Medication dispensing and storing system with dispensing modules

• US 5,431,299 A
• Filed: 01/26/1994
• Issued: 07/11/1995
• Est. Priority Date: 01/26/1994
• Status: Expired due to Term

• Current Assignee: Andrew E. Brewer
• Original Assignee: Andrew E. Brewer
• Inventors: Maul, Gary P., Battisti, Mark A., Brewer, Andrew E.
• Primary Examiner(s): Bidwell, James R.
• Assistant Examiner(s): REICHARD, DEAN ALAN
• Application Number:
  US08/187,175
• Time in Patent Office: 531 Days
• Field of Search: 221/253, 221/155, 221/76, 221/77, 221/2, 221/6, 221/7, 221/12, 221/97, 221/130, 221/131, 221/256, 221/263
• US Class Current: 221/2
• CPC Class Codes: B65G 1/127 the circuit being confined in a vertical plane
• CPC Class Codes: G07F 11/58 the articles being supported on or by endless belts or like conveyors
• CPC Class Codes: G07F 17/0092 for assembling and dispensing of pharmaceutical articles medical dispensers for private use, A61J7/00

Abstract

A system for the controlled dispensing and storing of medication and more particularly, a programmable system with medication dispensing modules having a dedicated programmable processor to dispense medication, according to patient requirements that are programmed into the system. The modules incrementally dispense unit doses of medication in a highly controlled manner for a particular patient. The programmable processor of each module is independently capable of receiving and storing information about the respective type, quantity and medication information of each of the unit doses of medication loaded onto an assigned shelf of the module. The information in the programmable processor is automatically updated when a unit dose of medication is dispensed from the module so that the programmable processor contains information about the remaining inventory in the module at any given time.

Claims

1. A medication dispensing and storing module, to be used in a medication administration system to store and dispense unit doses of medication in a highly controlled manner without allowing a user of the module to dispense more medication than requested without having the inventory automatically updated, said module comprising:

a housing having a top, bottom, front, back, and two sides, said top having an opening to allow medication containers to be inserted therein and said bottom having an opening to allow medication containers to be dispensed therefrom;

a first shaft having first and second ends with each of said ends of said first shaft rotatably secured within said housing;

a second shaft having first and second ends with each of said ends of said second shaft rotatably secured within said housing;

a plurality of shelves arranged along a conveyor-type continuous loop, said loop passing over said first and second shafts;

a motor operably connected to one of said shafts to rotate one of said shafts along its axis, the rotation of said shaft causing the plurality of shelves to move along said loop; and

a first programmable processor connected to said motor of said module to enable said module to be loaded in a controlled manner, and to enable said module to dispense unit doses of medication in a controlled manner for a particular patient, said first programmable processor being capable of receiving and storing information about the respective type, quantity and medication information of each of the unit doses of medication loaded onto an assigned shelf of said module, the information in said first programmable processor being automatically updated when a unit dose of medication is dispensed from said module and said first programmable processor containing information about the remaining inventory in said module at any given time.

2. The module of claim 1 further comprising at least one sensor to detect when a medication container is inserted therein.

3. The module of claim 1 further comprising at least one sensor to detect when a medication container is dispensed therefrom.

4. The module of claim 1 further comprising at least one sensor to detect when a shelf of said dispensing module has a medication container thereon.

5. The module of claim 1 further comprising first sensors to detect when a medication container is inserted therein, second sensors to detect when a medication container is dispensed therefrom, and third sensors to detect when a shelf of said dispensing module has a medication container thereon, and all of said sensors being connected to said first programmable processor to record the information detected by said first, second and third sensors.

6. The module of claim 1 wherein said shelves enable said medication dispensing module to store and dispense a plurality of unit drug doses in medication containers of heterogeneous sizes, shapes and types.

7. The module of claim 1 wherein the medication containers stored and dispensed include one of the group consisting of syringes containing a dose of medicine, ampules containing a dose of medicine, and vials containing a dose of medicine.

8. The module of claim 1 wherein the top of said housing defines a template with an opening shaped like the medication container to be inserted therein.

9. The module of claim 1 wherein the bottom of said housing includes a door actuated by a solenoid to open the door to dispense a medication container, said solenoid being connected to said first programmable processor.

10. The system of claim 1 wherein said housing is made of plexiglass to enable an individual to perform a visual inspection of said module and to perform a visual inventory of the medication containers in said module.

11. A medication dispensing and storing system comprising:

a cabinet having a plurality of drawers and compartments;

at least one medication dispensing module located in at least one of the compartments or drawers, said dispensing module being modular and removable from said system, said medication dispensing module comprising;

a housing having a top, bottom, from, back, and two sides, said top having an opening to allow medication containers to be inserted therein and said bottom having an opening to allow medication containers to be dispensed therefrom;

a first shaft having first and second ends with each of said ends of said first shaft rotatably secured within said housing;

a second shaft having first and second ends with each of said ends of said second shaft rotatably secured within said housing;

a plurality of shelves arranged along a conveyor-type continuous loop, said loop passing over said first and second shafts;

a motor operably connected to one of said shafts to rotate one of said shafts along its axis, the rotation of said shaft causing the plurality of shelves to move along said loop; and

a first programmable processor connected to said motor of said module to enable said module to be loaded in a controlled manner, and to enable said module to dispense unit doses of medication in a controlled manner for a particular patient, said first programmable processor being capable of receiving and storing information about the respective type, quantity and medication information of each of the unit doses of medication loaded onto an assigned shelf of said module, the information in said first programmable processor being automatically updated when a unit dose of medication is dispensed from said module, and said first programmable processor containing information about the remaining inventory in said module at any given time; and

a second programmable processor in said cabinet, said second programmable processor being operatively connected to said first programmable processor and to at least one of said drawers or compartments.

12. The system of claim 11 further comprising a keyboard, touch screen or other input device connectable to said second programmable processor to enable a user to input information.

13. The system of claim 11 further comprising a latch mechanism for each of said drawers, wherein said latch mechanism includes a spring, said latch mechanism locks the drawers when the drawers are closed and opens the proper drawers by use of the spring when signalled by said second programmable processor to dispense medication.

14. The system of claim 11 wherein said cabinet is portable with rolling means connected to the bottom of said cabinet.

15. The medication dispensing module of claim 11 wherein said medication dispensing module further comprises first sensors to detect when a medication container is inserted therein, second sensors to detect when a medication container is dispensed therefrom, and third sensors to detect when a shelf of said dispensing module has a medication container thereon, and all of said sensors being connected to said first programmable processor to record the information detected by said first, second and third sensors.

16. The medication dispensing module of claim 11 wherein the bottom of said housing includes a door actuated by a solenoid to open the door to dispense a medication container, said solenoid being connected to said first programmable processor.

17. The system of claim 11 wherein said medication dispensing module further comprises at least one sensor to detect when a medication container is inserted into said module.

18. The system of claim 11 wherein said medication dispensing module further comprises at least one sensor to detect when a medication container is dispensed from said module.

19. The system of claim 11 wherein said second programmable processor is capable of receiving input of user information, patient information and medication information, said second programmable processor being operatively connected to said first programmable processor to enable the first and second programmable processors to transfer information to and from each other regarding the respective type, quantity and medication information of each of the unit doses of medication loaded into said module and dispensed from said module.

20. The system of claim 19 wherein said second programmable processor uses information from the first programmable processor of each of said dispensing modules regarding the respective type, quantity and medication information of each of the unit doses of medication loaded into said modules and dispensed from said modules to determine the remaining inventory in said modules and, thus, said system at any given time.

21. A medication dispensing and storing system comprising:

a cabinet having a plurality of drawers and compartments;

at least one medication dispensing module located in at least one of the compartments, said dispensing module including;

a programmable processor connected to said module to dispense medication for a particular patient into at least one of said drawers;

a housing having a top, bottom, from, back, and two sides, said top having an opening to allow medication containers to be inserted therein, said bottom including a door actuated by a solenoid to open the door to dispense a medication container, said solenoid being connected to said programmable processor;

a first shaft having first and second ends with each of said ends of said first shaft rotatably secured within said housing;

a second shaft having first and second ends with each of said ends of said second shaft rotatably secured within said housing;

a plurality of shelves arranged along a conveyor-type continuous loop, said loop passing over said first and second shafts; and

a motor operably connected to one of said shafts to rotate one of said shafts along its axis, the rotation of said shaft causing the plurality of shelves to move along said loop.

22. A medication dispensing module comprising:

a programmable processor connected to said module to dispense medication for a particular patient;

a housing having a top, bottom, front, back, and two sides, said top having an opening to allow medication containers to be inserted therein, said bottom including a door actuated by a solenoid to open the door to dispense a medication container, said solenoid being connected to said programmable processor;

a first shaft having first and second ends with each of said ends of said first shaft rotatably secured within said housing;

a second shaft having first and second ends with each of said ends of said second shaft rotatably secured within said housing;

a plurality of shelves arranged along a conveyor-type continuous loop, said loop passing over said first and second shafts; and

a motor operably connected to one of said shafts to rotate one of said shafts along its axis, the rotation of said shaft causing the plurality of shelves to move along said loop.