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- The resonance of sonic wave vibration is the key technology in the ultrasonic vibration drilling. 超声振动钻削中声振系统的共振是实现超声振动钻削的关键技术问题。
- The differentiae between the different horns are analyzed with examples, and the compound horn is commended to be used when designing the ultrasonic vibration drilling system. 用实例分析了几种变幅杆的不同点,并指出设计超声振动钻削声学系统时推荐采用复合变幅杆。
- The result shows that ultrasonic vibration drilling could improve the working accuracy and efficiency,and could solve the problems exited in the drilling process of small deep hole. 结果显示,该工艺方法能大幅提高小深孔的加工精度和效率,很好地解决了小深孔加工中存在的难题。
- Research on the design of ultrasonic vibration drilling acoustic system 超声振动钻削声学系统的设计研究
- Research and Application of Local Resonance Phenomenon in Ultrasonic Vibration Drilling 超声振动钻削中局部共振现象的研究与应用
- Cutting Force Research on Ultrasonic Vibration Drilling of SiC Particle Reinforced Aluminum-matrix Composites 超声振动钻削SiC颗粒增强铝基复合材料时的切削力研究
- Experimental study on surface quality of hard-brittle materials in ultrasonic vibration drilling and grinding 金刚石钻磨头超声振动钻磨硬脆材料表面质量的试验研究
- Ultrasonic vibration drilling 超声振动钻削
- The experiments of drilling small deep hole with ultrasonic vibration were made,and the positioning accuracy,linearity and machining efficiency of small deep hole were analyzed. 对超声振动钻削小深孔进行了实验研究,分析了小深孔的定位精度、直线度和加工效率。
- Is the best way to drill, engrave and cut hard, brittle material, like lapidary material, ceramic, glass etc. by using ultrasonic vibration. 此系列加工机系针对精密陶瓷、玉石、水晶、玻璃等硬碎材料之打孔;成型.;机器操作简易且因生产量提高而加工成本降低;使产品更具有市场的竞争力;
- Vibration drilling possess the special function of reducing chatter vibration, thus achieving a good drilling effects. 振动钻削方法具有消减切削颤振的特殊功能,能够取得良好的加工效果。
- Put forward a new kind of polishing method which compounded ultrasonic vibration with magnetic abrasive finishing (MAF) process. 摘要提出将超声振动附加于磁粒研磨过程中的思想。
- A new special diamond drill which combines ultrasonic vibrating with grinding of diamond grits is introduced. 介绍一种新研制的能把超声振动和金刚石磨粒磨削结合在一起的特种金刚石钻头。
- Experiments of diamond turning of stainless steel are taken on a fine lathe by utilizing ultrasonic vibration. 对刀具的振动频率和振幅的影响进行了理论分析。
- The experiments show that the ANN systems are of high precision.It also provid es a new study and analysis method for the study of vibration drilling. 实验表明，ANN优化精度较高，为振动钻削研究提供了新的分析方法与途径。
- During machining, ultrasonic vibration of workpiece can improve the machining process. 在加工过程中,通过超声波振动，工件加工工艺得到改善。
- Based on analyzing the demands of small-diameter deep-hole drill for vibration drilling, a new inner-chip removal drill was designed. 分析了小直径深孔振动钻削对钻头的要求;设计了一种新型内排屑深孔钻头;分析了该钻头的结构和刃磨特点,进行了振动钻削试验。
- The method of ultrasonic vibration lapping on the spiral-bevels and hypoid gears was first presented. 提出螺旋锥齿轮超声振动复合研磨的方法,介绍了其原理;
- It is shown that vibration drilling entirely changes drill-entry mechanism of common drilling,remarkably improves drill-entry spotting accuracy. 分析结果表明,振动钻削改变了普通钻削的钻入机理,显著提高了钻入定心精度,特别适合微小孔的精密和超精密加工。
- Frequent ultrasonic vibration will immediately soften the pores, emulsify and clean dirt and residue. 频繁的超声波振动能在短时间内软化您的毛孔，乳化和清洁您肌肤上的脏物和残渣。
