CONTAINER DISPERSION AND FILLING SYSTEM

• US 20110146212A1
• Filed: 08/21/2009
• Published: 06/23/2011
• Est. Priority Date: 08/22/2008
• Status: Active Grant

• Current Assignee: Tension International Inc.
• Original Assignee: Terzini Holdings LLC
• Inventors: Terzini, Robert
• Granted Patent: US 8,745,961 B2
• Time in Patent Office: Days
• US Class Current: 53/467
• CPC Class Codes: A61J 7/0084 for multiple medicaments
• CPC Class Codes: A61J 7/02 Pill counting devices
• CPC Class Codes: B65B 35/08 using pocketed conveyors
• CPC Class Codes: B65B 37/02 by gravity flow
• CPC Class Codes: B65B 5/103 for packaging pills or tablets
• CPC Class Codes: B65B 57/06 and operating to control, or to stop, the feed of articles or material to be packaged
• CPC Class Codes: B65B 57/20 Applications of counting devices for controlling the feed of articles other applications B65B65/08
• CPC Class Codes: B65B 65/08 Devices for counting or registering the number of articles handled, or the number of packages produced by the machine
• CPC Class Codes: B65B 7/2807 Feeding closures
• CPC Class Codes: B65B 7/2835 applying and rotating preformed threaded caps for bottles or jars B67B3/20
• CPC Class Codes: B65D 5/103 one of the self-locking flaps having a tongue engaging into an opening of an opposite flap

Abstract

A multi-pharmaceutical dispensing station includes a circular platform around which a plurality of individual dispensers is arrayed at a convenient loading height. Each dispenser accepts a single bulk canister containing one pharmaceutical. Cylindrical, empty prescription containers carry labels bearing indicia of the patient and pharmaceutical to be dispensed into each container. Sensors detect the indicia and direct the containers to the proper dispenser which fills them with the type and quantity of a pharmaceutical according to the indicia. Incident containers first drop into a dispersion wheel which translates them around the circular station and aligns them with a vertical chute leading to the correct dispenser. After filling, the containers are urged onto a moving, circular table which conveys them to automatic closing and sealing apparatus. Once closed and sealed, the containers exit the dispenser station through pneumatic tubing which conveys them to verification, sorting and shipping stages.

Claims

1. A small object dispensing station for dispensing small objects into containers, the containers having an interior surrounded by cylindrical walls, a transverse bottom closing said interior, a mouth opposite said bottom for admitting said small objects, and indicia borne on said container identifying and quantifying said small objects to be dispensed into said interior, the dispensing station comprising

a plurality of small object dispenser means for dispensing said small objects into said containers, said dispenser means arrayed around an annular platform supported by a base and having a vertical axis;

a plurality of container chutes, each chute having a lower discharge port coupled to one of said dispenser means and extending upward to terminate at an input port;

a rotatable dispersion wheel coaxial with and disposed above the annular platform and coupled to the input ports, the dispersion wheel having

coaxial annular lower and upper plates disposed a spaced distance apart, and

a plurality of cylindrical cups sandwiched between said lower and upper plates, each cup forming a conduit between a pair of lower and upper openings surrounded and defined by said lower and upper plates, each of said cups being adapted to receive one of said containers and to be rotatably aligned with one of said input ports;

a plurality of gate means disposed between said cups and said input ports and adapted articulate between an open position adapted to admit a container from one of said cups into one of said input ports and a closed position blocking said input port and retaining said container within said cup;

container entraining means for entraining said containers in sequence for entering said cups;

discharge means for discharging said containers after said small objects have been dispensed into said containers; and

controller means for operating said dispensing station.

2. The small object dispensing station according to claim 1 wherein the small object dispenser means comprises

a cabinet surrounding a cabinet interior and having a upper cabinet door and a lower cabinet door, said lower cabinet door coupled to said container chute;

a bulk cannister containing a quantity of small objects, said bulk cannister coupled to a cabinet top of said cabinet and aligned with a cabinet door of said cabinet communicating with said cabinet interior;

a lock neck coupled between said cannister and said cabinet door, said lock neck securely attaching said bulk cannister to said cabinet and operable to admit said bulk small objects into said cabinet interior through said cabinet door;

a hopper disposed within the cabinet interior beneath said cabinet door;

an object counter disposed beneath the hopper and adapted to count a measured quantity of small objects and to dispense them one at a time through the lower cabinet door into a container.

3. The small object dispensing station according to claim 1 wherein the gate means comprises

a trapezoidal block disposed below said lower plate of said dispersion wheel, said trapezoidal block surrounding and defining at least one window adapted to be aligned with one of said cups;

and

a gate actuator coupled to said trapezoidal block and operable by said controller means to slide said trapezoidal block radially between said open position and said closed position.

4. The small object dispensing station according to claim 1 wherein said entraining means comprises

at least one container accumulator disposed above said dispersion wheel and having

at least one entrance conduit through which a plurality of containers arrives at said dispensing station;

an exit conduit corresponding to each at least one entrance conduit and positioned above said upper dispersion wheel plate and in alignment with one of said cups;

a first actuator doors disposed within said accumulator in alignment with said at least one entrance conduits;

a second actuator door disposed within said accumulator above said first actuator door and operable to

support a plurality of containers accumulating within said at least one entrance conduit; and

drop one of said containers onto said first actuator door in response to instructions from said controller means while retaining the remainder of said plurality of containers in said at least one entrance conduit; and

indicia reading means disposed between said first and second actuator doors enabling said controller means to read reading indicia on said containers and to determine to which input chute to direct said container.

5. The small object dispensing station according to claim 1 wherein said discharge means comprises

a turntable supported by said annular platform and adapted to receive containers from said dispenser means after said small objects have been dispensed into them and to rotate them around said vertical axis standing upright on their container bottoms;

container capture means disposed coplanar with said turntable and adapted to capture each container from said turntable and to urge it radially inward toward said vertical axis;

a container incrementing wheel coupled to said capture means and adapted to increment each container into a plurality of container exit positions one at a time;

sealing means disposed adjacent a first one of said plurality of container exit positions for sealing said mouth of said container; and

at least one outlet disposed below a second one of said plurality of container exit positions and communicating with pneumatic conduits adapted to carry said container to another container processing station outside said dispensing station.

6. The small object dispensing station according to claim 5 wherein said sealing means comprises

a capper adapted to apply a cap to said container, said capper having

a hopper containing a plurality of caps adapted to fit over said mouth of said container;

a cap positioner adapted to position a cap above said mouth and in threaded contact therewith; and

a container turntable adapted to rotate said container to cause threads on said mouth and within said cap to close and seal said mouth with said cap.

7. The small object dispensing station according to claim 5 wherein the container capture means comprises

a baffle disposed above said turntable and radially extending a partial distance across said turntable, said baffle adapted to intercept each of said bottles and move it radially inward, propelled by movement by said turntable.

8. The small object dispensing station according to claim 5 wherein the container capture means comprises

a radially disposed conveyor coupled between said turntable and said incrementing wheel and having

a worm gear adapted to grasp each container and to entrain a plurality of containers one at a time into a slot in said incrementing wheel;

and

a baffle disposed on said worm gear above said turntable and adapted to capture a plurality of containers and to urge them into said worm gear

wherein the worm gear is operable by said controller means to urge each container toward said incrementing wheel as said incrementing wheel turns an empty slot to said worm gear.

9. The small object dispensing station according to claim 1 wherein the controller means comprises

a computer coupled to said small object dispensing station and having a central processor, a quantum of random access memory, at least one dynamic data storage device, a graphical user interface and at least one user input device;

a computer program operable on said computer and adapted to

read dispenser indicia disposed on each of said dispenser means to determine a type and quantity of said small objects it contains;

monitor said container indicia reading means on said entraining means to track a location and status of each container as it arrives at said dispensing station;

operate said dispersion wheel to direct each of said containers to a one of said dispensing means for dispensing the type and quantity of small objects intended to be dispensed into said container according to said container indicia;

operate said dispenser means to dispense said type and quantity of small objects into said container;

operate said discharge means to seal said container and to discharge it from said dispensing station;

store in a database on said dynamic storage device a record of said contents of each of said containers; and

display to a user on said graphical user interface a status of each container.

10. A system for matching pharmaceutical prescription bottles with bulk dispensers of pharmaceuticals to assure accuracy of prescription filling, the system comprising

a plurality of bottles bearing bottle indicia adapted to identify a type and quantity of pharmaceuticals to be dispensed into each of said bottles;

at least one pharmaceutical dispensing station having

a plurality of pharmaceutical dispensers, each positioned around an annular platform having a vertical axis;

a rotatable dispersion wheel coaxial with and disposed above the annular platform and coupled by a plurality of bottle chutes to each of said dispensers, the dispersion wheel having

a plurality of cylindrical cups adapted to receive one of said bottles and to be rotatably aligned with one of said bottle chutes;

a gate disposed above each of said bottle chutes and adapted to open to admit a bottle from one of said cups into one of said bottle chutes; and

a bottle accumulator disposed above said dispersion wheel and adapted to read said bottle indicia and to release said bottle into one of said cups;

a capper coupled to said dispensing station and adapted to cap each bottle after said pharmaceuticals have been dispensed into said bottle;

bottle inducting means for inducting said bottles into said system; and

controller means for operating said system.

11. The system according to claim 10 wherein each of said at least one pharmaceutical dispensing stations further comprises

bulk pharmaceutical indicia disposed on each of said pharmaceutical dispensers;

and

pharmaceutical dispenser location indicia disposed on each of said pharmaceutical dispenser locations

wherein said controller means is operable to determine from said bulk pharmaceutical indicia and said pharmaceutical dispenser locations which gate to operate to drop each bottle from said dispersion wheel for dispensing said type and quantity of pharmaceuticals according to said bottle indicia.

12. The system according to claim 10 wherein the bottle inducting means comprises

a bottle unscrambler adapted to align a plurality of bulk bottles in a single direction for entering a bottle transport conduit with its bottom directed toward a next station;

a labeler adapted to receive each bottle from said bottle unscrambler and to apply a label to an exterior wall of said bottle, said label bearing said bottle indicia, said labeler coupled to said accumulator of said at least one dispensing station by pneumatic conduits adapted to receive and transmit said bottles; and

a cap inductor adapted to induct and direct a plurality of caps through pneumatic conduits to said capper.

13. An improved method of matching pharmaceutical prescription bottles with bulk dispensers of pharmaceuticals to assure accuracy of prescription filling, the method comprising

providing a plurality of bottles bearing machine-readable bottle indicia adapted to determine a type and quantity of pharmaceuticals to be dispensed into each of said bottles;

providing at least one pharmaceutical dispensing station having

a plurality of pharmaceutical dispensers, each positioned coaxially around an annular platform having a vertical axis and bearing machine-readable pharmaceutical indicia and dispenser location indicia;

a rotatable dispersion wheel coaxial with and disposed above the annular platform and coupled by a plurality of bottle chutes to each of said dispensers, the dispersion wheel having

a plurality of cylindrical cups adapted to receive one of said bottles and to be rotatably aligned with one of said bottle chutes;

a gate disposed above each of said bottle chutes and adapted to open to admit a bottle from one of said cups into one of said bottle chutes;

a bottle accumulator disposed above said dispersion wheel and adapted to read said bottle indicia and to release said bottle into one of said cups; and

a capper coupled to said dispenser and adapted to cap each bottle after said pharmaceuticals have been dispensed into said bottle;

providing a bottle labeler adapted to apply unique identifying bottle indicia onto said bottles and to direct them to said at least one pharmaceutical dispensing station according to said bottle indicia; and

providing controller means for operating said dispensing station and bottle inducting means;

then

operating said controller means to

(a) induct each bottle into said labeler and applying said bottle indicia to said bottle;

then

(b) directing said bottle toward said accumulator on one of said at least one pharmaceutical dispensing stations;

then

(c) reading said bottle indicia at said accumulator to determine a select one of said plurality of dispensers said bottle is to be directed;

then

(d) rotating said dispersion wheel to translate said bottle to a position above said chute leading to said select one of said plurality of dispensers;

then

(e) operating said gate to drop said bottle into said select one of said plurality of dispensers;

then

(f) operating said select one of said plurality of dispensers to dispense a type and quantity of pharmaceuticals into said bottle according to said bottle indicia;

then

(g) operating said capper to cap and seal said bottle;

then

(h) discharging said bottle; and

(i) repeating steps (a)-(h), inclusive, for each additional bottle.

14. The improved method of claim 13 wherein

the controller means comprises

a computer coupled to said at least one pharmaceutical dispensing station and having a central processor, a quantum of random access memory, at least one dynamic data storage device, a graphical user interface and at least one user input device;

and a computer program executable on said computer to control said system; and

the improved method includes the following steps to be carried out in parallel with steps (a) through (i);

(j) reading pharmaceutical and dispenser location indicia disposed on each of said dispensers to catalog a type and quantity of said pharmaceuticals available for dispensing at each dispenser location;

(k) monitoring said dispensers to track quantities of pharmaceuticals dispensed from said dispenser locations;

(l) displaying on said graphical user interface information indicating when said dispenser is nearing empty and halting further directing of bottles to said dispenser until said pharmaceuticals are replenished;

(m) storing in a database on said dynamic storage device a record of said contents of each of said bottles after said discharging step (h).