JP2008264648A - Water activating device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To realize a water activating device which can perform water activating treatment at a place desired by a user. <P>SOLUTION: Water is poured from the water filling port 20b of a funnel member 20 installed in the water activating device 100 to flow through a water pipe part 20a. The water is made to flow between and through the magnetic working surfaces 1a of the N pole and S pole of a pair of permanent magnets 1 in the water activating device 100 so as to obtain treated water flowing out of an outflow port 20c, which enables activating treatment of the water, allowing a user to perform water activating treatment using the water activating device 100 at a desired place. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a water activation device.

2. Description of the Related Art Conventionally, there has been known a water activation device that is attached to a water pipe and causes a magnetic force to act on the water passing through the water pipe to improve the degree of water activation (see, for example, Patent Document 1).
Japanese Patent No. 3469541

  However, in the case of the said patent document 1, although a water activation apparatus is attached to water supply pipes, such as the inside of a meter box, and can perform the activation process of the tap water for every house or living room, in arbitrary places There was a problem that it was unsuitable for activating a small amount of water.

  The objective of this invention is providing the water activation apparatus which can perform a water activation process in the place which a user desires.

In order to solve the above problems, the invention according to claim 1 is a water activation device,
A pair of permanent magnets that oppose the magnetic action surface of the N pole and the magnetic action surface of the S pole, and a pair of each permanent magnet that is arranged substantially perpendicular to the magnetic action surface with the magnetic action surface interposed therebetween A non-magnetic conductive metal plate,
For each of the permanent magnets, the yoke is disposed on the opposite side of the magnetic action surface of the permanent magnet, and both end portions thereof are bent to the magnetic action surface side substantially parallel to the nonmagnetic conductive metal plate. When,
A tubular member disposed so as to pass between the magnetic action surface of the N pole and the magnetic action surface of the S pole in the pair of permanent magnets, and having one end opening larger than the other end;
It is characterized by providing.

Invention of Claim 2 is the water activation apparatus of Claim 1,
The permanent magnet having the N-pole magnetic working surface, the pair of nonmagnetic conductive metal plates and the yoke disposed on the permanent magnet, the permanent magnet having the S-pole magnetic working surface, and the permanent magnet. The pair of nonmagnetic conductive metal plates and the yoke are housed in different housings,
The tubular member is detachable between one housing containing a permanent magnet having the N-pole magnetic working surface and the other housing containing the permanent magnet having the S-pole magnetic working surface. It is provided.

The invention according to claim 3 is the water activation device according to claim 2,
The other end portion of the tubular member is formed with a stopper portion that comes into contact with the housing so that the tubular member does not come out to the one end portion side.

According to the present invention, water is poured into a tubular member provided in the water activation device, and is passed between the magnetic action surface of the N pole and the magnetic action surface of the S pole of the pair of permanent magnets in the water activation device. In this way, the activated water can be activated.
In particular, the user can perform the water activation process by flowing water through the tubular member of the water activation device at an arbitrary place.
In other words, the water activation device according to the present invention can be used as a portable type water activation device, rather than being attached to a water supply pipe and being used on a large scale like a conventional water activation device. The water activation treatment can be performed at a desired place using this water activation device.
And the water activation process by the synergistic effect of a magnetic force and an electron can be performed by allowing water to pass between the magnetic action surfaces between a pair of permanent magnets in this water activation device. Water with a higher degree of activation can be obtained.

  Hereinafter, the water activation apparatus according to the present invention will be described in detail with reference to the drawings. The scope of the invention is not limited to the illustrated example.

As shown in FIGS. 1 to 3, the water activation device 100 includes a pair of device main bodies 10 and 10 and a funnel member 20 that is a tubular member.
And the water activation apparatus 100 is comprised by arrange | positioning so that the funnel member 20 may be inserted | pinched between a pair of apparatus main bodies 10 and 10. FIG.
Further, the funnel member 20 sandwiched can be removed by pulling apart the pair of apparatus main bodies 10 and 10. That is, the funnel member 20 is detachably attached to the water activation device 100.
The pair of apparatus main bodies 10 and 10 in the water activation apparatus 100 causes magnetism to act on the sandwiched funnel member 20, and the funnel member 20 allows water to flow between the pair of apparatus main bodies 10 and 10. The water activation device 100 is a device that performs water activation treatment that activates water by applying magnetism to the water flowing through the funnel member 20.

  As shown in FIGS. 4 to 6, the apparatus main body 10 includes a permanent magnet 1, a pair of nonmagnetic conductive metal plates 2, 2 arranged with the permanent magnet 1 interposed therebetween, and a rear surface side of the permanent magnet 1. A yoke 3 having a substantially U-shaped cross-sectional view disposed so as to surround the magnetic conductive metal plates 2 and 2, and a housing that accommodates the permanent magnet 1, the nonmagnetic conductive metal plates 2 and 2, and the yoke 3 therein. 4 and a filling member 5 filled in the space in the housing 4. And this apparatus main body 10 is exhibiting the clog-like outer shape as shown in FIG.

The permanent magnet 1 is, for example, a neodymium magnet having a substantially rectangular parallelepiped shape, and a surface that acts on the front surface, which is one surface thereof, toward the funnel member 20 sandwiched between the pair of device main bodies 10 and 10. And a magnetic working surface 1a corresponding to the N pole or S pole of the magnet.
Of the pair of device main bodies 10, 10 in the water activation device 100, the magnetic action surface 1 a of the permanent magnet 1 provided in one device main body 10 is the N pole, and the permanent magnet 1 provided in the other device main body 10. The magnetic acting surface 1a is an S pole.

The pair of nonmagnetic conductive metal plates 2 and 2 are opposed to each other with the magnetic action surface 1a of the permanent magnet 1 interposed therebetween, and the side surfaces of the permanent magnet 1 are arranged so as to be substantially perpendicular to the magnetic action surface 1a. It is arranged in. Note that one end sides of the pair of nonmagnetic conductive metal plates 2 and 2 extend from the magnetic action surface 1a side in a direction substantially perpendicular to the surfaces.
The nonmagnetic conductive metal plate 2 is preferably a high potential metal plate such as a copper plate.

  The yoke 3 is a member that amplifies the attractive force of the permanent magnet 1 and is formed by bending a soft iron plate into a substantially U shape in cross-section, and is a surface 1b opposite to the magnetic acting surface 1a of the permanent magnet 1. The substrate portion 3b is in contact with the side, and has both end portions 3a and 3a bent to the magnetic action surface 1a side so as to be substantially parallel to the nonmagnetic conductive metal plate 2.

The housing 4 includes a housing main body 4a and a lid 4b fitted to the housing main body 4a. The housing main body 4a accommodates the permanent magnet 1, the pair of nonmagnetic conductive metal plates 2, 2 and the yoke 3, By fitting the lid 4 b into the opening of the housing body 4 a and sealing it, the permanent magnet 1, the pair of nonmagnetic conductive metal plates 2, 2 and the yoke 3 can be accommodated inside the housing 4.
The housing 4 (housing main body 4a, lid 4b) is a member molded with ABS resin, for example, and is covered with, for example, three plating layers of copper plating, nickel plating, and chrome plating.

The housing body 4 a is a case body that accommodates the permanent magnet 1, the pair of nonmagnetic conductive metal plates 2, 2, and the yoke 3. The housing body 4 a sandwiches the semicircular arch-shaped recess 40 and the recess 40. The outer shape (substantially clog-like shape) which has the fixed end parts 41 and 41 in which the front-end | tip was formed flat is exhibited. Then, one end side of the pair of nonmagnetic conductive metal plates 2 and 2 housed together with the permanent magnet 1 in the housing main body 4a and the distal end side of both end portions 3a and 3a of the yoke 3 are fixed to the fixed end portions 41 and 41, respectively. It is arranged at a position inside the corresponding housing body 4a.
Moreover, the curved surface shape of the recessed part 40 which exhibits semicircular arch shape is the size and thickness of the funnel member 20, Comprising: It forms corresponding to the size and thickness of the outer diameter of the water flow pipe part 20a mentioned later. . Specifically, when the pair of device main bodies 10 and 10 are combined so that the water activation device 100 is used, and the respective recesses 40 of the pair of housings 4 and 4 face each other, the space between the housings 4 is reduced. The recess 40 is formed in a shape in which a substantially columnar cavity formed between the recesses 40 in the case becomes the size (thickness) of the outer diameter of the water flow pipe portion 20 a of the funnel member 20.

  The lid body 4b is a part of the case body that closes the opening of the housing body 4a. The lid body 4b has a penetrating hole through which air and fluid filler in the housing body 4a can be discharged out of the housing 4. A hole 4h is provided.

The filling member 5 is an internal space of the housing 4, and the fluidity filled in the gap between the permanent magnet 1 accommodated inside the housing 4, the pair of nonmagnetic conductive metal plates 2, 2 and the yoke 3. The filler is solidified and formed, for example, by filling a silicone resin. The filling member 5 covers and covers the permanent magnet 1, the nonmagnetic conductive metal plate 2, and the yoke 3.
Specifically, when the filling member 5 is formed, for example, a pair of nonmagnetic conductive metal plates 2 and 2 and a yoke 3 temporarily bonded to the permanent magnet 1 are combined with the permanent magnet 1 in the housing main body 4a. Is a space in the housing body 4a, in the gap between the permanent magnet 1, the pair of nonmagnetic conductive metal plates 2, 2 and the yoke 3, and the housing body 4a in the housing body 4a. Fill with a flowable filler. Then, the housing 4 is assembled by fitting the lid body 4b to the housing body 4a while discharging excess filler and air in the housing body 4a from the through hole 4h provided in the lid body 4b. By solidifying the material, the filling member 5 covering the permanent magnet 1, the pair of nonmagnetic conductive metal plates 2, 2 and the yoke 3 can be formed.

In this manner, the fluid filler is poured into the space or gap in the housing 4 of the water activation device 100 (device main body 10), or the excess filler is discharged from the through hole 4h of the lid 4b. Thus, the fluid filler can be filled to every corner in the housing 4, so that the filling member 5 can be formed in the housing 4 of the apparatus body 10 without any gap.
The filling member 5 is provided in the housing 4 with no gap so as to cover the permanent magnet 1, the nonmagnetic conductive metal plate 2, and the yoke 3 in the apparatus body 10. Moisture or the like does not enter from the outside, or moisture from the outside does not adhere to the permanent magnet 1, the nonmagnetic conductive metal plate 2 or the yoke 3 covered with the filling member 5. Can prevent the permanent magnet 1, the nonmagnetic conductive metal plate 2, and the yoke 3 from being deteriorated due to rust and the like, so that the water activation performance associated with the magnetic performance of the apparatus body 10 can be stabilized over a long period of time. Can be maintained.
Further, since the filling member 5 provided can prevent the permanent magnet 1 and the like from rattling inside the housing 4, the arrangement of the permanent magnet 1, the nonmagnetic conductive metal plate 2, and the yoke 3 is shifted or distorted. And the permanent magnet 1 can be reduced from being cracked and chipped, and the water activation performance associated with the magnetic performance of the apparatus body 10 can be maintained.

The funnel member 20 is sandwiched between a pair of device main bodies 10 and 10 in the water activation device 100, and the N pole magnetic action surface 1 a of the permanent magnet 1 provided in one device main body 10 and the other device main body. 10 is disposed so as to pass between the magnetic action surface 1 a of the S pole of the permanent magnet 1 provided in the magnet 10.
The water flowing through the pipe of the funnel member 20 is between the pair of device main bodies 10 and 10 in the water activation device 100, and the N-pole magnetic action surface 1 a of the one permanent magnet 1 and the other permanent magnet 1. It flows through between the magnetic action surface 1a of the S pole.
Specifically, the funnel member 20 has a water passage tube portion 20a sandwiched between the pair of apparatus main bodies 10 and 10 and one end portion side of the water passage tube portion 20a, and its opening has a trumpet shape. It has a water injection port 20b and an outlet 20c through which the water poured from the water injection end 20b flows out on the other end side of the water flow pipe portion 20a. In addition, the stopper part 20d formed in one step thicker than the water flow pipe part 20a is provided in the vicinity of the outflow port 20c.
And when the water flow pipe part 20a of this funnel member 20 is clamped between a pair of apparatus main bodies 10 and 10, the water injection port 20b extends upwardly between the apparatus main bodies 10 and 10, and the outflow port 20c is It extends downward from between the apparatus main bodies 10 and 10.
When the funnel member 20 is sandwiched between the pair of device main bodies 10 and 10, the stopper portion 20d on the outlet 20c side contacts the pair of housings 4 and 4 in the water activation device 100. The funnel member 20 does not come out to the water injection port 20b side.

  Next, water activation processing using the water activation device 100 will be described.

First, the apparatus main body 10 having the magnetic action surface 1a of the permanent magnet 1 having the N pole and the apparatus main body 10 having the magnetic action surface 1a of the S pole are paired. And the funnel member 20 is disposed so as to pass between the magnetic action surface 1a of the N pole and the magnetic action surface 1a of the S pole, and as shown in FIGS. Assemble the device 100. At this time, the water activation device 100 is assembled such that the water flow pipe portion 20a is sandwiched in the concave portion 40 of the housing 4 and the fixed end portions 41 are attached to each other.
The magnetic working surfaces 1a of the permanent magnets 1 in the pair of apparatus main bodies 10 and 10 are the north pole and the south pole, respectively. The water activation device 100 is assembled in such a manner that the pair of device main bodies 10 and 10 sandwiching the water pipe portion 20a of the funnel member 20 are magnetically attached to each other by the mutual magnetic force.

And as shown in FIG. 7, in the water activation apparatus 100 which consists of a pair of apparatus main body 10 and 10 attracted by the mutual magnetic force and was fixed with respect to the water flow pipe part 20a of the funnel member 20, one apparatus main body Magnetic field lines B (magnetic flux B) are generated from the magnetic action surface 1 a of the ten permanent magnets 1 toward the magnetic action surface 1 a of the permanent magnet 1 of the other apparatus main body 10.
When water poured from the water injection port 20b flows in the direction of the arrow F into the water flow pipe portion 20a on which the magnetic field lines B act, the direction of the flowing water (arrow F) is orthogonal to the direction of the magnetic field lines B. An electromotive current is generated in the direction of arrow I.
The intensity E of this electromotive current (arrow I) is proportional to the magnetic flux density B and the flow velocity V of flowing water, and can be expressed by the following equation.
E = k · B · V (where E is the intensity of the electromotive force, k is a constant, B is the magnetic flux density, and V is the flow velocity of the flowing water)

In order to inductively charge the electromotive current generated in this way so that there is no discharge loss, and to efficiently discharge electrons generated by this charging into running water, the nonmagnetic conductive metal plate 2 is interposed between the yoke 3 and the permanent magnet 1. Is provided.
The pair of nonmagnetic conductive metal plates 2 and 2 is a metal having a high potential, and is made of copper belonging to group IB in the periodic table of elements. Since there is a property of pushing the magnetic field lines B generated between them in the direction of the center of the opposing nonmagnetic conductive metal plates 2 and 2, the magnetic field lines B on the center side are densified, the magnetic flux density B is increased, and an electromotive force is generated Will be improved.
In addition, since the generated electromotive current is blocked by the nonmagnetic conductive metal plate 2 and cannot pass through the nonmagnetic conductive metal plate 2, electrons induced on the nonmagnetic conductive metal plate 2 are efficiently used. Released into running water. Electrons generated by charging are directed in the direction opposite to the direction of the electromotive current (in the direction opposite to the arrow I) so as to go from one nonmagnetic conductive metal plate 2 to the other nonmagnetic conductive metal plate 2. Released.
Further, since this nonmagnetic conductive metal plate 2 has a higher potential than the magnetic metal (soft iron) constituting the yoke 3, a pair of nonmagnetic conductive metal plates 2, 2 inside the yoke 3 by contact battery action. The potential inside is further increased, and the generated electrons are repelled and released into the running water more efficiently.

The electrons released into the flowing water in the water flow pipe portion 20a of the funnel member 20 are oxygen accepting water because oxygen constituting a part of water molecules (H ₂ O) is an electron acceptor. Plays a role in enhancing the bipolar nature of This increases the bond angle of hydrogen atoms in the water molecule, increases the density of aggregation between the water molecules and decreases the water molecule aggregate (cluster), and the flowing water is negatively charged and lowers the redox potential. It becomes reduced water and promotes the activation of water.
The generation of clusters is caused by hydrogen bonds. However, when electrons become rich, electrons in the oxygen atoms of water molecules and free electrons repel each other, so this repulsive force is caused by the bond strength of van der Waals water. When you win, the hydrogen bonds are broken, the clusters become finer, and the Brownian motion of water molecules becomes active. At the same time, the electrons released into the flowing water charge the dissolved oxygen in the water to generate oxygen anions (O + e ⁻ → O ⁻ ), which react with water to form hydroxyl radicals (O ⁻ + H ₂ O → 2OH), thereby making the water to be treated weakly alkaline.
Thus, if the water activation apparatus 100 is used, the magnetic activation by the permanent magnet 1 and the electrochemical activation by the electrons are performed, and only the magnetic force is activated by the synergistic action of the magnetic force and the electrons. Water activation process far superior to the method will be performed.
Since the water that has been activated in the funnel member 20 flows out from the outlet 20c of the funnel member 20, the treated water is received in a container such as a cup or bottle.

As mentioned above, if it is the water activation apparatus 100 which concerns on this invention, water will be poured from the water injection port 20b of the funnel member 20 with which an apparatus is provided, the inside of the water flow pipe part 20a will be obtained, and the treated water which flows out from the outflow port 20c will be obtained. Thus, the activation process of water can be performed.
That is, instead of using it on a large scale by attaching to a water pipe like a conventional water activation device, the water activation device 100 according to the present invention can be used as a portable type water activation device, The user can perform water activation processing at a desired place using the water activation device 100.
In particular, since the user can activate the water at a desired place using the water activation device 100 even with a glass of water, any place in the outdoors such as a park or a campsite can be used. In this case, the water activation device 100 can be used to activate water such as a water bottle.
In addition, since the funnel member 20 is detachably provided in the water activation device 100, the funnel member 20 having a desired shape and size can be exchanged and used. The water activation treatment can be suitably performed using the funnel member 20 according to the above.

  And according to the water activation process by this water activation apparatus 100, the activation of water is remarkably performed by the synergistic effect of the magnetic force and the electron, and the activation degree is much higher than that of the conventional activation method using only the magnetic force. High water can be obtained.

  In addition, in the above embodiment, although the water activation apparatus 100 demonstrated and demonstrated as an example the structure which can be isolate | separated into a pair of apparatus main body 10 and 10 and the funnel member 20, this invention is limited to this. Instead, the water activation device 100 may have a structure in which the funnel member 20 is integrally provided.

  Moreover, in the above embodiment, although the copper plate was applied to the nonmagnetic conductive metal plate 2, the present invention is not limited to this, and the nonmagnetic conductive metal plate 2 It may be a single plating of copper, silver or gold belonging to group IB in the periodic table, a composite plating of these metals, or a composite metal plate obtained by laminating these metal thin plates.

  Further, in the above embodiment, the explanation was made by applying soft iron, which is a magnetic metal, to the yoke 3, but the present invention is not limited to this, and the yoke 3 is made of magnetic ceramic. There may be.

  Moreover, in the above embodiment, although the case where the water which flows in the water flow pipe part 20a of the funnel member 20 in the water activation apparatus 100 was activated was described as an example, the present invention is limited to this. For example, since the water activation device 100 can activate a solution (aqueous solution) containing water, for example, tea, juice, liquor, wine, lotion, etc. can be activated. It may be used to be activated by flowing through 100 funnel members 20.

Moreover, in the above embodiment, although the process which activates water and a solution through the funnel member 20 in the water activation apparatus 100 was demonstrated, this invention is not limited to this, For example, the funnel member 20 is used. Since the water activation device 100 is detachably attached to the water activation device 100, the pair of device main bodies 10, 10 from which the funnel member 20 has been removed from the water activation device 100 are attached to positions desired by the user. It can be used for activation treatment.
For example, it can be used by being attached to a water supply pipe or faucet of a kitchen or a washroom at home, a water pipe or a water pipe connected to a washing machine or a toilet. In addition, it can be used in places such as travel destinations (hotels, etc.), offices or acquaintances' homes, and attached to the water supply etc. of the place. Moreover, a pair of apparatus main bodies 10 and 10 can be attached and used by magnetic attachment so that the shower hose of a bathroom, the rubber hose for spraying water in a garden, a field, etc., or a watering tube may be inserted | pinched.
Further, the pair of apparatus main bodies 10 and 10 are not limited to activating water or an aqueous solution flowing in the pipes by attaching them to the pipes or pipes or tubes. For example, the pair of apparatus main bodies 10 and 10 may be bottles or cups. It may be attached to a container such as such that water or an aqueous solution contained in the container is activated.

  In addition, it is needless to say that other specific detailed structures can be appropriately changed.

It is a disassembled perspective view which shows the water activation apparatus which concerns on this invention. It is a perspective view which shows the water activation apparatus which concerns on this invention. It is a side view which shows the water activation apparatus which concerns on this invention. It is a perspective view which shows the apparatus main body of a water activation apparatus. It is the top view which looked at the apparatus main body from the cover body side. It is sectional drawing in the VI-VI line of FIG. It is sectional drawing in the VII-VII line of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Permanent magnet 1a Magnetic action surface 2 Nonmagnetic conductive metal plate 3 Yoke 3a Both ends 4 Housing 4a Housing main body 4b Cover body 4h Through-hole 40 Recessed part 41 Fixed end part 5 Filling member 10 Apparatus main body 20 Funnel member (tubular member)
20a Water conduit 20b Water inlet (one end)
20c Outlet (the other end)
20d Stopper part 100 Water activation device

Claims (3)

A pair of permanent magnets that oppose the magnetic action surface of the N pole and the magnetic action surface of the S pole, and a pair of each permanent magnet that is arranged substantially perpendicular to the magnetic action surface with the magnetic action surface interposed therebetween A non-magnetic conductive metal plate,
For each of the permanent magnets, the yoke is disposed on the opposite side of the magnetic action surface of the permanent magnet, and both end portions thereof are bent to the magnetic action surface side substantially parallel to the nonmagnetic conductive metal plate. When,
A tubular member arranged so as to pass between the magnetic action surface of the N pole and the magnetic action surface of the S pole in the pair of permanent magnets, and having one end opening larger than the other end;
A water activation device comprising: The permanent magnet having the N-pole magnetic working surface, the pair of nonmagnetic conductive metal plates and the yoke disposed on the permanent magnet, the permanent magnet having the S-pole magnetic working surface, and the permanent magnet. The pair of nonmagnetic conductive metal plates and the yoke are housed in different housings,
The tubular member is detachable between one housing containing a permanent magnet having the N-pole magnetic working surface and the other housing containing the permanent magnet having the S-pole magnetic working surface. The water activation device according to claim 1, wherein the water activation device is provided.   3. The water activity according to claim 2, wherein a stopper portion that contacts the housing is formed at the other end portion of the tubular member so that the tubular member does not come out to the one end portion side. Device.

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