Abstract: An inlet worm (11) for use in a treatment machine (1) for treating bottles or containers (2) of the like, having at least one distributing or inlet worm (11) which is provided to the side of a transport path (3), is driven by a drive device so as to rotate about a worm axis, and forms a conveying path or helix for the containers (2) on at least one worm body which is provided on a worm receptacle, having at least one transport star (12) which is assigned to the inlet worm, can be driven so as to rotate about a transport-star axis and has a multiplicity of container receptacles which are provided distributed about the transport-star axis at uniform angular intervals which correspond to a machine gauge, and having a drive device for the synchronous and angularly accurate drive of the at least one inlet worm (11) and the at least one transport star (12).

Abstract: An inlet worm (11) for use in a treatment machine (1) for treating bottles or containers (2) of the like, having at least one distributing or inlet worm (11) which is provided to the side of a transport path (3), is driven by a drive device so as to rotate about a worm axis, and forms a conveying path or helix for the containers (2) on at least one worm body which is provided on a worm receptacle, having at least one transport star (12) which is assigned to the inlet worm, can be driven so as to rotate about a transport-star axis and has a multiplicity of container receptacles which are provided distributed about the transport-star axis at uniform angular intervals which correspond to a machine gauge, and having a drive device for the synchronous and angularly accurate drive of the at least one inlet worm (11) and the at least one transport star (12).

Abstract: A drive unit (10) actuates drives in a motor vehicle with a first housing part (12), in particular a pole pot (12), and a second housing part (14), in particular a gear housing or electronic housing (14, 15), which can be connected with connecting elements (40), wherein the first housing part (12) features receptacles (38) for the connecting elements (40), wherein the receptacles (38) are embodied as centering holes (36) for corresponding centering pins (48), which are arranged on the second housing part (14).

Abstract: The invention concerns a drive unit (10) for actuating drives in a motor vehicle with a first housing part (12), in particular a pole pot (12), and a second housing part (14), in particular a gear housing or electronic housing (14, 15), which can be connected by means of connecting elements (40), wherein the first housing part (12) features receptacles (38) for the connecting elements (40), wherein the receptacles (38) are embodied as centering holes (36) for corresponding centering pins (48), which are arranged on the second housing part (14).

Abstract: In an electrical drive mechanism, in particular for motor vehicles, having a commutator motor (14) disposed in a housing (10), which commutator motor (14) has a rotor shaft (17) with a commutator (22) non-rotatably supported on it and has a brush holder (30) affixed to the housing (10), and having a bearing (25) disposed in the vicinity of the commutator (22), which bearing has a bearing bush (34) that encloses the rotor shaft (17) with rotary play and a bearing seat (35) that contains the bearing bush (34), in order to achieve a simple embodiment for the bearing (25), a clamping member (37) is formed onto the brush holder (30) of one piece with it, which clamps the bearing bush (34) in a frictionally engaged, axial fashion in the bearing seat (35) formed in the housing (10) (FIG. 1).

Abstract: In an electrical drive mechanism, in particular for motor vehicles, having a commutator motor (14) disposed in a housing (10), which commutator motor (14) has a rotor shaft (17) with a commutator (22) non-rotatably supported on it and has a brush holder (30) affixed to the housing (10), and having a bearing (25) disposed in the vicinity of the commutator (22), which bearing has a bearing bush (34) that encloses the rotor shaft (17) with rotary play and a bearing seat (35) that contains the bearing bush (34), in order to achieve a simple embodiment for the bearing (25), a clamping member (37) is formed onto the brush holder (30) of one piece with it, which clamps the bearing bush (34) in a frictionally engaged, axial fashion in the bearing seat (35) formed in the housing (10) (FIG. 1).

Abstract: A sliding bearing bushing has a first end side, a second end side, an inwardly cylindrical second longitudinal portion which is calibrated by a material compression and adjoins the second end side, a substantially hollow conical first longitudinal portion which adjoins the first end side, and a third longitudinal portion which is arranged between the first and second longitudinal portions, the third longitudinal portion transferring bend-free from a contour of the second longitudinal portion into a continuous curvature so that, in a contour of the cylindrical portion straight lines located parallel to a longitudinal axis of the sliding bearing bushing are tangents to a curvature, and at least in a region of the tangents at the curvature the material of the sliding bearing bushing is compressed by calibration substantially identically strong as in the cylindrical longitudinal portion.

Abstract: A sliding bearing bushing has a first end side, a second end side, an inwardly cylindrical second longitudinal portion which is calibrated by a material compression and adjoins the second end side, a substantially hollow conical first longitudinal portion which adjoins the first end side, and a third longitudinal portion which is arranged between the first and second longitudinal portions, the third longitudinal portion transferring band-free from a contour of the second longitudinal portion into a continuous curvature so that, in a contour of the cylindrical portion straight lines located parallel to a longitudinal axis of the sliding bearing bushing are tangents to a curvature, and at least in a region of the tangents at the curvature the material of the sliding bearing bushing is compressed by calibration substantially identically strong as in the cylindrical longitudinal portion.

Abstract: A water-tight plastic component, with a ventilation opening for air exchange between the component interior and the component exterior, and with a gas permeable membrane that covers the ventilation opening to prevent the entry of water into the component interior. The membrane is inserted in a cup-shaped recess disposed in front of the mouth of the ventilation opening, and is clamped at the edge, together with a sealing ring, against the bottom of the recess, in order to achieve a simple assembly. The sealing ring and membrane edge are overlapped by segment tabs that are disposed axially spaced from the bottom of the recess and protrude radially from the cylinder wall of the recess, forming an undercut.