High-voltage winding production line and method for producing a high-voltage winding

CN116313503BActive Publication Date: 2026-10-16JIANGSU SHENMA ELECTRIC CO LTD
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Patent Information

Application Number
CN202310286927.5
Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
Filing Date
2023-03-22
Publication Date
2026-10-16
Estimated Expiration
2043-03-22

AI Technical Summary

Technical Problem

但现有技术中用于制备高压绕组的生产线生产效率较低

Benefits of technology

[0027]In the above scheme, by symmetrically arranging the two preheating feeding mechanisms on both sides of the first center line of the injection molding machine, the two preheating feeding mechanisms can operate alternately, which can improve the production efficiency of high-voltage windings. By setting the preheating mechanism on the path of the feeding mechanism that transports the high-voltage winding preform, it is convenient to transport the preheated high-voltage winding preform to the injection molding machine. By arranging the preheating feeding mechanism and the demolding mechanism in sequence in the Y direction, and during the process of the feeding mechanism transporting the high-voltage winding preform to the operating station and the demolding mechanism demolding the high-voltage winding preform, the high-voltage winding preform moves in the same direction, so that there is no need to rotate and change direction when operating the high-voltage winding preform, which facilitates the operation of the high-voltage winding preform and improves the production efficiency of high-voltage windings. By arranging the glue filling mechanism and the demolding mechanism in sequence in the X direction, the stroke of transporting the demolded high-voltage winding preform to the glue filling mechanism can be reduced, and manual sequential operation can be facilitated, further improving the production efficiency of high-voltage windings.

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Abstract

This invention relates to a high-voltage winding production line and a method for manufacturing high-voltage windings. The line includes an injection molding machine with a first center line, two preheating feeding mechanisms symmetrically arranged on both sides of the first center line, and a demolding mechanism. Each preheating feeding mechanism includes a preheating mechanism for preheating the high-voltage winding preform and a feeding mechanism for conveying the high-voltage winding preform to the injection molding machine and to a working station. The preheating mechanism is positioned along the path of the feeding mechanism conveying the high-voltage winding preform. The demolding mechanism and the two preheating feeding mechanisms are arranged sequentially in the Y-direction. By symmetrically arranging the two preheating feeding mechanisms on both sides of the first center line of the injection molding machine, the two preheating feeding mechanisms can operate alternately, improving the production efficiency of high-voltage windings. Furthermore, by arranging the preheating feeding mechanism and the demolding mechanism sequentially in the Y-direction, the operation of the high-voltage winding preform is facilitated, further improving the production efficiency of high-voltage windings.
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