Wire harness leading-out device

Abstract

The invention relates to a wire harness leading-out device. An outlet position of the wire harness leading-out device is provided with a wire harness wiring needle alignment mechanism, the wire harness wiring needle alignment mechanism is used for aligning wiring needles at one ends of a plurality of wire harnesses, the wire harness leading-out device comprises a material sliding rod, the materialsliding rod is obliquely arranged, and a wire harness straightening mechanism is arranged at the lower end position of the material sliding rod. The wire harness straightening mechanism is used for horizontally straightening and guiding out the wire harnesses, the multiple sets of wire harnesses are guided out from an outlet of production equipment in the state that the wire harnesses are in an equal-length section shape, the wiring needles are formed at one ends of the wire harnesses through crimping equipment, and after the wire harnesses are guided out to the position of the material sliding rod, the wire harnesses are guided out from the outlet of the production equipment. The wire harness straightening mechanism is used for straightening a single wire harness, the straightened wire harness can be effectively prevented from being wound, further wire harness guiding and conveying are conveniently achieved, it is guaranteed that the wiring needle at one end of the wire harness can be effectively and accurately inserted into a positioning hole of a plug, and wire harness production is completed.

Description

technical field [0001] The invention relates to the technical field of wire harness intelligent manufacturing, in particular to a wire harness lead-out device. Background technique [0002] Electrical wires are widely used in equipment. Electrical wires are designed to include wire harnesses and plugs. One end of the wire harness is provided with wiring pins. A single electrical wire generally includes multiple sets of wire harnesses. There is a positioning hole for fixing the wiring pin. The cross section of the positioning hole on the plug is "one" or "T". The wiring pin of the wiring harness is in the shape of a strip as a whole. A non-return plate is arranged on the positioning hole of the plug. When the wiring pin is inserted in the positioning hole, the non-return claw and the non-return plate are extruded and matched, thereby preventing the fixed wiring pin from moving out of the positioning hole at will. When plugging with the positioning hole, the production is mos...

AI Technical Summary

Problems solved by technology

[0002] Electrical wires are widely used in equipment. Electrical wires are designed to include wire harnesses and plugs. One end of the wire harness is provided with wiring pins. A single electrical wire generally includes multiple sets of wire harnesses. There is a positioning hole for fixing the wiring pin. The cross section of the positioning hole on the plug is "one" or "T". The wiring pin of the wiring harness is in the shape of a strip as a whole. A non-return plate is provided on the positioning hole of the plug. When the wiring pin is inserted in the positioning hole, the non-return claw and the non-return plate are extruded and matched, thereby preventing the fixed wiring pin from moving out of the positioning hole at will. When plugged into the positioning hole, manual production is often used, resulting in low production efficiency of the wiring harness

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