Novel digitized wire feeder

Abstract

The invention relates to a novel digitized wire feeder. The novel digitized wire feeder comprises a control box, a direct current motor, a handle, a card swiping induction module, a display screen button, a display screen, a PC panel, a wire reel fixing part, a wire feeding plate, a speed measuring mechanism, a wire pressing wheel, a wire feeding wheel, a wire pressing rod, a current and voltage adjusting rotary knob, an automatic wire feeding button, a two-core pore, a gas pipeline current transformer, an electromagnet, a data transmission line, a Hall sensor, a circuit mainboard, a temperature sensor, a humidity sensor and a rack. The novel digitized wire feeder has the beneficial effects that the novel digitized wire feeder integrates various sensing units, can collect, record and upload all sensitive parameters in a welding process in real time, and can achieve digitalized control of an overall process of data collection and analysis, welding task management, staff, equipment, welding materials and the like.

Description

technical field [0001] The invention relates to the field of welding technology, in particular to a novel digital wire feeder. Background technique [0002] The statistics of the amount of wire feeding is a very important operation link in the welding process. At present, the statistics of welding seams are obtained through theoretical calculations, and the actual wire feeding of welders is not counted and is very inconvenient. Therefore, the accuracy of wire feeding is poor, the consistency is poor, and the wire feeding is unstable, which leads to low welding production efficiency. , Welding molding consistency is poor. In addition, the welding wire materials generated during the welding process are not easy to estimate and count, resulting in low welding efficiency, and when each section of welding wire is welded, a small section of welding wire will remain unusable, resulting in waste. [0003] Quality is the life of a product, and welding parameters directly related to...

AI Technical Summary

Problems solved by technology

The inspection method of management personnel will consume a lot of manpower and material resources, and it is impossible to realize real-time monitoring and control of the working parameters of the welding machine

Due to the harsh welding environment or other human factors, the wired group control scheme will cause many insurmountable problems such as cumbersome wiring construction and frequent line failures, making system maintenance quite difficult

With the in-depth development of the welding industry and the continuous improvement of welding quality and welding production automation, these two welding machine management schemes are increasingly unable to meet the monitoring and control of welding machine working conditions.

[0004] The traditional wire feeder does not have data collection and transmission functions. Only the new digital welding machine can provide some functions at the back end. However, because the working environment of the wire feeder is in front of the site, the welding parameters generated by the work cannot be collected at the front end to ensure data the accuracy of

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