adjusting screw

简明释义

蝶螺丝

英英释义

例句

1.If the machine is vibrating too much, it may be necessary to adjust the adjusting screw (调节螺丝) to stabilize it.

如果机器振动太大，可能需要调整调节螺丝以使其稳定。

2.The bicycle's brakes were not functioning properly, so I had to tighten the adjusting screw (调节螺丝) to improve their performance.

自行车的刹车工作不正常，所以我不得不拧紧调节螺丝以改善它们的性能。

3.During the assembly process, make sure to check each adjusting screw (调节螺丝) for proper tightness.

在组装过程中，请确保检查每个调节螺丝的紧固程度。

4.The sound quality of the speaker can be enhanced by tweaking the adjusting screw (调节螺丝) located at the back.

通过调整位于后面的调节螺丝，可以提高扬声器的音质。

5.To ensure the precision of the instrument, the technician carefully turned the adjusting screw (调节螺丝) until the readings were accurate.

为了确保仪器的精确性，技术员小心地旋转了调节螺丝，直到读数准确为止。

作文

The world around us is filled with intricate machines and devices, each designed to perform specific tasks efficiently. One of the most fascinating components found in many mechanical systems is the adjusting screw. This small yet crucial element plays a significant role in ensuring that machines operate smoothly and accurately. Understanding the function and importance of the adjusting screw can provide valuable insights into the mechanics of various devices.An adjusting screw is typically used to make fine adjustments to the position or tension of a component within a machine. For instance, in a musical instrument like a piano, the adjusting screw allows for precise tuning of the strings. By turning the screw, a technician can increase or decrease the tension of a string, which ultimately affects the pitch of the note produced. This process illustrates how the adjusting screw serves as a vital tool for achieving accuracy and harmony in sound production.In the realm of engineering, the adjusting screw is equally important. It is often employed in devices such as microscopes and telescopes, where precision is paramount. In these instruments, the adjusting screw enables users to focus on objects at varying distances, allowing for clearer and more detailed observations. The ability to finely tune the focus ensures that researchers and astronomers can obtain the best possible view of their subjects, whether they are examining a tiny cell or distant celestial bodies.Moreover, the adjusting screw is not limited to optical devices. It is also commonly found in machinery such as lathes and milling machines, where it helps to calibrate the cutting tools. By adjusting the position of the tool using the adjusting screw, operators can achieve the desired depth and angle of cut. This level of control is essential for producing high-quality parts and maintaining the overall efficiency of the manufacturing process.The versatility of the adjusting screw extends beyond its mechanical applications. In everyday life, we encounter various products that utilize this simple yet effective mechanism. For example, many furniture items come with adjusting screws to ensure stability and balance. When assembling a desk or chair, one might need to turn an adjusting screw to level the surface or secure the legs in place. This practical use highlights how the adjusting screw contributes to our comfort and convenience in daily activities.In conclusion, the adjusting screw is a fundamental component that enhances the functionality and precision of numerous devices and machines. Its ability to facilitate fine adjustments makes it indispensable in fields ranging from music to engineering and even everyday household items. By appreciating the role of the adjusting screw, we gain a deeper understanding of the mechanics that underpin the technology we rely on every day. Whether in a delicate instrument or a robust machine, the adjusting screw exemplifies the importance of precision in design and operation, reminding us that sometimes, the smallest parts can make the biggest difference.

我们周围的世界充满了复杂的机器和设备，每种设备都旨在高效地执行特定任务。许多机械系统中最迷人的组成部分之一就是调节螺丝。这个小而关键的元素在确保机器平稳和准确运行方面发挥着重要作用。理解调节螺丝的功能和重要性可以为我们提供关于各种设备机械原理的宝贵见解。调节螺丝通常用于对机器内部组件的位置或张力进行微调。例如，在像钢琴这样的乐器中，调节螺丝允许对琴弦进行精确调音。通过转动螺丝，技术人员可以增加或减少琴弦的张力，从而影响所产生音符的音高。这个过程说明了调节螺丝作为实现声音生产准确性和和谐的重要工具。在工程领域，调节螺丝同样重要。它常常被用于显微镜和望远镜等设备中，其中精度至关重要。在这些仪器中，调节螺丝使用户能够对不同距离的物体进行聚焦，从而获得更清晰、更详细的观察结果。能够精细调整焦距确保研究人员和天文学家能够获得最佳视角，无论是观察微小的细胞还是遥远的天体。此外，调节螺丝并不局限于光学设备。它也通常出现在车床和铣床等机械中，帮助校准切削工具。通过使用调节螺丝调整工具的位置，操作员可以实现所需的切削深度和角度。这种控制水平对于生产高质量零件和维持制造过程的整体效率至关重要。调节螺丝的多功能性不仅限于其机械应用。在日常生活中，我们会遇到各种利用这一简单而有效机制的产品。例如，许多家具项目配有调节螺丝以确保稳定和平衡。在组装桌子或椅子时，人们可能需要转动调节螺丝来使表面水平或固定腿部位置。这种实用用途突显了调节螺丝如何为我们的日常活动带来舒适和便利。总之，调节螺丝是增强众多设备和机器功能性和精确性的基础组件。它促进微调的能力使其在从音乐到工程乃至日常家居用品等各个领域不可或缺。通过欣赏调节螺丝的作用，我们对支撑我们每天依赖的技术的机械原理有了更深刻的理解。无论是在精密仪器还是坚固的机器中，调节螺丝都体现了设计和操作中精确的重要性，提醒我们有时，最小的部件可以产生最大的影响。