wireless fog signal

简明释义

无线电雾号

英英释义

例句

1.Fishermen rely on the wireless fog signal to avoid collisions while out at sea.

渔民依靠无线雾信号来避免在海上碰撞。

2.The new harbor system integrates a wireless fog signal for improved communication between vessels.

新的港口系统集成了一个无线雾信号以改善船只之间的通讯。

3.The coastal authorities installed a wireless fog signal to enhance navigation safety during low visibility conditions.

海岸当局安装了一个无线雾信号以增强在能见度低的情况下的航行安全。

4.During a recent storm, the wireless fog signal helped guide ships safely to shore.

在最近的一场风暴中，无线雾信号帮助船只安全靠岸。

5.Maritime safety regulations now require the use of a wireless fog signal in certain areas.

海事安全法规现在要求在某些区域使用无线雾信号。

作文

In the realm of maritime navigation, safety is paramount. Among the various technologies developed to enhance safety at sea, the wireless fog signal plays a crucial role in preventing accidents during low visibility conditions. A wireless fog signal is essentially a communication system that transmits sound signals through radio waves, alerting nearby vessels of their presence, particularly in foggy weather when traditional visual signals are obscured. This innovation significantly improves the ability of ships to navigate safely and avoid collisions, which can be catastrophic in the vast and unpredictable ocean environment.The significance of wireless fog signals comes into play especially during adverse weather conditions. Fog can reduce visibility to mere meters, making it nearly impossible for mariners to see other ships or navigational aids. In such scenarios, relying solely on visual cues can be dangerous. The wireless fog signal provides an auditory warning, allowing vessels to maintain a safe distance from one another. By utilizing this technology, mariners can receive timely alerts about nearby ships, thus enhancing situational awareness and promoting safer navigation practices.Moreover, the implementation of wireless fog signals has evolved with advancements in technology. Traditional fog horns, which operated on mechanical principles, have been largely replaced by electronic systems that offer greater reliability and range. These modern systems can transmit signals over longer distances and are less prone to malfunction compared to their predecessors. Additionally, the integration of GPS and other navigation technologies with wireless fog signals allows for more precise positioning and tracking of vessels, further improving safety on the water.Another advantage of wireless fog signals is their ability to operate autonomously. Many systems can be activated automatically when visibility drops below a certain threshold, ensuring that warnings are always provided without requiring human intervention. This feature is particularly beneficial for large shipping companies that operate fleets of vessels, as it reduces the burden on crew members who would otherwise need to monitor visibility constantly.Despite the numerous advantages, the adoption of wireless fog signals is not without challenges. One of the primary concerns is the potential for interference from other electronic devices. As marine environments become increasingly crowded with various forms of communication technology, ensuring that wireless fog signals remain clear and uninterrupted is essential. Furthermore, there is a need for standardization across different regions and countries to ensure compatibility and effectiveness of these systems globally.In conclusion, the wireless fog signal represents a significant advancement in maritime safety technology. By providing a reliable means of communication during low visibility conditions, it enhances the ability of vessels to navigate safely and avoid collisions. As technology continues to evolve, it is imperative that we address the challenges associated with these systems to maximize their effectiveness. Ultimately, the integration of wireless fog signals into maritime navigation reflects our commitment to improving safety at sea and protecting the lives of those who traverse the world's oceans.

在海洋导航领域，安全至关重要。在为提高海上安全而开发的各种技术中，无线雾信号在低能见度条件下防止事故方面发挥着至关重要的作用。无线雾信号本质上是一种通过无线电波传输声音信号的通信系统，警告附近船只其存在，特别是在传统视觉信号被遮挡的雾天。这项创新显著提高了船只安全航行和避免碰撞的能力，而碰撞在广阔而不可预测的海洋环境中可能是灾难性的。无线雾信号的重要性尤其体现在恶劣天气条件下。雾霭会将能见度降低到几米，使船员几乎无法看到其他船只或导航标志。在这种情况下，单靠视觉线索是危险的。无线雾信号提供了一种听觉警告，使船只能够保持安全距离。通过利用这项技术，船员可以及时收到有关附近船只的警报，从而增强情况意识，促进更安全的导航实践。此外，无线雾信号的实施随着技术的进步而演变。传统的雾角，依靠机械原理运作，已经被更可靠和更具范围的电子系统所取代。这些现代系统可以在更长的距离内传输信号，并且比其前身更不易故障。此外，将GPS和其他导航技术与无线雾信号结合使用，可以实现更精确的定位和船只跟踪，进一步提高水上安全。无线雾信号的另一个优势是它们能够自主运行。许多系统可以在能见度降到某个阈值以下时自动激活，确保在没有人干预的情况下始终提供警报。这一特性对运营船队的大型航运公司尤为有利，因为它减轻了船员的负担，船员本来需要不断监测能见度。尽管有众多优点，无线雾信号的采用并非没有挑战。主要的担忧之一是其他电子设备可能造成的干扰。随着海洋环境中各种通信技术日益拥挤，确保无线雾信号保持清晰和不间断至关重要。此外，需要在不同地区和国家之间实现标准化，以确保这些系统在全球范围内的兼容性和有效性。总之，无线雾信号代表了海事安全技术的一项重大进步。通过在低能见度条件下提供可靠的通信手段，它增强了船只安全航行和避免碰撞的能力。随着技术的不断发展，我们必须解决与这些系统相关的挑战，以最大限度地提高其有效性。最终，将无线雾信号整合到海事导航中反映了我们改善海上安全和保护航行于世界海洋的人的生命的承诺。