steam steering gear

简明释义

蒸汽操舵装置

英英释义

例句

1.The engineer explained how the steam steering gear 蒸汽舵机 works in conjunction with the ship's engines.

工程师解释了蒸汽舵机是如何与船舶发动机协同工作的。

2.The captain ordered a check on the steam steering gear 蒸汽舵机 before setting sail.

船长在起航前命令检查蒸汽舵机。

3.The ship's navigation was heavily reliant on the steam steering gear 蒸汽舵机 to maintain its course.

船只的航行在很大程度上依赖于蒸汽舵机来保持航向。

4.Regular maintenance of the steam steering gear 蒸汽舵机 is crucial for safe maritime operations.

定期维护蒸汽舵机对安全的海上作业至关重要。

5.During the storm, the crew had to manually operate the steam steering gear 蒸汽舵机 due to a power failure.

在暴风雨中，由于电力故障，船员不得不手动操作蒸汽舵机。

作文

The history of maritime navigation is rich and complex, with various innovations that have transformed the way ships are controlled and operated. One such innovation is the use of steam steering gear, a mechanism that significantly improved the maneuverability of vessels in the 19th century. Prior to the advent of steam steering gear (蒸汽舵机), ships relied on traditional methods such as rudders operated by human or animal power, which limited their ability to navigate in challenging conditions.The introduction of steam power revolutionized the shipping industry, allowing for faster and more reliable travel across oceans. With the development of steam steering gear, ship captains could now control their vessels with greater precision. This system typically consisted of a steam-driven engine that operated the rudder, enabling quicker responses to navigational commands. As a result, ships equipped with steam steering gear were able to make sharp turns and adjust their course more efficiently than ever before.One of the most significant advantages of steam steering gear was its ability to function effectively even in adverse weather conditions. In heavy seas or strong winds, traditional steering systems could struggle, making it difficult to maintain control of the vessel. However, with the power of steam, ships could maintain better stability and direction, enhancing safety for both crew and cargo.The impact of steam steering gear extended beyond just navigation; it also influenced the design and construction of ships. Shipbuilders began to incorporate larger and more powerful engines to accommodate the demands of steam steering systems. This led to the creation of bigger vessels capable of carrying more passengers and goods, thereby expanding trade routes and economic opportunities.Moreover, the adoption of steam steering gear played a crucial role during wartime. Naval battles became more strategic as ships could maneuver swiftly and accurately. The ability to change direction quickly was vital in combat situations, allowing naval forces to outmaneuver their opponents. Consequently, nations invested heavily in developing advanced steam steering gear technology to gain a competitive edge in naval warfare.Despite its many benefits, the transition to steam steering gear was not without challenges. Early versions of this technology often faced reliability issues, leading to accidents and operational failures. Engineers worked tirelessly to improve the design and functionality of these systems, and over time, they became more dependable. This ongoing innovation paved the way for the modern steering systems we see today.In conclusion, the invention of steam steering gear marked a pivotal moment in maritime history. It transformed how ships were navigated, allowing for greater control, safety, and efficiency. The legacy of this technology continues to influence contemporary marine engineering, reminding us of the importance of innovation in shaping our world. Understanding the significance of steam steering gear helps us appreciate the advancements in maritime technology and their impact on global trade and exploration.

航海史丰富而复杂，许多创新改变了船只的控制和操作方式。其中之一就是使用蒸汽舵机，这一机制在19世纪显著改善了船只的机动性。在蒸汽舵机（steam steering gear）出现之前，船只依靠传统方法，如人力或动物驱动的舵，这限制了它们在恶劣条件下的导航能力。蒸汽动力的引入彻底改变了航运业，使船只能够更快、更可靠地穿越海洋。随着蒸汽舵机的发展，船长现在可以更精确地控制他们的船只。该系统通常由一个蒸汽驱动的发动机组成，用于操作舵，使得对导航命令的反应更加迅速。因此，配备了蒸汽舵机的船只能够比以往更有效地进行急转弯和调整航向。蒸汽舵机最显著的优势之一是其在恶劣天气条件下的有效性。在大浪或强风中，传统的操舵系统可能会遇到困难，难以保持船只的控制。然而，凭借蒸汽的力量，船只能够保持更好的稳定性和方向，从而提高了船员和货物的安全性。蒸汽舵机的影响不仅限于导航，它还影响了船只的设计和建造。造船师开始采用更大、更强大的发动机，以满足蒸汽舵机系统的需求。这导致了更大船只的诞生，能够运载更多的乘客和货物，从而扩展了贸易路线和经济机会。此外，蒸汽舵机的采用在战争时期发挥了至关重要的作用。海战变得更加战略性，因为船只可以快速、准确地机动。快速改变方向的能力在战斗情况下至关重要，使海军力量能够超越对手。因此，各国在开发先进的蒸汽舵机技术方面进行了大量投资，以获得海军战争中的竞争优势。尽管有许多好处，但向蒸汽舵机的过渡并非没有挑战。早期版本的这一技术常常面临可靠性问题，导致事故和操作失败。工程师们不懈努力，改进这些系统的设计和功能，随着时间的推移，它们变得更加可靠。这种持续的创新为我们今天看到的现代操舵系统铺平了道路。总之，蒸汽舵机的发明标志着海洋历史上的一个重要时刻。它改变了船只的导航方式，提高了控制、安全性和效率。这项技术的遗产继续影响着当代海洋工程，提醒我们创新在塑造我们世界中的重要性。理解蒸汽舵机的重要性使我们更好地欣赏航海技术的进步及其对全球贸易和探索的影响。