1) lockup clutch
锁止离合器
1.
When the hydraulic torque converter with lockup clutch is adopted in the automatic transmission, the (slippage) that occurs between impeller and turbine can be eliminated in some operating conditions, which will get (better) fuel economy and drive efficiency.
对车辆自动变速器锁止离合器的典型结构与工作原理、锁止点的选取、以及如何依据车速和发动机节气门开度等诸多参数共同控制液力变矩器锁止离合器的锁止进行了分析。
2) lock-up clutch
锁止离合器
1.
The application of lock-up clutch slip control balances the fuel economy and drivability, and greatly improves the performance of hydraulic automatic transmission.
文章论述了锁止离合器结构,摩擦片摩擦材料,并对锁止离合器结合过程中扭矩传递随结合时间的变化特性进行了详尽的分析。
3) ELC Electronic Lock-Up Clutch
电子锁止离合器
4) luc control
锁止离合器操纵机构
5) lock-up clutch
闭锁离合器
1.
Research on Slip Control of Lock-up Clutch in Torque Converter;
液力变矩器闭锁离合器滑摩控制研究
2.
Focused on realizing the virtual prototyping of powertrain system modeling and simulation, by the use of a full position regulation diesel engine and a torque converter with look-up clutch, a model of engine, torque converter and lock-up clutch were setup in ADAMS, and then assembled into a virtual prototype for coordinated work simulation.
以全程调速柴油发动机与带闭锁离合器的三元件向心涡轮液力变矩器为研究对象,以实现动力传动系统虚拟样机建模仿真为目标,基于ADAMS建立了发动机、液力变矩器和闭锁离合器数学模型,并组装成共同工作虚拟样机,提供了模型实现方法。
3.
In the paper, dynamic analysis is performed for the engaging process of the converter lock-up clutch.
该文对变矩器闭锁离合器结合过程进行了动态分析 ,以获得良好的结合品质为目标 ,提出了变矩器闭锁离合器充油特性的设计方法 ,编制了计算机程序 ,并给出了应用实例 。
6) lockup clutch
闭锁离合器
1.
When the working situation is in the set point, the pump and the turbine will be locked by the lockup clutch through the control system of regulation, then, the hydrodynamic transmission is transformed into rigid mechanical transmission, so the lockup clutch is the device that can improve the transmission efficiency of the hydrodynamic torque converter.
在此基础上利用ANSYS软件对闭锁离合器锁止压盘和摩擦片进行了热分析和振动分析。
补充资料：发动机防盗锁止系统
由于汽车门锁具有一定的互开率，降低了汽车的防盗功能，因此人们开发丁发动机防盗锁止系统。对于已装有发动机防盗锁止系统的轿车，即使盗车贼能打开车门也无法开走轿车。典型的发动机防盗锁止系统是这样工作的：汽车点火钥匙中内装有电子芯片，每个芯片内都装有固定的ID(相当于身份识别号码)，只有钥匙芯片的ID与发动机一侧的ID一致时，汽车才能启动。相反，如果不一致，汽车就会马上自动切断电路，使发动机无法启动。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条