CN208770882U - A kind of liquid device for making - Google Patents
A kind of liquid device for making Download PDFInfo
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- CN208770882U CN208770882U CN201820309718.2U CN201820309718U CN208770882U CN 208770882 U CN208770882 U CN 208770882U CN 201820309718 U CN201820309718 U CN 201820309718U CN 208770882 U CN208770882 U CN 208770882U
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Abstract
The utility model provides a kind of liquid device for making.Described device includes steam generator, liquid storage container and material container, and the steam generator is used to provide steam to the material container, and the liquid storage container is connected to the material container；It further include liquid-supply unit, the liquid-supply unit is used to provide liquid at least one of the steam generator, the liquid storage container and described material container, the liquid-supply unit includes fluidsupply container, flow sensor and controlled valve, the flow sensor is used to measure the flow of the liquid flowed out from the fluidsupply container, and the controlled valve is used to control the flowing of the liquid in the fluidsupply container.Whether the utility model is easy to use it can be seen that there are also liquid in fluidsupply container.
Description
Technical field
The utility model relates to extract field, in particular to the device of liquid is produced.
Background technique
As the improvement of people's living standards, people increasingly pay attention to health care, made with the device for producing liquid
Make Essence.Existing liquid device for making includes steam generator, liquid storage container and material container, and steam generator passes through pipe
Road provides steam to material container to extract to material, and liquid storage container provides solvent to material container also by pipeline to mention
Take the effective component in material.In the process of work, steam generator, liquid storage container and material container, which are likely to require, adds
Liquid feeding body, into steam generator, adding liquid is for generating steam, and into liquid storage container, adding liquid is then used for dissolved material
Effective component, into material container, adding liquid helps to produce the liquid comprising effective component.It is complete by liquid reserve tank at present
At the addition of liquid, liquid reserve tank open then can adding liquid, but can not learn whether there are also liquid in liquid reserve tank in this way, also with regard to nothing
Method differentiation is that do not have liquid or liquid reserve tank to break down in liquid reserve tank, is not convenient to use.
Utility model content
Purpose of the utility model is to solve can not learn whether there are also the skills of liquid in liquid reserve tank in the prior art
Art problem proposes a kind of liquid device for making.
In order to solve the above technical problems, the utility model uses following technical scheme:
A kind of liquid device for making, including steam generator, liquid storage container and material container, the steam generator are used for
Steam is provided to the material container, the liquid storage container is connected to the material container；It further include liquid-supply unit, the feed flow
Unit is used to provide liquid at least one of the steam generator, the liquid storage container and described material container, described
Liquid-supply unit includes fluidsupply container, flow sensor and controlled valve, and the flow sensor holds for measuring from the feed flow
The flow of the liquid of device outflow, the controlled valve are used to control the flowing of the liquid in the fluidsupply container.
In some preferred embodiments, the fluidsupply container, the flow sensor and the controlled valve be successively
Connection.
It in some preferred embodiments, further include air supply unit, the air supply unit is used for the material container
Gas is provided.
In further preferred embodiment, the air supply unit includes air pump and check valve, the check valve and institute
State air pump connection.
In further preferred embodiment, the air supply unit passes through the steam generator to the material container
Gas is provided.
It further include first switch valve in further preferred embodiment, the steam generator passes through described the
One controlled valve is connect with the material container air-tightness.
In some preferred embodiments, the material container is placed in the liquid storage container, the material container
Equipped with opening, the opening of the material container is for making the chamber of the material container and the chamber of the liquid storage container.
It in some preferred embodiments, further include cooling unit, the cooling unit is used for the liquid storage container
In liquid cooled down.
In further preferred embodiment, described be open is set to the lower part of the material container, the lower part packet
Include the bottom of the material container and the following side of the material container.
In some preferred embodiments, the top of the material container be equipped with spray thrower, the spray thrower with it is described
Liquid-supply unit connection, the spray thrower are used for the chamber ejecting liquid to the material container.
Compared with prior art, the beneficial effects of the utility model have:
The flowing of the liquid in fluidsupply container is controlled by controlled valve, cooperation flow sensor is measured from fluidsupply container stream
The flow of liquid out, to learn that whether there are also liquid in fluidsupply container, are easy to use.
In a preferred embodiment, the utility model also has the following beneficial effects:
Further, fluidsupply container, flow sensor and controlled valve are sequentially connected, that is to say, that fluidsupply container is first and flows
Quantity sensor connection, then flow sensor connect with controlled valve again, in this way, by a flow sensor it can be learnt that for
Whether there are also liquid in liquid container, can simplify structure, reduce cost.
Further, gas is provided to material container by air supply unit, so that the liquid in material container is in air pressure
The lower discharge of effect, improves the speed of liquid discharge.
Detailed description of the invention
Fig. 1 shows the structure of the liquid device for making of the utility model；
Fig. 2 shows a kind of structures of variant of the liquid device for making of the utility model；
Fig. 3 shows the structure of second of variant of the liquid device for making of the utility model；
Fig. 4 shows the structure of the third variant of the liquid device for making of the utility model；
Fig. 5 shows the structure of the 4th kind of variant of the liquid device for making of the utility model；
Fig. 6 shows the structure of the 5th kind of variant of the liquid device for making of the utility model；
Fig. 7 shows the structure of the 6th kind of variant of the liquid device for making of the utility model；
Fig. 8 shows the structure of the 7th kind of variant of the liquid device for making of the utility model；
Fig. 9 (a) shows the first spray form of the spray thrower of the utility model；
Fig. 9 (b) shows second of spray form of the spray thrower of the utility model；
Fig. 9 (c) shows the third spray form of the spray thrower of the utility model；
Fig. 9 (d) shows the 4th kind of spray form of the spray thrower of the utility model；
Figure 10 shows the structure of the 8th kind of variant of the liquid device for making of the utility model；
Figure 11 shows the structure of the 9th kind of variant of the liquid device for making of the utility model；
Figure 12 shows the structure of the tenth kind of variant of the liquid device for making of the utility model；
Figure 13 shows a kind of the tenth structure of variant of the liquid device for making of the utility model；
Figure 14 shows the structure of the 12nd kind of variant of the liquid device for making of the utility model；
Figure 15 shows the structure of the 13rd kind of variant of the liquid device for making of the utility model；
Figure 16 shows the structure of the 14th kind of variant of the liquid device for making of the utility model；
Figure 17 shows the flow chart of the utility model process for preparing liquid；
Figure 18 shows a kind of flow chart of variant of the utility model process for preparing liquid.
Specific embodiment
It elaborates below to the embodiments of the present invention.It is emphasized that following the description is only example
Property, rather than in order to limit the scope of the utility model and its application.
With reference to Fig. 1, liquid device for making includes steam generator 1, liquid storage container 2 and material container 3.
Material container 3 is for accommodating material, such as medicinal material or food materials.
Material container 3 is connect with liquid storage container 2, for carrying out the transmission of matter and energy with liquid storage container 2.Material container
A kind of 3 forms for connecting with liquid storage container 2 are as follows: material container 3 is placed in liquid storage container 2, and material container 3 is equipped with opening
301,301 mouthfuls of opening are used to that the chamber 30 of material container 3 to be made to be connected to the chamber 20 of liquid storage container 2, in this way, material container 3 is logical
The transmission of matter and energy can be carried out with liquid storage container 2 by crossing opening 301, and substance includes liquid, solid and gas etc., for example is sought
Support substance, steam, solvent and solution.For the position of opening 301, as long as liquid storage container 2 and material container 3 is made to carry out substance
It can be entered in material container 3 by opening 301 with the substance in energy transmission, such as liquid storage container 2, material container 3
In substance can also by opening 301 enter liquid storage containers 2 in.
Steam generator 1 is used to provide steam to material container 3.Steam generator 1 can generate steam, steam hair after working
Raw device 1 delivers a vapor in material container 3 to distill to material, to produce solution.Steam generator 1 holds to material
A kind of mode that device 3 provides steam is to pass through pipeline.
With reference to Fig. 1 and Figure 17, the course of work and liquid that the liquid device for making of the utility model is described below are produced
Method:
S200, material is distilled: material is placed in material container 3, material container 3 is then placed in liquid storage
In container 2, steam generator 1 is started to work, and generates steam, these steam, which enter in material container 3, distills material,
Nutritional ingredient is taken out of from material, since material container 3 is located in liquid storage container 2, the opening 301 of material container 3
It being communicated with liquid storage container 2, nutritional ingredient is directly dissolved in inside the solution in liquid storage container 2, meanwhile, steam and liquid storage
Solution contact in container 2, transfers heat to solution, and the temperature of solution increases, thus make solution preferably dissolve nutrition at
Point.
S300, impregnate to material: after distillation carries out the time of one section of setting, steam generator 1 stops generating steaming
Vapour, material container 3 are begun to cool, and generate negative pressure in material container 3.The opening 301 of material container 3 is to communicate with liquid storage container 2
, under the action of negative pressure, the solution in liquid storage container 2 is quickly flowed back in material container 3, water jets under high pressure is formed, to material
It is impacted and is stirred, then material is impregnated, be dissolved in material more effective components inside solution.
After impregnating the time for carrying out one section of setting, steam generator 1 starts again at generation steam, and steam enters back into material
Material is distilled in container 3.After distillation is completed, steam generator 1 stops generating steam, the solution in liquid storage container 2
Material is impregnated.So recycle multiple distillation and immersion, for example, twice, three times, four times, five times or more than six times,
It can complete producing for liquid.Certainly, according to actual needs, single flash and immersion, this reality only can also be carried out to material
It is not limited with novel.
It further include step S100 before step S200 for some materials, such as Chinese medicine with reference to Figure 18.
S100, infiltrate to material: before material does not distill, some materials remain a small amount of to be soluble at low temperature
Water is set in the nutriment that can not be separated in material, such as protein and starch at high temperature, if this moieties non-thing
It first removes, the surface of material will be set in subsequent high temperature distillation process, the extraction of other nutritional ingredients be hindered, in advance to object
Material, which carries out infiltration, can contact the moieties in material with the water of low temperature, these nutriments is made to be dissolved in the water,
Prevent this moieties from influencing extruding, material, which is carried out infiltration, in advance can be convenient the extruding of material.After the completion of infiltration, liquid storage holds
Water in device 2 becomes solution dissolved with the nutritional ingredient of material.
One kind of infiltration is achieved in that: material is placed in material container 3, injects solvent into liquid storage container 2,
Such as water or Essence, then material container 3 is placed in liquid storage container 2, the water in liquid storage container 2 passes through material container
3 opening 301 enters in material container 3 to be contacted with material, to infiltrate to material.
As described above, since material container 3 is located in liquid storage container 2, the opening 301 of material container 3 with
Liquid storage container 2 communicates, that is to say, that and material container 3 is directly connected to liquid storage container 2, without being connected by pipeline,
In this way, nutritional ingredient is just directly dissolved in inside the solution in liquid storage container 2 in distillation, it is not required to through piping, so that nutrition
The dissolution of ingredient much sooner and effectively, to improve the efficiency for producing liquid；Meanwhile it being not necessarily to pipeline, avoid nutritional ingredient
Situation about being deposited on pipeline, convenient for cleaning.The opening 301 of material container 3 is communicated with liquid storage container 2, in the mistake of distillation
When the chamber 30 of material container 3 generates negative pressure in journey, the liquid in liquid storage container 2 is directly flowed backward in material container 3, is not necessarily to
It being transmitted through piping, the resistance that liquid is subject to is smaller, and the speed of flowing faster, is more quickly impacted and stirred to material,
Nutritional ingredient can be preferably dissolved, the nutrient composition content of solution is improved, also improves the efficiency for producing liquid.In addition, object
Steam in material container 3 is also directly contacted with the solution in liquid storage container 2, is reduced energy loss, is taken full advantage of energy, makes
The temperature of solution rises faster, it helps improves the efficiency for producing liquid.
The utility model is further introduced below:
It further include liquid-supply unit 6 with reference to Fig. 1, liquid-supply unit 6 is used to hold to steam generator 1, liquid storage container 2 and material
At least one of device 3 provides liquid.
Liquid-supply unit 6 includes fluidsupply container 61, flow sensor 62 and controlled valve 63, fluidsupply container 61, flow sensing
Device 62 and controlled valve 63 can form sprue 610, and the liquid in fluidsupply container 61 can flow to steam generation by sprue 610
At least one of device 1, liquid storage container 2 and material container 3.
Flow sensor 62 is used to measure the flow of the liquid flowed out from fluidsupply container 61, if any flow, flow sensor
62 there will be display information, which can be reading, indicators turn or sound etc..
Controlled valve 63 is used to control the flowing of the liquid in fluidsupply container 61, such as: controlled valve 63 is opened, feed flow
Liquid in container 61 then flows out；Controlled valve 63 is closed, and liquid then rests in fluidsupply container 61.
Specifically, sprue 610 can have different forms, and such as: refer to Fig. 1,61 elder generation of fluidsupply container and flow sensing
Device 62 connects, and then flow sensor 62 is connect with controlled valve 63 again, and controlled valve 63 is opened, and flows out if any liquid, flow
Sensor 62 can show information；It is first connect with controlled valve 63 with reference to Fig. 2 or fluidsupply container 61, then controlled valve 63 is again
It is connect with flow sensor 62, controlled valve 63 is opened, and is flowed out if any liquid, and flow sensor 62 can show information.
As described above, controlling the flowing of the liquid in fluidsupply container 61 by controlled valve 63, cooperate flow sensing
Device 62 measures the flow of the liquid flowed out from fluidsupply container 61, so that it can be seen that whether there are also liquid in fluidsupply container 61, conveniently
Differentiation is that the liquid in 6 failure of liquid-supply unit or liquid-supply unit 6 has been used up, and is easy to use.
Based on above content, elaborate to the utility model:
With reference to Fig. 3, liquid-supply unit 6 provides liquid, fluidsupply container 61, flow sensing to steam generator 1 and material container 3
Device 62 and controlled valve 63 are sequentially connected.The quantity of fluidsupply container 61 and flow sensor 62 is one, the number of controlled valve
Amount is two, is controlled valve 63A and controlled valve 63B respectively.Fluidsupply container 61 is first connect with flow sensor 62, then
Flow sensor 62 is connect with controlled valve 63A and controlled valve 63B respectively again.
First runner 610A is formed with reference to Fig. 3, fluidsupply container 61, flow sensor 62 and controlled valve 63A, is used for steaming
Vapour generator 1 provides liquid.It can be connected by pipeline between fluidsupply container 61, flow sensor 62 and controlled valve 63A, it can also
It is directly linked together.Controlled valve 63A can be connect by pipeline with steam generator 1 to convey liquid, and liquid can also be directly made
Body flows in steam generator 1, for example, after controlled valve 63A is opened, liquid flows under the effect of gravity to be located at reference to Figure 16
In steam generator 1 below controlled valve 63A, certainly, it is correspondingly provided with valve on steam generator 1, when the valve opening, liquid
Body is flowed in steam generator 1 by the valve.
Similar, fluidsupply container 61, flow sensor 62 and controlled valve 63B form second flow channel 610B, are used for object
Material container 3 provides liquid.It can be connected by pipeline between fluidsupply container 61, flow sensor 62 and controlled valve 63B, it can also be straight
It is connected together in succession.Controlled valve 63B can be connect by pipeline with material container 3 to convey liquid, and liquid flow can also be directly made
Into material container 3, such as after controlled valve 63B unlatching, liquid is flowed under the effect of gravity below controlled valve 63B
In material container 3.
With reference to Fig. 3, since material container 3 is placed in liquid storage container 2, material container 3 is equipped with opening 301, is open 301 mouthfuls
The chamber 30 of material container 3 can be made to be connected to the chamber 20 of liquid storage container 2, in this way, liquid-supply unit 6 is to 3 annex solution of material container
When body, the liquid in material container 3 can be flowed in liquid storage container 2 by opening 301, also just be realized to 2 annex solution of liquid storage container
Body.
As described above, fluidsupply container 61, flow sensor 62 and controlled valve 63 are sequentially connected, in this way, passing through one
Whether a flow sensor 62 can simplify structure, reduce cost it can be learnt that there are also liquid in fluidsupply container 61.
With reference to Fig. 4, another form that material container 3 is connect with liquid storage container 2: liquid storage container 2 passes through pipeline and material
Container 3 connects.
Liquid-supply unit 6 provides liquid to steam generator 1, liquid storage container 2 and material container 3.
Fluidsupply container 61 is first connect with controlled valve, and then controlled valve is connect with flow sensor again.Correspondingly, switch
The quantity of valve is three, is controlled valve 63A, controlled valve 63B and controlled valve 63C respectively；The quantity of flow sensor
It is three, is flow sensor 62A, flow sensor 62B and flow sensor 62C respectively.
Fluidsupply container 61, controlled valve 63A and flow sensor 62A form first runner 610A, are used for steam generation
Device 1 provides liquid；Fluidsupply container 61, controlled valve 63B and flow sensor 62B form second flow channel 610B, are used for liquid storage
Container 2 provides liquid；Fluidsupply container 61, controlled valve 63C and flow sensor 62C form third flow channel 610C, are used for object
Material container 3 provides liquid.
The utility model is described above, but the utility model there can also be some variants, such as:
It further include liquid pump 64 with reference to Fig. 5, liquid pump 64 is arranged between controlled valve 63 and fluidsupply container 61, is used for
It is pressurizeed to the liquid flowed out in fluidsupply container 61 so that liquid flows to different places.
Based on above content, the utility model is further described:
It further include air supply unit 7 with reference to Fig. 6, air supply unit 7 is used to provide gas to material container 3.Due to material container
3 are connected to liquid storage container 2, and under the influence of air pressure, the liquid in material container 3 can be discharged in liquid storage container 2.
Due to the presence of air supply unit 7, correspondingly, process for preparing liquid this can be implemented so that
After the completion of immersion, gas is provided so that the liquid in material container 3 is in gas to material container 3 by air supply unit 7
It is expelled under the action of pressure in liquid storage container 2.Such meaning is: after the completion of immersion, needing to continue to distill, but material at this time
It impregnates in a liquid, liquid is discharged from material container 3 by air supply unit 7, material can be made quickly to expose liquid level and steam
Vapour contact, and then be distilled.In addition, the process that entire liquid is produced completes, and needs spent material container 3 after the completion of impregnating
In liquid, liquid is expelled in liquid storage container 2 from material container 3 by air supply unit 7, be easy to use.
Specifically, air supply unit 7 includes air pump 71 and check valve 72 with reference to Fig. 6.
Check valve 72 is connect with air pump 71.Air pump 71 is for generating gas, and check valve 72 is for preventing gas backstreaming to gas
In pump 71.Air pump 71 is delivered gas in material container 3 by check valve 72.
With reference to Fig. 7, steam can be provided to material container 3 based on steam generator 1, air supply unit 7 can also pass through
Steam generator 1 provides gas to material container 3.It is achieved in that: check valve 72 is connect with 1 air-tightness of steam generator,
Gas is conveyed into material container 3 for conveying gas into steam generator 1, then from steam generator 1.
With reference to Fig. 7, also settable first switch valve 41, steam generator 1 is held by first switch valve 41 and material
The connection of 3 air-tightness of device.First switch valve 41 is opened, and gas can be conveyed into material container 3, certainly, gas packet here
The steam of the generation of steam generator 1 is included, also includes the gas that air pump 71 generates.
With reference to Fig. 7, also settable cooling unit 8, cooling unit 8 is for cooling down the liquid in liquid storage container 2.Than
Such as: after the completion of liquid is produced, the fluid temperature in liquid storage container 2 is higher, is cooled down by cooling unit 8 to liquid, convenient
Use these liquid；When being impregnated, after material container 3 is cooling, the solution in liquid storage container 2 can just flow back to material appearance
Material is impregnated in device 3, the liquid in liquid storage container 2 is cooled down by cooling unit 8, due to the transmitting of heat,
The cooling that can accelerate material container 3 to a certain extent, to accelerate soaking process.
The utility model can also be achieved:
With reference to Fig. 8, the top of material container 3 is equipped with spray thrower 31, and spray thrower 31 is used to spray to the chamber 30 of material container 3
Drench liquid.What spray thrower 31 sprayed is to be conducive to produce the liquid of solution, for example be used to carry out material cooling or to material
It is infiltrated, can be water or Essence.
Spray thrower 31 is connect with liquid-supply unit 6, the chamber 30 of the liquid spray that liquid-supply unit 6 is provided to material container 3
In.
Provided with spray thrower 31, step S300 is achieved in that
Infiltration complete after start to distill material, distillation carry out a period of time after, steam generator 1 stop to
Material container 3 provides steam, due to without air, entirely steam, passing through spray thrower 31 in material container 3 at this time to object
Steam in material container 3 is sprayed, and the steam in material container 3 will realize fast quickly cooling interior in a flash after encountering spray liquid
But, meanwhile, the solution in liquid storage container 2 also will rapidly flow backward in material container 3, when solution reaches the one of material container 3
Moment will generate Cold Boiling and rise, will generate countless minute bubbles in the solution of material container 3 when Cold Boiling is risen, these minute bubbles
Size is very small, due to the presence of these very small minute bubbles, so these minute bubbles will be very easy to enter to be immersed in
Inside material in solution, it will burst inside it into the minute bubbles inside material, what generation tore material
Effect realizes the in a flash or quickly extruding to material.
Generating the effect that Cold Boiling is risen is formed in a flash in negative pressure of vacuum, and the solution in liquid storage container 2 just flows backward to
It is generated when material container 3, at the moment, minute bubbles moment generates spray, and pop-off, cold boiling phenomenon terminate immediately；It answers
This, it is emphasized that spray moment all steam retained in material container 3 can't have all been condensed, will also retain one
Dividing, exactly this sub-fraction, results in the generation of minute bubbles, minute bubbles are not the air being mingled in liquid storage container 2, nor
The air of dissolution in the solution in advance, minute bubbles are remaining steam in material container 3.Solution in liquid storage container 2 is flow backwards
In a flash into material container 3, remaining steam will have little time to spread, and just temporarily be deposited in the solution with its instantaneous touch
In, and be uniformly distributed, enormous amount, and small-sized, after the minute bubbles of generation touch solution, it will be condensed by solution, so
Again by pop-off, exactly this process produces the effect of moment extruding to material.
After Cold Boiling is risen, at this moment spraying stopped, since the negative pressure in material container 3 was generated in moment,
Solution in liquid storage container 2 will continue to flow backwards recoil into material container 3, during refluence, will be formed in material container 3
Water column, the water column of generation, which will be stirred the liquid retained in material container 3, to seethe, thus by the object in material container 3
Material generates impact, tumbling effect, and to play stirring action, the stirring of this quick high-pressure impact type is than general such as chopsticks, hinge
The stirring of knife etc. is more balanced, realizes stirring without knife to material；In addition material realized in Cold Boiling is risen it is flashy
Extruding, along with the stirring of this quick high-pressure impact type, the nutritional ingredient of water solubility, volatility in material etc. will dissolve out
Come.
During entirely producing liquid: the steam in distillation encounter material can condensation slowly, at leisure to material
Extruding is carried out, this is the extruding of initial stage；After subcooled boiling carries out tearing extruding to material, material is further fluffy, this
It is the extruding of second stage；In addition the crack of material will be further increased, this is third rank due to the recoil water column that negative pressure is formed
The extruding of section；By above-mentioned Swelling Functions, since material is fluffy, crack increases and increases, and will easily facilitate solution entrance
Molten water intaking soluble active principals inside to material.Solution after finally impregnating, solution whole in material container 3 is discharged into storage
In liquid container 2, at this moment not only containing the volatile component being extracted in material in the solution in liquid storage container 2, while also containing
Water soluble ingredient.
Certainly, this process for preparing liquid can be primary progress, be also possible to a duplicate process, the material of such extruding
Also it is very beneficial for steam in distillation process next time and enters to take away volatile component inside material, becomes mixed vapour and be dissolved in
In solution in liquid storage container 2, so being also very effective to volatile component is extracted.
Spray thrower 31 is spray head, successively refers to Fig. 9 (a), Fig. 9 (b), Fig. 9 (c), Fig. 9 (d), the form that spray thrower 31 sprays
It can be water droplet umbrella-type 311, water droplet straight-down negative 312, drip type 313 and mist 314.The effect of water droplet umbrella-type 311 is best, speed
Spend most fast, the water relatively high for water temperature can be sprayed with this mode, followed by water droplet straight-down negative, mist and be dripped
Formula, it is smaller for water temperature low to be sprayed with this mode.
The liquid device for making of the utility model is described further below:
It is lost to reduce steam, steam generator 1 is connect with 3 air-tightness of material container.With reference to Fig. 1, steam generator 1 to
A kind of mode that material container 3 provides steam is by pipeline, specifically, steam generator 1 is held by first pipe 4 and material
The connection of 3 air-tightness of device.With reference to Fig. 1, sealing cover 33 can also be set at the top of material container 3, can be opened in this way from top
Material container 3, first pipe 4 can also be connect with 33 air-tightness of sealing cover, it is of course also possible to set in the bottom of material container 3
Bottom set lid (not shown) opens material container 3 from bottom.
With reference to Fig. 1, first switch valve 41 is set in first pipe 4.During distillation, steam generator 1 is produced
Raw steam, first switch valve 41 are opened, and the steam in steam generator 1, which enters in material container 3, distills material.?
During immersion, steam generator 1 stops generating steam, and first switch valve 41 is closed, and can accelerate the chamber of material container 3
The cooling velocity and the stronger negative pressure of generation of room 30.
It further include that the first valve 5, steam generator 1 and material container 3 are connected by the first valve 5 with reference to Figure 10 and Figure 11
It connects.With reference to Figure 10, the side wall of steam generator 1 and the side wall of material container 3 are sticked together, and the first valve 5 sends out steam
Raw device 1 is connected to material container 3；The side wall and material container of steam generator 1 are set with reference to Figure 11 or the first valve 5
Between 3 side wall.During distillation, the first valve 5 is opened, and the steam in steam generator 1 enters in material container 3
Material is distilled.During immersion, the first valve 5 is closed.
With reference to Figure 12, material container 3 is disposed in liquid storage container 2, for example material container 3 is from the upper of liquid storage container 2
Portion is placed in liquid storage container 2, to prevent the steam inside liquid storage container 2 from being lost from the top of liquid storage container 2, liquid storage container 2
Equipped with end cap 21, the end cap 21 of liquid storage container 2 is connect with the side wall of material container 3.Certainly, material container 3 can also be from liquid storage
The side of container 2 is placed in liquid storage container 2, and the side of liquid storage container 2 is also just accordingly arranged in end cap 21 at this time, this is practical new
Type is not limited.
With reference to Figure 13, opening 301 is set to the lower part of material container 3, for example is arranged in following side.
With reference to Fig. 1, opening 301 can also be set to the bottom of material container 3, can make in material container 3 in this way
Liquid is all expelled in liquid storage container 2, comes into full contact with material in distillation process with steam, guarantees distilling effect, can be with
The negative pressure in soaking process is made full use of, enters the solution in liquid storage container 2 in material container 3 from the bottom of material container 3,
Material is adequately impacted and stirred from bottom.
With reference to Figure 14, material container 3 is equipped with strainer 32, and strainer 32 is located at the side of opening 301 for preventing material from entering
In liquid storage container 2.
The quantity of opening 301 can be set multiple, such as two, three, four or five or more, can soak in this way
Multiple water jets under high pressure are formed during bubble.Meanwhile be open 301 size be less than material size, for obstruct material enter
In liquid storage container 2, opens up multiple openings 301 and form filter screen, structure can be simplified.
The shape of opening 301 includes circle, rectangle, strip and ellipse, specifically can be it is one such, can also be with
It is the combination of two or more shapes, for example round hole and elongate holes, the utility model are not limited.
With reference to Fig. 1, the bottom of material container 3 is arranged in the multiple openings 301 for forming filter screen, molten in liquid storage container 2
Liquid is contacted with the bottom of material container 3, so that the resistance that the solution in liquid storage container 2 enters in material container 3 is smaller, high pressure water
The speed of column faster, to further increase the efficiency for producing liquid.
With reference to Figure 15, opening 301 all can also be set in the bottom of material container 3 and side, make water jets under high pressure from multiple
Direction is impacted and is stirred to the material in material container 3, dissolves the effective component in material preferably in the solution.
With reference to Fig. 1, steam generator 1 can generate steam by way of liquid and heating element contact, for example steam
Heater 11 is set in vapour generator 1；Steam can also be generated by liquid and the discontiguous mode of heating element, for example passed through
Electromagnetic heating.
The above content is specific/preferred embodiment further detailed description of the utility model is combined, no
It can assert that the specific implementation of the utility model is only limited to these instructions.For the common skill of the utility model technical field
For art personnel, without departing from the concept of the premise utility, the embodiment that these have been described can also be made
Some replacements or modifications, and these substitutions or variant all shall be regarded as belonging to the protection scope of the utility model.
Claims (10)
1. a kind of liquid device for making, including steam generator, liquid storage container and material container, the steam generator be used for
The material container provides steam, and the liquid storage container is connected to the material container, it is characterised in that: further includes feed flow list
Member, the liquid-supply unit at least one of the steam generator, the liquid storage container and described material container for mentioning
For liquid, the liquid-supply unit includes fluidsupply container, flow sensor and controlled valve, the flow sensor for measure from
The flow of the liquid of the fluidsupply container outflow, the controlled valve are used to control the flowing of the liquid in the fluidsupply container.
2. liquid device for making according to claim 1, it is characterised in that: the fluidsupply container, the flow sensor
It is sequentially connected with the controlled valve.
3. liquid device for making according to claim 1, it is characterised in that: it further include air supply unit, the air supply unit
For providing gas to the material container.
4. liquid device for making according to claim 3, it is characterised in that: the air supply unit includes air pump and unidirectional
Valve, the check valve are connect with the air pump.
5. liquid device for making according to claim 3 or 4, it is characterised in that: the air supply unit passes through the steam
Generator provides gas to the material container.
6. liquid device for making according to claim 5, it is characterised in that: further include first switch valve, the steam
Generator is connect by the first switch valve with the material container air-tightness.
7. liquid device for making according to claim 1, it is characterised in that: the material container, which is placed in the liquid storage, to be held
In device, the material container is equipped with opening, and the opening of the material container is for making the chamber of the material container and the storage
The chamber of liquid container.
8. liquid device for making according to claim 1, it is characterised in that: it further include cooling unit, the cooling unit
For being cooled down to the liquid in the liquid storage container.
9. liquid device for making according to claim 7, it is characterised in that: the opening is set to the material container
Lower part, the lower part include the bottom of the material container and the following side of the material container.
10. liquid device for making according to any one of claims 1 to 4, it is characterised in that: the top of the material container
Equipped with spray thrower, the spray thrower is connect with the liquid-supply unit, and the spray thrower is used to spray to the chamber of the material container
Drench liquid.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820309718.2U CN208770882U (en) | 2018-03-06 | 2018-03-06 | A kind of liquid device for making |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820309718.2U CN208770882U (en) | 2018-03-06 | 2018-03-06 | A kind of liquid device for making |
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| Publication Number | Publication Date |
|---|---|
| CN208770882U true CN208770882U (en) | 2019-04-23 |
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| CN201820309718.2U Active CN208770882U (en) | 2018-03-06 | 2018-03-06 | A kind of liquid device for making |
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| Country | Link |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108579117A (en) * | 2018-03-06 | 2018-09-28 | 深圳市兆福源科技有限公司 | A kind of liquid device for making and method |
-
2018
- 2018-03-06 CN CN201820309718.2U patent/CN208770882U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108579117A (en) * | 2018-03-06 | 2018-09-28 | 深圳市兆福源科技有限公司 | A kind of liquid device for making and method |
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