1.
Optimization of Permanent Casting Technology for Aluminum Alloy Large Sync Belt-Wheel;
铝合金大同步带轮金属型铸造工艺优化
2.
Synchronous belt drives-Pulleys
GB/T11361-1989同步带传动带轮
3.
Synchronous belt drives for automotive applications -Pulleys
GB/T10414-1989汽车同步带传动带轮
4.
A Study on the Tooth Profile Correction of New Type Arc Toothed Belt Pulleys
新型圆弧齿同步带带轮齿廓修形研究
5.
Adopt, the adjustable control rod that with reference line and locking device,more easily for adjusting Z stitch.
加宽同步齿形轮结构，有效地防止同步齿形带跳齿，同时使机器噪音大大降低，缝纫性能更加稳定。
6.
video amplifier with synchronous leveling
带同步电平视频放大器
7.
A Study on Hobbing Outline of New Type ARC Toothed Belt Pulley
新型平顶圆弧齿同步带带轮滚刀齿廓的研究
8.
Various speeds may be obtained by the use of large and small pulleys.
利用大小皮带轮可以获得不同的转速。
9.
Various speeds may be obtained by the use of large and small pulley.
利用大小皮带轮，可以获得不同的速度。
10.
Calculation of Maxmium Power Rating of Trapezoidal Toothed Synchronizing Belt Drive System
梯形齿同步带传动最大额定功率计算
11.
Driving system consists of gearwheel box, universal couplings and arc-gear synchronous belt.
传动系统采用齿轮箱、万向轴联轴器、圆弧齿同步带相结合。
12.
Mechanics analysis on the linear transmission of differential wheel based on synchronous cog belt
基于同步齿形带的差动轮线性传动中的力学分析
13.
Driving system consists of gearwheel box, universal shaft couplings and an arc-gear synchronous belt with perfect driving accuracy and high mechanical efficiency. So the mechanical consumption is small.
传动系统采用齿轮箱、向轴联轴器、弧齿同步带相结合，同步性高，机械损耗小。
14.
tri-lobe timed rotary gear pump
三叶同步旋转齿轮泵
15.
reverse idler sync(h)romesh
回动空转轮同步配合
16.
Research on Low-Speed and High-Torque Permanent Magnetic Synchronous Machine Using in Gearless Elevator;
无齿轮电梯用低速大转矩永磁同步电动机的研究
17.
Driving system consists of gearwheel box, universal shaft coupling and arc-gear synchronous belt, The driving mechanical parts are installed at the bottom, so it can avoid vibration.
传动系统采用齿轮箱、万向轴联轴器、圆弧齿同步带相结合型式，传动构件安装在底板，避震性好。
18.
Analysis has been carried out on the mechanics in a kind of new typed linear transmission of differential wheel based on synchronous cog belt.
对一种新型的基于同步齿形带的差动轮线性传动中的力学进行了分析。