点火系统

dián huǒ xì tǒnɡ
  • ignition system
点火系统点火系统
  1. PLC自动点火系统在燕化公司火炬单元应用

    Application of the PLC Automatic Ignition System for Flare

  2. 两用燃料发动机燃气ECU点火系统软件设计

    Design of ECU Ignition System Software for Dual Fuel Engine

  3. PLC技术在加热炉自动点火系统中的研究与应用

    Research and Application of PLC Technique at Furnace ′ s Autoignition System

  4. PLC在焦化荒煤气自动放散点火系统的应用

    Application of PLC on Auto Igniting System of Impure Coal Gas Spreading

  5. 针对此问题,本文开发了一套基于微机控制的LPG喷射发动机多次点火系统。

    So , this paper exploited a multiple times ignition system based on PC controlled LPG injection .

  6. 通过现场应用说明了锅炉点控制系统由于采用了以PLC为核心的可编程控制器,使点火系统得到了简化,可靠性大为增强。

    Through field application , the boiler ignition control system that adopts the PLC programmable controller can simplify the ignition system , and its reliability strengthens further .

  7. 二冲程汽油机数字式CDI点火系统的开发与研究

    Research and Development of Digital CDI Ignition System in Two-stroke Gasoline Engine

  8. 利用汽车发动机点火系统的故障实例验证了基于BP模型的神经网络故障诊断正向推理方法的有效性和可行性。

    The validity and feasibility of the forward reasoning method for fault diagnosis based on BP neural networks are verified by the example of the faults in the ignition system of automobile engine .

  9. 有关资讯,请参阅单元8D,点火系统。

    Refer to Group 8D , Ignition System for information .

  10. 改进设计了LPG供气系统和原机点火系统,标定了LPG喷射器的流量特性,分析了不同压缩比、点火角对发动机性能和排放的影响规律。

    The LPG supply system was designed and the ignition system was improved according to the requirements of LPG and the flow characteristic of the LPG injector was calibrated .

  11. 600MW机组等离子点火系统故障原因分析及改造措施

    Fault Cause Analysis and Countermeasures on Plasma Ignition System of 600 MW Unit

  12. 针对无油点火系统中的大滞后、非线性、时变的温度控制特点,在使用智能PID控制的基础上,构想结合使用模糊控制理论。

    Because the temperature control has several characters such as lag , no linearity , etc , the way of using the theory of fuzzy Control based on intelligent PID control is about to be adapted .

  13. 等离子点火系统在600MW超临界机组的运行分析

    Analysis of Application and Operation of the Plasma Ignition Technology in 600 MW Supercritical Boiler

  14. 汽车电子点火系统的VHDL-AMS模型

    VHDL-AMS Models for Automotive Electronic Ignition System

  15. 汽油机的电控点火系统(ESA)中高压配电有2种方式:有分电器式和无分电器式。

    There are 2 ways of high pressure distribution of electronic control ignition system of gasoline engine : distributor ones and distributorless ones .

  16. 气化微油点火系统在600MW机组中的应用及对策

    The Problems of Concerning Application of Little Gasified Oil Ignition System in 600 MW Unit and Countermeasures

  17. 对激光点火系统与传统的火花塞点火系统在天然气发动机燃烧和排放性能方面进行了燃烧持续期、失火极限、敲缸极限、NOx排放等参数的比较;

    A comparison of some parameters of combustion and exhaust emission such as burn duration , misfire knock limit , NO_xemission etc between Laser-induced Spark and conventional spark plug ignition had been carried .

  18. 实验研究混合气供给方式、发动机结构参数、点火系统、混合气空燃比、燃烧特性等因素对LPG发动机性能的影响。选择了等比例长孔式混合器控制空燃比;

    LPG engine performance due to various factors such as different type mixing unit , structural parameter of engine , ignition unit , A / F , as well as combustion characteristic et al .

  19. 等离子点火系统在1000MW机组上的应用

    Application of Plasma Ignition System in 1 000 MW Power Generation Unit

  20. 国产200MW机组锅炉点火系统改造技术方案分析

    Analysis on Technical Program of Ignition System Rebuild for Domestic 200 MW Boiler

  21. 高能点火系统在CG125发动机上的应用研究

    Application of High Energy Ignition System to Single Cylinder Engines

  22. 国产TQD-2型汽车电器试验台点火系统改进方法

    Improving Ways of Ignition System of TQD-2 Auto Electric Appliance Test-bed

  23. 奥迪100型26L轿车装备了电子控制汽油喷射式V6发动机,采用无分电器电子点火系统。

    Type 100 2.6L AUDI car is equipped with electronic controlled gas injection V6 engine , which has electronic ignition system without distributor .

  24. 作者开发了一套微机控制的高能多次点火系统,并将其应用于电控LPG发动机,研究了多次点火对怠速性能的影响。

    A high-energy multi-time ignition system based on computer controlled was developed . The system was applied in the electronic controlled IC-engine fueled with LPG to study the effects of multi-time ignition to the engine performance at idle .

  25. 从ICP光谱仪点火系统的组成部分、工作原理、参数分析入手,分析不能正常点火故障及排除方法。

    According to the components , the operation principles and the parameter analysis of the ICP 's ignition system , the cause of fault that can not ignite was analyzed and the methods of fault clearing were provided .

  26. 广州本田飞度乘用车程序控制点火系统(PGM-IG)检测与诊断

    The Inspection and Diagnosis to PGM-IG of Guangzhou Honda Fit Car

  27. 利用模拟弹道炮进行了普通中心点火系统和LVD中心点火系统对发射装药的点火一致性研究。

    The ballistic simulator was used to make experiments of ignition simultaneity of the normal centre core ignitor and the LVD centre core ignitor to propellants .

  28. 东莞玖龙纸业有限公司安装的210MW机组装有等离子点火系统。在调试和试运行中,遇到等离子点火系统的供电电源设计不当;

    Plasma ignition system has been installed in the 210 MW unit of Dongguan Jiulong Paper Ltd.

  29. 首先本文对电控LPG喷射发动机多次点火系统作了总体方案研究,相应选择了控制策略,最后在此基础上完成了系统硬件和软件的设计。

    First , this paper studied the overall scheme of electronically controlled LPG injection engine 's multiple times ignition system . According to this scheme , the open-loop control strategy was chosen . Then , the hardware and software of this system were designed .

  30. 提出一种新型的汽车电子点火系统控制策略的数学模型,完成了基于汽车电子点火提前(ESA)方式的点火控制仿真系统的设计。

    This paper puts forward the mathematic model for the controlling strategy of a new type of automobile igniting system and completes the design of the simulation system for automobile igniting control based on ESA .