介绍了一种螺杆铣削过程刀具磨损建模的方法。
Tool wear modeling method for spiral rod milling is presented.
刀具磨损、破损的在线监控是FMS的基本功能之一。
The on-line monitoring of tool wear and breakage is one of the basic functions of FMS.
刀具磨损状态自动识别系统能够显著地降低制造成本。
Systems for automatic tool wear monitoring contribute to measures to reduce manufacturing costs considerably.
刀具磨损在生产实践中和在理论上都是十分重要的课题。
In practical machining operations and in theory the tool-wear is an important problem.
本文详细地分析了刀具磨损的形貌后，提出了相应的建议。
In this paper the wear morphology of tool is analysed in detail and then concerned Suggestions are hereupon recommended.
为了更好地研究现代刀具，将分形理论引入刀具磨损研究。
The fractal theory is introduced into the wear investigation of cutting tool for studying the modern tool.
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.
提出采用切削力信号的奇异性指数作为衡量刀具磨损的参量。
The singular index of cutting force signal is proposed as a parameter for detecting cutter's wear.
切削温度与刀具磨损、工件加工表面完整性及加工精度密切相关。
The cutting temperature play an important role in the high speed cutting process, concerning about the tool wear, workpiece surface integrity and machining precision.
随着刀具磨损的增加，振动信号的振幅增大，振动能量亦相应增加。
With the increment of tool wear, the signal magnitude increases and the vibration energy increases correspondingly.
刀具磨损、破损自动检测技术，在现代制造行业具有广泛的应用前景。
The automatic measuring technique of tool breakage and wear will be more and more important in production.
针对异型螺杆铣削加工，采用振动信号特征值作为检测刀具磨损的参量。
The characteristic values of vibration signals were used as testing parameters of tool wear for milling special shaped spiral rods.
本文结合实际工程对运用掘进参数检测刀具磨损的方法进行了探索研究。
The method estimating the cutter wear by analyzing the tunneling parameters is presented in this paper.
本文以图像分析理论为基础，针对切屑形态识别和刀具磨损检测进行了研究。
In this paper based on image analysis theory the chip shape recognition and tool wear inspecting were analyzed and studied.
硬质相颗粒的脱落是干式高速车铣D60钢时金属陶瓷刀具磨损的主要原因。
The main reason of ceramic tool Wearing is coming off the hard grain during the dry cutting of steel D60.
在研究刀具磨损时，必须准确方便地确定出刀具磨损的测量部位和测量基准。
And it is necessary to specify accurately and conveniently the locations and the base of measuring toolwear when the toolwear is studied.
在切削实验中，可对切屑厚度、刀具磨损及螺纹等的形貌进行观察并测量其尺寸。
In cutting experiments, it can be observed and measured that the chip thickness, the tool wear, the screw thread teeth, and so on.
介绍了基于突变论的方法建立刀具磨损与破损失效寿命模型的可行性的研究结果。
The Paper Presents a feasible study of modeling on tool life for the failure modes of tool wear and fracture based on methods of catastrophe theory.
针对传统刀具磨损检测的缺点，设计了一套结合图像处理的方法来检测磨损的方案。
A method combined with image manipulation is contrived to detect the project of wear, which aim at the shortage of inspection of conventional tools wear.
导电加热切削时，由于强烈的电热效应，刀具磨损形态与传统切削加工方法有所不同。
The wear form of cutting tools in electric hot machining (EHM) is different from that of conventional cutting due to strong electric and thermal effects.
进行碳纤维复合材料切削加工时，易产生各种加工缺陷，刀具磨损快，尺寸控制困难。
It is easy to produce a lot of machining defects for carbon fibre composite material in cutting processing. Tools wear quickly and it is hard to control size.
本文使用刀具磨损过程的能力指数，得到满足顾客要求的最小过程能力指数的换刀时刻。
The paper USES process capability indices for tool wear processes, from which the tool replacement time that meets the needs of customers for minimum process capability indices is obtained.
找出刀具磨损信息在可听阈内的主要集中频段能提高切削声信号的信噪比，改善识别结果。
Finding out the major concentrated frequency band of tool-wear information can enhance SNR (Signal Noise Ratio) and improve tool-wear degree recognition result.
通过高速铣削钛合金tc4的切削试验，讨论了切削参数、刀具材料等对刀具磨损的影响。
Based on the experiments of high-speed milling titanium alloy TC4 the effects of cutting parameters, the materials of the milling cutters on cutter we ar are discussed.
刀具磨损后仍继续使用，会加大电主轴轴向力，导致轴承受损，而且还会影响雕刻的精度及效果。
Continued to use of tool wear, spindle axial force will be increase, leading to bearing damage, but will also affect the accuracy and effectiveness of engraving.
介绍了以VC为平台设计开发的一套基于切削力信号分析与处理的刀具磨损实时监测和补偿系统。
Using VC as a design platform, a real-time detecting and compensation system for tool wear based the analyzing and disposing for signals of cutting force is introduced.
介绍了以VC为平台设计开发的一套基于切削力信号分析与处理的刀具磨损实时监测和补偿系统。
Using VC as a design platform, a real-time detecting and compensation system for tool wear based the analyzing and disposing for signals of cutting force is introduced.
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