建立了刃磨运动数学模型。
对虚轴刃磨机床的工作原理进行了分析。
Working principle of a virtual axis machine tool was analyzed.
介绍精扩孔钻的实践参数、特点及刃磨要领。
The practice of pure hole drilling parameters, the main characteristics and grinding were introduced.
根据刃磨运动关系建立钻尖刃磨的数学模型。
Based on the kinematic relationship of grinding, the mathematical model of grinding parameter has been formulated.
并且对椭圆锥面刃磨与圆锥面刃磨进行了比较。
选择刃磨参数困难是钻尖刃磨的一个主要问题。
One of the major problems related to the drill point grinding is the difficulty in selecting grinding parameters.
给出螺旋面钻尖刃磨机床的基本结构及其工作原理。
Basic structure and operation principle of the parallel grinder for helical drill point grinding is presented.
镗削实践证明新刃磨方法可显著延长刀具的工作寿命。
The result of boring testing has show that the work life of cutter can be extended with the new grinding method.
分析了该钻头的结构和刃磨特点，进行了振动钻削试验。
The structures and tool grinding features were analyzed and vibration drilling experiments were done.
分析了平面钻尖的刃磨方法，并对其几何特性进行了分析和求解。
The grinding methods of planar drill point are discussed. Geometric characteristic of planar drill point is analyzed and solved.
要设计和控制虚轴钻尖刃磨机，首先要建立描述钻头的数学模型。
To design and control the virtual axis drill point grinding machine, mathematical representation to describe the drill point configuration is badly needed.
主要用于刃磨铣刀、铰刀、拉刀、盘形车刀、插齿刀及扩孔钻等。
Mainly Renmo milling cutter, reamer, pulling knives, plate-shaped lathe tool, knife inserted teeth and bore drilling.
介绍了用于刃磨齿轮滚刀的简易对中装置的结构、原理及使用方法。
The structure, principle and application of a simple centring device used for the sharpening of hob cutters are described.
后刀面热损伤层的定量分析，可以为确定最小刃磨余量提供理论支持。
The study of thermal damage layer for the major flank can provide theoretical guidances for determining the minimum machining allowance of edge grinding.
本文介绍了采用接触轨迹原理结合自动编程刃磨指状齿轮铣刀的新方法。
In this paper, a new method in which the principle of the contact trace is combined with auto programming in grinding a finger gear cutter is introduced.
该模型的建立为球头立铣刀刃磨参数选择及刃磨装置设计具有重要的作用。
It is important for the choice of sharpening parameters and the design of sharpening equipment of the cutter.
本文建立了基于渐开圆柱面的SPLIT钻数学模型，并进行了实际刃磨。
This paper established the mathematical model of SPLIT drill basing on the involute cylindrical surface, and conducted real edge grinding.
要了解不正确的刀具刃磨产生的原因及对策，并作为一种专业能力来培养。
The reason and countermeasure of the incorrect dressing should be known well, and this should be regarded as a professional ability to be cultivated.
为了设计新型微钻头数控刃磨机床，对新型微钻头刃磨的关键技术进行研究。
To design NC grinding machine, the sharpening key technology for new micro-drill point is researched.
根据刃磨的运动关系建立了新型微钻头横刃修磨的数学模型并求出了刃磨参数。
Based on the kinematic relationship of regrinding, a mathematical model was established for the chisel edge regrinding and the solution of grinding parameter was obtained.
阐述了内锥面法刃磨麻花钻的原理以及在工具磨床上进行磨削工艺试验的方法。
This paper illustrates the principle of the inner cone grinding twist drill and the process of grinding experiments on the tool grinder.
阐述了内锥面法刃磨麻花钻的原理以及在工具磨床上进行磨削工艺试验的方法。
The motion modalities of CNC tool grinders with moving grinding wheel and swing grinding wheel were analyzed.
根据刃形曲线的设计原理，提出了曲线刃钻头柱面后刀面的刃磨要求和刃磨过程。
Requirements and procedures were proposed for the regrinding of cylindrical flank of curved edge drills (CEDs) according to the principles guiding the design of curved edge shapes.
根据设计参数精确并唯一地求出刃磨参数，解决了刃磨参数求解的不确定性问题。
The solution of grinding parameters is obtained from the given design parameters. The grinding parameter redundancy problem is resolved.
阐述内锥面刃磨麻花钻原理及在工具磨床上进行磨削工艺试验的方法和机床的调整。
Illustrates the principle of the inner cone grinding twist drills, the process of grinding experiments on the tool grinder and the adjustment of the tool grinder.
根据旋转锉刃磨运动模型和刃磨机床结构，开发了基于IPC的旋转锉数控刃磨系统。
According to the grinding motion model and the machine tool structure of rotary burrs, the IPC-based NC system of rotary burrs grinding is developed.
学习刃磨切断刀完全可以走捷径，以几何形状入手的方法，不但入门快，而且不出偏。
In sharpening tool cutters there is a shortcut mainly based on the geometric shape, which is not only easy to learn, but also can be very precise.
以工具磨床刃磨铣刀螺旋刃的数控改造为例，阐述了基于单片机控制的数控改造方法。
The NC remaking scheme of tool grinder is a closed-loop control system, which USES single-chip microcomputer as a control system and step motor as the executive equipment.
以工具磨床刃磨铣刀螺旋刃的数控改造为例，阐述了基于单片机控制的数控改造方法。
The NC remaking scheme of tool grinder is a closed-loop control system, which USES single-chip microcomputer as a control system and step motor as the executive equipment.
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