对边

In order to reduce the plate loss of side and end cutting, to increase the finishing product rate, the test research of the plan view control of the MAS(Mizushima automatic plan view pattern control system) method was completed.

为减少轧制中钢板的切边、切头尾量，提高钢板的成材率，利用厚板展宽轧制法对轧制过程中钢板的平面形状控制进行了试验研究。

Key products include the silk machine,òembrace many machines, warp tying machine, cutting machine, hand embroidery machine, ordinary embroidery machine, single playing machine, multi- the first computer embroidery machine, large shell edging machines, word car, lotus flower machine, chain embroidery machine, pachytene machine, pleat machine,¤émachine, folder machine buried and so on and so on.

主要产品包括，对丝机、多针打揽机、捆纱机、切纱机、手摇绣花机、普通绣花机、单打条机，多头电脑绣花机、大贝壳饰边机、人字车、莲藕花机、链式绣花机、粗线机，打褶机，钉珠片机、埋夹机等等等。

For the first frame of the video, the object edge is obtained by an enhanced interactive method; in the remaining frames of the video, a new Snake algorithm is proposed to detect the sharp-angled and concave object contour under the constraint of zero-crossing point , the experimental results of different.

对于初始帧，采用改进的交互方法进行目标的精确定位；在后续帧中，采用零交叉点约束的Snake算法，对具有凹边和尖点特征的复杂目标准确跟踪，获得了理想的实验结果。

is first been used to describe the gap and root face of welding seam which is the important feature sizes and the welding current which is the most important controlling parameters MIG welding penetration and the welding time in quantity and the fuzzy math.

依据这一特征，应用模糊数学的方法对焊缝的重要特征尺寸间隙和纯边、MIG焊熔透的重要控制参量焊接电流以及焊接时间给予定量描述，并建立了视觉弧焊机器人焊接参数自动规划模糊数学模型。

In the edge roll groove, the top of flange doesnt touch the roll either, the top of f

轧边机孔型中，翼缘的端部也基本不接触轧辊，只是在最后一两道次才对翼缘端部进行加工。

Through the characteristics analysis of compound curves for road project , it was proposed that the complex line forms can be simplified to straight line, circular curve and complete transition curve, it was also proposed that the middle and side piles can be used to lay off the control piles of the road construction,and fx-4500P calculator can be used for programming of laying off calculation.

通过对道路工程复曲线特征分析，提出复杂线形可简化为直线、圆曲线和完全缓和曲线三种线形，以及道路工程施工控制桩可采用中、边桩的办法进行测设的两种观点，并用fx-4500P计算器编写测设计算程序。

Like Gary and Phil Neville, the Silva brothers are full backs, with Rafael operating on the right flank and Fabio on the left, even though both are right-footed.

与加里和菲力内维尔一样，这对Silva兄弟都是边后卫，尽管两兄弟都是右脚球员，但Rafael打右边而Fabio打左边。

It was concluded t hat furt her researches of ste m sap flo w usi ng t her mal techni ques could be enhanced ,i ncludi ng real water move ment and transfor mati on pattern i n ste m assi stant wit h ot her means ,cooperati on and co mpensati on functi on on t he i nternal and external factors affecti ng t he sap flo w ,as well as t he scali ng up i n tree water cons u mpti on based on t he sap flo w value by t her mal techni que .

目前，在运用各种热技术对林木树干液流的研究中，树干水分运输格局还需借助其他手段和方法进一步准确测定和佐证；影响树木边材液流内外因素的协同和补偿作用还需系统研究；基于热技术测定的树干液流值进行耗水时空尺度的扩大将成为该领域的研究热点之一。

Basing on this, this paper proposes a generalized shortest path method. That is, by constructing an intermodal-network multi-ply graph which interrelates the data and information in transit with the nodes and sides of the graph, adding virtual origin and destination stations to the graph, and then analyzing transport costs and transfer costs, this paper applies the Dijkstra algorithm to solve the intermodal optimal transport path problem so as to get the intermodal transport plan with the least generalized costs.

在此基础上，提出一种求解最佳运输路线的广义最短路法，即通过构建多式联运网络多重图，将运输过程中的数据、信息和图中的节点、边关联起来，然后对运输费用和中转费用进行分析估计，并通过在联运网络图中加入虚拟的发、到站，使得该问题可用Dijkstra算法进行求解，从而获得广义费用最少的联运方案。

In order to be fit for the calculation of wave transformation in harbor basin with irregular solid boundary, the governing equations and the boundary conditions of the present model are transformed by a non--orthogonal coordinate. Comparisons with the theoretical solutions indicate that the transformation is correct.

其次对上述完全型波浪绕射折射控制方程及边界条件进行非正交坐标变换，以适应存在固体边壁的港内水域波浪传播变形计算，经与理论解的验证比较，本文采用的坐标变换算法是正确的。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。