penetration control

英 [ˌpenəˈtreɪʃn kənˈtrəʊl] 美 [ˌpenəˈtreɪʃn kənˈtroʊl]

网络  穿透控制; 熔透控制; 穿透深度控制

计算机



双语例句

  1. Research on Penetration Adaptive Control Technology for Lap Weld of Missile Shell
    导弹壳体搭接焊缝的熔深适应控制技术研究
  2. A new method for penetration control with electro-eddy sensor during TIG welding is proposed in this paper.
    本文提出了一种用电涡流传感控制熔透的新方法。
  3. Penetration Control of GMAW Based on Multi-informational Fusion from the Front Surface
    基于正面焊接多信息融合的GMAW熔透控制
  4. It is necessary to extract molten pool geometrical parameters in real time or to extract back bead width off-line either in seam tracking or in penetration control.
    不论熔透控制还是焊缝跟踪,都需要实时或离线提取焊接熔池正面或反面的几何参数。
  5. Penetration Control of Robotic GTAW for Five-port Connector Based on Feedforward Compensation
    基于前馈补偿的五通连接器机器人GTAW熔透控制
  6. Using the step traveling welding and making use of the computer, the penetration control in TIG welding on mild steel has been studied.
    采用步进式TIG焊,利用计算机控制,对薄板低碳钢平板堆焊的熔透控制进行了研究。
  7. Penetration control of MIG welding
    MIG焊的熔透控制
  8. Development of MIG welding penetration control system with the microprocessor
    MIG焊缝单面焊双面成型微机控制系统的研究
  9. Remote welding is benefiting from developments in penetration control, seam tracking and adaptive control. This is an area where TWI has developed considerable expertise.
    遥控焊接技术得益与于熔深控制、焊缝跟踪和自适应控制的发展,而TWI公司在这些领域已经开发了大量的专门技术。
  10. An investigation is carried out for penetration control during stepped waving TIG surfacing process of mild steel plate so-that the heat input at each point is controlled in real time with the instantaneously controlling method developed.
    采用电涡流传感,步进式TIG焊方法,对低碳钢平板堆焊进行了焊缝熔透控制的研究,利用建立的暂态控制方法,实现了各焊点热输入量的实时控制。
  11. Therefore, the period, the peak time, and the backhand time are all the character of the keyhole in the penetration control of plasma arc.
    因此,检测电压的周期、峰值时间、基值时间都可以作为小孔信号的特征值用于等离子弧小孔焊接熔透控制。
  12. Coaxial monitoring and penetration control in CO_2 laser welding ( lI)-Frequency-field characteristics of coaxial optical signals
    CO2激光焊接的同轴检测与熔透控制(Ⅱ)熔透状态同轴光信号的频域分析
  13. At last, this paper realizes the detect and penetration control of plasma arc welding by acquiring voltage signal of plasma cloud, and the reality must be on the basis of two voltages, one is in stable welding process, the other is in unstable welding process.
    最后分别从稳定焊接过程中的等离子弧反翘的波形、受到干扰的焊接过程中的等离子弧反翘的波形两个方面,对等离子弧反翘的电压信号进行实时采集和分析。
  14. Penetration control system for keyhole pulse plasma arc welding based on reflecting plasma-flame voltage
    基于反翘电压的脉冲穿孔等离子弧焊熔透控制系统
  15. This method provides a new way for application of weld penetration control technology.
    该技术为熔透控制技术的实际应用提供了一个新的途径。
  16. Welding Process and Penetration Control for Stainless Steel Welding Thick Pipe
    不锈钢厚壁焊管方法及其质量监控
  17. Detection and Anlysis of Penetration Control Information in Plasma Welding
    等离子弧焊接熔透控制信息检测与分析
  18. It is verified experimentally that the new method is sample, accurate and effective in the penetration control of plasma arc welding.
    实验证明,此方法在等离子弧焊检测和熔透控制上简单、准确、有效。
  19. A nonlinear unit was used to improve the stability and response of the control system. Then a process cf welding penetration control was realized precisely.
    在试验分析的基础上,作者通过研究焊缝熔池的行为与控制特点,采用了继电器型的非线性环节,提高了控制系统的稳定性和响应速度,实现了高质量的焊缝熔透过程控制。
  20. Penetration control on top face information of temperature field in arc welding ── a three dimentional analytical model of temperature field and experiment evaluation
    基于弧焊温度场正面信息的熔透控制&三维温度场熔透解析模型及验证
  21. According to detection of TIG welding pool by optical sensor, through adjustment of pulse width of welding current peak value and base value by single-chip computer, the principle and method of penetration control of peripheral welds of cylinders was introduced in this paper.
    本文介绍了采用光电传感器检测TIG焊缝熔透状况。通过单片机对脉冲焊接电流峰值及基值宽度的调节,控制圆筒形管环焊缝熔深的原理及方法。
  22. The penetration control is the domain field on welding research using topside temperature information of weldment, and the choosing of the top temperature measurement points is also regarded as an important task of the real time control.
    基于正面温度场信息进行背面熔宽控制是焊接研究的前沿领域,而实时控制时正面测温点的选择也是一个很重要的方面。
  23. A computer control system for research is designed in this paper considering the weld penetration control on mild steel in TIG welding with electro eddy sensor.
    针对低碳钢TIG焊电涡流传感熔透控制,设计了一套计算机控制的研究装置。
  24. The sensor can detect true voltage signal about the changing temperature of the back side of weld pool when using the step traveling pulse TIG welding on mild steel. A new studying method for penetration control is proposed in this paper.
    采用步进式脉冲TIG焊焊接低碳钢时,该传感器能够准确检测到熔池背面温度变化的电压信号,为焊缝熔透控制提供了一种新的研究方法。
  25. Weld penetration control technology using weld pool resonance in GTAW
    GTAW熔池谐振法熔透控制技术
  26. Application of Relativity Theory for Choosing Fields of Temperature Measurement Points in Arc Welding Penetration Control
    相关性理论在熔透控制测温点选择中的应用
  27. A sub system for weld quality control in real time and reliable communication between penetration control sub system and the center computer of WFMC were investigated in this paper.
    文中建立了WFMC中焊接质量实时控制子系统并实现了该子系统与WFMC中央监控计算机的实时可靠通讯。
  28. The intelligent control theory creates a new world for penetration control of PAW.
    智能控制理论为等离子弧焊熔透控制开辟了新天地。
  29. TIG Welding Penetration Control is a significant research field of automatic arc welding, and the degree of welding penetration is a pivotal performance index of welding quality control.
    实现气体保护电弧焊熔透控制是自动电弧焊的一个重要研究领域,焊接熔透是焊接质量控制中关键的一项性能指标。
  30. The key of penetration control in Keyhole PAW is to control the state of the keyhole, and in order to control the state of the keyhole, it is important to control the heat input of welding process.
    小孔型等离子弧焊熔透控制的关键是对小孔状态进行控制,而控制小孔状态的关键是控制焊接过程的热输入量。