safe overhead clearance

简明释义

安全净空高度

英英释义

例句

1.To ensure a safe overhead clearance, it is important to regularly trim trees near roadways.

为了确保有一个安全净空高度，定期修剪靠近道路的树木是很重要的。

2.The bridge has a safe overhead clearance of 14 feet, ensuring that tall vehicles can pass without risk of collision.

这座桥的安全净空高度为14英尺，确保高大的车辆可以毫无风险地通过。

3.Before entering the tunnel, drivers should check the safe overhead clearance to avoid getting stuck.

在进入隧道之前，驾驶者应该检查安全净空高度以避免被卡住。

4.The parking garage was designed with a safe overhead clearance of 8 feet for larger vehicles.

这个停车库的设计考虑了8英尺的安全净空高度，适合较大的车辆。

5.Construction sites often have signs indicating the safe overhead clearance to protect workers and equipment.

建筑工地上通常会有标志指示安全净空高度，以保护工人和设备。

作文

When it comes to construction and transportation, ensuring a safe overhead clearance is crucial for the smooth operation of various activities. The term safe overhead clearance refers to the vertical space required to safely maneuver vehicles and equipment without risk of collision with overhead structures such as bridges, power lines, or building overhangs. This concept is vital not only for the safety of the operators but also for the protection of the infrastructure and the general public.In urban areas, where buildings are often constructed closely together, the issue of safe overhead clearance becomes even more significant. For instance, large trucks and construction cranes must be able to navigate through streets without hitting low-hanging wires or protruding architectural features. Failure to maintain adequate safe overhead clearance can lead to severe accidents, causing damage to vehicles, injuries to individuals, and costly repairs to infrastructure.To ensure safe overhead clearance, local governments and construction companies often conduct thorough assessments of the routes that heavy machinery will take. They may use tools such as height gauges and aerial surveys to measure the distance between the ground and any potential obstructions. Additionally, proper signage indicating the maximum height allowed on certain roads can help drivers make informed decisions about their routes.Another aspect to consider is the role of regulations and standards in maintaining safe overhead clearance. Many countries have established guidelines that dictate the minimum height requirements for overhead structures. These regulations are designed to protect both commercial and private vehicles, ensuring that they can operate safely without the risk of collision. Compliance with these regulations is essential for construction projects, as failing to adhere to them can result in legal repercussions and increased liability for contractors.Moreover, technology plays a significant role in enhancing safe overhead clearance. Advanced mapping and GPS systems can provide real-time data on vehicle heights and the locations of overhead hazards. This information allows operators to plan their routes more effectively, avoiding areas with insufficient clearance. In the future, we may see even more innovative solutions, such as automated height detection systems that alert drivers when they are approaching a low clearance area.In conclusion, understanding and implementing safe overhead clearance is a fundamental aspect of construction and transportation safety. It requires careful planning, adherence to regulations, and the use of technology to prevent accidents and ensure the well-being of everyone involved. By prioritizing safe overhead clearance, we can create safer environments for both workers and the public, ultimately leading to more efficient and effective operations in our cities and communities.

在建筑和运输中，确保安全的净空高度对于各种活动的顺利进行至关重要。术语安全的净空高度指的是安全操作车辆和设备所需的垂直空间，以避免与桥梁、电线或建筑物悬挑部分等高架结构发生碰撞。这个概念不仅对操作人员的安全至关重要，也关系到基础设施和公众的保护。在城市地区，由于建筑物往往建得很近，安全的净空高度的问题变得更加显著。例如，大型卡车和施工起重机必须能够在街道上行驶，而不会撞到低悬的电线或突出的建筑特征。未能保持足够的安全的净空高度可能导致严重的事故，造成车辆损坏、人员受伤以及基础设施的高额维修费用。为了确保安全的净空高度，地方政府和建筑公司通常会对重型机械将要经过的路线进行全面评估。他们可能使用高度测量仪和航空测量工具来测量地面与潜在障碍物之间的距离。此外，适当的标识牌可以指示某些道路上允许的最大高度，从而帮助司机做出明智的决策。另一个需要考虑的方面是法规和标准在维护安全的净空高度中的作用。许多国家已经建立了指导方针，规定了高架结构的最低高度要求。这些规定旨在保护商业和私人车辆，确保它们能够安全运行而不面临碰撞风险。遵守这些规定对建筑项目至关重要，因为未能遵守可能会导致法律后果和承包商的责任增加。此外，技术在增强安全的净空高度方面也发挥着重要作用。先进的地图和GPS系统可以提供有关车辆高度和高架危险位置的实时数据。这些信息使操作人员能够更有效地规划他们的路线，避免进入净空不足的区域。在未来，我们可能会看到更多创新的解决方案，例如自动高度检测系统，当驾驶员接近低净空区域时发出警报。总之，理解和实施安全的净空高度是建筑和运输安全的基本方面。这需要仔细的规划、遵循法规以及利用技术来防止事故并确保所有相关人员的安全。通过优先考虑安全的净空高度，我们可以为工人和公众创造更安全的环境，最终在我们的城市和社区中实现更高效、更有效的运营。