PROBLEM TO BE SOLVED: To improve productivity of an aseptic package in an inline system.SOLUTION: An aseptic filling device includes preform transportation means for transporting a PET preform on a first transportation path, die transportation means which transports a container molding die on a second transportation path connected to the first transportation path, and container transportation means which transports the container molded with the die on a third transportation path connected to the second transportation path. A preform running on the first transportation path is heated by a heater disposed along the first transportation path. From a sterilizing nozzle disposed on a lower stream side than the heater along the first transportation path, hydrogen peroxide gas is blown to the preform running on the first transportation path, to sterilize the preform. The preform that has been heated and sterilized on the second transportation path is received by the die and is blow-molded to be a container. By a filler and a capper disposed along the third transportation path, a content is sequentially filled and sealed with respect to the container that has been blow-molded.COPYRIGHT: (C)2015,JPO&INPIT【課題】インラインシステムにおいて無菌包装体の生産性を高める。【解決手段】PET製プリフォームを第一の搬送路上で搬送するプリフォーム用搬送手段と、容器の成形用金型を上記第一の搬送路に接続される第二の搬送路上で搬送する金型用搬送手段と、上記金型で成形された容器を上記第二の搬送路に接続される第三の搬送路上で搬送する容器用搬送手段とを有し、上記第一の搬送路に沿って配置されたヒータにより第一の搬送路上を走行するプリフォームを加熱し、上記第一の搬送路に沿って上記ヒータよりも下流側に配置された殺菌用ノズルから第一の搬送路上を走行するプリフォームに過酸化水素のガスを吹き付けてプリフォームを殺菌し、上記第二の搬送路上で上記加熱され殺菌されたプリフォームを金型で受け取って容器にブロー成形し、上記第三の搬送路に沿って配置されたフィラーとキャッパーによって上記ブロー成形された容器に対する内容物の充填と密封を順次行う。【選択図】図2
