A longitudinal four-axis multi-station coil post-processing dispensing and wire management mechanism

Abstract

The invention discloses a longitudinal four-axis multi-station glue dispensing and coil arranging mechanism for coil aftertreatment. The longitudinal four-axis multi-station glue dispensing and coil arranging mechanism for coil aftertreatment comprises a four-indexing coil feeding mechanism, a coil wound on the four-indexing coil feeding mechanism and a discharging mechanism. The four-indexing coil feeding mechanism comprises a motor arranged in the x direction and winding assemblies, the coil is wound at the end of a winding shaft of the winding assembly at a first horizontal position so as to complete feeding, and two pins of the coil extend reversely in the x direction from the z-direction top of a coil body respectively. The longitudinal four-axis multi-station glue dispensing and coil arranging mechanism for coil aftertreatment further comprises a glue dispensing mechanism arranged at the first horizontal position and a coil arranging mechanism capable of arranging the pins of the coil located over the coil arranging mechanism. The discharging mechanism is arranged below the four-indexing coil feeding mechanism; when the coil rotates to the position under the discharging mechanism, pressing rods move downwards to push a sliding sleeve of the winding assembly where the coil is located to the tail end of the corresponding winding shaft, and then the coil is ejected out of the end of the winding shaft. The longitudinal four-axis multi-station glue dispensing and coil arranging mechanism for coil aftertreatment facilitates coil feeding, coil arranging and coil discharging and prevents pin root skewing in the coil arranging process.

Description

Technical field [0001] The invention relates to a post-processing wire-arranging mechanism after coil winding is completed, in particular to a longitudinal four-axis multi-station coil post-processing glue and wire arrangement mechanism. Background technique [0002] The coil is a necessary part of many products. Usually the coil 6 is obtained after winding the wire on the winding jig through the winding mechanism. figure 1 As shown, the two pins 61 and 62 of the coil 6 extend from both ends of the bus bar on the top of the body 60 in the opposite direction along the tangent. However, the coil cannot be used directly in the next assembly process, and post-processing is required, such as wire management and Avoid the post-processing of the offset of the root of the thread when arranging the cable. It is difficult to perform continuous post-processing after the traditional coil winding is completed. Therefore, a mechanism that can perform post-processing on the coils and arrange th...

AI Technical Summary

Problems solved by technology

It is difficult to carry out continuous post-processing after the traditional coil is wound, so there is an urgent need for a mechanism that can post-process the coil by dispensing glue

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