CN205031596U - Gaseous deodorization equipment for washing - Google Patents
Gaseous deodorization equipment for washing Download PDFInfo
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- CN205031596U CN205031596U CN201520422891.XU CN201520422891U CN205031596U CN 205031596 U CN205031596 U CN 205031596U CN 201520422891 U CN201520422891 U CN 201520422891U CN 205031596 U CN205031596 U CN 205031596U
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Abstract
The utility model discloses a gaseous deodorization equipment for washing contains: a scrubbing tower, two at least catch basins, an at least medicament reservoir, a controller and two pumpings, the scrubbing tower includes a gas access, a gas outlet and at least two the gas conditioning districts that link up each other and feed through, linking department in two wantonly gas conditionings district is equipped with a liquid gas shunt, arbitrary gas conditioning district contains an at least washing chamber, an outlet and a water jet, one of them catch basin is connected via a solenoid valve to medicament reservoir's export, controller electric connection solenoid valve and two pumpings, the action that the sees through control solenoid medicament in with medicament reservoir pours into the catch basin into, clear water of storing in with two catch basins by the pumping or the washing liquid that contains the medicament are carried respectively to the washing chamber in two gas conditionings district, it is used for absorbing the stink in the waste gas among the chamber to spray to the washing by the water jet, and can reduce the emission temperature of waste gas.
Description
Technical field
This utility model relates to the waste gas that deodorizing device technical field, particularly one are applicable to process organic compost generation, carries out deodorization and can reduce the eliminating malodours from gases washing facility of the exhaust temperature of described waste gas to described waste gas.
Background technology
Organic Ingredients is converted to compost through natural fermentation process by compost system, compost is a complete fertilizer, decapacitation provides the whole key elements needed for plant growth, and also have energy chesson for soil and strengthen the effect of water holding capacity, chemical fertilizer is then without this advantage.Because Dui Fei fermentation process can produce stink, different according to composting material source, it is also different that its stink forms part, in general fowl and animal excrement is the stink of raw material is mainly large with ammonia, organic amine and hydrogen sulfide, is used as in the compost manufacturing process of raw material based on ammonia, organic amine and short-chain fatty acid more than kitchen.Therefore, dealer produced by compost needs to arrange deodorizing device for eliminating the stink of composting process generation usually, and meets the requirement of environmental protection.
Known deodorization technology can be divided into chemical washing method, physisorphtion and biological treatment, and wherein technology is comparatively ripe and be extensively chemical washing method and physisorphtion by user.The conventional acidity of chemical washing method or alkaline solution react stink, utilize acid-base neutralization principle effectively to be absorbed by stink, the Taiwan new patent M450422 " the advanced oxidation blood processor of organic exhaust gas " that such as on April 11st, 2013 is announced and the Taiwan new patent M452008 " oxidation treatment device of organic exhaust gas " that on May 1st, 2013 is announced, both all disclose a kind of chemical washing deodorizing device using oxidant, the organic exhaust gas that its object system produces in process of production for the treatment of semiconductor factory, the blood processor wherein disclosed further comprises several oxidation trough except scrubbing tower, therefore the organic waste gas treatment equipment disclosed by two kinds of technology to build cost high, and larger area need be taken.
Physisorphtion commonly uses activated carbon or other filtering materials to adsorb in waste gas the material producing stink, precisely because shortcoming namely needs to change after the adsorption capacity of filtering material is saturated, at the Taiwan patent of invention I297281 " exhaust air deodorization device and method thereof " of bulletin on June 1st, 2008, wherein namely propose and a kind ofly utilize zeolite layer as filtering material and in conjunction with burn processing in order to remove the emission-control equipment of stink.In addition, at the Taiwan new patent M404059 " purifier of process volatile organic waste gas " of bulletin on May 21st, 2011, wherein disclose the cleaning equipment for waste organic gas that unit and washing unit are incinerated in a kind of combination, high temperature mode of incinerating is utilized to remove stink, the effect utilizing stink substance to be thermal decomposited to become odorless micromolecule and then reach deodorization, but above-mentioned waste gas treatment equipment has equally and builds the problem that cost is high and hold facility area is larger.
Utility model content
The technical problems to be solved in the utility model is for above-mentioned the deficiencies in the prior art, provides one to be applicable to process the waste gas of organic compost generation, carries out deodorization and can reduce the eliminating malodours from gases washing facility of the exhaust temperature of described waste gas to described waste gas.
For solving the problems of the technologies described above, technical solution adopted in the utility model is: a kind of eliminating malodours from gases washing facility, comprise: a scrubbing tower, one first catch basin, one second catch basin, one first medicament storage container, a controller, one first pumping and one second pumping, this scrubbing tower comprises a gas access, and the gas treatment district that be communicated with engaging one another with at least two of one gas outlet, the joining place in any two described gas treatment districts is provided with a liquid gas diverter, this gas treatment district arbitrary comprises at least one washing cavities, one discharge outlet and a water jet, this water jet is located at the top of this washing cavities, the outlet of this first medicament storage container connects this first catch basin via one first electromagnetic valve, controller is electrically connected this first electromagnetic valve, this first pumping and this second pumping, a medicament in this first medicament storage container is injected this first catch basin by the action that this controller controls this electromagnetic valve, the cleaning mixture containing this medicament stored in this first catch basin is delivered to this water jet in this washing cavities in this first gas treatment district by this first pumping, and among this washing cavities being sprayed to this first gas treatment district, this the second catch basin is flowed back to again via this discharge outlet, the clear water stored in this second catch basin is delivered to this water jet in this washing cavities in this second gas treatment district by this second pumping, and among this washing cavities being sprayed to this second gas treatment district, this the second catch basin is flowed back to again via this discharge outlet.
In technique scheme, comprise an exhaust apparatus, this exhaust apparatus can be arranged at this gas outlet of this scrubbing tower, in order to extract the waste gas through deodorization process out.
In technique scheme, be also provided with a detection mouth at the outlet port place of this exhaust apparatus.
In technique scheme, this gas treatment district comprises one first gas treatment district and one second gas treatment district, and this second gas treatment district is positioned at the top in this first gas treatment district.
In technique scheme, this liquid gas diverter comprises: a mozzle and a fluid dividing cover, the two ends of this mozzle have an entrance and an outlet respectively, this entrance of this mozzle is fixedly arranged on the bottom surface of this washing cavities in this second gas treatment district, this bottom surface is a fluid-tight dividing plate, this bottom surface is to entrance part having a perforation, this entrance of this mozzle can be communicated with this washing cavities in this first gas treatment district of below, this bottom surface and the sidewall of this washing cavities in the outside of this mozzle and this second gas treatment district form a gathering ground, this gathering ground is provided with this discharge outlet, the clear water collected by this gathering ground flows back into this second catch basin via the drain pipe connecting this discharge outlet again, this fluid dividing cover is a kind of downward opening peviform element, this fluid dividing cover is located at the air-flow discharge side of this outlet of this mozzle, this water jet system on this washing cavities top in this second gas treatment district be laid in this washing cavities near this second gas treatment district sidewall and higher than this fluid dividing cover.
In technique scheme, this gas treatment district arbitrary includes two or more and is connected with upper and lower relation each other and the washing cavities be communicated with, and wherein the joining place of any two washing cavities has a porous barrier, and this porous barrier is laid with many perforation.
In technique scheme, this first medicament storage container system is for storing the medicament of deodorization, and the medicament of this deodorization comprises acid and basic agent wherein any one.
In technique scheme, this washing cavities is mid-is placed with a plurality of Raschig ring.
In technique scheme, this washing cavities is provided with an inspection window.
In technique scheme, comprise one second medicament storage container, the medicament of the storage in this second medicament storage container comprises bactericidal agent, the outlet of this second medicament storage container connects this second catch basin via one second electromagnetic valve, this controller is electrically connected this second electromagnetic valve, through the action controlling this second electromagnetic valve, the medicament in this second medicament storage container is injected this second catch basin.
The beneficial effects of the utility model are: upright setting adopted by this utility model eliminating malodours from gases washing facility, in conjunction with more than two can elasticity expand gas treatment district, and the medicament supplying structure of deodorization medicament or bactericidal agent optionally can be used according to composting material, compared to aforesaid known techniques, this utility model has and reduces the good and low advantage building cost of hold facility area, extendibility.
Accompanying drawing explanation
Fig. 1 is the structural map section of an embodiment of this utility model eliminating malodours from gases washing facility; Fig. 2 is the local structure sectional drawing of the embodiment of Fig. 1, illustrates an embodiment structure of diverter;
Fig. 3 is the structural map section of another embodiment of this utility model eliminating malodours from gases washing facility; Fig. 4 is the structural map section of another embodiment of this utility model eliminating malodours from gases washing facility;
In figure, 10, scrubbing tower; 11, gas access; 12, gas outlet; 13, window is examined; 14, mouth is detected; 15, Raschig ring; 16, exhaustor; 20A, the first catch basin; 20B, the second catch basin; 30, water jet; 31, the first porous barrier; 310, bore a hole; 32, the second porous barrier; 320, bore a hole; 33/34, discharge outlet; 40A, the first medicament storage container; 40B, the second medicament storage container; 41A, the first electromagnetic valve; 41B, the second electromagnetic valve; 50, controller; 51, PH detector; 60A, the first pumping; 60B, the second pumping; 70, exhaust apparatus; 80, liquid gas diverter; 81, mozzle; 811, entrance; 812, export; 82, fluid dividing cover; 83, the bottom surface of the 3rd washing cavities; 84, drain pipe; S1, the first gas treatment district; S2, the second gas treatment district; S1B, the second washing cavities; S2A, the 3rd washing cavities; S2B, the 4th washing cavities.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in further detail.
First referring to Fig. 1, is the structural map section of an embodiment of this utility model eliminating malodours from gases washing facility.As Fig. 1 illustrate, one embodiment of this utility model eliminating malodours from gases washing facility, comprises: scrubbing tower 10, a 1 first catch basin 20A, one second catch basin 20B, one first medicament storage container 40A, controller 50, a 1 first pumping 60A and one second pumping 60B.
In an embodiment of the present utility model, the shell of scrubbing tower 10 is a kind of body of upright setting substantially, scrubbing tower 10 comprises a gas access 11, and the gas treatment district that be communicated with engaging one another with at least two of one gas outlet 12, a kind of embodiment illustrated at Fig. 1 comprises one first gas treatment district S1 and one second gas treatment district S2, second gas treatment district S2 is positioned at the top of the first gas treatment district S1, to be discharged containing waste gas frowzy by gas access 11 enter sequentially carry out deodorization and/or sterilization processing by the first gas treatment district S1 and the second gas treatment district S2 after scrubbing tower 10 after discharged by gas outlet 12 again, according to discharge capacity and the malodorous elements of waste gas, optionally can flexibly expand the gas treatment district setting up other, and be not limited with two gas treatment districts.
In an embodiment of the present utility model, comprise an exhaust apparatus 70 (such as air exhauster or fan), the gas outlet 12 in scrubbing tower 10 can be connected, discharge in order to the waste gas extracted out through deodorization process, scrubbing tower 10 is inhaled into by gas access 11 with pending waste gas in season, wherein a kind of better embodiment system utilizes an exhaustor 16 to be connected gas outlet 12 and exhaust apparatus 70, and the waste gas leaving scrubbing tower 10 can also cool when flowing through exhaustor 16.
In an embodiment of the present utility model, be also provided with a detection mouth 14 at the outlet port of exhaust apparatus 70, the discharge quality of the waste gas of discharge can be detected for operator with instrument.
Arbitrary gas treatment district comprises at least one washing cavities, a discharge outlet and a water jet, hereafter by being configured to example with the embodiment of Fig. 1 in detail its embodiment is described in detail.As shown in Figure 1, first gas treatment district S1 comprise engaging one another and be communicated with one first washing cavities S1A and one second washing cavities S1B, first washing cavities S1A is positioned at the below of the second washing cavities S1B, second gas treatment district S2 comprises one the 3rd washing cavities S2A and the 4th washing cavities S2B that is engaging one another and that be communicated with, 3rd washing cavities S2A is positioned at the below of the 4th washing cavities S2B, and the quantity of described washing cavities also can optionally increase; Wherein the top of each washing cavities is provided with a water jet 30, the joining place of the first washing cavities S1A and the second washing cavities S1B has one first porous barrier 31, first porous barrier 31 is laid with many perforation 310, sprayed by the water jet 30 on the second washing cavities S1B top and under cleaning mixture and the waste gas that from bottom to top discharges can produce by the perforation of the first porous barrier 31 and at this and exchange and cleaning function; Similarly, the joining place of the 3rd washing cavities S2A and the 4th washing cavities S2B has one second porous barrier 32, second porous barrier 32 is laid with many perforation 320, sprayed by the water jet 30 on the 4th washing cavities S2B top and under cleaning mixture and the waste gas that from bottom to top discharges can produce by the perforation of the second porous barrier 32 and at this and exchange and cleaning function.
In an embodiment of the present utility model, first medicament storage container 40A system is for storing the medicament of deodorization, the outlet of the first medicament storage container 40A connects the first catch basin 20A via one first electromagnetic valve 41A, controller 50 is electrically connected the first electromagnetic valve 41A, first pumping 60A and the second pumping 60B, medicament in first medicament storage container 40A is injected the first catch basin 20A by the action (On/Off) through control first electromagnetic valve 41A, one better enforcement of controller 50 also comprises a detector (such as PH detector 51) for detecting content or the concentration of contained medicament among the first catch basin 20A, and the action of the first electromagnetic valve 41A automatically can be controlled when chemical content declines, and then automatically medicament is supplemented to the first catch basin 20A.The entrance of the first pumping 60A connects the first catch basin 20A, the outlet of the first pumping 60A connects the water jet 30 of the first gas treatment district S1, the entrance of the second pumping 60B connects the second catch basin 20B, the outlet of the second pumping 60B connects the water jet 30 of the second gas treatment district S2, be respectively equipped with in the first gas treatment district S1 and the nearly bottom of the washing cavities of the first gas treatment district S2 discharge outlet 33,34, discharge outlet 33,34 is connected the first catch basin 20A and the second catch basin 20B through water pipe respectively.
In another embodiment of the present utility model, wherein be stored in the medicament in the first medicament storage container 40A and the second medicament storage container 40B, except the aforementioned action utilizing the first electromagnetic valve 41A and the second electromagnetic valve 41B to carry out dosing, also controller 50 can be utilized to control the mode of a syringe pump at other feasible embodiments, medicament be injected the first medicament storage container 40A and the second medicament storage container 40B.
The cleaning mixture containing medicament stored in first catch basin 20A is delivered to the first washing cavities S1A and the second washing cavities S1B of the first gas treatment district S1 by the first pumping 60A, the clear water stored in second catch basin 20B is delivered to the 3rd washing cavities S2A and the 4th washing cavities S2B of the second gas treatment district S2 by the second pumping 60B, cleaning mixture and clear water are sprayed among each washing cavities by the water jet 30 again through each washing cavities, cleaning mixture can utilize the stink in acid-base neutralization principle absorption waste gas, the exhaust temperature of waste gas is reduced again by clear water, the cleaning mixture of the first gas treatment district S1 flows back into the first catch basin 20A via discharge outlet 33, the clear water of the second gas treatment district S2 flows back into the second catch basin 20B via discharge outlet 34.
In an embodiment of the present utility model, the medicament of the storage in the first medicament storage container 40A comprises acid and basic agent wherein any one, practice can be looked acid and basic agent wherein any one of the cost choice for use of stink contained by the kind of composting material and waste gas, wherein said acid medicine can be the dilute hydrochloric acid of concentration 50%, and described basic agent can be the sodium hydroxid aqueous solution of concentration 45%.
In an embodiment of the present utility model, first gas treatment district S1 and the second gas treatment district S2 will spray containing medicament cleaning mixture or clear water respectively, such as the first S1 system of gas treatment district is used for deodorization, and the second S2 system of gas treatment district reduces the exhaust temperature of waste gas through the mode of spraying clear water and carries out secondary washing to waste gas.Wherein be provided with a liquid gas diverter 80 at the joining place of the first gas treatment district S1 and the second gas treatment district S2, in order to avoid it to mix mutually the cleaning mixture of the first gas treatment district S1 and the second gas treatment district S2 and clear water isolation, ensure that pending waste gas can sequentially by the first gas treatment district S1 and the second gas treatment district S2 simultaneously.
In an embodiment of the present utility model, the structure of liquid gas diverter 80 as shown in Figure 2, comprising: mozzle 81 and a fluid dividing cover 82, mozzle 81 is the tube element that a kind of two ends have that an entrance 811 and exports 812 respectively, the entrance 811 of mozzle 81 is fixedly arranged on the bottom surface 83 of the 3rd washing cavities S2A of the second gas treatment district S2, bottom surface 83 is a fluid-tight dividing plate, bottom surface 83 corresponding entrance 811 part has a perforation, the entrance 811 of mozzle 81 can be communicated with the second washing cavities S1B of the first gas treatment district S1 of below, mozzle 81 enters the second gas treatment district S2 in order to guide the waste gas from the first gas treatment district S1, bottom surface 83 and the sidewall of the outside of mozzle 81 and the 3rd washing cavities S2A of the second gas treatment district S2 form a gathering ground, in order to collect the clear water under being sprayed by water jet 30, the clear water collected by gathering ground flows back into the second catch basin 20B via the drain pipe 84 connecting gathering ground again, a kind of embodiment of fluid dividing cover 82 is a kind of downward opening peviform element, fluid dividing cover 82 is located at the air-flow discharge side of the outlet 812 of mozzle 81, in order to by the waste gas directed stream from the first gas treatment district S1 to the surrounding space of the 3rd washing cavities S2A, the water jet 30 on the top of the 3rd washing cavities S2A be laid near the 3rd washing cavities S2A sidewall position and higher than this fluid dividing cover 82, the clear water of the ejection downwards of the water jet 30 in the 3rd washing cavities S2A flows to by fluid dividing cover 82 intercepts near the space of the sidewall of the 3rd washing cavities S2A and mixes with waste gas, in order to reduce the exhaust temperature of waste gas, and can prevent the clear water of the 3rd washing cavities S2A from falling into the first gas treatment district S1.
In an embodiment of the present utility model, described washing cavities is all provided with an inspection window 13 (wherein a kind of embodiment ties up to washing cavities and establishes a transparent window), can inspect the sprinkling situation of water jet 30 for operator.
Refer to Fig. 3, in another embodiment of the present utility model, described washing cavities is mid-is placed with a plurality of Raschig ring 15, can increase contact area and the reaction effect of waste gas and cleaning mixture or clear water.
Refer to Fig. 4, in another embodiment of the present utility model, comprise one second medicament storage container 40B, the outlet of the second medicament storage container 40B connects another catch basin (as the second catch basin 20B) via one second electromagnetic valve 41B, controller 50 is electrically connected the second electromagnetic valve 41B, and the medicament in the second medicament storage container 40B is injected catch basin by the action through control second electromagnetic valve 41B.In an embodiment of the present utility model, the medicament of the storage in the second medicament storage container 40B comprises the medicament of bactericidal agent or other necessity, in order to carry out at the second gas treatment district S2 the exhaust-gas treatment program sterilizing or carry out other.
Can understand through above-mentioned implementation content, this utility model in conjunction with more than two can elasticity expand gas treatment district, and the medicament supplying structure of deodorization medicament or bactericidal agent optionally can be used according to composting material, compared to aforesaid known techniques, this utility model has and reduces the good and low advantage building cost of hold facility area, extendibility.
The embodiment of the above and/or embodiment, only in order to the preferred embodiment and/or the embodiment that realize this utility model technology to be described, not any pro forma restriction is done to the embodiment of this utility model technology, anyly have the knack of alike operator, do not departing from the scope of the technological means disclosed by this utility model content, when doing a little change or be modified to the embodiment of other equivalences, but the technology identical with this utility model essence or embodiment must be considered as.
Claims (10)
1. eliminating malodours from gases washing facility, is characterized in that: comprise a scrubbing tower, one first catch basin, one second catch basin, one first medicament storage container, a controller, one first pumping and one second pumping, this scrubbing tower comprises a gas access, and the gas treatment district that be communicated with engaging one another with at least two of one gas outlet, the joining place in any two described gas treatment districts is provided with a liquid gas diverter, described gas treatment district comprises at least one washing cavities, one discharge outlet and a water jet, this water jet is located at the top of this washing cavities, the outlet of this first medicament storage container connects this first catch basin via one first electromagnetic valve, controller is electrically connected this first electromagnetic valve, this first pumping and this second pumping, a medicament in this first medicament storage container is injected this first catch basin by the action that this controller controls this electromagnetic valve, the cleaning mixture containing this medicament stored in this first catch basin is delivered to this water jet in this washing cavities in this first gas treatment district by this first pumping, and among this washing cavities being sprayed to this first gas treatment district, this the second catch basin is flowed back to again via this discharge outlet, the clear water stored in this second catch basin is delivered to this water jet in this washing cavities in this second gas treatment district by this second pumping, and among this washing cavities being sprayed to this second gas treatment district, this the second catch basin is flowed back to again via this discharge outlet.
2. a kind of eliminating malodours from gases washing facility according to claim 1, is characterized in that: comprise an exhaust apparatus, and this exhaust apparatus can be arranged at this gas outlet of this scrubbing tower, in order to extract the waste gas through deodorization process out.
3. a kind of eliminating malodours from gases washing facility according to claim 2, is characterized in that: be also provided with a detection mouth at the outlet port place of this exhaust apparatus.
4. a kind of eliminating malodours from gases washing facility according to claim 1, is characterized in that: this gas treatment district comprises one first gas treatment district and one second gas treatment district, and this second gas treatment district is positioned at the top in this first gas treatment district.
5. a kind of eliminating malodours from gases washing facility according to claim 4, is characterized in that: this liquid gas diverter comprises: a mozzle and a fluid dividing cover, the two ends of this mozzle have an entrance and an outlet respectively, this entrance of this mozzle is fixedly arranged on the bottom surface of this washing cavities in this second gas treatment district, this bottom surface is a fluid-tight dividing plate, this bottom surface is to entrance part having a perforation, this entrance of this mozzle can be communicated with this washing cavities in this first gas treatment district of below, this bottom surface and the sidewall of this washing cavities in the outside of this mozzle and this second gas treatment district form a gathering ground, this gathering ground is provided with this discharge outlet, the clear water collected by this gathering ground flows back into this second catch basin via the drain pipe connecting this discharge outlet again, this fluid dividing cover is a kind of downward opening peviform element, this fluid dividing cover is located at the air-flow discharge side of this outlet of this mozzle, this water jet system on this washing cavities top in this second gas treatment district be laid in this washing cavities near this second gas treatment district sidewall and higher than this fluid dividing cover.
6. a kind of eliminating malodours from gases washing facility according to claim 1, it is characterized in that: described gas treatment district includes two or more and is connected with upper and lower relation each other and the washing cavities be communicated with, wherein the joining place of any two described washing cavities has a porous barrier, and this porous barrier is laid with many perforation.
7. a kind of eliminating malodours from gases washing facility according to claim 1, is characterized in that: this first medicament storage container system is for storing the medicament of deodorization, and the medicament of this deodorization comprises acid and basic agent wherein any one.
8. a kind of eliminating malodours from gases washing facility according to claim 1, is characterized in that: this washing cavities is mid-is placed with a plurality of Raschig ring.
9. a kind of eliminating malodours from gases washing facility according to claim 1, is characterized in that: this washing cavities is provided with an inspection window.
10. a kind of eliminating malodours from gases washing facility according to claim 1, it is characterized in that: comprise one second medicament storage container, the medicament of the storage in this second medicament storage container comprises bactericidal agent, the outlet of this second medicament storage container connects this second catch basin via one second electromagnetic valve, this controller is electrically connected this second electromagnetic valve, through the action controlling this second electromagnetic valve, the medicament in this second medicament storage container is injected this second catch basin.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520422891.XU CN205031596U (en) | 2015-06-18 | 2015-06-18 | Gaseous deodorization equipment for washing |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520422891.XU CN205031596U (en) | 2015-06-18 | 2015-06-18 | Gaseous deodorization equipment for washing |
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| CN205031596U true CN205031596U (en) | 2016-02-17 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110917378A (en) * | 2019-12-15 | 2020-03-27 | 徐承玉 | Air sterilization device for livestock breeding pen |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110917378A (en) * | 2019-12-15 | 2020-03-27 | 徐承玉 | Air sterilization device for livestock breeding pen |
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