Method and system for organizing, viewing and manipulating information in implantable device programmer

• US 5,716,384 A
• Filed: 07/08/1996
• Issued: 02/10/1998
• Est. Priority Date: 07/08/1996
• Status: Expired due to Term

• Current Assignee: Pacesetter Incorporated (Abbott Laboratories Incorporated)
• Original Assignee: Pacesetter Incorporated (Abbott Laboratories Incorporated)
• Inventors: Snell, Jeffery D.
• Primary Examiner(s): Kamm, William E.
• Assistant Examiner(s): LAYNO, CARL HERNANDZ
• Application Number:
  US08/676,770
• Time in Patent Office: 582 Days
• Field of Search: 607/30, 607/31, 607/32, 607/59, 607/60
• US Class Current: 607/30
• CPC Class Codes: A61N 1/37247 User interfaces, e.g. input or presentation means

Abstract

A method and system are provided for organizing, viewing and manipulating information in an implantable device programmer. The information includes programmable parameters which are divided into key parameters and subordinate parameters. Each key parameter has one or more associated subordinate parameters which are displayed when the user selects the key parameter, but which are not displayed when a different key parameter is selected. Subordinate parameters can be made sticky by the user. A sticky subordinate parameter is displayed regardless of whether or not the user has selected its associated key parameter. Certain parameters are linked so that when the user selects any one of the linked parameters, all linked parameters are displayed. Certain parameters are designated as inactive because of interactions with other parameters.

Claims

1. A method of displaying programming information relating to an implantable cardiac stimulating device on a display screen of an analyzer-programmer which communicates with the implantable cardiac stimulating device, and which has an input device for allowing a user to input information into the analyzer-programmer comprising the steps of:

providing a set of programmable parameters relating to the implantable cardiac stimulating device;

providing key parameters from the set of programmable parameters;

providing associated subordinate parameters for each of the key parameters from the set of programmable parameters;

displaying on the display screen a graphical representation of the key parameters;

allowing the user to select a first one of the key parameters for display using the input device;

displaying on the display screen a graphical representation of the associated subordinate parameters of the first selected key parameter;

allowing the user to select a second one of the key parameters for display using the input device; and

displaying on the display screen a graphical representation of the associated subordinate parameters of the second selected key parameter.

2. The method of claim 1, further comprising, after the step of displaying on the display screen a graphical representation of the associated subordinate parameters of the first selected key parameter, and before the step of allowing the user to select a second one of the key parameters for display using the input device, the step of:

allowing the user to select a first one of the associated subordinate parameters of the first selected key parameter using the input device; and

wherein the step of displaying on the display screen a graphical representation of the associated subordinate parameters of the second selected key parameter further comprises;

displaying on the display screen the first selected subordinate parameter of the first selected key parameter, and not displaying on the display screen the associated subordinate parameters of the first selected key parameter which were not selected by the user.

3. The method of claim 2, further comprising, after the step of displaying on the display screen a graphical representation of the associated subordinate parameters of the second selected key parameter, the steps of:

allowing the user to select a first one of the associated subordinate parameters of the second selected key parameter using the input device;

allowing the user to select a third one the key parameters using the input device;

displaying on the display screen a graphical representation of the associated subordinate parameters of the third selected key parameter; and

displaying on the display screen the first selected subordinate parameter of the second selected key parameter, and not displaying on the display screen the associated subordinate parameters of the second selected key parameter which were not selected by the user.

4. The method of claim 1, further comprising, after the step of displaying on the display screen a graphical representation of the associated subordinate parameters of the first selected key parameter, and before the step of allowing the user to select a second one of the key parameters for display using the input device, the step of:

allowing the user to select first and second associated subordinate parameters of the first selected key parameter using the input device; and

wherein the step of displaying on the display screen a graphical representation of the associated subordinate parameters of the second selected key parameter further comprises;

displaying on the display screen the first and second selected subordinate parameters of the first selected key parameter, and not displaying on the display screen the associated subordinate parameters of the first selected key parameter which were not selected by the user.

5. A method of displaying programming information relating to an implantable cardiac stimulating device on a display screen of an analyzer-programmer which communicates with the implantable cardiac stimulating device, and which has an input device for allowing a user to input information into the analyzer-programmer comprising the steps of:

providing a set of programmable parameters relating to the implantable cardiac stimulating device;

providing key parameters from the set of programmable parameters;

providing associated subordinate parameters for each of the key parameters from the set of programmable parameters;

providing a plurality of linked parameters from the set of programmable parameters;

displaying on the display screen a graphical representation of the key parameters;

allowing the user to select one of the key parameters for display using the input device;

displaying on the display screen a graphical representation of the associated subordinate parameters of the selected key parameter, the displayed key parameters and the displayed associated subordinate parameters of the selected including key parameter including at least one of the plurality of linked parameters;

allowing the user to select using the input device one of the at least one of the plurality of linked parameters which is displayed; and

displaying on the display screen a graphical representation of the plurality of linked parameters after the user has selected the one of the at least one of the plurality of linked parameters.

6. The method of claim 5, wherein the plurality of linked parameters comprises a first one of the key parameters and at least one of said associated subordinate parameters;

and

wherein the step of allowing the user to select using the input device one of the at least one of the plurality of linked parameters which is displayed comprises allowing the user to select using the input device the first key parameter.

7. The method of claim 5, wherein the step of providing a plurality of linked parameters from the set of programmable parameters comprises providing a plurality of linked associated subordinate parameters.

8. The method of claim 5, wherein the step of providing a plurality of linked parameters from the set of programmable parameters comprises providing at least one linked key parameter and at least one linked associated subordinate parameter.

9. A method of displaying programming information relating to an implantable cardiac stimulating device on a display screen of an analyzer-programmer which communicates with the implantable cardiac stimulating device, and which has an input device for allowing a user to input information into the analyzer-programmer comprising the steps of:

providing a set of programmable parameters relating to the implantable cardiac stimulating device, each of the programmable parameters having a value;

providing key parameters from the set of programmable parameters;

providing associated subordinate parameters for each of the key parameters from the set of programmable parameters;

displaying on the display screen a graphical representation of the key parameters;

displaying on the display screen the value of each of the key parameters;

allowing the user to select one of the key parameters for display using the input device;

displaying on the display screen a graphical representation of the associated subordinate parameters of the selected key parameter;

displaying on the display screen the value of each of the associated subordinate parameters of the selected key parameter;

allowing the user to adjust the value of one of the displayed programmable parameters to a predetermined value using the input device; and

displaying on the display screen at least one programmable parameter as inactive when the user adjusts the value of one of the displayed programmable parameters to the predetermined value.

10. An analyzer-programmer for use with an implantable cardiac stimulating device, said analyzer-programmer comprising:

a display means for displaying information relating to said implantable cardiac stimulating device;

a memory means;

an input means;

a processor means which communicates with each of said display means, said memory means, and said input means;

wherein said processing means controls said display means, said memory means, and said input means such that;

a graphical representation of key parameters chosen from a set of programmable parameters relating to said implantable cardiac stimulating device is displayed on said display means;

when the user selects a first one of said key parameters using said input means, a graphical representation of subordinate parameters associated with said first selected key parameter is displayed on said display means; and

when the user selects a second one of said key parameters using said input means, a graphical representation of subordinate parameters associated with said second selected key parameter is displayed on said display means.

11. The analyzer-programmer of claim 10 further comprising;

means for selecting a first one of said subordinate parameters associated with said first selected key parameter using said input means before selecting said second one of said key parameters, thereby designating a first selected subordinate parameter associated with said first selected key parameter and designating at least one non-selected subordinate parameter associated with said first selected key parameter which has not been selected; and

means for displaying a graphical representation of said first selected subordinate parameter associated with said first selected key parameter and not displaying said at least one non-selected subordinate parameter associated with said first selected key parameter on said display means when the user selects said second one of said key parameters.

12. The analyzer-programmer of claim 11 further comprising:

means for selecting a first one of said subordinate parameters associated with said second selected key parameter using said input means, thereby designating a first selected subordinate parameter associated with said second selected key parameter and designating at least one non-selected subordinate parameter associated with said second selected key parameter which has not been selected;

means for selecting a third one of said key parameters via said input means, thereby designating a third selected key parameter and displaying a graphical representation of subordinate parameters associated with said third selected key parameter on said display means; and

means for displaying a graphical representation of said first selected subordinate parameter associated with said second selected key parameter and not displaying said at least one non-selected subordinate parameter associated with said second selected key parameter on said display means.

13. The analyzer-programmer of claim 10 further comprising:

means for selecting a first and a second of said subordinate parameters associated with said first selected key parameter via said input means, thereby designating first and second selected subordinate parameters associated with said first selected key parameter and thereby designating at least one non-selected subordinate parameter associated with said first selected key parameter which has not been selected; and

means for displaying graphical representations of said first and second selected subordinate parameters associated with said first selected key parameter and not displaying said at least one non-selected subordinate parameter associated with said first selected key parameter on said display means.

14. An analyzer-programmer for use with an implantable cardiac stimulating device, said analyzer-programmer comprising:

a display means for displaying information relating to said implantable cardiac stimulating device;

a memory means;

an input means;

a processor means which communicates with each of said display means, said memory means, and said input means;

wherein said processing means controls said display means, said memory means, and said input means such that;

a graphical representation of key parameters chosen from a set of programmable parameters relating to said implantable cardiac stimulating device is displayed on said display means;

when the user selects a first one of said key parameters using said input means, a graphical representation of subordinate parameters associated with said first selected key parameter is displayed on said display means, said key parameters and said subordinate parameters associated with said first selected key parameter including at least one of a plurality of linked parameters chosen from said set of programmable parameters; and

when the user selects one of said at least one of said plurality of linked parameters which is displayed on said display means, a graphical representation of said plurality of linked parameters is displayed on said display means.

15. The analyzer-programmer of claim 14, wherein said plurality of linked parameters comprises at least one of said key parameters.

16. The analyzer-programmer of claim 15, wherein said plurality of linked parameters comprises at least one of said subordinate parameters.

17. An analyzer-programmer for use with an implantable cardiac stimulating device, said analyzer-programmer comprising:

a display means for displaying information relating to said implantable cardiac stimulating device;

a memory means;

an input means;

a processor means which communicates with each of said display means, said memory means, and said input means;

wherein said processor means controls said display means, said memory means, and said input means such that;

a graphical representation of key parameters chosen from a set of programmable parameters relating to said implantable cardiac stimulating device is displayed on said display means;

a graphical representation of a value of each of said key parameters is displayed on said display means;

when the user selects a first one of said key parameters using said input means, a graphical representation of subordinate parameters associated with said first selected key parameter is displayed on said display means, and a graphical representation of a value of each of said subordinate parameter associated with said first selected key parameter is displayed on said display means; and

when the user adjusts to a predetermined value said value of one of said programmable parameters which is displayed on said display means, a graphical representation of an inactive parameter is displayed on said display means.

18. For use with an analyzer-programmer having a display means, a memory means, a processor means, and an input means, said processor means communicating with said memory means and said display means, said input means for allowing a user to input information into said analyzer-programmer, said analyzer-programmer communicating with an implantable cardiac stimulating device, a method of operating said analyzer-programmer in order to display information to the user comprising the steps of:

providing a set of programmable parameters relating to said implantable cardiac stimulating device;

providing key parameters from said set of programmable parameters;

providing associated subordinate parameters for each of said key parameters from said set of programmable parameters;

displaying on said display means a graphical representation of said key parameters;

allowing the user to select a first one of said key parameters via said input means, the user thereby designating a first selected key parameter;

displaying on said display means said subordinate parameters associated with said first selected key parameter;

allowing the user to select a second one of said key parameters via said input means, the user thereby designating a second selected key parameter; and

displaying on said display means said subordinate parameters associated with said second selected key parameter.

19. The method of claim 18, further comprising, after said step of displaying on said display means said subordinate parameters associated with said first selected key parameters, and before said step of allowing the user to select a second one of said key parameters via said input means, the step of:

allowing the user to select a first one of said subordinate parameters associated with said first selected key parameter via said input means, the user thereby designating a first selected subordinate parameter associated with said first selected key parameter and the user thereby designating at least one non-selected subordinate parameter associated with said first selected key parameter which has not been selected by the user; and

wherein said step of displaying on said display means said subordinate parameters associated with said second selected key parameter further comprises;

displaying on said display means said first selected subordinate parameter associated with said first selected key parameter, and not displaying on said display means said at least one non-selected subordinate parameter associated with said first selected key parameter.

20. The method of claim 19, further comprising, after said step of displaying on said display means said subordinate parameters associated with said second selected key parameter, the steps of:

allowing the user to select a first one of said subordinate parameters associated with said second selected key parameter via said input means, the user thereby designating a first selected subordinate parameter associated with said second selected key parameter and the user thereby designating at least one non-selected subordinate parameter associated with said second selected key parameter which has not been selected by the user;

allowing the user to select a third one of said key parameters via said input means, the user thereby designating a third selected key parameter;

displaying on said display means said subordinate parameters associated with said third selected key parameter; and

displaying on said display means said first selected subordinate parameter associated with said second selected key parameter, and not displaying on said display means said at least one non-selected subordinate parameter associated with said second selected key parameter.

21. The method of claim 18, further comprising, after said step of displaying on said display means said subordinate parameters associated with said first selected key parameters, and before said step of allowing the user to select a second one of said key parameters via said input means, the step of:

allowing the user to select a first and a second of said subordinate parameters associated with said first selected key parameter via said input means, the user thereby designating first and second selected subordinate parameters associated with said first selected key parameter and the user thereby designating at least one non-selected subordinate parameter associated with said first selected key parameter which has not been selected by the user; and

wherein said step of displaying on said display means said subordinate parameters associated with said second selected key parameter further comprises;

displaying on said display means said first and second selected subordinate parameters associated with said first selected key parameter, and not displaying on said display means said at least one non-selected subordinate parameter associated with said first selected key parameter.

22. For use with an analyzer-programmer having a display screen, a memory device, a processor circuit, and an input device, said processor circuit communicating with said memory device and said display screen, said input device for allowing a user to input information into said analyzer-programmer, said analyzer-programmer communicating with an implantable cardiac stimulating device, a method of operating said analyzer-programmer in order to display information to the user comprising the steps of:

providing a set of programmable parameters relating to said implantable cardiac stimulating device;

providing key parameters from said set of programmable parameters;

providing associated subordinate parameters for each of said key parameters from said set of programmable parameters;

providing a plurality of linked parameters from said set of programmable parameters;

displaying on said display screen a graphical representation of said key parameters;

allowing the user to select a first one of said key parameters via said input device, the user thereby designating a first selected key parameter;

displaying on said display screen said subordinate parameters associated with said first selected key parameter, said key parameters and said subordinate parameters associated with said first selected key parameter including at least one of said plurality of linked parameters;

allowing the user to select via said input device one of said at least one of said plurality of linked parameters which is displayed on said display screen; and

displaying on said display screen a graphical representation of said plurality of linked parameters after the user has selected said one of said at least one of the plurality of linked parameters.

23. The analyzer-programmer of claim 22, wherein the step of providing said plurality of linked parameters from said set of programmable parameters further comprises the step of providing a plurality of linked associated subordinate parameters from said set of programmable parameters.

24. The analyzer-programmer of claim 22, wherein the step of providing said plurality of linked parameters from said set of programmable parameters further comprises the step of at least one linked key parameter and at least one linked associated subordinate parameter from said set of programmable parameters.

25. For use with an analyzer-programmer having a display screen, a memory device, a processor circuit, and an input device, said processor circuit communicating with said memory device and said display screen, said input device for allowing a user to input information into said analyzer-programmer, said analyzer-programmer communicating with an implantable cardiac stimulating device, a method of operating said analyzer-programmer in order to display information to the user comprising the steps of:

providing a set of programmable parameters relating to said implantable cardiac stimulating device, each of said programmable parameters having a value;

providing key parameters from said set of programmable parameters;

providing associated subordinate parameters for each of said key parameters from said set of programmable parameters;

displaying on said display screen a graphical representation of said key parameters;

displaying on said display screen a graphical representation of said values of said key parameters;

allowing the user to select a first one of said key parameters via said input device, the user thereby designating a first selected key parameter;

displaying on said display screen said subordinate parameters associated with said first selected key parameter;

displaying on said display screen said values of said subordinate parameters associated with said first selected key parameter;

allowing the user to adjust to a predetermined value said value of one of either said key parameters or said subordinate parameters associated with said first selected key parameter; and

displaying on said display screen at least one programmable parameter as inactive when the user adjusts to said predetermined value said value of one of either said key parameters or said subordinate parameters associated with said first selected key parameter.