injector pump

英 [ɪnˈdʒɛktə pʌmp] 美 [ɪnˈdʒɛktər pʌmp]

n.  注射泵

化学



双语例句

  1. Verify pump timing marks are aligneCheck/ time the injector pump ( refer to Group 14, Fuel System).
    1验证泵正时标志对准。检查/正时喷射泵(请参阅第14单元燃油系统)。
  2. It consists of an agitator tank and an injector pump that siphons off the saturated solution and introduces it into the irrigation line.
    这种注射器由一个搅拌容器和一个用于虹吸饱和溶液并注入灌溉系统中的注射泵组成。
  3. Such additives generally have good lubrication, cleaning, in addition to water, rust and other functions, on the injector, fuel pump, engine has great benefits.
    一般这类添加剂具有良好的润滑、清洁、除水、除锈等功能,对喷油器、喷油泵、发动机都有很大好处。
  4. Remove injector ( s) from fuel rail. balance vane pump
    从燃油轨道上拆卸喷嘴。双作用卸荷式叶片油泵
  5. Water feed is by rear truck mounted axle pump, injector or Wier pump.
    水饲料安装轴泵,喷油器或威尔泵的后方卡车。
  6. The rear rack is square framework above which injector apparatus, cylinder, proportional pressure meter, oil cooler, electric engine and oil pump, etc, are equipped.
    后机架为长方形框架,其上安装有注射装置、油箱、比例压力、流量油路块、油冷却器、电机和油泵等。
  7. The FAI which is developed on the basis of linear electromagnetic pump has been successfully used on 4-stroke motorcycles, with its important breakthrough featuring that the FAI injector can realize the functions of fuel pump, pressure regulator and nozzle which are equipped in the conventional EFI system.
    以直线电磁泵为基础的FAI技术已经成功地应用在四冲程摩托车上,最大的突破在于FAI喷油器能够实现传统电喷系统中油泵、调压器和喷油嘴3个部件的功能。
  8. Solenoid-controlled jerk-pump fuel injection systems mainly include electronic unit pump system, electronic unit injector system, electronic distributor pump system electronic pump-pipe-valve-injector fuel injection system.
    电磁阀溢流控制式脉动喷油系统主要指的是电控单体泵、电控泵喷嘴、电控分配泵和电控泵-管-阀-嘴等4种系统。
  9. Objective To explore the methods for avoiding obvious fluctuation of blood pressure during the change of the injector when pumping the active drugs of blood vessels with a micro-infusion pump.
    目的探讨当使用微量泵泵入血管活性药物时,避免因更换注射器而造成血压明显波动的微量泵使用方法。
  10. And the exterior outline of the duel-fuel injector keeps the same as that of the prototype, and the interior structures mainly include duel-needle valves with the duel-fuel pipes and the boost pump for LPG fuel, and the four-way valve.
    所设计的双燃料喷油器保持了原型机喷油器相同的外形安装尺寸,其内部主要结构包括有双针阀和双油路、LPG燃料增压泵和四通阀。
  11. Nozzle pressure variations during the mold injection process and the main factors affecting the injection process such as the solenoid response lag and the injector opening pressure were studied to develop a method to precisely control unit pump injection rates.
    为了精确控制电控单体泵的喷油过程,结合嘴端压力变化规律,对影响喷射过程的电磁阀响应时间、喷油器开启压力等进行了分析。
  12. This paper presents quasi-dimensional models to treat the boundary conditions of fuel injector and distributor. A new model for fuel injecting pump in numerical simulation of the circulating type fuel system suitable for inferior fuel ( heavy fuel) is presented as well.
    本文数值仿真了一种适合劣质燃油(重油)的循环式燃油系统(一泵二嘴四针阀),提出了处理喷油器和燃油分配器边界条件的准维模型以及用于喷油泵边界条件的新模型。
  13. The results of circulated heating of the deaeration heating systems were com-pared by using steam injector to replace the hot water circulation pump. It is found that the application of steam injector can enable the effects of save energy, ensure safety, high efficiency and convenience.
    将使用蒸汽喷射器替代热水循环泵对除氧加热系统进行循环加热的效果进行了对比,认为应用蒸汽喷射器可以起到节能、安全、高效、方便的作用。
  14. The electronic in line pump pipe valve injector diesel injection system is a new solenoid controlled in line pump system.
    分析了电控直列泵-管-阀-嘴(PPVI)柴油喷射系统的基本喷射特性。
  15. Economics is studied on steam injector substituting the tube-shell heat exchanger and the circulating pump in the heating system of the thermal power plant.
    针对热电厂供热系统采用升压加热装置改造热网加热器和循环水泵的可行性和经济性开展了研究。
  16. The main reasons of GK 1G Series diesel shunting locomotive lubricating oil dilution were found to be long locomotive idling time, return pipe leakage, poor injector atomization quality and delivery pump seal.
    通过对GK1G系列调车内燃机车机油稀释原因的分析,发现主要是由于机车怠速时间长、喷油器雾化质量差及回油管漏油、输油泵密封不良等因素造成。
  17. However, the way to test injector in our county lags behind, by using hand pump to test injector, there is great subjectivity, not high detection precision and inconvenient use.
    目前,我国喷油器质量检测普遍采用人工方法,借助传统的手动泵和压力等工具进行检测,存在主观性大、操作不方便及检测精度不高等问题。