JP3817576B2 - Liquid activation treatment method - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a liquid activation method for adjusting the vibration of a liquid to a predetermined vibration and increasing the vibration energy of the liquid for activation.
[0002]
[Prior art]
Conventionally, liquids have molecular vibrations or particle vibrations, respectively. Each of these vibrations vibrates within a specific range depending on the substance, but the vibration at the molecular level is in a turbulent state, and does not vibrate properly. Because of this, even in intermolecular bonding, both molecules are less likely to mix and meet each other. For example, in order for water to be absorbed by cells, there are molecular vibrations of water having a frequency or amplitude that are easily absorbed by cells, or vibrations of water particles in which water molecules gather. These vibrations cause vibrations in liquids and fine particles that have been used in conventional industrial materials and medical treatments, and are not adjusted to predetermined vibrations.
[0003]
In addition, the vibration of these liquids has a small vibration energy and is unlikely to act on others, that is, the liquid is not in an activated state. Therefore, even if it is water, for example, since the active energy is small, the degree of absorption into the body is low. For this reason, there existed a problem that the effect which a liquid has was not fully exhibited in an industrial material or medical treatment.
[0004]
In Japanese Patent Laid-Open No. 5-277196, a rotating magnetic field is generated by passing a current through a multidimensional coil, and a directional energy field is generated at the center of the magnetic field, which is beneficial to animals and plants. A multidimensional coil to be actuated is described. A two-dimensional coil in which a slightly thin wire 2 (diameter 0.3 mm) is wound on the outer periphery of a wire 1 (diameter of about 0.5 mm) made of a straight copper wire or the like, wound clockwise to the winding direction. 3 is obtained by winding the two-dimensional coil 3 around another linear wire 4 (having a diameter of about 0.8 mm) in the same manner as a right-handed three-dimensional coil 5, and a repetition of these is called a multidimensional coil. . Hereinafter, it is known in electromagnetic mechanics that when a wire is made into a right-handed coil and a direct current is passed, a magnetic field similar to a bar magnet is generated in the coil. The coil generating this magnetic field is further made of a coil so that the magnetic field rotates clockwise and is named a two-dimensional coil. Then, the rotating magnetic field generates a directional energy field. This energy is named energy by a two-dimensional coil.
[0005]
If this two-dimensional coil is further wound clockwise, a three-dimensional coil can be produced and the energy of the three-dimensional coil can be generated. In this way, a multidimensional coil can be produced and the energy of the multidimensional coil can be generated. Experiments have shown that energies beyond two-dimensional coils are not handled by current electromagnetic mechanics, but have various useful effects on the living body. The energy of the two-dimensional coil is considered to be the same as the vector potential in the AB effect. Hereinafter, the AB effect will be described. In 1959, Israel's Marahanoff and British Baume said, “Even if there is no magnetic field, if there is a magnetic field nearby, it will be physically affected only by the vector potential affected by the magnetic field. "AB effect" was proposed. In 1962, an experiment using a solenoid was performed by Mehrenstadt, West Germany, and it was recognized that the "AB effect" was demonstrated. The vector potential generated from the solenoid in this experiment corresponds to the energy of the two-dimensional coil in the present invention. For further demonstration of the “AB effect”, in 1982, Akira Tonomura of Hitachi Central Research Laboratories conducted an experiment using an electron beam holography and a sample of a tomato-shaped magnet with a superconducting material. It was confirmed by the phenomenon that the interference fringe field deviation of the electron beam occurred (published in June, 1982, Physical Review Letters). In the invention described in the above publication, this vector potential is put into practical use by a multi-dimensional coil to make it beneficially act on animals and plants.
[0006]
[Problems to be solved by the invention]
Therefore, in order to solve the above-described problems, the present invention resonates each vibration of the liquid and adjusts it to a predetermined vibration, and, for example, increases the vibration energy to activate water to facilitate absorption into the body. The purpose is to increase the potency of the liquid by increasing the vibrational energy of the liquid and activating the liquid so that the vibration of the molecule or particle is activated to facilitate the binding and mixing with other molecules. Is. The purpose is to put it into practical use so that the energy of the multidimensional coil corresponding to the vector potential generated from the solenoid acts on the water and activates it to activate it.
[0007]
[Means for Solving the Problems]
In order to achieve the above object, the present invention provides a liquid activation process characterized in that a liquid to be treated is collided at high speed while rotating clockwise and decomposes into small fine particles and a magnetic field is passed in that state. The gist is the law. The magnetic field is preferably a magnetic field of a multidimensional coil.
[0008]
The means for causing the liquid to be treated to swirl clockwise and collide at high speed and decompose into small fine particles is obtained by pumping the liquid and flowing the flow through the straight pipe and the flow rate adjusting nozzle and the periphery of the straight pipe and the nozzle. It is a means to divide the flow through the spiral pipe provided so as to surround and flow the same amount in the two flows and then merge, preferably in the storage chamber after flowing the same amount in the two flows, respectively. It is a means to merge.
The above means is provided with an inlet of a straight pipe for the object to be processed to advance straight and an inlet of a spiral pipe for the object to be processed to rotate while rotating in a front storage chamber for temporarily storing the object to be processed such as liquid or fine particles. The spiral pipe is attached so as to surround the periphery of the straight pipe in a spiral shape, and the outlets of both pipes are realized by using a device provided with a rear storage chamber where the objects to be processed flowing out from both pipes join. A nozzle for adjusting the flow rate was provided at the outlet of the straight pipe so that the amount flowing through the straight pipe and the amount flowing through the spiral pipe were the same. As described above, the front rear storage chamber and the rear front storage chamber of the component composed of a combination of a straight pipe and a spiral pipe connecting the front and rear storage chambers and the front and rear storage chambers are integrated. As a storage chamber, the constituent elements are connected, and multiple stages of the constituent elements are arranged in a loop (annular).
[0009]
With the above configuration, the object to be processed is pumped from the tank by the pump and enters the first storage chamber, and one flow enters the second storage chamber from the first storage chamber through the first stage straight pipe. The other flow enters the second storage chamber from the first storage chamber through the first-stage spiral pipe. The objects to be processed that have flowed through substantially the same amount in both pipes are merged in the second storage chamber. Next, the second storage chamber enters the third storage chamber through the second stage straight pipe and the spiral pipe. In this way, through the straight pipe and the spiral pipe one after another, it flows through the looped device and enters the tank from the last storage chamber. During this time, the object to be processed flowing through the direct pipe and the object to be processed flowing through the spiral pipe resonate with each other, and the physical properties are changed by the magnetic field generated by the swirl flow and vortex flow, and multiple stages are arranged in a loop. It is activated by applying repetitive energy by passing the constituent elements. Furthermore, in order to change the physical properties of the liquid more strongly by positively applying a magnetic field, a pipe flow path around which multiple helical wires are wound is configured.
[0010]
Alternatively, the means for collapsing at high speed while turning the liquid to be treated to break down into small fine particles is obtained by alternately connecting a pipe having a large inner diameter and a pipe having a small inner diameter alternately with a predetermined length. Is a fluid inlet and the other end is a fluid outlet, and a portion of the pipe having a predetermined inner diameter is arranged in a concentric circle shape, and a plurality of pipe portions having a smaller inner diameter surround the concentric circle from the outside at the same time. This is a means for pumping the liquid to one flow pipe, which is a liquid flow path that is arranged in a circular spiral and that forms a circular shape in the clockwise direction as a whole. The means is arranged so as to surround a circular pipe having an inlet from the outside at one end and a plurality of circular pipes simultaneously from the outside. It is composed of a plurality of circular spiral pipes and a single circular spiral pipe having an outlet to the outside, and the other end of the circular pipe with an inlet 10 is connected to one end of a circular spiral pipe 14. The same number of circular shapes, with the other end of the helical pipe connected to one end of the second circular pipe 11 and the other end of the circular pipe connected to one end of the second circular helical pipe 15. Realized by using a flow pipe device in which pipes and circular spiral pipes are connected alternately and in series so that the outlet 17 to the outside comes to the end of the circular spiral pipe in the final stage To do.
Furthermore, a pipe flow path is formed by winding a multi-spiral coil 18 that passes a current and forms a forced magnetic force on all flow pipes.
[0011]
DETAILED DESCRIPTION OF THE INVENTION
An apparatus for carrying out the method of the present invention will be described with reference to the drawings.
As shown in FIG. 1, a nozzle 6 for adjusting the flow rate of water (liquid to be treated) flowing through the straight pipe 5 is provided at the straight pipe 5 and the outlet of the straight pipe 5, and the inlet and outlet of the straight pipe 5 are flanged. Attach to 4. A spiral pipe 7 is provided so as to surround the periphery of the straight pipe 5, and an inlet and an outlet of the spiral pipe 7 are attached to the flange 4 to which the straight pipe 5 is attached. The storage chamber 3 for storing the flow of the straight pipe 5 and the flow of the spiral pipe 7 before and after the components is attached by the flange 4, and the six-stage components are arranged in a loop. The first storage chamber 3 has a water inlet and the last storage chamber 3 has an outlet 2.
[0012]
From the above configuration, water pumped from a pump or a tank is poured from the inlet 1 into the first storage chamber 3. Water flows from the inlets of the straight pipe 5 and the spiral pipe 7 that open to the flange 4 portion of the first storage chamber 3, and one of the water flows through the straight pipe 5 and the straight pipe 5 and the spiral pipe 7 at substantially the same flow rate. It enters into the 2nd storage chamber 3 from the nozzle 6 adjusted to quantity. The flow rate adjustment by the nozzle 6 is performed by changing the diameter of the nozzle 6. The other water enters the second storage chamber 3 through the spiral pipe 7. The water passing through the straight pipe 5 and the water passing through the spiral pipe 7 merge in the second storage chamber 3. While joining the straight pipe 5 and the spiral pipe 7, the water molecules resonate with each other to generate a predetermined vibration, and are also generated by a swirl flow, a vortex flow, or a loop flow generated depending on the number of spirals. A special magnetic field is generated by the swirling flow and vortex flow to become activated water with high vibration energy.
[0013]
Water flows from the second storage chamber 3 through the straight pipe 5 and the spiral pipe 7 which are the second-stage components, and joins in the third storage chamber 3. In this way, the operation of water flowing and joining the components of the straight pipe 5 and the spiral pipe 7 is repeated six times to flow through the loop-shaped device, and then from the outlet 2 of the final storage chamber 3 to the external tank. Sent. If it is intended to further improve the physical properties of water, it is possible by repeating the above operation, so that water flows through the straight pipe 5 and the spiral pipe 7 with many components that flow and merge. It is better to put the water once sent to the tank back into this device and let it flow. As shown in FIG. 2, the flow of water forms a swirl flow or a swirl flow by the spiral pipe 7 surrounding the straight pipe 5 in a swirl shape. In order to positively apply a magnetic field, a pipe flow path wound with a multiple helical coil is used, and a current is passed through the multiple helical coil to form a forced magnetic field in the flow path through which the liquid flows (not shown).
[0014]
A description will be given of another apparatus shown in FIGS. 3 to 8 which is used for colliding at high speed while breaking the liquid to be treated and turning it into small fine particles. In FIG. 3, pipes 10 and 11 having a large inner diameter and pipes 14 and 15 having a small inner diameter are alternately connected to each other with a predetermined length, one end being a fluid inlet and the other end being a fluid outlet 17. The other end of the attached circular pipe 10 is connected to one end of the circular spiral pipe 14, and the other end of the circular spiral pipe is connected to one end of the second circular pipe 11, and the other end of the circular pipe is connected. Are connected to one end of the second circular spiral pipe 15 so that the same number of circular pipes and circular spiral pipes are connected alternately and in series, so that the circular spiral pipe of the final stage is connected. It connects so that the exit 17 to the outside may come to the terminal. Furthermore, a pipe flow path is formed by winding a multi-spiral coil 18 that passes a current and forms a forced magnetic force on all of the flow path pipes shown in FIGS. That is, in order to positively apply a magnetic field, a flow path is formed by alternately connecting a circular pipe and a circular helical pipe wound with a multi-helical coil in series, and this multi-helical coil is shown in FIGS. A forced magnetic field is formed in the flow path through which the liquid flows.
[0015]
【The invention's effect】
Since the present invention is configured as described above, the following effects can be obtained. By changing the physical properties of the liquid, the effects of the liquid can be extracted and used for industrial products and medicine.
By changing the physical properties of water, it contributes to the promotion of health in drinking water and preventive medicine.
[Brief description of the drawings]
FIG. 1 is a schematic representation of an apparatus used to carry out the liquid activation process of the present invention. However, a drawing of a fractor coil that forms a forced magnetic field in the flow path is omitted.
FIG. 2 is a schematic diagram showing a helical pipe portion.
FIG. 3 is a schematic view of another apparatus used to carry out the liquid activation process of the present invention. However, a drawing of a fractor coil that forms a forced magnetic field in the flow path is omitted.
4 shows a block diagram for forming a forced magnetic field in a flow path through which liquid flows by passing an electric current through the fractor coil of the apparatus of FIG. 3; However, voltage: 5 V, current: 1 circuit 300 mA (200 to 400 mA), waveform: square wave, duty: 50%, phase deviation: 60 degrees between 3 circuits, coil resistance: about 10 ohms, frequency: (H) 110 Hz to 200 Hz (L) 40 Hz to 60 Hz, two-stage switching or continuous switching, total coil current amount in indirect circulation method: 300 mA × 3 circuit × 2 times = 1.8 A, total coil current value in direct circulation method: 300 mA × 3 Circuit = 0.9A.
5 shows a wiring diagram of a pulse amplification device for forming a forced magnetic field in the flow path through which the liquid of the device of FIG. 3 flows.
6 shows a pulse waveform from the pulse amplifier of FIG. However, f = 1 / T = about 111 Hz (measured value, at VR maximum), PS-341 (ELEKIT) specification: oscillating by logic IC + CR time constant, C = 0.1 micro F, R = 100 k ohms -1.1M ohm, f = 5Hz-50Hz, B mode, C channel use.
7 shows a schematic wiring diagram of the apparatus of FIG.
8 shows a schematic front cross-sectional view representing a use mode of the apparatus of FIG.

Claims (2)

The liquid is pumped and divided into a flow through the straight pipe and the flow rate adjustment nozzle and a flow through a spiral pipe provided around the straight pipe and the nozzle, and the same amount is supplied to each of the two flows. After that, the liquid to be treated is collided at high speed while being swung clockwise to break down into small fine particles by being merged in the storage chamber, and the magnetic field of the multidimensional coil is allowed to pass through in this state. Activation treatment method. A pipe having a large inner diameter and a pipe having a small inner diameter are alternately connected to each other with a predetermined length, and one end serves as a fluid inlet and the other end serves as a fluid outlet. One pipe which is a concentric circular shape, the pipe portion having a small inner diameter surrounds the concentric circle from the outside at the same time and is arranged in a plurality of circular spirals, and forms a circular shape in the clockwise direction as a whole. A liquid characterized in that the liquid to be treated is collided at high speed while being swung clockwise and decomposed into small fine particles, and the magnetic field of the multidimensional coil is allowed to pass through in this state. Activation treatment method.

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