TELEMEDICINE SYSTEM

• US 20110267418A1
• Filed: 04/29/2011
• Published: 11/03/2011
• Est. Priority Date: 04/30/2010
• Status: Abandoned Application

• Current Assignee: Alejandro Javier Patron Galindo, Carlos G. Iglesias Ramos
• Original Assignee: Alejandro Javier Patron Galindo, Carlos G. Iglesias Ramos
• Inventors: Galindo, Alejandro Javier Patron, Ramos, Carlos G. Iglesias
• Application Number:
  US13/097,438
• Publication Number:
  US 20110267418A1
• Time in Patent Office: Days
• US Class Current: 348/14.04
• CPC Class Codes: G16H 40/67 for remote operation
• CPC Class Codes: G16H 80/00 ICT specially adapted for facilitating communication between medical practitioners or patients, e.g. for collaborative diagnosis, therapy or health monitoring
• CPC Class Codes: H04N 7/15 Conference systems

Abstract

A telemedicine device and system for audio/video communication and real time interfacing with peripheral biomedical devices accessible by individuals in different locations.

Claims

1. A telemedicine system comprising:

A. a computer with control software;

B. a videoconference CODEC in communication with said computer and controlled by said control software;

C. at least two inputs for peripheral biomedical devices to provide communication with said computer, and

D. an audio/video matrix switch in communication with said computer and controlled by said control software, wherein said audio/video matrix switch is capable of

1) controlling video/audio inputs and outputs,

2) transmitting audio signals to at least one speaker,

3) transmitting video signals to at least one video screen, and

4) integrating and controlling the communication of said peripheral biomedical devices with said computer.

2. A telemedicine system of claim 1 wherein

A. said control software is capable of providing an icon-o-graphic interface on a video screen;

B. said videoconference CODEC is compatible with ITU T H.320 H.323 and SIP standards;

C. peripheral biomedical devices are in communication with said computer through said inputs and are controlled by said control software; and

D. said audio/video matrix switch controls audio/video inputs and outputs through at least one of RS-232 or Ethernet interface.

3. A telemedicine system of claim 2 wherein said icon-o-graphic control software controls the display of audio/video inputs and outputs.

4. A telemedicine system of claim 3 wherein said icon-o-graphic control software allows the execution and configuration of software applications required by the peripheral biomedical devices to function.

5. A telemedicine system of claim 1 wherein peripheral biomedical devices are in communication with said computer and are an Electronic stethoscope, dermatoscope, X-Ray Scanner or electrocardiograph.

6. A telemedicine system comprising:

A. a portable frame for supporting electronic equipment;

B. electronic equipment, including a computer, for processing data and audio/video signals, supported by said portable frame;

C. at least two inputs for medical instruments for providing input (data, video and audio) to said electronic equipment,

D. medical instruments in communication with said electronic equipment through said inputs,

E. camera and microphone for providing audio/video input (signals) to said electronic equipment;

F. at least two video screens and at least one speaker for providing audio/video output from said electronic equipment; and

G. control software stored in said computer which can

display inputs from said medical instruments, microphone, and camera, in the form of descriptive icons,

share input data with at least one other corresponding telemedicine system in a different location, and

allow the user of the telemedicine system or the user of a corresponding telemedicine system to control the display of inputs from said medical instruments, microphone, and camera on multiple video screens through the manipulation of said descriptive icons.

7. A telemedicine system of claim 6 capable of transmitting and receiving medical instrument data and real-time or time delayed audio/video data to and from a corresponding telemedicine device.

8. A telemedicine system of claim 6 additionally comprising a mouse, a key board, a touch screen enabled video screen or a combination thereof which is capable of transmitting and providing user input to said electronic equipment by touching the video screens, using the mouse, using the keyboard or a combination thereof.

9. A telemedicine system of claim 6 wherein the control software provides:

i. movable descriptive icons representing each of the medical instruments inputs and the camera and microphone inputs from each telemedicine system;

ii. identifiable locations where moveable descriptive icons can be moved to on a video screen to activate audio/video output that corresponds to the input the icon represents; and

iii. non-movable icons that allow the user to control the audio/visual display.

10. A telemedicine system of claim 6 wherein the control software stores data from the medical instruments, camera, and microphone on a network or on the hard drive of the computer and associates the data with an icon that appears on the user interface screen.

11. A telemedicine system of claim 7 wherein up to four medical instruments can be connected to the telemedicine system.

12. A telemedicine system comprising:

A. a portable frame for supporting electronic equipment;

B. electronic equipment, including a computer, for processing data and audio/video signals, supported by said portable frame;

C. camera and microphone for providing audio/video input (signals) to said electronic equipment;

D. at least two video screens and at least one speaker for providing audio/video output from said electronic equipment;

E. and control software stored in said computer which can

display inputs from said medical instruments, microphone, and camera, in the form of descriptive icons,

share input data with at least one other corresponding telemedicine system in a different location, and

allow the user of the telemedicine system or the user of a telemedicine system to control the display of inputs from said medical instruments, microphone, and camera on multiple video screens through the manipulation of said descriptive icons.

13. A telemedicine system of claim 12 capable of receiving and displaying medical instrument data, microphone input data and camera audio/video input data from a corresponding telemedicine system in real time but only transmits microphone data and camera audio/video input data in real time or time delay to and from a corresponding telemedicine system.

14. A telemedicine system of claim 12 additionally comprising a mouse, a key board, a touch screen enabled video screen or a combination thereof which is capable of transmitting and providing user input to said electronic equipment by touching the video screens, using the mouse, using the keyboard or a combination thereof.

15. A telemedicine system of claim 12 wherein the control software provides:

i. movable descriptive icons representing each of the medical instruments inputs and the camera and microphone inputs from each telemedicine system;

ii. identifiable locations where moveable descriptive icons can be moved to on a video screen to activate audio/video output that corresponds to the input the icon represents; and

iii. non-movable icons that allow the user to control the audio/visual display.

16. The system of claim 12 which has 4 video display screens and is capable of displaying annotated video.

17. A telemedicine system of claim 12 wherein the software stores data from the medical instruments, camera, and microphone on a network or on the hard drive of the computer and associates the data with an icon that appears on the user interface screen.

18. A telemedicine system of claim 12 wherein up to four medical instruments can be in communication with the electrical equipment.

19. A network of telemedicine systems comprising:

A. at least one telemedicine system for integrating multiple medical instruments and capable of transmitting and receiving medical instrument data and real-time audio/video data to and from a corresponding telemedicine system comprising for example;

i. a portable frame for supporting electronic equipment;

ii. electronic equipment, including a computer, for processing data and audio/video signals, supported by said portable frame;

iii. at least two inputs for medical instruments for providing input (data, video and audio) to said electronic equipment;

iv. medical instruments in communication with said electronic equipment through said inputs,

v. camera and microphone for providing audio/video input (signals) to said electronic equipment;

vi. at least two video screens and at least one speaker for providing audio/video output from said electronic equipment; and

vii. control software stored in said computer which can

display inputs from said medical instruments, microphone, and camera, in the form of descriptive icons,

share input data with at least one other corresponding telemedicine system in a different location, and

allow the user of the telemedicine system or the user of a corresponding telemedicine system to control the display of inputs from said medical instruments, microphone, and camera on multiple video screens through the manipulation of said descriptive icons,

wherein the control software provides;

i. movable descriptive icons representing each of the medical instruments inputs and the camera and microphone inputs from each telemedicine system;

ii. identifiable locations where moveable descriptive icons can be moved to a video screen to activate audio/video output that corresponds to the input the icon represents; and

iii. non-movable icons that allow the user to control specific functions of each medical instrument and manipulate said medical instruments audio/visual display; and

B. at least one telemedicine system for receiving and displaying medical instruments, microphone, and camera audio/video input data from a corresponding telemedicine but only transmits microphone, and camera audio/video inputs in real time or time delayed comprising;

i. a portable frame for supporting electronic equipment;

ii. electronic equipment, including a computer for processing data and audio/video signals, supported by said portable frame;

iii. camera and microphone for providing audio/video input (signals) to said electronic equipment;

iv. at least two video screens and at least one speaker for providing audio/video output from said electronic equipment; and

v. control software stored in said computer which can

display inputs from said medical instruments, microphone, and camera, in the form of descriptive icons,

share input data with at least one other corresponding telemedicine system in a different location, and

allow the user of the telemedicine system or the user of a corresponding telemedicine system to control the display of inputs from said medical instruments, microphone, and camera on multiple video screens through the manipulation of said descriptive icons,

wherein the control software provides;

i. movable descriptive icons representing each of the medical instruments inputs and the camera and microphone inputs from each telemedicine system;

ii. identifiable locations where moveable descriptive icons can be moved to on a video screen to activate audio/video output that corresponds to the input the icon represents; and

iii. non-movable icons that allow the user to control specific functions of each medical instrument and manipulate said medical instruments audio/visual display.

20. A network of telemedicine systems of claim 19 which provides audio/video communication and information from medical instruments at a remote location in real time or time delayed.

21. A network of telemedicine systems of claim 19 additionally comprising a mouse, a key board, a touch screen enabled video screen or a combination thereof which is capable of transmitting and providing user input to said electronic equipment by touching the video screens, using the mouse, using the keyboard or a combination thereof.

22. A network of telemedicine systems of claim 19 wherein the software stores data from the medical instruments, camera, and microphone on a network or on the hard drive of the telemedicine system and associates the data with an icon that appears on the user interface screen of any telemedicine systems in the system and is accessed when the icon is moved to a location representing a video screen on the telemedicine system.

23. A network of telemedicine systems of claim 19 wherein accessing an icon associated with the camera and microphone displays the data from the camera and microphone in real time, but accessing and icon associated with a medical instrument displays the data from the medical instrument with a time delay.

24. A network of telemedicine systems of claim 19 wherein the input data displayed can be paused, fast forwarded, or rewound.

25. A network of telemedicine systems of claim 19 wherein said control software allows a remote user to take over the telemedicine system of a doctor examining a patient in order to communicate audio and video signals or use/focus cameras.

26. A network of telemedicine systems of claim 19, wherein the control software measures broadband traffic and reconfigures the speed of the video-consultation automatically.