shims

简明释义

英[ʃɪmz]美[ʃɪmz]

n. [机]垫片；填隙用木片；夹铁（shim 的复数形式）

v. 用木片或夹铁填孔隙（shim 的第三人称单数）

英英释义

单词用法

同义词

反义词

例句

1.Then we can duplicate lots nickel copy shims from this origination by electronic froming.

然后我们可以复制首创电子一株地段镍从这个副本垫片。

2.You can use shims with a large number of previously incompatible applications to quickly and easily get them to work.

您可以快速大量以前不兼容的应用程序，以使用垫片和轻松地获得他们的工作。

3.Remove the depth shims from rear pinion bearing cup bore in axle housinRecord the thickness of the depth shims.

从轴管里的后小齿轮轴承盖孔拆卸限深垫片。 记录限深垫片厚度。

4.If necessary remove tail light again re-position lamp bracket or alter with adjusting shims.

如有必要，再次拆下尾灯，重新放置灯托架或调节调整垫片。

5.They may be paired in any required arrangement without adjusting shims.

他们可能在任何需要的配对安排不调整垫片。

6.Layers are bonded into a rigid structure that appears and functions as a solid sheet or plate. The finished Shims withstand reasonable handling, including shearing and machining.

我们使用精密金属箔层粘合起来，具有一定刚性，以保证垫片承受剪切和机械加工等。

7.Toyota has told dealers that it can produce as many as 120,000 of the shims a day.

丰田已告知其经销商，它一天最多能生产12万片这一垫片。

8.The gland shim is a sealing washer of the refrigerator compressor and before the compressor being assembled examination and grading of the gland shims thickness is a key working procedure.

缸盖垫片是冰箱压缩机的一个密封件，对其厚度尺寸的测量和分选是装配前的一道关键工序。

9.A comparison is made between the two types of shims and imported equivalents with respect to the damping action, fire retardance and oil resistance.

对两种隔振垫的阻尼性能、阻燃性能、耐油性能与国外同类产品进行了比较。

10.To level the countertop, we used some shims 垫片 to raise one side.

为了使台面水平，我们使用了一些shims 垫片来抬高一侧。

11.The door wouldn’t close properly, so I added shims 垫片 to adjust the frame.

门关不上，所以我添加了shims 垫片来调整框架。

12.We placed shims 垫片 under the legs of the table to prevent it from wobbling.

我们在桌子的腿下放置了shims 垫片以防止它摇晃。

13.The installation manual recommended using shims 垫片 for better stability.

安装手册建议使用shims 垫片以获得更好的稳定性。

14.After adjusting with shims 垫片, the window opened smoothly.

用shims 垫片调整后，窗户顺利打开。

作文

In the world of construction and engineering, precision is paramount. One of the essential tools that professionals use to achieve this accuracy is called shims. shims are thin pieces of material, often made from wood, metal, or plastic, that are used to fill small gaps or spaces between objects. Their primary purpose is to ensure that structures are level and stable. For instance, when installing a door, if the frame is not perfectly aligned, a carpenter might use shims to adjust the height or angle of the door until it fits perfectly within the frame. The use of shims is not limited to carpentry; they are also widely used in machinery and manufacturing. In these contexts, shims can help align parts, reduce wear and tear, and improve overall performance. For example, in the assembly of a machine, if two components do not fit together snugly, a technician may insert shims to ensure a tight fit, which can prevent vibrations and enhance the machine's efficiency. Moreover, shims come in various shapes, sizes, and materials, allowing for versatility in their application. They can be custom-made for specific projects, or they can be purchased in standard sizes. This adaptability makes shims an invaluable resource in both DIY projects and professional settings. When using shims, it is crucial to choose the right type for the job at hand. For instance, wooden shims are often used in home construction due to their ease of use and availability, while metal shims are preferred in industrial applications where durability is required. In addition to their practical uses, shims also highlight an important principle in engineering: the need for precision. A seemingly insignificant gap can lead to larger issues down the line, such as structural instability or mechanical failure. Therefore, the careful placement of shims can save time and resources by preventing costly repairs or replacements in the future. Furthermore, the concept of shims extends beyond physical materials; it can also be applied metaphorically in various aspects of life. Just as shims help to fill gaps and create balance in construction and machinery, we can use similar principles to address imbalances in our lives. For instance, if someone feels overwhelmed with responsibilities, they might consider 'shimming' their schedule by delegating tasks or prioritizing self-care. This approach can lead to a more balanced and fulfilling life. In conclusion, shims are a fundamental component in construction and engineering that serves to enhance precision and stability. Their ability to fill gaps and align components makes them indispensable in various applications. Understanding the role of shims not only aids in practical tasks but also encourages us to seek balance in our lives. Whether in building a structure or managing our personal responsibilities, the lessons learned from the humble shim can guide us towards a more harmonious existence.

在建筑和工程领域，精确性至关重要。专业人士用来实现这种准确性的基本工具之一被称为shims。shims是薄片材料，通常由木材、金属或塑料制成，用于填充物体之间的小间隙或空间。它们的主要目的是确保结构平整和稳定。例如，在安装门时，如果门框没有完美对齐，木匠可能会使用shims来调整门的高度或角度，直到它完美地适合框架。 shims的使用并不限于木工；它们在机械和制造业中也被广泛使用。在这些情况下，shims可以帮助对齐部件，减少磨损，提高整体性能。例如，在机器的组装过程中，如果两个组件不能紧密结合，技术人员可能会插入shims以确保紧密配合，这可以防止振动并增强机器的效率。 此外，shims有各种形状、尺寸和材料，允许其应用的多样性。它们可以根据特定项目定制，或者可以以标准尺寸购买。这种适应性使得shims在DIY项目和专业环境中成为无价的资源。在使用shims时，选择合适的类型非常重要。例如，木质shims通常用于家庭建筑，因为它们易于使用且易于获得，而金属shims则在需要耐用性的工业应用中更受欢迎。 除了实用用途外，shims还突显了工程中的一个重要原则：对精确性的需求。看似微不足道的间隙可能会导致更大的问题，例如结构不稳定或机械故障。因此，shims的仔细放置可以通过防止未来昂贵的维修或更换来节省时间和资源。 此外，shims的概念也可以在生活的各个方面进行隐喻性应用。正如shims帮助填补间隙并在建筑和机械中创造平衡一样，我们也可以使用类似的原则来解决生活中的不平衡。例如，如果某人感到责任过重，他们可能会考虑通过委派任务或优先考虑自我照顾来“填补”他们的日程安排。这种方法可以导致更平衡和充实的生活。 总之，shims是建筑和工程中的基本组成部分，有助于增强精确性和稳定性。它们填补间隙和对齐组件的能力使它们在各种应用中不可或缺。理解shims的作用不仅有助于实际任务，还鼓励我们在生活中寻求平衡。无论是在建造结构还是管理个人责任，从谦逊的shim中学到的教训都可以引导我们走向更和谐的存在。