1) feed
下料口
1.
By transformation of feed for coal power injection crude-coal bins,the labour intensity of worker is reduced,equipment stability of power preparation is ensured.
喷煤制粉生产工艺正常,能保证高炉足够的煤粉喷吹;通过对喷煤原煤仓下料口的改造,为减轻工人劳动强度,确保制粉设备稳定,为高炉节焦降耗创造了有利条件。
2) baiting
下料
1.
But the calculation of the baiting size of the baffle plate and spacer pipe is complex.
但是其折流板和定距管下料尺寸的计算比较复杂。
2.
Considering material characteristics of clad steel plate tower,the procedure features:baiting,rolling circle,checking circle and welding should be emphasized in the manufacturing process of clad steel plate tower.
从复合钢板材料特性出发 ,论述复合钢板塔在制造过程中应着重注意下料、滚圆、校圆、焊接等工序特点。
3) cutting
下料
1.
Application of Excel in Combination Cutting;
Excel在套裁下料中的应用
2.
Shearer drum helical vane's figuration includes cutting, pressing and sealing, at the same time the cutting is one of the most important procedure.
采煤机滚筒螺旋叶片的成形主要包括下料、压制和焊接等过程,其中下料是最重要的环节之一。
3.
The paper studies all kinds of mathematical model's characters and solving algorithms of one-dimension and two-dimension optimal cutting.
本论文研究了一、二维最优化下料的各种数学模型的特点，下料问题的求解算法，在此基础上，分析了适用于玻璃最优化切割的模型，并编程实现了模型的描述、最优化切割问题的求解以及图形显示。
4) blanking
下料
1.
Computer aided blanking of developable surface;
可展曲面的计算机辅助下料
2.
blanking and welding, relevant measures and reasonable process are made to ensure the precision demand of "upper draft tube liner.
对日本富士电机公司的委托加工产品──“上部吸出管”的特殊结构特点和极高的尺寸精度要求进行分析，从放样、下料、焊接等关键环节入手，采取相应的对策，制定了合理的工艺路线，最终保证了产品的精度要求。
5) cutting stock
下料
1.
A new grouping optimization method based on the similarity of parts is proposed,which is intended to solve the low-efficiency and local optimization problems in large-scale cutting stock problem(LCSP).
针对诸多优化算法在处理大规模下料问题时易于陷入局部最优解和时间效率低下的问题,提出基于零件相似性特征的分组优化方法。
2.
This paper discusses the establishment and solution on the model of cutting stock problem and applies this model to production and practice.
论述了下料问题模型的建立及其求解 ,并把该模型应用于生产实践中。
6) Cropping
下料
1.
Characteristic and Dynamic Monitoring of Hydraulic System in New Type Precision Cropping Machine;
新型变频振动下料机液压系统特性及动态监控
2.
Research on the Heat Stress Triaxiality in the Cropping;
下料中棒料热应力三轴度的研究
3.
To calculate accurately the cropping time in variable-vibration cropping,The mathematic expression of theoretical stress concentration factor in the tip of the V shaped notch containing its geometric parameters is built theoretically by analyzing stress field distribution of V shaped notch tip.
针对带V型槽金属棒料下料中需要较精确计算下料时间的问题,获得了包含V型槽几何参数在内的V型槽尖端理论应力集中系数的计算公式,并在此基础上,建立了恒幅载荷下V型槽尖端裂纹起始寿命的完整的数学表达式。
参考词条
补充资料：料口
1.斗嘴。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。