towing arch

简明释义

拖缆承梁

英英释义

例句

1.We installed a new towing arch on the pickup truck for enhanced towing capacity.

我们在皮卡上安装了一个新的拖曳拱架以增强拖曳能力。

2.The towing arch helps to stabilize the boat during transport on the highway.

在高速公路运输过程中，拖曳拱架有助于稳定船只。

3.The boat was secured using a strong towing arch to prevent it from swaying in the water.

这艘船用一个坚固的拖曳拱架固定，以防在水中摇摆。

4.The design of the towing arch allows for better weight distribution while towing heavy loads.

该拖曳拱架的设计允许在拖曳重物时更好地分配重量。

5.When transporting the trailer, ensure that the towing arch is properly aligned with the hitch.

运输拖车时，确保拖曳拱架与连接器正确对齐。

作文

In the world of maritime engineering, various components play crucial roles in ensuring the efficiency and safety of vessels. One such component is the towing arch, which is an essential structure designed to facilitate the towing of boats and ships. The towing arch serves as a pivotal element in the towing process, allowing for better handling and maneuverability while securing the towing line at an optimal angle. This innovation has significantly improved the performance of tugboats and other vessels involved in towing operations.The design of a towing arch typically features a robust frame that extends over the stern of the vessel. This frame is equipped with various fittings and attachments that enable the quick connection and disconnection of towing lines. By elevating the towing point above the waterline, the towing arch minimizes the risk of the towing line becoming submerged or tangled, which can lead to dangerous situations during towing maneuvers.Moreover, the towing arch allows for greater flexibility when it comes to the angles at which a vessel can tow another. Unlike traditional towing methods where the towing line might be anchored directly to the hull, the elevated position of the towing arch permits a broader range of motion. This is particularly beneficial in challenging conditions, such as rough seas or tight navigation channels, where precise control is paramount.Another significant advantage of using a towing arch is the reduction of strain on both the towing vessel and the towed vessel. By providing a more favorable angle for the towing line, the towing arch helps distribute forces more evenly across the vessels. This can prevent excessive wear and tear on equipment and reduce the likelihood of structural damage during towing operations.In addition to its practical benefits, the towing arch also enhances the aesthetic appeal of a vessel. Many modern tugboats incorporate sleek designs that integrate the towing arch seamlessly into their overall appearance. This fusion of functionality and style reflects the advancements in marine engineering, where performance and design are no longer mutually exclusive.Furthermore, the adoption of the towing arch is not limited to commercial vessels. Recreational boaters have also recognized the advantages of this design. For instance, many fishing boats and personal watercraft now feature towing arches to improve their towing capabilities, whether for water skiing, wakeboarding, or other recreational activities. This widespread use underscores the versatility and practicality of the towing arch in various maritime contexts.In conclusion, the towing arch represents a significant advancement in maritime engineering, enhancing both the functionality and safety of towing operations. Its ability to provide better handling, reduce strain, and improve the overall aesthetic of vessels makes it a valuable addition to any boat designed for towing. As technology continues to evolve, we can expect further innovations in towing systems, but the towing arch will undoubtedly remain a cornerstone of effective maritime towing practices.

在海洋工程的世界中，各种组件在确保船只的效率和安全性方面发挥着至关重要的作用。其中一个关键组件是拖曳拱架，它是一种旨在促进船只和舰艇拖曳的基本结构。拖曳拱架在拖曳过程中作为一个关键元素，允许更好的操控性和机动性，同时以最佳角度固定拖曳线。这一创新显著提高了拖船和其他参与拖曳作业的船舶的性能。拖曳拱架的设计通常具有一个坚固的框架，延伸到船只的尾部。该框架配备了各种配件和附件，能够快速连接和断开拖曳线。通过将拖曳点抬高到水线以上，拖曳拱架最小化了拖曳线被淹没或缠绕的风险，这可能会在拖曳操作过程中导致危险情况。此外，拖曳拱架在船只拖曳时提供了更大的灵活性。与传统的拖曳方法不同，拖曳线可能直接固定在船体上，拖曳拱架的升高位置允许更广泛的运动范围。这在恶劣条件下尤其有益，例如在波涛汹涌的海洋或狭窄的航道中，精确控制至关重要。使用拖曳拱架的另一个重要优势是减少拖曳船和被拖船之间的应力。通过提供更有利的拖曳线角度，拖曳拱架帮助在船只之间更均匀地分配力量。这可以防止设备的过度磨损，降低拖曳操作期间结构损坏的可能性。除了实用优势，拖曳拱架还增强了船只的美观性。许多现代拖船采用流线型设计，将拖曳拱架无缝融入其整体外观中。这种功能与风格的融合反映了海洋工程的进步，在这里，性能和设计不再是相互排斥的。此外，拖曳拱架的应用并不仅限于商业船舶。休闲船主也认识到了这种设计的优势。例如，许多渔船和个人水上交通工具现在都配备有拖曳拱架，以改善其拖曳能力，无论是用于滑水、冲浪还是其他休闲活动。这种广泛的使用强调了拖曳拱架在各种海洋环境中的多功能性和实用性。总之，拖曳拱架代表了海洋工程的一项重大进展，增强了拖曳操作的功能性和安全性。它能够提供更好的操控性、减少应力并改善船只的整体美感，使其成为任何设计用于拖曳的船只的宝贵补充。随着技术的不断发展，我们可以期待在拖曳系统中进一步的创新，但拖曳拱架无疑将继续作为有效海洋拖曳实践的基石。