self-propelled floating crane

简明释义

自航起重船

英英释义

例句

1.The self-propelled floating crane can operate in shallow waters, making it ideal for river construction projects.

这台自航浮吊可以在浅水区作业，非常适合河流建设项目。

2.The self-propelled floating crane was equipped with advanced technology for precise lifting operations.

这台自航浮吊配备了先进的技术，能够进行精确的吊装作业。

3.The construction team used a self-propelled floating crane to lift heavy materials onto the barge.

施工团队使用了一台自航浮吊将重型材料吊到驳船上。

4.We rented a self-propelled floating crane for the offshore wind farm installation.

我们租了一台自航浮吊用于海上风电场的安装。

5.During the harbor renovation, a self-propelled floating crane was essential for moving large shipping containers.

在港口翻新期间，一台自航浮吊对于移动大型集装箱至关重要。

作文

The world of engineering and construction is filled with a variety of specialized equipment designed to make complex tasks easier and more efficient. One such piece of equipment is the self-propelled floating crane, which plays a crucial role in maritime construction and heavy lifting operations. Understanding the functionality and significance of a self-propelled floating crane can provide insights into modern engineering practices and the advancements that have been made in this field.A self-propelled floating crane is essentially a large, mobile crane that is capable of moving on water. Unlike traditional cranes that are fixed to a specific location, these cranes can navigate different locations on water bodies, making them incredibly versatile. They are equipped with powerful engines that allow them to propel themselves across the water, which is why they are termed 'self-propelled.' This mobility is particularly advantageous for projects that require lifting heavy materials in areas that are otherwise inaccessible by land vehicles.One of the primary applications of a self-propelled floating crane is in the construction of bridges, docks, and offshore platforms. For instance, when constructing a bridge that spans a body of water, heavy materials such as steel beams must be transported and positioned accurately. A self-propelled floating crane can easily lift these materials from barges or ships and place them precisely where they are needed. This capability not only speeds up the construction process but also enhances safety, as workers can operate from a secure platform rather than being exposed to the risks associated with working on unstable surfaces.Moreover, the design of a self-propelled floating crane allows it to handle a wide range of weights and sizes. These cranes are often equipped with advanced hydraulic systems that provide the necessary power to lift heavy loads. Additionally, they come with various attachments and rigging options that enable them to adapt to different lifting requirements. This adaptability makes them indispensable in various sectors, including shipping, oil and gas, and renewable energy, particularly in wind farm installations where large turbine components need to be lifted and positioned accurately.In recent years, advancements in technology have further enhanced the capabilities of self-propelled floating cranes. Modern versions are often equipped with GPS and automated systems that improve precision and efficiency. Operators can now control these cranes remotely, allowing for safer operations and reducing the risk of human error. Furthermore, innovations in materials and engineering have led to the development of cranes that are lighter yet stronger, increasing their lifting capacity while maintaining stability in challenging marine environments.In conclusion, the self-propelled floating crane is a remarkable piece of engineering that has transformed the way heavy lifting is conducted in maritime settings. Its ability to move freely across water while performing complex lifting tasks makes it an invaluable asset in construction and engineering projects. As technology continues to evolve, we can expect to see even greater advancements in the design and functionality of self-propelled floating cranes, further enhancing their role in shaping our infrastructure and supporting economic development across the globe.

工程和建筑领域充满了各种专用设备，旨在使复杂任务变得更简单、更高效。其中一项设备就是自推进浮动起重机，它在海洋建筑和重物吊装作业中发挥着至关重要的作用。理解自推进浮动起重机的功能和重要性，可以提供对现代工程实践和该领域所取得进展的深入了解。自推进浮动起重机本质上是一种大型移动起重机，能够在水面上移动。与固定在特定位置的传统起重机不同，这些起重机可以在水体的不同位置导航，使其极具多功能性。它们配备有强大的发动机，使其能够在水中自我推进，这就是它们被称为“自推进”的原因。这种移动性对于需要在陆地车辆无法到达的区域进行重物吊装的项目尤其有利。自推进浮动起重机的主要应用之一是在桥梁、码头和海上平台的建设中。例如，在建设跨越水体的桥梁时，必须将重型材料如钢梁运输并准确定位。自推进浮动起重机可以轻松地从驳船或船只上起吊这些材料，并将其精确放置在需要的位置。这种能力不仅加快了施工过程，而且提高了安全性，因为工人可以在安全的平台上操作，而不是暴露于不稳定表面工作的风险中。此外，自推进浮动起重机的设计使其能够处理各种重量和尺寸。这些起重机通常配备先进的液压系统，提供必要的动力来提升重物。此外，它们还配备各种附件和索具选项，使其能够适应不同的吊装要求。这种适应性使它们在航运、石油和天然气以及可再生能源等各个领域不可或缺，特别是在风电场安装中，需要精确起吊和定位大型涡轮组件。近年来，技术的进步进一步增强了自推进浮动起重机的能力。现代版本通常配备GPS和自动化系统，提高了精度和效率。操作员现在可以远程控制这些起重机，从而提高了操作安全性，减少了人为错误的风险。此外，材料和工程的创新导致了更轻但更强的起重机的发展，在保持在具有挑战性的海洋环境中的稳定性的同时，增加了其吊装能力。总之，自推进浮动起重机是一项卓越的工程成果，彻底改变了海洋环境中重物吊装的方式。它能够在水面自由移动，同时执行复杂的吊装任务，使其成为建筑和工程项目中不可或缺的资产。随着技术的不断发展，我们可以期待看到自推进浮动起重机在设计和功能上的更大进步，进一步增强其在塑造基础设施和支持全球经济发展的作用。