JP3527675B2 - Water activation equipment - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an activating device for activating water by applying magnetic and far infrared rays to flowing water.

[0002]

2. Description of the Related Art Conventionally, a water pipe is sandwiched between a magnet and a natural stone that radiates far infrared rays, and the water flowing through the water pipe is exposed to magnetism and far infrared rays to activate the water to produce so-called delicious water. There are known water activation devices that have a positive effect on the human body.

The activation of water is to destroy a water molecular group (cluster) consisting of several tens of water molecules to form a small cluster of several molecular groups.
It is considered that when the cluster becomes smaller, the surface area thereof increases, so that the contact area with other substances increases, thereby improving the function of dissolving or absorbing various substances, which is the original function of water. And, it is said that the following remarkable effects can be obtained by improving the function of water.
That is, first of all, the smaller clusters stimulate the taste appropriately, and also improve the throat so that the water becomes delicious.

Further, the harmful substances trapped in the large clusters are released when the clusters become smaller, and the water is purified.

Further, if the clusters are small, the absorption of water in the living body is good, which has a favorable effect on the metabolism of living tissues.

Further, when the clusters are small, the absorption into the cell tissue of the plant becomes good, and the growth of the plant is promoted.

Furthermore, water with small clusters penetrates the material quickly and satisfactorily during cooking, which makes cooked cooked food (rice cooked, cooked, etc.) delicious.

The mechanism by which magnetism and far-infrared rays contribute to activation of water has not been completely clarified. However, regarding magnetism, outer shell electrons, which are constituents of water molecules, are generated when a water flow crosses a magnetic field. Is excited, which destroys the water molecular group (cluster) consisting of several tens of water molecules and produces a plurality of small clusters consisting of several water molecules.

For far infrared rays, 4 to 14 μm
It is said that the growing light beam having the wavelength of is resonated with the water molecules, and the large clusters are destroyed by this resonance action (see Japanese Patent Laid-Open No. 10-277545). By the way, the number of water molecules in the cluster that most affects the human body is 4
It is said that the number is 5 to 5.

Regarding the water activating device utilizing such magnetism and far-infrared rays, JP-A-10-277545, JP-A-10-314751, and JP-A-11-1
69860 and Japanese Patent Application Laid-Open No. 11-169861.

[0011]

By the way, among the conventional water activating devices as described above, Japanese Unexamined Patent Application Publication No. 10-27754.
No. 5 and Japanese Patent Laid-Open No. 10-314751 both have a box-shaped casing through which a water pipe penetrates, in which magnets and natural stones that emit far infrared rays are arranged. Many types of casings have to be manufactured in advance according to the diameter of the water pipe, which has a problem of poor versatility.

Further, the water activation device described in Japanese Patent Laid-Open No. 11-169861 is one in which a magnet and a natural stone are loaded in each of a pair of casings formed to be openable and closable via a hinge member. is there. In such a device,
If the diameter of the water pipe changes, it is possible to open and close each casing around the hinge member to match the diameter, and it is possible to match the diameter of the water pipe. The magnet's facing surfaces are designed to be parallel, so when it is applied to water pipes of other diameters, the magnet's facing surfaces do not become parallel, which ensures the magnetic action on water. There is a problem that it will not reach.

In the water activating device disclosed in Japanese Patent Laid-Open No. 11-169861, a cylindrical filter and a water passage formed in the cylindrical filter are sandwiched between the cylindrical casing. Such a water purifier is a normal stationary water purifier type that is formed by a plurality of pairs of magnets facing each other and is configured to introduce water from the inflow port and to discharge active water from the outflow port. The type is provided with a large number of accessories that are unnecessary for the activation process of water, and has a problem that it becomes expensive as a whole.

The present invention has been made in order to solve the above-mentioned problems, and it is possible to properly install the water pipes of various pipe diameters while suppressing the cost. It is therefore an object of the present invention to provide a water activation device using magnetism that can reliably exert the action of magnetic force or far infrared rays on water.

[0015]

The invention according to claim 1 is
A water activating device that is detachably attached to a water pipe to activate water by supplying magnetic and far infrared rays to water flowing in the water pipe, and is a pair of magnets and tourmaline loaded therein. Of the casing, a pair of erection plates that are erected in a state of being opposed to each other with the water pipe interposed between the edge portions of the casings, and by changing the mounting position of each casing with respect to the erection plate, And a casing distance adjusting structure configured to be able to arbitrarily adjust the distance between the two while maintaining the parallel state, the casing is an inner case in which a magnet is fixed in the central portion, and The outer case is externally fitted to the inner case so as to close the opening of the inner case,
A gap is formed between the magnet and the edge wall in the inner case, and tourmaline crushed to a grain size of 0.5 to 5 mm is loaded in the gap, and the magnet is magnetized on one surface of the inner case .
It is fixed through a stone support plate surface on which the magnets of the pair of the inner case is fixed to face each other, the magnet support
The plate is closely fixed to the one surface and has four sides.
Have enclosures that enclose the magnets on the
Is a magnet with the above-mentioned gap being present between the edge wall and
Is configured to be elastically pressed and held from the surroundings .

According to the present invention, the activation device is attached to the water pipe by maintaining the water pipe of each casing by using the pair of erection plates while the water pipe is held between the pair of casings. It becomes a state. When water is circulated through the water pipe in this state, the magnetism inside the casing and the far-infrared rays from the tourmaline act on the flowing water, destroying large clusters of water and forming small clusters, so-called water activity. As the water is converted, activated water is obtained by receiving this water from the faucet.

By operating the inter-casing distance adjusting structure, it is possible to make the facing surfaces of the pair of casings parallel to each other, regardless of the diameter of the water pipe. This allows the magnetism to act on the water in a state orthogonal to the direction of the water flow, so that regardless of the diameter of the water pipe, a good magnetizing action of water can always be obtained.

The casing is composed of an inner case to which a magnet is fixed in the center and an outer case fitted to the inner case so as to close the opening of the inner case. The particle size is 0.5 to 5 between the magnet and the edge wall.
Since a gap for loading tourmaline crushed to mm is formed, and the surfaces of the pair of inner cases on which the magnets are fixed face each other, the magnets are placed inside the inner case and By putting tourmaline in the gap between the edge walls of the case and covering the inner case with the outer case in this state, a casing having a magnet and tourmaline inside is completed. The inner case and the outer case can be mass-produced at low cost by, for example, pressing a steel plate and can be easily assembled, and by constructing a casing from the inner case and the outer case, the market can be improved. Contributing to the low price and stable supply of water activation equipment to Japan.

Further, the crushed tourmaline increases the surface area of the tourmaline, which increases the amount of far infrared rays emitted from the surface and improves the water activation efficiency.

According to a second aspect of the present invention, in the first aspect of the present invention, the inter-casing distance adjusting structure includes a screw shaft projecting outward at opposite edges of the respective casings, A set nut that is detachably attached to the screw shaft, and an elongated hole having a hole width dimension bored in each of the installation plates that is slightly larger than the diameter dimension of the screw shaft. is there.

According to the present invention, in the state where the water pipe is sandwiched between the casings, the long holes of the pair of erection plates facing each other are fitted onto the screw shafts, and the lock nuts are screwed onto the screw shafts. Then, the activation device is attached to the water pipe. Then, before performing the fastening operation with the set nut, it is possible to set the facing surfaces of the pair of casings to be parallel to each other by performing the fine adjustment to move the set screw in the long hole in the forward and reverse directions. The facing surfaces of the pair of casings are easily arranged in parallel regardless of the size of the water pipe.

As described above, the inter-casing distance adjusting structure is constituted by the screw shaft projecting from the casing, the lock nut detachably screwed to the screw shaft, and the elongated hole formed in each erection plate. By doing so, the inter-casing distance adjustment structure is a simple structure, but the facing surfaces of the pair of casings can be easily arranged in parallel.

According to a third aspect of the present invention, in the invention according to any one of the first to third aspects, a cushioning member made of an elastic member is provided on the facing surfaces of the pair of casings. It is a thing.

According to the present invention, since the water pipe is sandwiched between the pair of casings via the cushioning material provided on the facing surface of each casing, the cushioning material is elastically deformed by the compression of the cushioning material. By this, it is pressed and pinched, and the mounting state of the activation device to the water pipe is stabilized.

According to a fourth aspect of the present invention, in the invention according to any one of the first to fourth aspects, the magnets are arranged in the casing such that the same poles face each other. is there.

According to the present invention, since the magnets in the casing are arranged so that the same poles face each other, the magnetism from each magnet repels each other at the intermediate position between the two magnets, and the magnetism in the water flow direction is increased. Since it bends toward the upstream side and the downstream side, and becomes a ring toward the other pole, the water flowing in the water pipe was hit by magnetism longer than when the N pole and the S pole were arranged to face each other. State, which causes the water to be more magnetically affected and better activated.

[0027]

1 is an exploded perspective view showing a first embodiment of a water activating device according to the present invention, and FIG. 2 is an assembled perspective view thereof. 3 is a sectional view taken along the line AA of FIG. The water activation device 1 of the first embodiment is preferably applied to a water pipe having a pipe diameter (outer diameter) of 50 mm or less. As shown in these drawings, the water activating device 1 includes a pair of casings 2 in the width direction, and a permanent magnet 3 and a tourmaline 4 (black tourmaline is used in this embodiment) provided in each of the pair of casings 2. And a pair of upper and lower erection plates 5 that are erected between the pair of casings 2.

The casing 2 has a hexagonal inner case 21.
And an outer case 22 that covers the inner case 21. The inner case 21 is formed by pressing a thin metal plate (having a plate thickness of about 0.5 mm) made of a non-magnetic material such as copper, brass, or aluminum alloy by a conventional method. The outer case 22 is also formed by pressing a thin metal plate made of a nonmagnetic material similar to the inner case 21.

In the present embodiment, the inner case 21 is dimensioned so that the diameter of the circle circumscribing it is 62 mm, while the outer case 22 has a diameter of the circumscribing circle of 65 mm.
Is dimensioned so that the inner case 21
Can be fitted into the outer case 22. The depth of each case 21 and 22 is 12 m.
It is set to m.

The inner case 21 is composed of a hexagonal plate 21a and a peripheral wall 21b which stands upright from the peripheral edge of the hexagonal plate 21a. Notched grooves 21c cut at a predetermined depth from the edge are provided at six corners of the peripheral wall 21b,
The peripheral wall 21b is divided into six by these cut grooves 21c. By such division, the peripheral wall 21b can be elastically deformed in the direction orthogonal to the hexagonal plate 21a, and this elastic deformation allows the inner case 21 to be easily fitted into the outer case 22 and can be engaged with a locking recess 21e described later. The engagement with the stop projection 22e is facilitated.

The permanent magnet 3 has a thickness of about 10 mm.
In this case, a rectangular parallelepiped one having a side of approximately 40 mm is used. The permanent magnet 3 is the inner case 2
It is stored in 1. To ensure this storage,
On the back side of the hexagonal plate 21a, a magnet support plate 23, which is a thin plate made of a mild steel that is a magnetic body, is closely fixed by spot welding. The magnet support plate 23 is set in a square shape slightly larger than the plane size of the permanent magnet 3, and is provided with arc-shaped surrounding pieces 23a on four sides. Therefore, the permanent magnet 3
The magnet support plate 23 is attracted by being housed in these enclosure pieces 23a to stabilize the mounting state in the inner case 21, and the enclosure piece 23a allows the inner case 21 to be attached.
It is designed to be positioned inside.

The enclosing piece 23a is curved slightly inward, and by inserting the permanent magnet 3 therein, the permanent magnet 3 is elastically pressed by the enclosing piece 23a from four sides, whereby the magnets are magnetized. It is hard to come off from the support plate 23.

The outer case 22 comprises a hexagonal plate 22a having a regular hexagonal shape, and a peripheral wall 22b having a hexagonal shape in plan view, which is formed by bending the hexagonal plate 22a from the peripheral edge portion at a right angle. A pair of screw shafts 22c projecting outward are provided at positions vertically opposed to the peripheral wall 22b. These screw shafts 22 c are for attaching the top plate 5 to the casing 2 by screwing a top-shaped locking nut 24. The screw shaft 22c has a flat circular head portion 22d, and the screw shaft 22c has the outer case 2
The head 22d is fixed to the peripheral wall 22b by being welded to the peripheral wall 22b in a state of penetrating the peripheral wall 22b from the inside of 2.

Further, a predetermined number of locking projections 22e formed by pushing up from the outside to the inside are provided at appropriate places on the peripheral wall 22b of the outer case 22, while the peripheral wall of the inner case 21 is provided. 21b is provided with a locking recess 21e corresponding to the locking projection 22e, and the locking projection 22e is locked with the inner case 21 mounted on the outer case 22.
By fitting it in, the connection between the two is surely performed.

Further, the peripheral wall 21b of the inner case 21 is provided with a relief groove 21d into which the head portion 22d is fitted at a position corresponding to the screw shaft 22c. Due to the presence of the relief groove 21d, the peripheral wall 21b of the inner case 21 is formed. It can be fitted into the peripheral wall 22b of the outer case 22 without interfering with the head portion 22d.

Then, the tourmaline 4 is loaded in the space between the peripheral wall 21b of the inner case 21 and the permanent magnet 3.
Tourmaline is a silicate mineral with a complex composition,
It is a kind of gem with various colors. Such tourmaline has pyroelectricity that is electrically charged when heated, and is commonly called tourmaline, and is also known to emit radiation (far infrared rays) of 4 to 14 μm. The present invention utilizes the action of activating far-infrared water radiated from tourmaline in addition to the action of magnetism, and therefore the tourmaline 4 is loaded in the casing 2.

In this embodiment, the tourmaline 4 used is one crushed to a particle size of 0.5 mm to 5 mm. The crushed tourmaline 4 is used in order to increase the total surface area of the tourmaline 4 used by the crushing, thereby increasing the amount of infrared radiation from the surface. And the particle size of tourmaline 4 is 0.5m
The reason for setting m to 5 mm is that it is difficult to crush very hard tourmaline 4 to less than 0.5 mm and the crushing cost increases, and if it exceeds 5 mm, the effect of increasing the surface area can be remarkably obtained. Because you can't.

The inner case 21 has a hexagonal plate 21.
A cushioning material 25 made of a sponge-like expandable synthetic resin having a predetermined thickness is attached to the surface side of a through a predetermined adhesive. By providing such a cushioning material 25, the state of sandwiching the water pipe by the pair of casings 2 is stabilized by the anti-slip effect and the reaction force of the press elastic deformation.

The erection plate 5 is formed by pressing a metal plate made of a non-magnetic material having a predetermined thickness dimension (2 mm in this embodiment) into a gourd shape. Note that the gourd type was adopted by design. Two long holes 51 extending in the longitudinal direction are formed in the installation plate 5. Such long hole 51
By externally fitting one of the two to the screw shaft 22c of the one casing 2 and the other long hole 51 to the other casing 2 and screwing and fastening the lock nut 24 to the respective screw shafts 22c, The erection plate 5 is erected between the pair of casings 2.

Therefore, the pair of casings 2 are opposed to each other with the water pipe P sandwiched by the cushioning material 25 in a state where the respective screw shafts 22c are set to extend in the vertical direction, and in this state, the upper screw shafts 22c After the long hole 51 of the erection plate 5 has been fitted onto the
By being screwed and fastened to the casing 2, the upper portions of the pair of casings 2 are connected to each other by the erection plate 5, and by performing such an operation also on the lower portion of the casing 2,
As shown in FIG. 2, the water pipe P is in a mounted state of the water activation device 1 sandwiched between the pair of casings 2.

While the water activating device 1 is temporarily fixed to the water pipe P by the above-mentioned operation, the lock nut 24 screwed to the screw shaft 22c of the one casing 2 is slightly loosened to face it. By pressing the pair of casings 2 that are in contact with each other in a direction in which they approach each other, the cushioning material 25 provided on the opposing surfaces is compressed, and thereby the water pipe P is cushioned by the cushioning material 2.
It will be in the state of cutting into 5. In this state, the water activating device 1 is securely attached to the water pipe P by tightening the previously loosened lock nut 24.

Regarding whether or not the facing surfaces of the casings 2 are parallel to each other, the water activating device 1
After mounting on the water pipe P, visual confirmation is performed. If they are not parallel, one of the lock nuts 24 may be loosened and finely adjusted.

The erection plate 5 having the long holes 51 formed therein.
And a screw shaft 22c projecting outward from the peripheral wall 22b of the casing 2, and the screw shaft 22c is provided in the long hole 5
The inter-casing distance adjusting structure of the present invention is configured with the lock nut 24 which is threadedly attached to the tip of the casing 1 in a state of being penetrated.

According to the water activating device 1 of the first embodiment,
Water is circulated in the water pipe P by twisting a faucet cock (not shown) provided on the tip side of the water pipe P with the water activating device 1 attached to the water pipe P to produce water. Permanent magnet 3 loaded in casing 2 with circulating water
By supplying the magnetism from the and the far infrared rays from the tourmaline 4, the large clusters are destroyed by these actions and become small clusters, so the water derived from the faucet is activated. become.

Since the opposing surfaces of the pair of casings 2 holding the water pipe P can be easily finely adjusted so as to be parallel to each other by loosening the lock nut 24, the direction of magnetism is always kept. The water flow can be made orthogonal to each other, and the activation effect of the magnetic force on the tap water can be more effectively obtained.

The water activating device 1 of the first embodiment is dimensioned so that it can be suitably applied mainly to a domestic water pipe P, but the water activating device 1 having the same shape is approximately doubled or more. It can be scaled up for coffee shops and restaurants.

On the other hand, the water activating device 1a of the second embodiment described below is for a water pipe having a large pipe diameter (for example, the outer diameter of the pipe is 100 mm or more), and has a large flow rate. It can be suitably used as an industrial product (for example, for the food industry) that activates water all at once.

FIG. 4 is a perspective view showing a second embodiment of the water activating device according to the present invention. As shown in this figure, the water activating device 1a of the second embodiment is basically the same. The configuration is the same as that of the first embodiment, but as the casing that holds the water pipe P, a box-shaped casing 2a that is long in the flow path direction is used. In this box-shaped casing 2a, three rectangular parallelepiped permanent magnets 3 are installed in series in the longitudinal direction, and a gap between the permanent magnets 3 is filled with a predetermined amount of tourmaline 4.

Further, the top plate and the bottom plate of the box-shaped casing 2a have bolts 26 at the front and rear positions, respectively.
Are installed upright, and between the bolts 26 facing each other across the water pipe P, the erection plates 5 each having a rectangular shape in plan view are provided.
a is crosslinked. A long hole 51 extending in the longitudinal direction is formed in the erection plate 5a, and the long hole 51 is formed in the water pipe P.
The nuts 27 are screwed and fastened to the bolts 26 that are opposed to each other with the bolts 26 interposed therebetween, and the bolts 26 that penetrate the long holes 51 and project upwards are fastened. It is supposed to be installed in. And 4
By installing the one installation plate 5a between the box-shaped casings 2a, as shown in FIG. 4, the water pipe P is sandwiched between the pair of box-shaped casings 2a, and the water activating device 1a is attached to the water pipe P. It will be in the state of being.

Further, a slightly thick cushioning material 25 is attached to the facing surface of each box-shaped casing 2a.
The cushioning material 25 is made of sponge-like foamable synthetic resin, and has substantially the same vertical dimension and length as the box-shaped casing 2a. Therefore, the box-shaped casings 2a are sandwiched by the pair of box-shaped casings 2a and the box-shaped casings 2a are pressed in the direction of the water pipes P.
By installing the erection plate 5a between them, as shown in FIG. 4, the cushioning material 25 abuts on the peripheral surface of the water pipe P and is recessed. It is supposed to be stable.

According to the water activating device 1a of the second embodiment, in addition to the effects of the water activating device 1 of the first embodiment,
Since three permanent magnets 3 are installed in series in the box-shaped casing 2a, the water flowing in the water pipe P is
Since the magnetism is received from the individual permanent magnets 3, more reliable water activation treatment is realized.

[0052]

EXAMPLE In order to confirm the effect of the present invention, tap water treated with a commercial water activating device of the type shown in FIG. The following comparative test was performed in which tap water (comparative example) that was not provided was loaded into a freezer of a refrigerator to make ice.

The refrigerator used has a width of 600 m.
m is for normal household use with a height of 800 mm. In the freezer compartment of this refrigerator whose temperature is set to -10 ° C,
Both tap water treated with the water activation device according to the present invention and tap water not treated are given containers (porcelain containers)
Load 200 ml each into 1
The state of ice making was observed at 0 minute intervals. When loading each container into the freezing compartment, carefully select a position where the temperature is the same without being affected by temperature variations in the freezing compartment, and fill that position with tap water of Examples and Comparative Examples. Was placed.

As a result of the test, in the case of the example, the water in the container started to freeze 40 to 50 minutes after being loaded into the freezer, and after 60 minutes, most of the water in the container was frozen. I was able to confirm that The transparency of the obtained ice was extremely high.

On the other hand, in the case of the comparative example, it was confirmed that the water in the container began to freeze after about 90 minutes, and it took about 120 minutes to completely freeze. Moreover, the obtained ice was cloudy due to the fine bubbles.

From this test result, it was confirmed that the water activation device according to the present invention can improve the cold heat transfer efficiency of water. It is considered that this is because the water activation device of the present invention makes the water cluster small, and thereby increases the overall surface area of the cluster to take in cold energy into the cluster quickly and efficiently. It is shown that the water activation device is effective in destroying large clusters.

Further, when the clusters become smaller, air molecules held inside the large clusters (that is, dissolved in the large clusters) are released to the outside, so that it is considered that the ice of the example has high transparency. .

[0058]

According to the first aspect of the present invention, a water activation device is provided with a pair of casings in which a magnet and tourmaline are loaded, and a water activation device opposed to each other with a water pipe interposed therebetween. Since it has a pair of erection plates that are erected in a state and an inter-casing distance adjustment structure that can arbitrarily adjust the distance between the opposing surfaces of the casings while maintaining the parallel state of the opposing surfaces, Regardless of the diameter, it is possible to make the opposing surfaces of a pair of casings parallel to each other by operating the inter-casing distance adjustment structure, which makes the magnetism perpendicular to the flow direction. It becomes possible to act on running water in a state, and regardless of the pipe diameter of the water pipe, a good magnetic water activation action can always be obtained.

The casing is composed of an inner case in which the magnet is loaded and an outer case fitted to the inner case. The inner case has a gap for loading tourmaline between the magnet and the edge wall. Since the magnet is placed inside the inner case, tourmaline is put in the gap between the magnet and the edge wall of the inner case, and the inner case in this state is covered with the outer case, so that the magnet and the tourmaline are mounted inside. The finished casing can be completed. The inner case and the outer case can be mass-produced at low cost, for example, by pressing a steel plate, and are easy to assemble, and the casing is composed of the inner case and the outer case. , Can contribute to the low price and stable supply of water activation equipment to the market.

Further, since the tourmaline pulverized into particles is used, the surface area of the tourmaline is increased by the crushing, and the far infrared ray emitted from the surface is increased in amount. The efficiency of conversion can be improved.

According to the second aspect of the present invention, the inter-casing distance adjusting structure is provided with a screw shaft projecting outward at the opposing edge of each casing, and detachably screwed to the screw shaft. Lock nut and a long hole with a hole width that is slightly larger than the diameter of the screw shaft in each erection plate, so that a pair of erection plates that face each other with the water pipes sandwiched between the casings The activation device can be attached to the water pipe by externally fitting each elongated hole to each screw shaft and screwing and fastening a lock nut to each screw shaft. Then, before performing the fastening operation with the set nut, the facing surfaces of the pair of casings can be set to be parallel to each other by finely adjusting the set screw to move forward and backward in the elongated hole. It is possible to arrange the pair of casings so that their facing surfaces are easily parallel to each other regardless of the size of the pipe diameter.

Further, the inter-casing distance adjusting structure is composed of a screw shaft projecting from the casing, a lock nut detachably screwed to the screw shaft, and an elongated hole formed in each erection plate. Thus, the facing surfaces of the casings can be easily arranged in parallel with each other with a simple structure.

According to the third aspect of the present invention, since the cushioning material made of the elastic member is provided on the facing surfaces of the pair of casings, the water pipe has a pair of cushioning materials provided on the facing surfaces of the respective casings. The state of being clamped by the casing and being pressed and clamped by the cushioning material due to the elastic deformation due to the compression of the cushioning material made of the elastic member, the mounting state of the activation device to the water pipe can be stabilized.

According to the invention as set forth in claim 4, since the magnets are arranged in the respective casings so that the same poles face each other, the magnetisms from the respective magnets repel each other at an intermediate position between the two magnets and the water flow direction. Since it bends toward the upstream side and the downstream side of the water, and becomes an annular shape toward the other pole, the water flowing in the water pipe is magnetized longer than when the N pole and the S pole are arranged facing each other. In this state, the water can be more magnetically affected, and the activation can proceed more favorably.

[Brief description of drawings]

FIG. 1 is an exploded perspective view showing a first embodiment of a water activation device according to the present invention.

FIG. 2 is an assembled perspective view of the water activation device of FIG.

3 is a cross-sectional view taken along the line AA of FIG.

FIG. 4 is a perspective view showing a second embodiment of the water activation device according to the present invention.

[Explanation of symbols]

1,1a Water activation device 2,2a Casing 21 Inner case 21a Hexagonal plate 21b peripheral wall 21c notch groove 21d relief groove 21e locking recess 22 Outer case 22a Hexagonal plate 22b peripheral wall 22c screw shaft 22d head 22e locking projection 23 Magnet Support Plate 23a Enclosing Piece 24 nut 25 cushioning material 26 bolts 27 nuts 3 Permanent magnet 4 Tourmaline 5,5a Construction plate 51 Long hole

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁷ identification code FI C02F 1/68 530 C02F 1/68 530F 540 540F (58) Fields investigated (Int.Cl. ⁷ , DB name) C02F 1/48 C02F 1/30 C02F 1/68

Claims (4)

(57) [Claims] 1. A water activating device which is detachably attached to a water pipe to supply magnetism and far infrared rays to water flowing in the water pipe to activate the water, wherein a magnet and tourmaline are provided inside. A pair of casings loaded with, a pair of erection plates that are erected in a state of facing each other with the water pipe interposed between the edge portions of the respective casings, and by changing the mounting position of each casing with respect to the erection plate, And a casing distance adjusting structure configured to adjust the distance between the opposing faces while maintaining the parallel state of the facing faces of the casing. The casing has a magnet fixed to the central portion. The inner case includes an outer case fitted to the inner case so as to close the opening of the inner case, and a gap is formed between the magnet and the edge wall in the inner case. The particle size of this gap is 0.
Crushed tourmaline is loaded into 5～5Mm, the magnet is fixed through the magnet support plate on one side of the inner case, the surface of the side are opposed to each other, each magnet of the pair of the inner case is fixed , the magnet support plate and is tightly fixed to the one surface DOO
Also, it has an enclosing piece that surrounds the magnets provided on the four sides.
These shrouds have the above gap between them and the edge wall.
Keep the magnet elastically pressed from the surroundings
The water activation device is characterized in that 2. The inter-casing distance adjusting structure includes a screw shaft projecting outwardly at opposing edges of each of the casings, and a lock nut detachably screwed to the screw shaft. 2. The water activation device according to claim 1, wherein a hole width dimension bored in each of the installation plates is constituted by an elongated hole slightly larger than a diameter dimension of the screw shaft. 3. The water activating device according to claim 1, wherein a cushioning member made of an elastic member is provided on the facing surfaces of the pair of casings. 4. The water activation device according to claim 1, wherein the magnets are arranged in the casing so that the same poles face each other.