U-folding and feeding mechanism for rectangular enameled wire

Abstract

The invention provides a U-folding and feeding mechanism for a rectangular enameled wire and belongs to the field of bending equipment. A turning driving mechanism is in transmission connection with a turning part by a transmission mechanism; a wire intake channel in the horizontal direction is arranged on the turning part, and a U-folding operation space is formed on the wire intake channel; a U-folding cylinder is connected with a U-folding head, a U-folding forming die is located below the U-folding head, and a U-folding channel adapting to the U-folding head is arranged on the U-folding forming die; a wire feeding cylinder is in transmission connection with a wire feeding tongue; a guiding chute vertically penetrating the U-folding head is arranged, the lower section of the wire feeding tongue is located in the guiding chute, and the upper section of the wire feeding tongue is exposed out of the guiding chute; the U-folding cylinder is mounted on a base and drives the wire feeding cylinder to move up and down; the U-folding forming die is mounted on the base; the wire intake channel is located above the U-folding forming die; the U-folding operation space is located right above the U-folding channel. The U-folding and feeding mechanism for the rectangular enameled wire improves the coherence of all procedures, saves time spent in the whole working process from input of the enameled wire to collection of the enameled wire, and facilitates follow-up operation.

Description

technical field [0001] The invention belongs to the field of bending equipment, in particular to a rectangular enameled wire folding U wire feeding mechanism. Background technique [0002] Rectangular enameled wire is an enameled wire with a rectangular cross section. Rectangular enameled wire bending U is to bend a section of rectangular enameled wire into a U shape. After U-folding, the surface where the long side of the rectangular enameled wire section is located is the two sides of the enameled wire. The U-shaped area is the inner surface of the enameled wire, and the other side is The outer surface. However, the U-fold is performed perpendicular to the direction of the short sides. If the enameled wire is U-folded on the horizontal plane, the enameled wire is still on the horizontal plane after the U-folding is completed, which is not convenient for later storage. [0003] At present, the enameled wire is usually conveyed by a belt driven by a servo motor to achieve...

AI Technical Summary

Problems solved by technology

[0004] The original equipment does not have a wire feeding mechanism that cooperates with the U-folding mechanism. The two-step operation of U-folding forming and automatic storage of the enameled wire after U-folding is not consistent, thus prolonging the time from inputting enameled wire to enameled wire storage.

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