SYSTEMS, METHODS AND APPARATUS FOR ACQUIRING AND MANAGING PATIENT/SUBJECT DATA

• US 20110306894A1
• Filed: 06/10/2011
• Published: 12/15/2011
• Est. Priority Date: 06/14/2010
• Status: Abandoned Application

• Current Assignee: Spaulding Clinical
• Original Assignee: Spaulding Clinical
• Inventors: Spaulding, Randol R., Mason, Jay W., Heinz, Brock E., Schultz, Paul B.
• Application Number:
  US13/158,141
• Publication Number:
  US 20110306894A1
• Time in Patent Office: Days
• US Class Current: 600/515
• CPC Class Codes: A61B 5/0006 ECG or EEG signals
• CPC Class Codes: A61B 5/117 Identification of persons methods or arrangements for recognising patterns, e.g. fingerprints, G06F18/00, G06V40/00; identification of persons by analysing their voice or speech G10L17/00
• CPC Class Codes: G06V 40/10 Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
• CPC Class Codes: G06V 40/15 Biometric patterns based on physiological signals, e.g. heartbeat, blood flow

Abstract

An ECG acquisition device including a central processing unit, an input interface connected to the central processing unit for acquiring subject biometric data, a memory module connected to the central processing unit for storing the subject biometric data and ECG data, and a user interface connected to the central processing unit for initiating acquisition of the subject biometric and ECG data. The ECG acquisition device is connected to a site PC for downloading and managing the ECG and biometric data, which is transmitted to a Clinical Information System by the site PC.

Claims

1. An ECG acquisition device comprising:

a central processing unit;

an input interface connected to the central processing unit for acquiring subject biometric data;

a memory module connected to the central processing unit for storing the subject biometric data; and

a user interface connected to the central processing unit for initiating acquisition of the subject biometric data.

2. An ECG acquisition device as set forth in claim 1, and further comprising an ECG acquisition module 62 for acquiring subject ECG data.

3. An ECG acquisition device as set forth in claim 2, wherein the central processing unit prevents acquisition of subject ECG data until the subject biometric data has been acquired and stored in the ECG acquisition device.

4. An ECG acquisition device as set forth in claim 2, where the central processing unit includes programmed instructions to check the quality of the ECG subject data and prevent storage of the ECG subject data until the quality meets acceptability standards.

5. An ECG acquisition as set forth in claim 1, wherein the ECG acquisition device is a portable, hand-held device.

6. An ECG acquisition device as set forth in claim 1, wherein the user interface for initiating acquisition of the subject biometric data also allows initiation of acquisition of the subject ECG data.

7. An ECG acquisition device as set forth in claim 1, and further comprising a USB interface connected to the central processing unit.

8. An ECG acquisition device as set forth in claim 1, and further comprising a status indicator connected to and controlled by the central processing unit.

9. An ECG acquisition device as set forth in claim 1, wherein the central processing unit includes programmed instructions creating a device identifier unique to each ECG acquisition device.

10. An ECG acquisition device set forth in claim 1, wherein the acquisition device includes programmed instructions to perform a preliminary noise assessment on the subject ECG data to evaluate the quality of the connection between the subject and the acquisition device.

11. An ECG acquisition device set forth in claim 1 and further comprising programmed instructions to create a data record including ECG acquisition device identification information and subject ECG data to a data record.

12. An ECG acquisition device comprising:

a central processing unit;

a USB interface connected to the central processing unit;

an input interface connected to the central processing unit for acquiring subject biometric data;

a memory module connected to the central processing unit for storing the subject biometric data;

a user interface connected to the central processing unit for initiating acquisition of the subject biometric data;

an ECG acquisition module for acquiring subject ECG data; and

wherein the central processing unit includes programmed instructions to prevent acquisition of subject ECG data until the subject biometric data has been acquired and stored in the ECG acquisition device, check the quality of the ECG subject data, and prevent storage of the ECG subject data until the quality meets acceptability standards.

13. A system for acquiring and storing data, the system comprising:

a computer connectable to an ECG acquisition device, the ECG acquisition device including inputs for acquiring subject biometric data and acquiring subject ECG data, the computer including programmed instructions for receiving the subject biometric data and subject ECG data, verifying the subject biometric data and subject ECG data, storing the verified data and deleting the subject biometric data and the subject ECG data from the ECG acquisition device after storing the data.

14. A system for acquiring and storing data as set forth in claim 13, wherein the computer further comprises means for communicating with a remote clinical information system (CIS) and programmed instructions for contacting the CIS, uploading the data to the CIS and deleting the data from computer when transfer of the data to the CIS has been confirmed.

15. A system for acquiring and storing data as set forth in claim 13, wherein the computer includes programmed instructions to generate an audit trail of changes and edits made to an electronic record of stored subject ECG data and generate an audit trail of activities related to the system such as a track and log of system logins and logouts.

16. A system for acquiring and storing data as set forth in claim 13, wherein the acquisition device includes programmed instructions to perform a preliminary noise assessment to the subject ECG data to evaluate the quality of the connection between the subject and the acquisition device.

17. A system for acquiring and storing data as set forth in claim 16, wherein the acquisition device includes programmed instructions to perform a lead off detection check, baseline wander check, and muscle artifact check to the subject ECG data to detect error in the subject ECG data.

18. A system for acquiring and storing data as set forth in claim 13, wherein the acquisition device includes programmed instructions to transmit ECG acquisition device identification information with the subject ECG data.

19. A system for acquiring and storing data as set forth in claim 13, wherein the computer includes programmed instructions to generate a report including a date and time of an ECG acquisition and an acquisition device unique identifier.

20. A system for acquiring and storing data as set forth in claim 13, wherein the computer includes independent software modules programmed to perform analysis on the subject ECG data, the independent software modules include but are not limited to a rhythm diagnostics module programmed to generate a report that provides a summary table with the frequency of normal and abnormal heartbeats, an interval analysis module capable to execute on a predetermined-time interval ECG reading, a diagnostic analysis module capable to generate a diagnosis for the subject ECG data that has been extracted and parsed, and a morphology module configured to take the subject ECG extractions that were previously measured and average the subject ECG extractions out with a subject ECG data reading measured according to morphology standards.

21. A system for acquiring and storing data, the system comprising:

a computer connectable to an ECG acquisition device, the ECG acquisition device including inputs for acquiring subject biometric data and acquiring subject ECG data, programmed instructions to perform a preliminary noise assessment to the subject ECG data to evaluate the quality of the connection between the subject and the acquisition device, a lead off detection check, a baseline wander check, a muscle artifact check to detect error in the subject ECG data, and transmit ECG acquisition device identification information with the subject ECG data to a data record, the computer including programmed instructions for receiving the paired subject biometric data and subject ECG data, verifying the paired subject biometric data and subject ECG data, storing the verified data, deleting the subject biometric data and the subject ECG data from the ECG acquisition device after storing the data, generating an audit trail of changes and edits made to an electronic record of stored subject ECG data, generate an audit trail of activities related to the system including a log of system logins and logouts, generating a report including a date and time of an ECG acquisition and an acquisition device unique identifier and a plurality of software modules programmed to perform analysis on the subject ECG data, the independent software modules include but are not limited to a rhythm diagnostics module programmed to generate a report that provides a summary table with the frequency of normal and abnormal heartbeats, an interval analysis module capable to execute on a predetermined-time interval ECG reading, a diagnostic analysis module capable to generate a diagnosis for the subject ECG data that has been extracted and parsed, and a morphology module configured to take the subject ECG extractions that were previously measured and average the subject ECG extractions out with a subject ECG data reading measured according to morphology standards; and

means for communicating with a remote clinical information system (CIS) and programmed instructions for contacting the CIS, uploading the data to the CIS and deleting the data from the computer from the computer when transfer of the data to the CIS has been confirmed.

22. A method of acquiring and managing data acquired from a subject using a data acquisition device connectable to a specially programmed computer, the method comprising:

acquiring biometric data from a subject and storing the biometric data on the acquisition device;

acquiring ECG data from the subject and storing the ECG data on the acquisition device in association with the biometric data;

connecting the acquisition device to the specially programmed computer;

transferring the data to the specially programmed computer; and

deleting the data from the acquisition device.

23. A method of acquiring and managing data as set forth in claim 22, and further comprising verifying and analyzing the data using the specially programmed computer;

transmitting the data to a clinical information system;

verifying the transfer; and

deleting the data from the specially programmed computer only when the transfer has been verified.

24. A method as set forth in claim 22, and further comprising analyzing the ECG data using independent software modules;

a rhythm diagnostics module generating a report that provides a summary table with the frequency of normal and abnormal heartbeats;

an interval analysis module executing being executed on a predetermined-time interval ECG reading;

a diagnostic analysis module generating a diagnosis for the subject ECG data that has been extracted and parsed; and

a morphology module taking the subject ECG extractions that were previously measured and averaging the subject ECG extractions out with a subject ECG data reading measured according to morphology standards.

25. A method as set forth in claim 22, and further comprising verifying the ECG data using the acquisition device;

performing a preliminary noise assessment to the subject ECG data to evaluate the quality of the connection between the subject and the acquisition device.

26. A method as set forth in claim 22, and further comprising tracking and logging usage of the system using the specially programmed computer;

generating an audit trail of changes and edits made to an electronic record of stored subject ECG data and generating an audit trail of activities related to the system such as a track and log of system logins and logouts.

27. A method as set forth in claim 22, and further comprising verifying ECG data using the acquisition device;

performing a lead off detection check, baseline wander check, and muscle artifact check to detect error in the subject ECG data.

28. A method as set forth in claim 22, and further comprising storing identifying information for the ECG acquisition device using the specifically programmed computer;

transmitting the ECG acquisition device identification information with the subject ECG data to a data record.

29. A method as set forth in claim 22, and further comprising storing the ECG data using the specifically programmed computer;

generating a report including a date and time of an ECG acquisition and an acquisition device unique identifier.

30. A method of acquiring and managing data acquired from a subject using a data acquisition device connectable to a specially programmed computer, the method comprising:

acquiring biometric data from a subject and storing the biometric data on the acquisition device;

performing a preliminary noise assessment to the subject ECG data to evaluate the quality of the connection between the subject and the acquisition device;

performing a lead off detection check, baseline wander check, and muscle artifact check to detect error in the subject ECG data;

acquiring ECG data from the subject, and storing the ECG data on the acquisition device in association with the biometric data;

connecting the acquisition device to the specially programmed computer;

transferring the data to the specially programmed computer;

verifying the transfer between the acquisition device and the specifically programmed computer;

deleting the data from the acquisition device;

generating an audit trail of changes and edits made to an electronic record of stored subject ECG data and generating an audit trail of activities related to the system such as a track and log of system logins and logouts;

transmitting the ECG acquisition device identification information with the subject ECG data to a data record;

transmitting the data to a clinical information system;

verifying the transfer;

deleting the data from the specially programmed computer only when the transfer has been verified; and

wherein further analysis of the ECG data is performed by programming modules, including a rhythm diagnostics module generating a report that provides a summary table with the frequency of normal and abnormal heartbeats, an interval analysis module executing being executed on a predetermined-time interval ECG reading, a diagnostic analysis module generating a diagnosis for the subject ECG data that has been extracted and parsed; and

a morphology module taking the subject ECG extractions that were previously measured and averaging the subject ECG extractions out with a subject ECG data reading measured according to morphology standards.