Appointment scheduling system and method

• US 20090138283A1
• Filed: 11/27/2007
• Published: 05/28/2009
• Est. Priority Date: 11/27/2007
• Status: Abandoned Application

• Current Assignee: Lizbeth Ann Brown
• Original Assignee: Lizbeth Ann Brown
• Inventors: Brown, Lizbeth Ann
• Application Number:
  US11/986,817
• Publication Number:
  US 20090138283A1
• Time in Patent Office: Days
• US Class Current: 705/3
• CPC Class Codes: G06Q 10/109 Time management, e.g. calendars, reminders, meetings or time accounting
• CPC Class Codes: G06Q 10/1095 Meeting or appointment
• CPC Class Codes: G16H 40/20 for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms

Abstract

A scheduling program and system includes a database of client information including a field relating to an appointment date. Within a range of the appointment date, preferably one week, the program cues a user to contact a patient to schedule an appointment within the next week. Three attempts are made to schedule the patient before the patient is withheld from the Loop and informed via mail that it is now the patient'"'"'s responsibility to contact the office to arrange an acceptable appointment. The program further includes a method for tracking “no-show” and non-paying patients.

Claims

1. A system for scheduling appointments comprising:

a microprocessor-based system comprising an output device, an input device, and, a data storage device, said microprocessor-based system including a database having a plurality of patients and patient specific information listed therein, said patient specific information including at least each patient'"'"'s name, an account number for each patient and a future date when each patient should see a caregiver; and

,

a program stored in said data storage device that includes instructions that periodically cause the microprocessor-based system to review the future date for each patient in the database and create a list of patients who need an appointment with the caregiver within a range of one to seven days of a date on which the microprocessor-based system has reviewed the patients'"'"' future dates, the list of patients is displayed on the output device such that each patient on the list is called and offered an opportunity to schedule an appointment within the next seven days.

2. The system of claim 1 wherein said program stored in the data storage device includes instructions which compare a current date of when the microprocessor-based system is reviewed to the future date of each patient and if the current date is within a range of one to seven days of the future date then data from that particular patient are copied into the list of patients and the list is arranged according to priorities assigned to each patient such that patients having a priority code are offered an opportunity to schedule an appointment before those patients on the list who do not have a priority code.

3. The system of claim 1 further comprising a “

wait”

feature that includes operating instructions which allows a caregiver or caregiver'"'"'s representative to flag a patient for failing to keep past appointments such that a patient whose patient specific information includes a “

wait”

designation is no longer scheduled to meet the caregiver and is informed that the patient can only be scheduled as a work-in.

4. The system of claim 1 that includes operating instructions that allow the caregiver or caregiver'"'"'s representative to designate a patient as “

hold”

because the patient is not to be contacted wherein such patients that are designated “

hold”

patients do not appear in the list of patients, said “

hold”

patients being accessed from the database using a search feature.

5. The system of claim 1 further including a main screenshot that displays patient information, caregiver information and the list of patients who need to see a caregiver within the next seven days, said main screenshot including a caregiver'"'"'s daily schedule for a plurality of days divided into time slots into which a patient is scheduled, said main screen further including a day of the week and current date, an A.M. work-in dropdown screen, a P.M. work-in dropdown screen, a patient queue area that displays the list of patients who need appointments within the next seven days, a patient arrival status indicator, encounter code, priority codes, and a calendar feature that displays a month and date such that a caregiver or a caregiver'"'"'s representative may select whatever month and day to reveal the caregiver'"'"'s schedule, the main screen further includes a patient demographics area, a tool bar that includes a cancel appointment activation icon, a save activation icon and a back to loop activation icon, a patient balance area that indicates any unpaid balance owed to the caregiver by the patient, wait and hold indicators, an offered appointment field, and a notes entry area. The main screen also displays tabs at the bottom of the page for accessing a “

Patient History”

page, a “

Load”

screen page, “

Reports”

page, and “

New Reg”

page.

6. The system of claim 1 wherein said database includes a daily work schedule for at least one caregiver, said daily work schedule comprising time slots, each time slot associated with a patient'"'"'s name and having an arrival status and encounter code shown on a main screenshot.

7. The system of claim 1 wherein microprocessor-based system includes operating instructions and at least one database comprising a plurality of patients'"'"' patient specific information including a patient'"'"'s name, a date-of-birth, an account number, a balance owed, a future date, a telephone number, a priority code, a best-time-to-contact, a patient history, a password, a caregiver number, a caregiver name, an encounter code and a date of last appointment, the at least one database further comprising a provider'"'"'s address and telephone number and a schedule of the provider'"'"'s next seven working days arranged as time slots.

8. A method of scheduling appointments for a medical practice comprising the steps of:

providing a microprocessor-based system;

providing a program that periodically cause the microprocessor-based system to review a future date for each patient in a database and create a list of patients who need an appointment with a caregiver within a range of one to seven days of a date on which the microprocessor-based system has reviewed the patients'"'"' future dates;

entering patient information into the microprocessor-based system;

entering a date on which an appointment is to be made into a database;

periodically searching the database and prioritizing an appointment schedule according to patients that should be seen within the next seven days;

contacting the patients that should be seen within the next seven days and attempting to schedule the patients for an appointment within the next seven days; and

,

continuing contacting patients until a physician'"'"'s schedule is full for a particular day.

9. The method of claim 8 further including prioritizing the list of patients according to medical conditions.

10. The method of claim 8 further comprising allowing a caregiver or a caregiver'"'"'s representative to flag a patient for failing to keep past appointments such that a patient whose patient specific information includes a “

wait”

designation is no longer scheduled to meet the caregiver and is informed that the patient can only be scheduled as a work-in.

11. The method of claim 8 further comprising allow the caregiver or caregiver'"'"'s representative to designate a patient as “

hold”

because the patient is not to be contacted wherein such patients that are designated “

hold”

patients do not appear in the list of patients, and said “

hold”

patients being accessed from the database using a search feature.

12. The method of claim 8 further including providing a main screenshot that displays patient information, caregiver information and the list of patients who need to see a caregiver within the next seven days, said main screenshot including a caregiver'"'"'s daily schedule for a plurality of days divided into time slots into which a patient is scheduled, said main screen further including a day of the week and current date, an A.M. work-in dropdown screen, a P.M. work-in dropdown screen, a patient queue area that displays the list of patients who need appointments within the next seven days, a patient arrival status indicator, encounter code, priority codes, and a calendar feature that displays a month and date such that a caregiver or a caregiver'"'"'s representative may select whatever month and day to reveal the caregiver'"'"'s schedule, the main screen further includes a patient demographics area, a tool bar that includes a cancel appointment activation icon, a save activation icon and a back to loop activation icon, a patient balance area that indicates any unpaid balance owed to the caregiver by the patient, wait and hold indicators, an offered appointment field, and a notes entry area. The main screen also displays tabs at the bottom of the page for accessing a “

Patient History”

page, a “

Load”

screen page, “

Reports”

page, and “

New Reg”

page.

13. The method of claim 8 wherein the caregiver or caregiver'"'"'s representative enters information into the database that includes a daily work schedule for at least one caregiver, said daily work schedule comprising time slots, each time slot associated with a patient'"'"'s name and having an arrival status and encounter code shown on a main screenshot.

14. A medium that stores instructions that operate a system for scheduling appointments comprising a microprocessor-based system comprising an output device, an input device, and, a data storage device, said microprocessor-based system including a database having a plurality of patients and patient specific information listed therein, said patient specific information including at least each patient'"'"'s name, an account number for each patient and a future date when each patient should see a caregiver;

said instructions periodically cause the microprocessor-based system to review the future date for each patient in the database and create a list of patients who need an appointment with a caregiver within a range of one to seven days of a date on which the microprocessor-based system has reviewed the patients'"'"' future dates such the list of patients is displayed on the output device where each patient on the list is called and offered an opportunity to schedule an appointment within the next seven days.

15. The medium of claim 14 wherein said instructions compare a current date of when the microprocessor-based system is reviewed to the future date of each patient and if the current date is within a range of one to seven days of the future date then data from that particular patient are copied into the list of patients and the list is arranged according to priorities assigned to each patient such that patients having a priority code are offered an opportunity to schedule an appointment before those patients on the list who do not have a priority code.

16. The medium of claim 14 further comprising operating instructions which allow a caregiver or caregiver'"'"'s representative to flag a patient for failing to keep past appointments such that a patient whose patient specific information includes a “

wait”

designation is no longer scheduled to meet the caregiver and is informed that the patient can only be scheduled as a work-in.

17. The medium of claim 14 further includes operating instructions that allow the caregiver or caregiver'"'"'s representative to designate a patient as “

hold”

because the patient is not to be contacted wherein such patients that are designated “

hold”

patients do not appear in the list of patients, said “

hold”

patients being accessed from the database using a search feature.

18. The medium of claim 14 further including instructions that cause the output device to display a main screenshot that displays patient information, caregiver information and the list of patients who need to see a caregiver within the next seven days, said main screenshot including a caregiver'"'"'s daily schedule for a plurality of days divided into time slots into which a patient is scheduled, said main screen further including a day of the week and current date, an A.M. work-in dropdown screen, a P.M. work-in dropdown screen, a patient queue area that displays the list of patients who need appointments within the next seven days, a patient arrival status indicator, encounter code, priority codes, and a calendar feature that displays a month and date such that a caregiver or a caregiver'"'"'s representative may select whatever month and day to reveal the caregiver'"'"'s schedule, the main screen further includes a patient demographics area, a tool bar that includes a cancel appointment activation icon, a save activation icon and a back to loop activation icon, a patient balance area that indicates any unpaid balance owed to the caregiver by the patient, wait and hold indicators, an offered appointment field, and a notes entry area. The main screen also displays tabs at the bottom of the page for accessing a “

Patient History”

page, a “

Load”

screen page, “

Reports”

page, and “

New Reg”

page.

19. The medium of claim 14 wherein said database includes a daily work schedule for at least one caregiver, said daily work schedule comprising time slots, each time slot associated with a patient'"'"'s name and having an arrival status and encounter code shown on a main screenshot.

20. The medium of claim 14 wherein said microprocessor-based system includes operating instructions and at least one database comprising a plurality of patients'"'"' patient specific information including a patient'"'"'s name, a date-of-birth, an account number, a balance owed, a future date, a telephone number, a priority code, a best-time-to-contact, a patient history, a password, a caregiver number, a caregiver name, an encounter code and a date of last appointment, the at least one database further comprising a provider'"'"'s address and telephone number and a schedule of the provider'"'"'s next seven working days arranged as time slots.