compound rod的意思|示意
组合[合并]杆
compound rod的用法详解
Compound rod,also known as single-sided transmission rod, is an important part of mechanical transmission. It can be used not only as a single transmission rod, but also as a component of a complex transmission component.
Compound rod transmission is mainly used for mechanism with large relative displacement between parts with fixed relative position. It can be used for reciprocating motion or for rotary motion. It is composed of connecting rod, gear, cross head, screw nut, etc. First, the push rod transmits the power of the crank to the connecting rod through the connecting rod to realize the reciprocating motion of the connecting rod; then the connecting rod is connected to the cross head through the crank shaft and the cross head guide rail, so that the cross head can flip around the screw of the screw nut. The gear engages with the gear of the screw nut, so that the screw nut rotates, so that the cross head moves along the guide rail, and the distance between its two ends is enlarged or reduced. The connection between each component of the compound rod is reliable, so that the component can transmit power effectively and reliably.
Compound rod transmission has the characteristics of high transmission efficiency, convenient adjustment, wide range of speed regulation and strong versatility. It is widely used in machinery, metallurgy, petrochemical, textile and other industries.
compound rod相关短语
1、 compound rod string 复合抽油杆柱
2、 compound rod mill 复合小型轧机
compound rod相关例句
The new developing carbon fiber compound flexible coiled rod overcome the shortcoming of ordinary steel rod, can meet the need of low permeability oilfield production.
新开发研制的碳纤维复合柔性连续抽油杆克服了普通钢杆的缺点,能够满足低渗油田小泵深抽技术的要求。
When the shrinkage of the rod fracture surface much more than that of the cup part fracture surface, its formation by compound extrusion is not applicable.
当杆的断面收缩率比杯形部分断面收缩率大得较多时,不适合直接用复合挤压成形。
Rod strings are designed by computing compound stress with the fourth strength energy on the condition of torque and axial force.
应用第四强度理论,求解杆柱在扭矩和轴向力条件下的复合应力,设计抽油杆柱。