clamping

简明释义

英[ˈklæmpɪŋ]美[ˈklæmpɪŋ]

n. 钳位

v. 夹住；紧压；固定住；保持（电信号）电压极限在规定水平（clamp 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.All three age groups were equally good at clamping down on their emotional responses when they had to.

这3组年龄的群体在面对负面事物的时候都会一定成都上做出情绪上的反应。

2.Fold the clamping rail inwards.

向内折叠夹持滑轨。

3.Maybe it was the beginning of something better in life, better than you could ever have thought possible before clamping your jaws down over the vital bait.

也许这是更美好生活的开始，要比你闭上嘴、咬住那极为重要的鱼饵之前所能够想到的要好。

4.Inchworm actuators are classified by the clamping mechanism.

尺蠖驱动器按锁模机构分类。

5.Upper punch clamping fitted with deflection compensation device.

上模夹具配有挠度补偿装置。

6.The Federal Trade Commission is clamping down on websites and mobile apps that collect information from children.

联邦贸易委员会正在取缔从孩子们身上收集信息的网站和手机应用程序。

7.The clamping mechanism on this machine prevents parts from moving during operation.

这台机器上的夹紧机制防止部件在操作过程中移动。

8.Proper clamping is essential when working with wood to ensure precise cuts.

在处理木材时，适当的夹紧是确保精确切割的关键。

9.He demonstrated the clamping technique to keep the fabric in place while sewing.

他演示了夹紧技术，以在缝纫时保持布料固定。

10.The dentist used a clamping device to hold the patient's mouth open during the procedure.

牙医使用一种夹紧装置在手术过程中保持病人的嘴巴张开。

11.The technician is using a tool for clamping to secure the metal pieces together during assembly.

技术员正在使用一种工具进行夹紧以在组装过程中固定金属件。

作文

In the world of engineering and manufacturing, the term clamping refers to the process of holding an object securely in place to ensure precision during operations such as cutting, drilling, or assembling. This technique is crucial because it minimizes movement that could lead to inaccuracies or defects in the finished product. For instance, when a machinist works on a piece of metal, they must use a clamp to hold the metal firmly on the machine bed. The effectiveness of this clamping process directly affects the quality of the final output. Without proper clamping, even the slightest shift can result in poor alignment and ultimately a product that does not meet specifications.The importance of clamping extends beyond just mechanical processes. In construction, for example, workers often use clamps to hold materials together while they are being fastened or welded. This ensures that everything fits together correctly before permanent connections are made. Similarly, in woodworking, clamping is essential when gluing pieces together; it allows the adhesive to set properly without the pieces shifting out of alignment.Moreover, the type of clamping device used can vary greatly depending on the application. There are various types of clamps available, including C-clamps, bar clamps, and pipe clamps, each designed for specific tasks. Understanding the right tool for the job is vital for achieving the best results. For instance, C-clamps are often used for smaller projects where space is limited, while bar clamps are better suited for larger assemblies that require more pressure.Safety is another critical aspect associated with clamping. When objects are held under significant pressure, there is always a risk of them slipping or breaking. Therefore, using the correct clamping techniques and tools can prevent accidents and injuries in the workplace. It is essential for workers to be trained in how to use these devices properly to ensure their safety and the safety of those around them.In addition to its practical applications, clamping can also be seen as a metaphor in various contexts. For example, in project management, one might say that a team needs to 'clamp down' on inefficiencies to improve productivity. Here, clamping symbolizes the act of tightening control over processes to achieve better outcomes.In conclusion, clamping is a fundamental concept across many fields, particularly in engineering, manufacturing, and construction. Its role in ensuring precision, safety, and efficiency cannot be overstated. As technology advances, the methods and tools used for clamping will continue to evolve, but the core principle remains the same: securing objects in place is essential for achieving high-quality results. Understanding and mastering the art of clamping is key for anyone involved in hands-on work, and it is a skill that can significantly enhance the quality of their craft.

在工程和制造的世界中，术语clamping指的是将物体牢牢固定在适当位置的过程，以确保在切割、钻孔或组装等操作期间的精确性。这一技术至关重要，因为它最小化了可能导致成品不准确或缺陷的移动。例如，当机械师在金属工件上工作时，他们必须使用夹具将金属牢固地固定在机床上。这个clamping过程的有效性直接影响到最终输出的质量。如果没有适当的clamping，即使是最轻微的移动也可能导致对齐不良，从而最终导致产品不符合规格。clamping的重要性不仅限于机械过程。在建筑中，例如，工人们常常使用夹具在材料被固定或焊接时将其保持在一起。这确保了在进行永久连接之前，一切都能够正确地贴合。类似地，在木工中，clamping在将多个部分粘合在一起时至关重要；它允许粘合剂在没有部件偏移的情况下正确固化。此外，所使用的clamping设备类型可能会因应用而异。有各种类型的夹具可供选择，包括C型夹、条夹和管夹，每种夹具都设计用于特定任务。了解适合工作的正确工具对于获得最佳结果至关重要。例如，C型夹通常用于空间有限的小型项目，而条夹更适合需要更大压力的大型组件。安全性是与clamping相关的另一个关键方面。当物体在较大压力下被固定时，总是存在滑动或破裂的风险。因此，使用正确的clamping技术和工具可以防止工作场所的事故和伤害。工人必须接受如何正确使用这些设备的培训，以确保他们和周围人的安全。除了其实际应用外，clamping在各种上下文中也可以被视为隐喻。例如，在项目管理中，人们可能会说一个团队需要“收紧”对低效的控制以提高生产力。在这里，clamping象征着对流程施加更严格的控制以实现更好的结果。总之，clamping是许多领域中的基本概念，特别是在工程、制造和建筑中。它在确保精确、安全和效率方面的作用不可小觑。随着技术的进步，用于clamping的方法和工具将继续发展，但核心原则保持不变：将物体固定在适当位置对于实现高质量结果至关重要。理解和掌握clamping的艺术是任何参与实际工作的人的关键技能，这项技能可以显著提升他们的工艺质量。