片语

bridge weld seam盖板焊缝

weld bridge seam桥接焊缝

longitudinal weld longitudinal seam纵向焊缝

weld-seam heat-treatment焊缝热处理

of longitudinal weld seam经向错皮

weld seam metal焊缝金属

weld seam detecting焊缝检查

weld joint[机] 焊缝

weld bead[机] 焊缝；[机] 焊珠；[机] 熔敷焊道

英汉例句

• The TIG welding pool calculator image detecting system can effectually detect the breadth of weld seam by contrasting the data of detecting with the data of experiment.

  通过与熔池图像对应的实际焊缝宽度对比，该TIG焊熔池计算机图像检测系统能够比较好的检测到焊缝宽度信息。

• According to the model of the welding position, giving a weld seam point, the weld orientation then can be resolved from the weld rotation Angle and the weld slope Angle.

  根据焊缝位置的数学模型，得到了描述焊缝焊接位置的参数——焊缝转角和焊缝倾角与焊缝姿态的关系。

• From the weld seam tracking research results both at home and abroad, we can see obviously that the developing trend in the future shall be basically by means of visual sensor.

  综合国内外焊缝跟蹤研究成果不难看出，未来的发展趋势将以视觉传感器为主。

• The tracking system combines sutra PID control and ambiguous control to automatic tracking to the outside weld seam and improve the tracking system accuracy.

  该系统采用经典PID控制和模糊控制结合的方法对外焊缝进行自动跟蹤，提高了系统精度。

• The gap control device to ensure the weld seam welding space meet the requirements, diameter, misalignment and weld gap have been strictly controlled.

  采用焊缝间隙控制装置来保证焊缝间隙满足焊接要求，管径，错边量和焊缝间隙都得到严格的控制。

• The experiment results show that TIG dressing can postpone the occur- rence and development of the crack of weld seam under the explosion load.

  试验结果表明，TIG 熔修可以有效地延缓在爆炸载荷作用下焊接接头裂纹的发生和发展。

• As the requirement and characteristics existing in weld seam tracking for spherical tank welding robot as concerned, a visual sensor based on linear CCD has been developed.

  根据球罐焊接机器人焊缝跟蹤的要求和特点，设计了一种基于线阵CCD的视觉传感器。

• Based upon the influence of a gap on the propagation of the acoustic emission waves, thedesigning of the weld seam tracking system with an acoustic-emission-microcontroller is described.

  基于缝隙对声发射波传播有影响的现象，作者研制成一种利用声发射- 微处理器控制的焊缝跟蹤系统。

• The results showed that nonmetallic inclusions in weld seam served as crack initiation site under external bend load, and large amount of m a structure resulted in cleavage fracture of weld seam.

  结果表明，焊缝金属中存在的非金属夹杂物，在低应力作用下形成微裂纹成为裂源，加之焊缝组织中存在大量的MA结构群，从而发生焊缝金属在室温下的解理断裂。

• The large degree of deformation of the metal in the weld seam is the key caused the weld stripes.

  焊缝区金属变形程度大是产生焊合纹的关键；

• In the welding process, it is very important for welding torch automatically tracking the weld seam to assure welding quality and improve welding automation level.

  焊接过程中焊炬自动跟蹤焊缝对保证焊接质量，提高自动化程度有着极其重要的实际意义。

• This research is mainly addressed on solving the weld seam tracing problems existing in design of wheel mobile robot based spherical tank welding robot.

  主要研究以轮式移动机器人为本体的球罐焊接机器人的焊缝跟蹤问题。

• A method combining teaching and visual correction for weld seam tracking is presented to realize robotic automatic welding.

  给出了一种示教与纠偏相结合的焊缝跟蹤方法，用于实现机器人的自动焊接。

• Specially suitable for zinc patching of weld seam in tube welding line, and capacitor spray.

  本套设备尤其适合于高频焊管生产线上进行焊缝的补锌及电容喷涂。

• Fatigue beaked on weld seam more than other places. Fatigue crack initiation occurred inside materials and fatigue fracture was analyzed by SEM.

  疲劳试验发现，疲劳试样断裂位置多发生在焊缝处，并对疲劳断口进行了SEM分析。

• And so, trustworthy basis is provided for the investigation on reducing the strip breaking at weld seam by Miebach welder in cold strip rolling.

  为减少米巴赫焊机焊缝在冷连轧时断带的研究提供可靠依据。

• By integral spinning, a tank shell was produced which showed deductions in weight and weld seam by30% and 70% respectively.

  用内旋压、无模摩擦收颈旋压方法，试制出整体旋压油箱壳体，减轻质量30%，减少焊缝70%。

• Notethe coating thickness of weld seam should be not less than 80% of coating thickness on pipe body.

  焊缝处的防腐层厚度，不得低于管本体防腐层规定厚度的80%。

• The framework of weld seam is put forward by use of skeleton and thinning method in mathematical morphology.

  并利用了数学形态学中的骨架细化提出焊缝的骨架。

• This paper applies the digital image processing to the welding workpiece picture, which is shot by CCD video camera in natural light, and detects the weld seam characteristics.

  运用数字图像处理的方法，对电荷耦合器(CCD)摄像头在自然光下拍摄的焊接工件图像进行焊缝特征提取。

• The paper has analyzed the content about image processing in the weld seam tracking system.

  在此对焊缝自动跟蹤系统中有关图像处理方面的内容作了一些分析。

• This paper discusses the reason of scratch in the weld seam border of large OD. welded steel pipe, and analyses the method to reduce it.

  讨论了大直径焊管焊缝边缘引起划痕的原因，分析减少焊缝边缘划痕的方法。

• The arithmetic realized the feature extraction of the weld seam Image.

  并最终实现了对焊缝图像的特征提取。

• The crystallizing morphology on the weld seam was equiaxed grains and dendrites and that on the fusion area were columnar crystals.

  焊缝区组织主要为等轴晶和树枝柱状晶，熔合区组织主要为柱状晶。