Novel magnet ring winding machine

Abstract

The invention discloses a novel magnet ring winding machine, which comprises a base plate, a vibration hopper, a blanking hopper, wire frames, a turntable mechanism, a feeding mechanism, wire feeding shearing mechanisms and wire penetrating rotation lifting mechanisms, that are arranged on a rack, wherein a working turntable in the turntable mechanism is an eight-square turnplate; workpiece clamping turning mechanisms are arranged on the eight-square turnplate at equal interface of being 45 degrees so as to clamp workpieces, and rotate the workpieces by 180 degrees, so that the winding overlapping can be avoided; and the feeding mechanism is arranged between the vibration hopper and a feeding station; a mechanical finger is used for automatically feeding, so that the accuracy rate and the speed are high; the wire penetrating rotation lifting mechanisms are arranged on the base plate, and are respectively arranged below the corresponding wire feeding shearing mechanisms; and the winding operation can be completed by the matching of electric wire pressing wheels and latch needles. Therefore, the novel magnet ring winding machine has the characteristics of high degree of automation, high machining quality, low manual cost, high machining efficiency and the like.

Description

technical field [0001] The invention relates to the field of small-sized magnetic ring processing equipment, in particular to a novel magnetic winding machine. Background technique [0002] At present, the existing winding machines on the market generally include a wire protector, a wire feeding group, a winding group, a feeding group and a hopper. The feeding group is sent to the winding working position, and then the two pairs of slanted wheels and the winding needle guide the wire harness to make a circular motion in the ring, and the wire is wound onto the magnetic ring circle by circle. The machine with this structure has a fast processing speed and a simple structure, but it can only process a magnetic ring with a large inner diameter, and only one kind of wire can be wound on the magnetic ring, which greatly limits the processing range of the machine. Small magnetic rings, such as magnetic rings with an outer diameter of 8-9mm, are generally operated manually, that i...

AI Technical Summary

Problems solved by technology

The machine with this structure has fast processing speed and simple structure, but it can only process magnetic rings with large inner diameters, and only one kind of wire can be wound on the magnetic rings, which greatly limits the processing range of the machine.

Small magnetic rings, such as magnetic rings with an outer diameter of 8-9mm, are generally operated manually, that is, first cut the wires into sections, then clamp the magnetic rings with needle-nose pliers, and wind the wires by hand. This operation efficiency Very low and high labor costs

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