Before the intelligent robot was developed for automatic flaw detection, most of the flaw detection work of subway trains was done manually, but the traditional manual flaw detection involves a lot of painting and stripping work, which not only pollutes the environment, but also affects the physical and mental health of employees. This is a good and labor-intensive thing. Therefore, after the intelligent robot is put into use, the carbon generation process of the framework can be fully automated, which not only reduces the workload of employees, but also greatly improves the related working environment and directly improves the work quality.
Needless to say, this kind of flaw detection robot can automatically plan relevant routes and then carry out intelligent detection, and automatically replace different probes according to the identified weld position and structure to adapt to different gas detection work, so as to achieve the best detection effect. In the process of work, the staff only need to press the start instruction on the computer, and the yellow material trolley will turn the words of automatic operation into the actual frame. After the frame is fixed by adsorption, the trolley will transport the frame to the intelligent robot in the quality inspection area for automatic flaw detection, and then the corresponding work can be carried out. Therefore, after the intelligent flaw detection robot is developed, it can help the relevant staff to solve major problems to a great extent and play a very important role.
From the above related contents, we can generally know that the function of this kind of flaw detection robot is very important, because this kind of flaw detection robot can help the relevant staff to reduce the workload, improve the working environment and ensure the work safety in many ways.