In the developed CCD image sensor system, real-time collecting and disposing the welding temperature field image is realized by means of using the method of colorimetric temperature measure.
所研制的CCD图像传感器系统，通过采用比色测温的方法，实现了对焊接温度场图像的实时采集与处理。
The development of this system is very meaningful to the use of information technology in field of test of welding machine .
该系统的开发对于信息技术在焊接设备检测领域的应用有重要的理论与实用意义。
Some methods used in the control of welding deformation, such as reverse deformation, system analysis, controlling process parameters and temperature field, are introduced.
同时介绍了控制焊接变形的几种方法，如反变形法、控制工艺参数、控制温度场以及系统综合分析等。
Experimental results show that the system can be used to sample signal, analyze and display waveform on welding field.
试验结果表明，所设计的系统可以应用到焊接现场进行信号采集、分析处理、及液晶显示。
A new infrared temperature measure system based on the calorimetric method has been developed to survey the welding temperature field in real time.
研制了一种新颖的单镜头双波长红外图像比色测温系统来实时检测焊接温度场。
For the advantages that it can collect enormous data and avoid direct contact with work piece, the system is more flexible and intellectualized, therefore it is widely used in the field of welding.
由于其采集信息量大，避免了与工件直接接触，增大系统的灵活性和智能性，在焊接领域得到了广泛的应用。
A sensor and computer system was designed for the welding temperature field real time measurement by colorimetric method.
设计了用比色法实时检测焊接温度场的传感器与计算机处理系统。
According to an application example, it shows the bright future of expert control system in welding field.
通过应用实例。显示出专家控制系统在焊接领域内美好的应用前景。
WPES is a type of application software for design in the field of welding. The system can manage the WP files and design and compute the strength of welded joint in the steady load.
焊接工艺专家系统属于设计型的焊接领域应用软件，本弧焊工艺专家系统兼有焊接工艺文件的管理能力和焊接接头静载强度的设计计算能力。
The infrared thermal imaging system was used as a sensor to measure the temperature field of wrought magnesium alloy AZ31B during the laser-TIG hybrid welding process.
以变形镁合金az31 B为研究对象，采用红外热像仪拍摄镁合金激光- TIG复合热源焊接过程中的焊接温度场，提出一种基于红外辐射测温原理。
The infrared thermal imaging system was used as a sensor to measure the temperature field of wrought magnesium alloy AZ31B during the laser-TIG hybrid welding process.
以变形镁合金az31 B为研究对象，采用红外热像仪拍摄镁合金激光- TIG复合热源焊接过程中的焊接温度场，提出一种基于红外辐射测温原理。
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