User interface for a biomedical analyzer system

• US 6,275,150 B1
• Filed: 07/14/1998
• Issued: 08/14/2001
• Est. Priority Date: 07/14/1998
• Status: Expired due to Term

• Current Assignee: Siemens Healthcare Diagnostics Incorporated (Siemens AG)
• Original Assignee: Bayer Corporation (Bayer AG)
• Inventors: Allen, Gary L., Mandler, Alan, De Luzuriaga, Luis, Chamberlain, Marsh, Kennel, Donald J.
• Primary Examiner(s): POPE, DARYL C
• Application Number:
  US09/115,129
• Time in Patent Office: 1,127 Days
• Field of Search: 340/506, 340/517, 340/521, 340/524, 340/525, 340/825.36, 340/825.49
• US Class Current: 340/525
• CPC Class Codes: G16H 10/60 for patient-specific data, e.g. for electronic patient records
• CPC Class Codes: G16H 40/63 for local operation

Abstract

A user interface for use on the computer of a biomedical analyzer system having at least one biomedical analyzer instrument. The user interface inputs work orders, including sample and test id'"'"'s, and transmits them to the instrument. The instrument performs the requested tests and sends the results to the computer, where they are stored. The test results are compared to exception review criteria to identify exception test results for operator review. Exception test results are indicated by a graphic icon on the display of the computer. The exception test results are compared by an operator to validation data gathered from the instrument and stored in the computer. The operator may then select a disposition for the exception test results. Alarm conditions are communicated by the instrument to the computer and the user interface communicates the alarm conditions to an operator by using a graphic image of the instrument and an affected part.

Claims

1. A computer for use with a biomedical analyzer system having at least one biomedical analyzer instrument, said computer comprising:

a microprocessor adapted to interface with said at least one instrument;

a display linked to said microprocessor; and

a data storage system linked to said microprocessor;

wherein said computer is programmed to;

control a state of said at least one instrument;

enter a work order and store said work order in said data storage system, said work order including a sample id and at least one test id;

send said work order to said instrument;

receive test result data from said instrument and store said test result data in said data storage system;

compare said test result data to a set of exception review criteria stored in said storage system to identify exception data; and

display said exception data.

2. A user interface for a biomedical analyzer system having at least one biomedical analyzer instrument, said user interface comprising:

means for controlling a state of said at least one instrument;

means for entering a work order into a data storage system, said work order including a sample id and at least one test id;

means for sending said work order to said instrument;

means for receiving test result data from said instrument and storing said test result data in said data storage system;

means for comparing said test result data to a set of exception review criteria stored in said data storage system to identify exception data; and

means for displaying said exception data.

3. A computer for a biomedical analyzer system having at least one biomedical analyzer instrument, said computer comprising:

a microprocessor adapted to interface with said at least one instrument;

a display linked to said microprocessor; and

a data storage system linked to said microprocessor;

wherein said microprocessor is programmed to

receive an alarm message from said at least one instrument, said alarm message identifying an alarm condition,

automatically communicate said alarm condition to a user, and

display a graphical image of said at least one instrument on the display.

4. A user interface for a biomedical analyzer system having at least one biomedical analyzer instrument, said user interface comprising:

means to receive an alarm message from said at least one biomedical analyzer instrument, said alarm message identifying an alarm condition;

means to automatically communicate said alarm condition to a user; and

means to display a graphical representation which depicts said at least one biomedical instrument which is generating said alarm message in such a manner as to allow the user to immediately identify said at least one biomedical instrument generating said alarm message.

5. The user interface of claim 4 further comprising means to automatically display said instrument graphic image when said alarm message is received.

6. The user interface of claim 4 further comprising means to indicate a part of said instrument affected by said alarm condition.

7. The user interface of claim 6 further comprising means to provide a user with information regarding said affected part of said instrument.

8. The user interface of claim 4 further comprising means to display at least one part of said instrument wherein said at least one part may be serviced by an operator.

9. The user interface of claim 8 further comprising means to highlight said at least one part when said at least one part is affected by said alarm condition.

10. A computer for a biomedical analyzer system having at least two biomedical analyzer instruments, said computer comprising:

a microprocessor adapted to interface with said at least two instruments;

a display linked to said microprocessor; and

a data storage system linked to said microprocessor;

wherein said microprocessor is programmed to

display an instrument specific display of a selected one of said at least two instruments, said instrument specific display including a graphical image of said selected instrument and an instrument control panel,

display an overview display of said at least two instruments on said display, said overview display including means to control said at least two instruments, and

selectively switch between said overview display and said instrument specific display.

11. A user interface for a biomedical analyzer system having at least two biomedical analyzer instruments, said user interface comprising:

means to display an instrument specific display of a selected one of said at least two instruments, said instrument specific display including a graphical image of said selected instrument and means to control said selected instrument;

means to display an overview display of said at least two instruments, said overview display including means to control said at least two instruments; and

means to selectively switch between said overview display and said instrument specific display.

12. The user interface of claim 11 wherein said means to control said selected instrument comprises an instrument control panel in said instrument specific display.

13. The user interface of claim 11 further comprising means for displaying a plurality of patient records.

14. The user interface of claim 13 wherein said patient records comprise work orders and exception data.

15. A computer for a biomedical analyzer system having at least one biomedical analyzer instrument, said instrument having at least two components, said computer comprising:

a microprocessor adapted to interface with said at least one instrument;

a display linked to said microprocessor; and

a data storage system linked to said microprocessor;

wherein said microprocessor is programmed to

provide a machine view for controlling said instrument, said machine view including means for controlling said at least two components at the same time,

provide a component view for controlling said instrument, the component view including means for controlling said at least two components individually, and

selectively switch between said machine and component views.

16. A user interface for a biomedical analyzer system having at least one biomedical analyzer instrument, said instrument having at least two components, said user interface comprising:

a microprocessor adapted to interface with said at least one instrument;

a display linked to said microprocessor;

a data storage system linked to said microprocessor;

a first means for controlling said at least one instrument, said first control means including means for controlling said at least two components at the same time;

a second means for controlling said at least one instrument, said second control means including means for controlling said at least two components individually; and

means for selecting between said first and said second control means.

17. The user interface of claim 16 wherein said first control means comprises at least one machine button and wherein said second control means comprises at least two component buttons.

18. The user interface of claim 17 wherein said machine and component buttons control a component state, said user interface further comprising a countdown timer to indicate a time remaining between a previous state and a selected state.

19. The user interface of claim 17 wherein said machine and component buttons control a component state, said user interface further comprising a progress bar adapted to extend between buttons to indicate the progress of components from a previous state to a selected state.

20. The user interface of claim 17 wherein said machine and component buttons control a component state, said user interface further comprising a means to selectively highlight said buttons to indicate a current state.

21. The user interface of claim 20 wherein said highlighting means comprises means to highlight portions of said at least one machine button to indicate the current sate of said at least two components individually.

22. The user interface of claim 17 further comprising means to highlight the machine and component buttons to indicate an alarm condition.

23. The user interface of claim 16 further comprising a status indicator for at least one of said at least two components.

24. A computer for a biomedical analyzer system having at least one biomedical analyzer instrument, said computer comprising:

a microprocessor adapted to interface with said at least one instrument;

a display linked to said microprocessor; and

a data storage system linked to said microprocessor;

wherein said microprocessor is programmed to

gather validation data from said at least one instrument,

store said validation data in said storage system,

gather test result data from said at least one instrument,

compare said test result data to a set of exception review criteria stored in said storage system to identify exception data, and

compare said exception data to said validation data.

25. A user interface for a biomedical analyzer system having at least one biomedical analyzer instrument, said user interface comprising:

a microprocessor adapted to interface with said at least one instrument;

a display linked to said microprocessor;

a data storage system linked to said microprocessor;

means for gathering validation data from said at least one instrument and storing said validation data in said storage system;

means for gathering test result data from said at least one instrument;

means for comparing said test result data to a set of exception review criteria stored in said storage system to identify exception data; and

means for comparing said exception data to said validation data.

26. The user interface of claim 25 wherein said validation data comprises historical patient data and QC data.

27. The user interface of claim 25 wherein said validation data comprises historical patient data.

28. The user interface of claim 25 wherein said validation data comprises patient test result mean data.

29. The user interface of claim 25 wherein said validation data comprises quality control test result data.

30. The user interface of claim 25 further comprising means for comparing said exception data to event trend data.

31. The user interface of claim 30 further comprising means for comparing said event trend data to at least one possible causative event.

32. The user interface of claim 30 further comprising means for comparing said exception data to at least one possible causative event.

33. The user interface of claim 25 wherein means for comparing said validation data and said exception data comprises means for displaying said validation data in a chart.

34. The user interface of claim 33 further comprising means for displaying a selected portion of said exception data in said chart.

35. The user interface of claim 25 further comprising means to display exception data on said display and highlight selected exception data according to predetermined criteria.

36. The user interface of claim 35 further comprising means to display validation data and highlight validation data according to predetermined criteria.

37. The user interface of claim 25 further comprising means to modify said exception review criteria.

38. A computer for a biomedical analyzer system having at least one biomedical analyzer instrument, said computer comprising:

a microprocessor adapted to interface with said at least one instrument;

a display linked to said microprocessor; and

a data storage system linked to said microprocessor;

wherein said microprocessor is programmed to

gather test result data from said at least one instrument,

compare said test result data to a set of exception review criteria stored in said storage system to identify exception data, and

display at least one graphical icon representing said exception data.

39. A user interface for a biomedical analyzer system having at least one biomedical analyzer instrument, said user interface comprising:

a microprocessor adapted to interface with said at least one instrument;

a display linked to said microprocessor;

a data storage system linked to said microprocessor;

means for gathering test result data from said at least one instrument;

means for comparing said test result data to a set of exception review criteria stored in said storage system to identify exception data; and

means for displaying at least one graphical icon representing said exception data.

40. The user interface of claim 39 further comprising means for modifying said exception review criteria.

41. The user interface of claim 39 wherein said exception data comprises a plurality of exception work orders and wherein each exception work order is represented by an individual graphic icon.

42. The user interface of claim 41 wherein said plurality of exception work orders includes a first type of exception work orders and a second type of exception work orders, and wherein each said first type of exception work order is represented by a first graphic icon and said second type of exception work order is represented by a second graphic icon.