cutting torch

英 [ˈkʌtɪŋ tɔːtʃ] 美 [ˈkʌtɪŋ tɔːrtʃ]

割炬;切割吹管

化学



双语例句

  1. Cutting torch already can be held by hand, and could be carried out underwater.
    切割炬已经可以手持,并可以进行水下切割。
  2. Cutting torch would take too long.
    切割花的时间太长了。
  3. The Approach About the Cutting Torch Cuts Slab Regularly after Ethernet Has Trouble
    H1网故障切割机正常切割板坯的研究
  4. Cutting torch, air reducing valve and so on are not in the scope of free maintenance.
    割炬、空气减压阀等不属于免费保修范围。
  5. Note: The arc cannot be started in the state without ventilation, or else, it will easily damage the cutting torch ( commonly known as cutting gun) and the machine.
    注意:不得在未通气状态下引弧,否则将容易损坏割炬(俗称割枪)和机器。
  6. The Research and Application on the Plasma Cutting Torch Body Underwater
    水下等离子割炬体的设计研究与应用
  7. A powerful flame NC pipe cutting machine tool was developed based on the analysis of the principle and the torch movement for the flame NC pipe cutting machine tool.
    在对数控火焰切管机床的加工原理和割炬路径的运动学分析基础上,研制了一种功能强大的火焰切管数控机床。
  8. It is forbidden to align the cutting torch to any part of human body to avoid accidental injury.
    严禁将割炬对准人体的任何部位!以免意外伤害!
  9. In order to solve the problem of processing the three-dimensional curved surface in intersecting curve with groove cutting at the end of pipe, the ensurance of torch track and the selection of torch pose become the key to better processing quality.
    针对管端相贯线坡口切割过程中存在三维空间曲面加工问题,研究割炬轨迹的保证和姿态的选择是获得良好加工质量的关键。
  10. This paper mainly analyzes the cutting process of the TCM in program aspect by putting the algorithm for the torch edge detecting into account, works out a method of fixing breakdowns.
    文章主要对切割机切割过程进行程序分析,并在考虑到切割枪边缘探测这一环节的算法设计上提出排除故障的方法。
  11. A SUPERSONIC FLAME CUTTING TORCH Crystal and Flame Education in the Flame Renewing Supersonic Jet
    一种火焰切割用超音速喷嘴
  12. The paper presents the structure, principle and effect of iron powder oxy acetylene cutting torch for stainless steel and comparison between this method and the others current at home.
    介绍铁粉氧-乙炔法切割不锈钢割炬的结构、原理及使用效果,并与国内目前其他切割方法对比。
  13. This equipment was operated by the way of the work piece rotating and the cutting torch regulating, the cutting torch adopts the laser cutting, the result has proved that it can improve the machining accuracy, improve production efficiency and realize automatic production.
    该装置采用工件旋转、割炬固定的激光切割工作方式,结果表明可以提高加工精度,提高生产效率,实现自动化生产。
  14. The real cutting examples about intersection of pipe-pipe and K type are simulated and analyzed, and the relationship between torch track and related parameters is studied.
    对管-管相贯、K形接头相贯的切割实例进行了仿真分析,研究了割炬轨迹和相关参数的关系。
  15. This control system of flmae/ plasma cutting machine we developmented, not only hold the flame cutting's function of auto pierce and auto torch height control. but also get the plasma cutting's function of auto initial height set and arc voltage height control.
    本火焰/等离子数控切割机控制系统,不仅具有火焰切割的自动穿孔和电容自动调高功能,而且还具有等离子切割的初始定位和弧压调高功能,并可实现割缝补偿,任意曲线切割。
  16. New type of cutting torch based on water vapor plasma arc
    一种基于等离子弧的水蒸气割炬
  17. The Characteristics of Air Plasma Arc Cutting and the Structure of Cutting Torch
    空气等离子弧切割特点及割具结构
  18. Capacitance Automatic Height-Adjusting System for Single Cutting Torch of the Cutting Machine
    切割机单割炬电容自动调高控制系统
  19. Lifting mechanisn of cutting torch for portal flame cutting machine
    门式火焰切割机开条割炬升降结构
  20. The flame cutting is used iron oxide produced during combustion temperature to cut carbon steel. It is designed by the torch for burning iron oxide providing full oxygen, which ensures to get good cutting results.
    火焰切割利用氧化铁在燃烧过程中所产生的高温来对切割碳钢的,燃烧氧化铁所使用的氧气是通过对割炬的设计来实现的,这样可以保证切割效果良好。
  21. The height control system can adjust height automatically or manually according to the given height in order to ensure that the height between cutting torch and plate keeps constant, improving the accuracy and quality of processing.
    高度控制系统可按给定高度自动或手动调节,保证割炬到钢板的高度保持恒定,提高加工的精度和质量。
  22. In order to apply the system in different cutting environments, an automatic adjustment system of the cutting torch is designed by using fuzzy control.
    为了使开发的系统能够适应更加复杂的切割环境,在系统开发过程中,本文利用模糊控制原理进行了割炬自动调高的设计,并完成了自动调高硬件结构及模糊控制器的设计。