英语翻译1、首先要模拟机构的运动曲线,来实现桌面的上下升降能力.2、数值分析和实验研究表明,良好的连杆的角度计算与铰接设计,可以使桌面的移动与升降更方便,具有一定的刚度和机械的

英语翻译1、首先要模拟机构的运动曲线,来实现桌面的上下升降能力.2、数值分析和实验研究表明,良好的连杆的角度计算与铰接设计,可以使桌面的移动与升降更方便,具有一定的刚度和机械的
英语翻译
1、首先要模拟机构的运动曲线,来实现桌面的上下升降能力.
2、数值分析和实验研究表明,良好的连杆的角度计算与铰接设计,可以使桌面的移动与升降更方便,具有一定的刚度和机械的优势.

英语翻译1、首先要模拟机构的运动曲线,来实现桌面的上下升降能力.2、数值分析和实验研究表明,良好的连杆的角度计算与铰接设计,可以使桌面的移动与升降更方便,具有一定的刚度和机械的
1,first of all to simulation of mechanism motion curve,to realize the lifting capacity table.
2,the numerical analysis and experimental results show,good connecting rod angle calculation and hinged design can make the desktop,mobile and lifting more convenient,has certain rigidity and mechanical advantage.
来自【翻译强团】

1.First of all to simulation of mechanism motion curve, to realize the lifting capacity table.
2, the numerical analysis and experimental results show, good connecting rod angle calculation and hinged design can make the desktop, mobile and lifting more convenient, has certain rigidity and mechanical advantage

1, the first simulated kinematic curve, desktop up and down movements.
2, numerical analysis and experimental studies have shown that the rod angle calculation and hinged design, you can make the desktop more convenient to move and lift, with a certain degree of rigidity and mechanical advantage.

1, first to simulate the movement of institutions curve, to realize the lifting capacity and desktop.
2, numerical analysis and experiment show that the good of connecting rod Angle calculation and hinged design, can make the desktop moving and lifting more convenient, has some of the stiffness and mechanical advantage.