CN109928527A - Xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange system - Google Patents
Xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange system Download PDFInfo
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- CN109928527A CN109928527A CN201910376976.1A CN201910376976A CN109928527A CN 109928527 A CN109928527 A CN 109928527A CN 201910376976 A CN201910376976 A CN 201910376976A CN 109928527 A CN109928527 A CN 109928527A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/10—Biological treatment of water, waste water, or sewage
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Abstract
The present invention provides xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange systems, including heat collector, reflux outer barrel, drainage interior bucket and vertical drainage tube, reflux outer barrel and the drainage equal both ends open of interior bucket, the upper semisection of drainage interior bucket is protruded into from the bottom end of reflux outer barrel, is set in upper semisection in reflux outer barrel；The top of reflux outer barrel sets up heat collector, the top fixed setting self-rotary for draining interior bucket divides water distributor, turbine impeller built in bottom end, and the bottom end for draining interior bucket is connected to the water outlet of vertical drainage tube, the upstream water inlet of vertical drainage tube protrudes into water bottom.The present invention realizes the water body vertical convection circulation of complete flow, temperature-controllable in reservoir dam proparea bottom low temperature water body and surface layer room temperature water body, and light heat energy-Air-Water negative pressure Self inhaling thermal energy exchange is realized while convection circulation, thoroughly solves ecological pollution caused by reservoir low temperature water body.
Description
Technical field
The present invention relates to technical field of sewage, more particularly, to a kind of xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure
Self inhaling heat-exchange system.
Background technique
China and many power stations have been built all over the world in the last hundred years, artificial dam not only blocks the kind of straddling fish stocks
Aquatic animals and plants are generated serious shadow to downstream drain after reservoir bottom water at low temperature surge generator group job by group's breeding circuit
It rings, by taking Guizhou Province's Qingshuijiang third stock market as an example, bottom storehouse toe board lowest elevation is 297.00m, bottom storehouse water level 320m, stagnant water
Bit line is 425.00m；Water surface 5m is surface water, and larger by season and ambient temperature effect, 5m to be down toward underwater 80m
Troposphere, water temperature decline with depth and are declined, and underwater 80m is the following are thermostat layer, and water temperature is substantially constant at 10 DEG C or so, and power station is made
Industry water level flume floor elevation 408m, ordinary water level 475m, diversion elevation substantially in troposphere lower part very close to permanent steady layer, this
Sample the result is that even if in full summer, especially 4-6 month fish spawning season, fish oviposition behavior are inhibited by water at low temperature, into one
Step generates far-reaching and deferred property secondary disaster to the water system ecosystem, belongs to typical low temperature pollution.
For the water ecological environment and biotic population resource for saving the whole world downstream river reservoir Ba Qu, it is necessary to provide a kind of heat
Energy exchange system makes water bottom water at low temperature and surface layer normal-temperature water carry out convection circulation, and carries out thermal energy friendship with hot-air simultaneously
It changes, and water bottom water at low temperature is made to obtain a degree of heating, thoroughly solve ecological pollution caused by reservoir low temperature water body.
Summary of the invention
To solve in the prior art, reservoir dam proparea bottom water at low temperature and surface layer normal-temperature water can not achieve flow, temperature has
The problem of effect recycles, and causes reservoir water at low temperature ecological pollution, the object of the present invention is to provide a kind of xenon lamp economic benefits and social benefits light heat-skies
Air-water negative pressure Self inhaling heat-exchange system thoroughly solves ecological pollution caused by reservoir low temperature water body.
In order to achieve the above object, the invention provides the following technical scheme:
Xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange system, including heat collector, reflux outer barrel, draw
Flow interior bucket and vertical drainage tube, the reflux outer barrel and the drainage equal both ends open of interior bucket, the upper semisection of the drainage interior bucket is from anti-
The bottom end of stream outer barrel is protruded into, and is set in upper semisection in the reflux outer barrel；The top of the reflux outer barrel sets up the thermal-arrest
The top fixed setting self-rotary of device, the drainage interior bucket divides water distributor, turbine impeller built in bottom end, and drains interior bucket
Bottom end be connected to the water outlet of the vertical drainage tube, the upstream water inlet of the vertical drainage tube protrudes into water bottom.
Further, the heat collector includes the bracket for being erected at reflux outer barrel top, is tilted on the bracket
The tempered glass cover of high light transmission is set, and S type disk sets aluminum pipe on the roof in the tempered glass cover, and matrix arrangement is set on bottom wall
Set xenon lamp；The air inlet of the aluminum pipe stretches out outside tempered glass cover and air Natural communication, and opening down, and in air inlet
Biological filter cap is arranged in end, and gas outlet is connected to by thermal insulation aluminum plastic pipe with the bottom end of the drainage interior bucket.
Further, the thermal insulation aluminum plastic pipe includes at least two branch pipes, and the outlet side of each branch pipe is drawn described
It flows and is uniformly distributed on the bottom end outer wall of interior bucket, is connected to the drainage interior bucket.
Further, the self-rotary partial pressure water distributor includes the water distribution for being fixed on the both ends on drainage interior bucket top and being open
Outer cylinder and hollow reverse taper；Several water distribution seams are opened up on the side wall of the water distribution outer cylinder, the top exterior walls of the reverse taper are set
There is the position-limited edge of annular, and reverse taper is pressed on the top of water distribution outer cylinder by position-limited edge, is located at reverse taper in water distribution outer cylinder
Portion, at the same by it is described drainage interior bucket top closure；The surface of the reverse taper is equipped with the hydrodynamic force threaded line of several evaginations.
Further, fine fack is set above the turbine impeller in the drainage interior bucket.
Further, the connectivity part of the water outlet of the drainage interior bucket and vertical drainage tube and the vertical drainage tube
Upstream water inlet be respectively provided with coarse rack.
Further, the vertical drainage tube is interconnected to constitute by multistage aqueduct by flange；The aqueduct is
One of steel pipe, PP pipe, plastic tube, rubber hose.
Further, the outer wall of the aluminum pipe sprays highly endothermic carbon black nano paint.
It further, further include pontoon platform, the upper end of the reflux outer barrel and drainage interior bucket is fixed by fixed bracket
It is connected in the pontoon platform, the reflux outer barrel and drainage interior bucket is made to float on water surface.
Further, it is arranged in the toroidal cavity between the outer wall of the drainage interior bucket and the inner wall of the reflux outer barrel and gives birth to
State filler evolution layer covers filter layer on the ecology filler evolution layer.
Xenon lamp economic benefits and social benefits light heat of the invention-Air-Water negative pressure Self inhaling heat-exchange system, in reservoir dam proparea bottom
The water body vertical convection circulation of complete flow, temperature-controllable is realized in low temperature water body and surface layer room temperature water body, and is followed in convection current
Light heat energy-Air-Water negative pressure Self inhaling thermal energy exchange is realized while ring.
Comprehensive water body heat exchange of the present invention and water reoxygenation, the convection current of water body vertical circulation, water body horizontal displacement drainage, energy conservation
The function that lowers consumption is comprehensive various water remediation functions in integrated large-size lake, library pool original position water ecology reparation system in one
System.Compared with prior art, it is able to achieve a wide range of aeration, plug-flow range of disturbance is big, can effectively clear water body dead angle, thoroughly solves water
Ecological pollution caused by the low temperature water body of library.And since water at low temperature is set to shift to reservoir area water surface, make surface water cooling
With can also inhibit lake and reservoir because of algal bloom abnormality proliferation caused by Water Eutrophication and break out, preventing water at low temperature to downstream water
Forward direction carries out algal control control algae to reservoir area using water at low temperature while Pollution of Eco-system Environment.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is xenon lamp economic benefits and social benefits light heat of the invention-Air-Water negative pressure Self inhaling heat-exchange system structural schematic diagram；
Fig. 2 is the structural schematic diagram of self-rotary partial pressure water distributor of the invention.
Specific embodiment
Below in conjunction with attached drawing of the invention, technical solution of the present invention is clearly and completely described, it is clear that institute
The embodiment of description is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention,
Every other embodiment obtained by those of ordinary skill in the art without making creative efforts, belongs to this hair
The range of bright protection.
According to Fig. 1-2, illustrate xenon lamp economic benefits and social benefits light heat of the invention-Air-Water negative pressure Self inhaling heat exchange series
System, including heat collector, reflux outer barrel 2, drainage interior bucket 1 and vertical drainage tube 3.Above-mentioned reflux outer barrel 2 and drainage interior bucket 1 equal two
The upper semisection of end opening, drainage interior bucket 1 is protruded into from the bottom end of reflux outer barrel 2, is set in upper semisection in above-mentioned reflux outer barrel 2；
The top of reflux outer barrel 2 sets up above-mentioned heat collector, and the top fixed setting self-rotary of above-mentioned drainage interior bucket 1 divides water distributor 4,
Turbine impeller 5 built in bottom end, specifically, turbine impeller 5 are fixed in drainage interior bucket 1 by fixed frame 16, and are drawn
The bottom end of stream interior bucket 1 is connected to the water outlet of above-mentioned vertical drainage tube 3, and the upstream water inlet of vertical drainage tube 3 protrudes into water body bottom
Portion.
In the present embodiment, above-mentioned heat collector includes the bracket for being erected at 2 top of reflux outer barrel, tilts and sets on bracket
The tempered glass cover 7 of high light transmission is set, S type disk sets aluminum pipe 8, matrix arrangement on bottom wall on the roof in above-mentioned tempered glass cover 7
Xenon lamp 9 is set；The air inlet of above-mentioned aluminum pipe 8 stretches out outside tempered glass cover 7 and air Natural communication, and opening down, and
Biological filter cap is arranged in gas inlet end structure, and gas outlet is connected to by thermal insulation aluminum plastic pipe 10 with the bottom end for draining interior bucket 1.
9 product of xenon lamp in present embodiment preferably uses Shanghai Ao Jia Electronics Co., Ltd. spherical or cast xenon
Lamp and mating Ni-based rhodanizing electroforming metal reflective mirror.
Preferably, above-mentioned thermal insulation aluminum plastic pipe 10 includes at least two branch pipes, and the outlet side of each branch pipe is drawn described
It flows and is uniformly distributed on the bottom end outer wall of interior bucket 1, is connected to drainage interior bucket 1.
In the present embodiment, as shown in Fig. 2, above-mentioned self-rotary partial pressure water distributor 4 includes being fixed on drainage 1 top of interior bucket
Both ends the water distribution outer cylinder 41 and hollow reverse taper 43 that are open, it is preferred that water distribution outer cylinder 41 and drainage 1 top of interior bucket are consolidated
Determine junction setting sealing ring 46；Several water distribution seams 42 are opened up on the side wall of water distribution outer cylinder 41, the top exterior walls of reverse taper 43 are set
There is the position-limited edge 45 of annular, and reverse taper 43 is pressed on the top of water distribution outer cylinder 41 by position-limited edge 45, is located at reverse taper 43
Inside water distribution outer cylinder 41, while by the top closure of above-mentioned drainage interior bucket 1；The surface of above-mentioned reverse taper 43 is equipped with several evaginations
Hydrodynamic force threaded line 44.In addition, fine fack 11 is arranged above the turbine impeller in above-mentioned drainage interior bucket 1.Above-mentioned drainage
The connectivity part of the water outlet of interior bucket 1 and vertical drainage tube 3, and the upstream water inlet of vertical drainage tube 3 are respectively provided with coarse rack.
In present embodiment, implementation principle is: due to the air inlet and air Natural communication of aluminum pipe, in fine day, aluminium
Pipe can absorb sunlight naturally and heat to the air in pipe, and rainy days or night can open above-mentioned xenon lamp in aluminum pipe
Air heating.The air inlet and air Natural communication of aluminum pipe, and it is opening down, prevent rainwater from entering in pipe, and in air inlet
Biological filter cap is arranged in end, and the purpose is to place biology to enter blocking pipeline in pipe.Turbine plug-flow in above-mentioned drainage interior bucket
When device unit works, the upgoing fluid for draining interior bucket forms negative pressure, and the hot-air being heated continuously in aluminum pipe is in negative pressure gravitation
The lower uniformly release air of effect, overflows, it is preferred that above-mentioned thermal insulation aluminum plastic pipe packet below the turbine impeller of drainage interior bucket bottom end
At least two branch pipes are included, hot-air is entered by each branch pipe from the bottom end of drainage interior bucket.At this point, the effect formed is first,
Hot-air persistently rises in water after entering drainage interior bucket, is further formed the negative pressure drained upwards, makes turbine impeller unit
Impeller pusher flowing pressure reduce, same power plug-flow unit of water body it is more simple the use of mechanical plug-flow energy conservation is more than 90%.
Followed by, hot-air enters the impeller stirring area of turbine impeller with water flow to the effect of formation, since the turbine of drainage interior bucket pushes away
It flows and thin lattice coral is set above device, under the quick stirring shear action of impeller and thin lattice coral plate, hot-air bubble is sufficiently cut
And thermal energy exchange, speed uplink of the hot-air mixing wastewater with air liquid in 20 meters of vertical drainage tubes of uplink are carried out with uplink low temperature water body
For 0.4-0.5 meter per second, when mixing wastewater with air fluid flows through the self-rotary partial pressure water distributor at the top of drainage interior bucket, the back taper of water distributor
Body autorotation under the action of water body buoyancy and impact force, and then water distribution uniformity is carried out by the water distribution seam on water distribution outer cylinder,
Water flow is turned back downwards between drainage interior bucket and reflux outer barrel, and mixing wastewater with air fluid is acted on being formed downwards at once by atmospheric pressure
Pressure and from the bottom end quick backflow of reflux outer barrel into water body, minute bubbles most at this time have little time loss and are rolled over
The body that backflows is mandatory to sweep along and pushes back in water body in situ, and adequately achieving " light heat-Air-Water thermal energy exchange " not only makes water
Body carries out circulative convection, and bottom storehouse water at low temperature is made to obtain a degree of heating.In addition, reservoir bottom is generally narrow mountain
Paddy section, limited space, in the work of multiple xenon lamp economic benefits and social benefits light heat of the invention-Air-Water negative pressure Self inhaling heat-exchange systems
Under, when drain discharge is matched outside system configuration and reservoir dam proparea reservoir storage, reservoir, reservoir dam proparea bottom low temperature
Water body and surface layer room temperature water body recycle the water body vertical convection for realizing complete flow, temperature-controllable, and in convection circulation
Light heat energy-Air-Water negative pressure Self inhaling thermal energy exchange is realized simultaneously.
Preferably, above-mentioned vertical drainage tube 3 is interconnected to constitute by multistage aqueduct by flange 14；Aqueduct is steel
One of pipe, PP pipe, plastic tube, rubber hose, preferably length are 2 meters of rubber hose, are led between multiple rubber hose
Cross flange 14 and be interconnected to form in present embodiment vertical drainage tube 3, wherein the length of vertical drainage tube 3 according to the depth of water and
Depending on the case where operating condition.Meanwhile the length of above-mentioned drainage interior bucket 1 is also depending on the case where the depth of water and operating condition, and
Draining interior bucket 1 can be formed by passing through the connection of flange 17 between multistage staving.
Preferably, the outer wall of above-mentioned aluminum pipe 8 sprays highly endothermic carbon black nano paint, makes it have preferably heat absorption efficiency.
In addition, above-mentioned aluminum pipe 8 and xenon lamp 9 are arranged in the tempered glass cover 7 of high light transmission, the two is protected, prevent rainwater into
Enter, and at the same time preventing rainwater from entering xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange system position of the application
In the inner space of water surface part.
It further include pontoon platform 15 in present embodiment, the upper end of above-mentioned reflux outer barrel 2 and drainage interior bucket 1 passes through fixation
Bracket 6 is fixedly connected in pontoon platform 15, and reflux outer barrel 2 and drainage interior bucket 1 is made to float on water surface.
In addition, in present embodiment, if there is the needs of purification of water quality, the outer wall and reflux outer barrel 2 of above-mentioned drainage interior bucket 1
Inner wall between toroidal cavity in ecological filler evolution layer 18 is set, cover filter layer 19 on ecological filler evolution layer 18, can
To play the role of water body initial filter and the degradation of water pollutant microorganism catalytic oxidation simultaneously.
In present embodiment, coarse rack 12 is arranged in the upstream water inlet of vertical drainage tube 3, is filtered, and guarantees system
Fish are accidentally injured during water body uplink；Coarse rack 13 is arranged in the connectivity part for draining the water outlet of interior bucket 1 and vertical drainage tube 3,
Play further filtration.
In present embodiment, the tilt angle of above-mentioned tempered glass cover 7 is preferably 45 °.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange system, it is characterised in that: including heat collector, instead
Outer barrel, drainage interior bucket and vertical drainage tube, the reflux outer barrel and the drainage equal both ends open of interior bucket are flowed, it is described to drain the upper of interior bucket
Half section is protruded into from the bottom end of reflux outer barrel, is set in upper semisection in the reflux outer barrel；The top of the reflux outer barrel is set up
The heat collector, the top fixed setting self-rotary partial pressure water distributor of the drainage interior bucket, turbine impeller built in bottom end, and
The bottom end of drainage interior bucket is connected to the water outlet of the vertical drainage tube, and the upstream water inlet of the vertical drainage tube protrudes into water body
Bottom.
2. xenon lamp economic benefits and social benefits light heat according to claim 1-Air-Water negative pressure Self inhaling heat-exchange system, feature exist
In: the heat collector includes the bracket for being erected at reflux outer barrel top, and the steel of high light transmission is obliquely installed on the bracket
Change cloche, S type disk sets aluminum pipe on the roof in the tempered glass cover, and xenon lamp is arranged in matrix arrangement on bottom wall；It is described
The air inlet of aluminum pipe stretches out outside tempered glass cover and air Natural communication, and opening down, and biology is arranged in gas inlet end structure
Filter cap, gas outlet are connected to by thermal insulation aluminum plastic pipe with the bottom end of the drainage interior bucket.
3. xenon lamp economic benefits and social benefits light heat according to claim 2-Air-Water negative pressure Self inhaling heat-exchange system, feature exist
In: the thermal insulation aluminum plastic pipe includes at least two branch pipes, and the outlet side of each branch pipe is outside the bottom end of the drainage interior bucket
It is uniformly distributed on wall, is connected to the drainage interior bucket.
4. xenon lamp economic benefits and social benefits light heat according to claim 1,2 or 3-Air-Water negative pressure Self inhaling heat-exchange system,
Be characterized in that: self-rotary partial pressure water distributor include be fixed on water distribution outer cylinder that the both ends on drainage interior bucket top are open and in
Empty reverse taper；Several water distribution seams are opened up on the side wall of the water distribution outer cylinder, the top exterior walls of the reverse taper are equipped with annular
Position-limited edge, and reverse taper is pressed on the top of water distribution outer cylinder by position-limited edge, and reverse taper is made to be located at water distribution outer barrel, simultaneously will
The top closure of the drainage interior bucket；The surface of the reverse taper is equipped with the hydrodynamic force threaded line of several evaginations.
5. xenon lamp economic benefits and social benefits light heat according to claim 4-Air-Water negative pressure Self inhaling heat-exchange system, feature exist
In: it is described drainage interior bucket in turbine impeller above fine fack is set.
6. according to claim 1, xenon lamp economic benefits and social benefits light heat described in 2,3 or 5-Air-Water negative pressure Self inhaling heat-exchange system,
It is characterized by: the connectivity part of the water outlet of the drainage interior bucket and vertical drainage tube and the upstream of the vertical drainage tube
Water inlet is respectively provided with coarse rack.
7. xenon lamp economic benefits and social benefits light heat according to claim 6-Air-Water negative pressure Self inhaling heat-exchange system, feature exist
In: the vertical drainage tube is interconnected to constitute by multistage aqueduct by flange；The aqueduct is steel pipe, PP pipe, plastics
One of pipe, rubber hose.
8. xenon lamp economic benefits and social benefits light heat according to claim 2 or 3-Air-Water negative pressure Self inhaling heat-exchange system, special
Sign is: the outer wall of the aluminum pipe sprays highly endothermic carbon black nano paint.
9. xenon lamp economic benefits and social benefits light heat according to claim 7-Air-Water negative pressure Self inhaling heat-exchange system, feature exist
In: it further include pontoon platform, the upper end of the reflux outer barrel and drainage interior bucket is fixedly connected on the pontoon by fixed bracket
On platform, the reflux outer barrel and drainage interior bucket is made to float on water surface.
10. xenon lamp economic benefits and social benefits light heat according to claim 9-Air-Water negative pressure Self inhaling heat-exchange system, feature
It is: ecological filler is set in the toroidal cavity between the outer wall of the drainage interior bucket and the inner wall of the reflux outer barrel and is evolved
Layer, filter layer is covered on the ecology filler evolution layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910376976.1A CN109928527A (en) | 2019-05-07 | 2019-05-07 | Xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910376976.1A CN109928527A (en) | 2019-05-07 | 2019-05-07 | Xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109928527A true CN109928527A (en) | 2019-06-25 |
Family
ID=66991450
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910376976.1A Pending CN109928527A (en) | 2019-05-07 | 2019-05-07 | Xenon lamp economic benefits and social benefits light heat-Air-Water negative pressure Self inhaling heat-exchange system |
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| Country | Link |
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| CN (1) | CN109928527A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110528453A (en) * | 2019-09-10 | 2019-12-03 | 昆明水啸科技有限公司 | Intelligent water surface cleaning and circulator |
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| CN201495132U (en) * | 2009-03-23 | 2010-06-02 | 楚相锋 | Novel floating plug flow aerator-hot air feeding device |
| CN105565487A (en) * | 2015-11-06 | 2016-05-11 | 朱小菊 | Solar sewage aeration tank |
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