Steel internal cutting and welding process monitoring system

Abstract

The invention provides a steel internal cutting and welding process monitoring system. The steel internal cutting and welding process monitoring system comprises a plurality of cutting and welding complete equipment and a cutting and welding monitoring server, wherein each cutting and welding complete equipment is provided with an AGV intelligent transferring device, a mechanical arm, a plasma cutting machine and welding equipment, the cutting and welding monitoring server is in communication connection with each cutting and welding complete equipment correspondingly, and the system can determine a plurality of associated welding and cutting sub-data matched with welding and cutting main data according to the welding and cutting main data monitored by welding and cutting personnel at present and generate and display the current monitoring welding and cutting state based on the obtained welding and cutting main data information and the multiple associated welding and cutting sub-data. According to the steel internal cutting and welding process monitoring system, if a fault occurs in the equipment operation process or the welding and cutting parameters cannot reach the range of design requirements, the corresponding welding and cutting data can be quickly found, and other data information associated with the corresponding welding and cutting data can be obtained, so that problems can be quickly found, the influence range of the problems is determined, the influence of the problems on the welding and cutting quality is reduced, and the influence on the whole production quality is avoided.

Description

technical field [0001] The invention relates to the technical field of mechanical processing, in particular to a process monitoring system for internal cutting and welding of steel materials. Background technique [0002] At present, in the field of steel plate processing, the steel plate for producing products is generally processed according to the shape of the product. For example, the steel plate is cut, and after cutting, it is shaped, and the shaping method can be bent, or rolled, and so on. It is also possible to weld and assemble the cut steel plates to form the shape required by the product. [0003] For the steel plate processing process, welding and cutting processes are generally required, and the current welding and cutting can be completed by CNC cutting machines and welding machines. And with the development of automation equipment, automated production has been applied to the field of steel plate processing. [0004] The cutting and welding complete set of...

AI Technical Summary

Problems solved by technology

When the welding and cutting personnel monitor the complete set of cutting and welding equipment, due to the large amount of data generated by the system, and a large amount of data is generated during the welding and cutting operation process, it is difficult for the welding and cutting personnel to monitor; if the welding and cutting personnel want to When searching the welding and cutting data, it is necessary to search through a large amount of data to obtain the desired welding and cutting data information, which makes it impossible to effectively obtain the welding and cutting data in real time, and it takes a long time to search for the welding and cutting data. lead to low monitoring efficiency

If there is a failure in the on-site operation process, or the welding and cutting parameters cannot reach the range required by the design, it will affect the welding and cutting quality, and then affect the entire production quality

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