Double-station automatic magnetic ring inductor winding machine

Abstract

The invention provides a double-station fully automatic magnetic ring inductance winding machine, the feeding conveying line, the first winding module, the unloading conveying line and the second winding module are sequentially distributed around the turntable module And arranged at intervals of 90°, four transverse magnetic ring jaws are arranged along the circumferential direction on the turntable module, and the four transverse magnetic ring jaws are arranged at intervals of 90°, and the loading and unloading transfer module is set on the turntable module and includes two vertical magnetic ring jaws, the movable range of the two vertical magnetic ring jaws covers the outlet end of the feeding conveyor line and the inlet end of the unloading conveyor line. The magnetic rings on the two horizontal magnetic ring jaws of the present invention can be wound at the same time, and the magnetic rings on the other two horizontal magnetic ring jaws are up and down through the two vertical magnetic ring jaws of the loading and unloading module. materials, the processes on the four horizontal magnetic ring jaws can be carried out simultaneously, the winding is neat and even, the production efficiency is high, and no manual intervention is required.

Description

technical field [0001] The invention relates to the magnetic winding wire technology, in particular to a double-station automatic magnetic ring induction winding machine. Background technique [0002] At present, the manual operation process is as follows: manually cut the copper wire first, put the product into a bench vise to clamp, manually pull the copper wire with a pull wire hook, and insert the copper wire into the magnetic core. The efficiency of the whole process is low, because the copper wire diameter is thick, resulting in low manual production capacity, quality cannot be guaranteed, and the copper wire is wasted and the inductance is uneven due to inconsistent pulling force. When the wire diameter is greater than 0.5mm, manual threading is very difficult and the efficiency is low. When the wire diameter exceeds 1.0mm, in addition to the above difficulties, the wire diameter is thicker and the wiring is not neat, resulting in a large error in the inductance of ea...

AI Technical Summary

Problems solved by technology

The efficiency of the whole process is low, because the diameter of the copper wire is thick, resulting in low manual production capacity, the quality cannot be guaranteed, and the copper wire is wasted and the inductance is uneven due to inconsistent pulling force

When the wire diameter is greater than 0.5mm, manual threading is very difficult and the efficiency is low. When the wire diameter exceeds 1.0mm, in addition to the above difficulties, the wire diameter is thicker and the wiring is not neat, resulting in a large error in the inductance of each product. more difficult to pull

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