对行星齿轮-槽轮组合机构进行了运动学分析。
This paper introduces kinematic analysis of planetary gear-geneva combined mechanism.
说明了槽轮的螺旋角度和转速对排种性能的影响。
The spiral horn of sheave and rotation speed had influence on sowing performance.
介绍过捻器、矫直器、牵引槽轮、收线装置的作用。
To introduce the functions of the over-lay apparatus, the straightener, the traction grooved pulley and the take-up.
本设备大皮带轮（槽轮）的固定采用无键联胀套联结。
The fixation adoption distends cover with no saw(tough wheel)of large belt of equipment.
将两个不同螺旋角的螺旋槽轮和直槽轮进行了比较研究。
The comparison between the spiral sheave of the two different spiral horns and straight sheave was analyzed.
旋转、罐装、槽轮机构、凸轮机构、曲柄滑块、锥齿轮。
Revolves, canned, the V-belt pulley organization, the CAM gear, the crank slide, the bevel gear.
对包装机械中常用的内啮合槽轮机构的运动和力分析进行了探讨。
This article probes into the analysis of motion and force of inner grooved sheave which is in common in packing machinery.
键槽轮毂的锥孔应至少有70%的着色（表面接触）转移到锥度计上？
Tapered bores for keyed hubs shall have a minimum of 70% transfer of bluing (surface contact) to the taper gage.
由车架、刮刀设备、切边设备、传动设备、挂线柱、槽轮组、平论组等构成。
It is composed of frame, scraper device, cutting edge equipment, transmission equipment, Gua Xianzhu, groove wheel group, flat theory group and so on.
本文解决了在给定各工序时间及生产率前提下，如何选择槽轮转位机构问题。
Under the premise of the given time and productivity of each working procedure this paper solved the problem of how to select the Geneva turning position mechanism.
重点阐述了槽轮机构的工作原理、结构参数计算和刀库转动电机的计算和选择。
The groove wheel's working principle, calculation of structural parameter, and calculation and choose of tool magazine rotating motor are clarified.
经实践证明，与普通槽轮机构相比，该机构承载能力高、寿命长，适用于重载。
It is verified through practice that in comparison with ordinary geneva mechanism, this mechanism possesses higher bearing ability, longer life-span and is applicable for heavy dutied machine.
驱动机构是由两个电动机，通过传动到槽轮上拖动辊轮，按照相对方向运动旋转。
The driving device is composed of two electric motor, which go to the grooved wheel through the triangle belt and drive the roller rotating in the opposite direction.
普通槽轮机构的运动系数仅为有限几个数值，槽轮起动和停止时刻存在一定的冲击。
The kinematic factors of conventional sheave wheel mechanisms are limited to a small number of magnitudes. Duing the start up and stoppage of sheave wheels there exists a certain amount of shock.
将椭圆齿轮作为槽轮机构的前置机构，可以减小角加速度以降低槽轮进入和退出时的冲击。
With a Elliptic Gears Mechanism serving as a front-position mechanism for the sheave wheel mechanism.
根据槽轮机构和链传动的运动特点，应用机构的演化及组合原理，设计了一种移动拨销槽轮传动机构。
According to the moving properties of Geneva and the chain driving mechanism, a shifting roller Geneva mechanism was developed by using the methods of the mechanical synthesis.
本文主要介绍了棘轮机构、槽轮机构、连杆机构、凸轮机构在包装机器步进装置中的应用及运动分析。
The purpose of this research is aimed at the kinematic analysis for the transfer cam-linkage mechanism of a blow-molding machine.
利用价值工程方案评价的方法，对螺旋槽轮式小麦精量播种机和气吸式小麦精量播种机进行方案评价比较。
The paper uses the method of value engineering project appraisement to compare corkscrew groove-wheel wheat precision drill and wheat pneumatic precision drill.
它和外槽轮式排种器相比，在播种小麦、高粱、谷子和玉米时，其排种均匀性提高10 ~ 30%左右。
In compare with the external force feed type, the uniformity of dropping may be increased by 10-30% when sowing wheat, sorghum, millet and corn.
本文主要从两个方面对覆膜穴播机具进行分析：一是鸭嘴式成穴器的成穴机理；二是外槽轮式排种器的分析。
The test mostly analyse the film mulching hill-drop planter from two aspects: One is mechanism of duck-mouth type punching-opener, One is analyse of metering device .
位于重型井架或桅架式井架顶部的固定的滑轮组（称之为滑车轮槽轮），通过该滑轮组钻井钢丝绳进行穿绳。
The fixed set of pulleys (called sheaves) located at the top of the derrick or mast, over which the drilling line is threaded.
与此类似的一幕场景也出现在带槽轮胎上，新的规则规定，所有的轮胎都必须在纵向有4条间隔50毫米深至少2.5毫米的连续沟槽。
This led to the familiar sight of 'grooved' tyres, the regulations specifying that all tyres had to have four continuous longitudinal grooves at least 2.5 mm deep and spaced 50mm apart.
针对玻璃器皿生产线上绝大多数设备中的关键机构- - -槽轮机构，在过去设计中存在设计效率低、设计精度不高、重复性劳动严重的情况。
There are some problems in designing the key mechanism of the glassware line's machines-geneva mechanism, such as inefficiency, low precision, repeat work.
该机构进一步开拓了槽轮机构的应用范围，与普通槽轮机构相比，该机构具有承载能力高，寿命长的特点，适用于重载场合，因而具有广泛的应用前景。
Comparing with the general Geneva mechanism, it has the feature of higher bearing capacity, longer service life, and it applies to heavy-duty machinery. It has good prospects.
该机构进一步开拓了槽轮机构的应用范围，与普通槽轮机构相比，该机构具有承载能力高，寿命长的特点，适用于重载场合，因而具有广泛的应用前景。
Comparing with the general Geneva mechanism, it has the feature of higher bearing capacity, longer service life, and it applies to heavy-duty machinery. It has good prospects.
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