steam windlass

简明释义

蒸汽锚机

英英释义

例句

1.During the storm, the captain relied on the steam windlass 蒸汽绞盘 to secure the vessel.

在暴风雨中，船长依靠蒸汽绞盘 steam windlass 来固定船只。

2.The engineer explained how the steam windlass 蒸汽绞盘 works using steam power.

工程师解释了蒸汽绞盘 steam windlass 如何利用蒸汽动力工作。

3.The ship's crew operated the steam windlass 蒸汽绞盘 to raise the anchor quickly.

船员们操作蒸汽绞盘 steam windlass 快速升起锚。

4.They installed a new steam windlass 蒸汽绞盘 to improve the efficiency of the docking process.

他们安装了一个新的蒸汽绞盘 steam windlass 以提高停靠过程的效率。

5.The old fishing boat still used a traditional steam windlass 蒸汽绞盘 for its operations.

这艘老渔船仍然使用传统的蒸汽绞盘 steam windlass 进行作业。

作文

The development of maritime technology has significantly transformed the way ships are operated and maintained. Among the various innovations, the invention of the steam windlass (蒸汽绞盘) stands out as a pivotal advancement that revolutionized anchoring and mooring practices in the shipping industry. A steam windlass is a mechanical device powered by steam, designed to handle heavy anchor chains and ropes with ease. It replaces the traditional hand-operated windlasses, which often required considerable manual labor and could be inefficient during critical operations at sea.Historically, before the advent of the steam windlass, sailors faced numerous challenges when anchoring their vessels. The process was labor-intensive, requiring a team of men to haul in the anchor manually. This method not only consumed time but also posed risks of injury and fatigue among the crew members. With the introduction of the steam windlass, the dynamics of anchoring changed dramatically. The steam-powered mechanism allowed for quicker and safer handling of anchors, enabling ships to anchor and depart with greater efficiency.The mechanics behind the steam windlass involve a steam engine that drives a series of gears and drums. When the steam engine is activated, it generates power that turns the drums, winding the anchor chain or rope around them. This system allows for the smooth and controlled raising or lowering of the anchor, minimizing the physical strain on the crew. As a result, ships equipped with a steam windlass could operate more effectively, particularly during adverse weather conditions or in busy ports where time was of the essence.Moreover, the use of the steam windlass contributed to improved safety on board. By mechanizing the anchoring process, the risk of accidents due to human error or exhaustion was significantly reduced. Sailors could focus on other critical tasks while the steam windlass handled the heavy lifting. This innovation not only enhanced the operational capabilities of ships but also played a crucial role in the evolution of naval architecture and design.In addition to its practical benefits, the steam windlass symbolizes the broader shift towards mechanization in the maritime industry. As steam power became more prevalent in the 19th century, many aspects of shipbuilding and operation began to embrace this technology. The steam windlass exemplifies how steam engines were adapted for various applications, paving the way for further innovations in marine engineering.Today, while modern vessels utilize advanced hydraulic and electric systems for anchoring, the legacy of the steam windlass remains significant. It represents a key milestone in the history of maritime technology, highlighting the importance of innovation in improving efficiency and safety at sea. Understanding the role of the steam windlass helps us appreciate the technological advancements that have shaped the shipping industry over the years. As we look to the future, it is essential to recognize how past innovations continue to influence current practices and inspire new developments in maritime technology.

海洋技术的发展显著改变了船舶的操作和维护方式。在各种创新中，蒸汽绞盘的发明被认为是一个重要的进步，它彻底革新了航运业的锚泊和系泊实践。蒸汽绞盘是一种由蒸汽驱动的机械装置，旨在轻松处理重型锚链和绳索。它取代了传统的手动绞盘，这种绞盘往往需要大量的人工劳动，并且在关键的海上操作中效率低下。历史上，在蒸汽绞盘出现之前，水手在锚泊船只时面临许多挑战。这一过程耗费人力，需要一组人手来手动拉起锚。这种方法不仅耗时，而且还可能导致船员受伤和疲劳。随着蒸汽绞盘的引入，锚泊的动态发生了戏剧性的变化。蒸汽动力机制允许更快和更安全地处理锚，使船只能够更加高效地停靠和离开。蒸汽绞盘的机械原理涉及一个蒸汽机，驱动一系列齿轮和鼓。当蒸汽机启动时，它产生的动力使鼓转动，将锚链或绳索缠绕在其上。该系统允许平稳和可控地升降锚，最大限度地减少船员的体力负担。因此，配备蒸汽绞盘的船只可以更有效地操作，特别是在恶劣天气条件或繁忙港口中，时间至关重要。此外，使用蒸汽绞盘有助于提高船上的安全性。通过机械化锚泊过程，因人为错误或疲劳而导致事故的风险显著降低。水手们可以专注于其他关键任务，而蒸汽绞盘则处理重物提升。这一创新不仅增强了船只的操作能力，还在海军建筑和设计的演变中发挥了关键作用。除了实际的好处，蒸汽绞盘还象征着海洋工业向机械化的广泛转变。随着蒸汽动力在19世纪变得越来越普遍，船舶建造和操作的许多方面开始采纳这一技术。蒸汽绞盘典范展示了蒸汽机如何适应各种应用，为海洋工程的进一步创新铺平了道路。如今，虽然现代船只采用先进的液压和电气系统进行锚泊，但蒸汽绞盘的遗产仍然具有重要意义。它代表了海洋技术历史上的一个关键里程碑，突显了创新在提高海上效率和安全性方面的重要性。理解蒸汽绞盘的作用帮助我们欣赏塑造航运业的技术进步。展望未来，认识到过去的创新如何继续影响当前的实践并激励海洋技术的新发展至关重要。