查询词典 slider crank

Based on the "Auxiliary Angle Method", this paper puts forward and solves the theoretical task for designing planar crank and slider mechanism with allowable transmission angle and most evident Quick-return Characteristics K max .

以"辅助角方法"为理论基础，提出并解决了按一并具有许用传动角和最显著急回特性Kmax之条件设计平面曲柄滑块机构的理论课题

The article bases on the traditional graphical method,and applies design principle in the references[1],derives the optimizing design methods which under the condition of meeting the fixed slider stroke and the coefficient of variety of stroke velocity,makes the minimum transmission angle of the eccentric crank slider mechanism to maximum(that is the best transmission angle).

曲柄滑块机构在工程上应用十分广泛，传动角的大小是衡量机构传力性能好坏的一个重要指标。通常求解最佳传动角的方法是建立数学模型，在计算机上进行数值求解，本文在传统图解法的基础上，运用文献[1]中的设计原理，推导出在满足给定的滑块行程S和行程速度变化系数K的条件下，使传动

The PRBM analysis of a generic slider crank mechanism in [9] applies directly to the leg mechanism here.

中一般滑块曲柄机构的 PRBM 分析在此处直接应用于立柱机构。

However, it has been amply demonstrated that, in the case of slider crank mechanisms, the PRBM analysis yields fairly accurate results (within 2% of nonlinear finite element analysis results) [9]. We will use the PRBM for this preliminary design study.

然而，充分的证据显示，这种滑动曲柄机械结构，也就是对PRBM的分析已经取得了相当精确的结果（非线性有限元素的分析结果在2%之内）我们要利用PRBM的这一初步设计中的研究成果。

The equations governing the statics of a flexure jointed slider crank mechanism are well known (see [9], for example).

有关滑动曲柄机构连接的静力学公式大家都很熟悉（比如《9》中就有）。

Design of theimplementation agencies right mind crank slider, This will shearstransmission rotation slider into the reciprocating linear motion,the realization of the right of sheet metal shear.

设计中采用的执行机构为对心曲柄滑块机构，这一机构将剪板机传动系统的旋转运动转变为滑块的往复直线运动，实现对板料的剪切。

The oscillatory mechanism of the concrete delivery pump is a slider- crank mechanism composed of piston, cylinder block and the oscillatory rod that is linked with the S tube together.

混凝土泵换向系统的动态特性是由和S管连为一体的摆杆、活塞、缸体所组成的曲柄滑块机构和液压传动系统的动态特性共同决定的。

The three mechanisms (the leg, the slide, and the connection to the actuator) are basically just a series of three slider crank mechanisms.

这三个机制（腿，幻灯片，以及连接器），基本上只是三大系列曲柄滑块机构。

The equations governing the statics of a flexure jointed slider crank mechanism are well known (see [9], for example).

方程式操纵结合滑块曲柄机构弯曲部分的静力学为人熟知（比如参看 [9]）。

A study of the dynamic stability of an eccentric slider crank mechanism with elastic effects at both joints of the coupler is presented.

雷纪刚 ，孙江宏，张志强讨论了连杆接头处具有弹性效应的偏心曲柄滑块机构的动态稳定性。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。