1) slope invariance law
角度不变控制
2) angle control
角度控制
1.
With hydraulic loop act as a instance, the controlling principle and the controlling procedure of loop were discussed,and the calculation formulae of torque and angle controlling of loop were deduced together.
以液压活套为例,论述了活套的控制原理与控制过程,推导出了活套转矩控制与角度控制的计算公式,在此基础上得出了活套控制框图。
2.
Analyzes the algorithm to increase the angle control precision.
简述了数字/旋变转换器(模块)原理,给出了一种简单实用的单片机与SXZ转换器接口电路设计,分析并提出了一种提高角度控制精度的算法。
3.
with hydraulic loop act as a instance ,the controlling principle and the controlling procedure of loop were discussed ,and the calculation formulae of torque and angle controlling of loop were deduced together.
以液压活套为例,论述了活套的控制原理与控制过程,推导出了活套转矩控制与角度控制的计算公式, 在此基础上得出了活套控制框图。
3) invariance control
不变控制
4) angle invariability
角度不变性
1.
Based on distance invariability and angle invariability of nonuniformed matching,when distance,or rotating angle or the both are changed,similarity analyses are performed respectively.
基于非均匀映射变换的距离不变性与角度不变性,在缩放距离、旋转角度和缩放与旋转同时存在这三种情况下,进行了相似度研究,同时探讨了变换矩阵识别的统计匹配和转换阵匹配,最后进行了具有两个不变性的图像匹配算例分析。
5) angle controller
角度控制器
1.
n order to stabilize the ring laser gyroscope’s(RLG) light path,the angle control is adopted in RLG control system,and a time-sharing control system is provided to realize the controlling of each components of angle controller separately and dynamically.
提供了一种分时控制系统,实现对角度控制器的各控制组件的分别控制和动态控制。
6) vertical angle control
高度角控制
1.
Aimed to solve the problems in the vertical angle control system in the Lower Latitude Meridian Circle(LLMC),a plan is presented in this paper.
本文针对低纬子午环 (LLMC)高度角控制系统的问题提出了一种解决的方案。
补充资料：角度
①角的大小。通常用度或弧度来表示。②看事情的出发点：如果光从自己的～来看问题，意见就难免有些片面。
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