SI9900086A - Pulsating magnetic field generator - Google Patents

Abstract

The pulsating magnetic field generator allows for example the selection of one frequency, most suitable for the user, where the frequency refers to the magnetic impulse of a certain magnetic field density. The device is of miniature size to allow users to carry it around the neck as a pendant or to be attached directly to the affected area. The generator emits the required frequency of the pulsating magnetic field, selected by the user or therapist depending on the required effect of the subject of the invention for the user

Description

Pulsed magnetic field generator, medical aids, therapeutic aids.

View the problem

The invention deals with the problem of such a construction of a pulsating magnetic field generator that will allow, for example, the selection of a single, most advantageous frequency for the user, the frequency referring to a magnetic pulse of a certain magnetic field density, wherein the device will be of a miniature embodiment so that it can be used by the user Worn around the neck as a pendant or can be attached directly to the diseased area.

The state of the art

The invention is an improved version of the invention published and protected by patent SI 9500048 (patent for shortened duration) and the applicant fully refers to it and avoids repetition by reference (incorporated by reference).

Description of the new solution

The subject of the present invention is a pulsed magnetic field generator that emits specifically shaped magnetic pulses of essentially the shape as presented in patent SI 9500048, Figure 3, lasting substantially t = 52ps with a maximum magnetic field B _t = 250pT and the possibility of continuous frequency control in range 1.7 Hz to 28 Hz. In the specific embodiments, the operating time is t-52 ^ s ± 5%, which is a significant novelty in comparison with the prior art. Also essential is the design of the device, which enables miniaturization and ease of use.

The pulsating magnetic field generator, for example, allows one to select one of the most favorable frequencies for the user, the frequency referring to a magnetic pulse of a given magnetic field density, and will be of a miniature device so that the user can wear it around the neck as a pendant or to attach it directly to a diseased place. The generator emits such a frequency of pulsed magnetic field selected by the user or therapist depending on the desired effect of the object of the invention on the user.

The individual frequency of the pulsed magnetic field of the generatoi in the range emitted by the object of the invention thus benefits the user, namely:

Frequency essentially 7.83 Hz particularly advantageous for users suffering from one or more of the following problems, accelerated heart function, blood pressure, inflammation of the prostate, neurosis, illness travel, insomnia, stress, fear and / or tension, menopause;

A frequency of essentially 2 Hz is particularly advantageous for more sensitive persons in a state of fear and / or stress and / or insomnia;

A frequency of essentially 3.9 Hz is particularly advantageous for the more vulnerable persons in fear and / or stress and / or insomnia and / or for those suffering from incontinence;

The frequency of essentially 5 Hz is particularly advantageous for the more vulnerable persons in fear and stress and insomnia and / or for those suffering from incontinence;

A frequency of essentially 10 Hz is particularly advantageous for users suffering from one or more of the following problems: abdominal pain, swelling due to various causes, insomnia;

Essentially 12 Hz frequency especially suitable for users suffering from one or more of the following problems: headaches, migraines, rheumatic inflammation, asthma, disorders of arterial and venous lymphatic circulation, painful menstruation, neurovegetive dystonia with sympathicotonus, dizziness, skin allergies , ulcers, shins, wounds;

A frequency of essentially 15.6 Hz is particularly advantageous for users suffering from one or more of the following problems: back and back pain, sciatica, skeletal chest pain, limb and joint pain;

A frequency of essentially 20 Hz is particularly advantageous for users suffering from one or more of the following problems: muscle cramps, inflammation of the nerves;

A frequency of essentially 22 Hz is particularly advantageous for users suffering from one or more of the following problems: peripheral facial nerve paresis, low blood pressure, psychosomatic syndrome, low blood pressure neurovegetative dystonia;

A frequency of essentially 23.49 Hz is particularly advantageous for users suffering from one or more of the following problems: fractures and / or sports injuries, severe pain, decreased resistance and / or malaise at the negative phase of biorhythm;

Frequency in a special mode of operation, where the apparatus emits essentially 40 Hz for a certain period of time, in a specific embodiment 45 minutes, and essentially 19.5 Hz after this time, and is particularly advantageous for users suffering from one or more of the following: medication problems, acute pain.

Frequency in special mode of operation, where during the day the apparatus emits a pulsating magnetic field with a frequency of essentially 19 Hz and at night a frequency of essentially 2 Hz.

In doing so, the frequency is selected either by the user or by the therapist using the subject matter of the invention and the frequency that he thinks will most favorably affect the user.

The essence of the invention is explained in more detail below with a description of the embodiments and the accompanying drawings, the drawings being part of the present patent application and the drawings show:

1 is a device according to the invention, namely a circuit (1), a BI alkaline battery (2), a coil with Fe core LI (3), an LED for controlling the operation of D3 (4), a button for turning on, off and controlling the operation of SW1 (5) and housing (6).

In Fig. 2 is a schematic diagram of a generator according to the first embodiment of the invention, namely a circuit diagram comprising elements IC1, IC2, IC3, T1, D1, D2, D3, R1, R2, R3, R4, R5, Cl, C2, C3, C4 , C5,

SW1, P1.

In Figure 3, the schematic diagram of a second embodiment of the invention is a circuit diagram comprising elements ICI, IC2, T1, D1, D2, R1, R2, R3, R4, R5, R6, R7, Cl, C2, C3, C4 , C5, SW1, P1.

In Fig. 4 is a schematic diagram of a generator according to a third embodiment of the invention, namely a circuit diagram comprising elements ICI, T1, D3, R1, R2, R3, R4, R5, Cl, C2, Cel, SW1, Ql.

According to the first embodiment, the invention is made on a printed circuit comprising the following elements: ICI type 4093 integrated circuit, IC2 type 4093, ICHC type 74HC74; transistor Tl of NPN type 0.2 A;

diodes Dl type 1N4148, D2 type 1N4148, D3 type LED green (4);

resistors Rl of resistance 33 kQ with active alignment, R2 of resistance 1500Ω with active alignment, R3 of resistance 330 kg, R4 of resistance 3300 kQ, R5 of resistance 10 ΜΩ; condensatoi Cl capacitance InF, C2 from tantalum capacitance 33pF, C3 from tantalum capacitance lpF, C4 capacitance 47 nF, C5 capacitance 220 nF; switch SW1;

potentiometer Pl resistor 2 ΜΩ;

wherein the interconnection of the elements is shown in Figure 2. In doing so, it enables the IC type

4093 1 V switching at 3V power supply and frame values for setting the frequency from 1.7 Hz to 28 Hz apply, in which case this is done by turning Pl. With resistor R2, the current through the coil L1 (3) can be adjusted to 145 mA ± 5%. In the embodiment, the pulse length is formed by the element R1 and C2. The LI coil (3) is connected to the described circuit, which transforms the amplified pulses into a suitable magnetic field with a suitable frequency and strength, as well as a battery, most often alkaline, BI (2), which serves to power the generator with electricity. The SW1 key (5) is used for switching on, off and controlling the device, in the specific embodiment it is adapted to switch the device off with a short one-time press, for a long time pressing (eg 3 seconds), to switch off, and at Generation is already switched on with a short, one-off re-operation. The LED (4) is used to control the operation of the generator. A specific time (after eight seconds) flashes in the specific execution prime after switching on in the rhythm of the preset frequency. After this time, the LED (4) goes out to save battery power. Despite switching off the LED (4), the generator continues to emit a magnetic field until it switches off, that is, until the button is pressed for a long time (in the embodiment, 3 seconds, the LED (4) is lit continuously, and when the pressure is released it goes off). The user controls the operation by pressing the button again briefly while the generator is operating, and the LED responds the same as when it was switched on - flashing briefly and then turning off. The potentiometer Pl is used for continuous tuning of the frequency of magnetic pulses.

According to another embodiment, the invention is made on a printed circuit comprising the following elements: integrated circuit IC1 of type 4011, IC2 of type 74HC00; transistor Tl of PNP type 0.2 A;

diodes Dl type 1N4148, D3 type LED green (4);

resistors Rl of resistance 2.2 ΜΩ, R2 of resistance 680 kilos, R3 of resistance 82 kD with active alignment, R4 of resistance 270 E, R5 of resistance 2200 Ω with active alignment, R6 of resistance 10 ΜΩ, R7 of resistance 12 k £ l, R8 of resistance 4, 7 ΜΩ;

capacitors Cl capacitance 220nF, C2 capacitance InF, C3 capacitance 47 nF, C4 capacitance 1 μΕ, C5 capacitance 33 μΕ; switch SW1;

potentiometer Pl resistor 4.7 ΜΩ;

the interconnection of the elements is shown in Figure 3. The coil Ll (3) is connected to the circuit described, which transforms the amplified pulses into a suitable magnetic field with a suitable frequency and strength, and a battery, most often alkaline, BI (2), which is used for power supply. generator with electricity. The SW1 key (5) is used for switching on, off and controlling the device, in the specific embodiment it is adapted to switch the device off with a short one-time press, to switch off the device for a long time (eg 3 seconds), and at With the generator already switched on, the device is checked again with a short, one-time re-press. The LED (4) is used to control the operation of the generator. In the specific embodiment, after a start, a certain time (in the specific embodiment, eight seconds) flashes in the rhythm of the preset frequency. After this time, the LED (4) goes out to save battery power. Despite switching off the LED (4), the generator continues to emit a magnetic field until it switches off, that is, until the button is pressed for a long time (in the case of 3 seconds, the LED (4) is lit continuously, and when the pressure is released it goes off). The user controls the operation by pressing the button again briefly while the generator is operating, and the LED (4) responds in the same way as when it was switched on - flashes briefly and then switches off. The potentiometer Pl is used for continuous tuning of the frequency of magnetic pulses.

According to a third embodiment, the invention is made on a printed circuit comprising elements: an IC1 integrated circuit of type PIC 12C508. A microcontroller IC1 has a program that generates the length and frequency of the magnetic pulse, generates a pulse for the I BP diode D3 (4), which flashes at a frequency of 1.6 Hz throughout the operation of the apparatus, and in a specific embodiment limits the duration of the operation of the apparatus to a specific time, in the specific embodiment 5 hours; 200 mA NPN type Tl transistor;

D3 LED type green (4);

resistors Rl of resistance 2kQ with active alignment, R2 of resistance 220E, R3 of resistance lOkfl, R4 of resistance lOOkfl, R5 of resistance 1.2 kfl;

condensatoi Cl of capacitance 22pF, C2 of capacitance 22pF, Cel of capacitance 33;

switch SW1;

crystal Q1 frequency 77.5 kHz;

the interconnection of the elements can be seen in Figure 4. The coil L1 (3) is connected to the circuit described, which transforms the amplified pulses into a suitable magnetic field with a suitable frequency and strength, and a battery, most often alkaline, BI (2), which is used for power supply. generator with electricity. The SW1 key (5) is used to switch on, off and control the device, in which case it is adapted to switch off the device by briefly pressing the key once, with a prolonged pressure (eg 3 seconds). The LED (4) is used to control the operation of the generator. In the specific embodiment, after switching on, the LED (4) flashes all the time when the apparatus emits a magnetic field and goes off after the apparatus ceases to operate. In an additional embodiment, the appliance ceases to operate after a certain period of time has elapsed (in the specific embodiment, five hours after switching on). For resistor R1, an active alignment is performed to adjust the current through coil LI (3), in the specific embodiment 145 mA ± 5%.

In each of the embodiments described, the frequency appropriate to the user can be set at the time of construction of the individual circuit, thus simplifying the use for the user. The object of the invention may be constructed in suitable dimensions for the wearer to be able to wear it around the neck or to attach it directly to the diseased position.

It is to be understood that the described solution can also be implemented in a different design, but does not alter the content of the invention.

For Poznik Willie:

Dr. Jure Mam, B.Sc.

Claims (19)

PATENT APPLICATIONS A pulsed magnetic field generator, characterized in that it emits specially designed magnetic pulses with a duration of substantially t = 52 ps and a power of up to B _t = 250pT. 2. A pulsed magnetic field generator, characterized in that the frequency of the pulsed magnetic field is continuously adjustable from 1.7 Hz to 28 Hz. 3. A pulsed magnetic field generator, characterized in that it comprises means for generating a magnetic field, means for generating a magnetic field, means for determining the frequency of the magnetic field, and control means connected thereto. A pulsed magnetic field generator according to any one of claims 1 to 3, characterized in that it comprises a key (5) for switching on, off and controlling the operation of the apparatus. A pulsed magnetic field generator according to any one of claims 1 to 3, characterized in that it comprises an on and off button (5) and an LED (4), which by operation indicates the operation of the generator. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the generator automatically ceases to function after a certain period of time. 7. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that it is constructed in suitable dimensions for the wearer to be able to carry it around the neck or to attach it directly to the diseased site. 8. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field at a frequency of substantially 7.83 Hz, which is particularly advantageous for users suffering from one or more of the following problems: accelerated heart function, blood pressure, inflammation of the prostate, neurosis, illness travel, insomnia, stress, fear and / or tension, menopause. 9. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field at a frequency of substantially 2 Hz, which is particularly advantageous for the more sensitive persons in a state of fear and / or stress and / or insomnia . A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field at a frequency of substantially 3.9 Hz, which is particularly advantageous to the more sensitive persons in a state of fear and / or stress and / or insomnia and / or for persons suffering from incontinence. 11. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field at a frequency of substantially 5 Hz, which is particularly advantageous for sensitive persons in a state of fear and stress and insomnia and / or persons suffering from incontinence. 12. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field at a frequency of substantially 10 Hz, which is particularly advantageous to users suffering from one or more of the following problems: abdominal pain, swelling due to various causes, insomnia. 13. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field with a frequency of substantially 12 Hz, which is particularly advantageous to users suffering from one or more of the following problems: headaches , migraine, rheumatic inflammation, asthma, disorders of arterial and venous lymphatic circulation, painful menstruation, neurovegetative dystonia with sympathicotonus, dizziness, skin allergies, bruises, ulcers, shins, wounds. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field with a frequency of substantially 15.6 Hz, which is particularly advantageous to users suffering from one or more of the following problems : back and back pain, sciatica, skeletal chest pain, pain in the extremities and joints. 15. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed ¹³ magnetic field with a frequency of essentially 20 Hz, which is particularly advantageous to users suffering from one or more of the following problems : muscle spasms, inflammation of the nerves. 16. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field at a frequency of substantially 22 Hz, which is particularly advantageous to users suffering from one or more of the following problems: peripheral facial nerve paresis, low blood pressure, psychosomatic syndrome, low blood pressure neurovegetative dystonia. 17. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field with a frequency of substantially 23.49 Hz, which is particularly advantageous to users suffering from one or more of the following problems, fractures and / or sports injuries, severe pain, decreased resistance and / or malaise at the negative phase of biorhythm. 18. A pulsed magnetic field generator according to any one of the preceding claims, characterized in that the pulsed magnetic field generator emits a pulsed magnetic field at a frequency in a specific mode of operation, where the apparatus emits essentially 40 Hz for some time, and essentially expires after this time. 19.5 Hz and is particularly advantageous for users suffering from one or more of the following problems: medication problems, acute pain. 19. A pulsed magnetic field generator according to any of the preceding claims, characterized in that the pulsed magnetic field generator emits a magnetic field with a frequency in a special mode of operation, where during the day the apparatus emits a pulsed magnetic field with a frequency of essentially 19 Hz and at night a pulsating magnetic field a frequency field essentially 2 Hz.