用数学分析方法精确求解木材切削刀具的角度。
This article introduce a strict mathematical analysis that can exactly calculate angles of wood cutting tool.
这些部分可能损害碎石机，振动设备，或木材切削机。
Such parts could damage stone-crushing machines, vibratory equipment, or wood-chipping machines.
研究木工刀具磨损特性的目的就在于优化木材切削加工技术。
The aim to investigate the tools wear characteristics is to optimize the processing technology in Machining wood and wood based materials.
如果没有发现，这些项目可能破坏碎石机，振动设备，或木材切削机。
If not discovered, these items could destroy stone-crushing machines, vibratory equipment, or wood-chipping machines.
根据木材切削的特点，分析了木工机械用电主轴的关键技术和解决方法。
Based on the characteristics of cutting timber, key technologies of motorized spindle for wood-working machines and relevant solutions are analyzed.
该文运用实验的方法对木材切削加工所用的圆锯片上的温度分布进行了测定，据该温度梯度对圆锯片的热应力进行了详细的分析和计算。
This paper analyzes and calculates the thermal stress in the blades of circular saws used in cutting wooden pieces based on the detecting of temperature differences.
根据试验结果研究了在木材纤维平面中过渡切削时切削力和加工表面木材纤维倾斜角之间的关系。
Based on the experiment, the relations between cutting forces and oblique angles of wood fibre during the transitional cut on plane of wood fibre were studied.
研究证明，楔型刀锯进行木质材料无屑切削时，其切削力受木材的树种、切削方向、锯片尺寸、角度参数及切削用量的影响较大。
The result mean: the cutting force affected more by species, cutting direction, the size of saw blade, Angle parameter and the depth of cutting when making no dust cutting experiment by wedge saw.
文章着重介绍了圆锯片研究、带锯条研究、刀具磨损和腐蚀、木材铣刀方面的新技术及木材高速切削的一些研究成果，综述了刀具设计和刀具磨损方面新的研究理论。
The article put emphasis upon the introduction of circular saw blade research, band saw blade research, wear and erosion of cutting tool, the new technique in aspects of timber milling c...
木工刀具磨损；切削加工；图象处理； 切削模拟；木材加工优化；
Wear of woodworking tool; Cutting processing; Image processing; Cutting Simulation; Optimize machining wood;
木工刀具磨损；切削加工；图象处理； 切削模拟；木材加工优化；
Wear of woodworking tool; Cutting processing; Image processing; Cutting Simulation; Optimize machining wood;
应用推荐