Connector core wire automatic welding device and welding method therefor

Abstract

The present invention discloses a connector core wire automatic welding device and a welding method therefor. The device comprises a rack, an X-axis operating line arranged on the rack and a Y-axis operating line arranged on the rack; according to a process sequence, the X-axis operating line is sequentially provided with a fixture conveying module, an overturning and positioning module, a fixture shifting module, a fixture positioning module, a welding module, a fixture reflowing module, and a fixture discharging module; according to a process sequence, the Y-axis operating line is sequentially provided with a connector feeding module, a connector shifting module, and a tray unloading module; and the Y-axis operating line includes first and second Y-axis operating lines which are parallel to each other and charge and discharge materials through branch pipes. According to the device, the core wire and connector feeding and the combination welding at the welding module are realized through the X-axis operating line and the Y-axis operating line; an empty tray from which all connectors are taken out is output by the second Y-axis operating line; a fixture is automatically discharged by the fixture discharging module; and full-automatic assembling and welding of connectors and core wires are ingeniously realized, thereby greatly improving the welding efficiency and reducing the machining costs.

Description

technical field [0001] The invention relates to the technology in the field of wire assembly, in particular to an automatic welding equipment and welding method for connector wire core wires. Background technique [0002] Existing data cables used to connect notebook computers, digital cameras, mobile phones and other electronic devices are composed of several metal core wires. When the cables are connected to other electronic devices through terminals, the connectors of the cables need to be welded or The pulse welding equipment welds the core wire of the cable to the connector. Manual operation has high technical requirements for operators, high labor costs, and low operating efficiency; while welding equipment in the prior art often requires manual assistance in some processes, operators are prone to fatigue, and manual fluxing is required. The dosage cannot be unified, and manual cleaning of the welding head is easy to miss. It is difficult to realize unmanned automatio...

AI Technical Summary

Problems solved by technology

Manual operation has high technical requirements for operators, high labor costs, and low operating efficiency; while welding equipment in the prior art often needs manual assistance in part of the process, operators are prone to fatigue, and manual fluxing is required. The dosage cannot be unified, and manual cleaning of the welding head is easy to miss. It is difficult to realize unmanned automation in the true sense, which limits the efficiency and yield of the connector welding process.

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