A thick-diameter magnetic loop automatic winding machine and a winding method thereof

Abstract

The invention discloses a thick wire diameter magnetic loop automatic winding machine and a winding method thereof, which have high working efficiency, low labor cost, high working precision, uniformwire arrangement and stable clamping. The automatic winding machine for thick wire diameter magnetic loop coil in the invention comprises a machine table and wire feeder respectively arranged on the machine table, Manipulator, magnetic clip ring indexing device, Cable-clamping device for that first time, wire winding and pulling device, A line cut and clamping arm and a unloading table, the manipulator is arranged between the wire feeder and the magnetic clip ring indexing device, the first cable clamping and pulling device is arranged behind the magnetic clamping ring indexing device, The wire winding and pulling device is arranged at the rear of the magnetic clip ring indexing device and under the first wire clip and pulling device, the wire clipping arm is arranged in front of the magnetic clip ring indexing device, and the unloading table is arranged at one side of the magnetic clip ring indexing device. The invention is applicable to the field of magnetized winding.

Description

technical field [0001] The invention relates to an automatic winding machine and a winding method for a thick-diameter magnetic ring. Background technique [0002] Many electronic products require an inductance magnetic ring wound with wire as an accessory. The usual inductance magnetic ring is small in size and its aperture is also small. In the existing technology, it is generally manually wound, and the labor cost is high. Very inefficient and prone to damage to tangled wires. Manual winding is usually to pass a long enough wire through the hole in the middle of the magnetic ring, and then manually wind the wire on the magnetic ring one by one. This winding method is difficult to meet the increasing production demand. [0003] At present, there are also magnetic winding wire equipment on the market, in which three rollers usually clamp the magnetic ring and drive the magnetic ring to rotate, and then carry out the wire arranging work. When the rollers rotate, the magneti...

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Problems solved by technology

[0002] Many electronic products require an inductance magnetic ring wound with wire as an accessory. The usual inductance magnetic ring is small in size and its aperture is also small. In the existing technology, it is generally manually wound, and the labor cost is high. Very inefficient and prone to damage to tangled wires

Manual winding is usually to pass a long enough wire through the hole in the middle of the magnetic ring, and then manually wind the wire on the magnetic ring one by one. This winding method is difficult to meet the growing production demand.

[0003] At present, there are also magnetic winding wire equipment on the market, in which three rollers usually clamp the magnetic ring and drive the magnetic ring to rotate, and then carry out the wire arranging work. When the rollers rotate, the magnetic ring is prone to deviation and displacement. , easily lead to uneven wiring

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