exploded drawing (view)

简明释义

爆炸图；零件分散图

英英释义

例句

1.The engineer presented an exploded drawing (view) to illustrate how the components fit together.

工程师展示了一张爆炸图以说明各个组件如何组合在一起。

2.The architect used an exploded drawing (view) to show the different layers of the building.

建筑师使用了一张爆炸图来展示建筑的不同层次。

3.To better understand the assembly process, we referred to the exploded drawing (view) provided by the manufacturer.

为了更好地理解组装过程，我们参考了制造商提供的爆炸图。

4.In our design meeting, we reviewed the exploded drawing (view) to identify any potential issues.

在我们的设计会议上，我们审查了爆炸图以识别潜在问题。

5.The manual includes an exploded drawing (view) that helps users assemble the product easily.

手册中包含了一张爆炸图，帮助用户轻松组装产品。

作文

In the field of engineering and design, communication of complex ideas is crucial for successful collaboration. One effective way to convey intricate details and relationships between components is through the use of an exploded drawing (view). An exploded drawing (view) is a visual representation that shows the individual parts of an assembly separated along their axes, providing a clear view of how they fit together. This technique is particularly useful in technical illustrations, manuals, and presentations, as it allows viewers to understand the structure and function of a product or system at a glance.The primary advantage of using an exploded drawing (view) lies in its ability to enhance clarity. When dealing with complicated assemblies, such as machinery or electronic devices, traditional two-dimensional drawings may not adequately depict the spatial relationships between components. An exploded drawing (view) effectively overcomes this limitation by visually 'exploding' the parts away from the central assembly, thereby highlighting how each piece interacts with others. This method not only aids in understanding but also facilitates troubleshooting and maintenance, as technicians can easily identify where components are located and how they are assembled.Moreover, an exploded drawing (view) serves as a powerful educational tool. In academic settings, students studying engineering or design can benefit from analyzing these drawings to grasp complex concepts. For example, when learning about the inner workings of a car engine, an exploded drawing (view) can illustrate the various parts, such as pistons, valves, and crankshafts, in a manner that is much more engaging than static images or text descriptions. This visual approach encourages active learning and helps students to retain information more effectively.In addition to its educational benefits, the use of an exploded drawing (view) is prevalent in marketing and product design. Companies often utilize these drawings in brochures, websites, and advertisements to showcase their products. By presenting a detailed view of how a product is constructed, businesses can highlight unique features and advantages over competitors. This not only attracts potential customers but also builds trust by demonstrating transparency about the product’s design and functionality.However, creating an effective exploded drawing (view) requires a good understanding of both the subject matter and the principles of design. It is essential to ensure that the drawing is not overly cluttered, as this can lead to confusion rather than clarity. Proper labeling of parts and maintaining a logical order in the explosion are critical for ensuring that the viewer can easily follow the illustration. Additionally, employing color coding or shading can further enhance the drawing's effectiveness by distinguishing different components or systems.In conclusion, the exploded drawing (view) is an invaluable tool in engineering, education, and marketing. Its ability to convey complex information in a clear and engaging manner makes it an essential technique for professionals in various fields. As technology continues to evolve, the methods of creating and utilizing exploded drawings (views) will likely become even more sophisticated, allowing for greater creativity and precision in communication. Understanding and mastering the use of exploded drawing (view) will undoubtedly benefit anyone involved in design and engineering, providing a clearer pathway to innovation and success.

在工程和设计领域，复杂思想的沟通对于成功的协作至关重要。一种有效传达复杂细节和组件之间关系的方法是使用爆炸图（视图）。爆炸图（视图）是一种视觉表现形式，显示了一个组件的各个部分沿其轴线分离，从而清晰地展示它们如何组合在一起。这种技术在技术插图、手册和演示中尤其有用，因为它使观众能够一目了然地理解产品或系统的结构和功能。使用爆炸图（视图）的主要优点在于其增强清晰度的能力。在处理复杂的组件时，如机械或电子设备，传统的二维图纸可能无法充分描绘组件之间的空间关系。爆炸图（视图）有效克服了这一局限性，通过将部件从中心组件“爆炸”开来，从而突出每个部件如何与其他部件相互作用。这种方法不仅有助于理解，还促进了故障排除和维护，因为技术人员可以轻松识别组件的位置及其组装方式。此外，爆炸图（视图）作为一种强大的教育工具。在学术环境中，学习工程或设计的学生可以通过分析这些图纸来掌握复杂概念。例如，在学习汽车发动机的内部工作原理时，爆炸图（视图）可以以一种比静态图像或文本描述更具吸引力的方式展示各种部件，如活塞、阀门和曲轴。这种视觉方法鼓励积极学习，并帮助学生更有效地记忆信息。除了教育利益之外，爆炸图（视图）在营销和产品设计中的使用也很普遍。公司通常在宣传册、网站和广告中利用这些图纸来展示他们的产品。通过呈现产品的详细构造视图，企业可以突出独特的特点和相对于竞争对手的优势。这不仅吸引潜在客户，而且通过展示产品设计和功能的透明度来建立信任。然而，创建有效的爆炸图（视图）需要对主题和设计原则有良好的理解。确保图纸不至于过于杂乱是至关重要的，因为这可能导致混淆，而不是清晰。正确标记部件并保持爆炸的逻辑顺序对于确保观众能够轻松跟随插图至关重要。此外，采用颜色编码或阴影进一步增强图纸的有效性，可以区分不同的组件或系统。总之，爆炸图（视图）在工程、教育和营销中是一个无价的工具。它以清晰和引人入胜的方式传达复杂信息的能力，使其成为各个领域专业人员的重要技术。随着技术的不断发展，创建和利用爆炸图（视图）的方法可能会变得更加复杂，从而允许在沟通中实现更大的创造力和精确性。理解和掌握爆炸图（视图）的使用无疑将使任何参与设计和工程的人受益，为创新和成功提供更清晰的途径。