conduit run

简明释义

电缆管道路线

英英释义

A conduit run refers to a continuous pathway or channel through which electrical wires, cables, or other utilities are installed, typically used to protect and organize these systems within buildings or infrastructure.

管道运行是指一个连续的通道或渠道,通过该通道安装电线、电缆或其他公用设施,通常用于保护和组织这些系统在建筑物或基础设施内的布局。

例句

1.The electrician completed the conduit run to ensure all wiring is protected.

电工完成了导管布线以确保所有电缆得到保护。

2.Before starting the project, we need to plan the conduit run layout carefully.

在开始项目之前,我们需要仔细规划导管布线的布局。

3.The conduit run was installed underground to avoid damage from weather conditions.

为了避免天气条件造成的损坏,导管布线被安装在地下。

4.During the inspection, the inspector noted that the conduit run needed additional support.

在检查过程中,检查员指出导管布线需要额外的支撑。

5.We used PVC for the conduit run because it is lightweight and durable.

我们使用PVC材料进行导管布线,因为它轻便且耐用。

作文

In modern infrastructure, the efficient management of utilities is crucial for the functionality of urban environments. One essential concept in this domain is the conduit run, which refers to a designated pathway or channel used to house electrical, telecommunications, or plumbing lines. These conduits are vital for protecting the utility lines from environmental damage and ensuring safe access for maintenance and repairs. Understanding the significance of a conduit run is important for both engineers and urban planners as they design systems that cater to the needs of growing populations.A conduit run can be made of various materials, including PVC, metal, or fiberglass, depending on the requirements of the specific utility being housed. For instance, electrical conduits are often made from rigid metal or PVC to withstand different environmental conditions while providing adequate protection against physical damage. Furthermore, the layout of a conduit run must consider factors such as accessibility, future expansion, and compliance with local building codes. Proper planning ensures that the conduits do not interfere with other underground structures, such as water pipes or sewage systems.The installation of a conduit run involves careful planning and execution. Engineers must assess the landscape and determine the most efficient route for the conduits. This process often includes mapping existing utilities and avoiding areas that may pose challenges, such as high traffic zones or unstable soil. Additionally, it is essential to consider the depth at which the conduits will be laid to prevent any potential damage from surface activities.Once installed, a conduit run serves multiple purposes. It not only protects the utility lines but also provides a means for future upgrades. For example, if new technology requires additional wiring, technicians can easily access the conduit without the need for extensive excavation. This adaptability is crucial in an age where technological advancements occur rapidly, and infrastructure must keep pace.Moreover, a well-designed conduit run can enhance the aesthetic appeal of urban spaces. By keeping utility lines underground, cities can maintain a cleaner and more organized appearance, free from unsightly overhead wires. This aspect is particularly important in historical districts or areas where tourism plays a significant role in the local economy.In conclusion, the concept of a conduit run is integral to the development and maintenance of effective urban infrastructure. It not only safeguards essential utility lines but also facilitates future upgrades and contributes to the overall aesthetic of urban environments. As cities continue to grow and evolve, understanding and implementing efficient conduit runs will be vital in creating sustainable and functional living spaces for generations to come.

在现代基础设施中,公用事业的有效管理对城市环境的功能至关重要。在这个领域,一个基本概念是管道走向,它指的是用于容纳电力、电信或管道线路的指定通道或渠道。这些管道对于保护公用事业线路免受环境损害以及确保安全的维护和修理访问至关重要。理解管道走向的重要性,对于工程师和城市规划者来说都是很重要的,因为他们设计的系统需要满足不断增长的人口需求。管道走向可以由多种材料制成,包括PVC、金属或玻璃纤维,具体取决于所容纳的特定公用事业的要求。例如,电气管道通常由刚性金属或PVC制成,以承受不同的环境条件,同时提供足够的物理保护。此外,管道走向的布局必须考虑可达性、未来扩展和遵守当地建筑规范等因素。适当的规划确保管道不会干扰其他地下结构,例如水管或污水系统。管道走向的安装涉及细致的规划和执行。工程师必须评估地形并确定管道的最有效路线。这个过程通常包括绘制现有公用设施的地图,并避免可能造成挑战的区域,例如高交通区或不稳定的土壤。此外,考虑管道埋设的深度也至关重要,以防止任何潜在的表面活动造成损坏。一旦安装,管道走向就可以发挥多重作用。它不仅保护公用事业线路,还为未来的升级提供了一种手段。例如,如果新技术需要额外的布线,技术人员可以轻松访问管道,而无需进行广泛的挖掘。这种适应性在技术进步迅速发生的时代至关重要,基础设施必须跟上步伐。此外,设计良好的管道走向可以增强城市空间的美观。通过将公用事业线路埋入地下,城市可以保持更清洁、更有序的外观,免受难看的高空电线影响。这一点在历史街区或旅游业在当地经济中扮演重要角色的地区尤为重要。总之,管道走向的概念是有效城市基础设施开发和维护的关键。它不仅保护重要的公用事业线路,还促进未来的升级,并有助于城市环境的整体美感。随着城市的不断发展和演变,理解和实施有效的管道走向对于创造可持续和功能齐全的生活空间,将对未来几代人至关重要。

相关单词

conduit

conduit详解:怎么读、什么意思、用法