exploded drawing (view)

简明释义

零件分散图；爆炸图

英英释义

例句

1.During the training session, we studied the exploded drawing (view) of the product to identify critical components.

在培训课程中，我们研究了产品的爆炸图以识别关键组件。

2.The engineer presented the exploded drawing (view) to show how each component fits together.

工程师展示了爆炸图以说明每个组件如何组合在一起。

3.The exploded drawing (view) of the machine highlighted all the parts that needed maintenance.

机器的爆炸图突出显示了所有需要维护的部件。

4.In the assembly manual, there is an exploded drawing (view) that helps users understand the installation process.

在组装手册中，有一张爆炸图帮助用户理解安装过程。

5.To improve clarity, the architect included an exploded drawing (view) in the project presentation.

为了提高清晰度，建筑师在项目演示中包含了一张爆炸图。

作文

In the field of design and engineering, clear communication is essential for conveying complex ideas and structures. One effective way to present intricate designs is through the use of an exploded drawing (view). An exploded drawing (view) is a technical illustration that shows the components of an object separated but aligned in a way that allows viewers to understand how the parts fit together. This type of drawing is particularly useful in fields such as architecture, product design, and mechanical engineering, where understanding the relationships between various components is crucial.The primary purpose of an exploded drawing (view) is to provide clarity. When dealing with multi-part assemblies, it can be challenging to visualize how individual pieces interact. An exploded drawing (view) takes each component and 'explodes' it outward from the assembly, allowing the viewer to see not only the individual parts but also their position relative to one another. This visual representation helps eliminate confusion, ensuring that both designers and clients have a clear understanding of the project.Moreover, an exploded drawing (view) serves as an excellent tool for instruction and assembly. In manufacturing and assembly processes, these drawings can guide workers on how to put together a product step by step. For instance, when assembling furniture, an exploded drawing (view) can illustrate where each piece fits, making it easier for individuals to follow the instructions without getting lost. The use of such drawings can significantly reduce assembly time and errors, leading to increased efficiency in production.In addition to practical applications, exploded drawings (views) are also aesthetically pleasing. They often incorporate color and shading to enhance the visual appeal and make it easier to differentiate between parts. Designers can use these drawings not only to convey information but also to create marketing materials that showcase their products in an engaging way. A well-designed exploded drawing (view) can capture attention and convey professionalism, which is essential in competitive industries.Furthermore, technology has advanced the creation of exploded drawings (views). With the advent of computer-aided design (CAD) software, designers can easily generate these illustrations with precision and detail. CAD programs allow for the manipulation of 3D models, enabling designers to produce accurate exploded drawings (views) quickly. This technological integration has transformed the way designers communicate their ideas, making the process more efficient and accessible.In conclusion, the exploded drawing (view) is a vital tool in design and engineering that enhances understanding, facilitates assembly, and showcases products effectively. Its ability to clarify complex relationships between components makes it indispensable in various fields. As technology continues to evolve, the use of exploded drawings (views) will likely become even more prevalent, further improving communication and efficiency in design processes. Whether in a technical manual or a marketing brochure, the impact of an exploded drawing (view) cannot be underestimated, as it plays a crucial role in bridging the gap between concept and reality.

在设计和工程领域，清晰的沟通对于传达复杂的想法和结构至关重要。一种有效展示复杂设计的方法是使用爆炸图（视图）。爆炸图（视图）是一种技术插图，显示了一个物体的组成部分被分离但对齐，以便观众理解各个部分如何结合在一起。这种类型的图纸在建筑、产品设计和机械工程等领域尤为有用，因为理解各个组件之间的关系至关重要。爆炸图（视图）的主要目的是提供清晰度。当处理多部件装配时，想象单个部件如何相互作用可能会很具挑战性。爆炸图（视图）将每个组件“爆炸”向外，从装配中分离出来，使观众不仅能看到各个零件，还能看到它们之间的相对位置。这种视觉表现有助于消除混淆，确保设计师和客户对项目有清晰的理解。此外，爆炸图（视图）作为指导和装配的优秀工具。在制造和装配过程中，这些图纸可以指导工人逐步组装产品。例如，在组装家具时，爆炸图（视图）可以说明每个零件的适合位置，使个人更容易按照说明进行操作。使用此类图纸可以显著减少装配时间和错误，从而提高生产效率。除了实用应用外，爆炸图（视图）在美学上也令人愉悦。它们通常结合颜色和阴影来增强视觉吸引力，并使其更易于区分零件。设计师可以利用这些图纸不仅传达信息，还创建以引人入胜的方式展示产品的营销材料。一幅设计良好的爆炸图（视图）可以吸引注意力并传达专业性，这在竞争激烈的行业中至关重要。此外，技术进步推动了爆炸图（视图）的创建。随着计算机辅助设计（CAD）软件的出现，设计师可以轻松地生成这些插图，具有精确性和细节。CAD程序允许对3D模型进行操作，使设计师能够快速制作准确的爆炸图（视图）。这种技术整合改变了设计师沟通想法的方式，使过程更加高效和可及。总之，爆炸图（视图）是设计和工程中的重要工具，增强了理解、促进了装配并有效展示了产品。它澄清了组件之间复杂关系的能力使其在各个领域不可或缺。随着技术的不断发展，爆炸图（视图）的使用可能会变得更加普遍，进一步提高设计过程中的沟通和效率。无论是在技术手册还是营销宣传册中，爆炸图（视图）的影响都不容小觑，因为它在弥合概念与现实之间的差距中发挥着至关重要的作用。