windlass

简明释义

英[ˈwɪndləs]美[ˈwɪndləs]

n. 绞盘；卷扬机；辘轳

v. 用绞盘吊起

复 数 w i n d l a s s e s

第 三 人 称 单 数 w i n d l a s s e s

现 在 分 词 w i n d l a s s i n g

过 去 式 w i n d l a s s e d

过 去 分 词 w i n d l a s s e d

英英释义

单词用法

同义词

反义词

例句

1.A windlass and all-chain rode may add 300-600lb. in the bow and can adversely affect the performance of your boat.

一台起锚机和锚链可能会在船艏增加300到600磅的重量，反而会影响船的性能。

2.Parts of the mechanical structure: this chapter introduced the design of manipulator and bogie phoning trailer honing rack, windlass, upper support frame, low support frame and roller etc in detail.

机械部分：本文主要详细介绍了机械手及行走机构、珩架拖动小车、珩架、卷扬机、上支架、下支架、滚轮等的设计。

3.Installation and alignment inspection of windlass.

锚机安装与校中检查。

4.Tie the rope to the axis of the windlass.

你去把绞绳套在绞车的轴上。

5.The starboard side frame of the windlass is fracture.

锚机右舷机架折断了。

6.The windlass is ready for use.

锚机已经可以用了。

7.Steel column is fixed to special jig, slipping below the installation position by chain block and lifting by pulley block and windlass.

将钢骨柱固定在专用胎架上，通过倒链滑移至安装点下方后，采用滑轮组和卷扬机进行提升就位。

8.Thatched cottages, fences, roads, rural ask Beans Canopy, farmland, windlass, melon stands mill, drill for people to create a simple rural landscape.

茅草房、篱笆墙、乡问小路、豆棚瓜架、农田、辘轳、磨、耧等为人们营造出一个纯朴的乡村自然景观。

9.The old ship's windlass creaked as it was turned to lower the sails.

老船的卷扬机在转动以降下帆时发出吱吱声。

10.During the storm, the crew had to secure the cargo using the windlass.

在暴风雨中，船员们不得不使用卷扬机固定货物。

11.At the construction site, a windlass was employed to lift heavy materials to the upper floors.

在施工现场，使用了卷扬机将重物提升到上层。

12.They installed a new windlass to improve the efficiency of their boat operations.

他们安装了一台新的风机以提高船只操作的效率。

13.The sailors used the windlass to hoist the anchor back on board.

水手们使用风机将锚提升回船上。

作文

In the world of maritime and heavy lifting, the term windlass refers to a mechanical device used for lifting or hauling heavy objects. This simple yet ingenious invention has played a crucial role in various industries, particularly in shipbuilding and construction. The windlass operates on a basic principle: it uses a rotating drum to wind a rope or chain that is attached to the object being lifted. The design of the windlass can vary significantly, from manual versions that require human effort to sophisticated electric models that can lift massive weights with ease.Historically, the windlass has been an essential tool for sailors and dock workers. In the past, ships relied heavily on this device to raise anchors and adjust sails. Without the windlass, the labor-intensive task of lifting heavy anchors would have been nearly impossible, making it a vital component in ensuring the smooth operation of maritime activities. As ships evolved over time, so did the design and functionality of the windlass. Today, modern vessels often utilize hydraulic or electric windlasses that provide greater efficiency and safety.In addition to its use in maritime settings, the windlass has found applications in construction and other heavy industries. For example, cranes often incorporate a windlass mechanism to lift materials to significant heights. The ability to control the lifting process accurately makes the windlass an invaluable asset on construction sites. Furthermore, the versatility of the windlass allows it to be used in various contexts, from lifting heavy machinery to hoisting building materials.Despite its simplicity, the windlass embodies the essence of engineering ingenuity. It demonstrates how a straightforward mechanism can solve complex problems effectively. Understanding how a windlass works not only provides insight into its practical applications but also highlights the importance of mechanical devices in our daily lives. As technology continues to advance, the windlass will likely evolve as well, incorporating new materials and designs to enhance its performance and reliability.In conclusion, the windlass is much more than just a lifting device; it represents a fundamental aspect of engineering that has stood the test of time. Its significance in maritime and construction industries cannot be overstated, as it has facilitated countless operations that require heavy lifting. As we look to the future, the windlass will undoubtedly continue to play a vital role in various sectors, proving that sometimes, the simplest solutions are the most effective. Understanding the windlass and its functions will not only enrich our knowledge of mechanical devices but also inspire appreciation for the innovations that have shaped our world.

在海洋和重型提升的世界中，术语windlass指的是一种用于提升或拖曳重物的机械装置。这种简单而巧妙的发明在各个行业中发挥了至关重要的作用，特别是在造船和建筑领域。windlass的工作原理非常简单：它使用一个旋转的鼓来卷绕一根绳索或链条，这根绳索或链条连接着被提升的物体。windlass的设计可以有很大不同，从需要人力的手动版本到可以轻松提升巨大重量的复杂电动模型。历史上，windlass一直是水手和码头工人的重要工具。在过去，船只在很大程度上依赖这种设备来升起锚和调整帆。如果没有windlass，提升重锚的劳动密集型任务几乎是不可能的，这使得它成为确保海事活动顺利进行的重要组成部分。随着船只随时间演变，windlass的设计和功能也发生了变化。如今，现代船只通常使用液压或电动windlasses，提供更高的效率和安全性。除了在海洋环境中的应用外，windlass还在建筑和其他重工业中找到了应用。例如，起重机通常将windlass机制纳入其中，以将材料提升到显著的高度。能够准确控制提升过程使得windlass在建筑工地上成为一种无价的资产。此外，windlass的多功能性使其可以在各种上下文中使用，从提升重型机械到吊装建筑材料。尽管其结构简单，windlass体现了工程智慧的本质。它展示了如何通过一个简单的机制有效解决复杂问题。理解windlass的工作原理不仅提供了对其实际应用的见解，还突显了机械设备在我们日常生活中的重要性。随着技术的不断进步，windlass也可能会不断演变，结合新材料和设计以增强其性能和可靠性。总之，windlass不仅仅是一种提升设备；它代表了一个经受住时间考验的工程基本方面。它在海洋和建筑行业中的重要性不可低估，因为它促进了无数需要重物提升的操作。展望未来，windlass无疑将继续在各个领域发挥重要作用，证明有时最简单的解决方案是最有效的。了解windlass及其功能不仅将丰富我们对机械设备的知识，还将激发我们对塑造我们世界的创新的欣赏。