JPS5919582A - Liquid refining system by magnetic resonance - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a liquid purification system using magnetic resonance.

The main field of application of liquid purification is the treatment of wastewater for human consumption or for wastewater disposal into rivers or oceans, for the removal of pollutants that determine the constant deterioration and decay of the environment and water. It's in the process.

The method currently used is to add water to 4J11
Treatment methods include filtration, the addition of special chemicals that react with the contaminated water, and expensive treatments such as evaporation and centrifugation.

In contrast, the system according to the present invention uses the most advanced electronic technology to generate magnetic resonance in solid particles dissolved or dispersed in the water to be purified. Detects the ``electric field'' of a dissolved or suspended solid, and detects the ``electric field'' of the solid. It analyzes the quality and then performs an electronic "sweep" by introducing vibrations of various frequencies. When the above particle enters magnetic resonance,...! 1 can be captured on an electrode provided for capture and corresponding to the magnetic pole at which the particles resonate.

Thus, the dissolved solids captured by this device precipitate towards the captured skin poles and are subsequently retained within the radius of action of the electric field generated and sustained by each electrode, while the N-polar dissolved particles crystallize and the S Polar dissolved i+r particles are retained in a clay-like or mud-like state.

Although not studied, there are indications that the dissolved components, or at least some of them, change in molecular structure. Some components remain neutral in terms of polarity, and their particles combine into groups and precipitate.

Practicing the system of the present invention results in water that is free of any dissolved or suspended solids and is free of bacteria and bacillus.

This purification system is based on the existence of a means for evaluating the electric field of liquid contaminant particles, which is based on the fact that the electromagnetic vibrations generated in the liquid to be purified cause the magnetic resonance of the divine contaminant particles. Determine the characteristic frequency at which the oscillation block should act to cause the oscillation to occur. The evaluation of the electric field is carried out by means of electrodes coupled to the corresponding electroscope, so that once the electric field has been detected and evaluated, it is compared with the data bank present in the programmed processing device and the comparison The result serves to determine the amplitude and frequency of the above vibrations.

The lightning field detection lightning pole consists of a positive lightning field detection pole group and a negative space detection pole group.Therefore, the general circuit according to this system is for processing the above 1Fjfff field and the negative lightning field. It is doubled.

In addition, the processing device described above is equipped with information on the vibration frequencies of the 11 physical resonances of the material, taking into account the 11 realms of various substances, and is able to release and release the vibrations. It is extremely easy to compare things that inevitably occur.

This system is particularly applicable to the purification of hard water, waste water, mineral water, lake water, and all types of water containing pollutants in general, including high concentrations of calcium, magnesi cum, etc.

It also removes radioactivity. Therefore, the requirement is that the water moves within a container such as a tank, pond, etc. Furthermore, free water such as river water can be treated simply by placing a certain number of electrodes along its path at a distance determined by the speed of the water.

In order to facilitate understanding of the invention based on the description of +1JP, necessary drawings are attached to this specification and the following explanation is provided, but this explanation is not intended to limit the invention.

FIG. 1 is a schematic diagram of the system of the invention, in which the tank or container containing the water to be purified is designated by water tank 1.

Figure 2 shows a diagram of the electronic block used to implement this invention, and as can be seen from the diagram, it is necessary to analyze both the electric field with the positive electrode and the electric field with the negative electrode, so the electronic block is designed in duplicate. There is.

FIG. 3 is a graph showing the frequency of the @7 resonance of various objects contained or dissolved in the water to be purified.

As can be seen from the above drawings, the liquid purification system by magnetic resonance includes a water storage tank 1 having any features such as a tank or a pond.
The method consists of detecting small particles of contaminants dissolved or suspended in the liquid ring contained inside the tank.Inside the water tank, there is no liquid exchange with the outside, but the is affected by the internal movements and as a result the J of the system
It is necessary that the purification process occur throughout the liquid and not just in the area adjacent to the enclosure of the HQ components. This internal movement is obtained by a magnetic pump or other similar method.

To detect the electric field of the particles, they are placed inside the ring, and a series of sensing electrodes 2 and 3 are paired, one of which detects the positive electric field of the particles and the other electrode is negative. Detect electric field. Although only one pair of capture electrodes is shown in Figure 1, it is possible to install as many pairs of electrodes as required by the meter of water to be purified. , the electrodes are arranged in parallel and have similar polarity.

Together with these detection electrodes 2 and 3, several pairs of capture electrodes 4 and 5 are provided, on which the contamination particles are deposited.

These electrodes 2 and 3 are connected to each other by a Hamako circuit shown in FIG. Appropriate information is sent to electroscopes 6 and 6' for analysis and evaluation. Each of these electrodes or ``miniature groups'' is
As shown in Figure 2, line 1''2], the blocks are connected in a chain, one chain analyzes positive voltage and the other chain analyzes negative voltage, but these chains are identical. Therefore, I would like to explain the other side.

That is, the signals detected and unanalyzed by the detection block 6 are transferred to the processing unit 7, which is programmed 21 according to the data of the 11 cars drawn in a manner consistent with the graph shown in FIG. When the input and output 1) are analyzed, the processor knows the vibrometer and therefore determines the original particle associated with the analyzed electrical signal.
Know the wavelength of the signal that should be emitted in order to have one child.

The processing unit controls the output of a known oscillator 8 which corresponds to the instructions sent by the processor 411 device 7; 1
There are 1. The vibrations mentioned above must be consistent with the particles detected for the different frames.

The graph shown in Figure 3 (A1 suitable for particles of a certain component,
As a result, the particle enters I+#; 7, i'i':
Indicates the frequency and wavelength that determine whether the particle is directed to one side or to the 7 cosmic poles 4 or 5 when T- reaches 6. .

If the treated water has a high salt content, the capture electrodes 4 or 5 are connected to each other via the resistor 9 shown.
], resistor 9 is removed if the appropriate salt iNa degree is not given. This resistor (W is optional, but it is preferable to exclude fJirli, so it is recommended to set up for water at the meeting.

The complete shooter installation 10 is powered by a stable DC source, indicated by the numeral 11 in the figure.

In addition, medical i1. Studies have shown that particles with negative electrodes retained in the electrodes are apparently good for human health, and in some cases, it may be difficult to purify them or to have these particles in the body at night. We are interested in the re-induction of the fan.To do this, it is sufficient to reverse the polarity of the electrodes mentioned above, and the particles are released and made into a monohedron by 7m.Before this operation, The positive electrode 4, which is a carrier of contamination particles, should be removed from the water.

[Brief explanation of drawings]

No.1! v: is a diagram schematically showing the system of this invention, Figure 2 is a diagram of the Yamate block used for carrying out this invention, and Figure 73 is a diagram showing the system suspended or dissolved in the water to be purified. I': A graph showing the 7-t resonance of particles. In each bi(, 1 is a water storage 4917.2 and 3 are detection electrodes, 4 and 5 are capture electrodes, 6 and 6' are electroscopes,
7 is a processing device, 8 is an oscillator, 9 is a resistor, 10 is an electronic equipment, and 11 is a DC supply source. Patent applicant Marcos Pinel Jimenez Agent
Foreign book with drawings by one patent attorney, Aoyama Aoyama (inside '4! No change) FIG, 2 FIG, 3 λ Procedural amendment was written November 2411 1982 Patent Application No. 124975 2 Name of the invention Magnetic Relation to the Resonant Liquid Purification System 3 Amendment Case Patent Applicant Address: Marques de Pinkman 40, Seville 5, Spain Name: Marcus Pinel Jimenez 4 Agent

Claims (3)

[Claims] (1) means for detecting electric fields of water particles and particles, and (2) means for evaluating electric fields, oscillating means capable of changing the frequency controlled by the evaluating means, and means for emitting vibrations, and the detecting means corresponds to comprising a comparison unit, a data storage block, and a programmed processing device having a determination section coupled to the transmitting means, the frequency of the transmitting means being determined from the evaluating means. A liquid purification system by magnetic resonance, which can be varied in response to a received signal and is characterized in that the firing means are dominated by pairs of particle capture electrodes immersed in the liquid to be purified. (2) The detection means is formed of a positive detection electrode group and a negative detection electrode group, and each of the above groups has a corresponding one consisting of an evaluation means, an oscillation means and a firing means. 2. The liquid purification system by magnetic resonance according to claim 1, wherein the particle-trapping south pole is dominated by two groups of south poles having different magnetic poles. (3) The programmed processing device is provided with information regarding the magnetic resonance frequencies of various substances that may be dissolved in the liquid to be purified. A liquid purification system using magnetic resonance according to item 1 or 2. 14) A liquid loading system by magnetic resonance according to claim 1.2 or 3, characterized in that the trapping pole pairs are coupled to each other by electrical resistance for purifying water with high salinity. .