A filtering infusion container, comprising an infusion container (2) and a filtering device (1) connected to the infusion container (2). The filtering device (1) comprises a sealing component (10), a first component (20) having a first receiving cavity (213), a second component (40), and a filtering membrane (30) provided between the first component (10) and the second component (40). The second component (40) comprises a through hole (41) and an actuator (42), the actuator (42) being used for closing or opening the through hole (41), and an outer surface of the end, inserted into the through hole (41), of the actuator is sheathed with a sealing sleeve (423)； or, the second component (40) comprises a flow channel (41), a barrier (60) and a puncture insertion member (50), the puncture insertion member (50) being used for puncturing the barrier (60). The flow path (50) passes sequentially through the infusion container (2), the through hole or the flow channel (41), the filtering membrane (30), and the first receiving cavity (213). The filtering membrane (30) and the infusion liquid are located in different sealed spaces before use, preventing the filtering membrane (30) from being contaminated or damaged.Un récipient de perfusion à filtration, comprenant un récipient de perfusion (2) et un dispositif de filtration (1) relié au récipient de perfusion (2). Le dispositif de filtration (1) comprend un composant d'étanchéité (10), un premier composant (20) ayant une première cavité de réception (213), un second composant (40), et une membrane de filtration (30) disposée entre le premier composant (10) et le second composant (40). Le second composant (40) comprend un trou traversant (41) et un actionneur (42), l'actionneur (42) étant utilisé pour fermer ou ouvrir le trou traversant (41), et une surface externe de l'extrémité, insérée dans le trou traversant (41), de l'actionneur est gainée par un manchon d'étanchéité (423)； ou, le second composant (40) comprend un canal d'
