Method for measuring human body aura and system therefor

• US 20030023145A1
• Filed: 07/26/2001
• Published: 01/30/2003
• Est. Priority Date: 02/05/2001
• Status: Active Grant

• Current Assignee: Sun Co Ltd (AB Volvo)
• Original Assignee: BR System Co., Ltd.
• Inventors: Ahn, Seung-Chan, Lee, Seung-Heun, Lee, Eul-Soon
• Granted Patent: US 6,746,397 B2
• Time in Patent Office: Days
• US Class Current: 600/300
• CPC Class Codes: A61B 5/02055 Simultaneously evaluating both cardiovascular condition and temperature
• CPC Class Codes: A61B 5/389 Electromyography [EMG]
• CPC Class Codes: A61B 5/4854 Diagnosis based on concepts of traditional oriental medicine
• CPC Class Codes: A61B 5/6825 Hand
• CPC Class Codes: Y10S 128/92 Computer assisted medical diagnostics

Abstract

The system for measuring aura of a human body according to the present invention includes: an aura sensing part 1 to be contacted to a human body, for measuring the physiological signals of the human body; and a data processing system 2 for processing the aura data of the physiological signals. Further, the aura sensing part according to the present invention includes a left hand measuring sensor 100 and a right hand measuring sensor 200, to be contacted to the palms of the human body. The left hand measuring sensor 100 according to the present invention includes: a thumb sensor 105, a first finger sensor 104, a second finger sensor 103, a third finger sensor 102, a fourth finger sensor 101, an upper palm sensor 106, an intermediate palm sensor 107 and a lower palm sensor 108, for measuring the physiological signals radiating from the fingers and palm. The right hand measuring sensor 200 according to the present invention includes: a thumb sensor 201, a first finger sensor 202, a second finger sensor 203, a third finger sensor 204, a fourth finger sensor 205, an upper palm sensor 206, an intermediate palm sensor 207 and a lower palm sensor 208, for measuring the physiological signals radiating from the fingers and palm. The data processing system 2 according to the present invention includes: a computer 21 for processing the obtained data; a monitor 22 and/or a printer 23 for outputting the processed data; and a camera 24 for photographing the person as a test object.

Claims

1. A system for measuring aura of a human body comprising:

an aura sensing part to be contacted to two palms, for measuring the physiological signals of the human body; and

a data processing system for processing the aura data of the physiological signals,

wherein the data processing system includes a computer for processing the obtained data;

a monitor and/or a printer for outputting the processed data; and

a camera for photographing the person as a test object.

2. The system for measuring aura of a human body of claim 1 wherein said aura sensing part comprises a left hand measuring sensor and a right hand measuring sensor, to be contacted to the palms of the human body, wherein the left hand measuring sensor includes a thumb sensor, a first finger sensor, a second finger sensor, a third finger sensor, a fourth finger sensor, an upper palm sensor, an intermediate palm sensor and a lower palm sensor, for measuring the physiological signals radiating from the fingers and palm, and the right hand measuring sensor includes a thumb sensor, a first finger sensor, a second finger sensor, a third finger sensor, a fourth finger sensor, an upper palm sensor, an intermediate palm sensor and a lower palm sensor, for measuring the physiological signals radiating from the fingers and palm.

4. The system for measuring aura of a human body of claim 1 wherein said aura sensing part comprises a left foot sole measuring sensor and a right foot sole measuring sensor, wherein the left foot sole measuring sensor includes a front foot sole sensor and a rear foot sole sensor, and the right foot sole measuring sensor includes a front foot sole sensor and a rear foot sole sensor.

3. A system for measuring aura of a human body comprising:

an aura sensing part to be contacted to two feet soles, for measuring the physiological signals of the human body; and

a data processing system for processing the aura data of the physiological signals,

wherein the data processing system includes a microcomputer for processing the measured data;

an LCD for outputting the processed data;

an external interface for transmitting the measured data to an external apparatus or for receiving an analyzed data from an external apparatus; and

a user button for manipulating the computer system to watch the aura data expression results.

5. A system for measuring aura of a human body comprising:

an aura sensing part to be contacted to two fingers, for measuring the physiological signals of the human body; and

a data processing system for processing the aura data of the physiological signals,

wherein the aura sensing part includes a left finger sensor and a right finger sensor, and the data processing system includes a microcomputer for processing the measured data;

an LCD for outputting the processed data;

an external interface for transmitting the measured data to an external apparatus or for receiving an analyzed data from an external apparatus; and

a user button for manipulating the computer system to watch the aura data expression results.

6. A method of measuring aura of a human body comprising:

(a) putting the system for measuring aura of a human body to an initial status by driving the program for measuring the aura;

(b) contacting two palms on an aura sensing part for measuring physiological signals of a human body;

(c) reading the physiological signals of the human body from the sensors with the system; and

(d) displaying the aura image of the physiological signals on a monitor.

7. The method of measuring aura of a human body of claim 6, which further comprises:

after step (a), selecting a mode to use a camera for taking a picture of the person tested; and

optimizing the picture image of the person with a computer program.

8. The method of measuring aura of a human body of claim 6, which further comprises:

after step (a), selecting a mode to use a timer through a program; and

delaying reading of the physiological signals of the person tested for about 5□

10 seconds.

9. The method of measuring aura of a human body of claim 6, which further comprises:

storing the displayed aura image in a form of file; and

printing the displayed aura image with an interpretation out with a printer.

10. A method of measuring aura of a human body comprising:

(a) putting the system for measuring aura of a human body to an initial status by driving the program for measuring the aura;

(b) contacting two feet soles on an aura sensing part for measuring physiological signals of a human body;

(c) reading the physiological signals of the human body from the sensors with the system; and

(d) displaying the aura image of the physiological signals on a monitor.

11. A method of measuring aura of a human body comprising:

(a) putting the system for measuring aura of a human body to an initial status by driving the program for measuring the aura;

(b) contacting two fingers on an aura sensing part for measuring physiological signals of a human body;

(c) reading the physiological signals of the human body from the sensors with the system; and

(d) displaying the aura image of the physiological signals on a monitor.