JP7622176B2 - Alpha wave oscillation necklace - Google Patents

Description

The present invention relates to a necklace that emits electrical stimulation of the average alpha waves of healthy young people.

When alpha waves appear in the human brain, a hormone called beta-endorphin is secreted. Beta-endorphin has excellent medicinal properties, preventing aging and enhancing the body's natural healing ability. It has also been confirmed under a microscope that when natural killer cells, which are famous for fighting cancer, come into contact with beta-endorphin, they undergo a blastogenesis and rejuvenation phenomenon.
The opposing hormone, norepinephrine, is a highly toxic hormone that accelerates aging and induces disease, but its secretion stops along with the secretion of beta-endorphin.
Beta-endorphin is also known as the brain's morphine, and when secreted it brings about a feeling of euphoria, pain relief, and sedative effects.
In order to generate alpha waves, you can relax, engage in self-harm, or see or hear things that you find beautiful, but this varies from person to person and may have the opposite effect.
Clinical results have also shown that the frequency of alpha waves decreases with age, decreasing their occurrence rate.

To control brainwaves, there is a treatment for nervous system diseases called deep brain stimulation (DBS), in which holes are drilled into the skull and electrodes are implanted deep in the brain, causing electrical signals to resonate. It has been proven that the brain resonates with electrical stimulation, but the risks are too great for people who are not yet ill.

Patent Publication 2013-500050 Medical device for electrical stimulation

"Brain Revolution" by Shigeki Haruyama, Sunmark Publishing, 1995 Shigeki Haruyama, "Brain Revolution 2" Sunmark Publishing, 1996

The problem to be solved is to make it easy to remove when not needed.

The present invention is characterized by the use of a storage battery to make it cordless, allowing it to be worn as a necklace, and making it easy to attach and remove.

As mentioned above, the only ways to secrete alpha waves and beta endorphins were through relaxation, self-harm, seeing or hearing something beautiful, etc., which all vary from person to person. However, the accessory of the present invention can accurately transmit the frequency of alpha waves to the nerves as electrical stimulation, and can be easily worn without putting any strain on the body or skin.

To confirm the effectiveness of the present invention, 10 randomly selected subjects, ranging in age from teenagers to those in their 80s, from healthy people to those with chronic illnesses, were asked to wear the necklace of the present invention for 30 minutes in a silent, dark room, exposed only to the stimulation provided by the present invention, and then interviewed about their physical sensations and physical condition.

As a result, about 90% of the subjects commented that their bodies felt lighter. As shown in Table 1 below, it was confirmed that by wearing the necklace-type accessory of the present invention, β-endorphin, which is secreted along with α waves, was significantly secreted.

FIG. 2 is a front view of the entire necklace. FIG. FIG.

Using a storage battery as the energy source, an electrical pulse is generated by a quartz oscillator, the voltage is controlled by a volume, and electrical stimulation is applied to the back of the neck by electrodes placed 4 to 6 cm apart just below the skull at the back of the neck.
Tuning is done using a mobile application connected via Bluetooth (registered trademark), and operation is confirmed using the LED on the front of the unit. The above-mentioned storage battery, crystal oscillator, volume, and LED are placed on a board and made into an on-board COB chip, making it small and lightweight in a necklace type.

The total length is 45cm to 70cm, and the necklace chain is covered with a silicone rubber tube.

The output is in the alpha wave range of 8 to 13 Hz, at the 30 to 120 microvolts that the human brain constantly produces, and is tuned via a mobile application connected via Bluetooth (registered trademark) .

Turn on the main unit, adjust the output, turn the LED on and off, and tune the LED lighting pattern, then wear it around your neck.

It is lightweight and comes in a necklace type, so it can be worn by people of all ages and genders except when bathing.

1 Chip-on-board built-in main body 6 Crystal oscillator 2 Buckle 7 Volume 3 Lead wire built-in necklace 8 LED
4 Electrode 9 Charging port 5 Storage battery 10 Bluetooth (registered trademark) transmitter 11 Silicon tube covering

Claims (4)

A necklace having a ring body,
A storage battery included in a main body provided on the annular body serves as an energy source, and the main body generates an electrical signal having an alpha wave frequency of 8 to 13 Hz by oscillating an electrical pulse;
the annular body is a necklace chain portion covered with a silicone rubber tube, and the main body outputs the generated electrical signal through the necklace chain portion via a pair of electrodes provided on the annular body at the farthest part from the main body so as to be spaced 4 cm to 6 cm apart just below the occipital skull at the back of the neck , thereby transmitting an electrical stimulus from the neck to a nerve;
The main body is configured to transmit the 8 to 13 Hz alpha wave frequency from 30 microvolts to 1
A necklace that outputs 20 microvolts. The necklace according to claim 1, wherein the main body is a chip-on-board built-in main body in which an LED is arranged. The main body is a chip-on-board main body having a Bluetooth (registered trademark) transmitter disposed therein;
The necklace according to claim 1 or 2, wherein the main body is tuned by a mobile application connected via Bluetooth (registered trademark) to output the alpha wave frequency of 8 Hz to 13 Hz. A method of using a necklace having a ring body, comprising:
the annular body is a necklace chain portion covered with a silicone rubber tube,
The main body provided on the annular body generates an electrical signal having an alpha wave frequency of 8 to 13 Hz by oscillating an electrical pulse,
A pair of electrodes is provided on the annular body at a portion farthest from the main body,
The main body is a chip-on-board main body having a Bluetooth (registered trademark) transmitter disposed therein;
attaching the annular body to a neck;
outputting an electrical signal having an alpha wave frequency of 8 to 13 hertz from the main body;
In the step of outputting the electrical signal,
The main body outputs the generated electrical signal through the necklace chain portion via the pair of electrodes provided on the annular body at the farthest part from the main body so as to be spaced 4 cm to 6 cm apart just below the occipital skull at the back of the neck; and
A method of using the necklace, which is tuned by a mobile application connected via Bluetooth (registered trademark) to output the 8 Hz to 13 Hz alpha wave frequency at 30 microvolts to 120 microvolts.

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