overall width of crane

简明释义

起重机全幅(有可动部分时

英英释义

例句

1.When planning the lift, consider the overall width of crane (起重机的总宽度) to ensure safety.

在计划吊装时，考虑overall width of crane (起重机的总宽度) 以确保安全。

2.The specifications indicate that the overall width of crane (起重机的总宽度) is critical for stability.

规格说明书指出，overall width of crane (起重机的总宽度) 对于稳定性至关重要。

3.The operator should be aware of the overall width of crane (起重机的总宽度) when navigating through narrow streets.

操作员在狭窄街道行驶时应注意overall width of crane (起重机的总宽度)。

4.The construction team must ensure that the overall width of crane (起重机的总宽度) does not exceed the site limits.

施工团队必须确保overall width of crane (起重机的总宽度) 不超过现场限制。

5.Before moving the crane, check the overall width of crane (起重机的总宽度) to avoid any obstacles.

在移动起重机之前，检查overall width of crane (起重机的总宽度) 以避免任何障碍物。

作文

When discussing cranes, one of the crucial specifications that engineers and operators must consider is the overall width of crane. This term refers to the total width of the crane from one outer edge to the other, encompassing all its components. Understanding the overall width of crane is vital for several reasons, particularly in terms of safety, maneuverability, and site logistics. Firstly, the overall width of crane plays a significant role in ensuring safety on construction sites. Cranes are often used in tight spaces where they must navigate around other equipment, structures, and personnel. If the overall width of crane exceeds the available space, it can lead to dangerous situations such as tipping or colliding with obstacles. Therefore, knowing the overall width of crane allows project managers to plan accordingly, ensuring that there is enough room for safe operation.Secondly, the overall width of crane affects the crane's maneuverability. A wider crane may have limitations when it comes to navigating narrow pathways or working in confined areas. For instance, when a crane is tasked with lifting materials in a busy urban environment, its overall width of crane must be considered to avoid blocking traffic or interfering with nearby buildings. Operators must be trained to understand how the overall width of crane impacts their ability to position the crane effectively for various lifting tasks.Moreover, the overall width of crane is also critical in the context of transportation. When cranes are transported from one site to another, their dimensions, including the overall width of crane, determine the type of vehicle needed and the routes that can be taken. Roads and bridges have specific weight and dimension restrictions, and exceeding these limits can result in fines or accidents. Therefore, accurate measurement of the overall width of crane is essential for logistical planning and compliance with regulations.In addition to safety and logistics, the overall width of crane can influence the type of projects a crane can undertake. For example, some projects may require cranes with a narrower profile to fit into specific areas, while others might benefit from wider cranes that can lift heavier loads more efficiently. Understanding the overall width of crane helps contractors choose the right equipment for their needs, ultimately affecting project timelines and costs.Lastly, the overall width of crane is often specified in the technical documentation provided by manufacturers. This information is crucial for engineers who are designing lifting plans and ensuring that all equipment used on-site meets the necessary specifications. By considering the overall width of crane, engineers can create safer and more effective lifting strategies that optimize the use of available space and resources.In conclusion, the overall width of crane is a fundamental aspect of crane operation that impacts safety, maneuverability, transportation, project selection, and engineering design. Understanding this measurement allows professionals in the construction industry to make informed decisions that enhance efficiency and safety on the job site. Therefore, it is imperative for anyone involved in crane operation or management to have a thorough understanding of the overall width of crane and its implications.

在讨论起重机时，工程师和操作员必须考虑的关键规格之一是起重机的整体宽度。这个术语指的是起重机从一边到另一边的总宽度，包括它的所有组件。理解起重机的整体宽度对于多个方面至关重要，特别是在安全性、机动性和现场物流方面。首先，起重机的整体宽度在确保施工现场的安全性方面发挥着重要作用。起重机通常在狭小的空间中使用，必须在其他设备、结构和人员周围移动。如果起重机的整体宽度超出了可用空间，就可能导致危险情况，例如翻倒或与障碍物碰撞。因此，了解起重机的整体宽度使项目经理能够进行相应的规划，确保有足够的空间进行安全操作。其次，起重机的整体宽度影响着起重机的机动性。较宽的起重机在狭窄的通道或受限区域内可能会受到限制。例如，当起重机负责在繁忙的城市环境中吊装材料时，必须考虑其整体宽度以避免阻塞交通或干扰附近建筑物。操作员必须经过培训，以理解起重机的整体宽度如何影响他们有效定位起重机以完成各种吊装任务的能力。此外，起重机的整体宽度在运输的背景下也至关重要。当起重机从一个工地运输到另一个工地时，其尺寸，包括整体宽度，决定了所需车辆的类型和可以采取的路线。道路和桥梁有特定的重量和尺寸限制，超出这些限制可能导致罚款或事故。因此，准确测量起重机的整体宽度对于物流规划和遵守法规至关重要。除了安全性和物流外，起重机的整体宽度还可能影响起重机能够承担的项目类型。例如，一些项目可能需要具有更窄轮廓的起重机以适应特定区域，而其他项目则可能受益于能够更有效地提升更重负载的宽起重机。理解起重机的整体宽度帮助承包商选择适合其需求的设备，最终影响项目的时间表和成本。最后，制造商提供的技术文档中通常会指定起重机的整体宽度。这些信息对于设计吊装计划并确保现场使用的所有设备满足必要规格的工程师至关重要。通过考虑起重机的整体宽度，工程师可以制定更安全、更有效的吊装策略，优化可用空间和资源的使用。总之，起重机的整体宽度是起重机操作的基本方面，影响着安全性、机动性、运输、项目选择和工程设计。理解这一测量使建筑行业的专业人士能够做出明智的决策，从而提高工作现场的效率和安全性。因此，参与起重机操作或管理的任何人都必须深入理解起重机的整体宽度及其影响。