Welding operation control method and computer program storage medium thereof

Abstract

The invention provides a welding operation managing and controlling method and a computer program storage medium thereof. Bidirectional communication links are established between welding devices located at the bottom layer and the managing and controlling end located at the upper layer through the network; and in the communication links, the managing and controlling end sends welding instructionsto the welding devices, the welding devices perform the action according to the welding instructions and upload real-time parameters of welding, and the managing and controlling end shows the real-time parameters. The steps of welding parameter collection and preset are combined with the various welding devices; welding operation planning management, welding seam dispatching, welding parameter intellectualization presetting, welding parameter real-time collection, welding quality real-time analysis, welding flaw real-time alarm, automatic shutdown and post-welding filing are conducted, wherein welding parameter real-time collection, welding quality real-time analysis, welding flaw real-time alarm and automatic shutdown are conducted in the welding process; and quality and production management of the welding operation whole process is achieved, thus the welding operation management ability is improved, the welding quality is guaranteed, the welding quality problems are tracked, and the energy saving and consumption reduction level is improved.

Description

technical field [0001] The present invention relates to the technical field of welding operation management, in particular to a welding operation management and control method and a computer program storage medium thereof. Background technique [0002] Welding quality greatly affects the product quality of manufacturing enterprises, and it is very important to enhance the competitiveness of enterprises in today's fierce market. my country's traditional manufacturing industry has not yet got rid of the labor-intensive mode. There are many people involved in the welding process and the technical level of the personnel is uneven, so the welding quality will inevitably fluctuate greatly. [0003] Although intelligent manufacturing has emerged, it mostly uses robot technology, including automatic feeding, automatic welding, and automatic cargo delivery. However, judging from the current situation in our country, welding personnel will still be required to directly undertake the m...

AI Technical Summary

Problems solved by technology

[0003] Although intelligent manufacturing has emerged, it mostly uses robot technology, including automatic feeding, automatic welding, and automatic cargo delivery. However, judging from the current situation in our country, welding personnel will still be required to directly undertake the main tasks of welding operations in a long period of time in the future.

Moreover, even intelligent manufacturing also requires the participation of personnel, including task management, etc.

[0004] In the existing technology, the welding operation lacks a networked collaborative platform, which makes it difficult to manage work tasks and coordinate welding production. On the one hand, the enterprise lacks the ability to flexibly schedule, and on the other hand, there is no record of human-made changes in the production process, let alone quality. trace back

In addition, welding quality is difficult to accurately control, production resources cannot be fully utilized and quickly allocated, and the production cost of the enterprise remains high. However, welding production lacks a quantified and effective performance appraisal system, which cannot mobilize the production enthusiasm of employees at all levels in the enterprise

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