Abstract: A soil plug processing mechanism for processing soil plugs which occur during ground maintenance. The soil plug processing mechanism having a separating device for picking up and processing the soil plugs by separating the soil plug material into fine particles and coarse particles. The separating device has at least one rotatable rotary sieve which has a rotatably driveable sieve drum with an outside surface which is configured at least partially as a sieve area.

Abstract: A dual striker mechanism for a carpet-tapping machine comprises two striker grills which are mounted in a common body opposite one another so as to be pivotable about the longitudinal axis of their retaining rail. The tapping rods of the first striker grill thereby protrude into the gaps between the tapping rods of the second striker grill. The arrangement of the tapping rods of the two striker grills thereby forms a common horizontal plane. The striker grills are coupled to one another such that upon a clockwise pivoting motion of the first striker grill, the opposite one moves counter-clockwise. The drive motor for the striker grills generates an alternating pivoting motion about the longitudinal axis of the striker grills via an eccentric drive. The tapping rods of the two striker grills thereby move toward each other in their common substantially horizontal position.

Abstract: A soil plug processing mechanism for processing soil plugs which occur during ground maintenance. The soil plug processing mechanism having a separating device for picking up and processing the soil plugs by separating the soil plug material into fine particles and coarse particles. The separating device has at least one rotatable rotary sieve which has a rotatably driveable sieve drum with an outside surface which is configured at least partially as a sieve area.

Abstract: A dual striker mechanism for a carpet-tapping machine comprises two striker grills which are mounted in a common body opposite one another so as to be pivotable about the longitudinal axis of their retaining rail. The tapping rods of the first striker grill thereby protrude into the gaps between the tapping rods of the second striker grill. The arrangement of the tapping rods of the two striker grills thereby forms a common horizontal plane. The striker grills are coupled to one another such that upon a clockwise pivoting motion of the first striker grill, the opposite one moves counter-clockwise. The drive motor for the striker grills generates an alternating pivoting motion about the longitudinal axis of the striker grills via an eccentric drive. The tapping rods of the two striker grills thereby move toward each other in their common substantially horizontal position.

Abstract: A mower and/or aerating device (7) exhibits a mower drum and/or aerating drum (8) rotating around a horizontal axis running perpendicular to the mower and/or aerating device advance direction. The mower drum and/or aerating drum (8) feeds cut material and/or material removed from ground to a transverse transport worm (16) rotating around a rotation axis running parallel to the aerating drum (8). The transverse transport worm (16) is disposed in a transport trough (15). A longitudinal transport worm (17) adjoins in the middle region of the transverse transport worm (16) at an angle of 90.degree. relative to an axis of the transverse transport worm (16). A transfer element (21) is disposed at the transport trough (15), which transfer element (21) separates the mower drum and/or aerating drum (8) and the transverse transport worm (16). The transfer element (21) is disposed such that the material from the mower drum and/or aerating drum (8) is at least nearly completely thrown into the transport trough (15).