CN100431974C - Water activating device - Google Patents
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- CN100431974C CN100431974C CNB2005100063266A CN200510006326A CN100431974C CN 100431974 C CN100431974 C CN 100431974C CN B2005100063266 A CNB2005100063266 A CN B2005100063266A CN 200510006326 A CN200510006326 A CN 200510006326A CN 100431974 C CN100431974 C CN 100431974C
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Abstract
The invention provides a water activator which radiates a large quantity of anions and far-infrared rays and refines water containing a mount of mineral component. Three chambers (13, 15, 17) in vertical series on water stream (11c) are obtained by dividing a cylindrical body (11) of the water activator (10) and a corresponding anion radiation ceramics 12, far-infrared radiation ceramics 14 and medical stone ceramics 16 are accommodated in the case body 1, so that the anion and far infrared ray can be radiated to the water on the water stream (11c) and the mineral component can be digested. Thus the active water of high quality can be refined.
Description
Technical field
The present invention relates to water activating device, relate in the tubular shell, utilize current that Ceramic Balls is collided each other in detail, thereby make water ionization and sensitization, to improve the water activating device of water quality.
Background technology
Past, delivered and in cylinder cover, filled Ceramic Balls, utilize Ceramic Balls to make to be provided to the tap water sensitization in the cylinder cover, thereby improve the water activating device of patent documentation 1 of the water quality of tap water.
As shown in figure 10, the water activating device of patent documentation 1 has such formation: in the internal space of the shell (tubular shell) 101 that vertically disposes, axis direction (vertically) at shell 101 has the interval mutually and take in a plurality of supporting plates (division board) 103 movably on this axis direction, and this supporting plate 103 is formed with a plurality of through holes 102 respectively.Each supporting plate 103 in shell 101, utilize from below the pressure of the water that provides rise, when stopping the supply of water, descend.Like this, make active body (Ceramic Balls) 104 vibrations by water is provided in shell 101, thereby utilize the far infrared rays that discharges from active body 104 to make water ionization and sensitization.
As shown in figure 11, also delivered the water activating device of patent documentation 2 again.The water activating device of patent documentation 2 has the stainless steel cylinder (tubular shell) 105 with the section circle of cross current.3 rectangular stainless steel cylinders 107 are inserted in the stainless steel cylinder 105 adjacent end face each other in respectively to ground connection.In the internal space of each stainless steel cylinder 107, take in the water modifier (Ceramic Balls) 106 that changes water quality respectively by the material difference.At the both ends of each stainless steel cylinder 107, interpolation has the lid 108 of the supporting plate that has formed a plurality of limbers respectively.Taken in spring 109 respectively in each lid 108, this spring 109 flexibly supports corresponding lid 108 in the internal space of stainless steel cylinder 105.
In the water activating device of patent documentation 2, by in stainless steel cylinder 105, providing high pressure water, thereby utilize the pressure of water in each stainless steel cylinder 107, to make each corresponding water modifier 106 activity.
Patent documentation 1: the spy of Japan opens flat 11-90418 communique
Patent documentation 2: the spy of Japan opens the 2001-58191 communique
But in the water activating device of patent documentation 1, when the pressure that the water provide in shell 101 from the below is provided made supporting plate 103 up and down, each active body 104 was significantly vibrated also up and downly.Therefore, discharge a lot of far infrared rayss.
Again, in the water activating device of patent documentation 2, utilize the elastic force of each spring 109, each water modifier 106 is in pressurized state on 108 on lid.Therefore, in the inside of stainless steel cylinder 105, because the resistance to flow of water, the ground fine motion is pressed in the contact that each water modifier 106 is keeping certain.Its result discharges a large amount of far infrared rayss from each water modifier 106.
Like this, thus it is identical that patent documentation 1 and patent documentation 2 make on the releasing far infrared Ceramic Balls vibration emitting far infrared ray this point at the pressure that utilizes water.
But the diameter of the cylindrical case in past (shell 101, stainless steel cylinder 105) is about 3 times (about 9 times of basal areas) of the water pipe of connection.Therefore, the flow velocity that flows into the water in the cylindrical case from water pipe reduces suddenly.As a result, make supporting plate (supporting plate 103, lid 108) utilize current and move on a large scale, and make Ceramic Balls significantly vibrate very difficulty.
Again, make calcium carbide generation negative ions such as ore deposit calcium carbide, must utilize current to make the fierce mutually collision of adjacent object.But, as patent documentation 1, adopt the form that makes the up and down mechanism of supporting plate 103, can not expect has too big effect.
Again, as patent documentation 2, pressurizeing between to each Ceramic Balls, thereby making in the mechanism of its fine motion, making calcium carbide such as ore deposit calcium carbide produce the poor effect of negative ions with tightlock status.This is because calcium carbide has the many more character of generating capacity of the big more negative ion of impact that gives.
Summary of the invention
Promptly, the result of inventor's further investigation, if discovery is provided with water jet in the right on part of the negative ion chamber of tubular shell, from this nozzle inject high pressure water in the tubular shell, then the fierce negative ion that impacts the negative ion chamber of its high pressure water radiates pottery, produce a large amount of negative ions, also a large amount of emitting far infrared rays etc. simultaneously, thus finished this invention.
The object of the present invention is to provide to produce a large amount of negative ions, and can radiate a large amount of far infrared rayss, also can make with extra care the water activating device of the water that contains a large amount of mineralogical composition.
The object of the present invention is to provide and use simultaneously with water jet and can be at the water activating device that keeps uniform current and hydraulic pressure on the whole of tubular shell.
The object of the present invention is to provide the water activating device of the delay that can eliminate the water in the upstream portion that is provided with water jet in the tubular shell.
The water activating device of technical solution of the present invention 1 has the tubular shell, and this tubular shell is formed into the mouth of a river at the upstream extremity that the water of wanting sensitization is provided, and the downstream end of the water after discharging sensitization forms the mouth of a river, and the internal space becomes water stream channel; On aforementioned water stream channel, along the upstream extremity of aforementioned water stream channel to downstream end with series connection respectively successively configuration take in the negative ion chamber of negative ion radiation pottery, the medical stone chamber of taking in the far infrared rays chamber of far infrared irradiation pottery and taking in Chinese medicine stone ceramic; Aforementioned negative ion chamber, aforementioned far infrared rays chamber and aforementioned medical stone chamber are isolated respectively by the division board with water permeability; Upstream extremity in the negative ion chamber of aforementioned tubular shell is provided with water jet, and this water jet has the nozzle interior passageway that diminishes gradually towards the downstream bore.
According to technical scheme 1 of the present invention, the negative ion of taking in correspondence in the tubular shell in 3 chambers dividing (negative ion chamber, far infrared rays chamber, medical stone chamber) respectively radiates pottery, far infrared irradiation is ceramic and Chinese medicine stone ceramic.
3 kinds of pottery utilizations are stirred in the tubular shell and collision mutually from the water (high pressure water) that water inlet offers the water stream channel of cylinder cover.Utilize this impact to produce negative ion in the negative ion chamber, and produce far infrared rays, also in medical stone chamber stripping mineralogical composition in the far infrared rays chamber.Its result can make with extra care out high-quality active water.
And, water jet is set at the upstream extremity of the negative ion chamber of tubular shell.The bore of nozzle interior passageway diminishes gradually towards the downstream.Therefore, flow through the nozzle interior passageway by water, according to Bernoulli Jacob's theorem, its flow velocity increases.Like this, the jet of water that pressure is higher is to indoor at negative ion.Its result, the fierce each other collision of negative ion radiation pottery utilizes it to impact a large amount of negative ions that produce.
Like this, by producing a large amount of negative ions, give surfactivity power and reducing power to water.And, the far infrared rays that utilizes the far infrared irradiation pottery to radiate, the macromole piece of water is become the active function water that is adsorbed on easily on the cell by refinement.And,, can make with extra care out soft and moist and delicious active water near natural groundwater from Chinese medicine stone ceramic stripping mineralogical composition.
Again, if water activating device is contained on the boiler pipe arrangement, then in the finned tube of boiler because the surfactivity effect of active water can suppress red rust, improve rate of combustion, and the fault of the machine that can prevent to supply water increases the service life.
So-called negative ion radiation pottery is for example calcium carbides such as ore deposit calcium carbide to be fired and form the globular material under 1200 ℃ high temperature, and calcium carbides such as ore deposit calcium carbide produce negative ion by the impact and the mutual collision of current.
So-called far infrared irradiation pottery is that complex bodys such as for example silica alumina magnesium oxide titanium oxide ferric oxide are fired and form the globular material under 1250 ℃ high temperature.
So-called Chinese medicine stone ceramic is that for example medical stone is fired and form the globular material under 1050 ℃ high temperature.
The negative ion radiation is ceramic, far infrared irradiation is ceramic and each particle diameter of Chinese medicine stone ceramic is 1～10mm, preferably 3～5mm.
Technical solution of the present invention 2 is in technical scheme 1 described water activating device, forms spiral slot or helical fin on aforementioned nozzle interior passageway wall.
According to technical scheme 2 of the present invention, the bore of nozzle interior passageway wall reduces gradually towards the downstream, and has spiral-shaped.Therefore, when water flow through the nozzle interior passageway, water produced eddy current along its screw twisted.Like this, the radial diffusion of water from the nozzle interior passageway sprays can make the fierce each other collision of negative ion radiation pottery to the deep (downstream portion) of negative ion chamber, its result, and the generation of negative ion further increases.
On nozzle interior passageway wall, both can form spiral slot, also can form helical fin (spiral protrusion).And, also can form two kinds of helical fin and spiral slots.
Turning round of spiral to reaching torsional angle without limits.
The height of the spiral fluted degree of depth or helical fin (outstanding width) without limits.
Technical solution of the present invention 3 is in technical scheme 1 or technical scheme 2 described water activating devices, and the internal diameter of aforementioned tubular shell is below 3 times of water-supply pipe internal diameter that directly are communicated with aforementioned water inlet.
According to technical scheme 3 of the present invention, because the internal diameter of design tubular shell is below 3 times of water-supply pipe diameter, so, the water of water jet ejection can be diffused into whole zone with vertical vertical cross section of tubular shell.Like this, can in the tubular shell, produce uniform current, uniform hydraulic pressure.This effect is very remarkable when water jet being configured in the upstream side of tubular shell.
When the internal diameter of tubular shell surpasses 3 times of internal diameter of water-supply pipe, though with water jet and usefulness, can not keep uniform current and hydraulic pressure in the integral body of tubular shell yet.
Technical solution of the present invention 4 is that aforementioned negative ion chamber is configured in the entry oral-lateral of aforementioned tubular shell in technical scheme 1 or technical scheme 2 described water activating devices; The upstream portion of aforementioned tubular shell forms towards party upstream to the front end collapsed shape of undergauge gradually; The center configuration of aforementioned water inlet is on the axis of aforementioned tubular shell; Aforementioned water jet is installed on the water inlet of aforementioned tubular shell; The part of the water stream channel between aforementioned water inlet and aforementioned negative ion chamber forms from the jet space of the water of aforementioned water jet discharge.
According to technical scheme 4 of the present invention, the highly compressed water that flows through water jet was ejected into jet space before offering the negative ion chamber.Like this, if even when having filled negative ion radiation pottery in the whole zone of negative ion chamber, can not make the water spot shape impact the central part of end face of the entry oral-lateral of negative ion chamber yet, and can make water slug negative ion radiation pottery in a band of the central part of the end face of the entry oral-lateral that comprises the negative ion chamber scope than broad.
Spring back over the peripheral part of jet space with a part of at a high speed radiating ceramic ballistic water to negative ion from water jet again.But the upstream portion of tubular shell is to the direction that water is provided (updrift side) the front end collapsed shape of undergauge gradually.Therefore, on the wall of the upstream portion of the front end contractionization (sloping inwardly) of the water slug tubular shell of this recoil, spring back over the band of central part of the end face of the entry oral-lateral that comprises the negative ion chamber.The water of this recoil offers the negative ion chamber again with the follow-up water that water jet sprays.
Like this, when for example adopting shape with upstream portion only to be designed to the tubular shell of tubular, can eliminate easily the delay of the water that the outer peripheral portion at the upstream portion of tubular shell takes place.
Technical solution of the present invention 5 is that aforementioned negative ion chamber is configured in the entry oral-lateral of aforementioned tubular shell in technical scheme 3 described water activating devices; The upstream portion of aforementioned tubular shell forms towards party upstream to the front end collapsed shape of undergauge gradually; The center configuration of aforementioned water inlet is on the axis of aforementioned tubular shell; Aforementioned water jet is installed on the water inlet of aforementioned tubular shell; The part of the water stream channel between aforementioned water inlet and aforementioned negative ion chamber forms from the jet space of the water of aforementioned water jet discharge.
According to technical scheme 1 of the present invention, because in the tubular shell, divide along 3 chambers of the lontitudinal series of water stream channel, and the negative ion radiation of taking in correspondence respectively is ceramic, far infrared irradiation is ceramic and Chinese medicine stone ceramic, so, can be to along water stream channel mobile water radiation negative ion and far infrared rays, and make the mineralogical composition stripping.Like this, can make with extra care out high-quality active water.
Like this, by producing negative ion, give surfactivity power and reducing power to water, utilize the far infrared rays of far infrared irradiation pottery radiation simultaneously, the macromole piece of water is become the active function water that is adsorbed on easily on the cell by refinement.Therefore, enhance metabolism and the discharge of aging refuse, improve natural curability.And, utilize mineralogical composition from the Chinese medicine stone ceramic stripping, can make with extra care out soft and moist and delicious active water near natural groundwater.Again, because the surfactivity effect can suppress the generation of the interior red rust of pipe in water activating device downstream.
And, water jet is set at the upstream extremity of negative ion chamber.Therefore, utilize water jet and effectively to be ejected into negative ion by the water of high-pressure trend indoor.Its result in the fierce each other collision of the indoor negative ion radiation of negative ion pottery, like this, utilizes this surging force to produce a large amount of negative ions.
Particularly according to technical scheme 2 of the present invention, because formation is spiral-shaped on nozzle interior passageway wall, so when water flow through the nozzle interior passageway, water produced eddy current (current) along this spiral.Like this, the radial diffusion of water from the nozzle interior passageway sprays can make the fierce each other collision of negative ion radiation pottery to the deep (downstream portion) of negative ion chamber, its result, and the generation of negative ion further increases.
Again, according to the technical scheme 3 of invention because being designed to the internal diameter of tubular shell is below 3 times of water-supply pipe internal diameter, so, the water of water jet ejection can be diffused into roughly whole zone with vertical vertical cross section of tubular shell.Like this, can in the tubular shell, produce uniform current, uniform hydraulic pressure.This effect is very remarkable when water jet being configured in the upstream side of tubular shell.
According to technical scheme 4 of the present invention and technical scheme 5, because the negative ion chamber is configured in the entry oral-lateral of tubular shell, the upstream portion of tubular shell is designed to the front end collapsed shape, and the center configuration of water inlet is on the axis of tubular shell, water jet is installed on the water inlet of tubular shell, and the part of the water stream channel between water inlet and negative ion chamber forms the jet space of water, so, can make the water that springs back over jet space from the negative ion chamber return the negative ion chamber again with the follow-up water that water jet sprays.Like this, can suppress the delay of water in the upstream portion of tubular shell.
Description of drawings
Fig. 1 is the longitudinal diagram of the tubular shell that uses on the water activating device of embodiments of the invention 1.
Fig. 2 is the longitudinal diagram of the tubular shell that uses on the water activating device of embodiments of the invention 1.
Fig. 3 is the water inlet major portion amplification profile partly of the water activating device of embodiments of the invention 1.
Fig. 4 is the water outlet major portion amplification profile partly of the water activating device of embodiments of the invention 1.
Fig. 5 is the amplification front elevation of the water jet that uses on the water activating device of embodiments of the invention 1.
Fig. 6 is the amplification plan view of the water jet that uses on the water activating device of embodiments of the invention 1.
Fig. 7 is the longitudinal diagram of user mode of water activating device of showing the horizontal state of embodiments of the invention 1.
Fig. 8 is the major portion amplification profile that is assembled in other nozzle on the water activating device of embodiments of the invention 1.
Fig. 9 is the amplification plan view that is assembled in other nozzle on the water activating device of embodiments of the invention 1.
Figure 10 is the longitudinal diagram after the local omission of the water activating device of past method.
Figure 11 is the longitudinal diagram of the water activating device of other past method.
Embodiment
Below, embodiments of the invention are described.
Embodiment 1
In Fig. 1 and Fig. 2, the 10th, the water activating device of embodiments of the invention 1, this water activating device 10 has following formation: have tubular shell 11, this tubular shell 11 is formed into mouth of a river 11a at the upstream extremity that the water of wanting sensitization is provided, the downstream end of the water after discharging sensitization forms mouth of a river 11b, and the internal space becomes water stream channel 11c; On water stream channel 11c, dispose the negative ion chamber 13 of taking in negative ion radiation pottery 12, the medical stone chamber 17 of taking in the far infrared rays chamber 15 of far infrared irradiation pottery 14 and taking in Chinese medicine stone ceramic 16 respectively with series connection along the vertical of water stream channel 11c; These negative ion chambers 13, far infrared rays chamber 15 and medical stone chamber 17 are isolated by the division board 18 with water permeability respectively; Right on part in the negative ion chamber 13 of tubular shell 11 is provided with water jet 19, and this water jet 19 has the nozzle interior passageway 19a that diminishes gradually towards the downstream bore.
Below, describe water activating device 10 in detail.
The internal diameter of tubular shell 11 is water pipe (water-supply pipe, Fig. 7) (is 2.7 times at this) below 3 of 23 internal diameter times that directly is communicated with on water inlet 11a.
Upstream portion at water stream channel 11c disposes negative ion chamber 13.Again, the central part at water stream channel 11c disposes far infrared rays chamber 15.And the downstream portion at water stream channel 11c disposes medical stone chamber 17.The division board 18 that is made of the net of stainless steel between negative ion chamber 13 and far infrared rays chamber 15 is isolated.Between far infrared rays chamber 15 and medical stone chamber 17, also isolate by other division board 18 again.
Negative ion radiation pottery 12 is the ore deposit calcium carbide of for example granular (powdery) to be put into the spheric mould be shaped, and it is fired under 1200 ℃ high temperature and forms the material of the ball shape of diameter 3mm.Again, far infrared irradiation pottery 14 is to adopt to use the same method the complex body of silica alumina magnesium oxide titanium oxide ferric oxide fired under 1250 ℃ high temperature and to form the material of the ball shape of diameter 5mm.Again, Chinese medicine stone ceramic 16 is to adopt to use the same method medical stone fired under 1050 ℃ high temperature and to form the material of the ball shape of diameter 4mm.
Water inlet side cover 21 constitutes the upstream portion (peristome of upstream side) of tubular shell 11.Water inlet side cover 21 forms towards the water supply direction front end collapsed shape of undergauge gradually.On water inlet side cover 21, than the internal diameter of tubular shell 11 more the center configuration of the water inlet 11a of minor diameter on its axis.Periphery side ring at minor diameter part (the formation part of the water inlet 11a) 21a of water inlet side cover 21 is established external thread part 2.Again, in interior all sides of the minor diameter part 21a of water inlet side cover 21, ring is established the internal thread part 3 that water jet 19 thread fit are used.The details aftermentioned of water jet 19.
On the minor diameter part 21a of water inlet side cover 21, from external screw-thread binding nut 25 is installed, this binding makes cross current directly be communicated with this minor diameter part 21a with nut 24 with nut 25, and cross current is installed in the downstream portion of the water pipe 23 of upstream side from external screw-thread with nut 24.At this moment, between minor diameter part 21a and cross current usefulness nut 24, get involved the seal washer 26 of rubber system.Establish internal thread part 3 in binding with the roughly whole zone ring of interior all sides of nut 25, but thread fit is on the external thread part 2 of aforementioned minor diameter part 21a again.And, also encircle with interior all sides of nut 24 at cross current and to establish internal thread part 3.
Water outlet side cover 22 constitutes the downstream portion (peristome in downstream side) of tubular shell 11.Water outlet side cover 22 forms towards water and discharges the direction front end collapsed shape of undergauge gradually.With the center configuration of the onesize water outlet 11b of water inlet 11a on the axis of tubular shell 11.Peripheral part ring at minor diameter part (the formation part of the water outlet 11b) 22a of water outlet side cover 22 is established external thread part 2.Again,, take in to deployed condition and anti-ly slip through the net 27, prevent that Chinese medicine stone ceramic 16 described later from discharging from water outlet 11b in the front end constriction of the minor diameter part 22a of water outlet side cover 22.
On the minor diameter part 22a of water outlet side cover 22, from external screw-thread binding nut 25 is installed, this binding makes cross current directly be communicated with this minor diameter part 22a with nut 24 with nut 25, and cross current is installed in the upstream portion of other water pipe 28 (Fig. 7) in downstream side from external screw-thread with nut 24.At this moment, the intervention seal washer 26 between the nut 24 at minor diameter part 22a and cross current.Establish internal thread part 3 in binding with the roughly whole zone ring of interior all sides of nut 25, but thread fit is on the external thread part 2 of aforementioned minor diameter part 22a again.And, also encircle with interior all sides of nut 24 at cross current and to establish internal thread part 3.On this internal thread part 3, screw thread is installed the external thread part 2 that forms on the outer circumferential side of upstream portion of other water pipe 28.So-called other water pipe 28 is the pipes that are arranged in equipment sides such as water tap or boiler.
Below, specify water jet 19 with reference to Fig. 3～Fig. 5, Fig. 8 and Fig. 9.
As Fig. 3～shown in Figure 5, water jet 19 is bar cylinder parts of stainless steel.Leading section (bottom of Fig. 3 and Fig. 4) at water jet 19 is formed with hexagonal head 19b.In the outer circumferential side of water jet 19, remove on the part of head 19b ring and establish external thread part 2.
Again, the nozzle interior passageway 19a of water jet 19 is along with reducing gradually towards the downstream bore from its roughly middle longitudinally downstream part.Like this, the relief outlet 19c of the water of nozzle interior passageway 19a is littler than the inflow 19d footpath of the water of nozzle interior passageway 19a.Again, on the end face in the downstream side of water jet 19, the anti-of the minor diameter that tacks down slips through the net 30 with clogging relief outlet 19c from the outside.
In addition,, on nozzle interior passageway 19a, form helical fin 19e respectively, also nozzle interior passageway 19a can be designed to spiral structure (Fig. 8 and Fig. 9) at per 90 degree that make progress in its week in order to strengthen from the impetus of the water of nozzle interior passageway 19a injection.
In the upstream portion of tubular shell 11, under the state that water jet 19 screw threads is installed on the water inlet side cover 21, at the jet space A of shell main body 20 and the anti-water that formation water jet 19 is discharged between 30 of slipping through the net.The width d of jet space A is about 10mm.Utilize this jet space A, can utilize the negative ion radiation pottery 12 of the majority that water that water jet 19 sprays takes in negative ion chamber 13 to impact respectively.And far infrared irradiation pottery 14 and Chinese medicine stone ceramic 16 become the state that freely rotates under the effect of current.
Below, the sensitization of 10 pairs of water of water activating device of embodiments of the invention 1 is described.
As shown in Figure 1, offer the water inflow tubular shell 11 of water activating device 10 from the water pipe 23 of upstream side.Specifically, from the water of water pipe 23 successively through cross current with nut 24, seal washer 26, water jet 19, preventing slipping through the net 30 is ejected into jet space A.
Nozzle interior passageway 19a reduces gradually towards the downstream side bore.Therefore, when water flow through nozzle interior passageway 19a, according to Bernoulli Jacob's theorem, the flow velocity of water improved.The water of high-pressure trend through anti-30 contaminant filters that carry out of slipping through the net after, be the center with the axis of shell main body 20, flow through this jet space A, be ejected into negative ion chamber 13, all be full of negative ions radiation pottery 12 in this negative ion chamber 13 up to the corner.
Therefore, in a band of the central part of the entry oral-lateral that comprises negative ion chamber 13 scope, can make water slug negative ion radiation pottery 12 than broad.Utilize the surging force of this moment, produce a large amount of negative ions from negative ion radiation pottery 12.As a result, can give surfactivity power and reducing power to water.
Suppose not by jet space A, and water directly is ejected into the central part of end face of the entry oral-lateral of negative ion chamber 13 from water jet 19, at this moment, then become the water of negative ion chamber 13 being supplied with point-like.Therefore, can not make negative ion radiation ceramic 12 fully collide and produce a large amount of negative ions each other in the roughly whole zone of negative ion chamber 13.
Again, in negative ion chamber 13, a part that impacts the water on the negative ion radiation pottery 12 springs back over the peripheral part of jet space A.But the upstream portion of tubular shell 11 has towards the direction of the water supply front end collapsed shape of undergauge gradually.Therefore, the wall of the upstream portion of the front end contractionization (sloping inwardly) of the water slug tubular shell 11 of recoil is to a band reflection of the central part of the end face of the entry oral-lateral that comprises negative ion chamber 13.Afterwards, the water of reflection flows with the hydration from water jet 19 continuous injections.And then be pressed into negative ion chamber 13.Like this, can eliminate when for example adopting shape with upstream portion only to be designed to the tubular shell 11 of tubular easily the delay of the water in jet space A that the outer peripheral portion at the upstream portion of tubular shell 11 takes place.
Afterwards, the water of having supplied a large amount of negative ions in the process that flows through negative ion chamber 13 passes the 1st (upstream side) division board inflow far infrared rays chambers 15 18.Flow velocity (hydraulic pressure) reduces the water that sprays from water jet 19 a little owing to flow through negative ion chamber 13.But, kept enough flow velocity, the hydraulic pressure that fully stirs a plurality of far infrared irradiation potteries 14 that are accommodated in far infrared rays chamber 15.Therefore, the water inflow far infrared rays chamber 15 that has set flow velocity.At this, 14 pairs of water of far infrared irradiation pottery are effectively releasing far infrared.Like this, the big molecule piece of water is become the active function water on the cell that is adsorbed on the people easily by refinement.
Then, water flows through the division board 18 in downstream side, flows into medical stone chamber 17.At this, from Chinese medicine stone ceramic 16 stripping mineralogical composition to water.Therefore become the active water near natural groundwater of soft and moist delicious food.Its flow velocity of water, the hydraulic pressure that reach medical stone chamber 17 are quite low.As long as to be immersed in the water be leachable character from natural abundant mineralogical composition but Chinese medicine stone ceramic 16 has.Therefore, mineralogical composition can not take place in the insufficient problem of this stripping quantity.
Then, flow through the water that anti-in the water outlet side cover 22 slip through the net after 27 and flow into other water pipes (boiler pipe arrangement) 28 with nut 24 through minor diameter part 22a, seal washer 26, the cross current of water outlet side cover 22.Like this, in the finned tube of not shown boiler, because the surfactivity effect of active water can suppress red rust, improve rate of combustion, therefore, the fault of the machine that can prevent to supply water increases the service life.
Again, being set as at this internal diameter with tubular shell 11 is below 3 times of internal diameter (specifically being 2.7 times) of water pipe 23.Therefore, the water of water jet 19 ejection can be diffused into roughly whole zone with vertical vertical cross section of tubular shell 11.Like this, can in tubular shell 11, produce uniform current, uniform hydraulic pressure.
Thus,, constitute and make the water sensitization that has surfactivity power and reducing power owing to negative ion, and utilize far infrared rays water molecules is constructed refinement and to dissociate according to the water activating device 10 of embodiment 1.Therefore, can be with the factor ionization of the chlorine element in the water, stink, thus improve water quality.Again, utilize the mineralogical composition of Chinese medicine stone ceramic 16, can make with extra care out the approaching water that descends spring natively of soft and moist delicious food.
Again, under the situation that forms helical fin 19e on the nozzle interior passageway 19a (Fig. 8 and Fig. 9), when water flows through nozzle interior passageway 19a, water rotates along 4 helical fin 19e, therefore, the impetus of the water that sprays from nozzle interior passageway 19a increases the 12 fiercer each other collisions of negative ion radiation pottery.As a result, the generating capacity of negative ion is further increased.
Claims (5)
1. water activating device, it is characterized in that: have the tubular shell, this tubular shell is formed into the mouth of a river at the upstream extremity that the water of wanting sensitization is provided, and the downstream end of the water after discharging sensitization forms the mouth of a river, and the internal space becomes water stream channel; On aforementioned water stream channel, along the upstream extremity of aforementioned water stream channel to downstream end with series connection respectively successively configuration take in the negative ion chamber of negative ion radiation pottery, the medical stone chamber of taking in the far infrared rays chamber of far infrared irradiation pottery and taking in Chinese medicine stone ceramic; Aforementioned negative ion chamber, aforementioned far infrared rays chamber and aforementioned medical stone chamber are isolated respectively by the division board with water permeability; Upstream extremity in the negative ion chamber of aforementioned tubular shell is provided with water jet, and this water jet has the nozzle interior passageway that diminishes gradually towards the downstream bore.
2. water activating device as claimed in claim 1 is characterized in that: be formed with spiral slot or helical fin on aforementioned nozzle interior passageway wall.
3. water activating device as claimed in claim 1 or 2 is characterized in that: the internal diameter of aforementioned tubular shell is for directly being communicated with at below 3 times of the water-supply pipe internal diameter on the aforementioned water inlet.
4. water activating device as claimed in claim 1 or 2 is characterized in that: aforementioned negative ion chamber is configured in the entry oral-lateral of aforementioned tubular shell; The upstream portion of aforementioned tubular shell forms towards party upstream to the front end collapsed shape of undergauge gradually; The center configuration of aforementioned water inlet is on the axis of aforementioned tubular shell; Aforementioned water jet is installed on the water inlet of aforementioned tubular shell; The part of the water stream channel between aforementioned water inlet and aforementioned negative ion chamber forms from the jet space of the water of aforementioned water jet discharge.
5. water activating device as claimed in claim 3 is characterized in that: aforementioned negative ion chamber is configured in the entry oral-lateral of aforementioned tubular shell; The upstream portion of aforementioned tubular shell forms towards party upstream to the front end collapsed shape of undergauge gradually; The center configuration of aforementioned water inlet is on the axis of aforementioned tubular shell; Aforementioned water jet is installed on the water inlet of aforementioned tubular shell; The part of the water stream channel between aforementioned water inlet and aforementioned negative ion chamber forms from the jet space of the water of aforementioned water jet discharge.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP16438/04 | 2004-01-26 | ||
| JP2004016438A JP2005205352A (en) | 2004-01-26 | 2004-01-26 | Water activator |
| JP16438/2004 | 2004-01-26 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1648055A CN1648055A (en) | 2005-08-03 |
| CN100431974C true CN100431974C (en) | 2008-11-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100063266A Expired - Fee Related CN100431974C (en) | 2004-01-26 | 2005-01-26 | Water activating device |
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| JP (1) | JP2005205352A (en) |
| CN (1) | CN100431974C (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2008104938A (en) * | 2006-10-25 | 2008-05-08 | Yasuhiko Ichise | Oxygen-dissolved water producer and oxygen-dissolved water producing apparatus |
| CN108613264A (en) * | 2018-06-08 | 2018-10-02 | 珠海市众澄天地科技有限公司 | A kind of negative ion air-cleaner |
| KR102051422B1 (en) * | 2019-10-04 | 2020-01-08 | 이우종 | Multi ionizer shower head with precious green jade |
| CN110746026A (en) * | 2019-10-31 | 2020-02-04 | 周林 | Water treatment facilities based on frequency spectrum is handled |
| JP7376196B1 (en) | 2022-04-30 | 2023-11-08 | 株式会社Ｅｓサービス | Cleaning liquid generator |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0299190A (en) * | 1988-10-04 | 1990-04-11 | Sankuru:Kk | Water purifier |
| JPH11192479A (en) * | 1997-03-25 | 1999-07-21 | Kokichi Aoki | Water quality improving device and utilization of the same |
| JP2001145889A (en) * | 1999-07-16 | 2001-05-29 | Kirishima Doboku:Kk | Water activating device and circulating water cooling system using the same |
| JP2002086164A (en) * | 2000-09-19 | 2002-03-26 | Himeji Denshi Kk | Water treatment tool |
| CN2592627Y (en) * | 2002-08-19 | 2003-12-17 | 于工化 | High speed multipurpose water activator |
-
2004
- 2004-01-26 JP JP2004016438A patent/JP2005205352A/en active Pending
-
2005
- 2005-01-26 CN CNB2005100063266A patent/CN100431974C/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0299190A (en) * | 1988-10-04 | 1990-04-11 | Sankuru:Kk | Water purifier |
| JPH11192479A (en) * | 1997-03-25 | 1999-07-21 | Kokichi Aoki | Water quality improving device and utilization of the same |
| JP2001145889A (en) * | 1999-07-16 | 2001-05-29 | Kirishima Doboku:Kk | Water activating device and circulating water cooling system using the same |
| JP2002086164A (en) * | 2000-09-19 | 2002-03-26 | Himeji Denshi Kk | Water treatment tool |
| CN2592627Y (en) * | 2002-08-19 | 2003-12-17 | 于工化 | High speed multipurpose water activator |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2005205352A (en) | 2005-08-04 |
| CN1648055A (en) | 2005-08-03 |
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