用于刀具振动的超声辅助磨削的砂轮

J. Porzycki, Roman Wdowik, M. Krok
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引用次数: 1

摘要

本文介绍了一种用于超声砂轮振动辅助磨削的复合加工工具。它描述了使用不同的磨料,砂轮夹紧系统和夹具与超声振荡电感的可能性。在特殊设计的机床上实现超声辅助磨削(UAG)是可能的。大多数机床是在传统机床的基础上制造的,并加装了超声波振动系统。为这台机床设计了两种类型的刀架:用于混合加工过程的刀架(超声波演员)和用于常规加工过程的刀架。每种刀柄都是用空心锥柄固定在主轴上的。这些工具通过螺钉连接到超声波动作器上,并定位在轴上,或者通过夹头。对于UAG工艺,可使用各种磨料制成的工具。结合材料,磨料颗粒的浓度及其大小可能不同。可以使用金刚石或立方氮化硼工具,也可以使用传统磨料制成的工具。超声辅助磨削是制造技术领域的一项新技术。有必要对这一过程进行详细的调查。对不同材料的UAG结果、刀具或工件上的振荡运动参数以及修整工具上的振荡运动参数有显著影响的因素应进行研究。
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The grinding wheels for ultrasonic assisted grinding with tool vibration
This article presents the grinding tools designed to serve hybrid machining process – ultrasonic wheel vibration assisted grinding. It describes possibilities of using of different abrasives, grinding wheel clamping systems and holders with ultrasonic oscillation inductor. Realization of Ultrasonic Assisted Grinding (UAG) process is possible on machines with special design. Most machine tools are manufactured on the basis of conventional ones and are retrofitted with ultrasonic vibration system. There are two types of tool holders designed for this machine tool: holders for hybrid machining processes (ultrasonic actors) and holders for conventional processes. Each type of tool holder is fixed to the spindle with hollow taper shank. The tools are attached to the ultrasonic actors by screw and positioned on arbor, or by the collets. For the UAG process tools made of various abrasives are applicable. Binding material, the concentration of abrasive grains and their size may differ. It is possible to use diamond or cubic boron nitride tools and also tools made of conventional abrasives. Ultrasonic Assisted Grinding is a novelty in the field of manufacturing techniques. It is necessary to conduct detailed investigations of this process. The factors that have a significant impact on the UAG results for different materials, the oscillatory motion parameters in relation tool or workpiece as well as on the dressing tool should be investigated.
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