1) Geneva wheel
槽轮
1.
This paper gives the working principle of a new Geneva wheel for 180° intermittent rotating.
介绍了一种可作 180°间歇转动的槽轮机构的工作原理 ,分析了它的主要尺寸关系 ,推导给出了机构的运动方程式 ,并举例绘出了它的运动线
2.
A method for improving the kinetic beharior of the geneva wheel by connecting the wheel to a double crank mechanism is proposed.
为改善槽轮机构的运动特性，提出采用槽轮机构与双曲柄机构串联组合的方法。
3.
Belt drive is widely used in producing and processing,the key point of which is the processing of the geneva wheel that plays key roles during the course of the drive.
皮带传动被广泛的运用到生产和加工中,而对传动起关键作用的槽轮的加工是关键,通过对槽轮在普通车床和数控车床上的加工进行分析和比较,着重介绍了在数控车床上利用刀具的左右刀尖巧用G72指令对槽轮进行编程和加工的整个过程。
2) grooved pulley
槽轮
1.
A reasonable modern design of grooved pulley mechanism of projector is given in this paper.
本文给出了一种现代新型的放映机槽轮间歇机构的设
3) concave-groove
轮槽
1.
In this paper,the influence of friction force which is distributed in the concave-groove ofthe pxtrusiOn wheel and causes the shear stresses concentration in the root of the groove iscalaculated:the effect of tear is discussed.
分析并计算了坯料摩擦力对连续挤压机挤压轮槽根部的应力集中影响及其产生的撕裂效果，这对挤压轮的失效分析和设计具有重要的指导意义。
2.
It is very difficult to determine precisely the distribution of the stresses in concave-grooveof extrusion wheel．By using the theory of complex function of elastic mechanics，a new calcu-lating method about stresses in concave-groove is presented． The effect of the stresses con-centration which is relevent to the geometric parameters is given.
应用弹性力学的复变函数理论对连续挤压机挤压轮的轮槽应力进行了分析计算，指出了轮槽主要多数对应力集中的影响，这对挤压轮的失效分析和设计具有重要的指导意义。
4) slot
[英][slɔt] [美][slɑt]
轮槽
1.
The determination of process method, design of cutting tools and measurement tools as well as determination cutting parameters for manufacturing teethed slot are presented in detail, which ensure a compact contacts between the supporting surface of blade root and the supporting surface with uniform load.
对齿形轮槽加工中工艺方案的确定、刀具量具的设计、切削参数的确定进行详细论述 ,保证了叶片叶根承力面与轮槽承力面接触紧密 ,受力均
2.
Describing the maunfacture for disc slot of steamturbine rotor.
对 6 5 0MW汽轮机转子的大型枞树型轮槽加工的工艺过程进行了详细论
5) pulley groove
带轮轮槽
6) sheave
[英][ʃi:v] [美][ʃiv]
滑车轮槽轮
补充资料：槽轮机构
由槽轮和圆柱销组成的单向间歇运动机构，又称马尔它机构。它常被用来将主动件的连续转动转换成从动件的带有停歇的单向周期性转动。槽轮机构有外啮合和内啮合两种形式。外啮合槽轮机构的槽轮和转臂转向相反,而内啮合则相同。单臂外啮合槽轮机构(见图)由带圆柱销的转臂、具有4条径向槽的槽轮和机架组成。当连续转动的转臂上的圆柱销进入径向槽时,拨动槽轮转过2嗚2角;当圆柱销转出径向槽后,槽轮停止转动。转臂转一周，槽轮完成一次转停运动。为了保证槽轮停歇，可在转臂上固接一缺口圆盘，其圆周边与槽轮上的凹周边相配。这样,既不影响转臂转动,又能锁住槽轮不动。为了使槽轮能完成周期性的转停运动，槽轮上的径向槽数不能少于3。为了避免冲击,圆柱销应切向进、出槽轮，即径向槽与转臂在此瞬间位置要互相垂直。在满足不同间停的要求时，可采用多臂的和非对称槽的槽轮机构。槽轮机构一般应用在转速不高、要求间歇地转过一定角度的分度装置中，如转塔车床上的刀具转位机构。它还常在电影放映机中用以间歇移动胶片等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条