Transformer automatic shaping machine

Abstract

The invention discloses a transformer automatic shaping machine. The machine comprises a rack, a bottom plate is connected with the bottom of the rack, the bottom plate is provided with a lower shaping mold, the top of the rack is connected with a linear driving device, an upper shaping mold is connected with a linear driving device, a transformer is placed on the lower shaping mold, and the uppershaping mold is driven to press downwards by the linear driving device to cooperate with the lower shaping mold to complete transformer shaping. The automatic shaping machine further comprises a feeding piece, a transmission mechanism is arranged between the feeding piece and the linear driving device, the feeding piece is driven by the transmission mechanism after transformer shaping is completed and the upper shaping mold is driven to elevated by the linear driving device, and the transformer is pushed forwards by the feeding piece to allow the transformer to fall from the shaping mold. Themachine has the advantages that shaping and feeding are automatically completed, and the shaping efficiency and quality of the transformer are improved.

Description

technical field [0001] The invention relates to a transformer automatic production technology, in particular to a transformer automatic shaping machine. Background technique [0002] At present, the plug-in method of electronic products is developing in the direction of intensive, flat, and miniaturized, especially the design of transformer products in small power supplies is critical. If the size is slightly larger, there will be problems such as difficult assembly of magnetic cores, and sometimes even must be installed On the premise that all windings have not been wound, reshape before winding the last winding. For this kind of process flow, it is difficult to arrange the process of the whole product. If the shaping process is set in the middle of the winding according to the conventional arrangement, it is difficult to match the production capacity of the preceding and following processes, and the time for winding one winding is much longer than the time for shaping one...

AI Technical Summary

Problems solved by technology

For this process flow, the process layout of the entire product increases the difficulty

If the integer process is set in the middle of the winding according to the conventional arrangement, it is difficult to match the production capacity of the previous and subsequent processes, and the time for winding one winding is much longer than the time for the integral one.

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