Method and apparatus for alerting a person at medicine dosing times

• US 7,993,055 B2
• Filed: 05/14/2009
• Issued: 08/09/2011
• Est. Priority Date: 03/28/2008
• Status: Active Grant

• Current Assignee: Darien Okinza Nurse, Lloyd Cleveland Nurse
• Original Assignee: Darien Okinza Nurse, Lloyd Cleveland Nurse
• Inventors: Nurse, Lloyd Cleveland, Nurse, Darien Okinza
• Primary Examiner(s): KAYES, SEAN PHILLIP
• Application Number:
  US12/466,332
• Publication Number:
  US 20100220553A1
• Time in Patent Office: 817 Days
• Field of Search: 368/10, 368/244, 368/277
• US Class Current: 368/277
• CPC Class Codes: A61J 7/0472 of the count-down type, i.e. counting down a predetermined interval after each reset
• CPC Class Codes: A61J 7/0481 working on a schedule basis
• CPC Class Codes: G04C 11/00 Synchronisation of independently-driven clocks radio-controlled time-pieces G04R
• CPC Class Codes: G04G 13/026 acting at a number of different times

Abstract

Disclosed are apparatus for assisting a person in the correct administration of medicine and methods for beneficially using such a device. The apparatus comprises an electronic timing mechanism which executes a dosing schedule, the dosing schedule being comprised of at least one dosing time interval. One or more annunciators are activated at the end of at least one dosing interval thereby alerting a person that it is time to take a dose of medicine. Included are attachment means, such as a pressure sensitive adhesive, for attachment to a medicine container. Construction is with materials and structures that confer to the device the flexibility required to physically conform to curved objects such as typically encountered in prescribed medications. Alerts from the device may be visible, audible, vibratory, or any combination thereof. No human readable time is displayed. At least one switch is provided for human interaction with the device. Human readable information may be visible on the device for quick dosing schedule identification. The dosing schedule may be preprogrammed and unalterable. In other embodiments the dosing schedule may be reprogrammable.

Claims

1. A flexible apparatus with no LCD or time of day display for alerting a person at medicine dosing times comprising:

a) an electronic timing mechanism for executing a dosing schedule and producing one or more annunciator signals,

i) said electronic timing mechanism comprising;

a processor operatively coupled to a memory for executing a control program, said control program stored in computer-readable form in said memory, said control program executing said dosing schedule, a clock source for executing said control program in said processor at a uniform rate, said control program maintaining a first timing channel for measuring elapsed time between doses;

ii) said dosing schedule being stored in computer-readable form in said memory, said dosing schedule comprising information representing times associated with at least one dosing interval, wherein the dosing interval is the time between doses, and wherein the dosing schedule pertains to one medicine;

iii) said dosing interval comprising information corresponding to a finite time interval;

iv) said first timing channel measuring elapsed time corresponding to said dosing interval;

v) said electronic timing mechanism producing at least one said annunciator signal at the end of at least one said dosing interval;

b) one or more annunciators operatively and flexibly coupled to said electronic timing mechanism such that said one or more announcer signals causes activation of said one or more annunciators for alerting a person;

c) one or more switch means operatively and flexibly coupled to said electronic timing mechanism for interaction with said electronic timing mechanism;

wherein one said switch means is responsive to user input and configured to deactivate a previously activated annunciator, and,

d) a flexible substrate on which are directly attached and configured to operate while said flexible substrate is flexed, said electronic timing mechanism, said one or more annunciators, and said one or more switch means, wherein a portion of said flexible substrate is configured to provide a flexible operative coupling between at least one switch means and said electronic timing mechanism, and, wherein a portion of said flexible substrate is configured to provide a flexible operative coupling between at least one said electronic timing mechanism and at least one said annunciator.

2. The apparatus of claim 1 further comprising:

data communication means operatively coupled to the processor for sending data.

3. The apparatus of claim 2 wherein said data comprises one or more alert signals.

4. The apparatus of claim 1 further comprising a second timing channel for measuring elapsed time corresponding to a second finite time interval, wherein said control program restarts execution of said dosing schedule from the beginning of said dosing schedule when said second finite time interval has elapsed, wherein the second finite time interval is independent from the first finite time interval,

a) apparatus of claim one configured to simultaneously start both timing channels 1 and timing channel 2,

b) apparatus of claim one with a second timing channel preprogrammed to emit a signal every 24 hours to restart the timing sequence of the first timing channel,

c) apparatus of claim one with a second timing channel programmed to provide an uninterruptable automatic function by stopping and starting the mechanism of the first timing channel at preset time intervals throughout a daily cycle.

5. The apparatus of claim 1 further comprising a combination of annunciators such that alerts can be tailored to the specific challenges of the user in that a person with impaired vision may only require a device with an audible and vibratory annunciator.

6. The apparatus of claim 1, wherein the flexible substrate comprises a top side and a bottom side wherein said attachment means is a pressure sensitive adhesive on the bottom side of the flexible substrate for attaching apparatus to the curved surface of medicine containers.

7. The apparatus of claim 1, wherein said apparatus additionally comprises a power source operatively connected to said electronic timing mechanism for executing the start of both timing channels simultaneously.

8. The apparatus of claim 7, wherein one of said one or more switch means is operatively connected for interrupting and restoring power to said electronic timing mechanism.

9. The apparatus of claim 1, wherein at least one of said one or more annunciators produces an audible indication.

10. The apparatus of claim 1, wherein at least one of said one or more annunciators produces a visible indication.

11. The apparatus of claim 1, wherein at least one of said one or more annunciators produces a vibratory indication.

12. The apparatus of claim 1 further comprising a flexible covering molded onto the top side of flexible substrate forming a protective shield for components attached onto flexible substrate.

13. The apparatus of claim 12 further comprising readable printing, written or engraved of an Initial Start Time and timing intervals corresponding to said dosing schedule, wherein said readable printing is visible on said flexible covering.

14. The apparatus of claim 1 that generates a vibratory signal configured to and capable of activating an external amplifying device which detects and emits a second alert.

15. The apparatus of claim 1, wherein the activation of one of said switch means causes said control program to advance said dosing schedule to the next dosing interval.

16. The apparatus of claim 1 further comprising:

data communication means operatively connected to said processor for receiving said dosing schedule from a communication system and storing said dosing schedule in said memory.

17. The apparatus of claim 16, wherein said data communication means operates without requiring physical contact between the apparatus and said communication system.

18. A method of alerting a person at medicine dosing times comprising the steps of:

a) dispensing medicine into a container;

b) selecting an alert apparatus preprogrammed with a dosing schedule appropriate for said dispensed medicine, wherein said alert apparatus comprises;

i) an electronic timing mechanism executing a dosing schedule and producing one or more annunciator signals, said electronic timing mechanism comprising;

a processor operatively coupled to a memory and executing a control program, said control program stored in computer-readable form in said memory, said control program executing said dosing schedule, a clock source for executing said control program in said processor at a uniform rate, said control program maintaining a first timing channel for measuring elapsed time between doses;

said dosing schedule being stored in computer-readable form in said memory, said dosing schedule comprising information representing times associated with at least one dosing interval, wherein the dosing interval is the time between doses;

said dosing interval comprising information corresponding to a finite time interval, and wherein the dosing schedule pertains to one medicine;

said first timing channel measuring elapsed time corresponding to said dosing interval;

said electronic timing mechanism producing at least one said annunciator signal at the end of at least one said dosing interval;

ii) one or more annunciators operatively and flexibly coupled to said electronic timing mechanism such that said one or more annunciator signals causes activation of said one or more annunciators for alerting a person;

iii) one or more switch means operatively and flexibly coupled to said electronic timing mechanism;

wherein one said switch means is responsive to user input and configured to deactivate a previously activated annunciator, and,

iv) a flexible substrate on which are directly attached and configured to operate while said flexible substrate is flexed said electronic timing mechanism, said one or more annunciators, and said one or more switch means, wherein a portion of said flexible substrate is configured to provide a flexible operative coupling between at least one switch means and said electronic timing mechanism, and, wherein a portion of said flexible substrate is configured to provide a flexible operative coupling between said electronic timing mechanism and at least one said annunciator; and

,

c) attaching said alert apparatus to said container such that said alert apparatus physically conforms to a surface of said container.

19. The method of claim 18 further comprising the step of starting the flow of power to said alert apparatus.

20. The method of claim 18 further comprising the step of deciding on an initial start time and synchronizing the start of said dosing schedule with a separate time piece.

21. A method of alerting a person at medicine dosing times comprising the steps of:

a) dispensing medicine into a container;

b) attaching an alert apparatus to said container such that said alert apparatus physically conforms to a surface of said container;

wherein said alert apparatus comprises;

i) an electronic timing mechanism executing a dosing schedule and producing one or more annunciator signals, said electronic timing mechanism comprising;

a processor operatively coupled to a memory and executing a control program, said control program stored in computer-readable form in said memory, said control program executing said dosing schedule, a clock source for executing said control program in said processor at a uniform rate, said control program maintaining a first timing channel for measuring elapsed time;

said dosing schedule being stored in computer-readable form in said memory, said dosing schedule comprising information representing times associated with at least one dosing interval, wherein the dosing interval is the time between doses;

said dosing interval comprising information corresponding to a finite time interval, and wherein the dosing schedule pertains to one medicine;

said first timing channel measuring elapsed time corresponding to said dosing interval;

said electronic timing mechanism producing at least one said annunciator signal at the end of at least one said dosing interval;

ii) one or more annunciators operatively and flexibly coupled to said electronic timing mechanism such that said one or more annunciator signals causes activation of said one or more annunciators for alerting a person;

iii) one or more switch means operatively and flexibly coupled to said electronic timing mechanism interacting with said electronic timing mechanism;

wherein one said switch means is responsive to user input and configured to deactivate a previously activated annunciator, and,

iv) a flexible substrate on which are directly attached and configured to operate while said flexible substrate is flexed said electronic timing mechanism, said one or more annunciators, and said one or more switch means, wherein a portion of said flexible substrate is configured to provide a flexible operative coupling between at least one switch means and said electronic timing mechanism, and, wherein a portion of said flexible substrate is configured to provide a flexible operative coupling between at least one said electronic timing mechanism and at least one said annunciator; and

,

c) programming said alert apparatus with a dosing schedule appropriate for said dispensed medicine, wherein said dosing schedule comprises at least one dosing interval, wherein each dosing interval corresponds to an amount of time, wherein said alert apparatus activates at least one human perceivable annunciator at the end of at least one dosing interval.

22. The method of claim 21 further comprising the step of starting the flow of power to said alert apparatus.

23. The method of claim 21 further comprising the step of deciding on an initial start time and synchronizing the start of said dosing schedule with a separate time piece.

24. The method of claim 21 further comprising the step of printing on said alert apparatus readable information corresponding to said Initial Start Time and timing interval.

25. The method of claim 21 further comprising the step of activating a switch means on said alert apparatus thereby deactivating an already activated annunciator.

26. The method of claim 21 further comprising the step of activating a switch means on said alert apparatus thereby advancing said dosing schedule to the next dosing interval.

27. The method of claim 21 further comprising the step of activating a switch means on said alert apparatus to simultaneously advance the dosing schedule and indicate that a medicine dose has been taken.

28. A system for alerting a person at medicine dosing times comprising:

a) a flexible alert apparatus for producing a first alert for at least one medicine dosing time, said alert apparatus comprising;

i) an electronic timing mechanism for executing a dosing schedule and producing one or more annunciator signals;

A) said electronic timing mechanism comprising;

a processor operatively coupled to a memory for executing a control program, said control program stored in computer-readable form in said memory, said control program executing said dosing schedule, a clock source for executing said control program in said processor at a uniform rate, said control program maintaining a first timing channel for measuring elapsed time;

B) said dosing schedule being stored in computer-readable form in said memory, said dosing schedule comprising information representing times associated with at least one dosing interval, wherein the dosing schedule pertains to one medicine;

C) said dosing interval comprising information corresponding to a finite time interval;

wherein the dosing interval is the time between doses;

D) said first timing channel measuring elapsed time corresponding to said dosing interval;

E) said electronic timing mechanism producing at least one said annunciator signal at the end of at least one said dosing interval;

ii) one or more annunciators operatively and flexibly coupled to said one or more electronic timing mechanism such that said one or more annunciator signals causes activation of said one or more annunciators for alerting a person;

iii) one or more switch means operatively and flexibly coupled to said electronic timing mechanism for interaction with said electronic timing mechanism;

wherein one said switch means is responsive to user input and configured to deactivate a previously activated annunciator and,

iv) a flexible substrate on which are directly attached and configured to operate while said flexible substrate is flexed said electronic timing mechanism, said one or more annunciators, and said one or more switch means, wherein a portion of said flexible substrate is configured to provide a flexible operative coupling between at least one switch means and said electronic timing mechanism, and, wherein a portion of said flexible substrate is configured to provide a flexible operative coupling between at least one said electronic timing mechanism and at least one said annunciator;

b) an amplification apparatus external to said alert apparatus and powered separately from said alert apparatus wherein the amplification apparatus is configured for detecting said first alert emitted by said alert apparatus and wherein said amplifier apparatus is configured for producing a second alert.