WO2022127948A1

WO2022127948A1 - Electronic device for normalizing the acidic state of the organism

Info

Publication number: WO2022127948A1
Application number: PCT/CZ2021/000056
Authority: WO
Inventors: Jiří Kašpar
Original assignee: Kaspar Jiri
Priority date: 2020-12-14
Filing date: 2021-12-10
Publication date: 2022-06-23
Also published as: CZ2020674A3

Abstract

An electronic device for normalizing the acidic state of the body by obtaining a negative electric potential of the body and shifting the pH to the desired values of 7.35 to 7.4 units by means of a transmission device which is charged with negative electron by an electron pump, wherein it comprises the electron pump (1010) or the electron pump (2010) for generating a voltage field of any safe voltage, wherein the electron pump (1010, 2010) is connected by the electrical conductor (22) to the transmission device (1020) for transmitting electrons by direct contact of the skin and the electric conductor (23) intended for contact with the skin, wherein the electrical conductor (23) is embedded in the contact element of the transmission device (1020), wherein the electron pump (1010) comprises an electrical power source, in particular a battery (21) and/or an accumulator as a self-contained power source which is connected with its positive pole to the grounding element, in particular the pin of the means socket (20), or to an iron pin driven into the ground, and/or the electron pump (2010) comprises the mains power source (2040). The electron pump is part of the device which can preferably set up and execute, by means of the electronic unit, processes according to programs loaded in the control unit.

Description

Electronic device for normalizing the acidic state of the organism

Field of technology

The invention relates to an electronic device for normalizing the acidic state of the body by utilizing a negative potential from an electrical source .

Prior art

Overacidification of the body is one of the main factors negatively affecting the health of an individual . It is generally known that acidic state of the body is one of the causes of many diseases . Overacidity is caused by an undesirable ratio of positive and negative electrons . The so-called pH can also be expressed in terms of electric potential in millivolts (mV) . The pH 7, i . e . neutral, has an electric potential of 0 mV. Towards acidic pH, the electric potential is positive; towards alkaline pH, it is negative . The pH of the body can be influenced in several ways, either by the appropriate composition of foods that are considered acid-forming or base-forming, or by drinking ionized water .

Measuring the state of the body

The pH, or electric potential of the body, can be best measured with a fluid ORP measuring device (a commonly available technology) , namely by measuring urine . If urine ORP is generally in positive values, i . e . greater than zero, then it can be argued that the body is suffering from overacidification, oxidative stress and an excess of free radicals that cause cell damage in the body. Prolonged states of overacidity gradually lead to excessive fatigue, insufficient blood supply to the organs and subsequently cause the so-called diseases of civilization - diseases of the blood vessels, carcinoma, etc . On the contrary, maintaining ORP in negative values, i . e . less than zero, preferably -20 mV, leads to gradual regeneration of the body, cleansing from pathogens and maintaining vitality.

Therefore, it can be argued that the solutions described below in the patent documents are not capable of ensuring negative values in terms of ORP, since by simply connecting to a ground point, at best a zero ORP value can be achieved, which in effect means overacidification .

Currently, e . g. the solutions described in the following patent documents are known :

The document US2013033121A1 describes a personal grounding device that is used to ground a human being and provides a human being a device to directly and naturally equalize one' s body to the same energy level, or potential, as the Earth . This equalization results in synchronizing the person' s internal biological clocks, hormonal cycles and physiological rhythms, and in supplying the body with healing and free, positively charged electrons (called free radicals) . These are abundantly present on the surface of the Earth . Electrically speaking free radicals have a positive charge . The grounding directly equalizes the body of the person to the same energy level, or potential (zero) , as the Earth. The device is comprised of a closed grid (like a heating pad) in an encasement to form a mat; a lead to the grid from the ground; a ground lead (natural or artificial) ; and means for connecting the field grid to the ground.

The document US2015107022A1 describes a meditation surface configured in such a way to facilitate electrically grounded meditation and method of using same for the purpose of restoring harmony and electrical balance of the individual with the earth during meditation, removing electromagnetic field induced body voltage, re-establishing electric contact with the earth, emulating an aspect of ancient teachings of being grounded during meditation activities, while still preserving comfort, cleanliness and shielding from the elements .

The document US2017000271A1 describes a personal electromagnetic hygiene sleep system for calibrating a human to a baseline bioelectric homeostasis with the human and the environment via stimulus-responsive and performance textiles . These textiles possessing tested and theoretical benefits to the human organism such as : Harnessing the Earth' s electrically negative potential via the Earth' s mobile and free electrons to be an agent that assists in canceling, reducing, or pushing away electric fields from the body as well as serving to help attenuate oxidative stress and damage to the body from positively charged Reactive Oxygen Species (Free Radicals) .

The document CN202354990U describes a bedsheet with silver fibers, including bedsheet fabrics, a socket connector, a lead and a grounding plug. Silver fibers are uniformly arranged in the bedsheet fabrics, the socket connector is fixedly arranged on the bedsheet fabrics and is electrically connected with the silver fibers, one end of the lead is connected with the socket connector, and the other end of the lead is connected with the grounding plug. With the technology scheme, the beneficial effects are provided as following : a human body biological electric field can be correctly kept when a user is in sleep, disturbance of an external electric field to the human body biological electric field is minimized, and simultaneously, static of a human body is led out at the direction from the head to the feet, human body blood circulation is promoted, dropsy is minimized, and simultaneously, the body temperature is adjusted, radiation protection, strong deodorization and antibiosis effects are achieved. Disclosure of the invention

The present invention consists in influencing and normalizing the state of the body when it is overacidified by obtaining a negative electric potential of the body and shifting the pH to the desired values of 7.35 to 7 .4 units by means of a transmission device which is charged with negative electrons by an electron pump .

Thus, the invention consists in providing a device which delivers negative electrons to the body directly from an electrical source and thereby influences the pH of the body to a more alkaline state . The transfer of electrons is accomplished by direct contact of the electrical conductor with the skin .

The electric potential of the earth is considered to be 0 V, i . e . zero potential . The desired pH of the body is in the range of 7 .35 to 7 .4 units, which corresponds to the electric potential of -20 to -25 mV. For the absorption of negative electrons into the body, a higher voltage that the required -25 mV is appropriate, namely up to -40 V.

The device according to the invention in the basic embodiment comprises the electron pump (1010, 2010) electrically connected to the transmission device .

The electron pump for the purposes of this invention is defined as a source of electrical energy, i . e . negative electrons, which is connected to the earth with its positive pole, e . g . by a ground pin, and connected to the body with its negative pole in a suitable manner .

The basic working principle is shown in Fig. 1. The electron pump (1010) is represented here by a battery (21) connected with its positive pole to the ground pin of the mains socket (20) and with its negative pole to the transmission device (1020) representing an electron field. Any suitable electrical conductor (22) may be used to connect the individual components .

Thus, this device comprises the electron pump (1010 ) according to Fig . 1 for generating a voltage field of any safe voltage, wherein the electron pump is connected by the electrical conductor (22) to the transmission device (1020) for transmitting electrons by direct contact of the skin and the electrical conductor (23) , which is in contact with the skin . This electrical conductor is embedded in the contact element of the transmission device (1020) , wherein the electron pump (1010) comprises a battery (21) , accumulator or another similar self- contained source of electrical energy, which is connected with its positive pole to the ground pin of the mains socket (20) or to an iron pin driven into the ground.

This is the simplest connection possible, which lacks any control or adjustment elements . The voltage in this case is determined by the number and type of battery cells and, depending on the type and quantity, it is 1.5 V up to the maximum safe voltage . Different batteries or more cells can be used. The ground pin is, for example, the ground pin of the mains socket; alternatively or in the open air, a metal pin driven into the ground can also be used.

The electron pump may be preferably represented as a part of an electronic unit that transfers negative electrons to the transmission device .

The simple embodiment according to Fig. 2, supplemented with elements of voltage regulation and switch-on time, alternatively comprises a power supply (2040) , which can be a battery or the mains power source (the diagram shows the mains power source) , a voltage regulator (2050) , which is represented e . g . by a transistor (203) controlled by a potentiometer (202) ; furthermore, it includes a time switch (2030) for setting the time of operation, wherein the selection of a suitable switch is obvious to a person skilled in the art, and a commercially produced timer which operates independently and in the range of 0 to 24 hours, i . e . as in the diagram, can be used. Furthermore, this embodiment comprises an electron pump (2010) , which in this case comprises electrolytic capacitors (208) that are charged to the desired (regulated) voltage and are connected with the positive side to the ground pin of the mains socket (20) , and the transmission device (1020) which is connected with any electrical conductor (22) . The device thus simply constructed is as functional as the design shown in Fig. 1.

For practical use, the device is designed with the possibility to regulate voltage and time of operation and the possibility of frequency therapy, which is wholly controlled by a processor, or a control unit containing this processor, and supplemented with a user interface, in particular a display and a control button . The device includes a program loaded into the control unit .

An alternative preferred device comprising the electronic components according to the assembly shown in Fig. 3 and Fig. 4 meets the requirements for the function of the solution according to the invention . The same function may be performed by a different assembly of components, a different processor and a differently written program.

The device is also capable of generating and transmitting to the body frequencies in the range of 1 Hz to 100 kHz, which are suitable for electro-frequency therapies consisting, for example, in frequency stimulation of organs and suppression of microbial load on the body. The frequencies can be selected from preset values located in the memory of the processor . Alternatively, frequencies in the range of 1 Hz to several MHz could also be generated using additional components . The electronic unit in a practical embodiment includes a power supply part (3040) , which comprises a transformer (3) , a bridge rectifier (4) , voltage stabilizers (7) and (8) , and smoothing capacitors (5) . The voltage of 40 V (VEE) is fed to the performance part (3010) where it is regulated to the desired values via an opto-transistor (15) by means of the control unit and used to charge the electrolytic capacitors (208) which, together with the connection of the positive pole to the ground pin (20) , constitute the electron pump (2010) .

The frequency source consists of the opto-transistor (16) which, based on a signal from the control unit, generates the desired frequency of positive pulses and transmits them to the transmission device .

The control unit is preferably on a separate structural board which is connected to the electronic unit by a base (9) . The control unit from the diagram in Fig . 4 comprises the processor and operating circuits . Currently, there is a large assortment of different processors to choose from, including assembled control units capable of performing the same functions as in this case . The electronic unit is equipped with a display (17) and a control button (18) for displaying and setting operating modes .

The electron pump generates a voltage field with the voltage that ensures the flow of negative electrons towards the body. The field voltage is up to -40 volts (safe voltage) , creating the so-called voltage gradient that ensures the passage of negative electrons into the body. The body absorbs this electric potential . The passage of electrons into the body is ensured through the transmission device, thus ensuring an electrically conductive connection to the body surface . The use while sleeping or resting ensures enough time necessary to saturate the body with negative electrons and to shift the pH of the body to the alkaline level .

The electronic unit preferably allows power adjustment from 10 to 100% . The power level is determined by the voltage of the electron field. 10% = -4V, 20% = -8V and so on in 10% increments up to 100% = -40V. Alternatively also continuously in the range of 0 - 40V. The electronic unit can be preferably set to the operating time in the range of 1 to 10 hours . Optionally, the time can be proportioned by time periods - e . g . 1 minute working, 9 minutes not working . Alternatively, a desired range of frequencies can be set .

Frequencies in the said range can be used to stimulate organs in the body or to remove pathogens by the bioresonance method. For the purposes of the present solution, it is important to provide a method of transmitting these frequencies to the body using the transmission device and the use in the sleep mode . The specific individual frequencies and their effect are long-standing, generally known principles that can be found in many studies and are used in a number of devices .

The electronic unit in an alternative practical embodiment according to the diagram in Fig . 3 includes the following elements :

Current fuse 375 mA

Thermal fuse 1A; 84 °C

Transformer 230 / 24 V

Diode bridge rectifier 400 V; 1 A

Electrolytic capacitor 100 uF; 50 VDC 2-phase mains switch

Voltage stabilizer 24 V; 0.5 A Voltage stabilizer 5 V; 0.1 A Base for control unit installation

Resistor 10 kΩ Resistor 1 kΩ

Resistor 56 kΩ

Resistor 100 kΩ

Resistor 220 kΩ

Opto-transistor 4 pin Opto-transistor 5 pin Display 128 x 64 - OLED Button - for setting the device Mains electricity phase

Ground pin of the mains socket

Legend to the diagram:

VEE supply voltage of the electron pump VIN supply voltage 5 V

0V supply voltage 0 V

D3, D4 , Dll , Al, SCL, SDA - processor pins

In the case of the control unit as a stand-alone element, as presented in the diagram of Fig . 4 , the control unit preferably comprises the following elements :

Capacitor 1 uF Capacitor 100 nF

Capacitor 4 .7 uF I 16 V Resistor 1 kΩ Rectifier diode

Overcurrent fuse

Led diode

USB mini socket

Processor ATMEGA328P-AU USB UART IC converter

Crystal 16 MHz Voltage stabilizer 5 V Reset button Legend to the diagram:

VIN supply voltage 5 V

+5V supply voltage 5 V

VUSB supply voltage from USB 0V supply voltage 0 V

The transmission device is designed to transmit electrons through direct contact of the electrical conductor with the skin, the conductor being embedded in the contact element, such as e .g. a bedsheet, fabric pad or sleepwear .

This contact element is e . g. optionally stitched with electrically conductive thread in rows . The contact element is connected to the electronic unit by electrical conductors . The arrangement of the conductor in the contact element may be formed by other alternative means ensuring the transmission of electrons to the skin . The advantage of this solution is the elimination of the need to install various contacts on the body, or to hold electrodes that restrict movement . It also ensures that appropriate therapies can be applied even during sleep .

The electrical conductor is preferably electrically conductive thread which is stitched through a bedsheet or sleepwear, e . g . pyjamas, nightgown, etc . The spacing of the individual rows of electrically conductive thread ranges from 0.1 mm to 500 mm, preferably with a spacing of 70 mm. This component is connected to the electronic unit by means of an electrical conductor, which ensures the generation and transmission of negative electrons to the body through the skin, or also of therapeutic frequencies .

Description of the drawings

Fig . 1 shows the basic functional principle of the invention without control and adjustment elements . Fig . 2 shows the diagram of an alternative embodiment of the device including simple components for regulating and controlling the device, which includes the power supply, the electron pump, the simple voltage regulator and the timer for setting the time .

Fig . 3 shows a diagram of a practical embodiment of the device, which is controlled by the controlling device shown in Fig. 4.

Fig . 4 shows a diagram of the control unit .

Examples of the carrying out of the invention

It is understood that the specific details of the carrying out of the technical solution described and shown below are presented for illustrative purposes and not as a limitation of the technical solution to the examples provided. Persons skilled in the art will find or be able to provide, using routine experimentation, a greater or lesser number of equivalents to the specific carrying out of the technical solution described here . These equivalents will also be included within the scope of the following claims for protection . Components from Fig . 1 to 4 that are not explicitly mentioned in the examples are service components necessary for the proper operation of the device - e . g . resistors, fuses, diodes .

Example 1

Tin electronic device for normalizing the acidic state of the body according to the basic embodiment in accordance with the diagram in Fig. 1, wherein it comprises the electron pump 1010 for generating a voltage field with the voltage of up to -40 volts depending on the voltage and the number of batteries, wherein the electron pump 1010 is connected by the electrical conductor 22 to the transmission device 1020 for transmitting electrons by direct contact of the electrical conductor 23, which is in contact with the skin, wherein the electrical conductor 23 is embedded in the contact element of the transmission device .

Example 2

An electronic device for normalizing the acidic state of the body in Fig . 2 in accordance with the diagram in Fig . 1 and Example 1, where, unlike the device according to Example 1, the electron pump 2010 is part of the electronic unit comprising the power supply 2040 , which is a battery or the mains power source - /mains power source in this case/ , the voltage regulator 2050, which is e . g . the transistor 203 controlled by the potentiometer 202, the time switch 2030 for adjusting the operation time, the electron pump 2010, represented here by electrolytic capacitors 208 connected with the positive pole to the ground pin 20 and with the negative pole to the transmission device 1020 .

Example 3

An electronic device for normalizing the acidic state of the body according to the basic embodiment in accordance with the diagram in Fig . 1 and 2 , Example 1 and 2 , wherein the electronic unit according to the alternative preferred embodiment comprises elements according to the diagram in Fig . 3 and 4 , wherein Fig. 3 shows as another preferred embodiment the electronic unit, wherein this electronic unit comprises the power supply part 3040 , the performance part 3010 , the electron pump 2010 . The voltage regulating element 15 and the element that generates frequences from 1 Hz to 100 kH 16 are controlled by the processor /control unit/, which is shown separately in Fig. 4 and is installed in the device by means of the base 9. The electronic unit also contains the display 17 and the control button 18 for setting the operating modes . The transmission device 1020 and the interconnecting conductor 22 form integral parts . The voltage (VEE) is regulated to the desired values via the opto-transistor 15 by means of the control unit and used to charge the electrolytic capacitors 208 which, together with the connection to the ground pin 20, constitute the electron pump, i . e . the source of the desired voltage .

The electronic unit regulates the switch-on time of the device by means of the control unit, which either generates the voltage on the component 15 , which means that the device operates, or it does not generate the voltage and the device does not operate . In addition to the commands of the control unit, the device can be switched off by means of the mechanical switch _6.

Frequencies in the specified range are generated by switching on the component 16 by means of the control unit, thus generating the desired frequencies which are transmitted to the transmission device .

With the use of additional components, the device is optionally capable : of generating and transmitting to the body frequencies in the range of 1 Hz to 10 MHz .

The electrical conductor 23 is preferably electrically conductive thread which is implemented in the contact element of the transmission device 1020, optionally by stitching it, for example, through a bedsheet or sleepwear . The spacing of the individual rows of electrically conductive thread ranges from 0.1 mm to 500 mm, preferably with a spacing of 70 mm. This component is connected to the electronic unit by means of the electrical conductor 22 .

Industrial applicability

The present invention is useful for optimizing the state of the body when it is overacidified and for relaxation and rehabilitation purposes .

Claims

PATENT CLAIMS

1. The electronic device for normalizing the acidic state of the body, characterized in that it comprises the electron pump (1010) or the electron pump (2010) for generating a voltage field of any safe voltage, wherein the electron pump (1010 , 2010) is connected by the electrical conductor (22) to the transmission device (1020) for transmitting electrons by direct contact of the skin and the electrical conductor (23) intended for contact with the skin, wherein the electrical conductor (23) is embedded in the contact element of the transmission device ( 1020) , wherein the electron pump (1010 , 2010) comprises the electrical power source, in particular the battery (21) and/or the accumulator as a self-contained power source which is connected with its positive pole to the grounding element, in particular the pin of the mains socket (20) , or to an iron pin driven into the ground, and/or the electron pump (1010, 2010) comprises the mains power source (2040 ) .

2. The electronic device according to Claim 1, characterized in that the electron pump (2010) is part of the electronic unit, wherein the electronic unit comprises the mains power source (2040) as the power supply unit, the voltage regulator (2050) , wherein the voltage regulator (2050) comprises the transistor (203) controlled by the potentiometer (202) . Furthermore, the electronic unit comprises the time switch (2030) for adjusting the operating time of the electronic device .

3. The electronic device according to Claim 2, characterized in that the electron pump (2010) comprises electrolytic capacitors (208) connected to the mains power source (2040 ) and the voltage regulator (2050) .

4. The electronic device according to Claim 3, characterized in that the electronic unit is connected to the control unit comprising the processor (38) , wherein the electron pump (2010) comprises the opto-transistor (15) as the voltage source, wherein the control unit is adapted to control the opto- transistor (15) by sending signals via the D3 pin of the processor (38) .

5. The electronic device according to Claim 3 or 4, characterized in that the electronic device includes the opto-transistor (16) for generating frequencies in the range of 1 Hz to 100 kHz, wherein the control unit is adapted to control the opto- transistor (16) by sending signals via the Dll pin of the processor (38) .

6. The electronic device according to any Claim 2 to 5, characterized in that it comprises the display (17) and the button (18) for setting and displaying the status of the device .

7. The electronic device according to any Claim 1 to 6, characterized in that the electrical conductor 23 is electrically conductive thread and/or thin electrically conductive wire and/or electrically conductive element implemented in the contact element of the transmission device 1020, with the spacing of the individual rows of electrically conductive thread ranging from 0.1 mm to 500 mm, preferably with a spacing of 70 mm.

8. The electronic device according to any Claim 7 , characterized in that the contact element is a bedsheet and/or a sleeping pad and/or a seating pad and/or a garment and/or a fabric . List of reference numerals

1 . Current fuse

2. Thermal fuse

3. Transformer 230 I 24 V

4. Diode bridge rectifier

5. Electrolytic capacitor

6. 2-phase mains switch

7 . Voltage stabilizer

8. Voltage stabilizer

9. Base for control unit installation

10. Resistor

11. Resistor

12. Resistor

13. Resistor

14. Resistor

15. Opto-transistor

16. Opto-transistor

17. Display

18. Button - for setting the device

19. Mains electricity phase

20. Ground pin of the mains socket, or pin driven into the ground

21. Battery

22. Electrical conductor

23. Electrically conductive thread

30. Capacitor

31. Capacitor

32. Capacitor

33. Resistor

34. Rectifier diode

35. Overcurrent fuse

36. Led diode

37. USB mini socket

38. Processor

39. USB converter

40. Crystal

41. Voltage stabilizer

42. Reset button

201. Resistor

202 . Potentiometer

203. NPN transistor

208. Electrolytic capacitor

1010. Electron pump /variant with battery/

1020. Transmission device for transmitting electrons

2010. Electron pump /variant with electrolytic capacitors/

2030. Timer for setting switch-on / switch-off time

2040. Power supply unit from Fig. 2

2050. Voltage regulator from Fig . 2

3010. Performance part from Fig . 3

3040. Power supply unit from Fig. 3

VEE supply voltage of the electron pump

VIN supply voltage 5 V

0V supply voltage 0 V

D3, D4, Dll, Al, SCL, SDA - processor pins

VIN supply voltage 5 V

+5V supply voltage 5 V

VUSB supply voltage from USB