throttle lever

简明释义

油门操纵杆

英英释义

例句

1.During the flight, the co-pilot monitored the throttle lever to ensure it was within safe limits.

在飞行过程中，副驾驶监控着油门杆以确保其在安全范围内。

2.The mechanic explained how to properly use the throttle lever during engine testing.

机械师解释了在发动机测试中如何正确使用油门杆。

3.When cruising, the throttle lever should be set to a steady position for optimal fuel efficiency.

在巡航时，油门杆应设置在一个稳定的位置以获得最佳燃油效率。

4.In a racing car, the driver constantly adjusts the throttle lever to maintain control of speed around the track.

在赛车中，驾驶员不断调整油门杆以保持对赛道上速度的控制。

5.The pilot adjusted the throttle lever to increase the aircraft's speed during takeoff.

飞行员调整了油门杆以在起飞时增加飞机的速度。

作文

The concept of the throttle lever is crucial in the world of aviation and automotive engineering. Essentially, the throttle lever is a control mechanism that regulates the power output of an engine. For pilots and drivers alike, understanding how to manipulate this lever effectively can mean the difference between a smooth ride and a disastrous one. In airplanes, the throttle lever controls the amount of fuel and air mixture entering the engine, which directly affects the thrust produced. When the lever is pushed forward, more fuel is allowed into the engine, increasing its power and speed. Conversely, pulling the lever back reduces power and slows the aircraft down.In automobiles, the throttle lever serves a similar purpose, though it is often referred to as the accelerator pedal. When a driver presses down on the pedal, they are essentially pushing the throttle lever forward, allowing more fuel into the engine and thus accelerating the vehicle. The relationship between the driver’s foot and the throttle lever is a dance of sorts; it requires precision and timing to achieve the desired speed without losing control.Understanding the mechanics behind the throttle lever can also enhance safety. For instance, during a critical moment such as takeoff or overtaking another vehicle, knowing how to manage the throttle lever can help maintain stability and prevent accidents. In aviation, if a pilot mismanages the throttle lever, it could lead to a stall, where the aircraft loses lift and begins to fall. Similarly, in cars, excessive acceleration can lead to loss of traction and skidding.Moreover, advancements in technology have transformed how we interact with the throttle lever. In modern vehicles, electronic throttle control systems replace traditional mechanical linkages. This means that the position of the throttle lever is communicated to the engine control unit electronically, allowing for more precise control and better fuel efficiency. Such innovations illustrate how understanding the throttle lever is not just about physical manipulation but also about grasping the underlying technology.In conclusion, the throttle lever is more than just a simple control; it is a vital component that connects the operator's intentions with the performance of the vehicle or aircraft. Mastering the use of the throttle lever can lead to improved safety, performance, and efficiency. Whether you are flying high above the clouds or cruising down the highway, the importance of the throttle lever cannot be overstated. By learning to respect and understand this essential tool, operators can ensure a smoother and safer journey, making the most out of their driving or flying experience.

“油门杆”的概念在航空和汽车工程的世界中至关重要。基本上，“油门杆”是一个控制机制，用于调节发动机的功率输出。对于飞行员和司机来说，理解如何有效地操作这个杆子可以决定平稳驾驶和灾难之间的差别。在飞机中，“油门杆”控制进入发动机的燃料和空气混合物的数量，这直接影响产生的推力。当杆子向前推动时，更多的燃料被允许进入发动机，从而增加其功率和速度。相反，拉回杆子则减少功率并减慢飞机的速度。在汽车中，“油门杆”起着类似的作用，尽管它通常被称为加速踏板。当司机踩下踏板时，他们实际上是在将“油门杆”向前推，允许更多的燃料进入发动机，从而加速车辆。司机的脚与“油门杆”之间的关系是一种舞蹈；需要精准和时机来实现所需的速度，而不失去控制。理解“油门杆”背后的机械原理也可以增强安全性。例如，在关键时刻，如起飞或超车时，知道如何管理“油门杆”可以帮助保持稳定，防止事故发生。在航空中，如果飞行员错误管理“油门杆”，可能会导致失速，即飞机失去升力并开始下降。同样，在汽车中，过度加速可能导致失去牵引力和侧滑。此外，技术的进步改变了我们与“油门杆”的互动方式。在现代车辆中，电子油门控制系统取代了传统的机械连接。这意味着“油门杆”的位置通过电子方式传达给发动机控制单元，从而实现更精确的控制和更好的燃油效率。这些创新说明，理解“油门杆”不仅仅是关于物理操作，还涉及掌握潜在的技术。总之，“油门杆”不仅仅是一个简单的控制装置；它是一个重要组成部分，将操作人员的意图与车辆或飞机的性能连接起来。掌握“油门杆”的使用可以提高安全性、性能和效率。无论你是在高空飞行还是在高速公路上巡航，“油门杆”的重要性都不容小觑。通过学习尊重和理解这个基本工具，操作人员可以确保更平稳和更安全的旅程，充分利用他们的驾驶或飞行体验。