1.
Cutting Depth Model of Abrasive Waterjet Based on Neural Network Algorithm
磨料水射流切割深度的神经网络模型
2.
Neural network method and the study of the cut depth of DIA jet
基于神经网络的前混合磨料射流切割深度的研究
3.
For varying cutting depths and interrupted cutting.
适合变化的切削深度和适合间断性切割。
4.
Investigation on Counseling Session Depth:Comparison of the Overall and the Portion Measuring Methods;
整体与切割评估法考察咨询会谈深度结果比较
5.
Depth predictions model of abrasive waterjet cutting concrete
磨料水射流切割混凝土的深度预测模型
6.
The Process Study on the Machining of High-precision Deep Hole with Small Diameter by WEDM-LS
慢走丝线切割加工高精度小直径深孔的工艺研究
7.
taper wire-cut EDM machine
锥度电火花线切割机床
8.
Simple clamping, smooth and hi-precision cutting.
型材夹紧简单,刀具运动切割平稳,保证切割精度。
9.
Research on Super-large Thickness Machining Technology of WEDM;
电火花线切割超大厚度切割技术的研究
10.
make a gash in the bark of a tree with a knife
用刀在树皮上割一道深而长的切口.
11.
The relationships between the cutting speed and a incised workpiece of intension, thickness are analyzed.
通过试验，分析了被切割工件强度和厚度与切割速度之间的关系。
12.
Automatic tracking the cutting speed: do not need to change the cutting angle if the glass ribbon speed changed.
切割速度自动跟踪：玻璃带速度发生变化，不需要改变切割角度。
13.
The width of a groove made by a cutting tool.
锯面，切面切割性工具所切出的沟槽的宽度
14.
The degree of sharpness of a cutting blade.
锋利程度切割刀锋的锋利程度
15.
Deep bays and sounds, in the shape of river valleys, cut inland on the coasts.
深海湾和海峡，呈河谷的形状，在岸边切割内陆。
16.
Research and Emulational Implementation on Range Image Segmentation Algorithm;
深度图像分割算法的研究与仿真实现
17.
Segmentation for range image based on morphology watershed region
基于形态学水线区域的深度图像分割
18.
Cut, threaded, and bends pipe to required angle, using pipe cutters, pipe-threading machine, and pipe bending machine.
用切割器、螺纹机、曲器，针对要求的角度来切割、螺纹、弯曲水管。