engine brake

英 [ˈendʒɪn breɪk] 美 [ˈendʒɪn breɪk]

网络  引擎刹车; 引擎煞车; 发动机制动; 引擎制动; 发动机刹车

机械



双语例句

  1. Technology Analysis and Gap Adjustment of Engine Brake
    发动机制动技术解析及其间隙调整方法
  2. The driver started the engine, released the brake, and was on his way.
    司机发动了引擎,松开了刹车,开车上路了。
  3. The results show that the engine speed and brake mean effective pressure ( BMEP) have great influences on emissions.
    结果表明:发动机转速和平均有效压力对污染物排放有较大影响;
  4. Fill your engine, transmission, brake pipeline and axles with appropriate fuel, lubricating oil or grease.
    同时要为你的发动机、变速器、动管路和车桥等部件加注合适的燃油、滑油或润滑脂等。
  5. Braking without the engine brake is a bit more tricky but we've had many tests now and a driver adapts quickly.
    刹车就变得更艰难了,但我们已经做了很多测试而且车手的适应力是很强的。
  6. The Test Study on the Performance of Jacobs Engine Brake
    Jacobs发动机制动性能试验研究
  7. Critical slope length computation of engine brake inefficacy
    发动机制动失效的坡长临界值计算
  8. A Research on Fuzzy Control System with Combination of Engine Brake, Exhaust Brake and Retarder
    发动机制动、排气制动与缓行器联合作用的模糊控制系统研究
  9. New Technology of Heavy-duty Truck& Engine Brake
    重型汽车新技术应用&发动机缓速器
  10. A Study on Supercharged Diesel Engine with High Brake Mean Effective Pressure
    高平均有效压力增压柴油机&一种泄压储能系统的研究
  11. In high strength braking condition, engine assistant brake affects the utilization of road friction coefficient of front and rear axles respectively and the critical velocity of shifting to neutral gear is obtained according to relevant Chinese National Standard.
    研究了高强度制动状况下在挡辅助制动对前、后轴利用附着系数的影响,获得了符合相关国家标准的换入空挡的临界车速。
  12. Research and Application about the Styer Diesel Engine Exhaust Brake Test-bed System
    斯太尔发动机排气制动测试系统的研究与应用
  13. Affect of engine brake and exhaust brake on bus brake stability
    发动机制动和排气制动对客车制动稳定性的影响
  14. The mathematical models for engine, brake, tire and complete vehicle are set up to simulate the traction control process under typical road conditions, using above mentioned algorithms.
    在建立汽车加速过程的发动机模型、制动器模型、轮胎模型、整车模型和路面自动识别系统的基础上,采用所提出的控制算法对典型附着路面上的牵引力控制过程进行了仿真模拟。
  15. New Diesel Engine Exhaust Brake System for Trucks
    载重汽车用柴油机排气制动系统的研制
  16. CVT control strategies for engine brake on long downhill of vehicle
    汽车下长坡时发动机制动CVT控制策略
  17. The system can also have a function of engine brake if the hydraulically driven exhaust valve sleeve is connected with a braking level on a vehicle.
    如使制动杆与阀套转角连动,还可达到利用发动机主动制动的功能。
  18. With the two diesel engine drag mutually, the Styer diesel engine exhaust brake test are carried out.
    柴油机排气制动是一种新型的发动机制动方式,在分析了其基本原理的基础上,采用两台柴油机相互拖动的方法进行斯太尔柴油机的排气制动测试的实验。
  19. Braking ability of engine brake and retarder brake when bus downhill Power characteristics of vehicle eddy-current-retarder
    客车发动机制动与缓行器联合作用的制动能力汽车电涡流缓行器供耗电特性研究
  20. Reformation of Engine Driver Brake System of Bridge Crane
    桥式起重机大车制动系统改造
  21. Meanwhile, the matching relation between characteristics of engine and brake and influence on measuring stability of eddy current dynamometer are proved.
    论证了发动机与制动器特性曲线间的匹配关系对涡流测动机测试稳定性的影响。
  22. The diesel engine brake electric control system based on the CAN technology is introduced.
    介绍了基于CAN总线的柴油机排气制动控制系统。
  23. The second-order-control model of the longitude relative distance for a vehicle to a vehicle is presented, and the logical switch ruler between an engine and a brake is designed.
    建立了两车跟随运动的二阶模型,并设计了加速/制动的逻辑切换规律。
  24. In accordance with the requirements of bus on steady speed in downhill operation a fuzzy brake control system with the combination of engine brake, exhaust brake and retarder is developed and simulated.
    针对客车山区道路下坡行驶过程中对稳定车速的要求,对客车发动机制动、排气制动与缓行器联合作用时的制动模糊控制系统进行了设计和模拟分析。
  25. The results showed that, compared with diesel engine, the brake specific fuel consumption increased while the brake specific energy consumption decreased to certain extent and the smoke emission reduced obviously.
    研究表明:柴油醇燃料发动机的有效燃油消耗率较柴油机的升高,而有效能耗率有一定程度的降低;
  26. Jacobs engine brake system, therefore, as a mature sustained brake system is indispensable for the commercial vehicle on mountain roads.
    因此作为一种高效的持续制动装置,Jacobs发动机制动系统对于保障商用汽车在山区公路连续下坡行驶的安全性是不可缺少的。
  27. In order to providing enough sustained braking ability when go downhill, a combining method of using engine dynamic brake for auxiliary braking, exhaust brake and retarder is commonly used to achieve the purpose of stability.
    为了使汽车在长下坡时具有足够的持续制动能力,目前一般采用发动机辅助制动、排气制动与缓速器联合作用的控制方式来达到稳定车速的目的。
  28. Jacobs engine brake system on the flat road test performance data were analyzed, and come to the result of the sustained brake system performance. Then it compared to the engine-driven performance curve.
    对Jacobs发动机制动系统性能的平路试验数据进行了分析计算,得出持续制动性能的量化结果,并以发动机驱动功率为参照进行对比分析。
  29. When the BED multi-component fuel were used, the engine power and brake specific fuel consumption reduced with the increase of fuel oxygen content, and the effective thermal efficiency was improved.
    随着BED多组份燃料含氧量的增加,动力性和有效燃油消耗率降低,有效热效率提高。
  30. Engine brake, exhaust brake and electrical eddy current rail brake have been used independently as continuous brake device for long times.
    发动机制动、排气制动和电涡流缓行器单独作为持续制动装置使用已经有相当长的时间了。