rotary base junction

简明释义

回转接触装置

英英释义

例句

1.The engineer designed a new traffic flow system that includes a rotary base junction to reduce congestion.

工程师设计了一个新的交通流系统，其中包括一个旋转基础交汇点以减少拥堵。

2.The city council proposed adding more signage around the rotary base junction to enhance safety.

市议会提议在旋转基础交汇点周围添加更多标志以增强安全性。

3.At the rotary base junction, vehicles must yield to those already in the roundabout.

在旋转基础交汇点，车辆必须让行给已经在环形交叉口的车辆。

4.Drivers are often confused when approaching a rotary base junction for the first time.

第一次接近旋转基础交汇点时，驾驶者常常感到困惑。

5.The construction of the rotary base junction was completed ahead of schedule, improving local traffic conditions.

该旋转基础交汇点的建设提前完成，改善了当地的交通状况。

作文

In modern urban planning, the design and functionality of transportation systems are crucial for ensuring smooth traffic flow and enhancing the overall quality of life for residents. One of the innovative solutions that have emerged in this context is the concept of a rotary base junction, which serves as a pivotal point for vehicles to navigate through busy intersections. A rotary base junction (旋转基础交叉口) is essentially a circular intersection where multiple roads converge, allowing vehicles to enter and exit in a streamlined manner. This design minimizes the need for traffic signals, reducing waiting times and improving safety by decreasing the likelihood of high-speed collisions that often occur at traditional intersections.The advantages of implementing a rotary base junction are manifold. Firstly, it enhances traffic efficiency. Vehicles approaching the junction can yield to those already circulating, which means that traffic can flow continuously without the interruptions caused by stoplights. This is particularly beneficial during peak hours when congestion is at its highest. Moreover, studies have shown that rotary base junctions can significantly reduce the number of accidents compared to conventional intersections. The circular design encourages lower speeds and promotes better driver awareness, leading to safer driving conditions.Another important aspect of a rotary base junction is its impact on urban aesthetics and land use. These junctions can be designed to incorporate green spaces, pedestrian pathways, and even public art, transforming them into community hubs rather than mere transit points. This integration of nature and art not only beautifies the area but also encourages social interaction among residents. For cities striving for sustainability, a rotary base junction can also facilitate the inclusion of bicycle lanes and pedestrian crossings, promoting alternative modes of transport and reducing reliance on cars.However, the successful implementation of a rotary base junction requires careful planning and consideration of various factors. Traffic volume, road geometry, and the surrounding environment must all be taken into account to ensure that the junction operates effectively. Additionally, public education is essential to familiarize drivers with the unique rules of navigating a rotary. Many drivers may be accustomed to traditional intersections and could find the transition challenging without proper guidance.In conclusion, the rotary base junction (旋转基础交叉口) represents a forward-thinking approach to urban traffic management. By prioritizing efficiency, safety, and community engagement, these junctions can significantly enhance the urban landscape. As cities continue to grow and evolve, the adoption of innovative solutions like the rotary base junction will be vital in creating sustainable and livable environments for future generations. Ultimately, embracing such designs can lead to a more harmonious balance between transportation needs and urban development, paving the way for smarter cities that cater to the diverse needs of their inhabitants.

在现代城市规划中，交通系统的设计和功能对于确保交通流畅和提升居民整体生活质量至关重要。在这个背景下，出现了一种创新的解决方案，即旋转基础交叉口的概念，它作为车辆在繁忙交叉口导航的关键点。旋转基础交叉口（rotary base junction）本质上是一个圆形交叉口，多个道路汇聚于此，允许车辆以流畅的方式进出。这种设计减少了对交通信号灯的需求，从而缩短了等待时间，并通过降低传统交叉口常见的高速碰撞的可能性来提高安全性。实施旋转基础交叉口的优势是多方面的。首先，它提高了交通效率。接近交叉口的车辆可以让已经在环形道路上行驶的车辆优先通行，这意味着交通可以持续流动，而不会被红绿灯打断。这在高峰时段尤为有利，因为那时拥堵最严重。此外，研究表明，与传统交叉口相比，旋转基础交叉口可以显著减少事故的数量。圆形设计鼓励降低车速，并促进驾驶者的警觉性，从而导致更安全的驾驶条件。旋转基础交叉口的另一个重要方面是其对城市美学和土地使用的影响。这些交叉口可以设计成包含绿色空间、人行道，甚至公共艺术，转变为社区中心，而不仅仅是交通枢纽。这种自然与艺术的结合不仅美化了区域，还鼓励居民之间的社会互动。对于追求可持续发展的城市来说，旋转基础交叉口还可以促进自行车道和人行横道的纳入，推动替代交通方式，减少对汽车的依赖。然而，成功实施旋转基础交叉口需要仔细的规划和对各种因素的考虑。交通量、道路几何形状和周围环境都必须考虑到，以确保交叉口有效运作。此外，公众教育对于使驾驶者熟悉旋转交叉口独特的导航规则至关重要。许多驾驶者可能习惯于传统交叉口，如果没有适当的指导，可能会发现过渡具有挑战性。总之，旋转基础交叉口（rotary base junction）代表了一种前瞻性的城市交通管理方法。通过优先考虑效率、安全和社区参与，这些交叉口可以显著改善城市景观。随着城市的不断发展和演变，采用像旋转基础交叉口这样的创新解决方案对于创造可持续和宜居的环境将至关重要。最终，拥抱这样的设计可以实现交通需求与城市发展的更和谐平衡，为未来世代铺平道路，创建满足居民多样需求的智能城市。