Robotic Management of Patient Care Logistics

• US 20100305966A1
• Filed: 06/01/2010
• Published: 12/02/2010
• Est. Priority Date: 05/29/2009
• Status: Abandoned Application

• Current Assignee: Disruptive IP Incorporated
• Original Assignee: Disruptive IP Incorporated
• Inventors: Gross, Ralph, Coulter, Robert Craig, Simard, Barbara Anne-Marie, Lalonde, Jean-Francois
• Application Number:
  US12/791,208
• Publication Number:
  US 20100305966A1
• Time in Patent Office: Days
• US Class Current: 705/2
• CPC Class Codes: G06Q 10/04 Forecasting or optimisation specially adapted for administrative or management purposes, e.g. linear programming or "cutting stock problem" market predictions or forecasting for commercial activities G06Q30/0202
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
• CPC Class Codes: G16H 40/20 for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
• CPC Class Codes: G16H 40/67 for remote operation

Abstract

In a method and system of controlling patient care logistics, a computer determines for each of a number of user devices a unique priority sorted list of queue tasks on the basis of global criterion. Each user device is dispatched the unique priority sorted list of queue tasks determined for the user device. In response to receiving a change in at least one global criterion, the computer determines for each user device either an amendment to the unique priority sorted list of queue tasks for the user of the user device or a new unique priority sorted list of queue tasks for the user of the user device, and then dispatches the unique priority sorted list of queue to the user device.

Claims

1. A method of controlling patient care logistics comprising:

(a) providing a programmed computer;

(b) providing a plurality of user devices in operative communication with the computer;

(c) causing the computer to determine for each user device a unique priority sorted list of queue tasks for the user of said user device, wherein each unique priority sorted list of queue tasks is determined on the basis of criterion that affect the determination of the priority sorted lists of queue tasks for the plurality of user devices;

(d) dispatching to each user device the unique priority sorted list of queue tasks determined for said user device in step (c);

(e) the computer receiving a change in at least one criterion;

(f) causing the computer to determine for each user device on the basis of the change received in step (e) either an amendment to the unique priority sorted list of queue tasks for the user of said user device determined in step (c) or a new unique priority sorted list of queue tasks for the user of said user device; and

(g) dispatching to each user device the unique priority sorted list of queue tasks determined for said user device in step (f).

2. The method of claim 1, further including repeating steps (e)-(g).

3. The method of claim 1, further including the computer responsive to user activation of a first one of the user devices for causing said first user device to be coupled in communication with a second one of the user devices.

4. The method of claim 3, wherein the first and second user devices are coupled in wireless communication with each other.

5. The method of claim 3, wherein the computer determines the second user device to connect in communication with the first user device based on a role of a user of the second user device.

6. The method of claim 1, wherein the change in the at least one criterion includes a change in at least one of the following:

physician'"'"'s order, patient diagnosis, patient treatment plan, patient wait time, staffing level;

care load;

patient census;

patient acuity;

patient flow;

patient present rate;

bed availability;

task assignment;

task completion;

caregiver skills;

patient priority needs;

a location of an object;

time of day;

day of the week;

local weather;

disease progression; and

an emergency condition.

7. The method of claim 1, wherein the change in the at least one criterion originates at one of the following:

one of the user devices;

a passive measurement device;

an active measurement device;

or another computer.

8. A patient care logistics control system comprising:

a logistics software program;

a server computer operating under the control of the logistics software program for sequentially determining plural sets of priority sorted lists of queue tasks, wherein each set of priority sorted lists of queue tasks is determined in response to a change in at least one criterion used for determining the priority sorted lists of queue tasks;

a plurality of intelligent wireless user devices, each user device including a visual display; and

a wireless network connecting the server computer and the user devices and operative for wirelessly delivering for display on the display of each user device for each set of priority sorted lists of queue tasks a unique one of the priority sorted list of queue tasks on the basis of the user assigned to the user device or a role of a user assigned to the user device.

9. The patient care logistics control system of claim 8, wherein the wireless network comprises radio transceivers associated with the user devices and the server computer.

10. The patient care logistics control system of claim 8, wherein the server computer causes the wireless network to couple two user devices in communication.

11. The patient care logistics control system of claim 8, wherein the change in at least one criterion originates at one of the following:

at the server computer;

one of the user devices;

a passive measurement device;

an active measurement device;

or another computer.

12. The patient care logistics control system of claim 8, wherein the criterion used for determining the priority sorted lists of queue tasks includes at least one of the following:

staffmg level;

caregiver patient load;

patient census;

patient acuity;

patient flow;

patient present rate;

bed availability;

caregiver task assignment;

caregiver task completion;

caregiver skills;

patient priority needs;

a location of an object;

time of day;

day of week;

local weather;

disease progression;

or an emergency condition.

13. The patient care logistics control system of claim 8, wherein each priority sorted list of queue tasks is wirelessly delivered to its user device in real-time.

14. The patient care logistics control system of claim 8, wherein the plural sets of priority sorted lists of queue tasks is determined based on plural service queue models included in the logistics software program, wherein each service queue model includes tasks to be performed by a caregiver on or for the benefit of at least one patient.

15. The patient care logistics control system of claim 8, wherein two priority sorted lists of queue tasks delivered to one user device includes a change in a priority of at least one task.

16. A method of controlling patient care logistics comprising:

(a) providing a programmed computer;

(b) providing a plurality of user devices in operative communication with the computer;

(c) modeling on the programmed computer patient care as a multitude of queue tasks to be performed by a plurality of users, wherein each user has an associated role and carries a user device;

(d) receiving modeling criterion via one of the following;

one of the user devices;

a passive measurement device;

an active measurement device;

or another computer;

(e) causing the computer to run logistics management software to determine for each user device a unique priority sorted list of queue tasks for the user of said user device based on the patient care model, wherein each unique priority sorted list of queue tasks is determined on the basis of the modeling criterion;

(f) dispatching to each user device the unique priority sorted list of queue tasks determined for said user device in step (e);

(g) the computer receiving a change in at least one criterion;

(h) causing the computer to run the logistics management software to determine for each user device on the basis of the change received in step (g) either an amendment to the unique priority sorted list of queue tasks for the user of said user device determined in step (e) or a new unique priority sorted list of queue tasks for the user of said user device; and

(i) dispatching to each user device the unique priority sorted list of queue tasks determined for said user device in step (h).

17. The method of claim 16, further including the computer responsive to user activation of a first user device for causing said first user device to be coupled in communication with a second user device.

18. The method of claim 17, wherein the first and second user devices are coupled in wireless communication with each other.

19. The method of claim 17, further comprising:

(j) assigning the role of a user to the user device of said user;

wherein the computer determines the second user device to connect in communication with the first user device based on the role of a user of the second user device.

20. The method of claim 16, wherein the change in the at least one criterion includes a change in at least one of the following:

physician'"'"'s order, patient diagnosis, patient treatment plan, patient wait time, staffing level;

care load;

patient census;

patient acuity;

patient flow;

patient present rate;

bed availability;

task assignment;

task completion;

caregiver skills;

patient priority needs;

a location of an object;

time of day;

day of the week;

local weather;

disease progression; and

an emergency condition.

21. The method of claim 16, wherein the change in the at least one criterion originates at one of the following:

one of the user devices;

a passive measurement device;

an active measurement device;

or another computer.

22. The method of claim 19, further comprising:

(k) defining for a patient a set of roles based on the requested patient care;

(l) linking in a database the patient to one or more user devices on the basis of the set of roles;

(m) initiating an activity for said patient resulting in one or more queue tasks for one or more roles;

(n) causing the computer to run the logistics management software to determine for each user device on the basis of the one or more queue tasks generated in step (m) either an amendment to the unique priority sorted list of queue tasks for the user of said user device determined in step (e) or step (h) or a new unique priority sorted list of queue tasks for the user of said user device;

(o) receiving criterion indicating that examination results of said patient have been made available in the programmed computer;

(p) determining a first user device having a queue task associated with said examination results; and

(q) instructing the first user device determined in (p) to inform the user that the test results have been made available.

23. The method of claim 22, wherein the computer determines a second user device to connect in communication with the first user device based on a role of a user of the second user device.

24. A patient care logistics control system comprising:

a logistics software program;

a plurality of intelligent wireless user devices, each user device including a visual display;

a server computer configured to model patient care as a multitude of queue tasks to be performed by a plurality of users, wherein each user has an associated role and carries a user device, the server computer further configured for receiving criterion via one of the following;

one of the user devices;

a passive measurement device;

an active measurement device;

or another computer, wherein the server computer is operating under the control of the logistics software program for sequentially determining plural sets of priority sorted lists of queue tasks for the user a user device based on the patient care model, wherein each set of priority sorted lists of queue tasks is determined on the basis of the criterion; and

a wireless network connecting the server computer and the user devices and operative for wirelessly delivering for display on the display of each user device for each set of priority sorted lists of queue tasks a unique one of the priority sorted list of queue tasks on the basis of the user assigned to the user device or a role of a user assigned to the user device.

25. The patient care logistics control system of claim 24, wherein the server computer is configured to assign a role of a user to the user device of said user and to causes the wireless network to couple two user devices in communication based on the roles of at least one said user associated with said user devices.

26. The patient care logistics control system of claim 24, wherein the change in at least one criterion originates at one of the following:

at the server computer;

one of the user devices;

a passive measurement device;

an active measurement device;

or another computer.

27. The patient care logistics control system of claim 24, wherein the criterion used for determining the priority sorted lists of queue tasks includes at least one of the following:

physician'"'"'s order, patient diagnosis, patient treatment plan, patient wait time, staffing level;

care load;

patient census;

patient acuity;

patient flow;

patient present rate;

bed availability;

task assignment;

task completion;

caregiver skills;

patient priority needs;

a location of an object;

time of day;

day of the week;

local weather;

disease progression; and

an emergency condition.

28. The patient care logistics control system of claim 24, wherein each priority sorted list of queue tasks is wirelessly delivered to its user device in real-time.

29. The patient care logistics control system of claim 24, wherein the plural sets of priority sorted lists of queue tasks is determined based on plural service queue models available to the logistics software program, wherein each service queue model represents tasks to be performed by a caregiver on or for the benefit of at least one patient.

30. The patient care logistics control system of claim 24, wherein two priority sorted lists of queue tasks delivered to one user device includes a change in a priority of at least one task.

31. The patient care logistics control system of claim 26, wherein the server computer comprises a processor, and memory with data, and instructions stored therein so that the computer can execute a predetermined program wherein the program is arranged to enable the processor:

to define for a patient a set of roles based on the requested patient care;

to link in a database the patient to one or more user devices on the basis of the set of roles;

to initiate an examination for said patient resulting in one or more queue tasks for one or more roles;

to cause the computer to run the logistics management software to determine for each user device on the basis of the one or more queue tasks generated either an amendment to the unique priority sorted list of queue tasks for the user of said user device or a new unique priority sorted list of queue tasks for the user of said user device;

to receive the criterion indicating that examination results of said patient have been made available in the programmed computer;

to determine a first user device having a queue task associated with said examination results; and

,

to instruct the first user device determined to inform the user that the test results have been made available and wherein the first user device is configured to inform the user in response to the instruction generated by the server computer.

32. The patient care logistics control system of claim 31, wherein the program is further arranged to determine a second user device to connect in communication with the first user device based on a role of a user of the second user device accessible to the computer, and to transmit an identification information associated with the second user device to the first user device, wherein the first user device is configured to receive the identification information associated with the second user device and to connect with the second user device based on said identification information.