Portable programmable medication alarm device and method and apparatus for programming and using the same

• US 5,347,453 A
• Filed: 03/30/1992
• Issued: 09/13/1994
• Est. Priority Date: 03/30/1992
• Status: Expired due to Fees

• Current Assignee: Federico A. Maestre
• Original Assignee: Federico A. Maestre
• Inventors: Maestre, Federico A.
• Primary Examiner(s): McElheny, Jr., Donald E.
• Application Number:
  US07/860,414
• Time in Patent Office: 897 Days
• Field of Search: 364/413.01, 364/413.02, 364/478, 364/479, 364/406, 235/375, 221/15, 377/6, 377/21, 368/10, 206/528, 206/534, 206/534.1, 206/534.2, 206/538-540, 206/533
• US Class Current: 705/2
• CPC Class Codes: A61J 2200/30 Compliance analysis for taking medication
• CPC Class Codes: A61J 7/0427 with direct interaction with a dispensing or delivery system
• CPC Class Codes: A61J 7/0481 working on a schedule basis
• CPC Class Codes: G04B 37/127 used as containers or cartridges means for incorporating a battery in the case G04G17/00
• CPC Class Codes: G16H 20/10 relating to drugs or medications, e.g. for ensuring correct administration to patients
• CPC Class Codes: G16H 40/63 for local operation

Abstract

Portable programmable medication alarm device for aiding in the administration of medication or pharmaceuticals in accordance with a prescribed medication dosage schedule. In a first illustrative embodiment, the programmable medication alarm device is manually programmed with data representative of a prescribed medication dosage schedule specifying a prescribed administration time, dosage amount, administration route, and medication instructions for each medication dosage to be administered to the patient. In response to the timed occurrence of each programmed administration time, an audible dosage alarm signal is generated and graphical representations of the prescribed administration time, dosage amount, administration route and medication instructions are visually displayed in predefined visual display fields. In a second illustrative embodiment, the portable medication alarm device is programmed by loading the prescribed dosage schedule data from a computer system, into the memory of the medication alarm device, using an automated data communication process. Also disclosed is a medication container holder which attaches the programmed medication alarm device to a conventional medication container, such as a eye-drop dispenser bottle, nasal-spray canister or pill bottle, without interfering with the operation thereof.

Claims

1. A portable medication alarm device for use in the administration of an eye medication prescribed to a patient which comprises:

a casing of physically thin dimensions;

data storage means, disposed in said casing, for storing data representative of at least one prescribed eye medication dosage schedule specifying a prescribed administration time, a prescribed dosage amount and a prescribed administration route for each eye medication dosage to be administered to said patient;

data programming means, disposed in said casings, for programming in said data storage means, data representative of said prescribed eye medication dosage schedule;

timing means, disposed in said casing, for timing the occurrence of each said prescribed administration time specified in said prescribed eye medication dosage schedule;

alarm signal generating means, disposed in said casing, for generating a dosage alarm signal in response to the timed occurrence of each said prescribed administration time;

display means, disposed in said casing, for visually displaying in response to the timed occurrence of each said administration time, a graphical representation of the prescribed dosage amount and the administration route for said medication dosage specified in said prescribed eye medication dosage schedule; and

an eye medication dispenser bottle holder having a base portion,

an upper portion with a substantially circular opening,

a side wall portion connecting said base portion and said upper portion,

an inner cavity accessible through said substantially circular opening, and adapted for slidable receipt of an eye medication dispenser bottle having flexible side walls and containing a quantity of said eye medication,

at least one side wall cut-out portion formed in said side wall portion, for permitting said patient to squeeze and deform the flexible side walls of said eye medication dispenser bottle so as to manually express from said eye medication dispenser bottle, a number of drops of eye medication in accordance with the prescribed dosage amount displayed on said display means, and to administer said drops into the eyes of said patient in accordance with the prescribed administration route visually displayed on said display means, and

said casing being mounted to either said base portion, said upper portion or said side wall portion of said eye medication dispenser bottle holder.

2. The portable medication alarm of claim 1, wherein said alarm signal is an audible signal and said display means comprises a visual display which displays said graphical representation of the prescribed dosage amount and the prescribed administration route for each said medication dosage.

3. The medication alarm device of claim 2, wherein said medication is in the form of eye drops, said prescribed administration route is either the patient'"'"'s left or right eye, and the said graphical representation corresponding to said patient'"'"'s left and right eye comprises graphical characters L and R, respectively.

4. The medication alarm device of claim 2, wherein said medication is in the form of nasal spray, said prescribed administration route is either the patient'"'"'s left or right nostril, and said graphical representation corresponding to said patient'"'"'s left and right nostril comprises graphical characters L and R, respectively.

5. The portable medication alarm device of claim 1, wherein said data programming means comprises manual data entry means for manually programming in said data storage means by way of key entry operations, data representative of said prescribed medication dosage schedule.

6. The portable medication alarm device of claim 5, wherein said prescribed medication dosage schedule further comprises prescribed medication instructions, and wherein display means displays, in response to the timed occurrence of each said prescribed administration time, a graphical representation of the prescribed patient instructions specified in said prescribed medication dosage schedule.

7. The portable medication alarm device of claim 6, wherein said timing means further comprises means for measuring standard-time, and wherein said display means displays a graphical representation of said standard-time being measured.

8. The portable medication alarm device of claim 7, which further comprises (i) a dosage schedule programming mode for programming in said data storage means, data representative of said prescribed medication dosage schedule;

(ii) a standard-time programming mode for programming standard-time data from which standard-time is to be measured;

(iii) a standard-time display mode for displaying a graphical representation of the measured standard-time;

(iv) a dosage schedule display mode for selectively displaying frames of graphical dosage schedule data programmed in said data storage means; and

(v) a dosage alarm mode for displaying a frame of programmed graphical dosage schedule data in response to the timed occurrence of each said prescribed administration time.

9. The medication alarm device of claim 8, in which said display means has a plurality of visual display fields during operation in said dosage schedule display mode, for displaying a graphical representation of said prescribed administration time, dosage amount and administration route for each said medication dosage.

10. The portable medication alarm device of claim 5, wherein said data programming means comprises:

data receiving means disposed in said casing for receiving a data stream transmitted from a data supply means located exteriorly of said casing, and means disposed in said casing, for automatically programming in said data storage means, at least a portion of the data contained in said received data stream, wherein said portion of said data is representative of said prescribed medication dosage schedule.

11. The portable medication alarm device of claim 10, which further comprises a data communication port through said casing and which is interfaceable with a data communication port provided by said data supply means.

12. The portable medication alarm device of claim 11, wherein said prescribed medication dosage schedule further comprises prescribed medication instructions, and wherein said display means displays in response to the timed occurrence of each said prescribed administration time, the prescribed administration time and the prescribed medication instructions specified in said medication dosage schedule.

13. The portable medication alarm device of claim 12, wherein said timing means further comprises means for measuring standard-time, and wherein said display means displays graphical data representative of said standard-time being measured.

14. The portable medication alarm device of claim 13, which further comprises (i) standard-time display mode for displaying graphical data representative of the standard-time;

(ii) a dosage schedule display mode for selectively displaying frames of dosage schedule data programmed in said data storage means; and

(iii) dosage alarm mode for displaying a frame of programmed graphical dosage schedule data, in response to the timed occurrence of each said prescribed administration time.

15. A portable medication alarm device for use in the administration of an eye medication prescribed to a patient, which comprises:

a casing of physically thin dimensions;

data storage means, disposed in said casing, for storing data representative of a prescribed eye medication dosage schedule specifying a prescribed administration time, a prescribed dosage amount and a prescribed administration route for each eye medication dosage to be administered to said patient;

data programming means, disposed in said casing, for programming in said data storage means, data representative of said prescribed dosage schedule;

timing means, disposed in said casing, for timing the occurrence of each said prescribed administration time specified by said prescribed eye medication dosage schedule;

control means, disposed in said casing, for generating a control signal response to the timed occurrence of each said prescribed administration time specified in said prescribed medication dosage schedule;

alarm signal generating means, disposed in said casing, for generating an alarm signal in response to the each said generated control signal;

display means, disposed in said casing, for displaying in response to each said generated control signal, a graphical representation of the prescribed dosage amount and the prescribed administration route for said medication dosage specified in said prescribed medication dosage schedule; and

an eye medication dispenser bottle holder having a base portion,

an upper portion with a substantially circular opening,

a side wall portion connecting said base portion and said upper portion,

an inner cavity accessible through said substantially circular opening, and adapted for slidable receipt of any eye medication dispenser bottle having flexible side walls and containing a quantity of said eye medication,

at least one side wall cut-out portion formed in said side wall portion, for permitting said patient to squeeze and deform the flexible side walls of said eye medication dispenser bottle so as to manually express from said eye medication dispenser bottle, a number of drops of eye medication in accordance with the prescribed dosage amount displayed on said display means, and to administer said drops into the eyes of said patient in accordance with the prescribed administration route visually displayed on said display means, and

said casing being mounted to either said base portion, said upper portion or said side wall portion of said eye medication dispenser bottle holder.

16. The portable medication alarm of claim 15, wherein said alarm signal is an audible signal, and said display means comprises a visual display which displays said graphical representation of the prescribed dosage amount and the prescribed administration route for each said medication dosage.

17. The medication alarm device of claim 16, wherein said medication is in the form of nasal spray, said prescribed administration route is either the patient'"'"'s left or right nostril, and said graphical representation corresponding to said patient'"'"'s left and right nostril comprises graphical characters L and R, respectively.

18. The portable medication alarm device of claim 15, wherein said data programming means comprises manual data entry means for manually programming in said data storage means by way of key entry operations, data representative of said prescribed medication dosage schedule.

19. The portable medication alarm device of claim 18, wherein said prescribed medication dosage schedule further comprises prescribed medication instructions, and wherein said display means displays, in response to the timed occurrence of each said prescribed administration time, a graphical representation of the prescribed administration time and the prescribed medication instructions specified in said prescribed medication dosage schedule.

20. The portable medication alarm device of claim 19, wherein said timing means further comprises means for measuring standard-time, and wherein said display means displays a graphical representation of said standard-time being measured.

21. The portable medication alarm device of claim 20, which further comprises (i) a dosage-schedule programming mode for programming in said data storage means, data representative of said prescribed medication dosage schedule;

(ii) a standard-time programming mode for programming in said data storage means, data representative of standard-time from which standard-time is to be measured;

(iii) a standard-time display mode for displaying a graphical representation of standard-time as being measured;

(iv) a dosage schedule display mode for selectively displaying frames of dosage schedule data programmed in said data storage means; and

(v) dosage alarm mode for displaying a frame of said dosage schedule data in response to the timed occurrence of each said prescribed administration time.

22. The portable medication alarm device of claim 18, wherein said data programing means comprises:

data receiving means disposed in said casing, for receiving a data stream transmitted from a data supply means located exteriorly of said casing;

and means disposed in said data casing, for automatically storing at least a portion of said received data stream in said data storage means, wherein at least a portion of said received data stream includes data representative of said prescribed medication dosage schedule.

23. The portable medication alarm device of claim 22, wherein said prescribed medication dosage schedule further comprises medication instructions, and wherein said display means displays, in response to the timed occurrence of each said prescribed administration time, a graphical representation of the prescribed administration time and the prescribed patient instructions specified in said prescribed medication dosage schedule.

24. The portable medication alarm device of claim 23, wherein said timing means further comprises means for measuring standard-time, and wherein said display means displays a graphical representation of said standard-time being measured.

25. The portable medication alarm device of claim 24, which further has (i) a standard-time display mode for displaying a graphical representation of the standard-time;

(ii) a dosage schedule display mode for selectively displaying frames of dosage schedule data programmed in said data storage means; and

(iii) a dosage alarm mode for generating said dosage alarm signal and for displaying a frame of prescribed dosage schedule data in response to the timed occurrence of each said prescribed administration time.

26. Apparatus for facilitating medication prescription compliance comprising:

(A) a data storage and processing system for programming a portable medication alarm device with graphical data representative of a prescribed medication dosage schedule specifying a prescribed administration time and a prescribed dosage amount for each medication dosage to be administered to said patient, said data storage and processing system including

(1) first data storage means for storing data representative of said prescribed medication dosage schedule;

(2) data accessing means for accessing said data from said first data storage means and generating a data stream including the data representative of said prescribed medication dosage schedule;

(3) a first data communication port operably associated with said data accessing means; and

(4) data transmitting means operably associated with said data accessing means, for transmitting said data stream through said first data communication port; and

(B) at least one said portable medication alarm device for use in the administration of eye medication prescribed to a patient in accordance with said prescribed medication dosage schedule, said portable medication device including a casing of physically thin dimensions, and

(1) a second data communication port, disposed in said casing, operably interfaceable with said first data communication port so as to permit transfer of said data stream across said first and second data communication ports;

(2) data receiving means, disposed in said casing, for receiving as input, said data stream from said second data communication port;

(3) second data storage means, disposed in said casing, for storing data representative of said prescribed medication dosage schedule;

(4) programming means, disposed in said casing, for automatically programming in said second data storage means, at least a portion of said data representative of said prescribed medication dosage schedule;

(5) timing means, disposed in said casing, for timing the occurrence of each said prescribed administration time specified in said prescribed medication dosage schedule;

(6) alarm signal generating means, disposed in said casing, for generating a dosage alarm signal in response to the timed occurrence of each said prescribed administration time;

(7) display means, disposed in said casing, for displaying in response to the timed occurrence of each said administration time, a graphical representation of the prescribed dosage amount for said medication dosage specified in said prescribed medication dosage schedule; and

at least one side wall cut-out portion formed in said side wall portion, for permitting said patient to squeeze and deform the flexible side walls of said eye medication dispenser bottle so as to manually express from said eye medication dispenser bottle, a number of drops of eye medication in accordance with the prescribed dosage amount displayed on said display means, and to administer said drops into the eyes of said patient in accordance with the prescribed administration route visually displayed on said display means, and

said casing being mounted to either said base portion, said upper portion or said side wall portion of said eye medication dispenser bottle holder.

27. The apparatus of claim 26, wherein said prescribed medications dosage schedule further comprises a prescribed administration route for each medication dosage to be administered to said patient.

28. The apparatus of claim 26, wherein said data storage and processing system further comprises:

a programming interface device for operably interfacing the second data communication port of said medication alarm device with the first data communication port of said data storage and processing system so as to permit transfer of said data stream across said first and second data communication ports.

29. The apparatus of claim 28, wherein said programming interface device comprises:

third and fourth data communication ports interfaceable with said first and second data communication ports, respectively; and

data processing means operably associated with said third and fourth data communication ports, for receiving through said third data communication port said transmitted data stream, selectively processing said received data stream, and transmitting through said fourth data communication port, at least a portion of the data in said received data stream, to said data receiving means in said portable mediation alarm device.