JP2014504892A - High and low frequency therapy and delivery system - Google Patents

Abstract

In the treatment method of the present invention, first, oscillation / vibration of a natural substance or a natural plant is measured. The environmental signal is canceled and only the valid signal is separated. The valid signal is then amplified and stored in a sound file library containing a number of such valid signals. Next, an audio file is generated by mixing one or more valid signal files from the sound file library and the audio file is delivered to the subject. This delivery involves direct sound reproduction, through the user's eardrum or skin, or by applying the sound of the mixed file to a carrier medium such as water, cream or oil, and providing the subject with the carrier medium Can be done by.

Description

  The present invention relates to a treatment method and system. The high frequency / low frequency therapy of the present invention is a complementary and alternative medicine (“CAM”), especially traditional Chinese medicine, combined with homeopathy (homogeneous therapy) and recent quantum mechanics and nanotechnology (nanotechnology). Based on therapy ("TCM": traditional Chinese medicine). The present invention uses an information content conservation law.

  Handling information content conservation rules is outside the scope of this document. Whether based on quantum mechanics, black hole information paradox Hawking's solution, classical wave theory, or a rigorous description of string theory, the following detailed description includes information in many systems, Assume that it is correct and applicable that it is maintained in all physical states of the system and that information can be transferred from one state to another and from one object to another. .

  Each human cell consists of two dimensions: DNA (ie, hardware is the same type) and vacuum (ie, software is the same type). The vacuum state is an energy field that holds information that manipulates the structure and function of our cells. The vacuum state plays a role in determining which part of DNA is read and used. This information can be expressed in the frequency domain, so the frequencies assumed and used in the new system are for information held in the energy field in a vacuum state.

  Cells lose their natural vitality due to aging, adverse environmental effects, and harmful living conditions. Thus, the effectiveness of the cell is impaired. If a larger number of cells in the system are damaged, leading to a disordered and abnormal balance compared to healthy cells, the entire system enters the disease or aging stage. As a result, it is desirable to be able to recover the native information of the cell vacuum state. This process is similar to reprogramming cells.

DISCLOSURE OF THE INVENTION Accordingly, it is an object of the present invention to provide a solution to the above-mentioned problems, to recover lost information and to restore cells and living tissues to their natural healthy state. And providing a system.

In view of the foregoing and other objectives, according to the present invention, there is provided a treatment method comprising the following steps:
Recording a first input signal generated at a first position by the natural substance or plant, wherein the first input signal is a composite signal of an effective signal and an interference signal generated from the natural substance or plant. ;
Recording a second input signal at a position proximate to the first position, wherein the second input signal substantially includes only jamming signals;
Processing the first input signal and the second input signal, thereby separating the useful signal from the composite signal and canceling out the interfering signal;
Amplifying the valid signal and storing it in a sound file library containing a plurality of valid signals;
Generating an audio file from one or more valid signals by mixing one or more valid signals from a sound file library;
Delivering the audio file to the subject;

  According to an additional feature of the invention, the step of processing includes inverting the second input signal and combining the inverted second input signal and the first input signal.

  According to an additional feature of the invention, the step of recording includes recording sound waves originating from natural substances or natural plants, wherein the interfering signal is an environmental acoustic signal.

  According to another feature of the invention, the delivering step includes playing the audio file and exposing the subject to the sound generated by the audio file. This delivery can be by playing the audio file through headphones on an MP3 player. Audio files can also be played against a carrier medium (eg, water, oil, cream, lotion, etc.) to expose the subject to this carrier medium. Alternatively, the file can be delivered to the subject by placing a plate on the subject's skin and exciting the plate with the signal of the audio file.

According to an additional feature of the invention, the above method includes:
Recording and processing a number of useful signals generated from the multiplexing of natural materials and natural plants;
Converting these valid signals and storing them in a frequency library;
Selecting multiple files from this library;
Formulating and mixing mixed resonant frequency bundles from these multiple files that combine multiple different frequencies by forcing, continuation, and overlay;
Delivering individual frequency bundles to the subject.

  This novel process, which the inventor calls the “eWaves” (“eWaves”) method, aims to generate a corresponding frequency that can increase the natural energy of the damaged cell to its original state. Each cell has a memory of its healthy and vibrant stage and thus knows the information necessary to repair itself. “EWaves” frequency therapy stimulates the body's natural self-healing and rejuvenation abilities.

  The frequencies used by the “eWaves” method are generated from natural materials and thus give the strongest resonance. Resonance occurs when the system can easily store and transfer energy between two or more different storage modes. These frequencies show no side effects because the cells only absorb the missing information. Unnecessary and unused frequencies pass through the cell and show no effect. The synthesized frequency is assumed not to be healthy for the body.

  In accordance with the present invention, a transducer is provided. The “eWaves” transducer used by the inventor reads the frequencies of thousands of natural materials and converts these frequencies into a frequency library. From this computer-based library, a specialist (pharmacist) mixed a resonant frequency bundle (formula) that combined several different frequencies by forcing, continuation, and overlay. The completed frequency bundle will be 100% regeneration of healthy cell frequencies.

  The “eWaves” frequency bundle is infinitely close to the lively stage of the cell's natural life and thus retains the correct information for programming the vacuum state of the damaged cell. Energy travels through the cell membrane to the DNA binding protein. A cell recovers its natural resonance by absorbing the missing information that causes the cell's energy to oscillate to its original maximum. Improved protein results in structural repair. In the context of the present invention, these resonant frequency bundles are referred to as “Vita Waves”.

  “Vita Waves” can reach cells in different modes: as sound waves (eg internet streaming, MP3 players, etc.) or through liquids (water, oil, serum, and cream). It can be delivered by different carriers.

  Other features that are considered as characteristic for the invention are set forth in the appended claims.

  Although the invention is illustrated and described herein as being embodied in the form of high and low frequency therapy and delivery systems, it is nevertheless intended to limit the invention to the details shown. This is because various modifications and structural changes can be made within the scope of the equivalents of the claims without departing from the scope of the invention.

  However, the structure of the present invention, together with its additional objects and advantages, can best be understood from the following description of specific embodiments when read in conjunction with the drawings.

It is a figure which illustrates cancellation, ie, mutual excitation of a sound wave. It is a figure which illustrates reproduction | regeneration of the effective signal by subtraction of an interference signal. FIG. 2 is a circuit diagram of a preferred apparatus for obtaining and processing a valid signal for transmission to a frequency library according to the present invention. It is a graph which shows the short area of an effective signal. It is a signal graph which illustrates the effective signal repeated several times. It is a graph which shows the signal volume ratio of various individual signals and composite signals for a plurality of tracks.

  Reference is now made to the detailed drawings, particularly FIGS. 1 and 2, which illustrate the principles of acoustic cancellation and signal subtraction. A sound wave is a pressure wave in the long axis direction. The pressure waves can be offset by equal and opposite pressure waves. For example, in the idealized graph of FIG. 1, the sine wave input signal 1 can be countered by an inverted signal 2, here the exact same signal having an opposite phase. Therefore, the composite signal 3 is completely a horizontal line signal. The unit of amplitude shown on the vertical axis is arbitrary.

  In FIG. 2, the sine wave input signal 4 forms a carrier of an effective signal, and the effective signal is modulated onto the carrier signal. Again, the useful signal is shown as a sinusoidal signal having a frequency that is a multiple of the carrier signal frequency. Again, the carrier signal 4 is canceled using the same inverted signal 2 as in FIG. The residual signal 5 shown along the center line corresponds to an effective signal modulated on the carrier wave. That is, the effective signal is extracted from the carrier wave by offset canceling the carrier wave signal.

  Referring now to the remaining figures, in particular FIG. 3, the first part of the new system is concerned with obtaining information, ie reading frequency oscillations, and accepting (certifying) information. Specific functions and specific devices are required.

  The reading unit is a device that records vibrations delivered in the form of electrical vibration signals (medium to be read and disturbing and ambient signals) in two inputs, processes these signals and records them To the output unit in a processed format.

  This device consists of a base plate (bottom plate) having two adjacent metal surfaces (if necessary, two shielded cups of the same configuration as an extension), a central portion, and a cap. The base plate and the central part are connected by a plug.

  The base plate consists of two metal plates, one of which is used to join the specimen. The plate is used as an input for a valid signal. The additional plate 20 is used to record (or absorb) environmental disturbance effects and, if necessary, subtract these disturbance effects from the input signal. This procedure makes it possible to select and extract purely valid signals according to the principle shown in FIG. The plate 20 can also serve as an additional output (information transfer onto the carrier). The central portion 11 includes electronic elements and elements for an operator (operator).

Of the spectrum of the input wave, the portion transferred to the output unit (switch AF / TP / HP) can be adjusted. Thus, the following can be transmitted to the output:
High frequency only;
Low frequency only;
The entire frequency spectrum.
The frequency can be selected by the frequency filter 12. The filter 12 can be adjusted by an external selection switch 18. Although this filter is fully tunable, the filter set TP and HP offers further possibilities for correction. TP allows only frequencies below 1000 Hz (1000 vibrations per second) to pass through the output, while HP allows only frequencies above 1000 Hz to pass. Therefore, for example, the HP selects and removes the 60 Hz vibration of the main power source that becomes an obstacle.

  The duration of amplification and transfer of the input signal can also be controlled. Amplification is performed by an amplifier 13, which can be adjusted by an operator with an external switch 14. Amplification can be 60 times the input signal.

  Finally, the operator can select whether the input signal is directly transferred to the output unit or inverted by the inverter (inverting circuit) 15. This inverts the input wave (converting a positive excursion to a negative excursion while maintaining the waveform and vice versa). The transfer can be triggered (started) by the start key.

  The power switch, four outputs, two inputs (external read cup), one additional output with double amplification, and connections for the input differential switch are arranged on the back side.

  The input unit is connected to the plate 10 and the plate 20. The connection is made by a plug, which connects the base plate and the central portion 11 to each other.

  The input differential switch 16 connects the plate 20 to an electronic circuit, and the electronic circuit subtracts a signal output from the plate 20 (cup 20) from a signal output from the plate 10 or switches the plate 20 as an output unit. The formation of the difference is shown as an operational amplifier (op-amp) 19, and signals from the plates 10 and 20 are supplied to the operational amplifier 19.

  By dealing with a very sensitive system here, all the cables leading the signal are shielded, which means that they are surrounded by a metal net placed on the mass body. The net prevents electrical (especially from the power switch) interference effects. This shield must be properly constructed up to the connection so that all cables that conduct signals are shielded from the effects of possible electrical disturbances. In general, it is clear that any noise is a hindrance and an excellent signal-to-noise ratio is desired.

  The metal plate of the base plate is directly connected to the plug disposed at the center using a shielded cable, and receives the main connection as an opposite pole.

  Along with the display of the built-in timer, the electronic circuit controls the amplification, difference formation of “input unit-plate 20”, and frequency filtering.

  The duration of the signal transfer can be adjusted using the timer 17 to be 1-10 minutes. Electrical waves (frequency) present on the metal plate 10 or on the two input sockets are transmitted to the four output sockets (jacks) for an adjustable period of 1-10 minutes in a timer-controlled manner. Longer or shorter times are possible.

  In order to modify the input signal, the signal present on the metal plate 20 is subtracted from the input signal by the input differential switch 18. If the same signal is present on the metal plates 10 and 20, there is no output signal when the input differential switch is on.

  The input signal can be processed according to the possibilities described above, directed directly to the output, or inverted when correspondingly adjusted. If the input signal is mixed with the inverted output signal without modification and without amplification, these signals cancel each other.

  The power source that supplies the current is a power source approved for medical devices. This power supply typically delivers a direct current (DC) voltage of 15V to the output.

  The base plate is composed of two metal plates, and these metal plates are connected to a connection plug for the central portion via a shield cable. The input unit (plate 10 / cup 10) and plate 20 / cup 20 can be switched to a differential amplifier 19 (for example, BB INA 105U), and the differential amplifier 19 subtracts these signals. The preferred connection layout of the plug is as follows: lead 8: signal plate 10 (input); lead 15: shield cable plate 10; lead 5: signal plate 20 (differential input); and lead 12: cable plate Shield 20.

  In a preferred embodiment of the system, a main board is provided in the central part 11, the main board is an electronic circuit for signal mixing (mixing), signal amplification, signal filtering and signal inversion, connection of external operator elements, timer (1-10 minutes) switch and 10 time signal LED drive circuit, remaining LED drive circuit, base plate and connection of additional plug for additional device on top of device, and input And terminal connection part of output part

  In the on position, the input differential switch 16 connects the metal plate 20 to the differential amplifier 19, which differentials the input signal with the signal on the plate 20 and the associated front LED in terms of the supply voltage. Form. In the off position of the switch 16, the plate 20 is switched as an additional output.

  These signals can be transmitted from the central portion 11 and stored. For this purpose, individual frequencies (frequency patterns) absorbed (received) exist as analog signals in the output unit (external output) 21.

In this case, the wavelength is 2.00 × 10 ^{2 to} 4.00 × 10 ⁻⁶ , and the frequency at the output terminal is 0.005 to 250,000 Hz. The amplitude (V) of the signal is 10V-3V.

  The output signal carrying the transmitted vibration pattern is stored as digital data in a database controlled by a computer program. The analog-to-digital conversion of the analog signal is performed at an appropriate scanning frequency, which must be greater than or equal to the Nyquist rate for the highest frequency of the useful signal.

  Hereinafter, the subsequent processing of the recorded frequency pattern will be described with reference to FIG. The recorded digital sound pattern (the recorded output sound lasts for about 60 to 180 seconds) shows a clear pattern, and repetition of individual frequency patterns is observed. The average length of the individual frequency pattern is 0.3 to 1.0 seconds.

  The pattern illustrated in FIG. 4 has an individual frequency pattern (more precisely, about 3 repetitions), cut out from the digital sound pattern (output sound) and then processed by a sound (acoustic) program. .

  During subsequent processing, individual frequency patterns (0.3 to 1 second long) are cut out and the start time and finite time are on the acoustic zero line. On the one hand, this corrects the conversion between the frequency patterns to be repeated at the present time, and on the other hand, the conversion of the individual sounds of the reading information (cracking / clicking) that results from this conversion, which is subsequently required. This processing step clearly improves the convenience of the product and helps the relaxation needed by the user.

  As shown in FIG. 6, the corrected individual frequency pattern of FIG. 4 is cut out by a vertical line, repeated to a length of about 3 seconds, and stored in a sound file in the database.

  The setting and formulation of the process is as follows: First deal with an array of individual frequencies. Edit the repeated individual frequency patterns into a sound file according to the generated mix specification. In this case, each sequence of 3 seconds is arranged in the form of several soundtracks in two planes, the number corresponding to the number of components + 1.

  On the first side (i.e. track 1), all the individual frequency patterns are present continuously. On the second side (i.e., tracks 2 to n), each individual frequency pattern is repeated separately and this iteration is performed over the entire execution time of the process.

  Thus, in each case, separate individual frequencies of the components are played back simultaneously (second side / tracks 2 to n) and additionally played separately (first side / first track).

  This emphasizes all frequencies in a continuous and doubled manner. This doubling is represented in the following table:

  The volume of individual tracks is mainly important. The number of frequencies used directly affects the volume of the individual tracks on the second side (tracks 2 to n). Through the efficiency test, it was possible to determine that the optimal ratio between the first side and the second side was 60:40 (volume of the first side).

  Based on this ratio, the individual volumes (each of tracks 2 to n) on the second surface can be defined by the number of individual frequency patterns used.

  This also changes the ratio at which individual frequency patterns are emphasized as a composite volume by doubling with the first surface (thus emphasizing).

  Referring to FIG. 6, since 5 tracks (components) are provided and only 0.8% of 50 tracks are doubled, the individual frequency pattern is enhanced by 8%. This results in a limit (maximum number) of individual frequency patterns that can be combined with each other.

  For formalization, product philosophy is developed within the framework of client feedback (product questions) and expert suggestions. In this case, especially with regard to expert suggestions, formation can directly respond to feedback received from these routine practices. In general, all formations are mainly based on the formations and means used in homeopathy.

  If considered on the basis of the desired properties of the product (as opposed to being described as symptoms in homeopathy), the first formation consists of components of TCM, Ayurveda (Indian traditional therapy) and natural remedies (eg Bach Flower, Bachflower extract, Schusler cell salt, or cell salt), supplemented if necessary.

  In the first stage, these formulations are configured for clinical trials and are further divided into clusters or secondary products (female, male, adult / child and juvenile) depending on the product. These trials are tested cumulatively in stages.

  The first test phase is a limited application test by subjects: In the first phase, the treatment is tested by a small number (10-30) subjects. In this case, the numerical feedback to be delivered is evaluated according to the desired and predetermined characteristics.

  If the previously defined quality KPI (key performance indication) and efficiency KPI are achieved, the product is transferred to the second test stage.

  The second test stage is a doctor / multiplier application test (expert test / management test).

  In addition to self-evaluation of the duration of application under the control of subjects and specialists, observations by physicians and multipliers (professional testers), pulse frequency analysis can also be used to evaluate medical products.

  Even at this stage, it is essential to achieve the set KPI (quantitative and qualitative effect assessment) for the transition to the product state.

  In principle, the quality of treatment is defined for two levels of efficiency to be achieved: “Qualitative efficiency” means that individual testers and / or multipliers refer to, in addition to the subject of application. Define the observed effect with reference to the temporal profile and the sustained effect achieved. “Quantitative efficiency” defines the quantitative effect observed by the whole referring to a given application.

  The efficiency achieved is determined as an indicator of treatment quality for both levels, because the product is not tailored to the individual, so the application is tailored to the user's personal index. It must be effective as a broadband product for multiple users.

  The therapeutic sound can be delivered by a simple sound delivery system, by a kit, or by distribution over the Internet. For example, a sound file can be downloaded onto a portable player (eg, iPod nano®), or the sound file can be sold as a kit (a player with earphones).

  Alternatively, the therapeutic sound file can be transferred to an alternative carrier by subjecting the carrier medium (water, cream, oil, etc.) to sound waves. This type of delivery in which the liquid forms a carrier medium utilizes information conservation laws known from physics. This delivery can be performed as transdermal delivery or as subcutaneous absorption.

  In another embodiment of the delivery that can be viewed as a hybrid, the sound file is delivered to a plate or platelet (small plate) (eg, a metal plate, or a metal / plastic composite plate) and vibrations are induced in the plate. Can be triggered. The plate is placed on the user's skin, and the user can select any location, which excites the plate, thereby transmitting its vibration content through the skin and into the patient. Here, one possibility for miniaturization is a wristwatch including a set of electronic circuits or a bracelet with a wristwatch-like device. Therefore, the rear part of the “watch” is formed as a vibration platelet.

Claims (8)

Recording a first input signal generated at a first position by a natural substance or natural plant, wherein the first input signal is a composite signal of an interference signal and an effective signal generated from the natural substance or the natural plant. A step that is;
Recording a second input signal at a position proximate to the first position, wherein the second input signal substantially includes only a jamming signal;
Processing the first input signal and the second input signal, thereby separating the valid signal from the composite signal and canceling the jamming signal;
Amplifying the valid signal and storing it in a sound file library comprising a plurality of valid signals;
Generating an audio file from one or more valid signals by mixing one or more valid signals from the sound file library;
Delivering the audio file to a subject.   The method of claim 1, wherein the processing step includes inverting the second input signal and combining the inverted second input signal and the first input signal.   The treatment according to claim 1, wherein the step of recording the first input signal comprises recording a sound wave originating from the natural substance or the natural plant, wherein the interference signal is an acoustic signal of the environment. Law.   The method of claim 1, wherein the delivering step comprises playing the audio file and exposing the subject to the sound generated by the audio file.   5. The method of claim 4, comprising playing the audio file through headphones on an MP3 player.   5. The method of claim 4, wherein the delivering step comprises placing a plate on the subject's skin and exciting the plate with a signal of the audio file.   The delivering step includes playing the audio file to generate sound waves, emitting the sound waves into a carrier medium, and exposing the subject to the carrier medium, the carrier medium comprising water, 5. The method of claim 4, wherein the method is selected from the group consisting of oil, cream, serum, and lotion. Recording and processing a number of useful signals generated from the multiplexing of natural materials and natural plants;
Converting the effective signal and storing it in a frequency library;
Selecting a plurality of files from the frequency library;
Formulating and mixing mixed resonant frequency bundles from the plurality of files combining multiple different frequencies by forcing, continuation, and overlay;
Delivering the individual said mixed resonant frequency bundle to a subject.