Transport system and method for transporting a plurality of containers

Patent metadata

Field	Value
Publication number	US-12145809-B2
Application number	US-202318183504-A
Country	US
Kind code	B2
Filing date	Mar 14, 2023
Priority date	Mar 23, 2022
Publication date	Nov 19, 2024
Grant date	Nov 19, 2024

Abstract

A transport system for a plurality of containers includes a feed device for a supply of containers which, at a transfer end of the feed device, can be received by a receiving region of a working platform of a transport mover. For the purpose of movement in a working plane, the transport mover has a drive section which is connected to the working platform and which interacts with a stationary, planar drive plane. The working platform has a blocking surface, the distance of which from the drive plane can be changed by movement of the drive section of the transport mover relative to the drive plane.

First claim

What is claimed is:

1. A transport system ( 10 ) for a plurality of containers ( 46 ), the transport system ( 10 ) comprising: a feed device ( 50 ) for a supply ( 48 ) of containers ( 46 ) which, at a transfer end ( 56 ) of the feed device ( 50 ), can be received by a receiving region ( 34 ) of a working platform ( 24 ) of a transport mover ( 16 ),
wherein, for the purpose of movement in a working plane ( 20 ) that is parallel to a stationary, planar drive plane ( 14 ), the transport mover ( 16 ) has a drive section ( 22 ) which is connected to the working platform ( 24 ) and which interacts contactlessly with the stationary, planar drive plane ( 14 ),
wherein the working platform ( 24 ) has a blocking surface ( 66 ), the distance of which from the drive plane ( 14 ) can be changed by movement of the drive section ( 22 ) of the transport mover ( 16 ) relative to the drive plane ( 14 ),
wherein, in a transfer position associated with a smaller distance from the drive plane ( 14 ), the blocking surface ( 66 ) is arranged at a low level such that transfer of containers ( 46 ) from the transfer end ( 56 ) of the feed device ( 50 ) beyond the blocking surface ( 66 ) into or onto the receiving region ( 34 ) of the working platform ( 24 ) is made possible, and
wherein, in a blocking position associated with a greater distance from the drive plane ( 14 ), the blocking surface ( 66 ) blocks transfer of containers ( 46 ) from the transfer end ( 56 ) of the feed device ( 50 ) into or onto the receiving region ( 34 ) of the working platform ( 24 ).

2. The transport system ( 10 ) according to claim 1 , wherein the change in the distance of the blocking surface ( 66 ) from the drive plane ( 14 ) is accompanied by a vertical movement of the transport mover ( 16 ) along a vertical axis of the transport mover ( 16 ) with respect to the drive plane ( 14 ).

3. The transport system ( 10 ) according to claim 1 , wherein the change in the distance of the blocking surface ( 66 ) from the drive plane ( 14 ) is accompanied by a tilting movement of the transport mover ( 16 ) along a tilting axis ( 74 ) of the transport mover ( 16 ) parallel to the drive plane ( 14 ).

4. The transport system ( 10 ) according to claim 1 , wherein the working platform ( 24 ) extends in a plane ( 62 ), and wherein the blocking surface ( 66 ) is oriented at an angle to said plane ( 62 ).

5. The transport system ( 10 ) according to claim 1 , wherein the blocking surface ( 66 ) is a boundary surface of the working platform ( 24 ).

6. The transport system ( 10 ) according to claim 1 , wherein the working platform ( 24 ) has a cantilever region ( 26 ) which protrudes over the drive section ( 22 ) and on which the blocking surface ( 66 ) is arranged.

7. The transport system ( 10 ) according to claim 1 , wherein the receiving region ( 34 ) has a receiving surface ( 38 ) on which the containers ( 46 ) can be disposed, and wherein the blocking surface ( 66 ) is adjacent to the receiving surface ( 38 ).

8. The transport system ( 10 ) according to claim 1 , wherein the blocking surface ( 66 ) and the receiving surface ( 38 ) are oriented at an angle to each other.

9. The transport system ( 10 ) according to claim 1 , wherein the receiving region ( 34 ) has delimitations ( 42 ) for receiving separated containers ( 46 ).

10. The transport system ( 10 ) according to claim 1 , wherein the feed device ( 50 ) has a vibration device for transporting the containers ( 46 ) in a direction of the transfer end ( 56 ).

11. The transport system ( 10 ) according to claim 1 , wherein the feed device ( 50 ) is arranged on an additional mover ( 58 ) which is independent of the transport mover ( 16 ) and which interacts with the stationary, planar drive plane ( 14 ).

12. The transport system ( 10 ) according to claim 1 , wherein the feed device ( 50 ) is designed as a conveying channel ( 52 ) or has at least one conveying channel ( 52 ).

13. The transport system ( 10 ) according to claim 1 , wherein the transport system ( 10 ) has a further transport mover ( 18 ), wherein the containers can be received by a receiving region ( 36 ) of a working platform ( 30 ) of the further transport mover ( 18 ), wherein, for the purpose of movement in the working plane ( 20 ), the further transport mover ( 18 ) has a drive section ( 28 ) which is connected to the working platform ( 30 ) and which contactlessly interacts with the stationary, planar drive plane ( 14 ), wherein the working platform ( 30 ) has a blocking surface ( 68 ), the distance of which from the drive plane ( 14 ) can be changed by movement of the drive section ( 28 ) of the further transport mover ( 18 ) relative to the drive plane ( 14 ), wherein, in a transfer position associated with a smaller distance from the drive plane ( 14 ), the blocking surface ( 68 ) is arranged at a low level such that transfer of containers ( 46 ) from the transfer end ( 56 ) of the feed device ( 50 ) beyond the blocking surface ( 68 ) into or onto the receiving region ( 36 ) of the working platform ( 30 ) is made possible, and wherein, in a blocking position associated with a greater distance from the drive plane ( 14 ), the blocking surface ( 68 ) blocks transfer of containers ( 46 ) from the transfer end ( 56 ) of the feed device ( 50 ) into or onto the receiving region ( 36 ) of the working platform ( 30 ).

14. A method for transporting a plurality of containers ( 46 ), in which a feed device ( 50 ) provides a supply ( 48 ) of containers ( 46 ) which, at a transfer end ( 56 ) of the feed device ( 50 ), are received by a receiving region ( 34 ) of a working platform ( 24 ) of a transport mover ( 16 ), wherein, for the purpose of movement in a working plane ( 20 ) that is parallel to a stationary, planar drive plane ( 14 ), the transport mover ( 16 ) has a drive section ( 22 ) which is connected to the working platform ( 24 ) and which contactlessly interacts with the stationary, planar drive plane ( 14 ), wherein the working platform ( 24 ) has a blocking surface ( 66 ), the distance of which from the drive plane ( 14 ) is changed by movement of the drive section ( 22 ) of the transport mover ( 16 ) relative to the drive plane ( 14 ), wherein, in a transfer position associated with a smaller distance from the drive plane ( 14 ), the blocking surface ( 66 ) is arranged at a low level such that transfer of containers ( 46 ) from the transfer end ( 56 ) of the feed device ( 50 ) beyond the blocking surface ( 66 ) into or onto the receiving region ( 34 ) of the working platform ( 24 ) is made possible, and wherein, in a blocking position associated with a greater distance from the drive plane ( 14 ), the blocking surface ( 66 ) is arranged at a high level such that transfer of containers ( 46 ) from the transfer end ( 56 ) of the feed device ( 50 ) into or onto the receiving region ( 34 ) of the working platform ( 24 ) is blocked.

15. The method according to claim 14 , wherein, at least in a transition state, transfer of containers ( 46 ) from the transfer end ( 56 ) into or onto the receiving region ( 34 ) of the working platform ( 24 ) is blocked by a plurality of adjacently arranged blocking surfaces ( 66 , 68 ) of different transport movers ( 16 , 18 ).

Assignees

• Syntegon Tech Gmbh

Inventors

• Ziegler Jochen
• Täger Maik
• Hachtel Sebastian

Classifications

• B65G2201/0244

  Bottles · CPC title

• B65G47/088

  cylindrical articles · CPC title

• B65G27/08

  Supports or mountings for load-carriers, e.g. framework, bases, spring arrangements {(spring arrangements as jigging movement transmitting units B65G27/10)} · CPC title

• B65G47/52

  Devices for transferring articles or materials between conveyors i.e. discharging or feeding devices (loading or unloading by means not incorporated in, or not operatively associated with, conveyors B65G65/00; transfer of workpieces during metal rolling B21B41/00) · CPC title

• B65G47/71

  the articles being discharged {or distributed} to several {distinct separate} conveyors {or to a broader conveyor lane} · CPC title