overspeed emergency trip

简明释义

超速应急脱扣

英英释义

例句

1.Engineers reviewed the data after the overspeed emergency trip 超速紧急停机 occurred in the turbine.

在涡轮机发生overspeed emergency trip 超速紧急停机后，工程师们审查了数据。

2.Operators must be trained to respond quickly to an overspeed emergency trip 超速紧急停机 situation.

操作员必须接受培训，以快速应对overspeed emergency trip 超速紧急停机情况。

3.The safety manual outlines procedures to follow after an overspeed emergency trip 超速紧急停机 is triggered.

安全手册概述了在触发overspeed emergency trip 超速紧急停机后应遵循的程序。

4.The train's system triggered an overspeed emergency trip 超速紧急停机 when it exceeded the safe speed limit.

当火车超过安全速度限制时，系统触发了一个overspeed emergency trip 超速紧急停机。

5.During the test, the aircraft's overspeed emergency trip 超速紧急停机 activated due to rapid descent.

在测试过程中，由于快速下降，飞机的overspeed emergency trip 超速紧急停机被激活。

作文

In the realm of transportation and engineering, safety is paramount. One critical aspect of safety mechanisms in various vehicles, especially trains, is the concept of an overspeed emergency trip. This term refers to a safety feature designed to prevent accidents by automatically stopping a vehicle when it exceeds a predetermined speed limit. The significance of this mechanism cannot be overstated, as it plays a crucial role in safeguarding both passengers and cargo during transit.The overspeed emergency trip system operates through a combination of sensors and control systems that continuously monitor the speed of the vehicle. When the speed surpasses the set threshold, the system triggers an emergency stop, effectively bringing the vehicle to a halt. This rapid response is essential in preventing potential derailments or collisions that could result from excessive speed. For instance, in the case of trains, which often travel at high velocities, the overspeed emergency trip acts as a fail-safe against human error or mechanical failure. If a train were to approach a curve too quickly or if a driver were to misjudge the speed required for a safe stop, the emergency trip would engage, ensuring that the train slows down in time. This technology has been instrumental in reducing the number of accidents in the rail industry, thereby enhancing overall safety.Moreover, the implementation of overspeed emergency trip systems is not limited to trains alone. Many modern vehicles, including cars and airplanes, are equipped with similar mechanisms. In aviation, for example, pilots must adhere to strict speed limits during takeoff and landing. An overspeed condition can lead to catastrophic results, so aircraft are designed with systems that can alert pilots and even intervene if necessary. The importance of the overspeed emergency trip extends beyond just immediate safety; it also has implications for regulatory compliance and insurance costs. Transportation authorities around the world mandate the use of these systems to ensure that operators adhere to safety standards. Failure to implement such safety measures can result in severe penalties and increased insurance premiums for companies, making it a financial imperative as well as a moral one.In conclusion, the overspeed emergency trip is a vital safety feature that protects lives and property in various modes of transportation. Its ability to automatically respond to dangerous speed conditions is crucial in preventing accidents and ensuring a safe journey for everyone involved. As technology continues to advance, we can expect even more sophisticated versions of this system to emerge, further enhancing the safety protocols in place across the transportation sector. Understanding the function and importance of the overspeed emergency trip is essential for anyone involved in transportation, whether as an operator, engineer, or passenger. By prioritizing safety through such mechanisms, we can contribute to a safer and more reliable transportation network worldwide.

在交通运输和工程领域，安全至关重要。各种车辆，特别是火车中的一个关键安全机制是“超速紧急停机”的概念。这个术语指的是一种安全功能，旨在通过在车辆超过预定速度限制时自动停车来防止事故。这一机制的重要性不言而喻，因为它在保护乘客和货物运输的安全方面发挥着至关重要的作用。“超速紧急停机”系统通过一系列传感器和控制系统操作，这些系统持续监测车辆的速度。当速度超过设定阈值时，系统会触发紧急停车，有效地使车辆停下。这种快速反应对于防止因过快速度导致的潜在出轨或碰撞至关重要。例如，在火车的情况下，火车通常以高速行驶，“超速紧急停机”作为防止人为错误或机械故障的安全措施。如果火车以过快的速度接近一个弯道，或者司机错误评估了安全停车所需的速度，紧急停机将启动，确保火车及时减速。这项技术在减少铁路行业事故数量方面发挥了重要作用，从而增强了整体安全性。此外，“超速紧急停机”系统的实施并不限于火车。许多现代车辆，包括汽车和飞机，都配备了类似的机制。在航空领域，例如，飞行员在起飞和着陆期间必须遵守严格的速度限制。超速情况可能导致灾难性后果，因此飞机被设计成可以警告飞行员甚至在必要时进行干预。“超速紧急停机”的重要性不仅仅体现在即时安全上；它还有合规和保险成本的影响。世界各地的交通运输当局要求使用这些系统，以确保运营商遵循安全标准。未能实施此类安全措施可能导致严重的处罚和公司保险费用的增加，因此这不仅是道德上的责任，也是经济上的必要。总之，“超速紧急停机”是一个重要的安全特征，保护着各种交通方式中的生命和财产。它能够自动响应危险的速度条件，对于防止事故和确保每个人的安全出行至关重要。随着技术的不断进步，我们可以期待这种系统的更复杂版本出现，进一步增强交通部门现有的安全协议。理解“超速紧急停机”的功能和重要性，对于任何参与交通运输的人来说都是必不可少的，无论是作为运营商、工程师还是乘客。通过优先考虑通过这样的机制实现安全，我们可以为全球更安全、更可靠的交通网络做出贡献。