实际应用表明，焊接系统稳定，焊点质量优良。
The application indicated that the welding system is stable; excellent production quality.
设计新颖，能精确控制焊接能量，无噪音，焊点质量好。
With brand new design, noiselessness and excellent quality in the welding spot, the welder is able to precisely control the welding energy.
实验结果表明，采用该控制系统能够有效地控制焊点质量。
The experimental results have shown the effectiveness and reliability of this system.
进而分析了点焊镀锌板的电极磨损对压痕深度与焊点质量的影响。
The effect of electrode wear on indentation depth and weld quality was studied for welding galvanization steels.
提出一种基于点焊过程信息采集和处理的焊点质量在线监测方法。
A new method is developed to monitoring joint quality based on the information collecting and processing in the spot welding.
电阻点焊过程动态信号蕴含着大量直接或间接反映焊点质量的动态信息。
Lots of dynamic information, which can directly or indirectly reflect the quality of welded spot, are included within the dynamic signals of resistance spot welding process.
提出了MEWMA控制图参数优化方法，对电子产品装配中的表面贴片工艺过程的焊点质量控制进行了研究。
Based on the procedure for parametrical optimization of MEWMA control chart, a case study of its application in surface mount process for the solder joint quality control was presented.
在对焊点质量与焊接过程中信息的盒维数统计物理关系的分析基础上建立了基于模糊控制理论的焊点质量判定系统。
The qualitative judgment system based on fuzzy control was built after analyzing the relation between quality of spot welding and the box fractal dimension of signals in spot welding.
解决这一问题既可以提高焊点质量的判定精度，又能保证航空航天产品的质量，有必要构建一个更加有效的焊点质量检测系统。
Solving this problem would improve the quality of spot welding and guarantee the quality of aerospace products, it is necessary to build a more effective system of spot welding.
导线在接插件焊杯内的焊点和导线在印制板上的焊点的焊接质量。
The welding quality of the solder joint on the conducting wire connected with the soldering cover and the PCB.
软件用于焊点图像的处理及质量判定，采用基于图像处理技术实现。
The software which was adopt to come true based on image processing used for solder joint image processing and quality judgement.
使用本发明方法修复的眼镜架焊点小，外观美观，质量可靠，使眼镜架经修理的影响下降到最低。
It has small welding spot, appealing in appearance, reliable in quality, and reducing the cost to the lowest level.
在焊点形成的过程中，点焊电流有效值的检测与控制是保证焊接质量的关键。
During the course of forming the welding spot, checking and controlling spot welding current value is the key to assure the welding quality.
但焊缝质量受激光对中点和点焊点的影响很大，应尽量避免采用激光对中及点焊。
Besides, centering and tack welding by laser beam should be avoided as centering point and tack-welding point can influence weld quality largely.
但焊缝质量受激光对中点和点焊点的影响很大，应尽量避免采用激光对中及点焊。
Besides, centering and tack welding by laser beam should be avoided as centering point and tack-welding point can influence weld quality largely.
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