PILL DISPENSING APPARATUS

• US 20130151005A1
• Filed: 12/12/2012
• Published: 06/13/2013
• Est. Priority Date: 12/13/2011
• Status: Abandoned Application

• Current Assignee: William Jason Gerold, William Olin Gerold
• Original Assignee: William Jason Gerold, William Olin Gerold
• Inventors: Gerold, William Olin, Gerold, William Jason
• Application Number:
  US13/712,388
• Publication Number:
  US 20130151005A1
• Time in Patent Office: Days
• US Class Current: 700/235
• CPC Class Codes: A61J 7/0069 Trays for holding or distributing medicines display trays A47F3/14; serving trays A47G23/06
• CPC Class Codes: G07F 17/0092 for assembling and dispensing of pharmaceutical articles medical dispensers for private use, A61J7/00
• CPC Class Codes: G16H 20/13 delivered from dispensers

Abstract

Automated pill dispensing apparatus for filing prescriptions in a retail pharmacy. The pill dispensing apparatus can automatically dispense pill form medicines from dispenser units into vials to fill customer prescription orders and place the filled vials in a smart tote assigned to that customer order. The smart totes can include a display listing the automatically filled and manually prescriptions required to complete the customer order assigned to that smart tote. A plurality of smart totes can be positioned on a conveyor arranged to transport the smart totes to one side of the pill dispensing apparatus and a return conveyor. The pill dispensing apparatus can include a controller, a plurality of storage locations for dispenser units, one or more vial feed modules, one or more labeler modules, a vial transport module and an order database.

Claims

1. A pill dispensing apparatus for filing one or more prescriptions for a customer order having a plurality of storage locations for pill form medicines, a first side and a second side comprising:

a controller;

a conveyor extending substantially across the pill dispensing apparatus between the first side and the second side;

a plurality of smart totes carried on the conveyor for movement across the pill dispensing apparatus toward the second side arranged for accumulating prescriptions for a customer'"'"'s order comprising;

a vial storage area arranged to receive vials of automatically filled prescriptions for a customer'"'"'s order;

a storage area for manually filled prescriptions for a customer'"'"'s order;

a circuit board and microprocessor arranged to provide an interface connection to controller; and

a tote display connected to the circuit board arranged for displaying the prescriptions for the customer'"'"'s order assigned to the smart tote by controller;

a communication link operatively connecting the interface of respective smart totes with the controller;

a plurality of dispensing units respectively positioned in the plurality of storage locations each arranged to hold and dispense a pill form medicine to fill a prescription;

at least one vial feed module operatively connected to the controller and arranged to store empty vials and sequentially feed empty vials;

at least one labeler module operatively connected to the controller and arranged to receive vials from the at least one vial feed module and, under control of the controller, print and apply a label for one of the prescriptions for a customer'"'"'s order to a vial; and

a vial transport module operatively connected to the controller and movably mounted to the pill dispensing apparatus to;

transport a labeled vial from the one of the at least one labeler modules to a location for automatically filling the vial for one of the prescriptions from a dispensing unit containing the pill form medicine corresponding to the label; and

transport the vial containing the one of the prescriptions to the vial storage area on the smart tote assigned to the customer'"'"'s order.

2. The pill dispensing apparatus of claim 1, further including an order database arranged to accumulate order information for prescriptions required for a customer'"'"'s order, wherein the controller is arranged to provide a list of automatically filled and manually filled prescriptions for the customer'"'"'s order accumulated by the order database and display the list on the tote display of the smart tote assigned to the customer'"'"'s order.

3. The pill dispensing apparatus of claim 2, wherein the pill dispensing apparatus further comprises a storage rack including dividers forming compartments extending across the pill dispensing apparatus adjacent the conveyor arranged for holding medicines for manually filled prescriptions.

4. The pill dispensing apparatus of claim 3, further including a pick to light database arranged to track the storage locations for manually filled prescription medicines including the compartments.

5. The pill dispensing apparatus of claim 4, further comprising one or more pick to light indicators associated with one or more of the storage locations.

6. The pill dispensing apparatus of claim 1, the vial transport module further comprising a feed head operatively connected to the controller and arranged to operate a dispensing unit to dispense the number of pills required to fill the one of the prescriptions into the vial.

7. The pill dispensing apparatus of claim 1, wherein the smart totes further comprise a rechargeable battery connected to the circuit board and a receiving pad, and wherein the conveyor further comprises at least one charging pad arranged for charging a smart tote rechargeable battery when the receiving pad is operatively connected to the at least one charging pad.

8. The pill dispensing apparatus of claim 7, wherein the conveyor comprises a plurality of charging pads arranged to charge all the smart totes on the conveyor.

9. The pill dispensing apparatus of claim 1 further including:

a return conveyor positioned below the conveyor for moving smart totes from the second side to the first side; and

lift transfer modules at the second side arranged to transport a smart tote from the conveyor to the return conveyor and at first side arranged to transport a smart tote from the return conveyor to the conveyor.

10. The pill dispensing apparatus of claim 1 further including a plurality of gates mounted on hinges to the pill dispensing apparatus above the smart totes on the conveyor to limit access to the vial storage receptacles and allow access to the storage area when the smart totes are positioned on the conveyor, and pivot upward on hinges to allow the smart totes to be removed from conveyor by an operator.

11. The pill dispensing apparatus of claim 1, wherein the smart totes further include a bar code reader connected to the circuit board and microprocessor and arranged for scanning and reading a bar code included on a label on a manually filled prescription package as the manually filled prescription is placed in the storage area, whereby the bar code information for the manually filled prescription is communicated to the controller.

12. A pill dispensing apparatus for filing one or more prescriptions for a customer order comprising:

a controller;

first and second spaced housings positioned to form a first side and second side of the pill dispensing apparatus;

an array of storage locations located between the first and second housings arranged to respectively receive dispensing units;

a work surface extending from the first side to the second side of the pill dispensing apparatus above the array of storage locations to form part of a top surface of the pill dispensing apparatus;

a conveyor extending substantially across the pill dispensing apparatus adjacent the work surface connected to the first and second housings to form part of the top surface of the pill dispensing apparatus and connected to the controller;

a return conveyor extending substantially across the pill dispensing apparatus positioned below the conveyor connected to the first and second housings and connected to the controller;

a plurality of smart totes carried on the conveyor and return conveyor for movement across the pill dispensing apparatus on the conveyor toward the second side for accumulating prescriptions for a customer'"'"'s order and for movement across pill dispensing apparatus on the return conveyor toward the first side comprising;

vial storage receptacles arranged to receive vials of automatically filled prescriptions for a customer'"'"'s order;

a storage area to receive manually filled prescriptions for a customer'"'"'s order;

a circuit board and microprocessor arranged to provide an interface connection to the controller; and

a tote display connected to the circuit board arranged for displaying the prescriptions for the customer'"'"'s order assigned to the smart tote by controller;

a communication link operatively connecting the interface of respective smart totes with the controller;

a lift transfer module at the second side arranged to transport a smart tote from the conveyor to the return conveyor and at the first side arranged to transport a smart tote from the return conveyor to the conveyor;

a plurality of dispensing units respectively positioned in the plurality of storage locations, each arranged to hold and dispense a pill form medicine to fill a prescription;

at least one vial feed module positioned in one of the first and second housings operatively connected to the controller and arranged to store empty vials and sequentially feed empty vials;

at least one labeler module positioned in the one of the first and second housings operatively connected to the controller and arranged to receive vials from the at least one vial feed module and, under control of the controller, print and apply a label for one of the prescriptions for a customer'"'"'s order to a vial; and

a vial transport module including a feed head operatively connected to the controller and movably mounted to the pill dispensing apparatus to, under control of the controller;

transport a labeled vial from the one of the at least one labeler modules to the dispensing unit containing the pills to fill the one of the prescriptions corresponding to the label;

operate the dispensing unit to dispense the number of pills required to fill the one of the prescriptions into the vial; and

transport the vial containing the one of the prescriptions to a vial storage receptacle on the smart tote assigned to the customer'"'"'s order.

13. The pill dispensing apparatus of claim 12, wherein a vial feed module and a labeler module are positioned in the each of the first and second housings.

14. The pill dispensing apparatus of claim 13, wherein the pill dispensing apparatus further comprises a storage rack including dividers forming compartments extending across the pill dispensing apparatus adjacent the conveyor opposite the work surface arranged for holding medicines for manually filled prescriptions.

15. The pill dispensing apparatus of claim 14, further including:

a pick to light database arranged to track storage locations for manually filled prescription medicines including the compartments; and

one or more pick to indicators operatively connected to the controller, whereby the controller can activate the one or more pick to indicators to indicate the location of medicines required to fill manually filled prescriptions for a customer'"'"'s order.

16. The pill dispensing apparatus of claim 14 further including a plurality of gates mounted on hinges to the pill dispensing apparatus below storage rack above the smart totes on conveyor to limit access to the vial storage receptacles and allow access to the storage area when the smart totes are positioned on the conveyor, and pivot upward on hinges to allow the smart totes to be removed from conveyor by an operator.

17. The pill dispensing apparatus of claim 12, wherein the smart totes further include a bar code reader operatively connected to the circuit board and microprocessor and arranged for scanning and reading a bar code included on a label on a manually filled prescription package as the manually filled prescription is placed in the storage area, whereby the bar code information for the manually filled prescription is communicated to the controller.

18. The pill dispensing apparatus of claim 12, wherein the smart totes further comprise a rechargeable battery connected to the circuit board and a receiving pad, and wherein the conveyor, the return conveyor and the lift transfer modules further comprise at least one charging pad arranged for charging a smart tote rechargeable battery when the receiving pad is operatively connected to the at least one charging pad.

19. The pill dispensing apparatus of claim 18, wherein the conveyor and return conveyor comprise a plurality of charging pads arranged to charge all the smart totes on the conveyor and return conveyor.

20. The pill dispensing apparatus of claim 12, wherein at least the conveyor further comprises a conveyor lock motor connected to the controller arranged to drive a bevel gear to rotate a locking cam shaft carrying a plurality of locking cams, and wherein the smart totes further comprise locking posts;

whereby when the controller causes the conveyor lock motor to rotate the locking cam shaft the locking cams engage the locking posts to prevent the smart totes from moving.