An algorithm is presented for generating interference free tool paths in nc machining of compound surfaces.
提出一种组合曲面加工无干涉刀具轨迹的生成算法。
A new algorithm of automatic generation of interference free cutter location path for nc machining of free form surfaces with flat end cutters is proposed.
提出了一种新的曲面平头立铣刀加工无干涉刀位轨迹自动生成的算法。
This paper reports a 31 bit low frequency SAW programmable tapped delay line. It is a key device in signal processing of interference free spread spectrum communication system.
文章报道的31位声表面波低频可程序抽头延迟线是一种用于扩频抗干扰通信系统所用的关键信号处理器件。
Besides, simplify the circuit, improve dependability of the stabilizer and interference-free ability.
同时，简化电路，提高减摇鳍的可靠性和抗干扰能力。
At last. it argues the best interference-free code and mode of modulation in interface circuit.
最后，讨论了接口电路中最佳抗干扰编码及调制方式。
The system has interference - free performance! Reliable quality and multi - functions.
系统抗干扰能力强，性能可靠，功能齐全。
The computer simulation result shows that the algorithm is simple, fast and interference-free.
实验结果表明，该算法具有简单、快速、抗干扰能力强等突出优点。
Because of it adopts a parallel double channel configuration, the system has high accuracy and interference-free.
由于采用并行双通道的结构，系统具有高准确度、抗干扰等特点。
An algorithm of 3-axis interference-free tool path is researched and realized by cutter location surface and protection surface of discrete triangular facets of machined surface.
介绍和扩大了数控加工中的刀位面和保护面的概念，研究和实现了一种基于曲面离散生成三轴加工无干涉刀具轨迹的算法。
The signal with continuous phase has narrower bandwidth and higher interference-free capability.
相位连续的移频信号有较窄的带宽，抗干扰性能强。
The results show that this method can quickly determine the region of collision detection, and generate an interference-free tool path.
算例结果表明，该方法能够快速确定干涉检测范围，准确生成无干涉刀位轨迹。
The interference-free tool path planning is given.
给出了平头铣刀的无干涉路径规划。
The results show that the interference-free tool path can be generated with polar projection method and the even variable cutter axis vector can be obtained.
结果表明，极坐标投影法可以得到无干涉的五轴加工刀位数据，并可以获得均匀变化的刀轴矢量。
The method is simple in operation and interference-free by matrix.
该法基体干扰小、操作简便。
The use of a narrow wavelength range afforded by the solid-state light source results in an interference-free conversion of NO2 to NO at high efficiency.
使用所述固态光源提供的狭窄波长范围，可以高效率将NO2不受干扰地转化成NO。
The use of a narrow wavelength range afforded by the solid-state light source results in an interference-free conversion of NO2 to NO at high efficiency.
使用所述固态光源提供的狭窄波长范围，可以高效率将NO2不受干扰地转化成NO。
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