Occlusion mechanism and occlusion method after bending of coil leading-out wire end

Abstract

The invention discloses an occlusion mechanism and an occlusion method after the bending of a coil leading-out wire end, and solves the technical problem that the prior art cannot adapt to automatic production line production. Shearing the thread ends of the inner ring leading-out wires according to the splicing length, and bending outwards through an inner ring leading-out wire bending table to obtain inner ring leading-out wire bending thread ends (12); shearing the wire end of the outer ring leading-out wire according to the splicing length, and bending inwards through an outer ring leading-out wire bending table to obtain an outer ring leading-out wire bending wire end (13); a C-shaped connecting clamp (24) is buckled between the inner ring leading-out wire bending head (12) and the outer ring leading-out wire bending head (13); the jaw (23) is moved to the C-shaped connecting clamp (24), the bayonet of the C-shaped connecting clamp (24) is closed by operating the electric controloil cylinder (16), and the inner ring leading-out wire bending wire head (12) and the outer ring leading-out wire bending wire head (13) are kneaded together. And conditions are provided for production automation.

Description

technical field [0001] The invention relates to a connection mechanism of a coil joint, in particular to a mechanism and a method for engaging the wire ends of the inner coil and the outer coil of the coil through a pliers on an automatic production line after the stator core of the generator is embedded. Background technique [0002] Marine generators are used in ship power systems and are important supporting equipment for ship power systems. Among them, 3MW and 5MW have a large demand and need to be mass-produced; this type of electronic core is made of selenium steel sheet after stamping It is formed by lamination. Positioning rings are arranged at both ends of the cylindrical laminated iron core, and ribs are arranged at equal intervals on the outer surface of the cylindrical iron core. The two positioning rings and the ribs arranged at intervals form the stator core. In the inner side of the stator core, a coil embedding slot is provided, and the copper flat wire coil ...

AI Technical Summary

Problems solved by technology

[0004] The invention provides a occlusal mechanism and occlusal method after coil lead-out wire ends are bent, which solves the technical problem that the prior art cannot be adapted to the automatic production flow operation

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