PROCESS AND DEVICE FOR COMMISSIONING INDIVIDUALLY PACKAGED PRODUCTS WITH AN AUTOMATIC COMMISSIONING UNIT AND A CO-ORDINATE FLOW SHELF

• US 20110144798A1
• Filed: 07/17/2009
• Published: 06/16/2011
• Est. Priority Date: 08/14/2008
• Status: Active Grant

• Current Assignee: Knapp AG (Daifuku Company Limited)
• Original Assignee: Knapp AG (Daifuku Company Limited)
• Inventors: Freudelsperger, Karl
• Granted Patent: US 8,682,476 B2
• Time in Patent Office: Days
• US Class Current: 700/218
• CPC Class Codes: B65G 1/08 the articles being fed by gravity braking arrangements for roller-ways B65G13/075; separating or stopping elements B65G47/88
• CPC Class Codes: B65G 1/1378 the orders being assembled on fixed commissioning areas remote from the storage areas

Abstract

A method and an apparatus for the order picking of items in an order-picking installation (30) with an automatic order-picking device (31) and an associated dynamic-storage rack (1) as a store for replenishing the automatic order-picking device with items. The items are automatically transported, preferably separately according to type, in containers or boxes (2) to the dynamic-storage rack (1) on a driven conveying line (4). After reading and identifying the boxes (2), they are introduced automatically by an activated stationary lift (5) and activated level serving devices (6) of the dynamic-storage rack (1) into selected dynamic-storage channels (3) of the dynamic-storage rack. The channels have exits (A) that can be manually reached by an operator (17). After manual removal of the containers/boxes (2) at a selected exit (A) of a dynamic-storage channel (3), and then unpacking of the containers/boxes by the operator, the items are introduced, separately according to type, into order-picking compartments of the automatic order-picking device (31), in order to replenish order-picking device (31).

Claims

1-22. -22. (canceled)

23. A process for commissioning individually packaged products, the process comprising the steps of:

providing a plurality of containers with a plurality of the individually packaged products packed into the plurality of containers;

providing a driven conveying section and an elevator;

transporting the plurality of containers along the driven conveying section to the elevator;

providing a plurality of channels receiving and guiding the containers, said plurality of channels being arranged in a plurality of levels, each of said levels including a plurality of said channels arranged in a horizontal direction, said each of said levels being arranged in a vertical direction, each of said plurality of channels having an inlet and an outlet;

selectively moving the elevator with one of the plurality of containers to one of said plurality of levels;

providing a plurality of level conveyor units, each of said level conveyor units being arranged at a different one of said plurality of levels of said channels;

selectively moving the containers from the elevator to one of the level conveyor units;

selectively conveying the containers from the elevator to said inlets of said channels in a respective said level on a respective level conveyor unit;

moving the containers from the inlets of the channels to the outlets of the channels;

removing the containers from the outlets of the channels by a human operator;

providing an automatic commissioning unit with a plurality of commissioning shafts;

unpacking the containers by a human operator, and moving the unpacked individually packaged products selectively into the commissioning shafts of the automatic commissioning unit, to have each of the commissioning shafts filled with the same type of products.

24. A commissioning process in accordance with claim 23, wherein:

the plurality of containers have a plurality of different widths;

the plurality of channels have a plurality of different widths;

the level conveyor unit aligns the different widths of the containers with a corresponding width of the channels.

25. A commissioning unit with a plurality of containers, the commissioning unit comprising:

a plurality of channels arranged next to each other and one on top of another, wherein said channels being arranged next to each other form one of a plurality of levels of a flow shelf, each of said channels having an inlet and an outlet, said outlets being arranged to be reached by a human operator by hand;

a separate, rail-guided level conveyor unit is arranged at each of said plurality of levels, each said level conveyor unit being displace-able at right angles to said inlets of respective said channels, said each conveyor unit transporting a container to a selected said ramp and filling said selected ramp with the fed container;

a separate buffer section arranged upstream of each of said level conveyor units in each of said plurality of levels, each said buffer section having an outlet, said each level conveyor unit being positioned for taking over a container from a respective said buffer section of a respective said level;

an elevator selectively conveying a container into one of said buffer units of said plurality of levels;

a conveying section feeding the plurality of containers to said elevator;

an automatic commissioning unit with a plurality of commissioning shafts arranged opposite from, and spaced from, said outlets of said plurality of channels, each of said commissioning shafts being arranged to be filled with the same type of products.

26. A commissioning unit in accordance with claim 25, wherein:

said level conveyor units are guided in horizontal braces of said flow shelf which are designed as rails.

27. A commissioning unit in accordance with claim 25, wherein:

said flow shelf has said channels arranged to be one-sided;

said level conveyor units are horizontally displace-able on said inlet side of said channels.

28. A commissioning unit in accordance with claim 25, wherein:

said channels are arranged to form a double bay with a central bay aisle;

said level conveyor units are horizontally displace-able in said central bay aisle of said double bay and can be positioned at said outlets of said buffer sections and at said inlets of opposite said channels.

29. A commissioning unit in accordance with claim 25, wherein:

said level conveyor unit has a load pickup means.

30. A commissioning unit in accordance with claim 29, wherein:

said load pickup means includes a plurality of drivable rollers, whose axes extend in a direction of travel of a respective said level conveyor unit and at right angles to said channels.

31. A commissioning unit in accordance with claim 29, wherein:

said load pickup means is formed by one of a conveyor belt, and a plurality of round or toothed belts.

32. A commissioning unit in accordance with claim 29, wherein:

said load pickup means has a stationary lateral railing at right angles to a direction of travel of said level conveyor unit.

33. A commissioning unit in accordance with claim 29, wherein:

said load pickup means has two lateral railing at right angles to a direction of travel of said level conveyor unit, a distance between said two lateral railings being selectively adjustable to correspond to a width of one of the containers, with at least one of said two railings being adjustable relative to said level conveyor unit.

34. A commissioning unit in accordance with claim 33, wherein:

said channels have different widths;

said level conveyor unit is position-able at said inlets of said channels having different widths, said distance between said two railings being selectively adjustable to a respective said width of said ramp to be serviced.

35. A commissioning unit in accordance with claim 25, wherein:

said level conveyor unit includes an electric drive, which is connected to a stationary electrical conductor rail via sliding contacts.

36. A commissioning unit in accordance with claim 35, wherein:

said electric drive has a shaft encoder measuring a distance traveled by said level conveyor unit.

37. A commissioning unit in accordance with claim 25, wherein:

said level conveyor unit includes a sensor recognizing a state of filling of said channels.

38. A commissioning unit in accordance with claim 25, wherein:

said conveying section includes recognition means for recognizing a fed container and for transmitting data of the container to a central computer, which brings about a fully automatic feeding and sorting operation of the containers into said channels.

39. A commissioning unit in accordance with claim 25, wherein:

said conveying section is arranged overhead.

40. A commissioning unit in accordance with claim 25, wherein:

said conveying section has a connection section for feeding an adjacent flow shelf.

41. A commissioning unit in accordance with claim 25, wherein:

said channels are arranged to form a plurality of flow shelves in a parallel arrangement;

42. A commissioning unit in accordance with claim 25, wherein:

said plurality of channels are arranged into a plurality of bay modules, which are located one after another and are in a direction of travel of said level conveyor units.

43. A commissioning unit in accordance with claim 25, wherein:

said channels included lateral roller strips;

separating webs are arranged between adjacent said channels of one level.

44. A commissioning unit in accordance with claim 25, wherein:

one of said channels is reserved for rejected containers.