镗削

táng xiāo
  • boring
镗削镗削
镗削[táng xiāo]
  1. 基于BP神经网络的镗削加工工艺参数优选研究

    Optimization of the Technological Parameters about Boring Based on BP Neural Network

  2. 用时间序列分析方法对镗削加工误差进行了分析和建模,建立了相应的AR误差模型。

    Analysis and modeling are made for the boring error by using time sequential analysis way , and corresponding AR error model is established .

  3. 全自动CNC镗削活塞销孔专机的研究开发

    Research and Development of Full Automatic CNC Special Machine for Boring Piston Pin Hole

  4. Sachs镗削法的应用研究

    Applied study of Sachs boring method

  5. 对AR模型的预报方法进行了分析,并得到了镗削加工误差的预报补偿控制模型。

    Analysis is given on the forecasting way for AR model ; forecasting & compensating control model is obtained for boring error .

  6. 采用压电陶瓷(PZT)传感器等测量控制技术,在线补偿镗削加工中的误差,以提高镗孔精度。

    This paper presents a method to improve the machining accuracy in the small-deep-hole boring operation . A piezoelectric actuator is employed to on-line compensate the machining errors .

  7. 从汽车制动蹄片镗削机设计出发,分析了CAD/CAM的关键技术及过程,阐述了PRO/E在汽车制动蹄片镗削机设计中的应用基本方法。

    The key technique and process of CAD / CAM are analyzed based on design of brake shoe boring - machine . The application of PRO / E to auto brake shoe boring - machine is discussed .

  8. 在制较大直径的孔并且精度要求不是很高时,可以考虑采用PCD刀具对其镗削扩孔,这既能保证加工质量,又能提高效率。

    When the larger diameter hole is needed and the precision is not very high , we can consider using PCD tool to bore CFRP , which not only guarantees the processing quality , but also improves efficiency .

  9. 从理论上分析了采用C650改造车床镗削立柱缸的工艺可行性。

    From analyzed theoretically the adoption C650 reforms the craft possibility of the lather the cylinder of hydraulic legs .

  10. 介绍了7523型、540A汽车制动鼓蹄镗削机床的设计性能,提出了机床部分结构缺陷的改进办法。

    The paper introduces the design performance of 7523 type , 540A type truck brake pulley and retaining pawl , and puts forward improving way for some constructive defects in a borer .

  11. 压电电压反馈控制在异形销孔镗削中的应用

    The Application of Piezoelectric Voltage Feedback Control in Noncircular Pinhole Boring

  12. 深小孔镗削在线补偿方法的研究

    Study on Method to Improve Machining Accuracy ln Small-deep-hole Boring Operation

  13. 镗削加工误差的建模及预报补偿技术

    Modeling , Forecasting and Compensating Technology for Machining Error in Boring

  14. 镗削加工中的冲击式减振器减振性能研究

    The performance research of shock vibration absorber in boring process

  15. 刚性镗削主轴刚度对加工精度的影响

    Rigidity of and Influence Over the Processing Accuracy of Boring Stiff Shaft

  16. 内球面的镗削装置及其误差分析

    A Device for Boring Inner Sphere and Its Error Analysis

  17. 镗削声发射信号与镗刀磨损量关系的研究

    Relationship between acoustic emission signal and tool wear on boring cutting process

  18. 超声激振刀具振动干式镗削试验研究

    An experimental study on dry boring by applying ultrasonic vibration

  19. 镗削和衍磨加工之后,气缸必须彻底清洁。

    Cylinders must be cleaned thoroughly after the honing or Boring operation .

  20. 一种镗削用高频响精密伺服刀杆的动态设计

    Dynamic Design of A High Frequency Response Servo Bar Used for Boring

  21. 基于专家知识融入的模糊神经元网络结构及在镗削颤振判别中的应用

    Recognition of Chatter in Boring Using Fuzzy Neural Network Integrating Expert Knowledge

  22. 新型活塞异型销孔数控镗削技术的研究

    The Study of A New Type Pistol Non-circular Pin-hole NC Boring System

  23. 镗削加工再生颤振的理论及实验研究

    An Theory and Experiment Study of Regeneration Chatter in Boring

  24. 精密镗削头振动模态的实验研究

    Experiment research on vibration model of precision boring head s

  25. 超声振动精密深孔镗削试验研究

    Experimental research on precise deep hole in ultrasonic vibration boring

  26. 基于变结构刚度抑制精密孔镗削加工的颤振

    Suppression of chatter for precision hole boring based on variable structural stiffness

  27. 某型渔船舵叶内锥孔的镗削加工

    Processing of boring-cutting to inner cone hole in rudder blade

  28. 超长管内壁镗削中的模糊控制

    The Fuzzy Control in Boring Over Long Pipe Inner Wall

  29. 镗削加工快速对刀装置立式加工中心用对刀装置

    Quick-Feeler Assembly Used in Boring Tool setting gauge for the stand machining center

  30. 数控镗削头单片机控制系统

    Chip microprocessors control system of numerically controlled boring head

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