WO2004043247A1 - Electrosomatogram - Google Patents

Abstract

Device for performing a functional medical diagnosis of the human body. The invention relates to a device which permits the carrying out of a health check by recording six skin zones, comprising a housing (7), connector cable, (3), electrodes (4; 5; 6) and a computer. Said device is suitable for a rapid diagnosis and for medical follow-up for the medical and paramedical professions.

Description

 ELECTROSOMATOGRAMME

The present invention relates to an electronic and computer device for medical functional diagnosis of organs and systems of the human body.

This static and dynamic functional diagnosis of the whole organism (organs, zones and systems) is presented in the form of diagrams and graphs.

The diagnosis is made in 30 seconds (basic) or 3 minutes (more in-depth adaptive). DDF AO is composed of:

> Software

> A measuring device:

• a motherboard,

• a housing.

> 6 brass electrodes

> A connection system:

• Cable connecting the box to the computer via the printer socket

• Cables connecting the housing to the electrodes. Principle of operation:

The electrodes are in contact with the skin

• 2 at the front

• 2 in the hands

• 2 feet

A DC voltage (1.28V supplied by a 6 V battery or the USB port of a computer) is transmitted to the electrodes successively and alternately and 22 zones of reorganism are recorded by measuring the conductivity of the tissues crossed, allowing d '' indicate the operation of these. Information is transmitted as digital signals to software, which transforms information into diagrams and graphs

Operating principle of the measuring device: -Technical data

The DDFAO device converts signals into digital form in order to obtain a diagnosis by electrical stimulation of biologically active points on the skin. A voltage of 1.28 V is applied to 6 electrodes: 2 to the hands, 2 to the feet, 2 to the forehead and the results are acquired by means of 7 measurement channels. The device works in coupling with a PC / AT type computer via the LPT or USB parallel port. The electrical measurement current is supplied by a transformer or the USB port

Technical specifications of the device:

Les dessins annexés illustrent l'invention : Figure 1. - schéma électronique de la carte mère. Figure 2. - schéma électrique de la carte mère, Figure 3. - schéma des câbles boîtiers -électrodes, Figure 4. - schéma des électrodes Front, Figure 5. - schéma des électrodes Mains, Figure 6. - schéma des électrodes Pieds, Figure 7. - schéma de l'appareil avant et arrière.

The accompanying drawings illustrate the invention: Figure 1. - electronic diagram of the motherboard. Figure 2. - electrical diagram of the motherboard, Figure 3. - diagram of the enclosure-electrode cables, Figure 4. - diagram of the front electrodes, Figure 5. - diagram of the hand electrodes, Figure 6. - diagram of the foot electrodes, Figure 7. - diagram of the front and rear device.

Device structure:

The structure of the device consists of a motherboard in a plastic case. The front panel receives the following elements:

• Green "Power" indicator diode lamp, (7)

• Yellow "Charge" indicator LED (7)

• 4 RCA RP-1 connectors (Feet Hands Front Diagnostic) (7)

• 2 red and orange "Say charge" indicator LEDs (7) The orange indicator lights up when the battery is half discharged.

• Copper audio transmission cables (high conductivity) connected to the “brass” electrodes.

The rear panel recoiffes following elements: "on / of" switch (7)

• DB-25 socket / connector "- printer" (7)

• DB-25 "computer" socket (7)

• Electric power cable socket for recharging the battery.

In order to increase the level of electrical safety, it is expected that the converter circuit will only work when the external 220 V power source is disconnected.

Claims

1) Functional medical diagnostic device by recording six areas at the level of the skin, characterized in that it comprises a measurement unit connected on the one hand to a computer and specific software and on the other hand by means of audio cables to brass electrodes. 2) Device according to claim 1 characterized in that the housing is connected by connection to the printer socket or the USB port of the computer. (7) 3) Device according to claim 1 or claim 2 characterized by a direct voltage of 1.28V at the electrodes during operation of the device. (7) 4) Device according to any one of the preceding claims, characterized in that the cables have a high conductivity in copper. (3) 5) Device according to any one of the preceding claims, characterized in that the electrodes in contact with the skin are made of brass or gold. (4; 5; 6)