CN2652913Y - Dissolving device and water treatment device with above dissolving device - Google Patents
Dissolving device and water treatment device with above dissolving device Download PDFInfo
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- CN2652913Y CN2652913Y CN 03208877 CN03208877U CN2652913Y CN 2652913 Y CN2652913 Y CN 2652913Y CN 03208877 CN03208877 CN 03208877 CN 03208877 U CN03208877 U CN 03208877U CN 2652913 Y CN2652913 Y CN 2652913Y
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Abstract
The utility model relates to a dissolver for well dissolving a second liquid or gas or powder solid in a first liquid, comprising a water treatment unit composed of the dissolver. The dissolver comprises the following parts: a liquid supplying used pipe for supplying the first liquid; a supplying used component for supplying the second liquid or the gas or the powder solid (a second substance) that is to be dissolved in the first liquid, that is, a second substance supplying used component, and the supplying used component is provided with, at least, a pipe, whose terminal is extended together with a shaft on the terminal of the liquid supplying used pipe; a first dissolving groove, which is connected with the terminals of the liquid supplying used pipe and the second substance supplying used component, and the side wall of the first dissolving groove is formed with a plurality of holes; and a second dissolving groove, which encircles the first dissolving groove and prolongs in the length direction of the second dissolving groove, and the lower part of the second dissolving groove is provided with a discharging outlet.
Description
Technical field
The utility model relates in order to dissolve the dissolver of the 2nd liquid or gas or powdery solid well in the 1st liquid, and comprises the water treatment device that its dissolver constitutes.
Background technology
At present, there is the multiple method can be the water germicidal treatment.Have in these methods: utilize UV-lamp according to ultraviolet microbial disinfection treatment process, utilize the sterilization of ozone gas, capture method, utilize the advanced oxidation processes (AOP:Advanced Oxidation Process) of ultraviolet ray and ozone and sterilization simultaneously, the method for capturing and purifying, use chlorine (Cl
2) or hydrogen peroxide (H
2O
2) method of medicine, these methods are extensively learnt.Make in this way the water sterilization, the device of purifying treatment is extensively learnt.
Use as above-mentioned method are the water germicidal treatment, and for the efficient that improves sterilization, purifying treatment, it is very important that ultraviolet ray or ozone or medicine contact well with the water that needs processing.Along with when scope as above-mentioned multiple technologies, improve contact efficiency, consequently in order to improve the efficient of sterilization and purifying treatment.
Summary of the invention
The utility model is conceived to the above-mentioned fact, and the means that make the water that should handle and handle its water can reach good and contact effect and developed new device.
First purpose of the present utility model provides a kind of dissolver that dissolves the 2nd liquid or gas or powdery solid in the 1st liquid well.
Second purpose of the present utility model provides possesses above-mentioned dissolver, embodies the water treatment device of good sterilization and purifying treatment effect.
The utility model uses non-pressure formula reactive tank or uses water pump power also can reach outstanding solute effect and treatment effect less as far as possible to provide, and therefore be an economy with dissolver and the water treatment device that possesses its dissolver is the 3rd purpose.
For achieving the above object, according to first purpose of the present utility model,
Dissolver comprises with lower member: for the liquid supply pipe of supplying the 1st liquid; In order to supply the supply member of in above-mentioned the 1st liquid dissolved the 2nd liquid or gas or powdery solid (the 2nd material), and possess the pipe that its terminal part at least prolongs with the terminal part axle of pipe together along with the aforesaid liquid supply, i.e. the 2nd provisioning member; Be connected with the end of member with pipe and the 2nd provisioning with the aforesaid liquid supply, at the 1st dissolving tank of its sidewall formation multiple holes; And surround above-mentioned the 1st dissolving tank, and have the shape that prolongs toward its length direction, possess the 2nd dissolving tank of relief outlet in the bottom.
According to the dissolver of above-mentioned first purpose of the present utility model, above-mentioned the 2nd provisioning uses the pipeline of member preferably along with the total length of aforesaid liquid supply with pipe, and along with the axle of pipe is inserted in the liquid supply with in the pipe.At this moment, the aforesaid liquid supply with pipe preferably its top except the part that above-mentioned the 2nd provisioning inserts with member and seal.When so constituting, comprise that also the aforesaid liquid supply is with managing the side that preferably vertically is connected to pipe with tubular axis, in order to inject the inlet of liquid.
Above-mentioned the 2nd provisioning member, in order to prevent by the aforesaid liquid supply with the liquid supplied of pipe, the adverse current by above-mentioned the 2nd provisioning adverse current with the pipeline of member prevents to use the chamber, and this can be arranged on above-mentioned pipeline upper reaches.Prevent to use the chamber in this correspondence or with above-mentioned adverse current, the 2nd provisioning can possess adverse current with member and prevent to use valve.
When the 2nd provisioning possesses adverse current on top and prevents to use the chamber with member, according to embodiment of the present utility model, above-mentioned adverse current prevents to connect with the top of above-mentioned liquid supply with pipe with the chamber, and above-mentioned pipeline prevents to use along with the aforesaid liquid supply with the lower end of chamber the inside prolongation of pipe from above-mentioned adverse current.
In the above-mentioned dissolver, the 1st dissolving tank is preferably according to flange that can switch, constitutes with the cylinder of top seal.The 1st dissolving tank passes through in the central hole that forms of above-mentioned flange, can use the end connection of member with above-mentioned liquid supply with the 2nd provisioning of managing and be inserted in its inside.The most apertures of the 1st dissolving tank by forming at its sidewall use pipe and the 2nd provisioning with the 1st liquid of member supply and the mixture of the 2nd material from the liquid supply, discharge in the 2nd dissolving tank that surrounds the 1st dissolving tank.
The 2nd dissolving tank preferably constitutes with the open round shape in top.Preferably the 2nd dissolving tank connects with the 1st dissolving tank by above-mentioned flange.From certain distance, the form of formation encirclement the 1st dissolving tank or past length direction (preferably about 1.5 times or 2.5 times) more extend than the 1st dissolving tank and constitute the 2nd dissolving tank with the 1st dissolving tank.The 2nd dissolving tank possesses relief outlet in order to discharge mixture in its underpart.
Above-mentioned dissolver is to use pipe the 1st liquid of volume, in addition meanwhile by the 2nd provisioning member by the liquid supply, supplies toward above-mentioned the 1st dissolving tank is interior with aforesaid liquid blended the 2nd material (liquid, gas or the powdery solid of kind in addition).Preferably the 1st liquid and the 2nd material are provided to the aforesaid liquid supply with managing and the 2nd provisioning member by pump and fan separately.
According to second purpose of the present utility model, provide to comprise the water treatment device that constitutes according to the above-mentioned first lateral dissolver.
Water treatment device generally with irradiation ultraviolet radiation or in water dissolved ozone gas, constitute as the medicine of dioxygenization or chlorine or various oxygenant or the device of catalyst treatment.This known water treatment device possesses the dissolver according to first purpose of the present utility model, the water of handling at needs, and in order to handle this water necessary ozone gas or multiple medicine, can dissolve well.Therefore water treatment efficiency can significantly increase.Along with, the utility model provides and the known water treatment device water treatment device of the above-mentioned dissolver according to the utility model first purpose of bonded suitably.
Comprising in this manual can reference, the applicant is in the patent application of June 1 calendar year 2001 application 2001-30824 number: " water treatment device that possesses a plurality of UV-lamp ", in this patent application, above-mentioned water treatment device has possessed vertical endways most UV-lamp in tank, therefore the water that needs to handle is not only because of the direct bactericidal purifying of ultraviolet ray, and above-mentioned UV-lamp constitutes with dual silica tube, flow into extraneous air from the space between the pipe of lamp and encirclement lamp, oxygen in the above-mentioned leaked-in air, the ozone gas of changing because of the ultraviolet ray that produces from above-mentioned lamp also can utilize well.For such water treatment device, from the ozone gas that above-mentioned UV-lamp produces, the process that is dissolved into once more in the water is the dissolver that can use according to the utility model first purpose, can improve the water treatment effect of water treatment device with this.
The above-mentioned water treatment device of patent application in advance possesses a plurality of UV-lamp, utilizes the ozone gas that therefore produces to be feature, but does not use the ozone gas that produces from above-mentioned lamp, also can utilize the extraneous gas of drawing from the outside.At this moment,, this ozone gas is dissolved in the water to be processed, in water treatment device, supplies, can improve the water treatment effect of water treatment device by drawing outside ozone gas according to the first side wall of the present utility model.
And in above-mentioned patent application in advance, though water treatment device possesses most UV-lamp, but constitute with similar structure, do not possess UV-lamp, delimit with one or wall more than it, possess the water treatment device of the above reactive tank of or its, can be suitable for dissolver according to above-mentioned first purpose.Such water treatment device purifies water, handle and constitutes with ozone gas or other medicines of drawing from the outside.At this moment, use dissolver,, be dissolved into for processing in the water of reactive tank supply the back well and supply, so can improve the water treatment effect of water treatment device ozone gas or the medicine drawn from the outside according to above-mentioned first purpose.
In the above-mentioned water treatment device, change, therefore can improve the water treatment effect the structure of the water of having handled toward the vent pipe of containers such as tank discharge.Such vent pipe, the disclosed prolongation dearly toward the tank bottom is the same in the patent that the above-mentioned the applicant that coexists applies in advance.But the shape of pipe, the internal diameter of confinement tube lower end is not littler than the internal diameter of tube mouth, and the absorption part of pipe constitutes or constitutes with rough pattern to turn round shape, according to hydraulic eddy current, medicines etc. are efficient ground dissolving more in water, can improve the water treatment effect thereupon.
Along with, the water treatment device that provides according to the 3rd purpose of the present utility model, it is characterized in that: according to the dissolver of first purpose of the present utility model, supply is from the water of above-mentioned dissolver supply and the mixture of the 2nd material, possess plural reactive tank, but above-mentioned plural reactive tank is distinguished with the vertical wall of distinguishing between the reactive tank in order to handle, above-mentioned vertical wall is for the mobile formation passage of water, and the end reaction groove is equipped with vent pipe in order to discharge processed glassware for drinking water.
Above-mentioned water treatment device according to the 3rd purpose, preferably at least one possesses a plurality of UV-lamp in the above-mentioned reactive tank, preferably above-mentioned UV-lamp arranged vertical in reactive tank.Particularly, above-mentioned UV-lamp constitutes with dual silica tube.Distinguish in the wall between the above-mentioned reactive tank and form passage, preferably intersect to form in the top and the bottom of wall.
Above-mentioned water treatment device, the drawing section of vent pipe is concaveconvex shape preferably, preferably constitutes with near the vertical tube till the bottom face that extends to the tank that will be configured in above-mentioned water treatment device bottom.Collect in the preferably above-mentioned vent pipe and catch the gas of holding on above-mentioned reactive tank top, can prolong the pipe of supplying in vent pipe.Aforementioned tube can be connected with the top of distinguishing the wall between the reactive tank.
Be more preferably, for above-mentioned water treatment device, the relief outlet of above-mentioned dissolver is connected with the bottom of first reactive tank, and the bottom surface of first set reaction groove possesses perforated board.Above-mentioned perforated board can help the mixture from the dissolver supply is spread rising equably in reactive tank.
Description of drawings
Fig. 1 is the skiagraph according to the dissolver of an embodiment of the utility model.
Fig. 2 comprises that Fig. 1 dissolver constitutes, according to the part sectional drawing of the water treatment device of an embodiment of the utility model.
Fig. 3 raises the lid of the water treatment device of Fig. 2, the orthographic plan of seeing in the above.
Fig. 4 is most ultraviolet lamp group in the water treatment device of Fig. 2, the sketch chart of seeing in the side.
Fig. 5 is the part sectional drawing of the water treatment device that constitutes according to the dissolver that comprises Fig. 1 of another embodiment of the present utility model.
Embodiment
As shown in Figure 1, according to the dissolver (100) of an embodiment of the utility model, possesses the liquid supply with managing (10) and the 2nd provisioning member (20) and the 1st dissolving tank (30) and the 2nd dissolving tank (40).
The liquid supply possesses inlet (11) in order to supply liquid with pipe (10) in a side.The liquid supply with the upper unit of pipe (10) the 2nd provisioning prevent usefulness chamber (21) with the adverse current of member (20).Above-mentioned adverse current prevents from down vertically to have possessed with chamber (21) bottom center the service duct of the 2nd material---pipeline (22).The 2nd material prevents to supply with the inlet (23) of top, chamber (21) formation from adverse current.
The 2nd dissolving tank (40) of the 1st dissolving tank (30) and encirclement the 1st dissolving tank (30) is because of flange (50) sealing top combination together.By the hole (55) that flange (50) central authorities form, the liquid supply is with the end (12) of managing (10) and be clipped in the pipeline (22) of the 2nd provisioning of its inside with member, so that extends to flange (50) bottom.Then, with the 1st liquid of the volume of pipe (10) with by 2nd material of the 2nd provisioning with member (20), the while is toward the 1st dissolving tank (30) supply by the liquid supply.The 1st dissolving tank (30) as shown in Figure 1, forms aperture (33) on its sidewall.
In above-mentioned dissolver (100), the principle that the dissolution rate of the 2nd material in the 1st liquid (water) increases is as follows.At first, by the water of inlet (11) supply, because of dwindling with its internal diameter of end (12) of managing (10) in the liquid supply, so flow velocity speeds.But above-mentioned end (12) is following because of connecting the 1st dissolving tank (30), and the space broadens suddenly once more, so above-mentioned end (12) vacuum occurs because of the siphon pipe phenomenon.Then, from the water that above-mentioned end (12) is discharged, connect 2nd material of the 2nd provisioning at above-mentioned end (12) center because of vacuum absorption with member (20) pipeline (22) discharge.Along with, the 2nd material is that water mixes rapidly with the 1st liquid, improves dissolution rate.Two mixed like this materials fall in the 1st dissolving tank.
Be supplied to the water of the 1st dissolving tank (30) and the mixed solution of the 2nd material, discharge toward the 2nd dissolving tank (40) by the hole (33) that on the sidewall of the 1st dissolving tank, forms.This process is again by narrow and small hole (33), and above-mentioned mixed solution sprays toward the four directions, space of the 2nd dissolving tank (40) that enlarges, and therefore mixing is that dissolved efficient greatly improves.
Toward the mixed solution that the 2nd dissolving tank (40) is discharged, because of the flow velocity of accelerating, the part that prolongs below of past the 2nd dissolving tank (40) falls down, and causes the hydromechanics eddy current.With such eddy current, the mixing of mixed solution is promptly dissolved more effectively and is carried out.Thereafter, the relief outlet (41) that mixed solution connects by the 2nd dissolving tank (40) bottom surface is fed to this mixed solution in the place that needs.
Inject toward the liquid of liquid supply with pipe (10), as later explanation, can be with water pump shown in Figure 2 formations such as (60).Can install adverse current on the inlet (23) of the 2nd provisioning with member (40) and prevent to use valve.
Please refer to Fig. 2,, illustrate the water treatment device (200) that is provided with the described dissolver of Fig. 1 (100) according to an embodiment of the present utility model.Reactive tank (210,220, the 230) formation of the treating water of the 1st liquid substance (referring to water to be processed here) that above-mentioned water treatment device (200) receives with the dissolver (100) of Fig. 1 with from above-mentioned dissolver (100) and the mixture of the 2nd material.Above-mentioned reactive tank is to possess first and second secondary response groove (210 of a plurality of UV-lamp (215), 220) and, from the water that above-mentioned first and second secondary response groove is handled, the past reactive tank for the third time that is configured in the vent pipe (235) of following tank (500) discharge of above-mentioned water treatment device (200) constitutes.
First and second secondary response groove (210,220), the wall (240) of the passage (241) that can circulate because of formation water on the certain position on top between it is distinguished.First and second secondary response groove respectively possesses vertical a plurality of UV-lamp.Preferably above-mentioned UV-lamp constitutes with dual silica tube, and enclose in the inner quartz tube and can produce ultraviolet gas, the space between outer quartz tube and the inner quartz tube, the oxygen that flows into from the outside can convert ozone to by air supply pipe (216).So the ozone of conversion by ozone supplied pipe (217), is supplied the 2nd provisioning member in dissolver (100).
In above-mentioned formation, the ozone gas that produces the UV-lamp (215) of dissolver (100) in tank, receive with pipe (217) by ozone supplied, in the water that needs are handled, after 1 dissolving, this lysate is supplied toward first set reaction groove (210) by the relief outlet (41) of dissolver (100) bottom.Water is fed to dissolver (100) by water pump (60), and preferably above-mentioned water pump (60) can circulate the water of processed tank (500) once more and constitute.Therefore can improve the water treatment effect.
The ozone gas blended water that flows into toward the bottom of first set reaction groove (210) upwards rises, and ultraviolet illuminated according to the UV-lamp irradiation reaches sterilization, decontamination effect improving.Passed through first set reaction groove and pipe (217) by germ-resistant water like this, in the water that needs are handled, after 1 dissolving,, supply toward first set reaction groove (210) the relief outlet (41) of this mixed solution by dissolver (100) bottom.Water is fed to dissolver (100) by water pump (60), and preferably above-mentioned water pump (60) circulates the water of processed tank (500) once more and constitutes.Therefore can improve the water treatment effect.
Flow into the water of the mixing ozone gas of first set reaction groove (210) bottom, on top, rise ultraviolet illuminated sterilization, the decontamination effect improving of reaching because of the UV-lamp irradiation.Germ-resistant like this water by distinguish the first set reaction groove and for the second time the wall (240) between the reactive tank go up the passage (241) that forms, move to reactive tank (220) for the second time.The water that moves to the reactive tank second time (220) is along with UV-lamp down descends, and the ultraviolet ray because of the UV-lamp irradiation reaches sterilization effect once more.Water by the reactive tank second time (220) germicidal treatment passes through to distinguish the reactive tank (220) and the passage (251) of the bottom formation of the wall (250) between the reactive tank (230) for the second time for the third time, moves to reactive tank (230) for the third time.The water that moves to reactive tank (230) for the third time is discharged to the tank (500) of device in the water treatment device bottom by vent pipe (235).
Distinguish the reactive tank (220) and the top of the wall (250) between the reactive tank (230) for the second time for the third time, clip toward the interior pipe (231) that prolongs of vent pipe (235).Aforementioned tube (231) is to catch and hold (catching the meaning of holding collects for several different methods the trace ingredients in certain material being separated the back) at the first set reaction groove (210) and the ozone gas on reactive tank (220) top for the second time, in order to collect gas toward dissolving once more in the above-mentioned vent pipe (235).For water treatment, mixing, dissolved ozone gas are fed to reactive tank in the water, the water germicidal treatment, climb up on top of the water, and collection is not having the upper space of water.Aforementioned tube (231) is so stayed top there not being reaction gas is drawn onto in the vent pipe (235) once more, contacts, reacts with water, therefore significantly increases the water treatment efficiency according to ozone.
Above-mentioned vent pipe (235) constitutes with concavo-convex shape in the part of its inlet under a little as shown in Figure 2.Along with, causing hydromechanics eddy current by the water of discharging herein, flow velocity is more accelerated, and can improve water and the mixing and the water treatment effect that are included in the ozone in the water thereupon.
Though do not illustrate fully, above-mentioned vent pipe (235) extends near the bottom surface of tank (500) bottom.Thereupon, the water by vent pipe (235) is discharged because of the drop from the water surface of tank, has blended effect once more.Also have, till the tank depths, prolong above-mentioned vent pipe (235),, have the effect that the contact efficiency with water improves more from the past rising waterborne of ozone gas that vent pipe (235) comes out.
Fig. 3 is the lid that the water treatment device (200) Fig. 2 is raised reactive tank, the shape figure that sees in the above.From then on drawing can be found out, most UV-lamp (215) are arranged with most one row in each reactive tank.And, being provided with two same dissolver (100), vent pipe (235) also is provided with most.And can suitably adjust the quantity of dissolver (100) or UV-lamp (215) and vent pipe (235).
Above-mentioned most UV-lamp constitutes an assembly with the wall of distinguishing between first set reaction groove (210) and the reactive tank second time (220) (241).That represent this assembly is exactly Fig. 4.Fig. 4 is the assembly that is illustrated in most the UV-lamp (215) of Fig. 3, the sketch chart of seeing in its side.
As shown in Figure 4, can find out that most UV-lamp are across distinguishing first set reaction groove (210) and the wall (241) between the reactive tank (220) for the second time, constitute one together with the configuration of the same UV-lamp of opposite side.Along with, these UV-lamp are swept or kept, when repairing, can take out above-mentioned assembly together or device from water treatment device.For this purpose, do not have illustrated front-back to form and to insert the rail portion that takes out to the leading section of above-mentioned wall (241) and rearward end at water treatment device (200).
The content that UV-lamp constitutes with dual pipe has been described in the above-described embodiments.But UV-lamp is not to constitute with dual pipe, can constitute with single tube yet.At this moment, when utilizing ozone gas, can supply ozone gas from other ozone generation device toward dissolver (100) for water treatment.Along with, can omit the air supply pipe (216) and the ozone supplied pipe (217) that are connected with ultraviolet ray in the above-mentioned drawing.
Fig. 5 is the water treatment device of expression according to another embodiment of the present utility model.
Above-mentioned water treatment device (300) is similar basically to the water treatment device (200) of Fig. 2, but does not possess UV-lamp in reactive tank.Possessing more reactive tank (310,320,330,340,350) according to the water treatment device of present embodiment on the contrary is characteristics.
So in the water treatment device, there be not the process according to ultra-violet sterilization, purifying treatment illustrated ozone gas and/or other powdered drug to carry out the water treatment effect instead of basis from outside ozone generation device supply.At this moment, above-mentioned ozone gas and/or medicine as reference Fig. 1 explanation, are dissolved in the water and are fed to first set reaction groove (310) by dissolver (100).The bottom surface of above-mentioned first set reaction groove (310) has perforated board (380).The water that above-mentioned perforated board (380) provides from dissolver (100) and the mixture of ozone and/or medicine by the bottom surface of first set reaction groove (310), provide the effect that can evenly rise.Be fed to the water of first set reaction groove (310) and the mixture of ozone gas and/or medicine, water in the processing reaction groove, overflow from the top of distinguishing the wall (315) between first set reaction groove (310) and the reactive tank second time (320), move to reactive tank (320) for the second time.
Be fed to the water of the reactive tank second time (320) and the mixture of ozone gas and/or medicine, when handling for the second time interior the water of reactive tank (320), the passage of reactive tank (320) and the formation of wall (325) bottom between the reactive tank (330) for the third time moves to reactive tank (330) for the third time by distinguishing for the second time.In the same way, move to reactive tank (330) and the water of the 4th secondary response groove (340) and the mixture of ozone gas and/or medicine for the third time, the water in the processing reaction groove successively, and move to have vent pipe the 5th secondary response groove (350) of (355).The mixture that is fed to the water of the 5th secondary response groove (350) and ozone gas and/or medicine enters into vent pipe (355) and improves the water treatment effect by behind vent pipe (355) the rising treating water.
The medicine that can use is in the present embodiment: CuSO
4, TiO
2, MnO
2Etc. multiple catalyzer and hydrogen peroxide (H
2O
2) etc.But be not restricted to this reason, can fully understand if work as the personage's of scope words.If this medicine is during with Powdered providing, by dissolver (100) according to the utility model embodiment, the liquid (most convenient is a water) of these medicines is dissolved in supply together, ratio scatters above-mentioned medicine according to conventional art in the treating water of bin merely or the stirring method dissolving has significantly high dissolution rate, promptly has very high water treatment effect according to this technology.
Above-mentioned has illustrated the water treatment device with most reactive tanks.Not most reactive tanks but reactive tank and be connected the water treatment device that this reactive tank has vent pipe and belong to scope of the present utility model yet.And do not comprise other water treatment device, be also contained in a kind of of above-mentioned water treatment device according to the dissolver of the utility model embodiment with the tank that is connected.Also can be arranged on the bottom surface of first set reaction groove (210) of the water treatment device of Fig. 2 as above-mentioned perforated board (380).
Only illustrated according to dissolver of the present utility model (100) in the foregoing description and be defined in the part that is connected with water treatment device, but dissolver of the present utility model not only only is used in water treatment device, all can be readily appreciated that if possess the personage of this respect knowledge.Promptly according to dissolver of the present utility model, with excessive liquid with because of the liquid of the other kind of dissolved in this liquid, gas or because of fan etc. can be the pulverous solid efficient ground dissolving more by narrow pipeline, can be used in any device that needs this mixture to connect.
Embodiment as described above limits the utility model, is no more than the formation and the basic purport of the present utility model of the claim record of this explanation, and expression the foregoing description can easily change the utility model or revise.
The dissolver of the present utility model that illustrates in the above-mentioned formation is under low lift (water pump power is few) state, can be dissolved into ozone, gas, other medicines etc. more than 95% as the liquid of water, when using together, can reach high dissolution rate with non-pressure formula reactive tank, therefore very economical.Can obtain few expense, excellent dissolution rate and according to the water treatment effect of this dissolution rate.
And, carried as above-mentioned institute, according to dissolver of the present utility model, be not to be confined to be used in water treatment device, any device that therefore can be connected in mixing liquid and liquid, liquids and gases or liquid and pulverous solid and react, in order to improve its mixing efficiency and bearing reaction efficient, can be applicable to multiple device.
Claims (11)
1. a dissolver is characterized in that: for the liquid supply pipe of supplying the 1st liquid; In order to supply the supply member of dissolved the 2nd material in above-mentioned the 1st liquid, and possess the pipe that its terminal part at least prolongs with the terminal part axle of pipe together along with the aforesaid liquid supply, i.e. the 2nd provisioning member; Be connected with the end of member with pipe and the 2nd provisioning with the aforesaid liquid supply, at the 1st dissolving tank of its sidewall formation multiple holes; And surround above-mentioned the 1st dissolving tank, and have the shape that prolongs toward its length direction, possess the 2nd dissolving tank of relief outlet in the bottom.
2. dissolver according to claim 1 is characterized in that: the 2nd provisioning is according to the total length of aforesaid liquid supply with pipe with the pipeline of member, and along with the axle of pipe is inserted in the liquid supply with in the pipe.
3. dissolver according to claim 1 is characterized in that: aforesaid liquid supply pipe is its top except the part that above-mentioned the 2nd provisioning inserts with member and seals, and possesses the inlet with the vertical injection liquid of tubular axis in the side of pipe.
4. dissolver according to claim 1 and 2 is characterized in that: described above-mentioned the 2nd provisioning member possesses adverse current on the top of pipeline and prevents to use the chamber.
5. the water treatment device that possesses claim 1 or 2 described dissolver.
6. water treatment device, it is characterized in that: dissolver according to claim 1 and 2 and from the water of above-mentioned dissolver supply with receive the mixture of the 2nd material, the plural reactive tank that possesses for processing, but above-mentioned plural reactive tank is distinguished because of the vertical wall of distinguishing between them, form the passage that water can circulate at above-mentioned vertical wall, above-mentioned end reaction groove has been equipped with vent pipe in order to discharge processed glassware for drinking water.
7. water treatment device according to claim 6 is characterized in that: described water treatment device possesses UV-lamp in reactive tank.
8. water treatment device according to claim 7, it is characterized in that: described UV-lamp constitutes with dual silica tube, arranged vertical in described reactive tank, the 2nd provisioning of above-mentioned dissolver receive from the ozone gas of above-mentioned UV-lamp generation and with water with member mixes.
9. water treatment device according to claim 6 is characterized in that: described vent pipe drawing section down has concaveconvex shape behind the certain distance with concavo-convex morphosis or from entering the mouth.
10. water treatment device according to claim 6 is characterized in that: the bottom surface of first set reaction groove has possessed perforated board.
11. water treatment device according to claim 6 is characterized in that:, catch the gas of holding on above-mentioned reactive tank top toward interior collection of above-mentioned vent pipe from the top of the wall between the above-mentioned reactive tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03208877 CN2652913Y (en) | 2003-09-02 | 2003-09-02 | Dissolving device and water treatment device with above dissolving device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03208877 CN2652913Y (en) | 2003-09-02 | 2003-09-02 | Dissolving device and water treatment device with above dissolving device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2652913Y true CN2652913Y (en) | 2004-11-03 |
Family
ID=34324933
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03208877 Expired - Fee Related CN2652913Y (en) | 2003-09-02 | 2003-09-02 | Dissolving device and water treatment device with above dissolving device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2652913Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102498069A (en) * | 2009-03-09 | 2012-06-13 | 商标专利企业有限公司唯一股东 | Method and device for dissolving solid substances in water |
-
2003
- 2003-09-02 CN CN 03208877 patent/CN2652913Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102498069A (en) * | 2009-03-09 | 2012-06-13 | 商标专利企业有限公司唯一股东 | Method and device for dissolving solid substances in water |
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