Abstract: The present invention relates to a disk clutch (2) comprising a first disk carrier (18), a second disk carrier (24), and a disk set (34) assigned to the first and second disk carriers (18, 24), wherein the first and second disk carriers (18, 24) may be brought in a friction-locking way into rotary driving connection with one another via the disk set (34), and the first and the second disk carrier (18, 24) may additionally be brought in a positive-locking way into rotary driving connection with one another.

Abstract: The present invention relates to a disk clutch (2) comprising a first disk carrier (18), a second disk carrier (24), and a disk set (34) assigned to the first and second disk carriers (18, 24), wherein the first and second disk carriers (18, 24) may be brought in a friction-locking way into rotary driving connection with one another via the disk set (34), and the first and the second disk carrier (18, 24) may additionally be brought in a positive-locking way into rotary driving connection with one another.

Abstract: The present invention relates to a rotary feedthrough (6) for a fluid comprising a first component (44) with a first supply line (50) and a second component (42) with a second supply line (56), which are arranged radially nested to form an intermediate annular space (52) and are rotatable relative to one another, wherein the first supply line (50) and the second supply line (56) are fluidly connected or fluidly connectable via a connection space (54) formed in the annular space (52). At least one closure part (62) is arranged in the annular space (52) and is translatable from an open position, in which the first and second supply line (50, 56) are fluidly connected via the connection space (54), into a closed position, in which the first and second supply line (50, 56) are fluidly decoupled. The present invention further relates to a clutch arrangement (2) comprising such a rotary feedthrough (6).