牛头刨床

niú tóu bào chuáng
  • shaper;shaping machine
牛头刨床牛头刨床
牛头刨床 [niú tóu bào chuáng]
  • [shaping machine] 一种刨床,利用往复运动的刀具切割已固定在机床工作平台上的工件(一般用来加工较小工件)。机床的刀架状似牛头,故名

牛头刨床[niú tóu bào chuáng]
  1. 两种牛头刨床机构的动力学特性分析与比较

    Analysis and Contrast of Dynamics Characteristics of Two Shaper Mechanisms

  2. 基于VRML的牛头刨床机构运动的虚拟仿真

    Motion Simulation of Shaper Mechanism Based on VRML

  3. 详细介绍了利用Pro/E进行机构运动仿真与运动分析的方法和步骤,通过牛头刨床运动仿真的实例验证了该方法的可行性和便利性,为机构的运动仿真提供了一种新的方法。

    The paper presents in detail the method and steps of mechanism movement simulation with Pro / E software . The instance of shaping machine movement simulation tests its feasibility and convenience , thereby providing a new method of mechanism movement simulation .

  4. 对B690牛头刨床液压系统出现的故障,进行了理论分析和实际的修复工作。

    Theoretical analysis and make good for B690 bull-nose plane hydraulic system fault .

  5. 牛头刨床的机构运动仿真软件模型研究

    Research on Simulation Software of Mechanical Movement Model of Horizontal Shaper

  6. 牛头刨床加工大型轧钢机架的设计与应用

    Design and Application of Processing Large-scale Roll Stand with Shaping Machine

  7. 消费性开支是一个全部经济的活动主要的牛头刨床。

    Consumer spending is a major shaper of overall economic activity .

  8. 牛头刨床六杆机构的多体动力学分析及优化设计

    Multi-body Dynamic Analysis of Six-bar Mechanism of Shaping Machine and Optimization Design

  9. 牛头刨床六杆机构的优化设计

    Optimizational Design of the Six-bar Mechanism of Shaping Machine

  10. 还有两个其他的发明是基于对牛头刨床和刀具架的应用。

    Two other inventions were based on the application of shapers and rack-cutters .

  11. B665牛头刨床刀架的改装设计

    The Refit and Design of the Cutter Frame in the Transverse Planning Machine

  12. 我们也想买牛头刨床、磨床和镟床。

    We are also interested in shapers , grinders , and milling machines .

  13. 不完全概率信息牛头刨床机构运动精度可靠性稳健设计

    Reliability-based Robust Design for Kinematic Accuracy of the Shaper Mechanism under Incomplete Probability Information

  14. 牛头刨床主运动机构的设计,实际上是一个平面六杆机构的设计。

    Design of the mechanism is actually one of a six - bar linkage .

  15. GB/T14302-1993牛头刨床精度数控刨台卧式铣镗床

    Shaping machines & Testing of the accuracy CNC planer horizontal milling and boring machine

  16. 牛头刨床机构虚拟样机分析

    Shaper Mechanism Analysed by Virtual Prototype

  17. 牛头刨床的遗传优化设计

    Genetic Optimum Design of Quick-return Planer

  18. 针对牛头刨床中的II级六杆机构进行了多项分析与设计;

    The grade II six-bar mechanism of shaping machine is analyzed in detail in this paper .

  19. 对牛头刨床机构动动的特点进行了分析,建立了牛头刨床机构动动仿真软件的运动模型。

    On detailed analysis of the movement model of Horizontal Shaper , simulation software is implemented under OpenGL .

  20. 针对普通牛头刨床刀架系统刚性不足的问题,提出采用误差抵消的方法在数控程序中进行补偿。

    Secondly , a method based on error compensation in NC program is introduced to solve the lack of planer rigidity .

  21. 分析了牛头刨床现行抬刀机构的弊病,提出了相应改进方案,从而改善了电磁抬刀系统的性能。

    The Shortcoming of present tool lifting mechanism for shaper is analyzed and puts forward improving plan , which has gained better performance .

  22. 本文以典型的牛头刨床的凸轮机构为例,进行了摆动从动件盘形凸轮机构的电子计算机通用程序设计。

    General computer program of plate earn mechanism with swing driven member is designed , taking the typical shaping machine cam mechanism as an example .

  23. 龙门刨床与牛头刨床尽管龙门刨床和牛头刨床都适合加工平面,但是在结构上和操作方法上却有很大的差异。

    Although both the planer and the shaper are adapted to the machining of flat surfaces , they differ widely in construction and in method of operation .

  24. 本文阐述了用复极矢量法对牛头刨床的主体部分进行运动和动力分析的程序设计的方法、步骤,程序运算的结果与传统的图解法相同。

    This paper presents the method and procedure of program design for Kinematic and Dynamic analysis of the main parts of shaper by means of complex polar vector notation . The result obtained by programmed algorithm is identical to that obtained by traditional graphical method .

  25. 非圆齿轮与连杆机构组合应用可以以简洁、紧凑的机构型式实现牛头刨床工作速度均化,以减少与刨刀运动特性密切相关的惯性力、过大的加速度造成的冲击、振动与噪音。

    A constant working velocity of shaper is put forward by the application of noncircular gear and coupler plane with a compact and tight mechanism type to reduce the shock , vibration and noise caused by inertial force and acceleration which are closely correlated to kinematic traits .