TWM549077U - Resonance coil structure - Google Patents

Description

Resonant coil structure

This creative system belongs to a technical field of generating resonant waves, specifically a resonant coil structure that allows the interference wave to generate the maximum amplitude, so that the adjustment of the wave frequency generator can be used to make the two intersecting waves in phase at the fork intersection to enhance The amplitude effect of its wave.

Press, modern technology makes us discover more and more amazing about the brain. Brain waves are inextricably linked to our behavior, consciousness, memory and even sleep. Past insomniacs often need sleeping pills or tranquilizers to help sleep, but taking drugs often has many side effects; nowadays, Exams are stressful, especially in foreign languages such as English. Because they are not their native language, they often have to recite a large number of vocabulary, grammar, and phrases. Therefore, memory is very important. However, it has been confirmed from the existing literature that the frequency change of brain waves is very helpful for enhancing memory and improving sleep quality.

Brain Waves was first proposed in 1929 by the German spiritual scientist Dr. Freda Hansburg. He discovered the "current pulsation" in the human brain, and the cause of the brain wave is the electrical pulse caused by the release of current from the nerve cells in the brain, which may have different effects on the human body due to frequency. For example, excessive discharge causes epilepsy (Epilepsy). ). And the brain waves will also stab with the external environment. It also changes, such as light stimulation, sonic stimulation, and so on. Brain waves are often divided into five types: delta (Delta Wave), θ (Theta Wave), α (Alpha Wave), β (Beta Wave), and γ (Gamma Wave), but they will vary depending on the definition. Take the common common method.

1. The delta wave is a slow, high-amplitude brain wave with a frequency of 0.5~4Hz, which is related to the third and fourth phases of slow wave sleep. It is generally regarded as a brain wave in deep sleep state. When the delta wave is the dominant brain wave, the human body is in deep sleep of unconscious state, without dreams, ignorance, and has a direct influence on sleep quality.

2. The θ wave is a brain wave with a frequency of 4~8Hz, and the main subconsciousness is related to the second phase of slow wave sleep. This brainwave affects people's "involuntary" attitudes, expectations, beliefs, and behaviors, etc., which are called hypnosis and meditation. When the theta wave is the dominant wave, the consciousness is in the "interrupted" state, and it is highly acceptable to the external information stimulus. In addition, the θ wave is quite helpful for long-term memory, so it is also called "The Gateway to Learning and Memory."

3. The alpha wave is a slow wave with a frequency of 8~12Hz. When the person's consciousness is clear and the body is in a relaxed state, the alpha wave belongs to the dominant wave; when it is awake, exercise, and anxiety, it decreases. When the alpha wave starts from the dominant wave, the energy consumption of the body is low, and the energy obtained from the brain is relatively high. Therefore, the calculation data and the inspiration are more smooth, so the scientific promotion of the alpha wave is the best learning state. In the psychiatric department of the hospital, alpha waves are also used to treat patients' mental illnesses such as anxiety and nervousness. In recent years, there has been a so-called "alpha wave music", and it has been pointed out that it can concentrate attention and increase learning and memory.

4. The beta wave is a fast, low amplitude wave with a frequency of 12 to 35 Hz. It is the state of the brain wave that is present when awake, and is related to thinking, anxiety, calculation, and attention. and High-frequency beta waves can excite emotions and anxiety, and many tranquilizers such as Barbiturate achieve calming effects by reducing beta waves. In a state where the beta wave is too strong, the body and mind are easily tired, and if there is not enough rest, the pressure is accumulated.

5. The gamma wave is a high frequency wave with a frequency above 40 Hz, which is related to the Rapid Eye Movement of sleep. If a person wakes up during REM, the brain wave is a gamma wave. Because of the high frequency factor, people will be full and alert in this state.

In summary, the frequency can be arranged from small to large: δ, θ, α, β, γ; and the state of consciousness corresponds to "unconscious", "subconscious", "interconscious", "awake", " There are five levels of alertness, so the higher the frequency of brain waves, the clearer the consciousness. In addition, the optimal learning state should be between α and β waves; the best bedtime state should be between θ and α waves.

The "qi" mentioned in the Chinese medicine system is the "energy" in physics, that is, "bioenergy". Bioenergy information medicine is resonance medicine, and frequency technology is information that uses bioelectric energy waves as resonance. The resonance in the information system comes from the tangible blood circulation system of the organism and the invisible energy cycle. The blood circulation starts from the heart, carries blood to various organs and tissues, and transfers nutrients to each cell. Under different times, blood volume, and different functions of different organs, different electromagnetic fields are generated. If different depths of sleep are used according to needs. The formula of frequency will become the key to the body's self-healing power!

Therefore, in the existing medical science, acupuncture points are connected to different organs and tissues by means of meridians, and the treatment frequency suitable for each organ and tissue is a wide range of frequencies of hundreds to several kilohertz, but different pathologies, suitable frequencies It is also different, so there is a problem that the therapeutic effect cannot be sufficiently improved by the fixed frequency. Currently on the market A variety of wave frequency generators are used to adjust various resonant waves, so that these resonant waves can guide the body to produce resonances to produce specific effects, such as enhancing memory, improving sleep quality, relieving mental stress, and even treating various types of treatments. Diseases and so on.

However, when the wave frequency of the existing electromagnetic wave is released, there is a problem that the interference wave is difficult to coordinate to generate the maximum amplitude, and is not easily sent out effectively, which affects the overall wave frequency divergence effect, causing many problems, so it is necessary Do further to propose new solutions.

In view of this, the creator has in-depth discussion on the above-mentioned problems of the existing wave frequency output, and has been actively seeking solutions through years of experience in R&D and manufacturing of related industries, and has been successfully developed through continuous efforts in research and trials. A resonant coil structure can effectively overcome the problems caused by the poor output of the existing ones.

Therefore, the purpose of the present invention is to provide a resonant coil structure by which the wave interference principle can be utilized and adjusted by the wave frequency generator to produce a maximum amplitude effect of the dry wave.

Moreover, another main purpose of the present invention is to provide a resonant coil structure that can effectively resonate the wave frequency and provide a rapid and complete output to induce co-resonance of the human brain wave.

Accordingly, the present invention mainly achieves the foregoing objects and effects through the following technical means: a metal wire of a low resistance is wound into a coil within a circle or an elliptical shape, and the metal wire is wound. The two ends have a first connecting end and a second connecting end which are spaced apart and extend vertically downward and vertically upward, and the metal wire is formed between the first and second connecting ends. At least two adjacent emission layers, and each of the emission layers has four consecutive curved divergent segments, and the divergent segments of the same emission layer are equiangularly distributed, and the divergent segments of the same emission layer are sequentially removed from the center point The outer edges of the divergent segments do not overlap each other, and the divergent segments of the emissive layer are located between two adjacent divergent segments of the adjacent emissive layer, and the outer edges of the divergent segments of the emissive layer and the adjacent emissive layer The two diverging segments correspond to the outer edges overlapping each other, and the highest point of the adjacent overlapping diverging segments forms an angle with the axis formed by the center point, and the angle ranges from 35 degrees to 55 degrees.

Thereby, through the foregoing technical means, the resonant coil structure of the present invention forms an independent spatial dimension by using the diverging segments of the opposite faces in the coil, and the diverging segments of the upper emitting layer and the diverging segments of the lower emitting layer are respectively formed. The overlapping intersections are arranged such that the independent spatial orientations are simultaneously intersected with the adjacent spatial dimensions, and the connected wave frequency generator is used to adjust the two intersecting waves to be in phase at the same point by the interference principle involved, and further The interference wave produces the maximum amplitude effect, so that it can generate the best resonance with the human brain wave to promote human health, so it can greatly increase the added value of the product and improve the economic efficiency and competitiveness of the product.

In order to enable the review board to further understand the composition, characteristics and other purposes of the creation, the following are some of the preferred embodiments of the creation, and the detailed description of the creation is as follows, and the person familiar with the technical field can The specification is implemented.

(100)‧‧‧ coil

(10)‧‧‧Metal wires

(11) ‧‧‧First connection

(12) ‧‧‧second connection

(20) ‧‧‧Emission layer

(25) ‧ ‧ divergent paragraph

(251) ‧‧‧First divergence

(252) ‧‧‧First divergence

(253) ‧‧‧First divergence

(254) ‧‧‧First divergence

(255) ‧‧‧First divergence

(256) ‧‧‧First divergence

(257) ‧‧‧First divergence

(258) ‧‧‧First divergence

(30) ‧ ‧ protective body

(32)‧‧‧ catheter

(35) ‧‧‧ accommodating space

(50)‧‧‧Programmable controller

(51)‧‧‧Power

(52) ‧‧‧Human Machine Interface

(53)‧‧‧Quartz oscillator

(60)‧‧‧ Waveform Generator

(61)‧‧‧ Pulse width modulator

(62)‧‧‧ Wave shaping circuit

(63)‧‧‧Sine wave/square wave output components

(64)‧‧‧ Frequency output components

(65)‧‧‧ electric field magnetic field conversion element

(θ)‧‧‧ angle

(L) ‧ ‧ axis

(X)‧‧‧ intersection

The first figure is a schematic diagram of the appearance of the resonant coil structure of the present invention for showing its composition and relative relationship.

The second figure is a schematic plan view of the structure of the resonant coil of the present invention.

The third figure is a schematic side view of the structure of the resonant coil of the present invention.

The fourth picture is a schematic view of the appearance of the resonant coil structure of the present invention wrapped in the protective shell.

Fig. 5 is a side cross-sectional view showing the structure of the resonant coil of the present invention wrapped in the sheath.

Fig. 6 is a schematic diagram showing the state of the resonant coil structure actually used in the wave frequency generator.

Figure 7: Schematic diagram of the resonant waveform of the resonant coil structure of the present invention.

The present invention is a resonant coil structure, with reference to the specific embodiments of the present invention and its components, all of which relate to front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical references, only For convenience of description, it is not intended to limit the creation of the invention, nor to limit its components to any position or space. The drawings and the dimensions specified in the specification may be varied according to the design and needs of the specific embodiments of the present invention, without departing from the scope of the invention.

The detailed structure of the resonant coil structure of the present invention is as disclosed in the first and the drawings, which is wound into a coil by a low-resistance metal wire (10) within a circular or elliptical defined range (A). 100), wherein the limiting range (A) is elliptical, the ratio of the minor axis to the major axis is 1:1 to 1.5, and the metal wire (10) may be selected from gold, silver, copper or an alloy thereof. The metal wire (10) has two first ends (11) and a second connecting end (12) which are spaced apart from each other and extend vertically downward and vertically upward, and the metal wire (10) to At least two adjacent emission layers (20) are formed between the first and second connection ends (11, 12), and each of the emission layers (20) has four consecutive winding portions (25), each of which The divergent section (25) is an elliptical ring that is curved outwardly from the center point of the limited range (A) to the inside and is expanded into an outer ellipse, and the divergent section (25) of the same emissive layer (20) is equiangular. Distributed, and the diverging segments (25) of the same emissive layer (20) are sequentially staggered except for the center point, and the outer edges of the diverging segments (25) do not overlap each other, and the divergent segment of the emissive layer (20B) (25) Then between two adjacent divergent segments (25) of adjacent emissive layers (20A), and two outer edges of the diverging segment (15) of the emissive layer (20B) and two diverging segments of the adjacent emissive layer (20A) ( 25) the corresponding outer edges overlap each other; and the detailed configuration of the preferred embodiment of the present invention is as disclosed in the first, second and third figures, the metal wire (10) of the coil (100) is within a limited range ( A center point of A) is formed with a first connecting end (11) extending vertically downward, and the metal wire (10) is bent from the center point to the outside in the horizontal direction by the first connecting end (11) First divergent segment (251), and To the center point, and to the inside of the first divergent section (251) and then to the inside to form a second divergent section (252), and return to the center point, and then to the first and second divergence sections (251, 252) The left side is further turned inwardly into a third divergent section (253), and returns to the center point, and then is turned outwardly in the opposite side of the third divergent section (253) to form a fourth divergent section (254), and Returning to the center point, the lower layer of the emissive layer (20A) is formed, and then further extended to the range of the first divergent section (251) and the fourth divergent section (254) and then turned inward into a fifth divergent section ( 255), and returning to the center point, and forming an angle between the axis (L) of the highest point of the first divergent section (251) and the center point (L) and the axis (L) of the fifth divergence section (255) ( θ), the angle (θ) ranges from 35 degrees to 55 degrees, and the creation is 45 degrees as the best embodiment, and the fifth divergence section (255) overlapping with the outer edges of the first and fourth divergent segments (251, 254) of the lower layer to form an intersection (X), and then circling outward in the opposite direction of the fifth divergent segment (255) to form a sixth divergence Segment (256), and return to the center point, then on the right side of the fifth and sixth divergence sections (255, 256) and then inwardly into a seventh divergent section (257), and return to the center point, followed by The opposite side of the seven divergence section (257) is turned outwardly into an eighth divergent section (258), and returns to the center point to form an upper layer of the emissive layer (20B), and finally the metal conductor (10) is additionally The end portion is vertically extended to form a second connecting end (12); and the coil (100) is further disposed inside a protective body (30), and an accommodating space (35) is formed in the protecting body (30) for the coil (100) disposed therein, further comprising a conduit (32) at a periphery of the protection body (30) for extending the first and second connection ends (11, 12) of the coil (100) for connecting a wave frequency a generator [as shown in the sixth figure], such that when the wave frequency generator outputs a wave frequency, the wave (100) can be distributed; and as shown in the sixth figure, the wave frequency generator has a programmable a controller (50), and the programmable controller (50) is connected to a waveform generator (60) for generating a wave frequency for inducing body wave frequency resonance through the resonant coil (100) of the present invention, wherein the programmable frequency The controller (50) can memorize, write, analyze, compare and process various data and wave frequency output programs, and the programmable controller (50) is electrically connected with a power source (51), and the power source (51) can Is a battery, connected to the mains or a combination thereof to provide power to the entire wave frequency generating device, and the input end of the programmable controller (50) is connected to a human machine interface (52), and the human machine interface (52) can be an input A function button, a display or a touch screen with an input/output function for the user to perform function setting and usage status display, and another of the programmable controllers (50) A quartz oscillator (53) is connected to the input end, and the quartz oscillator (53) is used for providing time and frequency calculation of the program operation of the programmable controller (50); and the waveform generator (60) is connected to the One of the output terminals of the program controller (50) is configured to generate various wave frequencies or a mixture thereof according to the sequence, time length and frequency of the program in the programmable controller (50), such as δ wave, θ wave, α wave, The output of the waveform generator (60) is connected to a pulse width modulator (61) and a waveform shaping circuit (62), and a sine wave/square wave output element (63). a frequency output element (64) and an electric field magnetic field conversion element (65), and connected to the resonant coil (100) of the present invention through the electric field magnetic field conversion element (65), wherein the pulse width modulator (61), a sine wave/square wave output component (63) and an electric field magnetic field conversion component (65) are respectively connected to the output end of the programmable controller (50) for direct control by the programmable controller (50); The connection and adjustment of the wave frequency generator can use the interference wave to form a large amplitude effect, and the group constitutes a resonance coil. By configuration.

Through the foregoing structural design, the actual creation can be as shown in the sixth and seventh figures. The wave frequency generating device can select the corresponding individual through the human machine interface (52) connected to the programmable controller (50). Wave frequency output programs, such as strengthening memory, improving sleep quality, relieving mental stress, etc., to improve sleep, for example, can use the wave frequency to induce the body to gradually relax and fall asleep [Sleep-onset dreaming )], sleep ("Non-rapid eye movement sleep (NREM)"], deep sleep ["Rapid-eye movement sleep" (REM)" sleep cycle (sleep cycle) Resonance wave frequency. And the aforementioned induced wave frequency is passed through the pulse width modulator (61) of the waveform generator (60), the waveform shaping circuit (62), and the sine wave/square wave output element. (63) a frequency output element (64) and an electric field magnetic field conversion element (65), and outputted through the resonance coil (100) for inducing a resonance frequency of a sleep cycle of the human body, and the programmable controller (50) The waveform width modulator (61), the sine wave/square wave output element (63) and the electric field magnetic field conversion element (65) of the waveform generator (60) regulate the waveform, frequency, pulse width and the like of the wave frequency. The induced wave frequency output by the waveform generator (60) is more in line with the actual needs, allowing the body to obtain an effective sleep and get a real rest.

And with reference to the second figure, the first divergent section (251) and the second divergent section (252) which are opposite faces in the coil (100) form a first spatial dimension, a third divergent section (253) and The fourth divergent segment (254) forms a second spatial dimension, the fifth divergent segment (255) and the sixth divergent segment (256) form a third spatial dimension and a seventh divergent segment (257) and an eighth divergent segment (258) forming a fourth spatial dimension, and the fifth divergence section (255) of the upper emission layer (20B) and the first and fourth divergence sections (251, 254) of the lower emission layer (20A) are respectively formed with overlapping intersections Point (X), and the sixth divergence section (256) of the upper emission layer (20B) and the second and third divergence sections (252, 253) of the lower emission layer (20A) are also respectively formed with overlapping intersections (X), The first divergence section (257) of the upper emission layer (20B) and the first and third divergence sections (251, 253) of the lower emission layer (20A) are also respectively formed with overlapping intersections (X), and the upper emission layer The eighth divergence section (258) of (20B) and the fourth and second divergence sections (254, 252) of the lower emission layer (20A) are additionally formed with overlapping intersections (X), respectively. That is to say, the third and fourth spatial dimensions must be intersected with the first and second spatial dimensions at the same time. By means of the interference principle, the connected wave frequency generator is used to adjust the two intersecting waves in phase at the same point. The seven figures show that the interference wave can further produce the maximum amplitude effect, so that it can produce the best total with the human brain wave. Vibration to promote human health.

In summary, it can be understood that this creation is a creative and excellent new creation. In addition to effectively solving the problems faced by the practitioners, the effect is greatly enhanced, and the same or similar product creation is not seen in the same technical field. Or public use, and at the same time have an improvement in efficacy, so this creation has met the requirements of "newness" and "progressiveness" of the new patent, and is applying for a new type of patent according to law.

(100)‧‧‧ coil

(10)‧‧‧Metal wires

(11) ‧‧‧First connection

(12) ‧‧‧second connection

(20) ‧‧‧Emission layer

(25) ‧ ‧ divergent paragraph

(251) ‧‧‧First divergence

(252) ‧‧‧First divergence

(253) ‧‧‧First divergence

(254) ‧‧‧First divergence

(255) ‧‧‧First divergence

(256) ‧‧‧First divergence

(257) ‧‧‧First divergence

(258) ‧‧‧First divergence

Claims (10)

A resonant coil structure for connecting a wave frequency generator, wherein the resonant coil structure is wound by a low-resistance metal wire into a coil within a circular or elliptical shape, and the two ends of the metal wire are spaced apart And extending one of the first connecting end and the second connecting end vertically downward and vertically upward, and the metal wire is bent between the first and second connecting ends to form at least two adjacent emitting layers. And each of the emissive layers has four consecutive divergent divergent segments, and the divergent segments of the same emissive layer are equiangularly distributed, and the divergent segments of the same emissive layer are sequentially staggered except for the central point, and the outer edges of the divergent segments are respectively Do not overlap each other, and the diverging segment of the emissive layer is located between two adjacent divergent segments of the adjacent emissive layer, and the outer edges of the diverging segments of the emissive layer overlap with the outer edges of the two divergent segments of the adjacent emissive layer The intersection of the highest point of the diverging section adjacent to the overlap and the axis formed by the center point forms an angle ranging from 35 degrees to 55 degrees. The resonant coil structure of claim 1, wherein the metal wire of the coil is bent from the center of the first connecting end to the first divergent section by the center point in the horizontal direction, and is returned to the center. Point, and inwardly on the opposite side of the first divergent section, and then circumscribed into a second divergent section, and return to the center point, and then circumscribe the third divergence section on the left side of the first and second divergent sections. And returning to the center point, and then winding inwardly on the opposite side of the third divergent section to form a fourth divergent section, and returning to the center point to form an emission layer of the lower layer, further diverging to the first divergent section and the fourth divergence section The section sandwiched by the section is turned outwards and then turned into a fifth divergent section, and returns to the center point, and the axis connecting the highest point of the first divergent section and the center point and the axis of the fifth divergent section Forming an angle of 35 degrees to 55 degrees, and overlapping the fifth diverging section with the outer edges of the first and fourth divergent sections of the lower layer to form an intersection, and then winding outwards in the opposite side of the fifth divergent section The sixth divergence section, and returning to the center point, then circling the right side of the fifth and sixth divergent sections to the seventh divergence section, and returning to the center point, and then going outward on the opposite side of the seventh divergence section Inwardly winding into an eighth divergent section, and returning to the center point, forming an upper layer of the emissive layer, and finally the other end of the metal wire extends vertically upward to form a second connecting end. The resonant coil structure according to claim 1 or 2, wherein the limited range may be an elliptical shape, and the ratio of the minor axis to the major axis of the elliptical shape is 1:1 to 1.5. The resonant coil structure of claim 1 or 2, wherein the metal wire may be selected from the group consisting of gold, silver, copper or alloys thereof. The resonant coil structure according to claim 1 or 2, wherein each of the diverging segments is an elliptical ring that is outwardly and inwardly converged from the center point of the limited range. The resonance coil structure according to claim 1 or 2, wherein an angle between the highest point of the adjacent overlapping divergent segments and the axis formed by the center point is 45 degrees. The resonant coil structure of claim 1 or 2, wherein the coil is disposed inside a protective body, and the protective body comprises a first metal guide piece connected to the first and second connecting ends of the coil respectively. a second metal guide piece, and an insulator covering the coil is disposed between the first and second metal guide sheets. The resonant coil structure of claim 1, wherein the wave frequency generator has a programmable controller, and the programmable controller is connectable to a waveform generator; and the programmable controller is usable for memory, Write the output program of the wave frequency, and the programmable controller is electrically connected to a power supply, and the input end of the programmable controller is connected with a human-machine interface with an output and an input function, and the other of the programmable controllers The input end is connected with a quartz oscillator of a calculated frequency; the waveform generator is connected to one of the outputs of the programmable controller, and the output of the waveform generator is connected with a pulse width modulator and a waveform shaping a circuit, a sine wave/square wave output component, a frequency output component and an electric field magnetic field conversion component, the output end of the electric field magnetic field conversion component is connected to the first and second terminals of the metal wire of the coil, wherein the pulse width is adjusted a transformer, a sine wave/square wave output component, and an electric field magnetic field conversion component are respectively connected to the output end of the programmable controller, and can be directly adjusted by the programmable controller . The resonant coil structure of claim 8, wherein the power source of the programmable controller is a battery. The resonant coil structure of claim 8 , wherein the human interface of the programmable controller is a touch screen with an input and output function for the user to perform function setting and usage status display.