tail clutch

简明释义

尾轴离合器

英英释义

例句

1.In case of an emergency, the pilot must know how to disengage the tail clutch 尾夹 quickly.

在紧急情况下，飞行员必须知道如何快速脱离尾夹 tail clutch。

2.The maintenance manual provides detailed instructions on how to inspect the tail clutch 尾夹 for wear and tear.

维护手册提供了关于如何检查尾夹 tail clutch 磨损的详细说明。

3.The engineer designed a new tail clutch 尾夹 mechanism to improve efficiency in drone operations.

工程师设计了一种新的尾夹 tail clutch 机制，以提高无人机操作的效率。

4.The mechanic explained that the tail clutch 尾夹 is essential for controlling the tail rotor's speed in helicopters.

机械师解释说，尾夹 tail clutch 对于控制直升机尾旋翼的速度至关重要。

5.During the flight test, the pilot noticed a malfunction in the tail clutch 尾夹, which affected the aircraft's stability.

在飞行测试中，飞行员注意到尾夹 tail clutch 出现故障，这影响了飞机的稳定性。

作文

The term tail clutch refers to a specific mechanism found in certain types of machinery and vehicles, particularly those that require a method for controlling the rotation and movement of a tail section. This term is often used in the context of helicopters and some aircraft, where the tail rotor plays a crucial role in stabilizing the vehicle during flight. Understanding how the tail clutch operates is essential for anyone involved in aviation or mechanical engineering. In helicopters, the tail clutch serves as a connection between the engine and the tail rotor. It allows the pilot to engage or disengage the tail rotor from the main transmission system. This mechanism is vital because it enables the helicopter to maintain its balance and counteract the torque produced by the main rotor. Without a properly functioning tail clutch, the helicopter could spin uncontrollably, making it extremely difficult for the pilot to maintain control. The operation of the tail clutch is typically managed through a series of levers and hydraulic systems that are controlled by the pilot. When the pilot pulls on the collective or cyclic controls, the tail clutch engages, transferring power to the tail rotor. This action helps to stabilize the helicopter by providing the necessary thrust to counteract the rotational forces generated by the main rotor. Moreover, the tail clutch also plays a crucial role during emergency situations. For instance, if the main rotor experiences a failure, the pilot can quickly disengage the tail clutch, allowing the tail rotor to operate independently. This feature can help stabilize the helicopter and provide the pilot with more control during a critical situation. In addition to helicopters, the concept of a tail clutch can also be found in other types of vehicles, such as certain models of motorcycles and cars. In these cases, the tail clutch may serve a different purpose, such as managing the power distribution between the front and rear wheels or controlling the drive system's engagement. Understanding the mechanics behind the tail clutch is not only important for pilots and engineers but also for enthusiasts who appreciate the intricacies of vehicle design. The ability to comprehend how this component functions can lead to better maintenance practices and improved overall performance of the vehicle. In conclusion, the tail clutch is a pivotal element in the operation of various vehicles, especially helicopters. Its ability to manage power transfer and stabilize the vehicle is essential for safe and effective flight. As technology continues to advance, the designs and functionalities of tail clutches will likely evolve, making it even more important for those in the field to stay informed about their workings and applications. Overall, whether you are a pilot, engineer, or simply an enthusiast, gaining a deeper understanding of the tail clutch can enhance your knowledge and appreciation of aviation and vehicle mechanics.

“tail clutch”这一术语指的是某些类型的机械和车辆中发现的一种特定机制，特别是那些需要控制尾部旋转和运动的方法的机械。这个术语通常在直升机和一些飞机的上下文中使用，其中尾部旋翼在飞行过程中起着至关重要的稳定作用。理解tail clutch的运作对于任何参与航空或机械工程的人来说都是至关重要的。在直升机中，tail clutch充当发动机与尾部旋翼之间的连接。它允许飞行员将尾部旋翼与主传动系统连接或断开。这个机制至关重要，因为它使直升机能够保持平衡并抵消主旋翼产生的扭矩。如果没有正常运作的tail clutch，直升机可能会失控旋转，使飞行员极难保持控制。tail clutch的操作通常通过一系列杠杆和液压系统来管理，这些系统由飞行员控制。当飞行员拉动集体或循环控制时，tail clutch会接合，将动力传递给尾部旋翼。这一动作有助于通过提供必要的推力来抵消主旋翼产生的旋转力，从而稳定直升机。此外，tail clutch在紧急情况下也发挥着至关重要的作用。例如，如果主旋翼发生故障，飞行员可以迅速断开tail clutch，使尾部旋翼独立运作。这一特性可以帮助稳定直升机，并在关键情况下为飞行员提供更多控制权。除了直升机，tail clutch的概念还可以在其他类型的车辆中找到，例如某些型号的摩托车和汽车。在这些情况下，tail clutch可能发挥不同的作用，例如管理前后轮之间的动力分配或控制驱动系统的接合。理解tail clutch背后的机械原理不仅对飞行员和工程师重要，对欣赏车辆设计复杂性的爱好者来说也是如此。理解这一组件如何运作可以导致更好的维护实践和改善车辆的整体性能。总之，tail clutch是各种车辆运作中的关键元素，尤其是直升机。它管理动力传输和稳定车辆的能力对于安全有效的飞行至关重要。随着技术的不断进步，tail clutch的设计和功能可能会不断演变，使得该领域的人士更需要了解其运作和应用。总的来说，无论你是飞行员、工程师还是单纯的爱好者，深入理解tail clutch都能增强你对航空和车辆机械的知识和欣赏。