Dual-mode fluidic junction

Abstract

The present application provides a dual-mode fluid connector, which comprises a hollow connector, a raw material pipe, a cleaning pipe, a head, a tail, a push rod and a rotatable part. The hollow connector has a cavity inside. The raw material pipe is located on the hollow connector and communicates with the cavity. The cleaning pipe is located on the hollow connector and communicates with the cavity. The head is located at one end of the hollow connector and comprises a connecting port. The connecting port can be detachably connected to a raw material container. The tail is located at the other end of the hollow connector and comprises a through hole. The outer surface of the tail is provided with a track and a barrier wall. The barrier wall is located at one side of the end of the track. The push rod is inserted into the cavity through the through hole and comprises a rod head and a sealing part. The rotatable part covers the tail and contacts the push rod and comprises a guide. The dual-mode fluid connector can be connected to a pipeline conveying cleaning liquid by the cleaning pipe, so that the dual-mode fluid connector does not need to be detached from the raw material container during cleaning.

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