Full-automatic assembling device of puncture connector

Abstract

The invention discloses a full-automatic assembling device of a puncture connector and belongs to the technical field of electronic component assembling devices. The full-automatic assembling device of the puncture connector mainly comprises a machine frame, wherein a disc-shaped assembly working table is rotatably installed on the machine frame, and a plastic housing feeding device, a wire feeding device, a terminal feeding device, a breakover detection device, a marking device and a discharging device which are controlled by an electrical control device are sequentially arranged around the assembly working table. Steps of plastic housing feeding, wire feeding, terminal feeding, slitter edge folding, breakover detection, mark coating and discharging are sequentially finished, traditional manual operation is replaced, the assembly production efficiency of the puncture connector is improved, and the pass percent of an assembled connector is improved. The full-automatic assembling device is widely applied to the assembly working process of the puncture connector.

Description

technical field [0001] The invention relates to the technical field of electronic component assembly equipment, in particular to a fully automatic assembly equipment for piercing connectors. Background technique [0002] The piercing connector is assembled from a plastic case, terminals and wires. Because of its simple structure, convenient connection, and small size, it is widely used in electronic communications; but at present, most of this piercing connector is manually assembled. The process is usually as follows: (1) Injection molding the plastic case; (2) Use a mechanized wire stripping and cutting mechanism to peel one end of the wire and cut the other end according to a certain specification, and then manually insert the unpeeled end of the wire into the plastic case, The stripped end is exposed outside the plastic casing; (3) Manually insert the terminal into the plastic casing, and pierce the skin of the wire inside the plastic casing. Due to the small size of th...

AI Technical Summary

Problems solved by technology

Due to the small size of the parts that make up the connector, the size of the plastic case is length × width × height = 1mm × 2mm × 3mm; the outer diameter of the wire is less than φ0.5mm; the shortest length of the wire is less than 10mm, so the assembly speed of the manual clamping of the parts is extremely high Slow, obviously cannot meet the needs of electronic production, and it is difficult to improve production efficiency, and after the connector is assembled, the assembly accuracy and product quality are difficult to guarantee

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