Abstract: To improve the transportation away of the milk within an arrangement comprising a teat rubber and a milk hose which has a curved section, wherein the arrangement has a flow path for conducting away milked milk, which flow path is connected to the surrounding atmosphere via a channel, it is proposed that the channel is designed in such a manner that the flow direction of the air flowing through the channel into the flow path of the milk corresponds essentially to the flow direction of the milk, and the channel is formed in one of the walls of the curved section.

Abstract: To improve the transportation away of the milk within an arrangement comprising a teat rubber and a milk hose which has a curved section, wherein the arrangement has a flow path for conducting away milked milk, which flow path is connected to the surrounding atmosphere via a channel, it is proposed that the channel is designed in such a manner that the flow direction of the air flowing through the channel into the flow path of the milk corresponds essentially to the flow direction of the milk, and the channel is formed in one of the walls of the curved section.

Abstract: A teat cup assembly for a milking machine and having a teat receptacle 21 which is in the form of an elastic sleeve 2 having an upper inlet opening 18 and a lower outlet opening 22. The teat cup assembly is provided with an outlet 6 connecting to a milking line. In the flow passage below the teat receptacle, a valve arrangement is formed with a valve chamber 12 accommodating a moveable valve body 8, by which the flow passage is closed in a closed position and opened in an open position. Arranged on the teat cup casing 1 is an actuating element 10 that is connected to valve body 8 and can be displaced away from the inlet opening 18 for closing the flow passage or displaced in a direction toward the inlet opening 18 for opening the flow passage.