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- The Tooth Scuffing of the Eccentric Gear in Swing Movable Gear Drive 摆动活齿传动中激波器胶合原因研究
- eccentric gear drive 偏心齿轮传动
- Fine tension adjustment with eccentric gear. 偏心齿轮式张力微调。
- Worm gear drive for continuous adjustment of the pitch. 连续调整节距用蜗轮驱动器。
- A non circular gear conjugated with an eccentric gear and its design are discussed here in the paper. 讨论了与一个偏心的圆齿轮共轭的非圆齿轮及其传动设计的有关问题。
- New “X” servo motor, new spindle bearings, new pinion &gear drive in 2007. 2007年配新“X”伺服电机，新主轴轴承，新小齿轮和齿轮驱动。
- The shocking moment after the complete balance of shocking force can get partial balance through the adjustment of eccentric gear in the attached mechanism. 振动力完全平街后机构的振动力矩，可通过调整附加机构中偏心齿轮的回转中心得到部分平衡。
- Gear drive is adopted to avoid the defect of loose gap ofr chain drive. 采用齿轮传动式，避免了链条传动方式的有松动间隙的缺点。
- New “X” servo motor, new spindle bearings, new pinion & gear drive in 2007. 2007年配新“X”伺服电机,新主轴轴承,新小齿轮和齿轮驱动。
- Automatic yarn let-off system which used change gear drive for regulating run-in values. 采用交换齿轮调节送经量的积极式送经机构。
- Fabric take-up and batching mechanism, which used change gear drive for adjusting the fabric density. 采用交换轮调节织物密度的牵拉卷取机构。
- Eccentric gear under the building motion is provided to adjust its eccentricity to change the tension of roving. 在成形机构的下方配有偏心齿轮,可以调节粗纱张力。
- Using this method, we can protract vector analysis atlas of planetary gear drive mechanism. 应用此方法,可定性地绘制出行星齿轮传动机构速度分析图谱。
- Adopt crank shift , link mechanism , and gear drive to improve work efficiency . 采用曲柄、连杆机构，齿轮传动，省力是提高工作效率的利器。
- Face gear(FG) drive has many unique advantages and geometry phenomenon as a new type gear drive. 面齿轮传动是一种新型的齿轮传动,具有许多独特的优点和几何现象。
- The plan carrying on the fuzzy reliability optimization designto the spur gear drive will be more economical, reasonable and suitable. 对直齿圆柱齿轮传动进行模糊可靠性优化设计,设计出的方案更经济、合理、适用。
- Conjugate gear of eccentric gear and its design 偏心齿轮的共轭非圆齿轮的设计
- It design the computer procedures that can select automatically the type of planetary gear drive mechanism, optimize the design and parametric drawing. 通过编制相应的计算机程序，实现了行星齿轮传动的自动选型、优化设计和参数化绘图。
- four-connecting rod eccentric gear 四连杆偏心轮机构
- Inquires into the EHL calculation for involutes planetary gear drive with small tooth number difference and its relative formulas are derived. 从受力分析、承载能力、平衡减振、传动效率和系列设计等方面,对少齿差环板式减速器的研究现状进行了评述。
