rail height

简明释义

栏杆高度

英英释义

例句

1.Adjusting the rail height can improve accessibility for people with disabilities.

调整护栏高度可以提高残疾人的无障碍性。

2.The contractor measured the rail height to ensure it met safety standards.

承包商测量了护栏高度以确保符合安全标准。

3.During the inspection, the rail height was found to be too low.

在检查中，发现护栏高度过低。

4.The design specifications require a minimum rail height of 42 inches.

设计规范要求最低护栏高度为42英寸。

5.For balconies, the recommended rail height is at least 36 inches.

对于阳台，推荐的护栏高度至少为36英寸。

作文

The concept of rail height is crucial in various engineering and construction projects, particularly in the fields of railways and architecture. Understanding rail height can significantly impact the safety, functionality, and aesthetic appeal of a structure. In railway systems, for instance, rail height refers to the vertical distance from the top of the rail to the level of the track bed or the ground. This measurement is essential for ensuring that trains can operate smoothly and safely. If the rail height is too low, it could lead to derailments or other accidents, while a height that is too high might cause issues with train clearance and accessibility. In architectural design, rail height often pertains to the height of handrails on staircases, balconies, and walkways. Building codes typically specify minimum rail height requirements to ensure safety for individuals using these structures. For example, in residential buildings, the standard rail height for a staircase is usually around 34 to 38 inches. This regulation helps prevent falls and enhances the overall safety of the building.Moreover, the aesthetic aspect of rail height cannot be overlooked. Designers must consider how the rail height interacts with the surrounding space. A well-proportioned rail height can enhance the visual appeal of a staircase or balcony, making it an integral part of the interior design. Conversely, an improperly designed rail height can detract from the beauty of a structure, making it look awkward or out of place.In addition to safety and aesthetics, the rail height can also influence the functionality of a space. For instance, in commercial buildings, the rail height on escalators and moving walkways must be carefully calculated to accommodate a diverse range of users, including children and individuals with disabilities. Ensuring that the rail height is accessible to everyone is not only a matter of compliance with legal standards but also a reflection of a society's commitment to inclusivity.Furthermore, advancements in technology and materials have allowed engineers and architects to experiment with different rail heights and designs. For example, glass railings have become increasingly popular due to their modern look and ability to create an open feel in spaces. However, even with innovative materials, the fundamental principles governing rail height still apply. Safety regulations must be adhered to, ensuring that the rail height is adequate to prevent falls while maintaining the desired aesthetic.In conclusion, the term rail height encompasses a wide range of considerations in both engineering and design. From ensuring safety in railway systems to enhancing the visual appeal of architectural features, understanding rail height is essential for creating functional and beautiful spaces. It is a critical factor that influences not only the safety and usability of structures but also their overall design and aesthetic value. As we continue to innovate and push the boundaries of design, the importance of rail height will remain a fundamental aspect of our built environment.

“轨道高度”这一概念在各种工程和建筑项目中至关重要，特别是在铁路和建筑领域。理解“轨道高度”可以显著影响结构的安全性、功能性和美观性。例如，在铁路系统中，“轨道高度”指的是轨道顶部到轨道床或地面的垂直距离。这一测量对于确保火车能够平稳、安全地运行至关重要。如果“轨道高度”过低，可能会导致脱轨或其他事故，而如果高度过高，则可能会导致火车通行和可达性的问题。在建筑设计中，“轨道高度”通常涉及楼梯、阳台和走道上的扶手高度。建筑规范通常规定了最低“轨道高度”要求，以确保使用这些结构的人的安全。例如，在住宅建筑中，楼梯的标准“轨道高度”通常在34到38英寸之间。这项规定有助于防止跌倒，并增强建筑的整体安全性。此外，“轨道高度”的美学方面也不容忽视。设计师必须考虑“轨道高度”与周围空间的互动。一个比例协调的“轨道高度”可以增强楼梯或阳台的视觉吸引力，使其成为室内设计的一个重要部分。相反，设计不当的“轨道高度”可能会损害结构的美观，使其看起来笨拙或不合适。除了安全性和美观性外，“轨道高度”还会影响空间的功能性。例如，在商业建筑中，自动扶梯和人行道的“轨道高度”必须经过精心计算，以适应各种用户，包括儿童和残疾人。确保“轨道高度”对每个人都可及不仅是法律标准的合规问题，也是一个社会对包容性承诺的体现。此外，技术和材料的进步使工程师和建筑师能够尝试不同的“轨道高度”和设计。例如，玻璃栏杆因其现代外观和能够营造开放感而越来越受欢迎。然而，即使使用创新材料， governing “轨道高度”的基本原则仍然适用。必须遵守安全法规，确保“轨道高度”足以防止跌落，同时保持所需的美观。总之，“轨道高度”这一术语涵盖了工程和设计中的广泛考虑。从确保铁路系统的安全到增强建筑特征的视觉吸引力，理解“轨道高度”对于创建功能性和美观性空间至关重要。它是影响结构安全性和可用性以及整体设计和美学价值的关键因素。随着我们继续创新并推动设计的边界，“轨道高度”的重要性将始终是我们建筑环境的基本方面。