MANUFACTURING METHOD AND MANUFACTURING INSTALLATION OF POWER STORAGE MODULE
To provide a manufacturing method and a manufacturing installation of power storage module capable of arranging an arrangement target accurately in an arrangement region.SOLUTION: A manufacturing method of power storage module 4 includes a step (step S2) of placing a sheet-like electrode 31 with res...
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Sprache: | eng ; jpn |
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Zusammenfassung: | To provide a manufacturing method and a manufacturing installation of power storage module capable of arranging an arrangement target accurately in an arrangement region.SOLUTION: A manufacturing method of power storage module 4 includes a step (step S2) of placing a sheet-like electrode 31 with resin, where a first resin part 21 is provided at the felly 15c of a bipolar electrode 14, on a flat surface 41a, a step (step S3) of pinching the electrode 31 with resin, placed on the flat surface 41a, by the flat surface 41a and a flat surface 42a, facing the flat surface 41a via the electrode 31 with resin, a step (step S4) of detecting the position of the felly 31a of the electrode 31 with resin in the pinched state, and steps (steps S5, S6) of placing an arrangement target in the predetermined arrangement region 31c of the electrode 31 with resin, on the basis of the detected position.SELECTED DRAWING: Figure 3
【課題】配置領域に配置対象を精度よく配置することができる蓄電モジュールの製造方法及び製造装置を提供することができる。【解決手段】蓄電モジュール4の製造方法は、バイポーラ電極14の外縁部15cに第1樹脂部21が設けられてなるシート状の樹脂付電極31を平面41a上に載置する工程(ステップS2)と、平面41a上に載置された樹脂付電極31を、平面41a及び平面41aと樹脂付電極31を介して対向する平面42aにより挟持する工程(ステップS3)と、挟持された状態の樹脂付電極31の外縁31aの位置を検出する工程(ステップS4)と、検出された位置に基づき、樹脂付電極31の予め定められた配置領域31cに配置対象を配置する工程(ステップS5,S6)と、を含む。【選択図】図3 |
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