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一概述 1 动液传动及其应用为了对液力变矩器有个初步的了解,我们首先分析一个简单的动液传动装置(图1—1)。它是由离心泵和涡轮机用管路6联接起来的。离心泵充满液体,用发动机(例如柴油机)Ⅰ带动离心泵Ⅱ工作时,泵轮1的叶片对液体有作用力,迫使液体运动,于是发动机的机械能传给液体,液体获得了能量(动能和压能),高速地经管路6流入涡轮机Ⅲ,冲向涡轮2的叶片,把液体的能量又传给涡轮,变成机械能,使涡轮转动,从而带动工作机(例如
An Overview 1 Hydrodynamic Transmission and Its Application To get a first-hand understanding of the torque converter, we first analyze a simple hydrodynamic actuator (Figure 1-1). It is connected by a centrifugal pump and a turbine line 6. Centrifugal pump filled with liquid, with the engine (such as diesel) Ⅰ driven centrifugal pump Ⅱ work, the impeller 1 impeller force on the liquid to force the liquid movement, so the engine mechanical energy transfer to the liquid, the liquid energy (kinetic energy and pressure Energy) flows through the pipeline 6 at a high speed into the turbine III and toward the blades of the turbine 2, transferring the energy of the liquid to the turbine to become mechanical energy to rotate the turbine to drive the working machine (for example,