swinging radius

简明释义

回转半径

英英释义

例句

1.The crane operator must always be aware of the swinging radius (摆动半径) to avoid hitting nearby structures.

起重机操作员必须始终注意swinging radius (摆动半径)，以避免撞击附近的建筑物。

2.During the inspection, we noticed that the swinging radius (摆动半径) had not been properly calculated.

在检查中，我们注意到swinging radius (摆动半径)没有被正确计算。

3.Before starting the job, we marked the swinging radius (摆动半径) on the ground to ensure safety.

在开始工作之前，我们在地面上标记了swinging radius (摆动半径)以确保安全。

4.The operator should never stand within the swinging radius (摆动半径) of the excavator when it is in operation.

当挖掘机在操作时，操作员绝不能站在swinging radius (摆动半径)内。

5.The safety manual emphasizes the importance of knowing the swinging radius (摆动半径) for all heavy machinery.

安全手册强调了解所有重型机械的swinging radius (摆动半径)的重要性。

作文

In the world of engineering and construction, understanding various technical terms is crucial for effective communication and project execution. One such term is the swinging radius, which plays a significant role in the operation of machinery, especially in cranes and excavators. The swinging radius refers to the distance from the center of rotation of a machine to the outermost point of its working arm or attachment when it swings around. This concept is essential for ensuring safety and efficiency on construction sites.When operating heavy machinery, operators must be aware of the swinging radius to prevent accidents and injuries. For instance, if a crane is lifting a load, the operator must consider how far the load will swing as the crane rotates. If there are obstacles or personnel within this radius, it could lead to severe accidents. Therefore, marking the swinging radius on the ground with cones or barriers is a common practice on job sites to keep workers at a safe distance.Moreover, the swinging radius is not only important for safety but also affects the overall efficiency of operations. A larger swinging radius means that the machine can cover more area without needing to reposition. However, this also requires more space on the job site and can complicate logistics, especially in tight urban environments. Consequently, engineers and project managers must carefully plan the layout of the site to accommodate the swinging radius of all machinery involved.In addition to cranes, the concept of swinging radius applies to various other types of equipment. For example, excavators use a swinging motion to dig trenches or move earth. Understanding the swinging radius of an excavator helps operators determine how close they can get to existing structures without causing damage. It also aids in planning the sequence of operations, ensuring that each task is completed efficiently without unnecessary delays.Furthermore, the swinging radius can vary between different models of machinery. Operators should familiarize themselves with the specifications of the equipment they are using, as this knowledge directly impacts their ability to operate safely and effectively. Manufacturers often provide detailed diagrams and charts that illustrate the swinging radius for their machines, which should be consulted regularly.In conclusion, the term swinging radius encompasses a critical aspect of machinery operation in construction and engineering. Understanding this concept not only enhances safety by preventing accidents but also improves operational efficiency. As technology advances and machinery becomes more sophisticated, the importance of grasping technical terms like swinging radius cannot be overstated. For anyone involved in construction or heavy equipment operation, mastering the implications of the swinging radius is essential for success in the field.

在工程和建筑的世界中，理解各种技术术语对于有效沟通和项目执行至关重要。其中一个术语是摆动半径，它在机械操作中起着重要作用，尤其是在起重机和挖掘机中。摆动半径指的是机器旋转中心到其工作臂或附件在摆动时最外侧点的距离。这个概念对确保施工现场的安全和效率至关重要。在操作重型机械时，操作员必须意识到摆动半径以防止事故和伤害。例如，如果起重机正在吊起一个负载，操作员必须考虑在起重机旋转时负载将摆动多远。如果在这个半径内有障碍物或人员，可能会导致严重的事故。因此，在工地上用锥形标志或障碍物标记摆动半径是一种常见做法，以保持工人处于安全距离。此外，摆动半径不仅对安全重要，还影响操作的整体效率。更大的摆动半径意味着机器可以在不需要重新定位的情况下覆盖更大区域。然而，这也需要在工地上更多的空间，并可能使物流变得复杂，特别是在狭窄的城市环境中。因此，工程师和项目经理必须仔细规划现场布局，以适应所有参与机械的摆动半径。除了起重机，摆动半径的概念还适用于各种其他类型的设备。例如，挖掘机利用摆动运动来挖掘沟渠或移动土壤。了解挖掘机的摆动半径可以帮助操作员确定他们可以靠近现有结构而不会造成损坏的程度。它还有助于规划操作顺序，确保每项任务高效完成，而不必不必要地延误。此外，不同型号的机械的摆动半径可能有所不同。操作员应熟悉所使用设备的规格，因为这些知识直接影响他们安全有效地操作的能力。制造商通常提供详细的图表和图示，说明其机器的摆动半径，这些应定期参考。总之，术语摆动半径涵盖了建筑和工程中机械操作的关键方面。理解这个概念不仅通过防止事故来增强安全性，而且提高了操作效率。随着技术的发展和机械的日益复杂，掌握像摆动半径这样的技术术语的重要性不容小觑。对于任何参与建筑或重型设备操作的人来说，掌握摆动半径的含义对于在该领域取得成功至关重要。