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.
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.
通过详细的理论推导，推出单颗金刚石磨粒锯切速度方程、锯切运动方程和切削面积的计算公式。
The formulas for calculating equation of saw cutting speed and kinematic equation of saw cutting and cutting area are derived through theoretical derivation in detail.
研制出了锯切自动控制模型和电机自动定位模型，大型H型钢锯切自动控制模型，解决了热锯和冷锯运行速度和过载之间不匹配的问题，缩短锯切周期所用的时间。
Making out saw control model and position control model, Heavy H-beam saw control model resolve the speed and overload relation between hot saw and cold saw, making short about the saw cycle.
得到了在超高速锯切A3R钢中断面受力和温度随切削速度升高而下降，A3R钢断面质量得到改善的结论。
The conclusion is that the section force and section temperature will decrease with the sawing speed increasing, and the surface quality on sawed A3R steel is improved.
随绳锯转速和进给速度增大，锯切弧区的温度呈上升趋势；
The results show that the temperature in the sawing arc with a diamond wire increases with vibration.
随绳锯转速和进给速度增大，锯切弧区的温度呈上升趋势；
The results show that the temperature in the sawing arc with a diamond wire increases with vibration.
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