deburr

简明释义

英[/dɪˈbɜr/]美[/dɪˈbɜr/]

v. 抛光，修边；去除毛边；除去脏物

英英释义

单词用法

同义词

反义词

例句

1.The paper introduces deburr algorithm before line trace in the course of vector quantization of binary map image, and it can receive better effect through applying for the algorithm.

介绍对二值地图图像矢量化过程中的线跟踪操作之前的去毛刺算法，应用此算法可以得到更好的线跟踪效果。

2.The paper introduces deburr algorithm before line trace in the course of vector quantization of binary map image, and it can receive better effect through applying for the algorithm.

介绍对二值地图图像矢量化过程中的线跟踪操作之前的去毛刺算法，应用此算法可以得到更好的线跟踪效果。

3.Introduction the chamfering performed to deburr the edge of a workpiece after the machining process is necessary to obtain workpieces with a certain quality.

工件在完成加工后，为保证工件的质量，用斜面清除工件边角的毛刺很很有必要的。

4.Cut out the damaged area of skin and deburr the edges, the minimum radius of skin cutout is 0.5 inch.

切除蒙皮上的损伤区域并清除边缘毛刺，蒙皮切口最小半径0.5英寸。

5.Is there a pre-startup checklist for the Deburr line?

去毛刺线是否有启动前点检表？

6.After cutting the metal sheet, we need to deburr it to remove sharp edges.

切割金属板后，我们需要去毛刺以去除锋利的边缘。

7.The machinist will deburr the parts before assembly to ensure safety.

机械师将在组装前去毛刺零件以确保安全。

8.It's essential to deburr the plastic components after molding.

在成型后，对塑料部件进行去毛刺是至关重要的。

9.We use a special tool to deburr the edges of the glass.

我们使用特殊工具对玻璃的边缘进行去毛刺。

10.Before painting, make sure to deburr the metal frame.

在喷漆之前，确保对金属框架进行去毛刺。

作文

In the world of manufacturing and metalworking, precision and quality are paramount. One essential process that contributes to achieving these standards is the act of deburring. To deburr means to remove the rough edges or burrs that are left on a material after it has been cut, machined, or shaped. These burrs can be tiny metal shavings or larger protrusions that not only affect the aesthetic appeal of the product but can also pose safety hazards during handling. Therefore, understanding the significance of deburring is crucial for anyone involved in production processes. The process of deburring can be performed using various methods, including manual techniques, mechanical tools, and chemical processes. Manual deburring often involves using files, sandpaper, or specialized hand tools to carefully smooth out the edges of a workpiece. This method allows for great control and precision, especially when working with intricate designs or delicate materials. On the other hand, mechanical deburring employs machines such as grinders, tumblers, or vibratory finishing equipment, which can significantly speed up the process and ensure uniformity across multiple pieces. In addition to improving safety and aesthetics, deburring plays a critical role in enhancing the functionality of components. For instance, in the automotive industry, parts that have sharp edges can lead to assembly difficulties or even mechanical failures. By effectively deburring these components, manufacturers can ensure smoother assembly lines and reduce the risk of defects. Furthermore, in industries like aerospace, where precision is vital, the importance of thorough deburring cannot be overstated. Any imperfections can lead to catastrophic failures in flight, making it essential to adhere to strict quality control measures. Moreover, deburring can also impact the longevity of a product. Rough edges can be stress concentration points, leading to premature failure under load or during use. By taking the time to deburr a component properly, manufacturers can extend the lifespan of their products, ultimately saving costs associated with replacements and repairs. Despite its importance, deburring is sometimes overlooked in the production process. Some manufacturers may prioritize speed over quality, resulting in products that are not adequately finished. This oversight can lead to increased liability and customer dissatisfaction. Therefore, it is imperative for companies to incorporate deburring into their standard operating procedures and quality assurance protocols. In conclusion, deburring is a fundamental process in manufacturing that should not be underestimated. It enhances safety, improves aesthetics, ensures functionality, and prolongs the life of products. As industries continue to evolve and demand higher standards, the emphasis on quality processes like deburring will only grow stronger. For anyone involved in production, mastering the art of deburring is essential for delivering superior products that meet both regulatory standards and customer expectations.

在制造和金属加工的世界中，精度和质量至关重要。一个对实现这些标准至关重要的过程是deburr（去毛刺）。deburr的意思是去除材料在切割、加工或成型后留下的粗糙边缘或毛刺。这些毛刺可以是微小的金属屑或较大的突出物，不仅影响产品的美观，还可能在搬运过程中造成安全隐患。因此，理解deburr的重要性对于任何参与生产过程的人来说都是至关重要的。 deburr的过程可以采用多种方法，包括手动技术、机械工具和化学工艺。手动deburr通常涉及使用锉刀、砂纸或专门的手动工具来仔细平滑工件的边缘。这种方法允许对精细设计或脆弱材料进行很好的控制和精确处理。另一方面，机械deburr则采用磨床、滚筒或振动抛光设备等机器，这可以显著加快过程并确保多个零件之间的一致性。 除了提高安全性和美观性外，deburr还在增强组件功能方面发挥着关键作用。例如，在汽车工业中，具有锋利边缘的部件可能会导致组装困难甚至机械故障。通过有效地deburr这些组件，制造商可以确保更顺畅的装配线，并降低缺陷风险。此外，在航空航天等行业，精度至关重要，deburr的重要性不容小觑。任何缺陷都可能导致飞行中的灾难性故障，因此必须遵循严格的质量控制措施。 此外，deburr也会影响产品的使用寿命。粗糙的边缘可能成为应力集中点，导致在负载或使用过程中提前失效。通过花时间正确地deburr一个组件，制造商可以延长其产品的使用寿命，从而最终节省与更换和维修相关的成本。 尽管其重要性，deburr在生产过程中有时被忽视。一些制造商可能优先考虑速度而非质量，导致产品未得到充分的加工。这种疏忽可能导致责任增加和客户不满。因此，企业必须将deburr纳入其标准操作程序和质量保证协议中。 总之，deburr是制造中的一个基本过程，不应被低估。它增强了安全性，提高了美观性，确保了功能性，并延长了产品的使用寿命。随着行业的不断发展和对更高标准的需求，对deburr等质量流程的重视只会越来越强。对于任何参与生产的人来说，掌握deburr的艺术对于交付满足监管标准和客户期望的优质产品至关重要。