Abstract: In a stop module, in particular for automated machining and conveyor systems, a stop element for objects moving in a direction of motion in a movement plane is located on a base body, and the stop element is movable by an electrical rotary drive between a first terminal position, in which the stop element protrudes into the movement plane of the objects, and a second terminal position, in which the stop element enables a motion of objects in the movement plane. The motion of the stop element in and out of the movement plane of objects is implemented by a toggle lever device cooperating with the electrical rotary drive, which toggle lever device has at least two lever elements, connected to one another via a first pivot point, and the electrical rotary drive cooperates with the first pivot point.

Abstract: A stop module has a base body, a stop element configured for objects moving in a direction of motion in a movement plane and located on the base body, a drive device for moving the stop element between a first terminal position, in which the stop element protrudes into the movement plane of the objects, and a second terminal position, in which the stop element enables a motion of objects in the movement plane, and a damping device cooperating with the stop element for damping a motion of the stop element from a first stop position into a second terminal stop position, which is offset relative to the first stop position at least approximately in the direction of motion of the objects, when an object is resting on the stop element, the damping device being configured so as to damp the motion of the stop element from the first stop position to the second terminal stop position with a rotation damper.

Abstract: A rolling conveyor has a plurality of feed rollers that define a conveyor surface, in which the feed rollers are joined on their end regions rotatably to a first and a second bearing assembly, at least some of the feed rollers on the second bearing assembly each have a first drive wheel, which is in rotary drive communication each with one second drive wheel, the second drive wheels are located on a rotatable drive shaft, with which they are in rotary drive communication, wherein the drive shaft is joined rotatably to a third bearing assembly, which is embodied separately from the first and second bearing assemblies, so that a drive shaft assembly comprising the drive shaft and the associated third bearing assemblies is joined as a unit detachably to the rolling conveyor.

Abstract: A rolling conveyor has a plurality of feed rollers that define a conveyor surface, in which the feed rollers are joined on their end regions rotatably to a first and a second bearing assembly, at least some of the feed rollers on the second bearing assembly each have a first drive wheel, which is in rotary drive communication each with one second drive wheel, the second drive wheels are located on a rotatable drive shaft, with which they are in rotary drive communication, wherein the drive shaft is joined rotatably to a third bearing assembly, which is embodied separately from the first and second bearing assemblies, so that a drive shaft assembly comprising the drive shaft and the associated third bearing assemblies is joined as a unit detachably to the rolling conveyor.

Abstract: In a stop module, in particular for automated machining and conveyor systems, a stop element for objects moving in a direction of motion in a movement plane is located on a base body, and the stop element is movable by an electrical rotary drive between a first terminal position, in which the stop element protrudes into the movement plane of the objects, and a second terminal position, in which the stop element enables a motion of objects in the movement plane. The motion of the stop element in and out of the movement plane of objects is implemented by a toggle lever device cooperating with the electrical rotary drive, which toggle lever device has at least two lever elements, connected to one another via a first pivot point, and the electrical rotary drive cooperates with the first pivot point.

Abstract: A stop module has a base body, a stop element configured for objects moving in a direction of motion in a movement plane and located on the base body, a drive device for moving the stop element between a first terminal position, in which the stop element protrudes into the movement plane of the objects, and a second terminal position, in which the stop element enables a motion of objects in the movement plane, and a damping device cooperating with the stop element for damping a motion of the stop element from a first stop position into a second terminal stop position, which is offset relative to the first stop position at least approximately in the direction of motion of the objects, when an object is resting on the stop element, the damping device being configured so as to damp the motion of the stop element from the first stop position to the second terminal stop position with a rotation damper.

Abstract: A workpiece holder (56) for transporting workpieces in flexible processing lines, in particular assembly lines, is embodied for guidance along a guidance direction by means of a guide geometry of the processing line extending in the guidance direction, and the workpiece holder (56) has a first guide device (88, 88a, 88b) for guide engagement with the first guide geometry, and the workpiece holder (56) has a second guide device (90a), embodied separately from the first guide device, which second guide device is embodied for guide engagement with a second guide geometry, different from the first guide geometry.

Abstract: A link chain has a plurality of chain links, with at least one chain link having a carrying unit and a guide unit, wherein a carrying surface of the carrying unit, at least in places, extends in both a feed direction and in a transverse direction of the at least one chain link, and the guide unit is situated on a side of the carrying unit oriented away from the carrying surface in a vertical direction of the at least one chain link and serves to connect the at least one chain link to a chain link preceding and to a chain link following the at least one chain link in the feed direction, wherein the carrying unit is stepped with an upper plate part that has the carrying surface and a lower plate part that is offset from the upper plate part in the feed direction, wherein the lower plate part has an upper surface oriented toward a lower counterpart surface of the upper plate part of an adjoining chain link, and the upper surface of the lower plate part is at least partially inclined downwards in a direction exte

Abstract: A conveying device (10) for transporting transported goods includes at least one profile rail (12), at least one transported goods support (14) that is supported by the at least one profile rail and is moveable along the profile rail, and a drivable conveyor unit (16) extending along at least one profile rail (12), whereby the at least one transported goods support (14) has at least one engagement unit (20), which is in locked-in engagement with the conveyor unit (16) or can be brought into locked-in engagement with the conveyor unit. The engagement unit (20) has an engagement element (24) revolving about a bearing unit (22), and in addition, a coupling assembly that effects the revolving movement of the engagement element (24) is provided.

Abstract: The identification of a leak in the intake port (1) of an internal combustion engine (3) with lambda regulation (8) can be performed by the generation of an evaluation signal in accordance with a control signal of the lambda regulation (8) and the monitoring of the evaluation signal with respect to the transgression of a limiting value. If a leak occurs in the intake port (1), the internal combustion engine (3) receives an additional air mass, which is not registered by an air mass sensor (2). The additional air mass is compensated by the lambda regulation (8) by means of an increase in the value of the control signal, in such a way that the likewise increased value of the evaluation signal can be used for identifying leaks in the intake port (1). In this way, it is possible to determine, in particular, if a crank housing ventilation (5) of the internal combustion engine (3) is still connected correctly to the intake port (1).

Abstract: The identification of a leak in the intake port (1) of an internal combustion engine (3) with lambda regulation (8) can be performed by the generation of an evaluation signal in accordance with a control signal of the lambda regulation (8) and the monitoring of the evaluation signal with respect to the transgression of a limiting value. If a leak occurs in the intake port (1), the internal combustion engine (3) receives an additional air mass, which is not registered by an air mass sensor (2). The additional air mass is compensated by the lambda regulation (8) by means of an increase in the value of the control signal, in such a way that the likewise increased value of the evaluation signal can be used for identifying leaks in the intake port (1). In this way, it is possible to determine, in particular, if a crank housing ventilation (5) of the internal combustion engine (3) is still connected correctly to the intake port (1).

Abstract: For a detachable electrical onnection of high-current contacts with cable strands, a clamping device is formed from a clamping tube and a contact part. The clamping tube is provided with a funnel-shaped connection opening and a connection chamber, into which the cable strands are insertable, wherein a clamping shoulder with a conical surface provided in the connection chamber adjoins the connection opening. The contact part, which can be screwed in the centre of the clamping tube and is thus displaceable axially, likewise has a conical surface, which penetrates the centre etween the bared strands on assembly and presses these against the conical surfaces and the clamping shoulder. The angles of the conical surfaces in the connection chamber and the contact part are executed differently in this case.

Abstract: A conveying device (10) for transporting transported goods includes at least one profile rail (12), at least one transported goods support (14) that is supported by the at least one profile rail and is moveable along the profile rail, and a drivable conveyor means (16) extending along at least one profile rail (12), whereby the at least one transported goods support (14) has at least one engagement unit (20), which is in locked-in engagement with the conveyor means (16) or can be brought into locked-in engagement with the conveyor means. The engagement unit (20) has an engagement element (24) revolving about a bearing unit (22), and in addition, a coupling assembly that effects the revolving movement of the engagement element (24) is provided.

Abstract: A deviating device for deviating a transporting means in a deviating plane was a deviating unit, two track portions of a movement path of a transporting means adjoining the deviating device and clamping the deviating plane, and mountable on the deviating unit, the track portions being mountable on a separate component of the deviating device, the components being turnable relative to one another about a turning axis which is substantially orthogonal to the deviating plane and being fixable in a predetermined angular position.

Abstract: For a detachable electrical connection of high-current contacts with cable strands, a clamping device is proposed that is formed from a clamping tube and a contact part. The clamping tube is provided with a funnel-shaped connection opening and a connection chamber, into which the cable strands are insertable, wherein a clamping shoulder with a conical surface provided in the connection chamber adjoins the connection opening. The contact part, which can be screwed in the centre of the clamping tube and is thus displaceable axially, likewise has a conical surface, which penetrates the centre between the bared strands on assembly and presses these against the conical surfaces and the clamping shoulder. The angles of the conical surfaces in the connection chamber and the contact part are executed differently in this case.

Abstract: A device for machining workpieces of wood or plastic has at least one spindle having a spindle axis and being moveable transverse to the spindle axis relative to a reference plane. A machining tool having cutting edges is provided. The machining tool is seated on the spindle. At least one measuring device is provided for correctly positioning the cutting edges relative to the reference plane. Correct positioning is achieved by moving the spindle in a direction transverse to the spindle axis and detecting by the measuring device a preset position of the cutting edges of the machining tool relative to the reference plane and generating a switch-off signal when the cutting edges of the matching tool are in the preset position.