Medication clock

• US 4,682,299 A
• Filed: 02/19/1985
• Issued: 07/21/1987
• Est. Priority Date: 02/19/1985
• Status: Expired due to Term

• Current Assignee: Kenneth B. Mcintosh
• Original Assignee: Kenneth B. Mcintosh
• Inventors: Stout, Donald E., McIntosh, Kenneth B., Pratt, James O.
• Primary Examiner(s): Gruber, Felix D.
• Assistant Examiner(s): HERNDON, HEATHER R
• Application Number:
  US06/702,746
• Time in Patent Office: 882 Days
• Field of Search: 364/569, 340/309.15, 340/309.4, 128/680, 128/687, 128/690, 128/736, 221/2.8
• US Class Current: 702/177
• CPC Class Codes: A61J 2200/72 for temperature
• CPC Class Codes: A61J 2205/10 Bar codes
• CPC Class Codes: A61J 2205/70 Audible labels, e.g. for pre-recorded info or messages
• CPC Class Codes: A61J 7/04 Arrangements for time indication or reminder for taking medicine, e.g. programmed dispensers
• CPC Class Codes: A61J 7/0418 with electronic history memory
• CPC Class Codes: A61J 7/0454 for dispensing of multiple drugs
• CPC Class Codes: A61J 7/0463 for multiple patients
• CPC Class Codes: A61J 7/0481 working on a schedule basis
• CPC Class Codes: G04G 9/0064 in which functions not related to time can be displayed digital output to display devices of digital computers G06F3/14

Abstract

A medication clock for producing a record of a patient in complying with a medication schedule. A data base is provided which stores the time and date of each medication that the patient takes including those medications taken in response to an alarm by the clock as well as medications taken by the choice of the patient. The dosage schedule may be programmed by reading of information written by the pharmacist.

Claims

1. A medication clock comprising:

(a) a plurality of compartments with each compartment being separately usable for holding one or more medications to be taken by a patient, the medications being chosen from prescription medications which have individual dosages to be taken at specific times, prescription medications to be taken under the control of the patient on an as needed basis and nonprescription medications to be taken under the control of the patient;

(b) a programmable timing means which produces a medication dispensing signal indicating the time that a patient is to take one or more medications to be taken at specific times;

(c) means responsive to the medication dispensing signal produced by the programmable timing means to produce an alarm for alerting the patient that it is time to take a particular medication, said means for alerting including a tone generator and a separate visual display indicator located in proximity to each of said compartments, said tone generator producing an audible tone in response to the medication dispensing signal and said visual display indicator in proximity to the compartment associated with the medication to be taken producing a visual indication in response to the medication dispensing signal;

(d) means located in proximity to each of said compartments which are separately activable by a patient for producing a patient acknowledgment signal that any one of the medications stored in one of the compartments has been taken including medications taken by the patient in response to an alarm and medications taken without an alarm;

(e) a memory coupled to the programmable timing means and to the means for producing each patient acknowledgment signal and having a plurality of separate storage locations with each storage location being associated with one of the means for producing a patient acknowledgment signal and its associated compartment, each separate storage location being used for storing the time and date of each patient acknowledgment signal produced by the associated means for producing a patient acknowledgment signal as an identification of the medication taken from the associated compartment and the time and date of taking the medication from the associated compartment; and

(f) means coupled to the memory for providing an output of the identification of the medication, and time and date of each dosage of medication taken by the patient which is stored in the separate locations of the memory for each of the medications being taken by the patient including those medications taken under the control of the programmable timing means in response to an alarm as well as medications taken by the patient without an alarm.

2. A medication clock in accordance with claim 1 further comprising:

(a) reading means coupled to said programmable timing means for reading information for controlling the programming of the identification of the medication to be taken, the time that each dosage is to be taken and the number of dosages; and

(b) means responsive to the information read by the reading means for causing the programmable timing means to be programmed to signal the time for taking each dosage of the medication which is being taken under the control of the programmable timing means that has been programmed under the control of the information read by the means for reading.

3. A medication clock in accordance with claim 2 wherein

(a) said information read by the reading means is the beginning memory address of a block containing a plurality of storage locations which store the identity of the medication to be taken, the number of dosages to be taken and the time between dosages of the medication;

and

(b) said means for causing the programmable timer to be programmed includes a preprogrammed memory containing a plurality of blocks with the beginning location of each block being addressed by the information read by the reading means, the blocks storing the identification of the medication to be taken, the time between dosages, and the number of dosages to be taken; and

causing the programming of the time for taking of any medication whose identity is stored at one of said blocks in accordance with the time between dosages and the number of dosages stored at said one block after said memory address is read by said reading means by computing the times for taking each dosage of the medication based upon the desired time for taking the first dosage, the number of dosages to be taken and time between dosages read from the preprogrammed memory.

4. A medication clock in accordance with claim 3 further comprising:

(a) a speech synthesizing means for producing a synthesized voice message in response to a medication dispensing signal for indicating that it is time to take any medication having dosage times which have been programmed by the means for causing the programmed timer to be programmed, said speech synthesizing means informing the patient of the identity of the medication to be taken and instructions for taking the medication; and

wherein

(b) each storage location has stored therein information for creating a voice synthesized message to be produced by said synthesized voice means in response to a medication dispensing signal.

5. A medication clock in accordance with claim 3 wherein said code is the universal bar code and said means for reading is a means for reading and decoding the universal bar code.

6. A medication clock in accordance with claim 3 further comprising:

(a) means for detecting when medications to be taken from the compartments are incompatible with each other; and

(b) means responsive to the means for detecting when medications are incompatible for producing an alarm.

7. A medication clock in accordance with claim 6 wherein the means for detecting compares the identification of all of the medications to be taken from the compartments under the control of the programmable timing means with each other to detect incompatibility.

8. A medication clock in accordance with claim 1 further comprising a speech synthesizing means, activated in response to a medication dispensing signal, which produces a speech synthesized voice message that it is time for a patient to take a medication.

9. A medication clock in accordance with claim 1 further comprising:

(a) means for reading the blood pressure of a patient;

(b) means coupled to the means for reading blood pressure for causing the blood pressure which has been read to be stored in the memory along with the date and time of the reading of the blood pressure to permit the later readout of the patient'"'"'s blood pressure history.

10. A medication clock in accordance with claim 1 further comprising:

(a) means for reading the pulse rate of a patient; and

(b) means coupled to the means for reading pulse rate for causing the pulse rate which has been read to be stored in the memory along with the date and time of reading the pulse rate to permit the later readout of the patient'"'"'s pulse rate history.

11. A medication clock in accordance with claim 1 further comprising:

(a) means for taking the temperature of a patient; and

(b) means coupled to the means for taking the temperature for causing the temperature which has been taken to be stored in the memory along with the date and time of the taking of the temperature to permit the later readout of the patient'"'"'s temperature history.

12. A medication clock in accordance with claim 1 further comprising means, activated in response to a medication dispensing signal, for generating a message displayed on a video display that it is time for a patient to take a medication.

13. A medication clock in accordance with claim 1 further comprising means coupled to the means for providing an output for providing a patient dosage record for each medication being taken including the time and date of each dosage taken.

14. A medication clock in accordance with claim 13 wherein the means for producing a patient dosage record is a printer.

15. A medication clock comprising:

(a) a plurality of compartments with each compartment being separately usable for holding one or more medications to be taken by a patient, the medications being chosen from prescription medications which have individual dosages to be taken at specific times, prescription medications to be taken under the control of the patient on an as needed basis and nonprescription medications to be taken under the control of the patient;

(b) a programmable timing means which produces a medication dispensing signal indicating the time that a patient is to take one or more medications to be taken at specific times;

(c) means responsive to the medication dispensing signal produced by the programmable timing means to produce an alarm for alerting the patient that it is time to take a particular medication, said means for alerting including a tone generator and a separate visual display indicator located in proximity to each of said compartments, said tone generator producing an audible tone in response to the medication dispensing signal and said visual display indicator in proximity to the compartment associated with the medication to be taken producing a visual indication in response to the medication dispensing signal;

(d) means located in proximity to each of said compartments which are separately activable by a patient for producing a patient acknowledgment signal that any one of the medications stored in one of the compartments has been taken including medications taken by the patient in response to an alarm and medications taken without an alarm;

(e) a memory coupled to the programmable timing means and to the means for producing each patient acknowledgment signal for storing an identification of each medication taken and the time and date of taking each dosage of each medication; and

(f) means coupled to the memory for providing an output of the identification of the medication taken, and time and date of each dosage of medication taken by the patient which is stored in memory for each of the medications being taken by the patient including those medications taken under the control of the programmable timing means in response to an alarm and medications taken without an alert.

16. A medication clock comprising:

(a) plurality of compartments with each compartment being separately usable for holding one or more medications to be taken by a patient;

(b) a programmable timing means which produces a medication dispensing signal indicating the time that a patient is to take one or more medications to be taken at specific times;

(c) means responsive to the medication dispensing signal produced by the programmable timing means to produce an alarm for alerting the patient that it is time to take a particular medication, said means for alerting including a tone generator and a separate visual display indicator located in proximity to each of said compartments, said tone generator producing an audible tone in response to the medication dispensing signal and said visual display indicator in proximity to the compartment associated with the medication to be taken producing a visual indication in response to the medication dispensing signal;

(d) means located in proximity to each of said compartments which are separately activable by a patient for producing a patient acknowledgment signal that any one of the medications stored in one of the compartments has been taken including medications taken by the patient in response to an alarm and medications taken without an alert;

(e) a memory associated with said programmable timing means which is coupled the means for producing each patient acknowledgment signal for storing an identification of each medication taken and the time and data of taking each dosage of each medication; and

(f) means coupled to the memory for providing an output of the identification of the medication, and the time and data of each dosage of medication taken by the patient which is stored in memory for each of the medications being taken by the patient.