1) tilting and lifting
倾斜提升
1.
To study the characteristics of tilting and lifting frame s motion,perfectly make motion planning and realize the intelligent control of hydraulic cylinders,a mathematics model of 7-linkage complicated plane mechanism was built.
为得到重型承载机器人倾斜提升架的运动特性,进行轨迹规划,实现液压缸的智能控制,建立了平面七连杆复杂机构运动分析的数学模型。
2) inclined elevator
倾斜式提升机
3) lift/tilt control lever
提升/倾斜操纵杆
5) inclined shaft hoisting
斜井提升
1.
To introduce four kinds of structure wire rope suitable for inclined shaft hoisting.
介绍适合于斜井提升用的 4种结构钢丝绳 ,提供钢丝绳公称抗拉强度及直径选择的计算方法 ,并介绍捻法及用途的选
6) incline hoisting
斜井提升
1.
In this paper, vibration model of incline hoisting rope is established and vibration source is researched.
本文建立了斜井提升钢丝绳振动模型，分析了振源，并结合实例给出了避开共振的地辊间距计算方
2.
The problems of wire rope fracture for incline hoisting have been anayzed and studied some reasons of wire rope fracture have been found out,the danger of rope laxity due to safety braking is warned,the relation between the value of wire rope laxity and shock load has been deduced.
对斜井提升断绳问题作了详尽的分析研究，找出了断绳原因，提出安全制动引起的松绳危险性，导出了松绳量与冲击力的关系式。
补充资料：骨盆倾斜度
骨盆倾斜度
妇女站立时骨盆入口平面与地平面的角度，为骨盆倾斜度，此角为60°，详见附图。手握骨盆标本，使其髂前上棘与耻骨结节在同一垂直线上时，即为正常骨盆倾斜的位置。骨盆倾斜度过大，将影响胎头衔接。
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