CN206810047U - Heavily contaminated stench decomposing, purifying machine - Google Patents
Heavily contaminated stench decomposing, purifying machine Download PDFInfo
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- CN206810047U CN206810047U CN201720670681.1U CN201720670681U CN206810047U CN 206810047 U CN206810047 U CN 206810047U CN 201720670681 U CN201720670681 U CN 201720670681U CN 206810047 U CN206810047 U CN 206810047U
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Abstract
A kind of heavily contaminated stench decomposing, purifying machine；By heavily contaminated stench decomposing, purifying machine body, air inlet, clean room are polluted, decomposition chamber I, decomposition chamber II, the air inlet of decomposition chamber I, decomposition chamber I stirs net, reative cell, the air inlet of decomposition chamber II, decomposition chamber II stir net, oxidizing chamber, reative cell air inlet, reative cell stirring net, purification air outlet composition；Decomposing, purifying agent is Chinese yam, sodium sulphate, sodium carbonate, sodium acid carbonate etc. is sent into tablet press machine and is pressed into 10 grams of one piece of decomposing, purifying agent, applied to factory, school, children institute, hospital, household, train, automobile, high ferro, public place etc., remove various air stenches, smog, dust, PM2.5, benzene, formaldehyde, methyl mercaptan, styrene, nitrogen dioxide, purging sulfur dioxide resolution ratio is up to 98 99.9%, to the epidemic meningitis virus in air, influenza virus, Legionella, pulmonitis strain, staphylococcus albus, staphylococcus aureus, kerekou pneumonia primary, Candida albicans, typhoid fever virus, Escherichia coli, cholera virus, disease carrying germ virus, harmful bacteria virus distinguishes air and direct killing rate up to 88 99.9%.The creativeness of the stench taste in air can be eliminated immediately.
Description
Technical field
The utility model belongs to technical field of air purification, especially a kind of heavily contaminated stench decomposing, purifying machine.
Background technology
It is well known that foul gas pollution refers to that all stimulate olfactory organ to cause people unhappy and damage living environment
Gaseous matter, existing air purifier processing power is small, especially bad to severe air pollution clean-up effect.Effluvium
Body can fall into 5 types by composition：1. sulfur-containing compound, such as H2S, SO2, mercaptan；2. nitrogen-containing compound, such as ammonia, amine, Yin
Diindyl etc.；3. halogen and derivative, such as chlorine, halogenated hydrocarbons；4. hydro carbons and aromatic hydrocarbon；5. oxygen-bearing organic matter, such as alcohol, phenol, aldehyde, ketone
Deng.The substance classes of foul odour are complicated, and concentration value is low, and open environment mesoclimate condition is to the nature parameters shadow of odorous substance
Sound is very big, exceeded release such as hydrogen sulfide, ammonia, methyl mercaptan, first sulphur hydrogen, trimethylamine, methyl sulfide, methyl disulfide, two of odor pollution
The foul gas such as nitric sulfid and styrene pollutes surrounding enviroment, entail dangers to Human Physiology health, such as expiratory dyspnea, stomach, chest
Vexed, vomiting etc..
The processing mode for foul gas has much at present, such as direct burning method, soil deodorization method, washing absorption method,
Absorption method, biological deodorization method, all kinds of deodorization medicaments of sprinkling, include microbial deodorant, plant extraction liquid, smell masking and in
With agent etc..Biological deodorization method and active carbon adsorption are presently the most two kinds of conventional deodorizing methods.Biological odor removal method processing effect
Fruit is good, and financial cost is low, and non-secondary pollution, but treatment effect is easily influenceed by inlet gas concentration, less stable, for spray
Organic substance in water concentration there are certain requirements, and be suitable only for the organic exhaust gas of low concentration odor pollutant.Active carbon adsorption can effectively be gone
Except some odorants in foul gas, but activated carbon has certain service life, to long-term continuous use, it is necessary to regenerate
Or periodic replacement, this method is used alone, activated carbon consumption is big, and financial cost is higher.Car surface maintenance and it is spray coated
Cheng Zhong, the foul gas containing the volatile organic matter such as toluene and benzene is produced, these exhaust-gas treatments are difficult, and majority is directly discharged into greatly
In gas, nearby residents health is severely compromised, it is necessary to solve the problems, such as and strictly control.
The content of the invention
In order to overcome the shortcomings of that existing severe air pollution clean-up effect is not so good, the utility model provides a kind of heavily contaminated
Stench decomposing, purifying machine；By heavily contaminated stench decomposing, purifying machine body, air inlet is polluted, clean room, decomposition chamber I, is decomposed
Room II, the air inlet of decomposition chamber I, the stirring net of decomposition chamber I, reative cell, the air inlet of decomposition chamber II, the stirring net of decomposition chamber II, oxidizing chamber,
Reative cell air inlet, reative cell stirring net, purify air outlet, oxidizing chamber air inlet, oxidizing chamber stirring net, blower fan, oxidation
Room gas outlet, motor, the decoction storehouse of decomposition chamber I, the decoction storehouse of decomposition chamber II, reative cell decoction storehouse, oxidizing chamber decoction storehouse, clean air
Storehouse, oxidizing chamber valve, reative cell valve, the valve of decomposition chamber II, the valve of decomposition chamber I, clean room bottom valve, drain hole valve,
Drain hole forms.
It is clean room in most left section of heavily contaminated stench decomposing, purifying machine body, pollution air inlet is arranged at the top of clean room
Mouthful, there is the air inlet of decomposition chamber I in stage casing on the right of clean room, and clean room bottom valve is arranged at the right-hand member bottom of clean room 3；
It is decomposition chamber I against clean room, the bottom of decomposition chamber I is the decoction storehouse of decomposition chamber I, has decomposition at the middle part of decomposition chamber I
Net is stirred in room I, has the air inlet of decomposition chamber I in the middle part of the left side of decomposition chamber I, has the air inlet of decomposition chamber II in the middle part of the right of decomposition chamber I,
Clean room bottom valve is arranged at the right bottom of decomposition chamber I；
There is decomposition chamber II against the right of decomposition chamber I, the decoction storehouse of decomposition chamber II is arranged at the bottom of decomposition chamber II, and there is decomposition at middle part
Net is stirred in room II, has reative cell air inlet on the right of the middle part of decomposition chamber II, the valve of decomposition chamber I is arranged at the bottom of decomposition chamber II；
There is reative cell against the right of decomposition chamber II, reative cell decoction storehouse 22 is arranged at the bottom of reative cell, and middle part has reative cell to stir
Net is mixed, has oxidizing chamber air inlet on the right of middle part, has the valve of decomposition chamber II on the right of the bottom of reative cell；
It is oxidizing chamber against reative cell the right, reative cell decoction storehouse is arranged at the bottom of oxidizing chamber, and middle part has reative cell to stir net,
There is oxidizing chamber air inlet on the right of middle part, reative cell valve is arranged at bottom；
There is clean air storehouse on the right of oxidizing chamber, the bottom of right side in clean air storehouse has oxidizing chamber valve, and middle part has
Blower fan is arranged at motor, top, and there is purification air outlet on top.
According to a kind of decomposing, purifying agent preparation method of heavily contaminated stench decomposing, purifying machine described above, it is characterised in that：
The raw material of decomposing, purifying agent composition active ingredient is 15 grams of Chinese yam, 10 grams of polyvinyl alcohol, sodium sulphate 15 by following raw material weights
Gram, 12 grams of sodium sulfite, 18 grams of ammonium sulfate, 20 grams of sodium acid carbonate, 15 grams of sodium acid carbonate；
The production technology of decomposing, purifying agent:
It is characterized in that：15 grams of Chinese yam, 10 grams of polyvinyl alcohol are put into 150mL distilled water first, 98 DEG C of water-baths
Dissolve by heating, dissolved, cool down room temperature, it is standby to obtain glue:1st, 12 grams of 15 grams of sodium sulphate, sodium sulfite addition 5ml glues are weighed
Stir and evenly mix, be sent into tablet press machine and be pressed into 10 grams one piece, installed with plastics, then finished product decomposing, purifying agent is sealed to obtain with plastics machine,
It is standby:2nd, weigh 18 grams of ammonium sulfate and add the mixing of 6ml liquid cement agitations, be sent into tablet press machine and be pressed into 10 grams one piece, filled with plastics
It is good, then finished product decomposing, purifying agent is sealed to obtain with plastics machine, it is standby:3rd, 15 grams of 20 grams of sodium acid carbonate, sodium acid carbonate additions are weighed
10ml liquid cement agitations mix, and are sent into tablet press machine and are pressed into 10 grams one piece, are installed with plastics, then seal to obtain finished product decomposition with plastics machine
Cleanser, it is standby.
A kind of application method of heavily contaminated stench decomposing, purifying machine:
Open heavily contaminated stench decomposing, purifying machine decomposition chamber 1,2,3,4 and be put into decomposing, purifying in each decomposition chamber and oxidizing chamber
One piece of agent 10 gram, add deionized water 2000m1 and cover bottle cap, heavily contaminated stench decomposing, purifying machine plugs in, and opens air exhauster
And electric blender, pollution air into decomposition chamber 1 clean decomposing and clean decomposition but also enter 3 cleanings dividing into 2 not only
Solution decomposes back and forth the continuously circular response in clean room into 4 cleaning reactions again so that pollution windage point
Solution cleanser liquid surface, pollution air and decomposing, purifying agent liquid surface relative flow, the high-adhesiveness on decomposing, purifying agent liquid surface,
Acted on by percussion, absorption, cohesion, exchange, complexing, decomposition, oxidation, precipitation etc. and remove air stench, smoker's cigarette to realize
Gas (second-hand smog), dust, PM2.5, ammonia, methyl mercaptan, first sulphur hydrogen, trimethylamine, methyl sulfide, methyl disulfide, carbon disulfide, benzene second
Alkene, nitrogen dioxide, sulfur dioxide, hydrogen sulfide, benzene, greasy smell, purifying formaldehyde resolution ratio reach 81-99.9%, to the epidemic meningitis in air
Virus, influenza virus, Legionella, pulmonitis strain, HCV, hepatitis A virus, staphylococcus albus, golden yellow grape
Coccus, kerekou pneumonia primary, Candida albicans, typhoid fever virus, Escherichia coli, cholera virus, disease carrying germ virus, harmful bacteria disease
Air and direct killing rate reach 80-99.9% to poison respectively.
Decomposing, purifying agent experiment effect is tested
The decomposing, purifying agent of 1,2,3 productions is configured to 0.5% concentration liquid, experimental group and control group.Experimental group is sprayed
Decomposing, purifying agent covers house refuse, and two groups of house refuses are covered 1h by coverage rate polybag.As a result：After 1 hour, experimental group
Foul smell taste is not produced, foul smell completely eliminates, and control group has obvious bad smell.
Decomposing, purifying agent experiment effect is tested
Dissipation effect pass through to HBSAG inactivating efficacies test, at room temperature, take this decomposition cleanser 10%, 5%, 1% and
0.5% concentration, HBSAG is acted on 5 minutes, its inactivation ratio is respectively 99.44%, 99.88%, 93.75% and 87.5%.It is right
Bactericidal effect determines：The 1-10% of this decomposition cleanser concentration is taken, action time is 5-15 minutes, to staphylococcus aureus
(ATCC6538) killing rate is 99.59-99.99%, is 99.44-99.99% to Escherichia coli (ATCC8099) killing rate, right
Bacillus subtilis black variety bud cell (ATCC8099) killing rate is 54.52-99.99%.To bacillus subtilis var tooth born of the same parents
(ATCC9372) killing rate is 54.52-99.99%.
The beneficial effects of the utility model are:
Medicament of the present utility model is aided with chemistry and is combined so that pollution air and the friction of decomposing, purifying agent liquid, touches dirt
Contaminate air and decomposing, purifying agent liquid surface relative flow, the high viscosity on decomposing, purifying agent liquid surface, by percussion, friction, absorption,
Cohesion, exchange, complexing, decompose, air stench is removed in oxidation, the effect such as precipitation and realizing, flue gas (second-hand smog), dust,
PM2.5, ammonia, methyl mercaptan, first sulphur hydrogen, trimethylamine, methyl sulfide, methyl disulfide, carbon disulfide, styrene, nitrogen dioxide, titanium dioxide
Sulphur, hydrogen sulfide, benzene, greasy smell, purifying formaldehyde resolution ratio reach 98-99.9%, to the epidemic meningitis virus in air, influenza virus, legion
It is bacterium, pulmonitis strain, HCV, hepatitis A virus, staphylococcus albus, staphylococcus aureus, kerekou pneumonia primary, white
Color candida albicans, typhoid fever virus, Escherichia coli, cholera virus, disease carrying germ virus, harmful bacteria virus air and are directly killed respectively
Rate of going out reaches 88-99.9%.Therefore secondary pollution is not present in the present invention compared with prior art, odorant is eliminated rapidly, can be with
The creativeness of the stench taste in air is eliminated immediately, and there is new novelty, practicality.
Below in conjunction with the accompanying drawings and embodiment further illustrates the present invention.
Brief description of the drawings
Fig. 1 main structure diagrams of the present utility model.
In Fig. 1,1. heavily contaminated stench decomposing, purifying machine bodies, 2. pollution air inlets, 3. clean rooms, 4. decomposition chambers I,
5. decomposition chamber II, the air inlet of 6. decomposition chamber I, 7. decomposition chambers I stirring net, 8. reative cells, the air inlet of 9. decomposition chamber II, 10. decompose
Stir net, 11. oxidizing chambers, 12. reative cell air inlets, 13. reative cells stirring net, 14. purification air outlets, 15. oxygen in room II
Change room air inlet, 16. oxidizing chambers stirring net, 17. blower fans, 18. oxidizing chamber gas outlets, 19. motors, the decoction storehouse of 20. decomposition chamber I,
21. the decoction storehouse of decomposition chamber II, 22. reative cell decoction storehouses, 23. oxidizing chamber decoction storehouses, 24. clean air storehouses, 25. oxidizing chamber valves
Door, 26. reative cell valves, the valve of 27. decomposition chamber II, the valve of 28. decomposition chamber I, 29. clean room bottom valves, 30. drain hole valves
Door, 31. drain holes.
Embodiment
Embodiment one
Referring to Fig. 1, the utility model embodiment one is a kind of heavily contaminated stench decomposing, purifying machine；Decomposed by heavily contaminated stench
Clearing machine body 1, pollute air inlet 2, clean room 3, decomposition chamber I 4, decomposition chamber II 5, the air inlet 6 of decomposition chamber I, decomposition chamber I
Stir net 7, reative cell 8, the air inlet 9 of decomposition chamber II, the stirring net 10 of decomposition chamber II, oxidizing chamber 11, reative cell air inlet 12, reaction
Net 13 is stirred in room, purifies air outlet 14, oxidizing chamber air inlet 15, oxidizing chamber stirring net 16, blower fan 17, oxidizing chamber gas outlet
18, motor 19, the decoction storehouse 20 of decomposition chamber I, the decoction storehouse 21 of decomposition chamber II, reative cell decoction storehouse 22, oxidizing chamber decoction storehouse 23, cleaning
Air bin 24, oxidizing chamber valve 25, reative cell valve 26, the valve 27 of decomposition chamber II, the valve 28 of decomposition chamber I, clean room's lower valve
Door 29, drain hole valve 30, drain hole 31 forms.
It is clean room 3 in most left section of heavily contaminated stench decomposing, purifying machine body 1, pollution air is arranged at the top of clean room 3
Air inlet 2, there is the air inlet 6 of decomposition chamber I in stage casing on the right of clean room, and clean room bottom valve 29 is arranged at the right-hand member bottom of clean room 3；
It is decomposition chamber I 4 against clean room 3, the bottom of decomposition chamber I 4 is the decoction storehouse 20 of decomposition chamber I, at the middle part of decomposition chamber I 4
There is decomposition chamber I to stir net 7, have the air inlet 6 of decomposition chamber I in the middle part of the left side of decomposition chamber I 4, have decomposition in the middle part of the right of decomposition chamber I 4
Clean room bottom valve 29 is arranged at the air inlet 9 of room II, the right bottom of decomposition chamber I 4；
There is decomposition chamber II 5 against the right of decomposition chamber I 4, the decoction storehouse 21 of decomposition chamber II, middle part are arranged at the bottom of decomposition chamber II 5
There is decomposition chamber II to stir net 10, have reative cell air inlet 12 on the right of the middle part of decomposition chamber II 5, decomposition is arranged at the bottom of decomposition chamber II 5
The valve 28 of room I；
There is reative cell 8 against the right of decomposition chamber II 5, reative cell decoction storehouse 22 is arranged at the bottom of reative cell 8, and there is reative cell at middle part
Net 13 is stirred, has oxidizing chamber air inlet 15 on the right of middle part, has the valve 27 of decomposition chamber II on the right of the bottom of reative cell 8；
It is oxidizing chamber 11 against the right of reative cell 8, reative cell decoction storehouse 22 is arranged at the bottom of oxidizing chamber 11, and there is reative cell at middle part
Net 13 is stirred, has oxidizing chamber air inlet 15 on the right of middle part, reative cell valve 26 is arranged at bottom；
There is clean air storehouse 24 against the right of oxidizing chamber 11, the bottom of right side in clean air storehouse 24 has oxidizing chamber valve
25, there is motor 19 at middle part, and blower fan 17 is arranged at top, and there is purification air outlet 14 on top.
According to a kind of decomposing, purifying agent preparation method of heavily contaminated stench decomposing, purifying machine described above, it is characterised in that：
The raw material of decomposing, purifying agent composition active ingredient is 15 grams of Chinese yam, 10 grams of polyvinyl alcohol, sodium sulphate 15 by following raw material weights
Gram, 12 grams of sodium sulfite, 18 grams of ammonium sulfate, 20 grams of sodium acid carbonate, 15 grams of sodium acid carbonate；
The production technology of decomposing, purifying agent:
It is characterized in that：15 grams of Chinese yam, 10 grams of polyvinyl alcohol are put into 150mL distilled water first, 98 DEG C of water-baths
Dissolve by heating, dissolved, cool down room temperature, it is standby to obtain glue:1st, 12 grams of 15 grams of sodium sulphate, sodium sulfite addition 5ml glues are weighed
Stir and evenly mix, be sent into tablet press machine and be pressed into 10 grams one piece, installed with plastics, then finished product decomposing, purifying agent is sealed to obtain with plastics machine,
It is standby:2nd, weigh 18 grams of ammonium sulfate and add the mixing of 6ml liquid cement agitations, be sent into tablet press machine and be pressed into 10 grams one piece, filled with plastics
It is good, then finished product decomposing, purifying agent is sealed to obtain with plastics machine, it is standby:3rd, 15 grams of 20 grams of sodium acid carbonate, sodium acid carbonate additions are weighed
10ml liquid cement agitations mix, and are sent into tablet press machine and are pressed into 10 grams one piece, are installed with plastics, then seal to obtain finished product decomposition with plastics machine
Cleanser, it is standby.
A kind of application method of heavily contaminated stench decomposing, purifying machine:
The decomposition chamber decoction storehouse of heavily contaminated stench decomposing, purifying machine 20 and 21 decomposition chamber decoction storehouses are opened, are put into 3 obtained points
Solve each one piece and plus deionized water 2000ml of cleanser:One piece of decomposing, purifying agent made from 1 is placed into 22. reative cell decoctions
Storehouse, and add deionized water 3000ml:One piece of decomposing, purifying agent made from 2 is placed into 23. oxidizing chamber decoction storehouses and adds deionization
Water 3000ml:Bottle cap is covered, is plugged in, opens air exhauster and electric blender switch, pollution air enters decomposition chamber decoction
Storehouse 1 carries out after carrying out cleaning decomposition into 2 decomposition chamber decoction storehouses not only after cleaning decomposition but also enters the cleaning of 3 reative cell decoction storehouses decomposing
Enter the cleaning reaction of 4 oxidizing chamber decoction storehouses again to decompose, with regard to this continuously circular response in clean room back and forth in detail, make
Must pollute windage, touch pollution air and decomposing, purifying agent liquid surface relative flow, the height on decomposing, purifying agent liquid surface stick
Property, acted on by percussion, friction, absorption, cohesion, exchange, complexing, decomposition, oxidation, precipitation etc. realize remove air stench,
Smoker's flue gas (second-hand smog), dust, PM2.5, ammonia, methyl mercaptan, first sulphur hydrogen, trimethylamine, methyl sulfide, methyl disulfide, two sulphur
Change carbon, styrene, nitrogen dioxide, sulfur dioxide, hydrogen sulfide, benzene, greasy smell, purifying formaldehyde resolution ratio and reach 98-99.9%, to sky
Epidemic meningitis virus, influenza virus, Legionella, pulmonitis strain, HCV, hepatitis A virus, staphylococcus albus in gas,
Staphylococcus aureus, kerekou pneumonia primary, Candida albicans, typhoid fever virus, Escherichia coli, cholera virus, disease carrying germ virus,
Air and direct killing rate reach 88-99.9% to harmful bacteria virus respectively.
Claims (1)
- A kind of 1. heavily contaminated stench decomposing, purifying machine；By heavily contaminated stench decomposing, purifying machine body（1）, pollute air inlet （2）, clean room（3）, decomposition chamber I（4）, decomposition chamber II（5）, the air inlet of decomposition chamber I（6）, the stirring net of decomposition chamber I（7）, reative cell （8）, the air inlet of decomposition chamber II（9）, the stirring net of decomposition chamber II（10）, oxidizing chamber（11）, reative cell air inlet（12）, reative cell stirs Mix net（13）, purify air outlet（14）, oxidizing chamber air inlet（15）, oxidizing chamber stirring net（16）, blower fan（17）, oxidizing chamber Gas outlet（18）, motor（19）, the decoction storehouse of decomposition chamber I（20）, the decoction storehouse of decomposition chamber II（21）, reative cell decoction storehouse（22）, oxygen Change room decoction storehouse（23）, clean air storehouse（24）, oxidizing chamber valve（25）, reative cell valve（26）, the valve of decomposition chamber II（27）, The valve of decomposition chamber I（28）, clean room bottom valve（29）, drain hole valve（30）, drain hole（31）Composition；In heavily contaminated stench decomposing, purifying machine body（1）Most left section be clean room（3）, clean room（3）Top have pollution empty Gas air inlet（2）, there is the air inlet of decomposition chamber I in stage casing on the right of clean room（6）, clean room（3）Clean room bottom is arranged at right-hand member bottom Valve（29）；Against clean room（3）For decomposition chamber I（4）, decomposition chamber I（4）Bottom be the decoction storehouse of decomposition chamber I（20）, in decomposition chamber I （4）Middle part has decomposition chamber I to stir net（7）, decomposition chamber I（4）The left side in the middle part of have the air inlet of decomposition chamber I（6）, decomposition chamber I（4）'s There is the air inlet of decomposition chamber II in the middle part of the right（9）, decomposition chamber I（4）The right bottom have clean room bottom valve（29）；Against decomposition chamber I（4）The right have decomposition chamber II（5）, decomposition chamber II（5）Bottom have the decoction storehouse of decomposition chamber II（21）, Middle part has decomposition chamber II to stir net（10）, decomposition chamber II（5）Middle part on the right of have reative cell air inlet（12）, decomposition chamber II（5） Bottom have the valve of decomposition chamber I（28）；Against decomposition chamber II（5）There is reative cell on the right（8）, reative cell（8）Bottom have reative cell decoction storehouse（22）, middle part has instead Room is answered to stir net（13）, there is oxidizing chamber air inlet on middle part the right（15）, reative cell（8）Bottom on the right of have the valve of decomposition chamber II （27）；Against reative cell（8）The right is oxidizing chamber（11）, oxidizing chamber（11）Bottom have reative cell decoction storehouse（22）, middle part has instead Room is answered to stir net（13）, there is oxidizing chamber air inlet on middle part the right（15）, reative cell valve is arranged at bottom（26）；Against oxidizing chamber（11）The right have clean air storehouse（24）, clean air storehouse（24）Bottom of right side have oxidizing chamber valve （25）, there is motor at middle part（19）, blower fan is arranged at top（17）, there is purification air outlet on top（14）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720670681.1U CN206810047U (en) | 2017-06-11 | 2017-06-11 | Heavily contaminated stench decomposing, purifying machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720670681.1U CN206810047U (en) | 2017-06-11 | 2017-06-11 | Heavily contaminated stench decomposing, purifying machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206810047U true CN206810047U (en) | 2017-12-29 |
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ID=60759293
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720670681.1U Expired - Fee Related CN206810047U (en) | 2017-06-11 | 2017-06-11 | Heavily contaminated stench decomposing, purifying machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107051167A (en) * | 2017-06-11 | 2017-08-18 | 赣州市经济技术开发区旺利机械加工厂 | Heavily contaminated stench decomposing, purifying machine |
-
2017
- 2017-06-11 CN CN201720670681.1U patent/CN206810047U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107051167A (en) * | 2017-06-11 | 2017-08-18 | 赣州市经济技术开发区旺利机械加工厂 | Heavily contaminated stench decomposing, purifying machine |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171229 Termination date: 20180611 |
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| CF01 | Termination of patent right due to non-payment of annual fee |