Conveyor arrangement including a first conveying section having first rollers, a second conveying section having second rollers, the second conveying section being arranged adjacent to the first conveying section, so that an object can be transferred between the conveying section by rolling along the first and second rollers, a mobile drive movable along different positions along the first conveying section and adapted to temporarily provide a drive power to a selected first roller depending on the position of the movable drive; wherein the movable drive is prevented to get into the second conveying section, characterized in that the conveying arrangement comprises a drive line for providing a drive power at least indirectly from the movable drive to the second rollers when the movable drive is located at a, in particular first end position, in the first conveying section adjacent to the second conveying section.

Conveyor arrangement including a first conveying section having first rollers, a second conveying section having second rollers, the second conveying section being arranged adjacent to the first conveying section, so that an object can be transferred between the conveying section by rolling along the first and second rollers, a mobile drive movable along different positions along the first conveying section and adapted to temporarily provide a drive power to a selected first roller depending on the position of the movable drive; wherein the movable drive is prevented to get into the second conveying section, characterized in that the conveying arrangement comprises a drive line for providing a drive power at least indirectly from the movable drive to the second rollers when the movable drive is located at a, in particular first end position, in the first conveying section adjacent to the second conveying section.

The present disclosure relates to a conveyor cartridge removably coupled with a first side plate and an opposite second side plate that delimit a direction of the conveyor cartridge transverse to transport direction. Conveyor rollers rotatably mounted to axles and extending a conveyor roller width between the first side plate and the second side plate. Braking mechanism positioned internally in the cartridge frame in between the first side plate and the opposite second side plate. The braking mechanism abuts the conveyor rollers to retard rotation of the conveyor rollers.

An inclined conveyor section includes transport rollers aligned obliquely on the conveyor section defining a preferred transport direction. The conveyor section is configured to receive parcel or piece goods upstream at a first position on a first side, transport them along the preferred transport direction and discharge them from a second side opposite the first side, downstream at a second position downstream of the first position. The transport rollers are one behind the other and rotatable. Drive rollers are controllable, drivable and disposed below the transport rollers for driving the transport rollers by frictional. A high degree of flexibility in the configuration of the transport rollers and independence of length, width and inclination angle defined by the preferred transport direction are provided in contrast to most existing inclined conveyors with transport rollers having only slight flexibility and/or complicated drives. A method for transporting parcel goods is also provided.

A conveyor includes a powered pop-up roller driven by separable drive components. A first drive component is rigidly coupled to the frame of the conveyor. The first drive component induces motion driving the roller in a second drive component, which is fixed to the roller but separable from the first drive component.

A conveyor includes a powered pop-up roller driven by separable drive components. A first drive component is rigidly coupled to the frame of the conveyor. The first drive component induces motion driving the roller in a second drive component, which is fixed to the roller but separable from the first drive component.

A mobile driving device for driving a roller conveyor includes a chassis frame, a traction device mounted to the chassis frame, wherein the traction device is adapted to move the chassis frame on a supporting surface, a first drive unit mechanically coupled to the traction device to transmit a driving force to the traction device for moving the chassis frame on the supporting surface, a roller driving device mounted to the chassis frame, wherein the roller driving device is adapted to be mechanically coupled to one or a plurality of rollers of the roller conveyor, and a second drive unit mechanically coupled to the roller driving device for transmitting a conveying force to the roller driving device.

An inclined conveyor section includes transport rollers aligned obliquely on the conveyor section defining a preferred transport direction. The conveyor section is configured to receive parcel or piece goods upstream at a first position on a first side, transport them along the preferred transport direction and discharge them from a second side opposite the first side, downstream at a second position downstream of the first position. The transport rollers are one behind the other and rotatable. Drive rollers are controllable, drivable and disposed below the transport rollers for driving the transport rollers by frictional. A high degree of flexibility in the configuration of the transport rollers and independence of length, width and inclination angle defined by the preferred transport direction are provided in contrast to most existing inclined conveyors with transport rollers having only slight flexibility and/or complicated drives. A method for transporting parcel goods is also provided.

Roller conveyor, comprising: a plurality of driven rollers (2) each of which has a cylindrical outer surface (21), arranged allow the support of an object to be transported, which is tangential to a transport plane (a) on which the transport of the objects occurs; a motor (3); a transmission element (4), which kinematically connects the motor (3) to the driven rollers (2) and is placed in contact with a portion of the outer surface (21) tangential to the transport plane (a); a plurality of presser rollers (5), placed in contact with the transmission element (4), on the opposite side with respect to the driven rollers (2), each of said presser rollers (5) being arranged abutting a respective driven roller (2), so as to press the transmission element (4) between itself and the respective driven roller (2).

Roller conveyor, comprising: a plurality of driven rollers (2) each of which has a cylindrical outer surface (21), arranged allow the support of an object to be transported, which is tangential to a transport plane (a) on which the transport of the objects occurs; a motor (3); a transmission element (4), which kinematically connects the motor (3) to the driven rollers (2) and is placed in contact with a portion of the outer surface (21) tangential to the transport plane (a); a plurality of presser rollers (5), placed in contact with the transmission element (4), on the opposite side with respect to the driven rollers (2), each of said presser rollers (5) being arranged abutting a respective driven roller (2), so as to press the transmission element (4) between itself and the respective driven roller (2).