连杆运动

Its working principles for the saws mounted on a frame on the saw blade, driven by the connecting rod with the saw frame for resumption of exercise often, at the same time through the movements transmission Continuous feed down for sport in order to achieve the sawing of stone processing.

其工作原理为装在锯框上的锯条在连杆的带动下随着锯框作往往复运动，同时通过升降传动机构连续向下作进给运动，从而实现对石材的锯切加工。

Implement: Electro-hydraulic controlled implement, containing seven-hole lock-bars and tapered-pin locked swing arm, can be precisely positioned. The implement features long reach moldboard and superior rigidity.

作业装置：七孔连杆摆臂式作业装置由锥形销锁定，可有效消除运动间隙，具有运动范围大，机构刚性好的特点。

The radial rectilinear stretching motion is firstly analysed, and its condition is deduced. Then two planetary gear mechanisms are assembled to realize the motion. In addition, the kinematics and dynamics analysis of arm mechanism is done, which provide the theoretic basis for the selection of servomotor and for holding the good dynamics and static performance of the clean robot.

首先对其末端执行器的径向直线伸缩运动展开分析，得出了实现该运动的必要条件，并采用两组行星轮系与连杆机构的组合形式来实现末端执行器的运动，此外还对该机构进行了运动学和动力学分析，为电机的选择以及控制净化机器人的动态性能和静态特性提供理论基础。

The steering gear is a device for converting the rotary motion of the steering wheel into straight-line motion.

转向器的作用是把方向盘的旋转运动变为连杆机构的直线运动。

According to the mathematical models established with a simple and effective method,and using the computer simulation technology,the movement of mechanism can be demonstrated,and the trace of any point on the linkage can be plotted automatically.

通过一种简单有效的方法建立了数学模型，采用计算机模拟技术，能动态演示机构的运动和自动绘制连杆上任意点的轨迹曲线，并能输出各运动构件的位移图、速度图和加速度图。

In this paper,an analysis is made to the movement of the adjustable six rod mechanism of the main driving system of Z-M connecting rod pulse step less speed variator and a research has been done to the moving characteristics of the variato

本文对Z－M型连杆式脉动无级变速器的主传动系统的可调六杆机构进行了运动分析，并对该变速器的运动特性进行了研究。

The sectoring gear is a device for converting the rotary motion of the steering wheel into straight-line motion.

四，转向系统 Steering Gear 转向器的作用是把方向盘的旋转运动变为连杆机构的直线运动。

Maglev health beauty weight loss health beds is a Magnetic support for a complex electronic and mechanical high-tech products of the alternative, suspended in the air bed, its role as a magnet beneath the bedstead and bed base interactions of magnets bedstead bed base and leave them suspended, and then to bed magnetic base of the bedstead can transform the whole magnetic vibration; before and after; around; rocking movement, etc.; in the bedstead campaign process, without any linkage, or gears or belts, twisted Lian passive body without motor or hydraulic arm of the initiative institutions, and its actuation process without any oil or exhaust noise and pollution generation, magnetic levitation force bed, and consumption of reactive small, control is simple, safe and reliable, such a novel concept, design reasonable, full-featured, performance, a wide range of applications; can be described as a collection: physical therapy, fitness, leisure, sleep and other motor function as one design.

磁悬浮养生美容减肥健康床是一种以磁力支撑，为一种电子与机械复合之另类高科技产品，悬浮於空气中的床，其作用为床架下方的磁体与床底座磁体相互作用而使床架离开床底座而悬浮起来，再以床底座磁极之变换而使床架能做上下磁震动；前后；左右；摇摆等运动；在床架的运动过程中，无需任何连杆，或齿轮或皮带，绞炼之被动机构，亦无需马达或油压臂之主动机构，且其作动过程中无任何噪音与油污或废气的污染产生，磁悬浮床作用力大，耗功小，控制简便，安全可靠，此种构思新颖，设计合理，功能齐全，性能优良，应用广泛；可谓集合：理疗，健身，休憩，睡眠等多种运动功能为一体的设计。

To more briefly calculate the accurate solution of the hangingpoint motion parameters of the beampumping unit,the walking beam's swing equation according to the geometry relationship and movement characteristic of the four pitmen mechanism in the beampumping unit is found.

根据游梁式抽油机四连杆机构的几何关系和运动特点，建立了游梁的摆动方程，并由该方程得出了游梁摆角变化规律以及悬点运动的位移、速度和加速度的计算公式，从而给出了求游梁式抽油机悬点运动参数精确解的一种计算方法。

A three-bar linkage (containing three bars linked together) is obviously a rigid frame; no relative motion between the links is possible.

三连杆机构（包含3个连在一起的杆）明显地是一个刚性构架，连杆之间不可能有相对运动。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。