burring

简明释义

英[ˈbɜːrɪŋ]美[ˈbɜrɪŋ]

n. 刻石；去毛刺；冲缘加工；毛口磨光

v. 结节；从……除去芒刺（bur 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.In some applications of manufacture, for example robot burring, grinding, polishing, and robot auto assembly, the contacting force control between robot and its environments are critical.

在一些生产作业中，如机械手去毛刺作业、研磨、抛光和机械手自动装配作业，机械手的接触力控制是相当关键的。

2.In some applications of manufacture, for example robot burring, grinding, polishing, and robot auto assembly, the contacting force control between robot and its environments are critical.

在一些生产作业中，如机械手去毛刺作业、研磨、抛光和机械手自动装配作业，机械手的接触力控制是相当关键的。

3.The differences of stress state between extrusion-flanging and traditional flanging, and the influences of curvature radius of burring punch on flange height were analyzed.

分析了挤压翻边与传统翻边应力状态的不同之处，以及翻边凸模的冲头曲率半径对翻边效果的影响。

4.Cut out the pipe with pipe facilities. To avoid damaging the sealing ring, thepipe ends must beburred with special burring tool or file completely.

使用切管设备切断管子，为避免刺伤密封圈，请使用专用除毛刺器或锉刀将毛刺完全除净。

5.It is a burring equipment of machining gears, be the same with the tooth parts of spur gears, helical gears, bevel gears, chain wheel and so on.

齿轮倒棱机是对齿轮加工过程中形成的毛刺进行处理的设备。适用于加工各种直齿、斜齿、伞齿、链轮等齿形零件。

6.DAIWA RABIN provides the most suitable product for de-burring that is troublesome with a wide range of materials, sizes and any shapes.

大和化成海绵轮是最合适的用于深处去毛刺的产品，可用于多种材质，尺寸，形状。

7.Briefed in the article are the inner burr formation of and the burring method for the hi-frequency straight welded tube.

简要介绍了高频直缝焊管内毛刺的形成和清除方法。

8.Finally, the traditional burring and upsetting-burring processes for the thick sheet of aluminum alloy were verified.

最后，对铝合金厚板的传统圆孔翻边和局部镦粗圆孔翻边工艺进行了验证。

9.The size of upsetting-burring punch and angle of support panel also have great impacts on the upsetting-burring.

镦粗凸模尺寸以及下支撑板斜角对镦粗翻边有较大的影响。

10.Deformation extent is described by burring factor in the process of round hole burring.

在圆孔翻边过程中，变形程度是用翻边系数来描述的。

11.The technician noticed some burring 毛刺 on the metal edges after cutting.

技术员注意到切割后金属边缘上有一些burring 毛刺。

12.Before painting, make sure to remove any burring 毛刺 from the surface.

在喷漆之前，确保去除表面上的任何burring 毛刺。

13.The burring 毛刺 can affect the fit of the parts in assembly.

这burring 毛刺会影响部件在组装时的贴合。

14.He used a file to smooth out the burring 毛刺 on the wooden plank.

他用锉刀将木板上的burring 毛刺磨平。

15.After welding, it’s important to check for any burring 毛刺 that might be present.

焊接后，检查是否存在任何burring 毛刺是很重要的。

作文

In the world of manufacturing and metalworking, precision is of utmost importance. One of the common issues that arise during the machining process is known as burring. 毛刺 refers to the unwanted rough edges or protrusions that are left on a workpiece after it has been cut, drilled, or shaped. These imperfections not only affect the aesthetic quality of the finished product but can also impact its functionality and safety. Therefore, understanding the causes and solutions for burring 毛刺 is essential for any professional in the field. The process of burring 毛刺 typically occurs due to the mechanical action of cutting tools. When a tool interacts with the material, it can create small fragments that remain attached to the edges of the cut. This is particularly common in materials that are softer or more ductile, as they tend to deform more easily during the cutting process. Additionally, the speed and angle at which the tool is applied can exacerbate the problem, leading to more pronounced burring 毛刺. To mitigate the effects of burring 毛刺, manufacturers often employ various techniques. One effective method is to adjust the cutting parameters, such as the speed, feed rate, and tool geometry. By optimizing these factors, it is possible to reduce the amount of deformation that occurs during cutting, thereby minimizing the formation of burring 毛刺. Another approach to addressing burring 毛刺 is through post-processing techniques. Deburring, which involves removing the unwanted edges, can be accomplished using several methods, including sanding, grinding, or chemical treatments. Each method has its own advantages and disadvantages, depending on the specific requirements of the workpiece and the desired finish. For instance, sanding is a manual process that can provide a high level of control but may be time-consuming for large volumes. On the other hand, mechanical grinding can quickly remove burring 毛刺 from multiple pieces but may require more precise handling to avoid damaging the workpiece itself. Chemical treatments, while effective, must be chosen carefully to ensure they do not adversely affect the material properties. In addition to these practical solutions, it is also crucial to consider the design phase of a project. By designing components with features that minimize the likelihood of burring 毛刺, engineers can significantly reduce the need for extensive post-processing. For example, incorporating rounded edges or avoiding sharp corners can help to lessen the occurrence of burring 毛刺 during machining. Ultimately, the goal of any manufacturing process is to produce a high-quality product that meets all specifications and standards. Understanding the concept of burring 毛刺 and implementing effective strategies to manage it is key to achieving this objective. As industries continue to evolve and demand higher levels of precision, the importance of addressing burring 毛刺 will only grow, making it a vital consideration for anyone involved in metalworking and manufacturing. In conclusion, burring 毛刺 is an important phenomenon in the manufacturing sector that requires careful attention and management. By understanding its causes and employing effective strategies to minimize its effects, professionals can ensure the production of high-quality components that meet the rigorous demands of modern industry.