Device for emitting sound frequencies through an infrared emitter for the technique of irradiating sound frequencies through light

Description

/ 8 DEVICE FOR EMITTING SOUND FREQUENCIES THROUGH AN INFRARED EMITTER FOR THE TECHNIQUE OF IRRADIATING SOUND FREQUENCIES THROUGH LIGHT Field of invention

[001] The technical aspect of the invention relates to a device that uses infrared light to transmit sound frequencies for the purpose of treating multiple diseases that can be treated using certain sound frequencies already known in the scientific community; the device can be used in treatments for humans, animals, and plants. Fundamentals of the invention

[002] There are devices and techniques that use laser treatment for various surgeries, skin cleansing, tattoo removal, dental laser and many varieties that use light as the actuator of the therapy, however the DEVICE FOR EMITTING SOUND FREQUENCIES THROUGH AN INFRARED EMITTER FOR THE TECHNIQUE OF IRRADIATING SOUND FREQUENCIES THROUGH LIGHT uses light only as a carrier of sound frequency, with the actuator of the treatment being only the sound frequency.

[003] We have as an example patent BR 102020025789-7 A2, DENTAL APPARATUS EQUIPPED WITH SWITCHABLE TIP FOR PHOTOPOLYMERIZATION OF COMPOSITE RESINS OR PHOTOTHERAPY which serves to dry chemical compounds using light and possibly with a therapeutic effect using light as an actuator.

[004] For example, we have patent BR 102021009748-5 A2, LIGHT EMISSION SYSTEM FOR MODIFIED ILIB TECHNIQUES. Light emission system for ILIB (Intravascular Laser Irradiation of Blood) techniques, modified intravascular blood irradiation laser, belonging to the medical field, more particularly it is a low-intensity laser and LED light emission system. Petition 870250014174, dated 20 / 02 / 2025, p. 4 / 22 / 8, characterized by its ability to induce athermic and non-destructive photobiological processes. The patent uses light as the actuator of the treatment, which differs entirely from the DEVICE FOR EMITTING SOUND FREQUENCIES THROUGH AN INFRARED EMITTER FOR THE TECHNIQUE OF IRRADIATING SOUND FREQUENCIES THROUGH LIGHT.

[005] The major technical problems that the SOUND FREQUENCY EMITTING DEVICE THROUGH INFRARED EMITTER FOR SOUND FREQUENCY IRRADIATION TECHNIQUE THROUGH LIGHT proposes to solve problems related to high-cost and complex medical treatments, the aforementioned device, when used correctly and continuously, serves as a simplified and low-cost treatment for humans, animals, and plants.The study encompassing the effects of sound frequency on the human body is exhaustive; it is not a recent therapy. The literature that proves the tangibility of the treatment and its scientific basis can be verified by Nobel Laureate Luc Montagnier, internationally recognized for demonstrating that water reacts to sound frequencies and stores information about which frequency was used. Considering that the human body is mostly composed of water, the effectiveness of the treatment is understandable. Studies revealing which frequencies are applied in therapies can be found in the dissertation by Paulo Oliveira Ferraz de Lacerda, from the Catholic School of Arts, Porto, 2018, "Binaural beats and isochronic tones: from characteristics to effects".

[006] The SOUND FREQUENCY EMITTING DEVICE THROUGH INFRARED EMITTER FOR SOUND FREQUENCY IRRADIATION TECHNIQUE THROUGH LIGHT solves the problem of directing therapeutic sound frequencies through light. Consisting of an electronic system developed specifically for this purpose, and standing out from other inventions, the aforementioned device has a very low cost, is easy to use, and is scalable. Without risk of side effects when using frequencies validated by studies, the therapeutic treatment, even when using a frequency that does not apply to the patient's pathology, does not cause any type of adverse reaction, emphasizing that the Petition 870250014174, dated 20 / 02 / 2025, page 5 / 22 / 8 frequencies must follow the parameters certified in research. The device can be used in humans, animals and plants. Brief description of the drawings

[007] The SOUND FREQUENCY EMITTING DEVICE THROUGH INFRARED EMITTER FOR SOUND FREQUENCY IRRADIATION TECHNIQUE THROUGH LIGHT serves three types of living beings: humans, animals, and plants.

[008] In Figure 1, we have the electronic schematic of the device without applying it to any arrangement; we only have the electronic schematic for the examiner's understanding. The electric current generated by the DC power supply (1), through the red voltage line + (8), passes through the diode (2) and infrared (3). The black voltage line - (9) is connected together with the negative pole of the P2 audio connector (13). These are connected to the transistor (4) and potentiometer (5). The positive pole of the P2 audio connector (12) is connected to the capacitor (6), potentiometer (5), and transistor (4). The transistor (4), through the black voltage line - (9), closes the circuit of the infrared LED (3). This results in the correct transmission of the frequency generated by the frequency generator (7) and the sound frequency coming out through the light (10).This electronic interaction is essential for the functioning of the SOUND FREQUENCY EMITTING DEVICE THROUGH AN INFRARED EMITTER FOR THE TECHNIQUE OF IRRADIATING SOUND FREQUENCIES THROUGH LIGHT.

[009] In Figure 2, we have the device with cable connection features consisting of P2 male audio connector (1), P4 male power connector (2), P2 female audio connector (3), female power connector (4), protective case (5), LED (6), infrared LED (7), coupling wrist strap (8) and LED protector (9).

[010] In figure 3, we have the device with Bluetooth connection capability consisting of a coupling bracelet (8), interactive display (7), battery charge level (1), battery charging indicator LED (2), paired Bluetooth signal (3), audible pulse signal (4), on / off signal (5), on / off button (6). Petition 870250014174, dated 20 / 02 / 2025, page 6 / 22 / 8

[011] In Figure 4, we have the arrangement of the invention in animals, following the same wireless operating concept as in Figure 3, with the device attached to the animal's neck accessing its right and left common carotid arteries, in this arrangement of the fastening collar (8), interactive display (7), battery charge level (1), battery charging warning LED (2), paired Bluetooth signal (3), audible pulse signal (4), on / off signal (5) and on / off button (6).

[012] In figure 5, we have the arrangement of the invention for animals demonstrating from inside the fastening collar (3), how the actuator LEDs (1) and (2) are positioned, which act on the right and left common carotid arteries of the animal.

[013] In figure 6, we have the arrangement of the invention in plants, a projector with the attached device transmitting the pulse towards plants, support cable (8), interactive display (7), battery charge level (1), battery charging warning LED (2), paired Bluetooth signal (3), audible pulse signal (4), on / off signal (5), on / off button (6) and power cable (11).

[014] In figure 7, we have the arrangement in a projection pen (8), which can be handled with the human hand directing the therapy to specific points of the human body, the interactive display and its functions are identical to that in figure 3, the LEDs (9) and (10) are located at the tip of the projection pen (8). Description of the invention

[015] The SOUND FREQUENCY EMITTING DEVICE THROUGH INFRARED EMITTER FOR SOUND FREQUENCY IRRADIATION TECHNIQUE THROUGH LIGHT has a great capacity to couple to various existing devices, as it is a relatively small circuit board, less than two centimeters wide, long and high, composed of electronic microcomponents.

[016] Even with such ease of coupling to different existing devices, the invention must have its own arrangements tested and validated. For this purpose, we will describe the invention and its ideal configuration for Humans, Animals and Plants, in the aforementioned order. Petition 870250014174, dated 20 / 02 / 2025, page 7 / 22 / 8

[017] In humans, the most effective access is found in the radial artery, located in both wrists, where watches and bracelets are normally worn; in this case, a bracelet with a clip was developed that attaches the light beam carrying sound to the wrist, ensuring the necessary pressure on the radial artery.The device, consisting of a small, subtly shaped box very similar to a digital watch, houses the electronic circuit. The side of the box that rests on the wrist has two activation points similar to two small LEDs. On the left side is the charging port, which uses a cable with a rubber seal to prevent dirt and sweat residue from entering the device when not charging. On the right side are the power button and the Bluetooth synchronization button. Where the watch face would be, there are indicators for power on / off, Bluetooth synchronization, and the device's activation indicator. The device is water-resistant and registered with Anatel (the Brazilian telecommunications agency) due to its Bluetooth communication capability.

[018] In animals, the most effective access point is the neck, in this case because it is more robust and resistant to impacts from handling, the circuit storage box is larger and more resistant to bites, falls, crushing, abrasions and liquids.With a fastening collar, the device is attached to the animal's neck quickly and easily by correctly pressing the actuator against the animal's neck. The Bluetooth signal transmits the desired frequency. The absence of wires facilitates therapeutic treatment. The device follows the same signal and button configuration as a human device. The side that adheres to the neck has two activation points similar to two small LEDs. On the left side is the charging port via a cable with a sealing rubber for use when not charging, to prevent dirt and debris. On the right side are the on / off buttons and the Bluetooth synchronization button. On the face of the device are the on / off indicator lights, a Bluetooth synchronization indicator light, and an activation indicator light. It is registered with Anatel (Brazilian telecommunications agency) due to its Bluetooth communication capability.

[019] In plants, access is most effectively achieved by the aerial irradiation method, using a projector, the spectrum of action on plants must be broad, by Petition 870250014174, dated 20 / 02 / 2025, page 8 / 22 / 8 Due to the difficulty of developing an individual bracelet for each type of stem, the projector is necessary. The actuation device is coupled to a projector that reproduces the device's action through the air. This projector is very similar to a lighting panel, but it has no relation to lighting. The projector consists of a box with dimensions proportional to the need, in a hermetic box that can be placed on posts, walls, fences, etc. The face of the projector has the actuator with special deflectors. On the side of the device, there is an on / off button. An LED indicates whether the actuator is on or off, and another LED indicates whether the actuator is in operation or not.

[020] The projection pen device aims to facilitate therapy by third parties, where the professional uses this pen to access different points on the human or animal body, points that the user himself would not be able to access without the help of a professional.

[021] Emphasizing that the SOUND FREQUENCY EMITTING DEVICE THROUGH INFRARED EMITTER FOR SOUND FREQUENCY IRRADIATION TECHNIQUE THROUGH LIGHT represents only the electronic control board and actuators, but taking into account that the use of the invention should be facilitated, the aforementioned arrangements are necessary, the therapy that the device proposes is the same in all arrangements, what changes is the format for better use by the user.

[022] The electronic board consists of a DC power supply, battery, Bluetooth receiver, transistors, capacitors, resistors, diodes, potentiometer, coil, transformer, voltage rectifiers, charging connectors, P4 jack connector, P2 audio connector, female threaded P2 mono jack connector, LED support, infrared actuator, circuit board for electronic connections, and signaling LEDs. The electronic operation is basically composed of the conversion of sound frequencies through the transistors that power the infrared LED light system, making them pulse according to the sound frequencies converted by the transistors. The direct current electrical charge supplied by the DC power supply or battery powers the circuit, creating a direct relationship between the sound frequencies placed in the Bluetooth player or audio cable and the pulses that are formed in the conversions carried by the light, making them pulse. Petition 870250014174, dated 20 / 02 / 2025, p. 9 / 22 / 8 according to the sound frequency converted by the transistors, the direct current electrical charge supplied by the battery powers the circuit, creating a direct relationship between the sound frequencies placed on the Bluetooth player or P2 cable and the pulses that are formed in the conversions carried by light.

[023] It is worth noting that the SOUND FREQUENCY EMITTING DEVICE THROUGH INFRARED EMITTER FOR SOUND FREQUENCY IRRADIATION TECHNIQUE THROUGH LIGHT can be powered by cable and have frequency supplied via P2 cable and Bluetooth. Examples of embodiments of the invention

[024] The SOUND FREQUENCY EMITTING DEVICE THROUGH AN INFRARED EMITTER FOR THE TECHNIQUE OF IRRADIATING SOUND FREQUENCIES THROUGH LIGHT has a characteristic that we can consider universal, an electronic board that transmits frequencies through sound, such an arrangement can be used in any type of proposed treatment, however, we prefer to have the invention coupled to a bracelet for humans, a collar for animals and in plants we prefer to use a reflector.

[025] These are the preferred arrangements of the invention, given the verification of the best way to meet the requirements of effectiveness, efficiency and efficacy.

[026] The user selects one of the pulses to connect the device, turns on the device by holding the power button, checks if the device is charged, chooses how to send the sound frequency, if via audio cable, insert the male P2 audio connector into the female P2 audio connector, on their personal playback device press the play frequency button, when this occurs the sound pulse signal should flash indicating the reception and conversion of the frequency to the pulse.

[027] In another possible Bluetooth connection, the power button must be pressed for 10 seconds until the Bluetooth light starts flashing, after which the user's personal playback device must attempt to pair with the device named “BiotecFoton”. When clicking on this Bluetooth device, pairing should take about 15 seconds. If successful, the Bluetooth LED will light up. Petition 870250014174, dated 20 / 02 / 2025, page 10 / 22 / 8 will light up permanently; in case of failure, the Bluetooth light will not turn on. While there is a connection with the device, this Bluetooth signal will remain active; after that, the user must reproduce the desired frequency on their personal device.

[028] The aforementioned pairing and connection procedures are the same for all devices; what actually differs is only where the device will be attached: in humans, on the wrists via a coupling bracelet; in animals, on the neck via a fixation collar; in plants, via reflectors with a support cable; and a projection pen for professionals who wish to access therapy points that are physically inaccessible to the patient. Petition 870250014174, dated 20 / 02 / 2025, page 11 / 22

Claims

1 / 2 CLAIMS 1. DEVICE FOR EMITTING SOUND FREQUENCIES THROUGH AN INFRARED EMITTER, characterized by comprising a direct current power supply, an electronic circuit configured to receive a sound frequency signal from an external source, at least one element for processing and converting said sound frequency signal into corresponding electrical pulses, at least one transistor configured to act in the modulation of said electrical pulses and at least one infrared LED type light emitter coupled to the electronic circuit, in which said electrical pulses modulate the light emitter in order to generate pulsed light emission corresponding to the received sound frequency.

2. Device, according to claim 1, characterized in that the sound frequency signal is received by means of a physical audio connection, preferably by a P2 type connector.

3. Device according to claim 1, characterized in that the sound frequency signal is received by means of wireless communication, preferably via Bluetooth.

4. Device according to claim 1, characterized in that the electronic circuit comprises at least one potentiometer or equivalent element configured for adjusting the signal amplitude.

5. Device according to claim 1, characterized in that the power source comprises a rechargeable battery.

6. Device, according to claim 1, characterized in that it comprises a plurality of infrared light emitters arranged for simultaneous operation. Petition 870260042378, dated 06 / 05 / 2026, page 3 / 6 2 / 2 7. Device according to claim 1, characterized in that the electronic circuit and the light emitter are housed in a protective enclosure.

8. Device according to claim 7, characterized in that the protective casing is configured for attachment to a user's body by means of a wristband.

9. Device according to claim 7, characterized in that the protective casing is configured for attachment to an animal's body by means of a collar.

10. Device according to claim 7, characterized in that the protective housing is configured in the form of a projector unit for directed emission.

11. Device according to claim 7, characterized in that the protective casing is configured in the form of a hand-held application pen.

12. Device according to claim 1, characterized in that it comprises luminous operating indicator elements. Petition 870260042378, dated 06 / 05 / 2026, page 4 / 6

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