1) toggle lever mechanism
![点击朗读](/dictall/images/read.gif)
杠杆铰链机构
2) toggle-lever force-amplifier
![点击朗读](/dictall/images/read.gif)
铰杆-杠杆增力机构
1.
Two kinds of hydraulic clamping devices with toggle-lever force-amplifier are introduced.
![点击朗读](/dictall/images/read.gif)
介绍了铰杆-杠杆增力机构与有杆活塞液压缸和无杆活塞液压缸组成的2种液压夹具,并通过对比提出了无杆液压传动相对于有杆液压传动具有结构紧凑、刚性好、摩擦损失小等优点。
3) lever-toggle force-amplifier
![点击朗读](/dictall/images/read.gif)
杠杆-铰杆增力机构
1.
The working principle of a kind of hydraulic-mechanical combination driving device based on lever-toggle force-amplifier was introduced in the article,its force calculation formulas are given also.
介绍了一种基于杠杆-铰杆增力机构的液压-机械复合传动装置的工作原理,给出了其力学计算公式。
4) Toggle-lever Force Amplifier in Series
![点击朗读](/dictall/images/read.gif)
铰杆-杠杆串联增力机构
1.
A Hydraulic-Mechanical Driving Press with Bi-bar Toggle-lever Force Amplifier in Series
![点击朗读](/dictall/images/read.gif)
该压力机由于采用了无杆活塞式液压缸与滚动高副双边铰杆-杠杆串联增力机构,不仅刚性好,力传递效率高,且在液压缸直径及输出力一定的条件下,能显著降低系统工作压力。
5) four-bar linkage mechanisms
![点击朗读](/dictall/images/read.gif)
铰链四连杆机构
1.
This paper introduces the wide application value of the four-bar linkage mechanisms in this modern maneuverability of big radar,after analyzing the accuracy and simulating the impetus of two different four-bar linkage mechanisms.
针对铰链四连杆机构在大型雷达天线折叠过程中的广泛应用,通过两种铰链连杆机构的刚体动力学计算分析、精度定性分析的比较,获取铰链四连杆机构在工程实际应用中应该注意和考虑的几点事项。
6) four-bar linkage
![点击朗读](/dictall/images/read.gif)
铰链四杆机构
1.
With the integrating plane geometry knowledge and principle of relative motion,a method for proving and identifying the pattern of four-bar linkage is introduced.
利用平面几何知识与相对运动的原理相结合来求证与判别铰链四杆机构的型式,该方法简单易行,而且还揭示了铰链四杆机构的不同型式之间的联系与本质区别。
2.
A analytical synthesis method of four-bar linkage in the special configtiration, in which thecoupler curve has a five-point contact with its tangent (Burmesters point), is presented.
给出了在一种特殊位形情况下综合连杆曲线具有5点接触直线(Burmester点)的铰链四杆机构的解析方法。
补充资料:国有金融机构监事会的定期接受国有金融机构报告的职权
国有金融机构监事会的定期接受国有金融机构报告的职权:国有金融机构应当定期、如实向监事会报送财务报告、资金营运报告,并及时报告重大业务经营活动情况,不得拒绝、隐匿、伪报。―――――《国有重点金融机构监事会暂行条例》第13条
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