clamped

简明释义

英[klæmpt]美[klæmpt]

adj. 夹紧的

v. 夹住；强制实行；用沉重脚步行走（clamp 的过去分词）

英英释义

单词用法

同义词

反义词

例句

1.I shouted once before a small hand clamped shut my mouth and then another pair of hands inserted a gag.

我才叫了一声，就有一只小手钳住我的嘴，另一双手塞了个东西进来。

2.It keeps our hearts clamped shut, depletes our energy, and hijacks our creativity.

它关闭了我们的心窗，耗尽我们的体力，压抑了我们的创造力。

3.He clamped his lips together.

他紧闭双唇。

4.So it clamped down on attempts, both domestic and from international aid organisations, to respond to rising hunger.

所以从国内到国际援助组织对灾年的援助，它都坚决抵制、取缔。

5.The army clamped a curfew on the city.

军队对这座城市实行了宵禁。

6.She clamped a pair of headphones over her ears.

她把一副耳机戴在两边耳朵上。

7.But now the clouds clamped down and a sharp scent of sulfur and putrid fish wafted on a dank puff of air.

这时天空突然阴云密布，刺鼻的硫磺味和死鱼的腐臭味随风而来。

8.She clamped the fabric to the table while she was sewing.

她在缝纫时将布料夹住桌子。

9.The dentist clamped the tool to ensure precision during the procedure.

牙医夹紧工具以确保手术的精确性。

10.He clamped the book open to keep his place while he took notes.

他夹住书本以保持位置，同时做笔记。

11.The technician clamped the wires together before soldering them.

技术员在焊接之前将电线夹紧在一起。

12.The metal pieces were clamped tightly to ensure a secure fit.

金属件被夹紧以确保牢固的配合。

作文

In the world of woodworking and metalworking, precision is paramount. One of the most crucial tools that craftsmen use to ensure accuracy is the clamp. When a piece of wood or metal needs to be held securely in place while being worked on, it is often clamped (夹紧) down. This process not only stabilizes the material but also allows for safer and more efficient work. For instance, imagine a carpenter who is constructing a beautiful wooden table. The first step involves cutting various pieces of wood to the desired dimensions. Once the pieces are cut, the carpenter must join them together. To do this effectively, each joint must be perfectly aligned. Here, the carpenter will use a variety of clamps to hold the pieces together as glue dries. The act of clamping (夹紧) ensures that the wood does not shift, which could compromise the integrity of the table. Without the ability to securely clamp (夹紧) the joints, the final product could end up uneven or weak.Similarly, in metalworking, the importance of clamped (夹紧) materials cannot be overstated. When welding two pieces of metal together, they must be held firmly in place to create a strong bond. If the metal is not properly clamped (夹紧), even the slightest movement can lead to misalignment and a flawed weld. Therefore, skilled metalworkers often rely on heavy-duty clamps that can withstand significant pressure and maintain their grip throughout the welding process.Moreover, the concept of clamping (夹紧) extends beyond just physical materials. In the realm of engineering and design, simulations are used to test how structures will behave under various conditions. Engineers often apply virtual clamping (夹紧) to parts of a structure in simulations to see how they react to forces such as wind or weight. This helps in understanding where reinforcements are needed and how to ensure the overall stability of the design.In everyday life, we might not always think about the mechanics of clamped (夹紧) objects, but they play a significant role in our daily routines. For example, when we use a paper clip to hold sheets of paper together, we are essentially performing a simple version of clamping (夹紧). The paper clip applies pressure to keep the papers in place, preventing them from scattering or getting lost. Similarly, when cooking, a chef might clamp (夹紧) a lid onto a pot to ensure that steam stays inside, cooking food evenly and efficiently.In conclusion, the act of clamping (夹紧) is fundamental in various fields, from craftsmanship to engineering and even in our daily lives. The ability to securely hold materials in place not only enhances the quality of work but also promotes safety and efficiency. Whether it's a carpenter working on a new project, a metalworker welding, or anyone using simple office supplies, the principle of clamping (夹紧) is an essential aspect of ensuring that tasks are completed successfully. As we continue to innovate and create, understanding the importance of clamped (夹紧) materials will remain vital to our progress.

在木工和金属加工的世界中，精确性至关重要。工匠们用来确保准确性的最关键工具之一就是夹具。当一块木材或金属需要在加工时牢牢固定在一个地方时，它通常会被clamped（夹紧）。这个过程不仅稳定了材料，而且还允许更安全、更高效的工作。例如，想象一下一个木匠正在制作一张美丽的木桌。第一步是将各种木块切割到所需的尺寸。一旦木块被切割，木匠就必须将它们连接在一起。为了有效地做到这一点，每个接头都必须完美对齐。在这里，木匠会使用多种夹具来在胶水干燥时将木块固定在一起。clamping（夹紧）的行为确保木材不会移动，这可能会影响桌子的完整性。如果没有能够牢固clamp（夹紧）接头的能力，最终产品可能会变得不均匀或脆弱。同样，在金属加工中，clamped（夹紧）材料的重要性不可低估。当两个金属件焊接在一起时，它们必须牢牢固定在一起，以形成强有力的结合。如果金属没有正确clamped（夹紧），即使是微小的移动也会导致错位和焊接缺陷。因此，熟练的金属工人常常依赖于能够承受显著压力并在整个焊接过程中保持抓握的重型夹具。此外，clamping（夹紧）的概念不仅限于物理材料。在工程和设计领域，仿真被用来测试结构在各种条件下的表现。工程师们经常在仿真中对结构的某些部分施加虚拟clamping（夹紧），以观察它们如何对风或重量等力作出反应。这有助于理解哪里需要加固，以及如何确保设计的整体稳定性。在日常生活中，我们可能并不总是考虑clamped（夹紧）物体的机制，但它们在我们的日常例行公事中发挥着重要作用。例如，当我们使用回形针将几张纸固定在一起时，我们实际上是在执行一种简单的clamping（夹紧）。回形针施加压力以保持纸张在一起，防止它们散落或丢失。类似地，当烹饪时，厨师可能会将盖子clamp（夹紧）在锅上，以确保蒸汽留在里面，使食物均匀高效地烹饪。总之，clamping（夹紧）的行为在各个领域都是基础，从工艺到工程，甚至在我们的日常生活中。牢牢固定材料的能力不仅提高了工作的质量，还促进了安全性和效率。无论是木匠在进行新项目，还是金属工人在焊接，或者任何人使用简单的办公用品，clamping（夹紧）的原理都是确保任务成功完成的基本方面。随着我们继续创新和创造，理解clamped（夹紧）材料的重要性将始终对我们的进步至关重要。