CN208617620U - A kind of magnetizing water sterilizing device - Google Patents
A kind of magnetizing water sterilizing device Download PDFInfo
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- CN208617620U CN208617620U CN201820917500.5U CN201820917500U CN208617620U CN 208617620 U CN208617620 U CN 208617620U CN 201820917500 U CN201820917500 U CN 201820917500U CN 208617620 U CN208617620 U CN 208617620U
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Abstract
The utility model discloses a kind of magnetizing water sterilizing device, including the magnetized portion for carrying out magnetization treatment to water and the heating sterilization unit for carrying out sterilization processing to water by induction heating；Magnetized portion includes being electrically connected to pass through magnetization treatment chamber extension cold water magnetization treatment path and heat by absorbing electromagnetic induction coil in alternating magnetic field to generate the magnetization treatment chamber that the electromagnetic induction coil of alternating magnetic field and electromagnetic induction coil are arranged by heat transferring contact and carry out advance heat-sterilization processing to cold water with external high frequency alternating current, and the first end of the magnetization treatment chamber is connected to cold water pipe；Heating sterilization unit includes the heating chamber being set in electromagnetic induction coil and the metallic heating body being arranged in heating chamber, the second end of the second end connection heating chamber of the magnetization treatment chamber.The compact-sized simple, high reliablity of the utility model and applied widely, both magnetized portion and heating sterilization unit complement each other, interact to reach jointly magnetize to water and sterilization processing.
Description
Technical field
The utility model relates to water-treatment technology fields, more particularly, to a kind of magnetizing water sterilizing device.
Background technique
Chinese patent application CN201680023193X discloses a kind of real-time sterilizing unit of magnetized water, includes: microwave irradiation
Portion；Microwave induced to lower part to irradiate the microwave irradiation portion, inside is formed with the inside bigger closer to lower end spaces
The microwave induced shell in space；In the lower end of the microwave induced shell, inside is formed with gets over closer to lower end spaces for cooperation
The spiral of small inner space matches tube shell；In spiral shell when being moved from the upper side to the lower side containing the inner wall for matching tube shell in the spiral
Revolve the sterilizing unit of the helical form piping of shape；It is arranged close to the spiral with the outside of tube shell, and containing with there are between required
The magnetizing assembly for multiple magnetizers that the mode of gap is arranged；The spiral piping is integrally attached to sequentially to pass through multiple magnetizers
The upside in portion, and match pipe portion for water supply.The technical solution generates magnetized water by magnetizing assembly and then continues to irradiate repeatedly
Microwave is effectively sterilized, however, the technical solution there are structures complex, the higher defect of cost of implementation.
Utility model content
The utility model proposes a kind of high reliablity, compact-sized simple magnetizing water sterilizing device, by killing in heating
Add magnetized portion on the basis of bacterium portion, both magnetized portion and heating sterilization unit complement each other, interact reach jointly to water into
Row magnetization and sterilization processing.
The utility model adopts the following technical solution realizes: a kind of magnetizing water sterilizing device comprising for carrying out to water
The magnetized portion of magnetization treatment and the heating sterilization unit for carrying out sterilization processing to water for passing through induction heating；Magnetized portion include with outside
The high frequency alternating current in portion is electrically connected to generate the electromagnetic induction coil 6 of alternating magnetic field, be passed with electromagnetic induction coil 6 by heat
The magnetization treatment chamber 5 of contact setting is passed to extend cold water magnetization treatment path and logical in alternating magnetic field by magnetization treatment chamber 5
The heat for absorbing electromagnetic induction coil 6 is crossed to cold water progress advance heat-sterilization processing, the first end connection of the magnetization treatment chamber 5 is cold
Water pipe 723；Heating sterilization unit includes the heating chamber 3 in electromagnetic induction coil 6 and is arranged in heating chamber 3 for by alternation
The metallic heating body 1 of magnetic field induction fever, the second end of the second end connection heating chamber 3 of the magnetization treatment chamber 5.
Wherein, hot-water cavity is equipped in the metallic heating body 1, the first end of heating chamber 3 and the first end of hot-water cavity connect
Logical, the second end of the hot-water cavity is connected to hot-water line 841.
Wherein, the magnetization treatment chamber 5 include the first insulating heat-conductive cylinder 4 and set on the first insulating heat-conductive cylinder 4 lateral surface every
From cylinder 2, the gap between 2 lateral surface of medial surface and isolating cylinder of the first insulating heat-conductive cylinder 4 forms magnetization treatment chamber 5, and electricity
Magnetic induction coil 6 is wrapped in 4 lateral surface of the first insulating heat-conductive cylinder；Metallic heating body 1 be set to isolating cylinder 2 in, the isolating cylinder 2 it is interior
The heating chamber 3 that gap between side and the lateral surface of metallic heating body 1 is formed.
Wherein, the lateral surface of electromagnetic induction coil 6 is arranged the second insulating heat-conductive cylinder 51,51 lateral surface of the second insulating heat-conductive cylinder
It is arranged outer chamber 52, the gap formation magnetization treatment chamber 5 between the second insulating heat-conductive cylinder 51 and outer chamber 52, and electromagnetic induction
Coil 6 is wrapped in 4 lateral surface of the first insulating heat-conductive cylinder, and isolating cylinder 2 is equipped in the first insulating heat-conductive cylinder 4, is set in the isolating cylinder 2
There is metallic heating body 1, the heating chamber 3 that the gap between the medial surface of the isolating cylinder 2 and the lateral surface of metallic heating body 1 is formed.
Wherein, magnetization treatment chamber 5 is made of a heating conduction good insulation water pipe 50, which is wrapped in electricity
The first end of the lateral surface of magnetic induction coil 6, the insulation water pipe 50 is connected to cold water pipe 723, the second end of the insulation water pipe 50
The second end of heating chamber 3 in portion's connection heating sterilization unit.
Wherein, it is equipped with rotation section 91 in the second end of heating chamber 3, is arranged with spiral in 1 lateral surface of metallic heating body
Portion 92, an end and the rotation section 91 of the spire 92 are fixedly linked,
Wherein, rotation section 91 is turbine or impeller.
Wherein, the first insulating heat-conductive cylinder 4 is made of glass, quartz or silicon wafer, and isolating cylinder 2 is made of plastic cement or ceramics.
Wherein, the shape of the first insulating heat-conductive cylinder 4, isolating cylinder 2 and metallic heating body 1 all can be round, ellipse or
It is rectangular, and the first insulating heat-conductive cylinder 4, isolating cylinder 2 and the central axis having the same of metallic heating body 1.
Wherein, metallic heating body 1 is stainless pipe, and isolating cylinder 2 is ceramic tube or plastic tube, the first insulating heat-conductive cylinder 4
For silicon wafer pipe, glass tube or quartz ampoule, the pipe of the first insulating heat-conductive of caliber < cylinder 4 of the caliber < isolating cylinder 2 of metallic heating body 1
Diameter, and metallic heating body 1, isolating cylinder 2 and 4 three of the first insulating heat-conductive cylinder coaxial arrangement.
Wherein, it is led in preheating cavity 5 equipped with the cold water for being used to increase from cold water pipe 723 into preheating cavity 5 and the first insulation
The cooling fin of contact area between hot cylinder 4, the cooling fin are fixed on the inner sidewall of the first insulating heat-conductive cylinder 4.
Wherein, setting is used in multilayer annular shape or spiral helicine flow-guiding type cooling fin or water conservancy diversion slot in magnetization treatment chamber 5
So that cold water flows to the of magnetization treatment chamber 5 from the first end of magnetization treatment chamber 5 along flow-guiding type cooling fin or water conservancy diversion slot
Two ends.
Wherein, the magnetizing water sterilizing device further includes the first end for making the first end of preheating cavity 5 Yu heating chamber 3
Portion, hot-water cavity first end be not attached to logical and the first end of heating chamber 3 made to be connected with the first end of hot-water cavity
Intake end cover, which is arranged in the first end of the first insulating heat-conductive cylinder 4, and cold water pipe 723 is arranged in the water inlet end
It covers.
Wherein, the length of metallic heating body 1 is less than the length of isolating cylinder 2, the first end of metallic heating body 1, second end
The notch 31 in heating chamber 3 is all had between the first end of portion and isolating cylinder 2, the second end；Intake end cover includes: close
Envelope is connected to the first water guide cover 72 of the first end of the first insulating heat-conductive cylinder 4, has and cold water pipe 723 in the first water guide cover 72
And the cold water gap 721 that preheating cavity 5 is connected；Lid closes the first water seal cover 73 in 72 end of the first water guide cover；Sequentially pass through
First water guide tube 74 at the axial middle part of one water seal cover 73, the first water guide cover 72, the lower end of first water guide tube 74 extend to
Notch 31 in heating chamber 3 simultaneously protrudes into the hot-water cavity of metallic heating body 1, and the lower end of first water guide tube 74 has first
Inlet opening 741, first inlet opening 741 are located at the notch 31 in heating chamber 3 to which the first inlet opening 741 is connected to notch 31.
Wherein, it further includes the second end for making the second end of preheating cavity 5 Yu heating chamber 3 that the magnetizing water sterilizing, which is set,
Be connected and make the second end of preheating cavity 5, the second end of heating chamber 3 be not attached to the second end of hot-water cavity it is logical go out
Water end (W.E.) lid, which is arranged in the second end of the first insulating heat-conductive cylinder 4, and hot-water line 841 is arranged in the water outlet end cap
On.
Wherein, water outlet end cap includes: the second water guide cover 82 for being sealedly connected on the second end of the first insulating heat-conductive cylinder 4,
Second water guide cover 82 is equipped with the hot water gap for the second end of preheating cavity 5 to be connected with the second end of heating chamber 3
821；Lid closes the second water seal cover 83 in 82 end of the second water guide cover；Sequentially pass through the second water seal cover 83, second water guide cover 82
Second water guide tube 84 at axial middle part, second water guide tube 84 are the bobbin that two ends all have opening, second water guide tube 84
A wherein end be arranged in the hot-water cavity in metallic heating body 1, another end of second water guide tube 84 is set as hot water
Pipe 841.
Compared with prior art, the utility model has the following beneficial effects:
1. by adding magnetized portion on the basis of heating sterilization unit, the magnetized portion at least both sides function: first is that
Reach the flow path for extending water produced magnetic field in electromagnetic induction coil by the magnetization treatment chamber of magnetized portion, improves magnetization
Water treatment capacity absorbs heat produced by electromagnetic induction coil using cold water and carries out second is that magnetization treatment chamber is connected with cold water end
Preheating and part sterilization processing, can make full use of thermal energy that can also promote the heating sterilizing ability of heating sterilization unit.Also, at magnetization
Preheating sterilization processing is carried out simultaneously when reason chamber carries out magnetization treatment to cold water, magnetization treatment chamber can propose the warm-up ability of cold water
Rise the rapid heating capability of subsequent heat sterilization unit；It is carried out in quickly heating sterilisation process actually still in heating sterilization unit
Magnetization treatment is being carried out, therefore, both magnetized portion and heating sterilization unit complement each other, interacting to reach jointly carries out magnetic to water
Change and sterilization processing.
2. magnetizing water sterilizing device compact overall structure and structure is simple, and functional reliability is high.Due to magnetized portion and add
The Magnetic Field on Water that thermal sterilization portion is both generated using electromagnetic induction coil carries out magnetization treatment and induction heating is sterilized
Processing, thereby it is ensured that electromagnetic induction coil, which dry combustion method damage will not occur because of layout overheat, can objectively improve magnetized water
The functional reliability of sterilizing unit.Specifically, the utility model can improve magnetizing water sterilizing device by two aspects
Reliability: first is that increasing magnetization treatment chamber by the medial surface or lateral surface in induction coil, magnetization treatment is flowed through using cold water
Chamber carries out radiating and cooling to electromagnetic induction coil, not only contributes to reduce electromagnetic induction coil because high temperature generates failure, improves magnetic
Change the job stability and reliability of water sterilizing unit；Second is that rotation section, rotation section can be arranged in the second end of heating chamber
Spire is driven to rotate together by water slug, spire during rotation can be to may be deposited in metallic heating body outer surface
The foreign matters such as scale are scraped, so that metallic heating body outer surface be made thoroughly to generate scale without chance, have been reached and have been prevented scale production
The heat-exchange capacity of metallic heating body not only can be improved in raw ultimate aim, can also thoroughly solve because on metallic heating body
Generate the technical problem that scale causes electromagnetic induction coil dry combustion method damage occur.
3. the utility model proposes magnetizing water sterilizing device can be used separately as water heater, can be used for water purification
Machine, water dispenser etc. it is in need provide sterilization hot water equipment in, versatility is good and market prospects are good.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the 1st embodiment.
Fig. 2 is the decomposition texture schematic diagram of the 1st embodiment.
Fig. 3 is corresponding schematic diagram of internal structure shown in Fig. 2.
Fig. 4 is the schematic perspective view of the 2nd embodiment.
Fig. 5 is the 3rd schematic diagram of internal structure implemented.
Specific embodiment
Further to illustrate that the application is the technical means and efficacy reaching predetermined purpose and being taken, below in conjunction with attached drawing
And preferred embodiment, to specific embodiment, structure, feature and its effect according to the application, detailed description is as follows.Following
In explanation, what different " embodiment " or " embodiment " referred to is not necessarily the same embodiment.In addition, in one or more embodiments
Special characteristic, structure or feature can be combined by any suitable form.
The utility model proposes a kind of magnetizing water sterilizing devices, including the magnetized portion and use for carrying out magnetization treatment to water
It is carried out plus thermally-sterilized heating sterilization unit in water, is sterilized heat in magnetic history to water, play the work of magnetization sterilization
With.
1st embodiment
In conjunction with shown in Fig. 1-Fig. 3.Magnetized portion includes: to be electrically connected with external high frequency alternating current to generate alternating magnetic field
Electromagnetic induction coil 6；Positioned at the magnetization treatment chamber 5 of 6 medial surface of electromagnetic induction coil, the first end of the magnetization treatment chamber 5
It is connected to cold water pipe 723, the second end connection heating sterilization unit of the magnetization treatment chamber 5.That is, magnetization treatment chamber 5 and electricity
6 medial surface of magnetic induction coil leads to the contact setting of heat transfer.
Wherein, the magnetization treatment chamber 5 include the first insulating heat-conductive cylinder 4 and set on the first insulating heat-conductive cylinder 4 lateral surface every
From cylinder 2, the gap between 2 lateral surface of medial surface and isolating cylinder of the first insulating heat-conductive cylinder 4 forms above-mentioned magnetization treatment chamber 5,
And electromagnetic induction coil 6 is wrapped in 4 lateral surface of the first insulating heat-conductive cylinder.Heating sterilization unit includes the metal in isolating cylinder 2
Heater 1, the metallic heating body 1 is interior to be equipped with hot-water cavity, between the medial surface of the isolating cylinder 2 and the lateral surface of metallic heating body 1
With the heating chamber 3 that gap is formed, the second end of the second of the heating chamber 3 magnetization treatment chamber 5 is connected to the second of heating chamber 3
End, and the first end of heating chamber 3 is connected to the first end of hot-water cavity, the second end of the hot-water cavity is connected to hot-water line
841。
Wherein, there is water inlet 32, the water inlet between the second end of magnetization treatment chamber 5 and the second end of heating chamber 3
Mouth 32 enters the second ends of heating chamber 3 for allowing by the water of the preheating of magnetization treatment chamber 5 from the second end of magnetization treatment chamber 5
Portion.
Preferably, the first insulating heat-conductive cylinder 4, isolating cylinder 2 and the central axis having the same of metallic heating body 1, first absolutely
The shape of edge heat-conducting cylinder 4, isolating cylinder 2 and metallic heating body 1 all can be round, ellipse or the arbitrary shapes such as rectangular.For example,
First insulating heat-conductive cylinder 4, isolating cylinder 2 and metallic heating body 1 are circular tube shaped or square tube type；Even, the first insulating heat-conductive cylinder 4
Or/and isolating cylinder 2 is circular tube shaped, and isolating cylinder 2 or/and metallic heating body 1 are square tube type, are illustrated with this.In Fig. 2, Fig. 3
In illustrated embodiment, metallic heating body 1, isolating cylinder 2 and the first insulating heat-conductive cylinder 4 are tubular, and metallic heating body 1 is located at isolation
In cylinder 2, isolating cylinder 2 is located in the first insulating heat-conductive cylinder 4, three's central axis having the same, thus positioned at isolating cylinder 2 and the
Magnetization treatment chamber 2 between one insulating heat-conductive cylinder 4, the heating chamber 5 between isolating cylinder 2 and metallic heating body 1 are in a ring
Cylindrical shape, to ensure magnetization treatment chamber 2, heating chamber 5 respectively between the first insulating heat-conductive cylinder 4, metallic heating body 1 with larger
Thermo-contact surface.
First insulating heat-conductive cylinder 4 is made of the material with good insulation characteristic and good heat conductive characteristic, for example, first is exhausted
Edge heat-conducting cylinder 4 is made of glass, quartz or silicon wafer.Isolating cylinder 2 is advisable with being made of the poor material of heating conduction, with as far as possible
The water in heating chamber 3 is avoided to transfer heat to the cold water in magnetization treatment chamber 5 by isolating cylinder 2, for example, isolating cylinder 2 uses
Plastic cement or ceramics are made；Certainly, isolating cylinder 2 can also be made of the materials such as glass, quartz, but can shadow to a certain extent
Ring radiating and cooling ability of the water to electromagnetic induction coil 6 of magnetization treatment chamber 5.
In a preferred embodiment, metallic heating body 1 is stainless pipe, and isolating cylinder 2 is ceramic tube, and the first insulation is led
Hot cylinder 4 is silicon wafer pipe, the caliber of the caliber < silicon wafer pipe of the caliber < ceramic tube of stainless pipe, and stainless pipe, ceramics
Pipe and silicon wafer pipe three coaxial arrangement.
Magnetization treatment chamber 5, heating chamber 3 and the respective first end of metallic heating body 1 are the first of magnetizing water sterilizing device
End, magnetization treatment chamber 5, heating chamber 3 and the respective the second end of metallic heating body 1 are the second end of the magnetizing water sterilizing device
Portion.The first end of magnetizing water sterilizing device is equipped with intake end cover, which is used to make the first end of magnetization treatment chamber 5
First end that is logical and making heating chamber 3 and hot-water cavity are not attached to the first end of the first end of heating chamber 3, hot-water cavity
First end is connected, which is equipped with cold water pipe 723, which is connected to the first end of magnetization treatment chamber 3
So that the cold water in cold water pipe 723 enters magnetization treatment chamber 3；The second end of magnetizing water sterilizing device is equipped with water outlet end cap, should
Water outlet end cap is for making the second end of magnetization treatment chamber 5 be connected with the second end of heating chamber 3 and making magnetization treatment chamber 5
The second end, heating chamber 3 the second end be not attached to lead to the second end of hot-water cavity, which covers equipped with hot-water line
841, which is connected to so that hot water is discharged by hot-water line 841 with the second end of hot-water cavity.
In one embodiment, the length of metallic heating body 1 is less than the length of isolating cylinder 2, the first end of metallic heating body 1
Portion, the first end of the second end and isolating cylinder 2 all have the notch 31 in heating chamber 3 between the second end.In the reality
It applies in example, intake end cover includes: the first water guide cover 72, which is sealedly connected on first by the first sealing ring 71
The first end of insulating heat-conductive cylinder 4, and it is cold with being connected with cold water pipe 723 and magnetization treatment chamber 5 in the first water guide cover 72
Water space 721；Lid closes the first water seal cover 73 in 72 end of the first water guide cover；Sequentially pass through the first water seal cover 73, the first water guide
First water guide tube 74 at the axial middle part of lid 72, first water guide tube 74 are the bobbin that lower end has opening, first water guide
The notch 31 that extends in heating chamber 3 of lower end of cylinder 74 simultaneously protrudes into the hot-water cavity of metallic heating body 1, and first water guide tube
74 lower end has the first inlet opening 741, which is located at the notch 31 in heating chamber 3 to the first water inlet
Hole 741 is connected to notch 31.Water outlet end cap specifically includes: being sealedly connected on the first insulating heat-conductive cylinder 4 by the second sealing ring 81
The second end the second water guide cover 82, the second water guide cover 82 is equipped with for by the second end of magnetization treatment chamber 5 and heating
The hot water gap 821 that the second end of chamber 3 is connected；Lid closes the second water seal cover 83 in 82 end of the second water guide cover；Successively wear
Second water guide tube 84 at the axial middle part of the second water seal cover 83, the second water guide cover 82 is crossed, which is that two ends are equal
A wherein end for bobbin with opening, second water guide tube 84 is arranged in the hot-water cavity in metallic heating body 1, this second
Another end of water guide tube 84 is set as hot-water line 841, which is located at the outer of the second end of magnetizing water sterilizing device
Portion.Therefore, the cold water of cold water pipe 723 is after the first end that cold water gap 721 enters magnetization treatment chamber 5, in magnetization treatment
Chamber 5 absorbs electromagnetic induction coil 6 and is preheated by the heat that the first insulating heat-conductive cylinder 4 transmits, then from magnetization treatment chamber 5
The second end enters heating chamber 3 by the cold water gap 721 of the first water guide cover 72, carries out heat in heating chamber 3 and metallic heating body 1
Exchange is heated, and then enters hot-water cavity from the first inlet opening 741 of the first water guide tube 74, continues to send out with metal in hot-water cavity
Hot body 1 carries out heat exchange, and hot water finally is discharged from the hot-water line 841 of hot-water cavity the second end.
In the above-described embodiments, the first water guide cover 72, the first water seal cover 73 and 74 three of the first water guide tube can be integrated
Structure, alternatively, both the first water seal cover 73 and the first water guide tube 74 can be structure as a whole；Second water guide cover 82, the second water shutoff
Lid 83 and 84 three of the second water guide tube can be structure as a whole, alternatively, both the second water seal cover 83 and second water guide tube 84 can be with
It is structure as a whole.
In one embodiment, hot water is discharged for the ease of grasping the cold water temperature of cold water and grasping from hot-water line 841
Hot water temperature, be adjust water outlet (hot water) water temperature either according to the electric current of lower water temperature electromagnetic induction coil 6 realize power
Control provides prerequisite, therefore the first temperature sensor for detecting inlet water temperature is equipped in cold water pipe 723, in hot-water line
The second temperature sensor for detecting discharge hot water water temperature is equipped in 841.
As shown in figure 3, the magnetizing water sterilizing device further includes for driving the second end of the water after preheating from heating chamber 3
The scale removal mechanism of the first end of heating chamber 3 is spirally flowed to along metallic heating body 1, which includes: to be set to heating
Rotation section 91 in the second end of chamber 3, the rotation section 91 are entered heating chamber 3 from the second end of magnetization treatment chamber 5
Water drives rotation；The spire 92(being set on metallic heating body 1 is for example, spire 92 is a spring), the spire 92
An end be fixedly linked with rotation section 91, thus rotation section 91 drive spire 92 rotate.Wherein, rotation section 91 be turbine or
Impeller.Also, it is the consistent cylindrical shape of outer diameter since metal heat-generating pipe 1 is located at the part in heating chamber 3, therefore spiral stream guidance portion 92
Internal diameter it is 2 ~ 10mm bigger than the outer diameter of metallic heating body 1, so that spire 92 be made to be tightly attached to the outer surface of metallic heating body 1.When
Rotation section 91 is generated rotation by the water slug for entering heating chamber 3, and rotation section 91 drives spire 92 to rotate synchronously, the spire
92 be not only offer guiding work in the flow process for the first end that cold water moves to heating chamber 3 from the second end of heating chamber 3
With, it is also tightly attached to the rotation of 1 outer surface of metallic heating body during rotation, it can be to metal fever may be deposited in rotation process
The foreign matters such as the scale of 1 outer surface of body are scraped, so that 1 outer surface of metallic heating body be made thoroughly to generate scale without chance, it is ensured that
It can also will not thoroughly solve to lead to electricity because generating scale on metallic heating body 1 because of the heat-exchange capacity of metallic heating body 1
There is the technical problem of dry combustion method damage in magnetic induction coil 6.
At work, the electromagnetic induction coil 6 and external high-frequency alternating are electric for the magnetizing water sterilizing device of the utility model
Stream is electrically connected, and will lead to 6 self-heating of electromagnetic induction coil due to electromagnetic induction coil 6 is there are certain resistance etc.,
The electric energy that will affect the magnetizing water sterilizing device if when 6 calorific value of electromagnetic induction coil is excessively high is converted into the conversion effect of thermal energy
Rate, for this purpose, the heat transfer of 6 self-heating of electromagnetic induction coil is given first by the first insulating heat-conductive cylinder 4 by the utility model
Cold water in 4 medial surface magnetization treatment chamber 5 of insulating heat-conductive cylinder, electromagnetic induction line can not only be given by absorbing partial heat by cold water
Enclosing 6 radiating and coolings can also allow cold water to achieve the purpose that preheating.Specifically, the utility model proposes magnetizing water sterilizing device
Working principle is as follows: the cold water of temperature t0 being sent into the first end of magnetization treatment chamber 5 by cold water pipe 723, cold water is from magnetization
The first end of processing chamber 5 flows to the second end of magnetization treatment chamber 5, and cold water can obtain magnetization treatment in the process, due to
The heating conduction of first insulating heat-conductive cylinder 4 is well so as to passing to rapidly magnetization treatment for the heat of electromagnetic induction coil 6
Cold water in chamber 5, cold water are able to be preheating to temperature t1(temperature t1 higher than temperature t0) and can allow the temperature of electromagnetic induction coil 6
It is reduced rapidly；Water by 5 the pre-heat treatment of magnetization treatment chamber enters heating chamber 3 from the second end of magnetization treatment chamber 5
The second end, during the first end that heating chamber 3 is then flowed to from the second end of heating chamber 3, the water of temperature t1 and because
Induction is generated heat and the higher contact of metallic heating body 1 of temperature is able to rapid heat temperature raising sterilization, then again from the first of heating chamber 3
End enters the first end of hot-water cavity, then reaches estimating temperature t2 from the discharge of the hot-water line 841 of the second end of hot-water cavity
The hot water of (temperature t2 is higher than temperature t1).It can be seen that the utility model by the outside of heating chamber 3 be arranged magnetization treatment chamber,
And allow cold water to first pass through magnetization treatment chamber and enter back into heating chamber, it can at least generate the technical effect of following several respects:
1. being directly entered for heating chamber 3 compared to cold water, magnetization treatment chamber is set on the outside of heating chamber and extends water in electricity
Magnetic induction coil 6 generates the flow path in magnetic field, to improve the chance that water is magnetized；And water enters after heating chamber 3 together
When be magnetized and heat sterilization, magnetized water heating of the final discharge after sterilization processing.
2. being conducive to improve thermal energy conversion efficiency and improving heating efficiency.Electromagnetism sense is absorbed by the cold water of magnetization treatment chamber
The heat for answering coil 6 itself to generate is cooled down by electromagnetic induction coil 6, not only cold water can be preheating to temperature by temperature t0
T1 also reduces electromagnetic induction coil 6 to surrounding heat dissipation the consumed energy of heat, and heating chamber adds the water of temperature t1 after preheating
Heat arrive preset temperature t2, compared to the cold water of temperature t0 is directly heated to preset temperature t2, not only heating efficiency faster, energy consumption more
It is low, moreover it is possible to promote the transfer efficiency that electric energy is converted into thermal energy on the whole.
3. being conducive to improve the functional reliability of magnetizing water sterilizing device.Since the cold water by magnetization treatment chamber is to magnetic strength
Coil 6 is answered to carry out radiating and cooling, 6 temperature of magnetic induction coil is lower to lead to magnetic strength because temperature is excessively high, heat dissipation is bad to overcome
The technical problem for answering coil 6 to burn；Also, the heat that magnetic induction coil 6 is distributed to surrounding reduces, to allow magnetizing water sterilizing
The machine internal temperature of device reduces, and improves the functional reliability and job stability of magnetizing water sterilizing device entirety.
4. rotation section 91 is driven by water slug and rotates, spire 92 can generate heat that may be deposited in metal during rotation
The foreign matters such as the scale of 1 outer surface of body are scraped, so that 1 outer surface of metallic heating body be made thoroughly to generate scale without chance, are reached
The ultimate aim for preventing scale generation, not only can be improved the heat-exchange capacity of metallic heating body 1, can also thoroughly solve because
The technical problem that scale causes electromagnetic induction coil 6 dry combustion method damage occur is generated on metallic heating body 1.
In addition, it is necessary to explanation, those skilled in the art are known that the alternating current by changing magnetic induction coil 6
Size is to allow metallic heating body 1 to have different calorific capacitys, so as to allow heating sterilization unit to meet various different uses
Heating under occasion, which is sterilized, to be required.
Embodiment 2
As shown in connection with fig. 4.Compared with the 1st embodiment, the magnetized portion of the 2nd embodiment includes: that magnetization treatment chamber 5 is located at electromagnetism
6 lateral surface of induction coil；And the magnetization treatment chamber 5 is made of the good insulation water pipe 50 of a heating conduction, the insulation water pipe
50 are wrapped in the lateral surface of electromagnetic induction coil 6, and the first end of the insulation water pipe 50 is connected to cold water pipe 723, the insulation water pipe
The second end of heating chamber 3 in 50 the second end connection heating sterilization unit.
For 2nd embodiment compares the 1st embodiment, insulation water pipe 50 is located at 6 lateral surface of electromagnetic induction coil, passes through insulation
Water pipe 50 can further extend water in the electromagnetic field produced by electromagnetic induction coil 6 flow path further increase magnetization effect
Fruit.
3rd embodiment
As shown in connection with fig. 5, compared with the 1st embodiment, the magnetized portion of the 3rd embodiment includes: that magnetization treatment chamber 5 is located at electromagnetism
6 lateral surface of induction coil.It is arranged the second insulating heat-conductive cylinder 51 in the lateral surface of electromagnetic induction coil 6, in the second insulating heat-conductive cylinder
Outer chamber 52 is arranged in 51 lateral surfaces, and magnetization treatment chamber 5 is formed between the second insulating heat-conductive cylinder 51 and outer chamber 52.
In addition, in the 1st embodiment and the 3rd embodiment, in order to extend flow path of the cold water in magnetization treatment chamber 5 simultaneously
The ability that cold water absorbs electromagnetic induction coil 6 in magnetization treatment chamber 5 is improved, flow-guiding type can also be set in magnetization treatment chamber 5
Cooling fin or water conservancy diversion slot, the flow-guiding type cooling fin or water conservancy diversion slot are around metallic heating body 1 in multilayer annular shape or helical form
It is arranged in magnetization treatment chamber 5, allows first end stream of the cold water along flow-guiding type cooling fin or water conservancy diversion slot from magnetization treatment chamber 5
To the second end of magnetization treatment chamber 5.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of magnetizing water sterilizing device, which is characterized in that including for carrying out the magnetized portion of magnetization treatment to water and for leading to
Cross the heating sterilization unit that induction heating carries out sterilization processing to water；
Magnetized portion includes: to be electrically connected with external high frequency alternating current to generate the electromagnetic induction coil (6) of alternating magnetic field, with
The magnetization treatment chamber (5) that electromagnetic induction coil (6) is arranged by heat transferring contact is existed with passing through magnetization treatment chamber (5) extension cold water
Magnetization treatment path and the heat by absorbing electromagnetic induction coil (6) carry out advance heat-sterilization processing to cold water in alternating magnetic field,
The first end of the magnetization treatment chamber (5) is connected to cold water pipe (723)；
Heating sterilization unit includes the heating chamber (3) in electromagnetic induction coil (6) and is arranged in heating chamber (3) for being handed over
The metallic heating body (1) of varying magnetic field induction fever, the second end of the second end connection heating chamber (3) of the magnetization treatment chamber (5)
Portion.
2. magnetizing water sterilizing device according to claim 1, which is characterized in that hot-water cavity is equipped in the metallic heating body (1),
The first end of heating chamber (3) is connected to the first end of hot-water cavity, and the second end of the hot-water cavity is connected to hot-water line (841).
3. magnetizing water sterilizing device according to claim 1, which is characterized in that the magnetization treatment chamber (5) includes the first insulation
Heat-conducting cylinder (4) and the isolating cylinder (2) for being set to first insulating heat-conductive cylinder (4) lateral surface, the medial surface of the first insulating heat-conductive cylinder (4)
Gap between isolating cylinder (2) lateral surface forms magnetization treatment chamber (5), and electromagnetic induction coil (6) is wrapped in the first insulation
Heat-conducting cylinder (4) lateral surface；Metallic heating body (1) is set in isolating cylinder (2), the medial surface and metallic heating body of the isolating cylinder (2)
(1) heating chamber (3) that the gap between lateral surface is formed.
4. magnetizing water sterilizing device according to claim 1, which is characterized in that the lateral surface of electromagnetic induction coil (6) is arranged
Second insulating heat-conductive cylinder (51), second insulating heat-conductive cylinder (51) lateral surface are arranged outer chamber (52), the second insulating heat-conductive cylinder
(51) gap between outer chamber (52) forms magnetization treatment chamber (5), and electromagnetic induction coil (6) is wrapped in the first insulation and leads
Hot cylinder (4) lateral surface, the first insulating heat-conductive cylinder (4) is interior to be equipped with isolating cylinder (2), and metallic heating body is equipped in the isolating cylinder (2)
(1), the heating chamber (3) that the gap between the medial surface of the isolating cylinder (2) and the lateral surface of metallic heating body (1) is formed.
5. magnetizing water sterilizing device according to claim 1, which is characterized in that magnetization treatment chamber (5) is had thermally conductive by one
The insulation water pipe (50) of performance is constituted, which is wrapped in the lateral surface of electromagnetic induction coil (6), the insulation water pipe
(50) first end is connected to cold water pipe (723), the second end of the second end connection heating chamber (3) of the insulation water pipe (50)
Portion.
6. -5 any one magnetizing water sterilizing device according to claim 1, which is characterized in that the second of heating chamber (3)
Rotation section (91) are equipped in end, lateral surface is arranged with spire (92) in metallic heating body (1), an end of the spire (92)
End is fixedly linked with rotation section (91).
7. magnetizing water sterilizing device according to claim 6, which is characterized in that rotation section (91) are turbine or impeller.
8. according to the magnetizing water sterilizing device of claim 3 or 4, which is characterized in that the first insulating heat-conductive cylinder (4), isolating cylinder
(2) and the shape of metallic heating body (1) all can be round, oval or rectangular, and the first insulating heat-conductive cylinder (4), isolating cylinder
(2) and metallic heating body (1) central axis having the same.
9. according to the magnetizing water sterilizing device of claim 3 or 4, which is characterized in that metallic heating body (1) is stainless steel circle
Pipe, isolating cylinder (2) are ceramic tube or plastic tube, and the first insulating heat-conductive cylinder (4) is silicon wafer pipe, glass tube or quartz ampoule, metal hair
The caliber of caliber < the first insulating heat-conductive cylinder (4) of the caliber < isolating cylinder (2) of hot body (1), and metallic heating body (1), isolation
Cylinder (2) and the first insulating heat-conductive cylinder (4) three coaxial arrangement.
10. according to the magnetizing water sterilizing device of claim 3 or 4, which is characterized in that setting is in more in magnetization treatment chamber (5)
Layer annular shape or spiral helicine flow-guiding type cooling fin or water conservancy diversion slot are to make cold water along flow-guiding type cooling fin or water conservancy diversion slot
The second end of magnetization treatment chamber (5) is flowed to from the first end of magnetization treatment chamber (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820917500.5U CN208617620U (en) | 2018-06-12 | 2018-06-12 | A kind of magnetizing water sterilizing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820917500.5U CN208617620U (en) | 2018-06-12 | 2018-06-12 | A kind of magnetizing water sterilizing device |
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| CN208617620U true CN208617620U (en) | 2019-03-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108529811A (en) * | 2018-06-12 | 2018-09-14 | 佛山市共智新能源科技有限公司 | A kind of magnetizing water sterilizing device |
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2018
- 2018-06-12 CN CN201820917500.5U patent/CN208617620U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108529811A (en) * | 2018-06-12 | 2018-09-14 | 佛山市共智新能源科技有限公司 | A kind of magnetizing water sterilizing device |
| CN108529811B (en) * | 2018-06-12 | 2024-02-09 | 中山市共智新能源科技有限公司 | Magnetized water sterilizing equipment |
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