1) 3D Sensing
三维传感
1.
Optical 3D sensing technology can be divided into active and passive approaches according to whether using structure light.
光学三维传感根据照明方式不同可以分为主动传感和被动传感。
2) 3-D sensing
三维传感
1.
The laser scanning triangulation is a new 3-D sensing technique developing in recent ten years, which has been applied in air and on land widely.
激光扫描三角法是近十年发展起来的三维传感新技术,其实现扫描测量的方法可分为两类:一是采用阵列器件,用相应的同步扫描机构实现;另一则采用单通道器件,由扫描装置进行步进扫描实现。
2.
Generally,structured illumination field is adopted in 3-D sensing system.
在三维传感系统中通常采用结构照明光场。
3.
3-D sensing and recovery of weld pool surface take an important part in welding mechanism research and weld profile control.
熔池表面形貌的传感及其三维恢复在焊接机理研究和成形控制中均有着深远的意义,然而焊接过程中强弧光的干扰和熔池表面的镜面特性使得熔池表面的三维传感非常困难。
3) 3 D sensing
三维传感
1.
The utilization of cellular automata phase unwrapping method in 3 D sensing of complex object shapes has been studied.
研究了细胞自动机算法用于复杂面形三维传感问题。
4) 3D sensor
三维传感器
1.
Based on a three-dimensional(3D) laser scanning system using a light stripe method,Linear Partition Method(LPM) was proposed to calibrate the 3D sensors.
以光带法激光三维扫描系统为例,采用线性分区标定方法对三维传感器进行了标定。
6) tri-axial micro-force sensor
三维微力传感器
1.
In order to satisfy this request,a novel micro-gripper integrating tri-axial micro-force sensor,based on the technology of piezoresistive detection,is presented.
因此,该文提出了一种以压阻检测技术为基础,集成三维微力传感器的微夹持器。
补充资料：AutoCAD二维文件转化成solidworks三维文件
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