Reconfigurable user interface for modular patient monitor

• US 6,188,407 B1
• Filed: 03/04/1998
• Issued: 02/13/2001
• Est. Priority Date: 03/04/1998
• Status: Expired due to Fees

• Current Assignee: GE Medical Systems Information Technologies Incorporated (General Electric Company)
• Original Assignee: Critikon Co. LLC
• Inventors: Hoard, David W., Wallace, Robert S. III, Smith, Kathy K., Pate, Brian L., Medero, Richard, Cruz, Edward V.
• Primary Examiner(s): Huynh, Ba
• Application Number:
  US09/034,800
• Time in Patent Office: 1,077 Days
• Field of Search: 345/352, 345/353, 345/334, 345/339, 345/354, 345/902, 345/970, 705/2, 705/3
• US Class Current: 715/841
• CPC Class Codes: A61B 2560/0443 Modular apparatus
• CPC Class Codes: A61B 5/339 Displays specially adapted therefor
• CPC Class Codes: A61B 5/742 using visual displays A61B5/339 takes precedence
• CPC Class Codes: G16H 40/40 for the management of medical equipment or devices, e.g. scheduling maintenance or upgrades
• CPC Class Codes: G16H 40/63 for local operation
• CPC Class Codes: G16H 40/67 for remote operation
• CPC Class Codes: Y10S 345/902 Menu display
• CPC Class Codes: Y10S 715/97 Instrumentation and component modelling, e.g. interactive control panel

Abstract

A reconfigurable user interface for a modular patient monitor which selectively populates menus for operator selection based on the parameters which are available at any given time. Due to event processing, when a parameter module is added or removed from the system, the reconfigurable user interface is updated immediately to reflect the addition or subtraction of the associated parameter. A flash box in each menu provides shortcuts to the most likely menu option in response to asynchronous events such as alarms and the like. The flash box also assists the operator with the particular steps that must be followed to properly setup or operate a particular feature of the system. Since the menus are not modal, an operator may navigate the menus without making any selections or changing the state of the device.

Claims

1. A modular patient monitor including a reconfigurable user interface which displays patient parameter data for each patient parameter for which patient monitoring is activated, comprising:

a display which displays patient parameter data;

a parameter interface which determines the patient parameters for which patient monitoring is activated and which accepts patient parameter data for presentation on the display; and

a display processor which processes said patient parameter data from said parameter interface to determine which and how many patient parameters need to be displayed on said display, which allocates space on said display for at least one of vital signs and waveform data associated with the patient parameters to be displayed, and which monitors said parameter interface so as to reallocate space for presentation of said patient parameter data on said display when said patient parameter data is detected at said parameter interface in accordance with parameter settings based on operator preferences regarding the appearance on said display of at least one of said vital signs and waveform data associated with said patient parameters, said space reallocation occurring when at least one of a number and a type of patient parameters is changed during operation of said modular patient monitor, and wherein said display processor further includes a menu manager which presents menus to said display for user navigation and which updates menu selection options in said menus when said parameter interface, which is monitored by said display processor, provides an indication that a patient parameter has been activated or deactivated, and wherein each menu contains a flash box which flashes a most likely menu selection item for selection from said menu in response to an asynchronous patient monitoring event detected by said parameter interface, and wherein, in response to said asynchronous patient monitoring event, said menu manager places a menu selection cursor at said flash box for selection of said most likely menu selection item without further cursor movement by the user.

2. A patient monitor as in claim 1, wherein a parameter setup secondary menu is added as a menu selection option when an associated patient parameter is activated and is removed as a menu selection option when the associated patient parameter is deactivated.

3. A patient monitor as in claim 2, wherein said menu manager enables navigation of said menu and secondary menus without selecting any menu selection items or changing operating modes of said patient monitor.

4. A patient monitor as in claim 1, wherein said asynchronous patient monitoring event is a condition of said monitor requiring operator attention and said most likely menu selection option is a menu selection option which services said condition.

5. A patient monitor as in claim 1, further comprising a parameter module which plugs into a main housing of said patient monitor containing said display processor so as to activate a patient parameter associated with said parameter module, wherein said display processor displays a graphic of said patient monitor on said display and overlays on said graphic of said patient monitor a graphic of each type of parameter module which is plugged into said main housing.

6. A patient monitor as in claim 5, wherein a graphic of a sensor associated with an activated patient parameter is highlighted when an operator is setting parameter settings for said activated patient parameter.

7. A patient monitor as in claim 1, wherein each patient parameter has a parameter settings table which specifies factory default, operator default, and active parameter settings regarding the appearance on said display of at least one of said vital signs and waveform data associated with that patient parameter.

8. A patient monitor as in claim 7, wherein the operator default parameter settings are set by an operator in a display configuration mode and said active parameter settings are set by an operator during active monitoring of a patient.

9. A patient monitor as in claim 8, further comprising a parameter module which plugs into a main housing of said patient monitor containing said display processor so as to activate a patient parameter monitored by said parameter module, wherein a copy of said parameter settings table for said activated patient parameter is stored in a memory of said parameter module and in a memory of said main housing, said display processor prompting an operator to select which parameter settings to use when the active parameter settings for said patient parameter stored in said memory of said parameter module and in said memory of said main housing do not match.

10. A patient monitor as in claim 9, wherein said active parameter settings are stored in said memory of said main housing when said patient monitor is turned off, and said patient monitor uses the stored active parameter settings when said patient monitor is turned back on.

11. A patient monitor as in claim 10, wherein said operator default parameter settings are copied over said stored active parameter settings in response to an operator initiated event.

12. A patient monitor as in claim 11, wherein said operator default parameter settings include an operator'"'"'s priority of the importance of respective patient parameters for display, wherein said display processor presents at least one of vital signs and waveform data associated with higher priority patient parameters more prominently on said display.

13. A patient monitor as in claim 12, wherein said waveform data is sorted by membership priority in a set of waveforms to be displayed and by location priority whereby higher priority waveforms are displayed at a more prominent position on said display.

14. A patient monitor as in claim 1, further comprising a queue which holds a plurality of said asynchronous patient monitoring events for handling by said menu manager in a first in, first out fashion.

15. A patient monitor as in claim 7, wherein said parameter settings table comprises separate factory default settings for each said parameter for each environment in which said modular patient monitor is used.

16. A patient monitor as in claim 7, wherein said parameter settings table for each patient parameter is downloaded from one of a personal computer and another patient monitor.

17. A patient monitor as in claim 1, further comprising a select knob by which an operator may navigate said menus, said select knob moving a pointer in said menus and selectively adjusting said parameter settings in said menus to said operator preferences by rotation of said select knob.

18. A patient monitor as in claim 17, wherein said select knob is rotated to move said pointer to a parameter settings adjustment box in a menu, and upon selection of said parameter settings adjustment box from said menu, said select knob is rotated to selectively adjust said parameter settings to said operator preferences until said a parameter settings value is confirmed.

19. A patient monitor as in claim 18, wherein said parameter settings adjustment box is selected and said parameter settings value is confirmed by pressing said select knob.

20. A patient monitor as in claim 18, wherein said operator preferences of said parameter settings are numeric values within a specified range.