1) Intelligent anchor rod
智能锚杆
2) intelligent anchorage
智能锚具
1.
Through the initial study of intelligent prestressing system in IMSS of civil engineering structures in the paper, its general key technologies and questions and core key technologies are pointed out,design models of intelligent anchorage presented,some possible difficulties and problems in further research predicted,and a tentative idea is put forw.
本文针对土木工程智能结构中的智能预应力系统进行初步的探索,指出其关键共性技术问题和核心技术,提出智能锚具的设计模型,还提到深入研究将面临的困难与问题,在引用一些工程实例后提出一点思考,最后预想了智能预应力系统的发展前景。
3) intelligent drill pipe
智能钻杆
1.
Through the intelligent drill pipe technique,the high-speed transmission of downhole data,ground data and control command are established to generate a drilling system of closed loop,thus realizing the automatic intelligent drilling.
在介绍旋转导向钻井技术和地质导向钻井技术等近几年来钻井新技术发展的基础上,阐述了下一步钻井技术的发展方向,构建了自动化智能化钻井新技术的发展框架;通过开展随钻地震技术、近钻头测量技术等钻井新技术的研究攻关,实现钻井过程的随钻预测及自动控制;通过开展智能钻杆技术实现井下数据与地面数据及控制指令的高速率传输,最终形成闭环钻井系统,实现自动化智能化钻井。
4) intelligent linkage
智能连杆
1.
This paper presents an algorithm based on the intelligent linkage with the application of parametric CAD in constraint solving.
针对参数化CAD在约束求解中的应用,提出了基于智能连杆的算法,该算法在扩充几何作图范围、改善算法复杂度方面都有明显的优势。
5) intelligent boring bar
智能镗杆
1.
Research on mechanism of cutting chatter suppression based on magnetorheological intelligent boring bar;
磁流变智能镗杆的切削颤振抑制机理研究
2.
Furthermore,a magnetorheological (MR) intelligent boring bar was developed to achieve the stepless changes of stiffness and damping parameters by adjusting a magnetic field and implement the control for the dynamic characteristics of MR intelligent boring bar.
设计制作了一种基于磁流变液的智能镗杆,可以通过调节外加磁场强度的大小完成刚度和阻尼特性参数的无级变化,实现智能镗杆系统动态特性的在线调控。
6) high-effective bolting
高性能锚杆
补充资料：采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
霹 采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
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