transit beacons

简明释义

叠标

英英释义

例句

1.The museum uses transit beacons to enhance visitor experiences with interactive exhibits.

博物馆利用转运信标增强游客体验，提供互动展览。

2.Using transit beacons, we can improve the efficiency of public transport systems.

通过使用转运信标，我们可以提高公共交通系统的效率。

3.With the help of transit beacons, delivery services can track packages more accurately.

借助转运信标，快递服务可以更准确地追踪包裹。

4.The city installed transit beacons at bus stops to provide real-time updates to commuters.

该市在公交车站安装了转运信标，为通勤者提供实时更新。

5.The new airport will feature advanced transit beacons to guide passengers through the terminals.

新机场将配备先进的转运信标来引导乘客穿过航站楼。

作文

In the world of navigation and transportation, the importance of clear signals cannot be overstated. One such critical element in this domain is the use of transit beacons (交通信标). These devices are essential for guiding various modes of transport, ensuring safety and efficiency in travel. Whether it is in aviation, maritime, or land transport, transit beacons play a pivotal role in helping vehicles and vessels navigate through complex environments.The primary function of transit beacons is to provide location information to travelers. In aviation, for example, airports utilize these beacons to assist pilots in determining their position relative to the runway and navigational aids. Similarly, in maritime contexts, transit beacons are strategically placed along coastlines and waterways to help ships avoid hazards and find safe passage. On land, these beacons can assist in guiding vehicles through urban areas, especially in regions where GPS signals may be weak or unreliable.Moreover, transit beacons contribute significantly to safety measures in transportation. By emitting signals that can be detected by various instruments, they alert operators to potential dangers and guide them in making informed decisions. For instance, a lighthouse serves as a classic example of a maritime transit beacon, warning ships of nearby rocks or shallow waters. In aviation, the use of radio beacons helps pilots navigate safely during poor visibility conditions, such as fog or heavy rain.The technology behind transit beacons has evolved over the years, incorporating advanced systems that enhance their functionality. Modern beacons can include features such as automatic identification systems (AIS) for ships, which transmit information about a vessel's location, course, and speed. This real-time data is crucial for preventing collisions and ensuring safe navigation. Similarly, in aviation, radar and satellite technology have improved the accuracy and reliability of transit beacons, allowing for better tracking of aircraft.Furthermore, transit beacons are not only limited to traditional navigation methods. With the rise of smart technology, many transportation systems are integrating digital solutions that utilize beacons for real-time updates and alerts. For example, in public transport systems, transit beacons can provide passengers with information about arrival times and delays, enhancing the overall travel experience.In conclusion, transit beacons (交通信标) are indispensable tools in the realm of navigation and transportation. Their ability to provide vital information and enhance safety makes them crucial for all forms of travel. As technology continues to advance, we can expect these beacons to evolve further, integrating more sophisticated features to meet the demands of modern transportation needs. Ultimately, the role of transit beacons will remain central to ensuring that our journeys are as safe and efficient as possible.