从2002年第一台旋转模切生产线设计完成后，先后为多家模切厂商设计制造了不同规格的旋转模切机。
The first revolving die cutting production line design completed after 2002, has successively made the different specification revolving die-cutting machine for many die cutting manufacturer design.
凹模型孔设计有一定圆角，凸模带有侧刃，并采用了可靠的定位等措施有效地控制了六角工件的对角线尺寸。
The diagonal dimension of the hexagon parts is controlled by reliable position setting units, small round corner for female module designing and the male module with lateral sharp edge.
利用微机进行辅助设计，不仅有利于线模、线圈的设计、制造，还可实现汽轮发电机线圈压模的数控加工。
CAD is favourable not only for designing and manufacturing of wounding model and stator coils, but also for numerical control machining of the press-form for turbogenerator stator bars.
根据开模方向，结合零件的边界描述确定零件上的分模线，进而对分模面进行设计。
According to the parting direction and the description of boundary, the parting line of a body is decided and then the parting surface is designed.
本课题基于小波理论设计软件算法，提出了模极值线群方法，抽取心电信号中若干具有临床价值的特征：QRS波群组态及其起点和终点、T波、S-T段。
In this paper, several characteristics of ECG from patients, such as QRS complex and its onset and offset T wave and S-T segment, has been detected using wavelet method.
其次，结合MATLAB编程仿真和HFSS建模仿真，对微带天线的三种典型分析方法进行了深入研究，即传输线法、腔模理论和有限元法，为下面宽频带微带天线的设计奠定了理论依据。
Secondly, Using MATLAB and HFSS to deeply research three types of analytical method for microstrip antenna which are transmission line method, cavity mode theory and finite-element method.
其次，结合MATLAB编程仿真和HFSS建模仿真，对微带天线的三种典型分析方法进行了深入研究，即传输线法、腔模理论和有限元法，为下面宽频带微带天线的设计奠定了理论依据。
Secondly, Using MATLAB and HFSS to deeply research three types of analytical method for microstrip antenna which are transmission line method, cavity mode theory and finite-element method.
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