Application of Belt Pulley Coupler in Battery Power Lathe Driven : directly driven by motor through jaw resilient coupling .

皮带对 轮联轴器在蓄电池电机车上的应用传动：泵通过爪型弹性联轴器，由电动机直接驱动。

The belt pulley can be undone or tightened using a standard commercially available tool .

皮带 轮可用标准的商用工具松开或拧紧。

Synchronous belt drive consists of an annular belt whose inner surface has equidistant teeth and belt pulley which has the relative teeth .

同步带传动是由一根内周表面设有等间距齿型的环行带及具有相吻合的 带 轮所组成。

The utility model relates to a GY6 weighting drive roller the mechanical part of which comprises a front drive disc a weighting drive roller a drive belt a rear belt pulley and a clutch .

一种GY6加重型驱动珠，其机械部件由前驱动盘、加重驱动珠、驱动皮带、后 皮带 轮、离合器等组成。

The utility model provides a belt-pulley overrunning-clutch assembly which is used for a head-feed dual-purpose combine for rice and wheat and includes a belt pulley and an inner ring .

本实用新型用于半喂入稻麦两用收割机，是一种 皮带 轮超越离合器总成。

Undo the collar screw on the belt pulley .

松开 皮带 轮上的凸缘螺钉。

The dynamic force of the motor is transmitted to a cutter through a belt pulley a separator and the driving flexible shaft .

发动机的动力通过 皮带 轮、离开器、传动软轴转向切割器。

The utility model is composed of a main shaft a bearing seat a belt pulley an eccentric wheel a left and a right connecting rods a left and a right guide bars etc.

它由主轴、轴承座、 皮带 轮、偏心轮、左右连杆、左右导杆等组成，其主要特征是 主轴上 增设有 联轴器 和 平衡 补偿 机构。

The Structural Design of the Belt Pulley

皮带 轮的结构设计

Fit the crankshaft belt pulley with a helper .

与一个助手装配曲轴 皮带 轮。

Constriction and self tightening function of V belt pulley is demonstrated in this paper .

文中详细介绍了三角 带 轮的构造自动张紧原理。

When the belts have been located in the belt pulley grooves moves the drive motor away from the driven shaft so that uniform teensioning of the belts is achieved .

在安装新 皮带时，要用手动的方式使电机向驱动轴移动而使所有皮带均处于 滑轮槽内。

Check belt pulley for damage .

检查 皮带 轮是否有损坏。

Design on the unloading belt pulley in vertical shaft crusher

立轴破碎机卸荷 式 皮带 轮的设计

The greatest stress is produced on all the static arc of small belt pulley .

最大应力产生在 小带 轮的整个静弧上。

The structure can convert the rotation of a drive belt pulley into the plane curve movement of the pivot bolt realize motor driving of the stapler and ensure the stapling strength and quality .

采用这样的结构后，可以实现将主动 带 轮的转动转变为枢轴螺栓的平面曲线运动，实现订扣机的电机驱动，保证订扣力度和订扣质量。

To combine immediate modeling with sketch modeling increased the level of parameterization about structural design of belt pulley .

通过直接造型与草图造型相结合，提高了 皮带 轮结构设计的参数化程度；

To set up switch parameter we increased the practical type of pattern plate of 3D model of belt pulley and supplied the useful exploration way about parameterization structural design of wheel spare parts .

通过设置开关参数增加了 皮带 轮三维模型模板的适用类型，为轮盘类零件的参数化结构设计提供了有益的探索途径。

Study on Belt Pulley Gear Processing

劈开 式 皮带 轮加工问题的探讨

Mount belt pulley for hydraulic pump and fit drive belt .

安装液压泵的 皮带 轮并安装传动带。

On the basis of the optimal design of sucker-rod pumping and swabbing parameters the method to choose the electromotor series and the diameter of belt pulley for enhancing the system efficiency is presented after the stroke and frequency are regulated .

在机采系统机、杆、泵等参数的优化设计基础上，调整冲程、冲次之后，提出了通过选择电动机极数和 皮带 轮直径来进一步提高系统效率的方法。

Parameterization Structural Design of Belt Pulley Based on UG

基于UG的 皮带 轮参数化结构设计

Loosely pre-position drive belt on the belt pulley .

预先将传动带松散地放置到 皮带 轮上。

To release and tighten the belt pulley a second person must counter with the relevant retaining tool .

要释放和张紧 皮带 轮，必须有另一个人用相应的固位工具卡住 皮带 轮。

The corrugation hobbing machine comprises corrugation pressing gears drive gears a rolling shaft a belt pulley a bracket an electric motor etc.

它包括压波纹齿轮、传动齿轮、滚轴、 皮带 盘、支架、电动机等部件。

Fixing of the belt pulley is absolutely necessary in order to ensure precise fitting of the pistons .

为确保精确安装活塞，绝对有必要安装 皮带 轮。

The belt pulley is arranged in the belt groove and therefore the dust can be prevented form falling on the belt pulley to influence the normal working .

将 皮带 轮置于皮带槽内，可以防止尘土落入皮带轮上，影响正常工作。

This paper studies linear actuators based on differential motion of timing belt pulley .

该文研究的是一种新型的基于同步 齿 型 带的差动直线运动机构。