CN109228947A - A kind of marsh gas power generation electric automobile charging station - Google Patents
A kind of marsh gas power generation electric automobile charging station Download PDFInfo
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- CN109228947A CN109228947A CN201811179819.3A CN201811179819A CN109228947A CN 109228947 A CN109228947 A CN 109228947A CN 201811179819 A CN201811179819 A CN 201811179819A CN 109228947 A CN109228947 A CN 109228947A
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- VNWKTOKETHGBQD-UHFFFAOYSA-N methane Chemical compound C VNWKTOKETHGBQD-UHFFFAOYSA-N 0.000 title claims abstract description 52
- 238000010248 power generation Methods 0.000 title claims abstract description 28
- 238000001914 filtration Methods 0.000 claims abstract description 90
- 238000002156 mixing Methods 0.000 claims abstract description 63
- 239000012530 fluid Substances 0.000 claims description 57
- 238000000855 fermentation Methods 0.000 claims description 52
- 230000004151 fermentation Effects 0.000 claims description 52
- 238000003756 stirring Methods 0.000 claims description 38
- 238000009849 vacuum degassing Methods 0.000 claims description 38
- 238000003860 storage Methods 0.000 claims description 33
- 239000007788 liquid Substances 0.000 claims description 30
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 27
- 239000000203 mixture Substances 0.000 claims description 26
- 230000008878 coupling Effects 0.000 claims description 25
- 238000010168 coupling process Methods 0.000 claims description 25
- 238000005859 coupling reaction Methods 0.000 claims description 25
- 238000005119 centrifugation Methods 0.000 claims description 24
- 230000005611 electricity Effects 0.000 claims description 21
- 239000002002 slurry Substances 0.000 claims description 12
- 238000009434 installation Methods 0.000 claims description 9
- 239000000463 material Substances 0.000 claims description 8
- 238000003466 welding Methods 0.000 claims description 7
- 238000005086 pumping Methods 0.000 claims description 6
- 239000000919 ceramic Substances 0.000 claims description 3
- 238000007599 discharging Methods 0.000 claims description 2
- 238000010586 diagram Methods 0.000 description 10
- 238000000034 method Methods 0.000 description 7
- 244000005700 microbiome Species 0.000 description 5
- 230000008569 process Effects 0.000 description 5
- 230000003467 diminishing effect Effects 0.000 description 3
- 239000002245 particle Substances 0.000 description 3
- 230000001133 acceleration Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 2
- 238000005520 cutting process Methods 0.000 description 2
- 230000005484 gravity Effects 0.000 description 2
- 238000010438 heat treatment Methods 0.000 description 2
- 230000006698 induction Effects 0.000 description 2
- 239000005416 organic matter Substances 0.000 description 2
- 230000029058 respiratory gaseous exchange Effects 0.000 description 2
- 238000007792 addition Methods 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 210000000234 capsid Anatomy 0.000 description 1
- 210000003608 fece Anatomy 0.000 description 1
- 238000002955 isolation Methods 0.000 description 1
- 239000010871 livestock manure Substances 0.000 description 1
- 238000011068 loading method Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000011946 reduction process Methods 0.000 description 1
- 238000010025 steaming Methods 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01D—NON-POSITIVE DISPLACEMENT MACHINES OR ENGINES, e.g. STEAM TURBINES
- F01D15/00—Adaptations of machines or engines for special use; Combinations of engines with devices driven thereby
- F01D15/10—Adaptations for driving, or combinations with, electric generators
-
- 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
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
-
- 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
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
-
- 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
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/12—Electric charging stations
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Apparatus Associated With Microorganisms And Enzymes (AREA)
Abstract
The present invention relates to a kind of charging stations, are in particular a kind of marsh gas power generation electric automobile charging stations.Biogas is renewable energy, is not polluted the environment after burning, and being blown into for hot wind can accelerate biogas volatilization, and increase biogas pressure, and biogas is facilitated to enter burner.Filtering tank, which filters out bulk residue, prevents pipeline blockage, and agitating paddle has four layers of paddle, mixes more uniform.Blending tank is installed on the left of filtering tank, blending tank is connect with filtering tank, filtering tank is installed on the upside of fermentor, filtering tank is connect with fermentor, fermentor is installed on the left of steam electric power generator, fermentor is connect with steam electric power generator, steam electric power generator is installed on the side of battery, steam electric power generator is connect with battery, and charging connector is installed on battery side, and support plate is installed on outside blending tank, support plate is installed on outside filtering tank, support plate is installed on fermentor, and support plate is installed on outside steam electric power generator, and support plate is installed on battery outer.
Description
Technical field
The present invention relates to a kind of charging stations, are in particular a kind of marsh gas power generation electric automobile charging stations.
Background technique
In marshland, Bilge or manure pit, there is bubble to come up, if we draw match, it be lighted, this is just so long
It is the biogas that nature naturally occurs.Biogas is various organic substances, in isolation air reduction process condition, and suitable temperature,
Under pH value, by a kind of combustible gas of the fermentation generation of microorganism.Biogas is renewable energy, and after burning not
It pollutes the environment, so devising this marsh gas power generation electric automobile charging station.
Summary of the invention
The present invention provides a kind of marsh gas power generation electric automobile charging station, and it is renewable energy that beneficial benefit, which is biogas, burning
After do not pollute the environment, being blown into of hot wind can accelerate biogas volatilization, and increase biogas pressure, and biogas is facilitated to enter burner.
Filtering tank, which filters out bulk residue, prevents pipeline blockage, and agitating paddle has four layers of paddle, mixes more uniform.
In order to solve the above technical problems, the present invention relates to a kind of charging stations, it is in particular that a kind of marsh gas power generation is electronic
Vehicle charging station, including blending tank, filtering tank, fermentor, steam electric power generator, battery, charging connector, support plate, biogas
It is renewable energy, does not pollute the environment after burning, being blown into for hot wind can accelerates biogas volatilization, and increase biogas pressure, side
Just biogas enters burner.Filtering tank, which filters out bulk residue, prevents pipeline blockage, and agitating paddle has four layers of paddle, mixes more equal
It is even.
Blending tank is taken out by stirring motor, shaft coupling, the excessive seat of motor, feed inlet, mounting plate, agitating paddle, blending tank, vacuum
Expects pipe composition, stirring motor are installed on the upside of shaft coupling, and stirring motor is connect with shaft coupling, and it is excessive that stirring motor is installed on motor
Seat upside, stirring motor are bolted with the excessive seat of motor, and stirring motor is installed on the upside of feed inlet, and stirring motor is installed on
On the upside of loading board, stirring motor is installed on the upside of agitating paddle, and stirring motor is installed on the upside of blending tank, and stirring motor is installed on vacuum
On the upside of material-pumping tube, shaft coupling is installed on the inside of the excessive seat of motor, and shaft coupling is installed on the upside of agitating paddle, and shaft coupling is installed on mixing
On the upside of tank, the excessive seat of motor is installed on the upside of agitating paddle, and shaft coupling is installed on the upside of blending tank, the excessive seat of motor and blending tank spiral shell
It tethering and connects, feed inlet is installed on the upside of blending tank, and feed inlet is bolted with blending tank, and mounting plate is installed on blending tank side,
Mounting plate is bolted with blending tank, and agitating paddle is installed on the inside of blending tank, and agitating paddle is connect with blending tank；
Filtering tank is combined by centrifugal filtration bucket, fluid reservoir, vacuum generator, vacuum exhaust pipe form, centrifugal filtration bucket group
Conjunction is installed on the upside of fluid reservoir, and the combination of centrifugal filtration bucket is connect with fluid reservoir, and the combination of centrifugal filtration bucket is installed on vacuum generator
Upside, the combination of centrifugal filtration bucket are installed on the upside of vacuum exhaust pipe, and the combination of centrifugal filtration bucket is connect with vacuum exhaust pipe, fluid reservoir
It is installed on the left of vacuum generator, fluid reservoir is installed on the left of vacuum exhaust pipe, and vacuum generator is installed on vacuum exhaust pipe
Side, vacuum generator are connect with vacuum exhaust pipe；
Centrifugal filtration bucket combination by tophan box motor, centrifugation main shaft, centrifugal filtration bucket, vacuum degassing mouth, vacuum feed mouth,
Tophan box, biogas slurry discharge port composition, tophan box motor are installed on the downside of centrifugation main shaft, and tophan box motor is connect with centrifugation main shaft,
Tophan box motor is installed on the downside of centrifugal filtration bucket, and tophan box motor is installed on the downside of vacuum degassing mouth, the installation of tophan box motor
On the downside of vacuum feed mouth, tophan box motor is installed on the downside of tophan box, and centrifugation main shaft is installed on the downside of centrifugal filtration bucket, centrifugation
Main shaft and centrifugal filtration bucket weld, and centrifugation main shaft is installed on the downside of vacuum degassing mouth, and centrifugation main shaft is installed under vacuum feed mouth
Side, centrifugation main shaft are installed on the inside of tophan box, and centrifugal filtration bucket is installed on the downside of vacuum degassing mouth, and centrifugal filtration bucket is installed on very
On the downside of empty feed inlet, centrifugal filtration bucket is installed on the inside of tophan box, and vacuum degassing mouth is installed on the right side of vacuum feed mouth, and vacuum goes out
Port is installed on the upside of tophan box, and vacuum degassing mouth and tophan box weld, and vacuum feed mouth is installed on the upside of tophan box, vacuum into
Material mouth and tophan box weld, and tophan box is installed on the upside of biogas slurry discharge port, and tophan box and biogas slurry discharge port weld；
Fluid reservoir is made of valve, liquid storage tank body, inlet, fluid reservoir supporting leg, fluid reservoir discharge port, and valve is installed on fluid reservoir
On the downside of body, valve is installed on the downside of inlet, and valve is installed on the downside of fluid reservoir supporting leg, and valve is installed on the downside of fluid reservoir discharge port, valve
It is threadedly coupled with fluid reservoir discharge port, liquid storage tank body is installed on the downside of inlet, and liquid storage tank body and inlet weld, liquid storage tank body
It is installed on fluid reservoir supporting leg side, liquid storage tank body and fluid reservoir supporting leg weld, and liquid storage tank body is installed on the upside of fluid reservoir discharge port,
Liquid storage tank body and fluid reservoir discharge port weld, and inlet is installed on the upside of fluid reservoir supporting leg, and inlet is installed on fluid reservoir discharging
On the upside of mouthful, fluid reservoir supporting leg is installed on fluid reservoir discharge port side；
Vacuum generator is made of vacuum spin chuck, vaccum case, vacuum degassing hole, vacuum air inlet, vacuum blade, vacuum
Turntable is installed on the inside of vaccum case, and vacuum spin chuck and vaccum case axis connection, vacuum spin chuck are installed on the downside of vacuum degassing hole,
Vacuum spin chuck is installed on the downside of vacuum air inlet, and vacuum spin chuck is installed on vacuum blade side, and vaccum case is installed on vacuum and goes out
On the downside of stomata, vaccum case and vacuum degassing hole are welded, and vaccum case is installed on the downside of vacuum air inlet, vaccum case and vacuum
Air inlet welding, vaccum case are installed on vacuum blade outboard, and vacuum degassing hole is installed on the right side of vacuum air inlet, vacuum degassing
Hole is installed on the upside of vacuum blade, and vacuum air inlet is installed on the upside of vacuum blade；
Fermentor is by hot air apparatus, fermentation cover, fermentor feed inlet, fermentor escape pipe, fermentation tank, burner group
At hot air apparatus is installed on fermentor and covers side, and hot air apparatus is connect with fermentation cover, and hot air apparatus is installed on fermentor charging
On the upside of mouthful, hot air apparatus is installed on the upside of fermentor escape pipe, and hot air apparatus is installed on the upside of fermentation tank, hot air apparatus installation
On the upside of burner, fermentation cover is installed on the downside of fermentor feed inlet, and fermentation cover and fermentor feed inlet weld, fermentor
Lid is installed on the downside of fermentor escape pipe, and fermentation cover and fermentor escape pipe weld, and fermentation cover is installed in fermentation tank
Side, fermentation cover are connect with fermentation tank, and fermentor feed inlet is installed on the left of fermentor escape pipe, the installation of fermentor feed inlet
On the upside of fermentation tank, fermentor escape pipe is installed on the left of burner, and fermentor escape pipe is connect with burner；
Hot air apparatus is made of blower, hot bellows, hot-blast outlet, heater strip, assembling on the left of the hot bellows, blower with
Hot bellows connection, assembling is on the left of hot-blast outlet, and for assembling on the left of heater strip, hot bellows are installed on a hot-blast outlet left side
Side, hot bellows and hot-blast outlet weld, and hot bellows are installed on the outside of heater strip, and hot-blast outlet is installed on the right side of heater strip；
Steam electric power generator is by water inlet, water tank, ball valve, higher pressure steam outlet, low-pressure steam outlet, pressure cooker, power generation
Impeller, impeller housing composition, water inlet are installed on the upside of water tank, and water inlet and tank weld, water tank are installed on the upside of ball valve, on
Water tank is connect with ball valve, and ball valve is installed on the upside of pressure cooker, and ball valve is connect with pressure cooker, and higher pressure steam outlet is installed on the ball valve right side
Side, higher pressure steam outlet are installed on the upside of pressure cooker, and higher pressure steam outlet and pressure cooker weld, and electricity generation impeller is installed on high pressure steaming
On the right side of vapor outlet, electricity generation impeller is connect in higher pressure steam outlet, and electricity generation impeller is installed on inside impeller housing, electricity generation impeller and
Impeller housing axis connection, impeller housing are installed on the right side of pressure cooker, and impeller housing is installed on the downside of low-pressure steam outlet, impeller housing
Body is connect with low-pressure steam outlet；
Blending tank is installed on the left of filtering tank, and blending tank is connect with filtering tank, and filtering tank is installed on the upside of fermentor, filtering
Tank is connect with fermentor, and fermentor is installed on the left of steam electric power generator, and fermentor is connect with steam electric power generator, steam-electric power
Device is installed on the side of battery, and steam electric power generator is connect with battery, and charging connector is installed on battery side, charging
Connector is connect with battery, and support plate is installed on outside blending tank, and support plate is installed on outside filtering tank, and support plate is installed on hair
Fermentation tank, support plate are installed on outside steam electric power generator, and support plate is installed on battery outer.
As advanced optimizing for the technical program, support plate described in a kind of marsh gas power generation electric automobile charging station of the present invention
Material is ceramics.
As advanced optimizing for the technical program, mounting plate described in a kind of marsh gas power generation electric automobile charging station of the present invention
Quantity is two.
As advanced optimizing for the technical program, charging described in a kind of marsh gas power generation electric automobile charging station of the present invention
Head is connect with support plate.
Marsh gas power generation electric automobile charging station of the present invention has the beneficial effect that
Biogas is renewable energy, is not polluted the environment after burning, and being blown into for hot wind can accelerate biogas volatilization, and increase
Biogas pressure facilitates biogas to enter burner.Filtering tank, which filters out bulk residue, prevents pipeline blockage, and agitating paddle has four layers of slurry
Leaf mixes more uniform.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of marsh gas power generation electric automobile charging station of the present invention.
Fig. 2 is a kind of 1 structural schematic diagram of blending tank of marsh gas power generation electric automobile charging station of the present invention.
Fig. 3 is a kind of 2 structural schematic diagram of filtering tank of marsh gas power generation electric automobile charging station of the present invention.
Fig. 4 is that a kind of centrifugal filtration bucket of marsh gas power generation electric automobile charging station of the present invention combines 2-1 structural schematic diagram.
Fig. 5 is that a kind of centrifugal filtration bucket of marsh gas power generation electric automobile charging station of the present invention combines 2-1 partial enlargement structure
Schematic diagram.
Fig. 6 is a kind of fluid reservoir 2-2 structural schematic diagram of marsh gas power generation electric automobile charging station of the present invention.
Fig. 7 is a kind of vacuum generator 2-3 structural schematic diagram of marsh gas power generation electric automobile charging station of the present invention.
Fig. 8 is a kind of 3 structural schematic diagram of fermentor of marsh gas power generation electric automobile charging station of the present invention.
Fig. 9 is a kind of hot air apparatus 3-1 structural schematic diagram of marsh gas power generation electric automobile charging station of the present invention.
Figure 10 is a kind of 4 structural schematic diagram of steam electric power generator of marsh gas power generation electric automobile charging station of the present invention.
In figure: blending tank 1；Stirring motor 1-1；Shaft coupling 1-2；The excessive seat 1-3 of motor；Feed inlet 1-4；Mounting plate 1-5；
Agitating paddle 1-6；Blending tank 1-7；Vacuum material-pumping tube 1-8；Filtering tank 2；Centrifugal filtration bucket combines 2-1；Tophan box motor 2-1-1；
It is centrifuged main shaft 2-1-2；Centrifugal filtration bucket 2-1-3；Vacuum degassing mouth 2-1-4；Vacuum feed mouth 2-1-5；Tophan box 2-1-6；Natural pond
Liquid discharge port 2-1-7；Fluid reservoir 2-2；Valve 2-2-1；Liquid storage tank body 2-2-2；Inlet 2-2-3；Fluid reservoir supporting leg 2-2-4；Storage
Flow container discharge port 2-2-5；Vacuum generator 2-3；Vacuum spin chuck 2-3-1；Vaccum case 2-3-2；Vacuum degassing hole 2-3-3；Very
Empty air inlet 2-3-4；Vacuum blade 2-3-5；Vacuum exhaust pipe 2-4；Fermentor 3；Hot air apparatus 3-1；Blower 3-1-1；Hot wind
Case 3-1-2；Hot-blast outlet 3-1-3；Heater strip 3-1-4；Ferment cover 3-2；Fermentor feed inlet 3-3；Fermentor escape pipe 3-
4；Fermentation tank 3-5；Burner 3-6；Steam electric power generator 4；Water inlet 4-1；Water tank 4-2；Ball valve 4-3；Higher pressure steam outlet
4-4；Low-pressure steam outlet 4-5；Pressure cooker 4-6；Electricity generation impeller 4-7；Impeller housing 4-8；Battery 5；Charging connector 6；Support
Plate 7.
Specific embodiment
Specific embodiment 1:
Illustrate present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, the present invention
It is related to a kind of charging station, is in particular a kind of marsh gas power generation electric automobile charging station, including blending tank 1, filtering tank 2, hair
Fermentation tank 3, steam electric power generator 4, battery 5, charging connector 6, support plate 7, biogas are renewable energy, will not be polluted after burning
Environment, being blown into for hot wind can accelerate biogas volatilization, and increase biogas pressure, and biogas is facilitated to enter burner.Filtering tank filtering
Falling bulk residue prevents pipeline blockage, and agitating paddle has four layers of paddle, mixes more uniform.
Blending tank 1 is by stirring motor 1-1, shaft coupling 1-2, the excessive seat 1-3 of motor, feed inlet 1-4, mounting plate 1-5, stirring
Paddle 1-6, blending tank 1-7, vacuum material-pumping tube 1-8 composition, stirring motor 1-1 are installed on the upside of shaft coupling 1-2, stirring motor 1-1
It is connect with shaft coupling 1-2, stirring motor 1-1 is installed on the upside of the excessive seat 1-3 of motor, stirring motor 1-1 and the excessive seat 1-3 of motor
It is bolted, stirring motor 1-1 is installed on the upside of feed inlet 1-4, and stirring motor 1-1 is installed on the upside of mounting plate 1-5, stirring electricity
Machine 1-1 is installed on the upside of agitating paddle 1-6, and stirring motor 1-1 is installed on the upside of blending tank 1-7, and stirring motor 1-1 is installed on vacuum
On the upside of material-pumping tube 1-8, shaft coupling 1-2 is installed on the inside of the excessive seat 1-3 of motor, and shaft coupling 1-2 is installed on the upside of agitating paddle 1-6,
Shaft coupling 1-2 is installed on the upside of blending tank 1-7, and the excessive seat 1-3 of motor is installed on the upside of agitating paddle 1-6, and shaft coupling 1-2 is installed on
On the upside of blending tank 1-7, motor excessive seat 1-3 and blending tank 1-7 is bolted, and feed inlet 1-4 is installed on the upside of blending tank 1-7,
Feed inlet 1-4 is bolted with blending tank 1-7, and mounting plate 1-5 is installed on the side blending tank 1-7, mounting plate 1-5 and blending tank 1-
7 are bolted, and agitating paddle 1-6 is installed on the inside of blending tank 1-7, and agitating paddle 1-6 connect with blending tank 1-7, mixes in blending tank
The organic matters such as stalk, the excrement to be fermented seal blending tank 1-7, and fermentative microorganism is added from feed inlet 1-4.Starting stirring electricity
Machine 1-1, stirring motor 1-1 rotation, stirring motor 1-1 drive shaft coupling 1-2 rotation, and shaft coupling 1-2 drives agitating paddle 1-6 rotation
Turn, the blade on dynamic agitating paddle 1-6 is stirred the mixture in blending tank 1-7, keeps fermentative microorganism abundant with organic matter
Mixing achievees the purpose that accelerate fermenting speed；
Filtering tank 2 combines 2-1, fluid reservoir 2-2, vacuum generator 2-3, vacuum exhaust pipe 2-4 by centrifugal filtration bucket and forms,
Centrifugal filtration bucket combination 2-1 is installed on the upside of fluid reservoir 2-2, and centrifugal filtration bucket combination 2-1 is connect with fluid reservoir 2-2, is centrifuged
Lauter tank combination 2-1 is installed on the upside of vacuum generator 2-3, and centrifugal filtration bucket combination 2-1 is installed on the upside of vacuum exhaust pipe 2-4,
Centrifugal filtration bucket combination 2-1 is connect with vacuum exhaust pipe 2-4, and fluid reservoir 2-2 is installed on the left of vacuum generator 2-3, fluid reservoir
2-2 is installed on the left of vacuum exhaust pipe 2-4, and vacuum generator 2-3 is installed on the upside of vacuum exhaust pipe 2-4, vacuum generator 2-3
It is connect with vacuum exhaust pipe 2-4；
Centrifugal filtration bucket combines 2-1 by tophan box motor 2-1-1, centrifugation main shaft 2-1-2, centrifugal filtration bucket 2-1-3, vacuum
Gas outlet 2-1-4, vacuum feed mouth 2-1-5, tophan box 2-1-6, biogas slurry discharge port 2-1-7 composition, tophan box motor 2-1-1 peace
On the downside of centrifugation main shaft 2-1-2, tophan box motor 2-1-1 is connect with centrifugation main shaft 2-1-2, tophan box motor 2-1-1 installation
On the downside of centrifugal filtration bucket 2-1-3, tophan box motor 2-1-1 is installed on the downside of vacuum degassing mouth 2-1-4, tophan box motor 2-1-
1 is installed on the downside of vacuum feed mouth 2-1-5, and tophan box motor 2-1-1 is installed on the downside of tophan box 2-1-6, is centrifuged main shaft 2-1-2
It is installed on the downside of centrifugal filtration bucket 2-1-3, centrifugation main shaft 2-1-2 and centrifugal filtration bucket 2-1-3 are welded, centrifugation main shaft 2-1-2 peace
On the downside of vacuum degassing mouth 2-1-4, centrifugation main shaft 2-1-2 is installed on the downside of vacuum feed mouth 2-1-5, is centrifuged main shaft 2-1-2
It is installed on the inside of tophan box 2-1-6, centrifugal filtration bucket 2-1-3 is installed on the downside of vacuum degassing mouth 2-1-4, centrifugal filtration bucket 2-1-
3 are installed on the downside of vacuum feed mouth 2-1-5, and centrifugal filtration bucket 2-1-3 is installed on the inside of tophan box 2-1-6, vacuum degassing mouth 2-
1-4 is installed on the right side of vacuum feed mouth 2-1-5, and vacuum degassing mouth 2-1-4 is installed on the upside of tophan box 2-1-6, vacuum degassing mouth
2-1-4 and tophan box 2-1-6 are welded, and vacuum feed mouth 2-1-5 is installed on the upside of tophan box 2-1-6, vacuum feed mouth 2-1-5 with
Tophan box 2-1-6 welding, tophan box 2-1-6 are installed on the upside of biogas slurry discharge port 2-1-7, tophan box 2-1-6 and biogas slurry discharge port
2-1-7 welding, and with the vacuum degassing hole 2-3-3 volume connecting be it is diminishing, be in exhaust process, centrifugal filtration bucket
Gas is discharged in combination 2-1, and centrifugal filtration bucket combines pressure in 2-1 and reduces, and the mixture in blending tank 1-7 is taken out by vacuum
Expects pipe 1-8 is entered in vacuum feed mouth 2-1-5, and subsequent mixture flows into centrifugal filtration bucket combination 2-1, starting tophan box electricity
Machine 2-1-1, tophan box motor 2-1-1 drive centrifugation main shaft 2-1-2 rotation, and centrifugation main shaft 2-1-2 drives centrifugal filtration bucket 2-1-3
Rotation, centrifugal filtration bucket 2-1-3 drive mixture rotation, and mixture is dished out around under the influence of centrifugal force at this time, and small
Grain enters in tophan box 2-1-6 with moisture, and under gravity, little particle and moisture are pooled to biogas slurry discharge port 2-1-7；
Fluid reservoir 2-2 is gone out by valve 2-2-1, liquid storage tank body 2-2-2, inlet 2-2-3, fluid reservoir supporting leg 2-2-4, fluid reservoir
Material mouth 2-2-5 composition, valve 2-2-1 are installed on the downside of liquid storage tank body 2-2-2, and valve 2-2-1 is installed on the downside of inlet 2-2-3, valve
2-2-1 is installed on the downside of fluid reservoir supporting leg 2-2-4, and valve 2-2-1 is installed on the downside of fluid reservoir discharge port 2-2-5, valve 2-2-1 and storage
Flow container discharge port 2-2-5 is threadedly coupled, and liquid storage tank body 2-2-2 is installed on the downside of inlet 2-2-3, liquid storage tank body 2-2-2 with into
Liquid mouth 2-2-3 welding, liquid storage tank body 2-2-2 are installed on the side fluid reservoir supporting leg 2-2-4, liquid storage tank body 2-2-2 and fluid reservoir branch
Leg 2-2-4 welding, liquid storage tank body 2-2-2 are installed on the upside of fluid reservoir discharge port 2-2-5, and liquid storage tank body 2-2-2 goes out with fluid reservoir
Material mouth 2-2-5 welding, inlet 2-2-3 are installed on the upside of fluid reservoir supporting leg 2-2-4, and inlet 2-2-3 is installed on fluid reservoir and goes out
On the upside of material mouth 2-2-5, fluid reservoir supporting leg 2-2-4 is installed on the side fluid reservoir discharge port 2-2-5, flows through inlet 2-2-3 entrance
It is stored in liquid storage tank body 2-2-2；The working principle of fermentation is to open valve 2-2-1；
Vacuum generator 2-3 is by vacuum spin chuck 2-3-1, vaccum case 2-3-2, vacuum degassing hole 2-3-3, vacuum air inlet
2-3-4, vacuum blade 2-3-5 composition, vacuum spin chuck 2-3-1 are installed on the inside of vaccum case 2-3-2, vacuum spin chuck 2-3-1 with
Vaccum case 2-3-2 axis connection, vacuum spin chuck 2-3-1 are installed on the downside of the 2-3-3 of vacuum degassing hole, vacuum spin chuck 2-3-1 installation
On the downside of vacuum air inlet 2-3-4, vacuum spin chuck 2-3-1 is installed on the side vacuum blade 2-3-5, vaccum case 2-3-2 installation
On the downside of the 2-3-3 of vacuum degassing hole, vaccum case 2-3-2 and vacuum degassing hole 2-3-3 are welded, and vaccum case 2-3-2 is installed on
On the downside of vacuum air inlet 2-3-4, vaccum case 2-3-2 and vacuum air inlet 2-3-4 are welded, and vaccum case 2-3-2 is installed on very
On the outside of empty blade 2-3-5, vacuum degassing hole 2-3-3 is installed on the right side of vacuum air inlet 2-3-4, vacuum degassing hole 2-3-3 installation
On the upside of vacuum blade 2-3-5, vacuum air inlet 2-3-4 is installed on the upside of vacuum blade 2-3-5, vacuum blade 2-3-5 and true
Empty capsid 2-3-2 is tightly bonded, and vacuum spin chuck 2-3-1 rotates counterclockwise, and vacuum spin chuck 2-3-1 drives vaccum case 2-3-2 inverse
When hour hands rotate, it is gradually increased at this time with the vacuum air inlet 2-3-4 volume connecting, is in breathing process.And with it is true
Vacate the volume of stomata 2-3-3 connection be it is diminishing, be in exhaust process；
Fermentor 3 is by hot air apparatus 3-1, fermentation cover 3-2, fermentor feed inlet 3-3, fermentor escape pipe 3-4, fermentation
Tank body 3-5, burner 3-6 composition, hot air apparatus 3-1 are installed on the upside of fermentation cover 3-2, hot air apparatus 3-1 and fermentation cover
3-2 connection, hot air apparatus 3-1 are installed on the upside of fermentor feed inlet 3-3, and hot air apparatus 3-1 is installed on fermentor escape pipe 3-4
Upside, hot air apparatus 3-1 are installed on the upside of fermentation tank 3-5, and hot air apparatus 3-1 is installed on the upside of burner 3-6, and ferment cover
3-2 is installed on the downside of fermentor feed inlet 3-3, and fermentation cover 3-2 and fermentor feed inlet 3-3 are welded, fermentation cover 3-2 installation
On the downside of fermentor escape pipe 3-4, fermentation cover 3-2 and fermentor escape pipe 3-4 are welded, and fermentation cover 3-2 is installed on fermentation
On the upside of tank body 3-5, fermentation cover 3-2 is connect with fermentation tank 3-5, and fermentor feed inlet 3-3 is installed on fermentor escape pipe 3-4
Left side, fermentor feed inlet 3-3 are installed on the upside of fermentation tank 3-5, and fermentor escape pipe 3-4 is installed on the left of burner 3-6,
Fermentor escape pipe 3-4 is connect with burner 3-6, and storage solutions flow into fermentation tank 3-5 by fermentor feed inlet 3-3,
Fermentation tank 3-5 temperature increases, the generation of the biogas of acceleration, and solution temperature increases, and the biogas being dissolved in solution overflows, fermentor
Pressure rise in body 3-5, biogas, to flowing at low pressure, are flowed at burner 3-6 and are ignited by fermentor escape pipe 3-4,
Burning is diffused in air；
Hot air apparatus 3-1 is made of blower 3-1-1, hot bellows 3-1-2, hot-blast outlet 3-1-3, heater strip 3-1-4, blower
3-1-1 is installed on the left of hot bellows 3-1-2, and blower 3-1-1 is connect with hot bellows 3-1-2, and blower 3-1-1 is installed on hot-blast outlet
On the left of 3-1-3, blower 3-1-1 is installed on the left of heater strip 3-1-4, and hot bellows 3-1-2 is installed on the left of hot-blast outlet 3-1-3,
Hot bellows 3-1-2 and hot-blast outlet 3-1-3 is welded, and hot bellows 3-1-2 is installed on the outside of heater strip 3-1-4, hot-blast outlet 3-1-3
It is installed on the right side of heater strip 3-1-4, wind is sent into hot bellows 3-1-2 by blower 3-1-1, and heater strip 3-1-4 is by hot bellows 3-1-2
Interior gas heat temperature raising, the gas after heating flow through hot-blast outlet 3-1-3 and are admitted in fermentation tank 3-5；
Steam electric power generator 4 is by water inlet 4-1, water tank 4-2, ball valve 4-3, higher pressure steam outlet 4-4, low-pressure steam outlet
4-5, pressure cooker 4-6, electricity generation impeller 4-7, impeller housing 4-8 composition, water inlet 4-1 are installed on the upside of water tank 4-2, water inlet 4-
1 welds with water tank 4-2, and water tank 4-2 is installed on the upside of ball valve 4-3, and upper water box 4-2 is connect with ball valve 4-3, and ball valve 4-3 is installed on
On the upside of pressure cooker 4-6, ball valve 4-3 is connect with pressure cooker 4-6, and higher pressure steam outlet 4-4 is installed on the right side of ball valve 4-3, and high pressure is steamed
Vapor outlet 4-4 is installed on the upside of pressure cooker 4-6, and higher pressure steam outlet 4-4 and pressure cooker 4-6 are welded, and electricity generation impeller 4-7 is installed on
On the right side of higher pressure steam outlet 4-4, electricity generation impeller 4-7 is connect in higher pressure steam outlet 4-4, and electricity generation impeller 4-7 is installed on impeller
Inside shell 4-8, electricity generation impeller 4-7 and impeller housing 4-8 axis connection, impeller housing 4-8 are installed on the right side of pressure cooker 4-6, leaf
Wheel shell 4-8 is installed on the downside of low-pressure steam outlet 4-5, and impeller housing 4-8 is connect with low-pressure steam outlet 4-5, the natural pond of burning
Gas generates a large amount of heat, leads to heat transfer and heats the water in pressure cooker 4-6, a large amount of steam generation, pressure in pressure cooker 4-6
It increases, for vapor by higher pressure steam outlet 4-4 to movement at low pressure, vapor enters leaf by higher pressure steam outlet 4-4
It takes turns in shell 4-8, vapor pushes electricity generation impeller 4-7 rotation, and electricity generation impeller 4-7 cutting magnetic induction line produces electricl energy, the electricity of generation
It can be delivered in battery 5 and be stored, low-pressure steam is discharged by low-pressure steam outlet 4-5；
Blending tank 1 is installed on 2 left side of filtering tank, and blending tank 1 is connect with filtering tank 2, and filtering tank 2 is installed on fermentor 3
Side, filtering tank 2 are connect with fermentor 3, and fermentor 3 is installed on 4 left side of steam electric power generator, fermentor 3 and steam electric power generator 4
Connection, steam electric power generator 4 are installed on the side of battery 5, and steam electric power generator 4 is connect with battery 5, and charging connector 6 is pacified
Loaded on 5 side of battery, charging connector 6 is connect with battery 5, and support plate 7 is installed on outside blending tank 1, and support plate 7 is installed on
Outside filtering tank 2, support plate 7 is installed on fermentor 3, and support plate 7 is installed on outside steam electric power generator 4, and support plate 7 is installed on
Outside battery 5.
Specific embodiment 2:
Illustrate present embodiment, this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10
Mode is described further embodiment one, and 7 material of support plate is ceramics.
Specific embodiment 3:
Illustrate present embodiment, this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10
Mode is described further embodiment one, and the mounting plate 1-5 quantity is two.
Specific embodiment 4:
Illustrate present embodiment, this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10
Mode is described further embodiment one, and the charging connector 6 is connect with support plate 7.
The working principle of the present apparatus are as follows: mixed working principle is there is mixing stalk, the excrement etc. to be fermented in blending tank
Machine object seals blending tank 1-7, and fermentative microorganism is added from feed inlet 1-4.Starting stirring motor 1-1, stirring motor 1-1 rotates,
Stirring motor 1-1 drives shaft coupling 1-2 rotation, and shaft coupling 1-2 drives agitating paddle 1-6 rotation, moves the blade pair on agitating paddle 1-6
Mixture in blending tank 1-7 is stirred, and is sufficiently mixed fermentative microorganism with organic matter, reaches the mesh for accelerating fermenting speed
's.The working principle of filtering is that vacuum blade 2-3-5 is tightly bonded with vaccum case 2-3-2, and vacuum spin chuck 2-3-1 revolves counterclockwise
Turn, vacuum spin chuck 2-3-1 drives vaccum case 2-3-2 when rotating counterclockwise, the volume connecting at this time with vacuum air inlet 2-3-4
It is gradually increased, is in breathing process.And with the vacuum degassing hole 2-3-3 volume connecting be it is diminishing, be in
Exhaust process, centrifugal filtration bucket combine gas in 2-1 and are discharged, and centrifugal filtration bucket combines pressure in 2-1 and reduces, blending tank 1-7
Interior mixture is entered in vacuum feed mouth 2-1-5 by vacuum material-pumping tube 1-8, and subsequent mixture flows into centrifugal filtration bucket group
It closes in 2-1, starts tophan box motor 2-1-1, tophan box motor 2-1-1 drives centrifugation main shaft 2-1-2 rotation, is centrifuged main shaft 2-1-
2 drive centrifugal filtration bucket 2-1-3 rotation, and centrifugal filtration bucket 2-1-3 drives mixture rotation, at this time work of the mixture in centrifugal force
It dishes out around under, little particle and moisture enter in tophan box 2-1-6, and under gravity, little particle is collected with moisture
To biogas slurry discharge port 2-1-7, flow through inlet 2-2-3 enter it is stored in liquid storage tank body 2-2-2；The working principle of fermentation
To open valve 2-2-1, storage solutions flow into fermentation tank 3-5 by fermentor feed inlet 3-3, start hot air apparatus 3-1, wind
Wind is sent into hot bellows 3-1-2 by machine 3-1-1, and heater strip 3-1-4 is by the gas heat temperature raising in hot bellows 3-1-2, after heating
Gas flow through hot-blast outlet 3-1-3 and be admitted in fermentation tank 3-5, fermentation tank 3-5 temperature increases, the life of the biogas of acceleration
At solution temperature increases, and the biogas being dissolved in solution overflows, and pressure rise in fermentation tank 3-5, biogas passes through fermentor outlet
Pipe 3-4 flows at burner 3-6 and is ignited, be diffused burning in air to flowing at low pressure.The working principle of power generation is
The biogas of burning generates a large amount of heat, leads to heat transfer and heats the water in pressure cooker 4-6, a large amount of steam generation, pressure cooker
Pressure rise in 4-6, for vapor by higher pressure steam outlet 4-4 to movement at low pressure, vapor passes through higher pressure steam outlet 4-4
It entering in impeller housing 4-8, vapor pushes electricity generation impeller 4-7 rotation, and electricity generation impeller 4-7 cutting magnetic induction line produces electricl energy,
It is stored in the electrical energy transportation of generation to battery 5, low-pressure steam is discharged by low-pressure steam outlet 4-5.Electric car
Charging principle is to connect charging connector 6 with the charge port of electric car, can be charged.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of marsh gas power generation electric automobile charging station, including blending tank (1), filtering tank (2), fermentor (3), steam-electric power dress
Set (4), battery (5), charging connector (6), support plate (7), it is characterised in that: blending tank (1) is by stirring motor (1-1), connection
It is axis device (1-2), the excessive seat of motor (1-3), feed inlet (1-4), mounting plate (1-5), agitating paddle (1-6), blending tank (1-7), true
Empty pump expects pipe (1-8) composition, stirring motor (1-1) are installed on the upside of shaft coupling (1-2), stirring motor (1-1) and shaft coupling (1-
2) it connects, stirring motor (1-1) is installed on the upside of the excessive seat of motor (1-3), stirring motor (1-1) and the excessive seat of motor (1-3)
It is bolted, stirring motor (1-1) is installed on the upside of feed inlet (1-4), and stirring motor (1-1) is installed on mounting plate (1-5)
Side, stirring motor (1-1) are installed on the upside of agitating paddle (1-6), and stirring motor (1-1) is installed on the upside of blending tank (1-7), stirring
Motor (1-1) is installed on the upside of vacuum material-pumping tube (1-8), and shaft coupling (1-2) is installed on the inside of the excessive seat of motor (1-3), shaft coupling
Device (1-2) is installed on the upside of agitating paddle (1-6), and shaft coupling (1-2) is installed on the upside of blending tank (1-7), the excessive seat of motor (1-3)
Be installed on the upside of agitating paddle (1-6), shaft coupling (1-2) is installed on the upside of blending tank (1-7), the excessive seat of motor (1-3) with mix
Tank (1-7) is bolted, and feed inlet (1-4) is installed on the upside of blending tank (1-7), feed inlet (1-4) and blending tank (1-7) bolt
Connection, mounting plate (1-5) are installed on the side blending tank (1-7), and mounting plate (1-5) is bolted with blending tank (1-7), agitating paddle
(1-6) is installed on the inside of blending tank (1-7), and agitating paddle (1-6) is connect with blending tank (1-7)；
Filtering tank (2) combines (2-1), fluid reservoir (2-2), vacuum generator (2-3), vacuum exhaust pipe (2- by centrifugal filtration bucket
4) it forms, centrifugal filtration bucket combination (2-1) is installed on the upside of fluid reservoir (2-2), and centrifugal filtration bucket combines (2-1) and fluid reservoir
(2-2) connection, centrifugal filtration bucket combination (2-1) are installed on the upside of vacuum generator (2-3), and centrifugal filtration bucket combines (2-1) peace
Loaded on the upside of vacuum exhaust pipe (2-4), centrifugal filtration bucket combination (2-1) is connect with vacuum exhaust pipe (2-4), fluid reservoir (2-2)
It is installed on the left of vacuum generator (2-3), fluid reservoir (2-2) is installed on the left of vacuum exhaust pipe (2-4), vacuum generator (2-
3) it is installed on the upside of vacuum exhaust pipe (2-4), vacuum generator (2-3) is connect with vacuum exhaust pipe (2-4)；
Centrifugal filtration bucket combine (2-1) by tophan box motor (2-1-1), centrifugation main shaft (2-1-2), centrifugal filtration bucket (2-1-3),
Vacuum degassing mouth (2-1-4), vacuum feed mouth (2-1-5), tophan box (2-1-6), biogas slurry discharge port (2-1-7) composition, centrifugation
Tank motor (2-1-1) is installed on the downside of centrifugation main shaft (2-1-2), and tophan box motor (2-1-1) and centrifugation main shaft (2-1-2) are even
It connects, tophan box motor (2-1-1) is installed on the downside of centrifugal filtration bucket (2-1-3), and tophan box motor (2-1-1) is installed on vacuum and goes out
On the downside of port (2-1-4), tophan box motor (2-1-1) is installed on the downside of vacuum feed mouth (2-1-5), tophan box motor (2-1-
1) it is installed on the downside of tophan box (2-1-6), centrifugation main shaft (2-1-2) is installed on the downside of centrifugal filtration bucket (2-1-3), is centrifuged main shaft
(2-1-2) and centrifugal filtration bucket (2-1-3) is welded, and centrifugation main shaft (2-1-2) is installed on the downside of vacuum degassing mouth (2-1-4), from
Heart main shaft (2-1-2) is installed on the downside of vacuum feed mouth (2-1-5), and centrifugation main shaft (2-1-2) is installed in tophan box (2-1-6)
Side, centrifugal filtration bucket (2-1-3) are installed on the downside of vacuum degassing mouth (2-1-4), centrifugal filtration bucket (2-1-3) be installed on vacuum into
On the downside of material mouth (2-1-5), centrifugal filtration bucket (2-1-3) is installed on the inside of tophan box (2-1-6), vacuum degassing mouth (2-1-4) peace
Loaded on the right side of vacuum feed mouth (2-1-5), vacuum degassing mouth (2-1-4) is installed on the upside of tophan box (2-1-6), vacuum degassing mouth
(2-1-4) and tophan box (2-1-6) is welded, and vacuum feed mouth (2-1-5) is installed on the upside of tophan box (2-1-6), vacuum feed
Mouth (2-1-5) and tophan box (2-1-6) are welded, and tophan box (2-1-6) is installed on the upside of biogas slurry discharge port (2-1-7), tophan box
(2-1-6) and biogas slurry discharge port (2-1-7) is welded；
Fluid reservoir (2-2) is by valve (2-2-1), liquid storage tank body (2-2-2), inlet (2-2-3), fluid reservoir supporting leg (2-2-4), storage
Flow container discharge port (2-2-5) composition, valve (2-2-1) are installed on the downside of liquid storage tank body (2-2-2), and valve (2-2-1) is installed on feed liquor
On the downside of mouth (2-2-3), valve (2-2-1) is installed on the downside of fluid reservoir supporting leg (2-2-4), and valve (2-2-1) is installed on fluid reservoir discharging
On the downside of mouthful (2-2-5), valve (2-2-1) is threadedly coupled with fluid reservoir discharge port (2-2-5), liquid storage tank body (2-2-2) be installed on into
On the downside of liquid mouth (2-2-3), liquid storage tank body (2-2-2) and inlet (2-2-3) are welded, and liquid storage tank body (2-2-2) is installed on liquid storage
The side tank supporting leg (2-2-4), liquid storage tank body (2-2-2) and fluid reservoir supporting leg (2-2-4) are welded, liquid storage tank body (2-2-2) installation
On the upside of fluid reservoir discharge port (2-2-5), liquid storage tank body (2-2-2) and fluid reservoir discharge port (2-2-5) are welded, inlet (2-
It 2-3) is installed on the upside of fluid reservoir supporting leg (2-2-4), inlet (2-2-3) is installed on the upside of fluid reservoir discharge port (2-2-5), storage
Flow container supporting leg (2-2-4) is installed on the side fluid reservoir discharge port (2-2-5)；
Vacuum generator (2-3) by vacuum spin chuck (2-3-1), vaccum case (2-3-2), vacuum degassing hole (2-3-3), vacuum into
Stomata (2-3-4), vacuum blade (2-3-5) composition, vacuum spin chuck (2-3-1) are installed on the inside of vaccum case (2-3-2), vacuum
Turntable (2-3-1) and vaccum case (2-3-2) axis connection, vacuum spin chuck (2-3-1) are installed under vacuum degassing hole (2-3-3)
Side, vacuum spin chuck (2-3-1) are installed on the downside of vacuum air inlet (2-3-4), and vacuum spin chuck (2-3-1) is installed on vacuum blade
The side (2-3-5), vaccum case (2-3-2) are installed on the downside of vacuum degassing hole (2-3-3), vaccum case (2-3-2) and vacuum
Venthole (2-3-3) welding, vaccum case (2-3-2) are installed on the downside of vacuum air inlet (2-3-4), vaccum case (2-3-2)
It is welded with vacuum air inlet (2-3-4), vaccum case (2-3-2) is installed on the outside of vacuum blade (2-3-5), vacuum degassing hole
(2-3-3) is installed on the right side of vacuum air inlet (2-3-4), and vacuum degassing hole (2-3-3) is installed on vacuum blade (2-3-5)
Side, vacuum air inlet (2-3-4) are installed on the upside of vacuum blade (2-3-5)；
Fermentor (3) is by hot air apparatus (3-1), fermentation cover (3-2), fermentor feed inlet (3-3), fermentor escape pipe (3-
4), fermentation tank (3-5), burner (3-6) composition, hot air apparatus (3-1) are installed on the upside of fermentation cover (3-2), hot wind dress
It sets (3-1) to connect with fermentation cover (3-2), hot air apparatus (3-1) is installed on the upside of fermentor feed inlet (3-3), hot air apparatus
(3-1) is installed on the upside of fermentor escape pipe (3-4), and hot air apparatus (3-1) is installed on the upside of fermentation tank (3-5), hot wind dress
It sets (3-1) to be installed on the upside of burner (3-6), fermentation cover (3-2) is installed on the downside of fermentor feed inlet (3-3), fermentor
It covers (3-2) and fermentor feed inlet (3-3) to weld, fermentation cover (3-2) is installed on the downside of fermentor escape pipe (3-4), fermentation
Cover (3-2) and fermentor escape pipe (3-4) are welded, and fermentation cover (3-2) is installed on the upside of fermentation tank (3-5), fermentor
Lid (3-2) is connect with fermentation tank (3-5), and fermentor feed inlet (3-3) is installed on the left of fermentor escape pipe (3-4), fermentation
Tank feed inlet (3-3) is installed on the upside of fermentation tank (3-5), and fermentor escape pipe (3-4) is installed on the left of burner (3-6),
Fermentor escape pipe (3-4) is connect with burner (3-6)；
Hot air apparatus (3-1) is by blower (3-1-1), hot bellows (3-1-2), hot-blast outlet (3-1-3), heater strip (3-1-4) group
At blower (3-1-1) is installed on the left of hot bellows (3-1-2), and blower (3-1-1) is connect with hot bellows (3-1-2), blower (3-
It 1-1) is installed on the left of hot-blast outlet (3-1-3), blower (3-1-1) is installed on the left of heater strip (3-1-4), hot bellows (3-1-
2) it is installed on the left of hot-blast outlet (3-1-3), hot bellows (3-1-2) and hot-blast outlet (3-1-3) are welded, hot bellows (3-1-2)
It is installed on the outside of heater strip (3-1-4), hot-blast outlet (3-1-3) is installed on the right side of heater strip (3-1-4)；
Steam electric power generator (4) is steamed by water inlet (4-1), water tank (4-2), ball valve (4-3), higher pressure steam outlet (4-4), low pressure
Vapor outlet (4-5), pressure cooker (4-6), electricity generation impeller (4-7), impeller housing (4-8) composition, water inlet (4-1) are installed on water tank
On the upside of (4-2), water inlet (4-1) and water tank (4-2) are welded, and water tank (4-2) is installed on the upside of ball valve (4-3), upper water box (4-2)
It is connect with ball valve (4-3), ball valve (4-3) is installed on the upside of pressure cooker (4-6), and ball valve (4-3) is connect with pressure cooker (4-6), high
Pressure steam (vapor) outlet (4-4) is installed on the right side of ball valve (4-3), and higher pressure steam outlet (4-4) is installed on the upside of pressure cooker (4-6), high
Steam (vapor) outlet (4-4) and pressure cooker (4-6) is pressed to weld, electricity generation impeller (4-7) is installed on the right side of higher pressure steam outlet (4-4), hair
Electric impeller (4-7) connect in higher pressure steam outlet (4-4), and electricity generation impeller (4-7) is installed on impeller housing (4-8) inside, hair
Electric impeller (4-7) and impeller housing (4-8) axis connection, impeller housing (4-8) are installed on the right side of pressure cooker (4-6), impeller housing
(4-8) is installed on the downside of low-pressure steam outlet (4-5), and impeller housing (4-8) is connect with low-pressure steam outlet (4-5)；
Blending tank (1) is installed on the left of filtering tank (2), and blending tank (1) is connect with filtering tank (2), and filtering tank (2) is installed on fermentation
On the upside of tank (3), filtering tank (2) is connect with fermentor (3), and fermentor (3) is installed on the left of steam electric power generator (4), fermentor
(3) it is connect with steam electric power generator (4), steam electric power generator (4) is installed on the side of battery (5), steam electric power generator (4)
It is connect with battery (5), charging connector (6) is installed on battery (5) side, and charging connector (6) is connect with battery (5), branch
Fagging (7) is installed on blending tank (1) outside, and support plate (7) is installed on filtering tank (2) outside, and support plate (7) is installed on fermentor
(3), support plate (7) is installed on steam electric power generator (4) outside, and it is external that support plate (7) is installed on battery (5).
2. a kind of marsh gas power generation electric automobile charging station according to claim 1, it is characterised in that: the support plate (7)
Material is ceramics.
3. a kind of marsh gas power generation electric automobile charging station according to claim 1, it is characterised in that: the mounting plate (1-
5) quantity is two.
4. a kind of marsh gas power generation electric automobile charging station according to claim 1, it is characterised in that: the charging connector
(6) it is connect with support plate (7).
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| CN105002088A (en) * | 2015-07-20 | 2015-10-28 | 南安市绿野沼气技术开发研究所 | Slag-liquid separation type methane tank |
| CN206418116U (en) * | 2016-12-28 | 2017-08-18 | 宁夏天纵泓光余热发电技术股份有限公司 | Methane power generating system |
| CN207793259U (en) * | 2017-12-27 | 2018-08-31 | 泛恩汇正（天津）科技股份有限公司 | A kind of methane-generating pit with agitating device |
| CN108177547A (en) * | 2018-01-06 | 2018-06-19 | 浙江双快自由新能源有限公司 | New energy vehicle off-network quick charge station |
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| CN109228947B (en) | 2019-12-06 |
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