转向离合器为全液压压紧的非常结合离合器。
Steering clutch is hydraulic pressed, non-constant engaged clutch.
当离合器处于结合状态时(或者说处于正常运行状态时)，动力从发动机传递到变速器。
When the clutch is in the coupling (or normal running) position, power flows through it from the engine to the transmission.
采用楔块式超越离合器，结合时间短，稳定性高，噪音低。
Applying of the sphenoid starting clutch shortens the uniting time, improve the stability and lower the noise.
抬起离合器踏板时，开始要快抬，当感觉到离合器压盘逐渐结合至半联动后，开始放慢速度。
Lift the clutch pedal, start to lift soon, when the feeling gradually with the clutch pressure plate linked to a half, it begins to slow down.
该离合器的长处是转输扭矩大，没有积累误差，可以做分度和定位结合。
The clutch strengths is turned to lose torque, no error accumulation, can do indexing and positioning combined.
和单片磨擦式电磁离合器的原理及结构非常近似，只是结合方式为齿式啮合。
And monolithic friction-type electromagnetic clutch principle and structural very approximate, just combining ways for an engagement.
研究具有机械式自动变速器的履带式车辆起步时离合器结合控制问题。
The control of the clutch engagement for an automatic mechanical transmission in the process of a tracklayer getting to start is studied.
设计上，过载保护离合器结合型离合器，由弹簧作用的不可调离合器外加弹性离合器组成。
The overload clutch is designed as a clutch combination consisting of a spring-loaded non-shiftable clutch with an additional flexible clutch.
本文对离合器的设计计算方法进行研究，结合自己的设计经验提出一种快速计算的验证方法。
The article introduces the designing of clutch and calculation, which is good method and basic experience.
采用楔块式超越离合器，结合时间短，稳定性高，噪音低。
Applying of the sphenoid starting clutch shortens the uniting time, improves the stability and decreases the noise.
从零件的结构和要求入手，结合精冲工艺的特点，论述了离合器板精冲工艺及模具设计时各参数的选取和模具设计的主要技术问。
According to the structure and requirements of the clutch plate part and the characteristics of fine blanking process, the fine blanking process for the clutch plate is proposed.
结合当前工程机械维修工作的实际情况，对主离合器、液力变矩器、驱动桥、转向离合器和转向制动器等部位的故障现象进行了深入的探讨。
Based on the practical situations of current construction equipment maintenance, the fault of master clutch, hydraulic torque converter, driving bridge, steering clutch and brake are discussed.
分析机械式自动变速器在各种工况下起车离合器接合过程，以起车冲度和滑摩功均较小为原则，来实现离合器结合的平顺性。
This paper analyzes the clutch engagement process during starting in practical operation in a bid to realize a smooth starting with least of jerk and slipping work.
DLZ4系列是将干式单片电磁离合器、制动器结合在一起的组合体，通过控制离合器、制动器线圈的供电来实现负载的传递和制动的功能。
DLZ4 series are a combination of electromagnetic clutches and brakes. Their transmission and braking functions are based on the loads created by the supply of power to the clutches and brakes.
DLZ1系列是将干式单片电磁离合器、制动器结合在一起的组合体，通过控制离合器、制动器线圈的供电来实现负载的传递和制动的功能。
DLZ1 series are a combination of electromagnetic clutches and brakes. Their transmission and braking functions are based on the loads created by the supply of power to the clutches and brakes.
DLZ3系列是将干式单片电磁离合器、制动器结合在一起的组合体，通过控制离合器、制动器线圈的供电来实现负载的传递和制动的功能。
DLZ3 series are a combination of electromagnetic clutches and brakes. Their transmission and braking functions are based on the loads created by the supply of power to the clutches and brakes.
建立了描述湿式离合器结合过程的多状态动力学模型，通过台架试验验证了模型的正确性。
A multimode dynamic model of a wet clutch in engagement process was developed and its correctness was verified by the experiment.
DLZ5系列是将干式单片电磁离合器、制动器结合在一起的组合体，通过控制离合器、制动器线圈的供电来实现负载的传递和制动的功能。
DLZ5 series are a combination of electromagnetic clutches and brakes. Their transmission and braking functions are based on the loads created by the supply of power to the clutches and brakes.
DLL1系列是将干式单片电磁离合器结合在一起的组合体，通过控制离合器线圈的供电来实现负载的传递的功能。
DLL1 series are a combination of electromagnetic clutches. Their transmission functions are based on the loads created by bhe supply of power to the clutches.
结果表明：直流伺服电机驱动离合器，能很好地控制离合器的结合速度，提高车辆起步品质。
Simulation results indicate that the clutch engaging speed can be accurately controlled by using DC servo motor dual closed loop control system. The start quality of Vehicle was improved.
结果表明：直流伺服电机驱动离合器，能很好地控制离合器的结合速度，提高车辆起步品质。
Simulation results indicate that the clutch engaging speed can be accurately controlled by using DC servo motor dual closed loop control system. The start quality of Vehicle was improved.
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