Teat rubber and milking cup with a ventilation nozzle
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.
1. A teat rubber comprising:
a shaft;
a curved section joined to the shaft;
a milk tube joined to the curved section to define a milk flow path with the shaft and curved section; and
a channel disposed in the curved section and through which air flows toward the milk tube.
2. The teat rubber of claim 1 , wherein the channel is arranged so that a direction of air flow through the channel is substantially parallel to a direction of milk flow.
3. The teat rubber of claim 1 , wherein the shaft, curved section, and the milk tube are made in one piece.
4. A teat rubber comprising:
a shaft;
a curved section joined to the shaft;
a milk tube joined to the curved section to define a milk flow path with the shaft and curved section;
a channel joined to the curved section and through which air flows toward the milk tube; and
a flow element disposed in the channel, and extending at least partly through a passage opening in the curved section.
5. The teat rubber of claim 4 , and further comprising:
a seal disposed adjacent to the passage opening.
6. The teat rubber of claim 4 , wherein the flow element is releasably joined to the curved section.
7. The teat rubber of claim 4 , wherein the flow element and the shaft is produced by a multi-component injection method.
8. The teat rubber of claim 4 , wherein the flow element comprises:
a base body; and
a tubular extension joined to the base body, and arranged substantially coaxially with the channel.
9. The teat rubber of claim 8 , wherein the tubular extension defines a slit extending in an axial direction of the tubular extension.
10. The teat rubber of claim 8 , and further comprising:
a collar joined to the tubular extension, the collar defining an inlet.
11. The teat rubber of claim 8 , wherein the curved section defines a recess that at least partially defines the base body.
12. The teat rubber of claim 11 , wherein the base body and the recess are constructed asymmetrically relative to the curved section.
13. The teat rubber of claim 4 , wherein the flow element is produced by a multi-component injection method.
14. A milker unit comprising:
a milking cup sleeve; and a teat rubber comprising:
a shaft disposed at least partially in the milking cup sleeve;
a curved section joined to the shaft;
a milk tube joined to the curved section to define with the shaft and curved section a milk flow path; and
a channel extending between a supply of air and the milk flow path and the channel is defined by a wall of the curved section and substantially aligned with the milk tube.
15. The milker unit of claim 14 , wherein a channel is arranged so that the direction of air flow through the channel is substantially parallel to a direction of milk flow through the milk flow path.