Winding mechanism

Abstract

The invention discloses a winding mechanism, which comprises a guide device, a magnetic ring driving device, and a conducting wire driving device, wherein the guide device comprises a guide groove whiThe invention discloses a winding mechanism, which comprises a guide device, a magnetic ring driving device, and a conducting wire driving device, wherein the guide device comprises a guide groove which is set by an annular inner wall; the magnetic ring driving device is positioned on a first position of the guide groove, a magnetic ring is arranged in the magnetic ring driving device, the axle cech is set by an annular inner wall; the magnetic ring driving device is positioned on a first position of the guide groove, a magnetic ring is arranged in the magnetic ring driving device, the axle center of the magnetic ring is parallel to a first tangent direction of the guide groove, and the magnetic ring driving device can drive the magnetic ring to rotate along the axle center; the conductingnter of the magnetic ring is parallel to a first tangent direction of the guide groove, and the magnetic ring driving device can drive the magnetic ring to rotate along the axle center; the conducting wire driving device is positioned on a second position of the guide groove, and can provide driving force for driving a conducting wire to move along a second tangent direction of the guide groove, awire driving device is positioned on a second position of the guide groove, and can provide driving force for driving a conducting wire to move along a second tangent direction of the guide groove, and the driving force can guide the conducting wire to move along the annular inner wall; and the guide device, the magnetic ring driving device, and the conducting wire driving device can automaticallnd the driving force can guide the conducting wire to move along the annular inner wall; and the guide device, the magnetic ring driving device, and the conducting wire driving device can automatically wind a single or twisted copper wire onto the magnetic ring, so the winding mechanism gets rid of manual operation, reduces the processing cost, improves the efficiency, and ensures the quality of ty wind a single or twisted copper wire onto the magnetic ring, so the winding mechanism gets rid of manual operation, reduces the processing cost, improves the efficiency, and ensures the quality of the processed products.he processed products.

Description

technical field [0001] The invention relates to a processing tool for an annular magnetic ring induction coil, in particular to a winding mechanism. Background technique [0002] Electromagnetic components are widely used in modern industrial fields, and electromagnetic components are inevitably used in various types of electronic products. Therefore, the quality of their production is closely related to the service life and product quality of the electronic products. [0003] Among the many types of electromagnetic components, the magnetic ring induction coil is widely used. At present, the general winding machine can only be used to wind wires or stranded wires on the cylindrical magnetic core, and it is not yet possible to wind the wires into and out of the magnetic ring. The ring structure is used to form a coil on the magnetic ring. Therefore, the common manufacturing method of the magnetic ring induction coil in the industry is to manually wind the metal wire or strand...

AI Technical Summary

Problems solved by technology

[0003] Among the many types of electromagnetic components, the magnetic ring induction coil is widely used. At present, the general winding machine can only be used to wind wires or stranded wires on the cylindrical magnetic core, and it is not yet possible to wind the wires into and out of the magnetic ring. The ring structure is used to form a coil on the magnetic ring. Therefore, the common manufacturing method of the magnetic ring induction coil in the industry is to manually wind the metal wire or stranded wire to be wound on the magnetic ring for several turns, and use the traditional manual processing method. It not only requires high labor costs and low production efficiency, but also the quality of the wound magnetic rings produced is also prone to uneven quality, which leads to unstable quality of the electronic products used.

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