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WINDING NEEDLE ASSEMBLY, WINDING APPARATUS, PRODUCTION DEVICE, AND METHOD FOR WINDING ELECTRODE ASSEMBLIES

发明专利审中
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18权利要求 · 1 独立
§ Ⅰ

卷宗概要

发明人

Xiaowei Zhang; Chao Xie; Guoda Huang; Xiang Wu; Yuqian Wen; Minghao Tang; Shengwu Zhang

IPC 分类

B65H 18/4B65H 18/2B65H 18/10H1M 10/4H1M 10/587

CPC 分类

B65H18/4B65H18/21B65H18/10H1M10/409H1M10/587B65H2301/41392

The present application relates to a winding needle assembly, a winding apparatus, a production device, and a method for winding electrode assemblies in the field of battery production. The winding needle assembly includes a support seat and a winding needle rotatably connected to the support seat along the needle's axial direction. The winding needle extends outward from the support seat to form multiple winding portions outside the support seat, each configured to wind electrode assemblies. The assembly enables simultaneous winding of multiple electrode assemblies to increase production efficiency. While winding, the support seat reduces the length of the unsupported portion of the needle, enhancing the rigidity and strength of the winding portion. This structure mitigates deformation of the winding part during the winding process and alleviates issues such as wrinkles, poor alignment, and limited winding speed, thereby improving the quality and efficiency of electrode assembly production.

原文(中文)

The present application relates to a winding needle assembly, a winding apparatus, a production device, and a method for winding electrode assemblies in the field of battery production. The winding needle assembly includes a support seat and a winding needle rotatably connected to the support seat along the needle's axial direction. The winding needle extends outward from the support seat to form multiple winding portions outside the support seat, each configured to wind electrode assemblies. The assembly enables simultaneous winding of multiple electrode assemblies to increase production efficiency. While winding, the support seat reduces the length of the unsupported portion of the needle, enhancing the rigidity and strength of the winding portion. This structure mitigates deformation of the winding part during the winding process and alleviates issues such as wrinkles, poor alignment, and limited winding speed, thereby improving the quality and efficiency of electrode assembly production.