JP5069823B2 - Device that applies radio waves to liquid - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention is intended to provide an apparatus for applying a radio wave to a liquid for producing so-called wave-transferred liquids of various dilutions used in agriculture and other fields.
[0002]
[Prior art]
Conventionally, in the agriculture and other fields, liquids having various dilutions to which a so-called wave is transferred are used. By the way, when diluting this liquid, as a method of transferring the wave stored in the liquid to the diluted liquid, the liquid container is vibrated with a vibrator or continuously struck for continuous impact. It is done to give and transfer.
[0003]
[Problems to be solved by the invention]
Devices for applying a radio wave to the liquid of the invention, applied at the time of diluting the transferred wave liquid, a radio wave to a liquid that can be transferred efficiently wave which is stored in the liquid in the liquid after dilution It is intended to provide a device for performing the above.
[0004]
[Means for Solving the Problems]
That is, the device for applying a radio wave to the liquid of the present invention is used in the agricultural field, and the transmitter can transmit a radio wave continuously or intermittently modulated with an audio signal in an audible frequency band. The output part of the wireless transmitter is provided with a pseudo load (dummy load) transmitter, and the transmitter is immersed in water or mineral-containing water or a solution contained in a container and modulated by an audio signal. Is a device for producing liquids of various dilutions by applying them to the liquid, and the frequency of the radio wave is 20 to 35 MHz, and the audio signal in the audible frequency band has a periodic wavelength of the percussion instrument. It consists of things.
[0005]
As described above, the device for applying radio waves to the liquid according to the present invention is characterized in that the frequency sent from the transmitter is about 20 to 35 megahertz.
[0006]
As described above, the device for applying radio waves to the liquid according to the present invention is characterized in that the audio signal in the audible frequency band is composed of one having a periodic wavelength of a percussion instrument.
[0007]
In the device for applying radio waves to the liquid of the present invention, the active water uses a mineral containing a mineral component in the production device to elute the mineral component. Examples of such minerals include natural zeolite, aragonite, barleystone, and other minerals. Of course, what kind of mineral component to elute can be determined not only by selecting from the above minerals but also by appropriately blending the plurality of minerals. Natural water containing the same components as the active water naturally exists depending on the formation through which it passes, but in such a case, it is of course unnecessary to apply a device for applying radio waves to the liquid .
[0008]
As a device for applying radio waves to the liquid , not only the mineral components can be eluted as described above, but also functional ceramics or ceramics adsorbing useful microorganisms can be filtered. By doing so, very useful active water can be obtained.
[0009]
Next, an apparatus for applying a radio wave to the liquid of the present invention includes a radio that enables the transmitter to transmit a radio wave that is modulated continuously or intermittently with an audio signal in an audible frequency band, and an output of the radio The portion is provided with a pseudo load (dummy load) transmitter, and the transmitter is immersed in a liquid contained in a container so that a radio wave modulated by an audio signal is applied to the liquid. .
[0010]
The transmitting device includes a wireless device that generates a radio wave having a constant frequency, and a pseudo load (dummy load) transmitting unit at an output portion of the wireless device. Then, the transmitter is inserted into the container to transmit a radio wave having a predetermined frequency, and a predetermined signal is applied to water, active water, a solution, or the like. According to the pseudo load (dummy load) transmitter, when a radio wave immersed in a liquid and modulated by an audio signal is sent out, the radio wave does not leak from the liquid.
[0011]
The device for applying radio waves to the liquid according to the present invention is characterized in that the frequency transmitted from the transmitter is about 20 to 35 megahertz. In the case of 20 megahertz or lower and the case of 35 megahertz or higher, the transfer efficiency of the liquid wave was low, and it took too much time for transfer, which was not practical.
[0012]
The device for applying radio waves to the liquid according to the present invention is characterized in that the audio signal in the audible frequency band is composed of one having a periodic wavelength of a percussion instrument. That is, about 20 to 35 megahertz radio waves are modulated continuously or intermittently with audio signals in the audible frequency band. This can be done by connecting a sound source such as a tape recorder that generates a sound wave signal of a certain frequency to a sound input unit such as a microphone of a wireless device. And it is desirable to transmit as a radio wave modulated by the voice signal from the transmitter. This audio signal has a complex waveform and can not only give a simple wavelength by radio waves, but also stimulate water or active water, solution, etc. at a predetermined interval, and transfer the wave motion of the liquid efficiently. Or changing the properties of the liquid.
[0013]
Note that the apparatus for applying radio waves to the liquid of the present invention enables the sound signal to have a periodic wavelength of a percussion instrument. According to the experiment of the present inventor, when various musical instruments and voices were tried, it was found that the rhythmic sound wave of the percussion instrument is optimal for the transfer of the liquid wave and the change of the liquid property. Of course, good results can be obtained by appropriately adjusting the sound volume of the percussion instrument's rhythmic music or the like according to the type of transfer object.
[0014]
In the above, it is desirable to stir water or active water, a solution, or the like while applying stimulation or vibration by radio waves or audio signals, or during application of stimulation or vibration by radio waves or audio signals. This agitation is also effective for transferring the wave motion of the liquid and changing the properties of the liquid more efficiently.
[0015]
According to the present invention, not only can the liquid be diluted while efficiently transferring the wave using water or active water, a solution or the like having a very well-balanced alkali activity or ion reduction power, but also the wave It has become possible to provide an apparatus for imparting radio waves to a liquid that can make the function of the liquid to which the liquid is transferred very excellent.
[0016]
DETAILED DESCRIPTION OF THE INVENTION
Embodiments of an apparatus for applying radio waves to a liquid according to the present invention will be described more specifically with reference to the drawings. In addition, the case where the apparatus for applying radio waves to the liquid of the present invention is applied to water or active water, a solution, or the like as a liquid will be described as an example.
[0017]
FIG. 1 is a cross-sectional view showing an example of an apparatus for applying radio waves to a liquid, and FIG. 2 is a schematic perspective view showing an embodiment of an apparatus for applying radio waves to a liquid according to the present invention.
[0018]
In FIG. 1, reference numeral 1 denotes an apparatus for applying radio waves to a liquid having a passage for sequentially filtering raw water, which has a container shape and has a passage 2 holding a filtering material 3 such as a material for eluting mineral components. ing. Reference numeral 4 denotes a partition that divides the inside of the device 1 that applies radio waves to a container-like liquid, and is formed in order to take a long passage 2 of the filter medium 3. Note that the device 1 and the partition 4 for applying radio waves to the container-like liquid are preferably formed of stainless steel or the like. Reference numeral 5 denotes a liquid supply port provided in the upper part of the device 1 for applying radio waves to the container-like liquid, and reference numeral 6 denotes a drainage port provided in the lower part of the device 1 for applying radio waves to the container-like liquid .
[0019]
And the apparatus 1 which provides an electromagnetic wave to the said liquid consists of the mineral in which the raw material which elutes the said mineral component contains a mineral component. Examples include natural zeolite, aragonite, barleystone, and other minerals. Of course, what kind of mineral component to elute can be determined not only by selecting from the above minerals but also by appropriately blending the plurality of minerals.
[0020]
Moreover, as the device 1 for applying radio waves to the liquid , not only the mineral components can be eluted as described above, but also functional ceramics, ceramics adsorbing useful microorganisms, and the like can be filtered. In this way, very useful water or active water can be obtained.
[0021]
Of course, natural water containing the same components as the above-mentioned active water naturally exists depending on the formation through which it passes, but in such a case, of course, it is not necessary to apply a device for applying radio waves to the liquid .
[0022]
In the device 11 for applying a radio wave to the liquid in FIG. 2, reference numeral 12 denotes a radio wave transmitter, and a main body such as a wireless device can be used. The frequency generated by the transmitter 12 is preferably about 20 to 35 megahertz. A transmitter 15 is connected to the transmitter 12 via a code 16. The transmitter 15 can amplify a radio wave signal by an amplifier or the like, and is put into water or active water, a solution or the like stored in the container 21 to receive a predetermined radio wave and an audio signal to be described later. Can be applied. Reference numeral 17 denotes a coil.
[0023]
The frequency of the transmitter 12 is preferably about 20 to 35 megahertz. According to experiments, in the case of 20 megahertz or less and in the case of 35 megahertz or more, the transfer efficiency of the liquid wave is low, and it takes too much time for the transfer, which is not practical.
[0024]
The line of the transmitter 15 is connected to the line of the tape recorder 20 (built in the transmitter 12). For example, by applying a tape on which the rhythmic music of a percussion instrument is recorded to the tape recorder 20, a sound wave composed of the rhythmic music of a percussion instrument is applied from the transmitter 15 to a liquid such as water or active water or a solution. Is done. Experiments have shown that the rhythmic music of percussion instruments is suitable for transferring liquid waves and changing liquid properties. Of course, the volume 14 of the control panel 13 is operated within a range not exceeding the upper limit or lower limit of the scale according to the degree of radio wave absorption of the transferred object, and the sound volume of the rhythmic music of the percussion instrument is appropriately adjusted. As a result, the transfer speed and transfer efficiency of the liquid wave can be optimized according to the type of transfer object.
[0025]
At that time, water or active water, a solution, or a liquid is agitated together with radio waves or sound waves or during the time when the radio waves or sound waves are applied. This agitation can be performed by installing a fan or a liquid supply valve in the container 21 and opening the fan or opening the liquid supply valve to circulate water or active water, a solution, or a liquid.
[0026]
【Example】
The raw material water is filtered through the passage 2 filled with a filtering material 3 such as a material that elutes mineral components, a ceramic material, etc., using the device 1 that applies radio waves to the liquid having a passage that sequentially filters the raw water shown in FIG. did.
[0027]
The obtained water or active water, solution, etc. can be uniformly germinated and flowered by diluting with normal water at a ratio of 1: 3, for example, to the plants. In peaches and grapes, Very good results were obtained in the color at harvest. Also, when diluting and using a bactericidal agent or insecticide, it should be used at a dilution of about 3 times in the former case and 1.5 to 50 times in the latter case than the normal dilution. And the same effect as the conventional one can be obtained.
[0028]
Using the above water or active water, solution, etc., a device that applies radio waves to the liquid modulates the radio waves of a frequency of about 25 megahertz by adding percussion instrument audio signals at regular intervals, and the modulated radio waves are water or active. Applied to water, solution, etc. for about 5 minutes. After that, the transferred material is poured into water or active water, a solution, etc., stirred, and modulated by adding an audio signal of a percussion instrument to a radio wave with a frequency of about 25 megahertz with a device that applies radio waves to the liquid again. The modulated radio wave was applied to water or active water, a solution, etc. for about 5 minutes. This was repeated several times to obtain a liquid having a predetermined dilution. The ratio of water or active water, solution, etc. to the transferred material is preferably 9: 1. By diluting this ratio to a ratio according to the type of chemicals such as agricultural chemicals, By spraying, the plants germinated and flowered uniformly, and in peaches and grapes, very good results were obtained with the color at the time of harvest. Also, when diluting and using a bactericidal agent or insecticide, it should be used at a dilution of about 3 times in the former case and 1.5 to 50 times in the latter case than the normal dilution. And the same effect as the conventional one can be obtained.
[0029]
【Effect of the invention】
According to the present invention, using water or active water having a well-balanced alkali activity power or ion reduction power, a solution, etc., not only efficiently transfers the wave of the liquid, but also the function of the transferred liquid. It has become possible to provide a device that applies radio waves to a liquid that can be made extremely excellent.
[Brief description of the drawings]
FIG. 1 is a cross-sectional view showing an example of an apparatus for applying radio waves to a liquid .
FIG. 2 is a schematic perspective view showing an embodiment of an apparatus for applying radio waves to a liquid according to the present invention.
[Explanation of symbols]
1 Device for applying radio waves to liquid 2 First passage 3 Filter material 4 Partition 5 Supply port 6 Drainage port 11 Device for applying radio waves to liquid 12 Transmitter 13 Control panel 14 Volume 15 Transmitter 16 Code 17 Coil 20 Tape recorder 21 container

Claims (1)

Used in the agricultural field, the transmitter can transmit radio waves that are modulated with audio signals in the audible frequency band continuously or intermittently, and a pseudo load (dummy load) at the output of the radio transmitter. ), And the transmitter is immersed in water or mineral-containing water, a solution or the like, and the radio wave modulated by an audio signal is applied from the transmitter to the liquid. A radio wave is applied to a liquid in which the frequency of the radio wave is 20 to 35 megahertz and the audio signal in the audible frequency band is of a periodic wavelength of a percussion instrument. Device to do.

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