rudder lock

简明释义

锁舵栓

英英释义

例句

1.Before taking off, the pilot ensured that the rudder lock 舵锁 was disengaged to maintain full control of the aircraft.

在起飞之前，飞行员确保 舵锁 舵锁 已解除，以保持对飞机的完全控制。

2.After landing, the pilot engaged the rudder lock 舵锁 to prevent any unintended movements on the ground.

降落后，飞行员启动了 舵锁 舵锁 以防止地面上的任何意外移动。

3.The pilot received a warning about the rudder lock 舵锁 being engaged before takeoff.

在起飞前，飞行员收到了关于 舵锁 舵锁 被激活的警告。

4.The mechanic checked the rudder lock 舵锁 system during the pre-flight inspection.

在飞行前检查中，机械师检查了 舵锁 舵锁 系统。

5.During taxiing, it’s important to ensure that the rudder lock 舵锁 is not activated.

在滑行时，确保 舵锁 舵锁 没有激活是很重要的。

作文

The concept of a rudder lock is often associated with maritime navigation and aircraft control systems. Essentially, a rudder lock serves as a mechanism that secures the rudder in place, preventing it from moving freely. This is particularly important in situations where stability and control are paramount. For instance, during docking or when a vessel is stationary, locking the rudder can help maintain its position against currents or winds. Similarly, in aviation, a rudder lock can be used to stabilize an aircraft on the ground, especially during high winds.Understanding the mechanics of a rudder lock involves recognizing its role in enhancing safety and operational efficiency. In maritime contexts, the rudder is crucial for steering, and any unintended movement can lead to dangerous situations. By employing a rudder lock, operators can ensure that their vessel remains oriented correctly, which is vital during loading and unloading operations.In aviation, the use of a rudder lock is equally significant. Aircraft are designed with various control surfaces, including the rudder, which is essential for yaw control. When an aircraft is parked, especially at an airport where multiple aircraft are present, a rudder lock can prevent accidental movements that might result from wind gusts or other external forces. This precautionary measure is part of standard operating procedures to ensure the safety of both the aircraft and personnel working nearby.Moreover, the implementation of a rudder lock system reflects broader principles of engineering design. It showcases how small mechanisms can play a critical role in the overall functionality and safety of larger systems. Engineers must consider the environmental factors that could impact the operation of a rudder, such as water currents in maritime settings or wind conditions for aircraft. Therefore, the design and application of a rudder lock must be robust enough to withstand these forces while remaining user-friendly for operators.In summary, the rudder lock is more than just a simple locking mechanism; it is a vital component in the realms of maritime and aviation safety. By securing the rudder in place, it helps prevent accidents and ensures the stability of vessels and aircraft alike. As technology continues to evolve, the principles behind the rudder lock will likely adapt, integrating advanced materials and designs to enhance its effectiveness and reliability. Understanding this concept not only highlights the importance of safety measures in transportation but also emphasizes the intricate relationship between design, function, and user interaction in engineering practices.

“舵锁”的概念通常与海洋导航和航空器控制系统相关。基本上，舵锁作为一种机制，用于将舵固定在适当位置，防止其自由移动。这在稳定性和控制至关重要的情况下尤其重要。例如，在停靠或船只静止时，锁定舵可以帮助保持其在水流或风的作用下的位置。同样，在航空中，舵锁可用于在地面上稳定飞机，尤其是在强风条件下。理解舵锁的机制涉及认识到它在增强安全性和操作效率方面的作用。在海洋环境中，舵对于航向至关重要，任何意外移动都可能导致危险情况。通过使用舵锁，操作人员可以确保他们的船只保持正确的方向，这在装卸作业中至关重要。在航空领域，使用舵锁同样重要。飞机设计有各种控制面，包括舵，这对偏航控制至关重要。当飞机停放时，尤其是在多个飞机同时停放的机场，舵锁可以防止由于风力或其他外部力量造成的意外移动。这一预防措施是标准操作程序的一部分，以确保飞机及周围工作人员的安全。此外，舵锁系统的实施反映了更广泛的工程设计原则。它展示了小型机制如何在更大系统的整体功能和安全性中发挥关键作用。工程师必须考虑可能影响舵操作的环境因素，例如海洋环境中的水流或航空环境中的风速。因此，舵锁的设计和应用必须足够坚固，以承受这些力量，同时对操作人员友好。总之，舵锁不仅仅是一个简单的锁定机制；它是海洋和航空安全领域的重要组成部分。通过将舵固定在适当位置，它帮助防止事故并确保船只和飞机的稳定性。随着技术的不断发展，舵锁背后的原则可能会适应，整合先进的材料和设计，以增强其有效性和可靠性。理解这一概念不仅强调了运输安全措施的重要性，还强调了工程实践中设计、功能和用户互动之间错综复杂的关系。