The conical roller bed can achieve transportation and turning for rolled piece.
该锥形辊道实现了轧件的运输与旋转。
The results showed that the calculated width of rolled piece correspond to measured one.
结果证明：理论计算的轧件头尾宽度与实轧测量值相符。
This analytic method can provide a method of accurately predicting and controlling properties of rolled piece.
为解析法准确预报和控制轧件性能提供了一个具有可操作性的方法。
The deformation of rolled piece in conjugate deep cut pass is simulated by finite element method. The error of simulated result is less than 1%.
用有限元法对共轭切深孔中轧件的变形进行了计算机模拟，模拟计算结果误差小于1%。
The system keeps the linear velocity of the shear blade in pace with that of the rolled piece and warrants the accuracy of the specified cut length.
该系统能够逻辑控制剪刃的运行规律，保证剪刃线速度与轧件线速度同步，保证剪切产品长度的定尺精度。
The relationship between the pulling coefficient and the width of pull contract for rolled piece was derived by means of establishing flow equation during continuous rod rolling.
通过建立线材连轧流量方程，推导出拉钢系数与轧件拉缩宽度的关系式，并借此分析高速线材头尾超差问题。
Not only elastic deformation of the roller is considered, but also elastic deformation of the rolled piece is considered, a set of new rolling pressure model about the thin strip level is established.
考虑到轧辊的弹性变形以及轧件的弹性变形，建立了一套新的薄带平整轧制时的轧制压力模型。
The utility model has the advantage of brief structure, fast and reliable installation, convenient and accurate adjusting, time saving, good alignment capability and stable retaining the rolled piece.
优点是结构简单、安装牢固可靠，调整方便精确，节省时间，对中性能好，夹持轧件稳定。
Based on analyzing the intersection curve between the rolled-piece and roll, the method of determining the nip point is put forward.
基于对轧件与轧辊截交线的分析，提出了在二维直角坐标系中确定轧件咬入接触点的方法。
Based on analyzing the intersection curve between the rolled-piece and roll, the method of determining the nip point is put forward.
基于对轧件与轧辊截交线的分析，提出了在二维直角坐标系中确定轧件咬入接触点的方法。
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