now the Dragon Gate type taper has been basic designed, its performance has been waiting for the production practice the confirmation.
这些问题在老师和同学们的帮助下都已基本解决，由于整个传动机构所要求的传动比较大，故采用了结构紧凑，传动比大的蜗轮蜗杆传动；对于两种不同的工作速度，采用了拨叉和双联齿轮的组合来实现不同速度之间的转换；对于丝锥断裂，烂牙现象的解决办法是在攻丝头中设置摩擦片传动，利用摩擦片传动的特性就可以很好地解决这个问题，现在龙门式攻丝机已基本设计出来，其性能正在等待生产实践的验证。
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The transmission mechanism is a plane six-bar mechanism that is made up of two plane four-bar mechanism. Its natural frequencies and mode shapes are obtained by overlapping and synthesizing the mode of each component.
主传动机构是由2个平面四杆机构串联而成的平面六杆机构，通过对各构件的模态进行模态叠加和模态综合，得到传动机构的固有频率和振型。
- 更多网络解释与传动机构相关的网络解释 [注：此内容来源于网络，仅供参考]
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Chain drive：链传动机构
正时齿轮 timing gear | 链传动机构 chain drive | 链轮 sprocket wheel
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fluid drive mechanism：液压传动机构
数模 digital analogy | 液压传动机构 fluid drive mechanism | 机械零件 mechanical parts
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fluid drive mechanism：数模 digital analogy 液压传动机构
脉冲波形 pulse shape | 数模 digital analogy 液压传动机构 fluid drive mechanism | 机械零件 mechanical parts
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fluid drive mechanism：传动机构
数模 digital analogy | 传动机构 fluid drive mechanism | 机械零件 mechanical parts
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tape handler：带传动机构
mechanism 结构,机构 | tape handler 带传动机构 | chain-drive mechanism 链传动机构
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actuating mechanisms of slide valves insteam traps：蒸汽阀中的操作传动机构
actuating mechanisms of slide valves in steam traps 疏水器滑阀致动机构 | actuating mechanisms of slide valves insteam traps 蒸汽阀中的操作传动机构 | actuating mechanisms of valves, ball valves 凝汽阀
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actuating device：传动机构
actuating detector 启动火灾探测器 | actuating device 传动机构 | actuating system 传动机构
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actuations：传动机构
传动比 transmission ratio, speed ratio | 传动机构 actuations | 传动角 transmission angle
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hydraulic transmission gear：液力传动机构,液力变速箱(汽车)
液力传动 hydraulic transmission | 液力传动机构,液力变速箱(汽车) hydraulic transmission gear | 水力轮掣 hydraulic trigger
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sliding-gear type gearing mechanism：滑动齿轮式传动机构
sliding-gear transmission ==> 滑动齿轮传动 | sliding-gear type gearing mechanism ==> 滑动齿轮式传动机构 | sliding-gear type transmission ==> 滑动齿轮式传动