AUTOMATED LABEL AND VERIFICATION SYSTEMS AND METHODS FOR FILLING CUSTOMER ORDERS OF MEDICAL ITEMS

• US 20140025545A1
• Filed: 03/13/2013
• Published: 01/23/2014
• Est. Priority Date: 07/23/2012
• Status: Active Grant

• Current Assignee: Omnicare LLC (CVS Health Corporation)
• Original Assignee: Omnicare Incorporated (CVS Health Corporation)
• Inventors: Carson, Bradley E., Friday, Jack M.
• Granted Patent: US 9,122,783 B2
• Time in Patent Office: Days
• US Class Current: 705/29
• CPC Class Codes: G06Q 30/018 Certifying business or products
• CPC Class Codes: G07F 17/0092 for assembling and dispensing of pharmaceutical articles medical dispensers for private use, A61J7/00
• CPC Class Codes: G07F 9/009 User recognition or proximity detection
• CPC Class Codes: G16H 20/13 delivered from dispensers

Abstract

Systems and methods for filling a customer order. An automated label and verification machine is used to print and apply patient labels to products containing medical items and then verify the product label and patient label on each of the products. In order to supply the automated label and verification machine with a batch of different products making up the customer order, a user is sent to a storage carousel and prompted to pick the products from storage locations rotated into location adjacent to a door in the cage surrounding the storage carousel. The use of the storage carousels maximizes the number of distinct products and amount of those products that may be stored in close relation to the automated label and verification machine, thereby making the process more space and time efficient.

Claims

1. A method for filling a customer order containing at least one product to be labeled and verified, each product including a medical item, and the method comprising:

receiving a batch of products to be picked from a storage carousel surrounded by a cage having a door, the batch of products including medical items contained in the customer order;

generating pick instructions including an indication of a storage location in the storage carousel for each of the batch of products to be picked;

rotating the storage carousel to move a first storage location holding a first product of the batch of products adjacent to the door of the cage to provide access for a user to remove the first product from the first storage location;

prompting a user to remove the first product by illuminating an associated pick module on the cage located adjacent to the first storage location;

receiving input from the user that confirms removal of the first product from the storage carousel;

repeating the rotating, prompting, and receiving input steps until all of the products for the batch of products have been removed from the storage carousel; and

labeling the products with a patient label and verifying that a correct patient label was applied to each of the products in the customer order.

2. The method of claim 1, wherein the products each include a product label, and labeling the products with a patient label and verifying that a correct patient label was applied further comprises:

prompting the user to insert the batch of products into product inlets associated with an automated label and verification machine;

labeling each of the batch of products with a patient label with the automated label and verification machine; and

verifying that the product label and the patient label are correctly applied to each of the products inserted into the automated label and verification machine.

3. The method of claim 2, wherein the labeling and verifying steps of the automated label and verification machine further comprise:

automatically verifying the product label on each of the products with the automated label and verification machine;

transferring each of the products with a verified product label onto a conveyor that defines a workflow path for processing the products;

printing a patient label for each of the products moving along the workflow path;

applying the patient labels to the products moving along the workflow path; and

after the patient label is applied to each of the products, independently verifying that the product label matches the patient label on each of the products moving along the workflow path.

4. The method of claim 1, wherein receiving the batch of products to be picked further comprises:

receiving a batch of products located in a plurality of storage carousels, with each storage carousel surrounded by a cage having a door; and

wherein the method further comprises;

prompting a user to move to a different one of the plurality of storage carousels after each of the products contained in a first storage carousel have been removed from the first storage carousel.

5. The method of claim 4, wherein the batch of products also includes products located in pick-to-light racks, and the method further comprises:

prompting a user to move to one of the pick-to-light racks holding at least one of the batch of products; and

illuminating storage locations on the pick-to-light rack holding the products to be removed by the user to provide pick instructions to the user.

6. The method of claim 1, wherein receiving input from the user that confirms removal of the first product further comprises:

receiving input from a press button located on the associated pick module located adjacent to the first storage location when the user confirms removing the first product by depressing the press button.

7. The method of claim 1, wherein receiving input from the user that confirms removal of the first product further comprises:

receiving input transmitted from a hand scanner carried by the user when the user confirms removing the first product by scanning the first product, the hand scanner also including a human machine interface (HMI) for providing prompts to the user.

8. The method of claim 1, wherein the storage carousel also includes a light curtain optical sensor located adjacent to the door, and rotating the storage carousel to move a first storage location further comprises:

detecting with the light curtain optical sensor an entry of a user'"'"'s arm into the storage carousel from outside the cage; and

stopping rotating movement of the storage carousel whenever the user'"'"'s arm is detected by the optical sensor to avoid injuring the user.

9. The method of claim 1, wherein the storage carousel includes storage bins holding controlled substances, the door on the cage is motorized, and when the first product is a controlled substance, the method further comprises:

closing the motorized door to prevent access to the storage bins of the storage carousel before providing any pick instructions to the user to remove a product from the storage carousel;

verifying identification data provided by the user to determine if the user is authorized to remove controlled substances from the storage carousel; and

opening the motorized door to provide access to the storage carousel only when the identification data has been verified and only after the first storage location has been rotated to the door of the cage.

10. The method of claim 9, wherein the storage bins in the storage carousel define separated vertical columns containing groups of storage bins that may be presented simultaneously for access at the door of the cage, and the method further comprises:

maintaining controlled substances of different schedule levels in different vertical columns of the storage carousel, thereby separating controlled substances of different schedule levels in independent pie-piece-shaped portions of the storage carousel; and

rotating the storage carousel such that the portions of the storage carousel containing controlled substances of a schedule level higher than what the user is authorized to remove are never rotated past the door, thereby preventing a user from having even temporary access to controlled substances of a schedule level higher than what the user is authorized to remove.

11. The method of claim 1, wherein generating pick instructions including an indication of a storage location in the storage carousel for each of the batch of products to be picked further comprises:

determining a sequence of products to be removed from the storage carousel by determining the most efficient manner of presenting the products to the door of the cage, including identifying any groups of products in one or more storage locations that may be presented to the door of the cage simultaneously; and

minimizing movements of the storage carousel by following the sequence of products during completion of the rotating, prompting, and receiving input steps.

12. The method of claim 1, wherein a particular product stored in the storage carousel is located in a plurality of storage locations, and generating pick instructions including an indication of a storage location in the storage carousel for each of the batch of products to be picked further comprises:

selecting which of the plurality of storage locations for the particular product should be presented to the door of the cage using at least one of;

“

First In First Out”

logic to remove products placed in the storage carousel earliest, or “

First Expired First Out”

logic to remove products that will expire soonest from the storage carousel.

13. The method of claim 1, wherein when the storage carousel is to be refilled with products between filling of customer orders, the method further comprises:

prompting a user to input data specifying a product to be restocked and a quantity of the product available to place into the storage carousel;

determining at least one storage location free to receive the product based on the input data specifying the product to be restocked;

rotating the storage carousel to present the at least one storage location to the door of the cage;

selectively operating the pick modules associated with the at least one storage location to prompt the user to place the product to be restocked into the at least one storage location;

receiving an indication from the user that the product has been restocked into the at least one storage location; and

repeating the prompting, determining, rotating, selectively operating, and receiving an indication steps for each other product to be restocked.

14. A system configured to fill a customer order containing at least one product to be labeled and verified, each product including a medical item, and the system comprising:

a storage carousel including a plurality of storage bins on a plurality of shelves, each storage bin configured to receive bulk inventory of a product;

a cage surrounding the storage carousel, the cage including a door configured to provide selective access to one of the storage bins on each shelf of the storage carousel;

a plurality of pick modules mounted on the cage adjacent to the door, each pick module being associated with one of the shelves of the storage carousel;

a controller having a processor and a memory;

program code resident in the memory and configured to be executed by the processor to identify a customer order and receive a batch of products to be picked from the storage carousel, the batch of products including medical items contained in the customer order, actuate rotation of the storage carousel to provide access to one of the products in the batch, prompt the user to remove the product from the storage carousel by illuminating the pick modules, and continue rotation and illumination steps until all products for the batch have been removed from the storage carousel; and

an automated label and verification machine configured to receive the batch of products, label the products with patient labels, and verify that the patient labels match product labels located on the products.

15. The system of claim 14, wherein the automated label and verification machine further comprises:

a conveyor defining a workflow path for processing the products;

a label application station arranged about the workflow path and configured to print and apply a patient label onto each of the products;

a vision inspection station arranged about the workflow path, the vision inspection station configured to independently verify that the product label on each of the products matches a patient label after application of the patient label to the product; and

an unloading station configured to transfer labeled and verified products away from the conveyor.

16. The system of claim 14, further comprising:

a plurality of storage carousels each including a plurality of storage bins on a plurality of shelves, a cage, a door, and pick modules; and

a human machine interface configured to provide instructions to the user to indicate which of the plurality of storage carousels to move to in order to pick a product for the customer order.

17. The system of claim 16, wherein the human machine interface includes an alphanumeric display mounted on the cage of each of the storage carousels adjacent to the pick modules.

18. The system of claim 16, wherein the human machine interface includes a display screen on a hand scanner carried by the user between the plurality of storage carousels.

19. The system of claim 14, further comprising:

a light curtain optical sensor coupled to the controller and located adjacent to the door, the optical sensor operable to detect entry of a user'"'"'s arm into the storage carousel from outside the cage such that the rotation of the storage carousel can be stopped whenever the user'"'"'s arm is detected by the optical sensor.

20. The system of claim 14, further comprising:

a pharmacy host server communicating with the controller, the server configured to generate batches of products for a customer order and send the batches of products to the controller for use in filling the customer order.