Abstract: A separator device for a conveyor has a stop (12) arranged to be moved between a separating position and a conveying position, a trigger (11) arranged to move the stop (12) into the separating position when triggered, and a delayer (20) arranged to delay a movement of the stop (12) from the separating position into the conveying position. The delayer (20) has an energy storage arranged to gain energy when the trigger (11) is triggered. The energy storage is arranged to power a rotary drive impeding the stop (12) from moving into the conveying position.

Abstract: A conveyor for conveying loads along a conveying direction includes a frame (3) arranged in the conveying direction, a plurality of rollers (2) mounted in the frame (3) rotatable in the conveying direction (C), a trigger pedal (11) movable between an active position and a triggered position, a separator stop (12), and a coupling (13) between the trigger pedal (11) and the separator stop (12) for transmitting a movement applied to the trigger pedal (11) to the separator stop (12). The trigger pedal (11) is one-sided tiltable out of a substantially parallel to the rollers (2) arranged position.

Abstract: A conveyor roller (10) has a circular sleeve element (20), at least one side cover (30) covering one face side of the conveyor roller (10), and an acceleration unit (50). The sleeve element (20) is supported rotatably about an axis of rotation of the sleeve element. The acceleration unit (50) is connected in a torque transmitting manner to the sleeve element (20) and the side cover (30) such that a rotational speed of the sleeve element (20) about the axis of rotation can be influenced by the acceleration unit (50). The side cover (30) has a geometrical frame mounting structure on its outer side for mounting the conveyor roller (10) in a torque proof manner to a frame element by a form fit. A conveyor path has a frame structure to which such a conveyor roller is mounted.

Abstract: The invention relates to a roller conveyor module, comprising at least one rack, a plurality of rollers mounted to said rack in a serial arrangement, and the upper circumferential surface parts of the plurality of rollers define a load carrying plane. According to the invention, a lever mounted to said rack is provided, wherein the lever is adapted to swivel between an unbalanced position and arranged at least partially above said load carrying plane and wherein the lever is free to swivel in two opposite directions, a passing position, wherein the lever is arranged below the load carrying plane to allow an item moving on the rollers to pass in the first direction, and a stopping position, wherein a stopping portion of said lever is arranged above said load carrying plane to hinder an item moving on the rollers in a second direction opposite to the first direction.

Abstract: A roller track for transporting stored goods has a profile rail (1) with a base (11) and two side walls (12) extending at an angle from the base (11). The side walls (12) can pivot onto each other under the influence of a force directed toward the base (11). Roller bodies (2) are supported rotatably about axles (3) in bearing openings (4) of the side walls (12). The bearing openings (4), wherein the bearing openings (4) are designed as countersinks extending from the free end of the sides walls (12) in the direction of the base (12). The roller bodies (2) are inserted into the bearing openings (4) together with the rotating axles (3) substantially in the direction of the side walls (12).

Abstract: A drift conveyor (1) has rollers (14) introduced into bearings (13) of a frame (12). An axle (143) of the roller (14) is received in a receptacle (1310) of the bearing (13), and a roller plate (15) presses the bearing (13) so that a first sealing region (1308) of the bearing (13) contacts a sealing region (152) of the roller plate (15). A rotary fastening region of the bearing (13) contacts a fastening region (153a) of the roller plate (15) and a second sealing region of the bearing (13) contacts the frame sealing region. One side of the bearing (13) has the receptacle (1310), the first sealing region (1308) and a rotary fastening region that prevents rotation of the bearing (13) with respect to the roller plate (15). An opposite side of the bearing (13) has a second region for sealing between the bearing (13) and the frame (12).

Abstract: The invention relates to a conveyor system for conveying individual piece goods, comprising: a number of conveyor motors and at least one control unit for sending data connected to each conveyor motor for regulating and/or controlling the conveyor motors. According to the invention, the control unit is connected with a bus line, a conveyor motor, and preferably each conveyor motor by means of the bus line, preferably without electrical contact. According to the invention, it is also provided that the modem(s) is/are designed in order to take energy for driving the conveyor motor and at least one data signal for control/regulation of the conveyor motor from the bus line and send them to the conveyor motor.

Abstract: The invention relates to a belt conveyor (1) having a conveyor roller (5) and such a conveyor roller (5) comprising a drum shell (54), a fluid connection (55), and at least one first fastening element (52) for fastening the conveyor roller (5) in a conveyor frame (3), wherein the drum shell (54) has an exterior pipe (541), which is rotatably supported about the first fastening element (52), wherein the exterior pipe (541) has a plurality of fluid outlet orifices (545) on the circumferential surface (543) thereof, and wherein the fluid connection (55) is in communication with the fluid outlet orifices (545).

Abstract: The invention relates to a belt conveyor which comprises a conveyor belt (20) that is guided around at least one return shaft (30), thereby forming an upper run and a lower run, and a drive device for moving the conveyor belt (20), characterized in that the drive device is preferably arranged in a separate manner from the return shaft (30) and drives the conveyor belt (20) in the area of a deflection between upper run and lower run. The drive device preferably comprises a toothed belt (40) or V-belt arranged at an edge section of the conveyor belt (20) and a rotationally drivable toothed wheel (60) or a V-belt disk. The toothed belt (40) or V-belt is connected or connectable, preferably in a releasable manner, to the conveyor belt (20).

Abstract: A conveying system has a roller and a shaft-hub assembly with a kingpin (81), an expansion element (83) and a hub (82). The kingpin has a cross-section corresponding to a cross-section of the hub so that the kingpin is fixed radially to the hub. The kingpin (81) is fixed rotationally to the hub (82). The expansion element in a relaxed state, has an external diameter that exceeds the internal diameter of the hub. The expansion element also is deformed elastically when the kingpin is disposed in the hub so that the external peripheral region (831) of the expansion element shifts from the relaxed position. Axial displacement of the external peripheral region of the expansion element is coupled with a reduction in the external diameter so that the reduced external diameter of the expansion element corresponds to the internal diameter of the corresponding internal peripheral region of the hub.

Abstract: The invention relates to a conveyor system (1) designed as a belt conveyor system and comprising a conveyor belt (5) that loops around the conveyor roller (2) at least partially, wherein the conveyor roller (2) is mounted on at least one side via a bearing pot (6) having, at least over a loop region of the conveyor belt (5) a radius substantially equal to or somewhat smaller than the radius of the conveyor roller (2) in the axial end region of the conveyor roller (2), wherein the conveyor belt (5) is wider than the length of the conveyor roller (2) in the axial direction and wherein the conveyor belt (5) is disposed on the conveyor roller (2) such that the gap (7) between the conveyor roller (2) and the bearing pot (6) is covered by the conveyor belt (5).

Abstract: The invention relates to a belt conveyor (1) having a conveyor roller (5) and such a conveyor roller (5) comprising a drum shell (54), a fluid connection (55), and at least one first fastening element (52) for fastening the conveyor roller (5) in a conveyor frame (3), wherein the drum shell (54) has an exterior pipe (541), which is rotatably supported about the first fastening element (52), wherein the exterior pipe (541) has a plurality of fluid outlet orifices (545) on the circumferential surface (543) thereof, and wherein the fluid connection (55) is in communication with the fluid outlet orifices (545).

Abstract: A conveying roll has a cover (20) mounted on a bearing point (40) so that the conveying roll can be twisted relative to the bearing point (40) about an axis of rotation. A brake (50) is provided kinematically between the bearing point (40) and the cover (20) and is designed so the difficulty of twisting the cover relative to the bearing point about the axis of rotation varies in accordance with relative rotational speed between the cover (20) and the bearing point (40). An impeding device (60) is disposed between the bearing point (40) and the cover (20) at a point in the braking train of the brake and allows or prevents the brake to have or from having a braking effect in accordance with a direction of rotation of the cover relative to the bearing point (40).

Abstract: The present invention relates to a motorized pulley (1) with a cylindrical cable connector (10) comprising a cylindrical drum (5) that is mounted rotatably about a shaft (11) and is configured for being fixedly mounted on supporting means, said cylindrical drum (5) delimiting an interior space intended for receiving an electric motor (20) for producing a rotating movement of the drum about the shaft (11), and wherein said shaft comprises a cylindrical recess (9) configured at an end of the shaft (11) for receiving the cylindrical cable connector (10) that is electrically coupled to said electric motor (20). Hereby a motorized pulley is accomplished that has a cable connector able to allow for tolerances deriving from the manufacture of the individual parts and mounting tolerances in the motorized pulley with the cable connector.

Abstract: The present invention relates to a motorized pulley (1) with a cylindrical cable connector (10) comprising a cylindrical drum (5) that is mounted rotatably about a shaft (11) and is configured for being fixedly mounted on supporting means, said cylindrical drum (5) delimiting an interior space intended for receiving an electric motor (20) for producing a rotating movement of the drum about the shaft (11), and wherein said shaft comprises a cylindrical recess (9) configured at an end of the shaft (11) for receiving the cylindrical cable connector (10) that is electrically coupled to said electric motor (20). Hereby a motorized pulley is accomplished that has a cable connector able to allow for tolerances deriving from the manufacture of the individual parts and mounting tolerances in the motorized pulley with the cable connector.

Abstract: In order to provide an apparatus for separating flat parceled goods, comprising a driver device with at least one driver surface, which is driven such that the parceled goods can be carried along in a transporting direction by the at least one driver surface, and also comprising a separating device with at least one separating surface for the parceled goods, the separating surface being directed toward the at least one driver surface, which apparatus carries out a separating operation with a high degree of reliability, it is proposed that the separating device is driven such that the at least one separating surface moves, upon contact with a parceled goods article, in the opposite direction to the transporting direction.

Abstract: The invention relates to a conveyor chain (1) with a plurality of main links (2) which are moveably interconnected by connecting links (4). A first end of a first main link (2) forms a first joint (6) with a first end of a connecting link (4) in the longitudinal direction of the chain. Said joint (6) allows a pivoting movement about an axis (A), essentially at a right angle to the longitudinal direction of the chain and essentially parallel to the chain surface. The second end of the connecting link (4) forms a second joint (8) with the second end of the next main link (2). The second joint allows a pivoting movement about an axis (B), perpendicular to the longitudinal direction of the chain and the pivoting axis (A) of the first joint (8). The two axes (A, B) are situated in different planes when seen in the longitudinal direction of the chain.

Abstract: The invention relates to a drive system for transport rollers (4) in a roller path. According to the invention, said transport rollers (4) are rotated by drive means (14, 34, 52). Said drive means (14, 34, 52) are completely arranged in the interior of at least one support profile (2) carrying the transport rollers (4).

Abstract: The invention pertains to a driving roll for a roller way or conveyor belt in which at least one roller base (102) is provided with a universal coupling device (106, 114), modular drive wheels (104) corresponding to the coupling device (106, 114) are formed and a variable number of drive wheels (104) can mesh with the coupling device (106, 114) (FIG. 1).

Abstract: A conveyor roller includes a generally cylindrical roller tube and a pair of stub shafts rotatably mounted in each end thereof. At least one of the stub shafts is mounted for axial movement between an extended position and a retracted position. When in the extended position, the stub shafts on each end of the conveyor engage respective mounting holes in the conveyor frame. To insert the conveyor roller in the conveyor frame, the movable stub shaft is moved to a retracted position while the roller is lowered into the conveyor frame. When the stub shaft aligns with the mounting holes in the conveyor frame, the stub shaft is urged back to the extended position by a biasing member to engage the mounting hole in the conveyor frame.