inside casing

简明释义

内框

英英释义

例句

1.Make sure to check the wiring inside casing for any damage.

确保检查外壳内部的电线是否有损坏。

2.The instructions specify that you should not open the inside casing without proper tools.

说明书指出，您不应在没有适当工具的情况下打开外壳内部。

3.We need to replace the battery inside casing of the remote control.

我们需要更换遥控器外壳内部的电池。

4.The sensor is located inside casing of the device.

传感器位于设备的外壳内部。

5.The technician found a leak in the pipe inside casing.

技术人员发现管道中有泄漏，在外壳内部。

作文

The concept of an object’s structure often extends beyond its visible exterior. This is particularly true in various fields such as engineering, architecture, and even biology. One term that encapsulates this idea is inside casing, which refers to the inner structure or protective layer that surrounds a component or system.In engineering, for instance, understanding the inside casing of machinery is crucial for maintenance and functionality. A machine's outer shell may appear robust and well-designed, but it is the inside casing that houses vital components such as gears, motors, and electrical systems. Without a thorough examination of the inside casing, engineers might overlook potential issues that could lead to malfunction or failure.Similarly, in architecture, the inside casing can refer to the framework that supports a building. While the façade of a structure may be aesthetically pleasing, it is the inside casing that ensures stability and safety. This includes walls, beams, and insulation that are not immediately visible to the naked eye but play a significant role in the integrity of the building. Architects must consider the inside casing when designing spaces to ensure they are not only beautiful but also functional and safe.In the realm of biology, the term inside casing can describe the protective layers surrounding organisms or cells. For example, a seed has an outer shell that protects the inside casing, which contains the embryo and nutrients necessary for growth. Understanding the inside casing of biological entities can lead to advancements in agriculture and medicine. By studying how these inner structures function, scientists can develop better ways to cultivate plants or treat diseases.Moreover, the idea of inside casing can also apply to personal development. Each individual has layers of experiences, emotions, and thoughts that shape who they are. The outer persona we present to the world may not fully represent our inside casing. Self-reflection and introspection allow us to explore our inner layers, leading to personal growth and a deeper understanding of ourselves. Just as engineers, architects, and biologists examine the inside casing of their respective fields, individuals can benefit from looking inward to discover their true motivations and desires.In conclusion, the term inside casing serves as a reminder that there is often more beneath the surface of things. Whether in machinery, architecture, biology, or personal growth, understanding the inside casing is essential for achieving success and fostering a deeper comprehension of the world around us. It encourages us to look beyond the obvious and appreciate the complexity and intricacy of both tangible and intangible aspects of life.

一个物体的结构概念通常超越其可见的外部。这在工程、建筑，甚至生物学等多个领域尤为真实。一个能够概括这一思想的术语是inside casing，它指的是包围某个组件或系统的内部结构或保护层。例如，在工程学中，理解机器的inside casing对维护和功能至关重要。机器的外壳可能看起来坚固且设计良好，但正是inside casing中容纳了齿轮、电动机和电气系统等重要组件。如果不对inside casing进行彻底检查，工程师可能会忽视潜在问题，这可能导致故障或失效。同样，在建筑学中，inside casing可以指支持建筑物的框架。虽然建筑物的外观可能令人赏心悦目，但正是inside casing确保了稳定性和安全性。这包括墙壁、梁和绝缘材料，这些在肉眼看来并不立即可见，但在建筑物的完整性中起着重要作用。建筑师在设计空间时必须考虑inside casing，以确保它们不仅美观而且功能齐全且安全。在生物学领域，术语inside casing可以描述包围生物或细胞的保护层。例如，种子有一个外壳，保护着inside casing，其中包含胚胎和生长所需的营养物质。理解生物实体的inside casing可以促进农业和医学的进步。通过研究这些内部结构如何运作，科学家可以开发出更好的方法来培育植物或治疗疾病。此外，inside casing的概念也可以应用于个人发展。每个人都有一层层的经历、情感和思想，塑造了他们的身份。我们向世界展示的外在形象可能并不能完全代表我们的inside casing。自我反思和内省使我们能够探索内心的层面，从而促进个人成长和对自我的更深理解。正如工程师、建筑师和生物学家检查各自领域的inside casing一样，个人也可以通过向内看，发现自己真正的动机和愿望。总之，术语inside casing提醒我们，事物的表面下通常还有更多内容。无论是在机械、建筑、生物学还是个人成长中，理解inside casing对于取得成功和培养对周围世界的更深理解至关重要。它鼓励我们超越表象，欣赏生活中有形和无形方面的复杂性和精细性。