讨论了金刚石锯切技术的发展趋势。
是锯切pvc管材的理想工具。
自动锯切机的工作系统采用的是气动控制。
Sawing machine automatic control system using a pneumatic control.
送料到锯切台直至碰到挡尺，并将型材摆直。
Feeding the sawing station until it touches the ruler, and the straight section.
圆锯片的振动是金属锯切噪声的主要声源之一。
The vibration of the circular saw plate is a main sound source in the metal sawing noise.
为正确使用金刚石框架锯切石材提供一些基本信息。
Some of the frame sawing machines for stone cutting were introduced.
对比测定了经固溶处理和未经固溶处理锯条的锯切性能。
The cutting performances of saw blade by solution and non-solution heat treating were determined.
分析高效锯切条件下节块的磨损特点和形成最佳表面状态的条件。
Wear characteristics of segments and conditions resulting in the optimum segment appearances are also analyzed.
工业试验结果表明，本系统能够实现高精度定尺锯切及高生产率。
The results of industrial experiments have showed that this system can realize high accurate cutting to length and high productivity.
结果表明，这种锯片锯切效率高，使用寿命长，具有很好的市场前景。
The result shows that the saws are promising with higher sawing efficiency and longer life for application.
对锯切硅片时各工艺参数对切片表面质量的影响规律进行了理论研究。
The influences of technology parameters on silicon wafer surface quality when slicing are studied theoretically.
金刚石锯片在锯切石材的过程中，刀头的磨损状况决定锯片的工作状况。
Diamond sawblade behaviour is determined by the wear of diamond segments in the process of cutting stone materials.
探讨锯切石材过程中节块中金刚石空间分布对其形貌状态形成机理的影响。
Space distribution of diamonds and their influences on working appearances of diamonds in segments while sawing of stones are discussed.
对多孔锯片及非等间距锯片进行了锯切三种不同硬度的混凝土的实验研究。
By cutting different hardness concrete experiment, the cutting characteristics of the special saw with holes or different width segment have been studied.
锯切速度曲线是不可变的，但进给速度曲线随进给机构杆长比的不同而变化。
The sawing speed curve is unchangeable, but the feed speed curve can be different with different length ratio of members of the feeding mechanism.
亲密留意出料口型材的行走能否顺畅，当到达型材请求的长度时，开端锯切。
Close attention to the mouth of the material can walk smoothly, when the length of the request to reach the profile, the beginning of sawing.
人造金刚石以其高硬度、高强度、高耐磨性等性能，被广泛用于制作锯切工具。
The synthetic diamond is used extensively to make saw cutting tools because its high hardness, high strength, high wear resistance and some other performances.
框锯机锯切工件表面加工质量在很大程度上取决于进给速度和锯切速度的匹配关系。
The quality of the workpiece surface is subject to the matching relation between the feed speed and the sawing speed to some large extent.
本文分析了锯切位置对圆盘式冷锯机锯切生产率、锯切力和锯切过程稳定性的影响。
In this paper authors have analysed the effect of sawing Posit ion upon productivity and sawing force of disk cold saw and upon the stability in sawing process.
分析结果表明，只要锯料角不变化，则锯料量的变化对锯切表面粗糙度不起任何作用。
Results indicated that the surface roughness would not be effected by saw cutting amount as long as saw side clearance Angle wasn't changed.
介绍了数控飞锯柔性控制原理，分析了数控飞锯一个锯切周期各运动段的柔性控制技术。
This paper introduces flexible control principle of digital control flying saw, analyses its flexible control technique in all move section of one saw period.
木材边皮即原木经过锯切以后剩下的边角料，一般形状为长条型、板材较薄，尺寸较小。
But for wood peel's special shape, it go against machine peeling, so generally the way of peeling is handwork in China.
本机采用水平锯切进给方式，直线导轨作导向，同时采用气液转换器来保证锯切速度平稳。
The machine adopts horizontal feeding and takes linear guide rail as direction, and adopts air-liquid convertor to assure stable cutting speed.
锯切噪声的来源有多种，其中锯片的振动冲击噪声以及在锯切过程中引起的轧件振动噪声是主要的。
The Sources of sawing noises are many aspects, in which noises brought on vibration and concussion and noises brought on vibration on the process of sawing are primary.
通过仿真发现：BP网络模型经过训练后，锯切功率和锯切力仿真值与实验值的误差在20%以内。
Through the simulation, the following conclusions can be drawn. Sawing power and sawing force could be simulated within 20% error by the BP model which was well-trained.
对圆盘锯进行噪声控制可以有效降低热锯机的锯切噪声，减小生产线的噪声污染，保护现场工作人员。
So the noise control of the circular saw blade can effectively decrease the noise pollution and protect the health of the workers on the production line.
介绍了自适应反射镜和透镜的原理及其在一般激光切割、厚钢板的激光锯切和三维激光焊接中的应用。
The theory and a new application of adaptive optics are described in conventional laser cutting, thick sheet metal laser sawing and three dimension laser welding.
该技术具有切缝窄、锯切效率高、切片质量好、对环境污染小、能加工大直径工件和超硬材料等优点。
The technology has the advantages of thin kerf, increased cutting speed, good quality, elimination of hazardous waste slurry and ability to machine harder brittle and bigger dimension materials.
该技术具有切缝窄、锯切效率高、切片质量好、对环境污染小、能加工大直径工件和超硬材料等优点。
The technology has the advantages of thin kerf, increased cutting speed, good quality, elimination of hazardous waste slurry and ability to machine harder brittle and bigger dimension materials.
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