Object carrier and packaging system
The invention relates to an object carrier comprising a two-dimensional array of receptacles for trays having n rows and m lanes, with n and m each being integers equal to or greater than 2. The object carrier includes a plurality of notch elements provided on one or two mutually parallel outer sides. The invention further relates to a packaging system comprising a packaging machine, a transport system, at least one processing unit, and several multi-row object carriers. Several stop systems are provided along the transport system and are configured to stop an individual object carrier in an intermittent mode at consecutive notch elements of the object carrier in order to have at least one row of trays be processed by the processing unit.
1. Packaging system comprising:
a packaging machine;
a transport system;
at least one processing unit;
a plurality of object carriers, each of said plurality of object carriers including a plurality of notch elements spaced at a first distance and a plurality of rows of receptacles for receiving packaging trays, wherein said plurality of rows of receptacles comprises an “n” number of rows of receptacles and wherein said number “n” is at least two, and wherein adjacent rows of receptacles on each object carrier are spaced at a second distance, wherein said first distance is equal to said second distance or an integral multiple of said second distance; and
one or more stop systems provided along said transport system and configured to stop an individual object carrier intermittently by engaging one or more of the plurality of notch elements of said individual object carrier to position one of said plurality of said rows of receptacles of said individual object carrier to be processed by said at least one processing unit.
2. Packaging system according to claim 1 , wherein said at least one processing unit is a tray loader, a filler, a product loader, a capper, a robot, or a labeler.
3. Packaging system according to claim 1 , wherein said packaging machine is a tray sealer.
4. Packaging system according to claim 1 , wherein said processing unit comprises a centering device being configured to align said object carrier by way of a centering element provided for each said notch element.
5. Packaging system according to claim 1 , wherein said one or more stop systems comprise a stop member moveable in a direction substantially perpendicular to a direction of transport of said transport system, said stop member moveable between a working position at which said stop member engages one or more notch elements of said individual object carrier and a release position at which said stop member is no longer in engagement with said one or more notch elements.
6. Packaging system according to claim 1 , wherein said transport system is a conveyor belt.
7. Packaging system according to claim 6 , wherein said plurality of object carriers travel on said conveyor belt.
8. Packaging system according to claim 7 , wherein said stop system stops travel of said of said individual object carrier in the transport direction while said conveyor belt is still moving.
9. Packaging system according to claim 8 , wherein said stop system comprises a stop member moveable in a direction substantially perpendicular to a direction of transport of said transport system, said stop member moveable between a working position at which said stop member engages one or more notch elements of said individual object carrier and a release position at which said stop member is no longer in engagement with said one or more notch elements.
10. Packaging system according to claim 9 , wherein said stop system further comprises a return pall member disposed for movement between a default position and a displaced position, wherein said return pall member is disposed upstream of the stop member in the direction of transport.
11. Packaging system according to claim 10 , and wherein said return pall member is mounted on a spring and is moved from said default position to said displaced position by said one or more notch elements as said one or more notch elements of said individual object carrier moves in the direction of transport at said stop system adjacent to said return pall member, and wherein said return pall member springs back into said default position after said one or more notch elements of said individual object carrier travels past said return pall member, thereby securing said one or more notch elements of said individual object carrier between said stop member and said return pall member.