CN107420231A - Internal combustion engine synergy emission reduction catalysis process and system - Google Patents
Internal combustion engine synergy emission reduction catalysis process and system Download PDFInfo
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- CN107420231A CN107420231A CN201611254815.8A CN201611254815A CN107420231A CN 107420231 A CN107420231 A CN 107420231A CN 201611254815 A CN201611254815 A CN 201611254815A CN 107420231 A CN107420231 A CN 107420231A
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- air
- intake duct
- air intake
- oxygen
- connecting piece
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F02—COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
- F02M—SUPPLYING COMBUSTION ENGINES IN GENERAL WITH COMBUSTIBLE MIXTURES OR CONSTITUENTS THEREOF
- F02M25/00—Engine-pertinent apparatus for adding non-fuel substances or small quantities of secondary fuel to combustion-air, main fuel or fuel-air mixture
- F02M25/10—Engine-pertinent apparatus for adding non-fuel substances or small quantities of secondary fuel to combustion-air, main fuel or fuel-air mixture adding acetylene, non-waterborne hydrogen, non-airborne oxygen, or ozone
- F02M25/12—Engine-pertinent apparatus for adding non-fuel substances or small quantities of secondary fuel to combustion-air, main fuel or fuel-air mixture adding acetylene, non-waterborne hydrogen, non-airborne oxygen, or ozone the apparatus having means for generating such gases
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/10—Internal combustion engine [ICE] based vehicles
- Y02T10/12—Improving ICE efficiencies
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- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Electrolytic Production Of Non-Metals, Compounds, Apparatuses Therefor (AREA)
Abstract
The present invention relates to a kind of internal combustion engine synergy emission reduction catalysis process and system, it is that the oxygen of smelling for smelling Oxygen Generator exports the air intake duct connecting piece that the air intake duct connecting piece of air intake duct or delivery pipe and delivery pipe are received behind UNICOM's combustion engine air filters inner chamber or combustion engine air filters, on plateau or plateau, oxygen is smelt in smell air intake duct connecting piece that Oxygen Generator is received by the air intake duct connecting piece or delivery pipe and delivery pipe combustion air or the addition of fuel combination gas into the air intake duct between internal combustion engine filtering element for air filter and internal combustion engine intake valve of relative low land start and stop synchronous with internal combustion engine；Or oxygen is smelt in combustion air addition into the air intake duct before internal combustion engine filtering element for air filter and air-fuel mixture；Into internal combustion engine air-fuel mixture air intake duct, oxygen is smelt in the addition of fuel combination gas.With after increasing and smelling oxygen, internal combustion engine can be catalyzed burning well in burning, can strengthen power, and can raising efficiency and emission reduction, the advantages of being particularly suitable for plateau.
Description
Technical field
The present invention relates to a kind of internal combustion engine synergy discharge-reducing method, more particularly to a kind of internal combustion engine synergy emission reduction catalysis process
And system.
Background technology
It is well known that the main cause for influenceing internal combustion engine efficiency and noxious emission is exactly that fuel combustion is incomplete, in rarefaction of air
Plateau, internal combustion energy conversion efficiency will be lower, such as：High load with small power common on low land road can not be seen on plateau
With serious overload.In addition, although turbocharging can strengthen power, fuel oil efficiency and emission reduction can not be improved.Therefore, institute
There is the catalytic combustion technology equipment that internal combustion engine, particularly plateau internal combustion engine are badly in need of improving internal combustion engine efficiency and emission reduction.
The content of the invention
Present invention aims to overcome that the drawbacks described above of prior art, there is provided one kind can strengthen power, and and can improves energy
Effect and the internal combustion engine synergy emission reduction catalysis process of emission reduction, the invention further relates to system for carrying out the process.
To achieve the above object, the oxygen of smelling of the invention for smelling Oxygen Generator exports UNICOM's combustion engine air filters inner chamber or interior
The air intake duct connecting piece that the air intake duct connecting piece of air intake duct or delivery pipe and delivery pipe are received behind combustion engine air cleaner,
The Oxygen Generator of smelling of the relative low land start and stop synchronous with internal combustion engine in plateau or plateau passes through the air intake duct connecting piece or conveying
Pipe and the air intake duct connecting piece received of delivery pipe are to the air intake duct between internal combustion engine filtering element for air filter and internal combustion engine intake valve
Oxygen is smelt in interior combustion air or fuel combination gas addition；Or into the air intake duct before internal combustion engine filtering element for air filter and air-fuel mixture
Oxygen is smelt in combustion air addition；Into internal combustion engine air-fuel mixture air intake duct, oxygen is smelt in the addition of fuel combination gas.Start and stop synchronous with internal combustion engine
It can also be the internal combustion engine normal work such as cooling water with being closed when startup, internal combustion engine are closed in internal combustion engine normal work
Temperature starts in normal warm area, or rotating speed starts in normal revolution scope.By smelling oxygen to air, fuel combination gas, combustion
The catalysis of indoor fuel and flame is burnt, can strengthen power so as to realize, and can improves efficiency and the purpose of emission reduction.With increasing
After smelling oxygen, internal combustion engine can be catalyzed burning well in burning, can strengthen power, and and can improves efficiency and emission reduction,
The advantages of being particularly suitable for plateau.
As optimization, it is described smell Oxygen Generator have smell oxygen outlet and air intlet；The direct UNICOM's air of air intlet or sky
Gas import is by the indirect UNICOM's air of air cleaner or air intlet by being air-dried the indirect UNICOM's air of filter or sky
Gas import passes through the indirect UNICOM's air of air dryer；
The air intake duct connecting piece is that delivery pipe front end is formed with or is connected with for before self-drying type air cleaner cartridge
The tubular type syringe needle for the air cleaner inner chamber being inserted into behind filter core；
Either smell oxygen outlet or delivery pipe front end is connected to seal UNICOM's air cleaner inner chamber or combustion air
The tube head for the introversion and extroversion through hole being formed with air intake duct behind filter, the sealing UNICOM are viscous after cementation after insertion or insertion
Gu step up firmware again to reinforce or insert and sealed with elastic sealing gasket and step up firmware reinforcing；Or the sealing UNICOM is insertion
Afterwards solid welding or insertion and with elastic sealing gasket seal and step up firmware reinforce；Or the sealing UNICOM is solid welding after insertion.
As optimization, the tubular type syringe needle is furnished with the clip for being used for being fixed in air cleaner casing air inlet port regions
Or clip or standard fasteners or consolidated by fixation binding agent or fixation weld seam with air cleaner casing air inlet port regions
It is fixed；
The introversion and extroversion through hole is formed with interior screw thread, and the tube head periphery is formed with the outer silk matched somebody with somebody with the interior screw thread sealing filament
Button；The tube head rear portion is formed with spanner cooperation by trigger structure.
Or the tube head rear portion or middle part are formed with and block disk, it is described block disk and be furnished be used for itself and tube head and introversion and extroversion through hole
Mechanical fasteners mechanism further fixed after the bonding of region；Or the disk that blocks is furnished with for matching somebody with somebody with the sealing of introversion and extroversion through hole periphery wall
The elastic sealing gasket of conjunction and the fixation binding agent for itself and tube head further to be fixed or mechanical fasteners mechanism.
As optimization, mechanical fasteners mechanism is out to be formed with or configure fastening connection piece between two openends of ring-shaped clip,
Open to be formed with the ring body of ring-shaped clip and match somebody with somebody through hole for blocking the tube head that back-end disk tube head section passes；Either two semicircle clip valves
Two pairs of openends be formed with or configure fastening connection piece, be formed with confession in any one semi-circular ring in two semicircle clip valves
Block the tube head that back-end disk tube head section passes and match somebody with somebody through hole；Or block behind disk and to be formed with tube head rear end both sides and a pair of column distribution flat
Row groove or positive stop hook, parallel groove or positive stop hook respectively configure a ring-shaped clip；
The tube head is straight tube head or is the corner that end bends towards downstream.
As optimization, it is described smell Oxygen Generator smell oxygen outlet and air intlet draw respectively connect the air intake duct connecting piece or
The delivery pipe and air intake duct connecting piece；
Smell oxygen outlet and draw the air intake duct connecting piece connect or delivery pipe and air intake duct connecting piece sealing UNICOM in the air intake duct
Downstream, smell Oxygen Generator air intlet and draw the air intake duct connecting piece connect or delivery pipe and air intake duct connecting piece and seal UNICOM in institute
State the downstream of air intake duct；When it is tube head to smell Oxygen Generator air intlet to draw the air intake duct connecting piece that connects, the tube head is
Straight tube head bends towards the corner of upstream or curved horn mouth tube head for end；
As optimization, on the air flow path for smelling Oxygen Generator or smell Oxygen Generator air intlet and be attached thereto defeated
Send between pipe or smell Oxygen Generator and smell between oxygen outlet and the delivery pipe being attached thereto or be serially connected with airlift mump in delivery pipe.
As optimization, the air intlet for smelling Oxygen Generator directly or by the indirect UNICOM's water electrolysis hydrogen producing gas of pipeline and
The oxygen outlet of oxygen unit；
The air intake duct draws respectively in two remote diverse locations connects a set of air intake duct connecting piece or the conveying
Pipe and air intake duct connecting piece, wherein being smelt described in a set of air intake duct connecting piece or the delivery pipe and air intake duct connecting piece UNICOM
Oxygen Generator smells oxygen outlet, the another set of air intake duct connecting piece or the delivery pipe and air intake duct connecting piece UNICOM water electrolysis
The hydrogen outlet of hydrogen and oxygen unit.
As optimization, the air intake duct connecting piece or the delivery pipe and air intake duct that Oxygen Generator smells oxygen outlet are smelt by UNICOM
Connecting piece draws the upstream for being connected on the air intake duct, the drawing of UNICOM's water electrolysis hydrogen producing gas and oxygen unit hydrogen outlet be connected on it is described enter
The downstream of air flue；
Or the air intake duct connecting piece or the delivery pipe and the air intake duct UNICOM that Oxygen Generator smells oxygen outlet are smelt by UNICOM
Part draws the downstream for being connected on the air intake duct, and UNICOM's water electrolysis hydrogen producing gas and drawing for oxygen unit hydrogen outlet are connected on the air intake duct
Upstream.
As optimization, the hydrogen outlet of water electrolysis hydrogen producing oxygen and oxygen unit and the air intake duct connecting piece or the conveying
Ultrasonic humidifier air flue or water seal humidification are concatenated between pipe or between the delivery pipe and the air intake duct connecting piece of its UNICOM
Air flue；Either between the hydrogen outlet and the air intake duct connecting piece or the delivery pipe of electrolytic hydrogen production oxygen and oxygen unit or
Between the delivery pipe and the air intake duct connecting piece of its UNICOM ultrasonic humidifier air flue and strong is sequentially connected in series from upstream to downstream
Magnetic field magnetizes air flue or water seal humidification air flue and high-intensity magnetic field magnetization air flue；The hydrogen outlet of water electrolysis hydrogen producing oxygen and oxygen unit with
Concatenated between the air intake duct connecting piece or the delivery pipe or between the delivery pipe and the air intake duct connecting piece of its UNICOM
High-intensity magnetic field magnetizes air flue；
Pipeline or the oxygen of water electrolysis hydrogen producing gas and oxygen unit described in the direct UNICOM of air intlet for smelling Oxygen Generator
Gas exports, or the air intlet for smelling Oxygen Generator goes out with the pipeline or the oxygen of water electrolysis hydrogen producing gas and oxygen unit
Oxygen drier or oxygen dehumidifier are concatenated between mouthful.
The power line of the electrical appliance used of inventive combustion engine synergy emission reduction catalysis process can be connected to internal combustion engine institute band
The charging circuit output end that the battery of dynamic generator to driving starter motor charges, can also be connected on battery or generate electricity
Machine charging circuit output end, and install switch controller additional between battery and electrical appliance, the signal input of switch controller
Terminal is electrically connected by starting after engine start, tail-off when the sensor closed or by turning on, starting after engine start
The normal open switch disconnected when office closes.
With after increasing and smelling oxygen, internal combustion engine can be catalyzed burning well in burning, can strengthen power, and can
The advantages of improving efficiency and emission reduction.
System for realizing the method for the invention is that the oxygen outlet UNICOM combustion air of smelling for smelling Oxygen Generator filters
The air inlet that the air intake duct connecting piece of air intake duct or delivery pipe and delivery pipe are received behind device inner chamber or combustion engine air filters
Road connecting piece, on plateau or plateau, the Oxygen Generator of smelling of relative low land start and stop synchronous with internal combustion engine passes through the air intake duct UNICOM
The air intake duct connecting piece that part or delivery pipe and delivery pipe are received to internal combustion engine filtering element for air filter and internal combustion engine intake valve it
Between air intake duct in combustion air or fuel combination gas addition smell oxygen；Or to before internal combustion engine filtering element for air filter and air-fuel mixture
Air intake duct in combustion air addition smell oxygen；Into internal combustion engine air-fuel mixture air intake duct, oxygen is smelt in the addition of fuel combination gas.With internal combustion
Machine synchronization start and stop can also be the normal work of internal combustion engine with being closed when startup, internal combustion engine are closed in internal combustion engine normal work
Make such as cooling water temperature in normal warm area to start, or rotating speed starts in normal revolution scope.By smelling oxygen to air, mixing
The catalysis of fuel gas, fuel in combustion chamber and flame, power can be strengthened so as to realize, and can improves efficiency and emission reduction, especially
It is adapted to the purpose on plateau.
As optimization, it is described smell Oxygen Generator have smell oxygen outlet and air intlet；The direct UNICOM's air of air intlet or sky
Gas import is by the indirect UNICOM's air of air cleaner or air intlet by being air-dried the indirect UNICOM's air of filter or sky
Gas import passes through the indirect UNICOM's air of air dryer；
The air intake duct connecting piece is that delivery pipe front end is formed with or is connected with for before self-drying type air cleaner cartridge
The tubular type syringe needle for the air cleaner inner chamber being inserted into behind filter core；
Either smell oxygen outlet or delivery pipe front end is connected to seal UNICOM's air cleaner inner chamber or combustion air
The tube head for the introversion and extroversion through hole being formed with air intake duct behind filter, the sealing UNICOM are viscous after cementation after insertion or insertion
Gu step up firmware again to reinforce or insert and sealed with elastic sealing gasket and step up firmware reinforcing；Or the sealing UNICOM is insertion
Afterwards solid welding or insertion and with elastic sealing gasket seal and step up firmware reinforce；Or the sealing UNICOM is solid welding after insertion.
As optimization, the tubular type syringe needle is furnished with the clip for being used for being fixed in air cleaner casing air inlet port regions
Or clip or standard fasteners or consolidated by fixation binding agent or fixation weld seam with air cleaner casing air inlet port regions
It is fixed；
The introversion and extroversion through hole is formed with interior screw thread, and the tube head periphery is formed with the outer silk matched somebody with somebody with the interior screw thread sealing filament
Button；The tube head rear portion is formed with spanner cooperation by trigger structure.
Or the tube head rear portion or middle part are formed with and block disk, it is described block disk and be furnished be used for itself and tube head and introversion and extroversion through hole
Mechanical fasteners mechanism further fixed after the bonding of region；Or the disk that blocks is furnished with for matching somebody with somebody with the sealing of introversion and extroversion through hole periphery wall
The elastic sealing gasket of conjunction and the fixation binding agent for itself and tube head further to be fixed or mechanical fasteners mechanism.
As optimization, mechanical fasteners mechanism is out to be formed with or configure fastening connection piece between two openends of ring-shaped clip,
Open to be formed with the ring body of ring-shaped clip and match somebody with somebody through hole for blocking the tube head that back-end disk tube head section passes；Either two semicircle clip valves
Two pairs of openends be formed with or configure fastening connection piece, be formed with confession in any one semi-circular ring in two semicircle clip valves
Block the tube head that back-end disk tube head section passes and match somebody with somebody through hole；Or block behind disk and to be formed with tube head rear end both sides and a pair of column distribution flat
Row groove or positive stop hook, parallel groove or positive stop hook respectively configure a ring-shaped clip；
The tube head is straight tube head or is the corner that end bends towards downstream.
As optimization, it is described smell Oxygen Generator smell oxygen outlet and air intlet draw respectively connect the air intake duct connecting piece or
The delivery pipe and air intake duct connecting piece；
Smell oxygen outlet and draw the air intake duct connecting piece connect or delivery pipe and air intake duct connecting piece sealing UNICOM in the air intake duct
Downstream, smell Oxygen Generator air intlet and draw the air intake duct connecting piece connect or delivery pipe and air intake duct connecting piece and seal UNICOM in institute
State the downstream of air intake duct；When it is tube head to smell Oxygen Generator air intlet to draw the air intake duct connecting piece that connects, the tube head is
Straight tube head bends towards the corner of upstream or curved horn mouth tube head for end；
As optimization, on the air flow path for smelling Oxygen Generator or smell Oxygen Generator air intlet and be attached thereto defeated
Send between pipe or smell Oxygen Generator and smell between oxygen outlet and the delivery pipe being attached thereto or be serially connected with airlift mump in delivery pipe.
As optimization, the air intlet for smelling Oxygen Generator directly or by the indirect UNICOM's water electrolysis hydrogen producing gas of pipeline and
The oxygen outlet of oxygen unit；
The air intake duct draws respectively in two remote diverse locations connects a set of air intake duct connecting piece or the conveying
Pipe and air intake duct connecting piece, wherein being smelt described in a set of air intake duct connecting piece or the delivery pipe and air intake duct connecting piece UNICOM
Oxygen Generator smells oxygen outlet, the another set of air intake duct connecting piece or the delivery pipe and air intake duct connecting piece UNICOM water electrolysis
The hydrogen outlet of hydrogen and oxygen unit.
As optimization, the air intake duct connecting piece or the delivery pipe and air intake duct that Oxygen Generator smells oxygen outlet are smelt by UNICOM
Connecting piece draws the upstream for being connected on the air intake duct, the drawing of UNICOM's water electrolysis hydrogen producing gas and oxygen unit hydrogen outlet be connected on it is described enter
The downstream of air flue；
Or the air intake duct connecting piece or the delivery pipe and the air intake duct UNICOM that Oxygen Generator smells oxygen outlet are smelt by UNICOM
Part draws the downstream for being connected on the air intake duct, and UNICOM's water electrolysis hydrogen producing gas and drawing for oxygen unit hydrogen outlet are connected on the air intake duct
Upstream.
As optimization, the hydrogen outlet of water electrolysis hydrogen producing oxygen and oxygen unit and the air intake duct connecting piece or the conveying
Ultrasonic humidifier air flue or water seal humidification are concatenated between pipe or between the delivery pipe and the air intake duct connecting piece of its UNICOM
Air flue；Either between the hydrogen outlet and the air intake duct connecting piece or the delivery pipe of electrolytic hydrogen production oxygen and oxygen unit or
Between the delivery pipe and the air intake duct connecting piece of its UNICOM ultrasonic humidifier air flue and strong is sequentially connected in series from upstream to downstream
Magnetic field magnetizes air flue or water seal humidification air flue and high-intensity magnetic field magnetization air flue；The hydrogen outlet of water electrolysis hydrogen producing oxygen and oxygen unit with
Concatenated between the air intake duct connecting piece or the delivery pipe or between the delivery pipe and the air intake duct connecting piece of its UNICOM
High-intensity magnetic field magnetizes air flue；
Pipeline or the oxygen of water electrolysis hydrogen producing gas and oxygen unit described in the direct UNICOM of air intlet for smelling Oxygen Generator
Gas exports, or the air intlet for smelling Oxygen Generator goes out with the pipeline or the oxygen of water electrolysis hydrogen producing gas and oxygen unit
Oxygen drier or oxygen dehumidifier are concatenated between mouthful.
The power line of the electrical appliance used of inventive combustion engine synergy emission reduction catalysis process can be connected to internal combustion engine institute band
The charging circuit output end that the battery of dynamic generator to driving starter motor charges, can also be connected on battery or generate electricity
Machine charging circuit output end, and install switch controller additional between battery and electrical appliance, the signal input of switch controller
Terminal is electrically connected by starting after engine start, tail-off when the sensor closed or by turning on, starting after engine start
The normal open switch disconnected when office closes.The switch controller can also be electrically connected cooling-water temperature sensor or engine speed sensor or
Tachometer, and in switch controller set a guarantee internal combustion engine normal operation water temperature or range of revolution, overrun just
Close, just start into scope.
After adopting the above technical scheme, after inventive combustion engine synergy emission reduction catalysis process and system have and increase and smell oxygen,
Internal combustion engine can be catalyzed burning well in burning, can strengthen power, and and can improves efficiency and emission reduction, is particularly suitable for
The advantages of plateau.
Brief description of the drawings
Fig. 1 is the structural representation of the first embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Fig. 2 is the structural representation of second of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Fig. 3 is the structural representation of the third embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Fig. 4 is the structural representation of the 4th kind of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Fig. 5 is the structural representation of the 5th kind of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Fig. 6 is the structural representation of the 6th kind of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Fig. 7-8 is the structural representation that embodiment 1-3 matches somebody with somebody two kinds of clips.
Fig. 9 is the structural representation of the 7th kind of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Figure 10 is the structural representation of the 8th kind of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Figure 11 is the structural representation of the 9th kind of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Figure 12 is the structural representation of the tenth kind of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Figure 13 is the tenth a kind of structural representation of embodiment of inventive combustion engine synergy emission reduction catalysis process and system.
Embodiment
Embodiment one, inventive combustion engine synergy emission reduction catalysis process are that the oxygen outlet UNICOM of smelling for smelling Oxygen Generator is used to connect
Connect the air inlet that the delivery pipe of air intake duct and delivery pipe are received behind combustion engine air filters inner chamber or combustion engine air filters
Road connecting piece (or air intake duct connecting piece), on plateau or plateau, the start and stop synchronous with internal combustion engine of relative low land smells Oxygen Generator
The air intake duct connecting piece (or described air intake duct connecting piece) received by delivery pipe and delivery pipe is to combustion engine air filters
Oxygen is smelt in combustion air or the addition of fuel combination gas in air intake duct between filter core and internal combustion engine intake valve；Or to combustion air mistake
Filter insert smells oxygen with combustion air addition in the air intake duct before air-fuel mixture；Combustion is mixed into internal combustion engine air-fuel mixture air intake duct
Oxygen is smelt in material gas addition.Start and stop synchronous with internal combustion engine can also be with being closed when in internal combustion engine normal work, startup, internal combustion engine are closed
Close, the internal combustion engine normal work such as cooling water temperature starts in normal warm area, or rotating speed starts in normal revolution scope.
It is described smell Oxygen Generator 1 have smell oxygen outlet and air intlet；Tubular type syringe needle is simple straight tube syringe needle (or simple bend pipe syringe needle).
Specifically described air intake duct connecting piece is that delivery pipe front end is formed with or is connected with for the filter of self-drying type air cleaner
The tubular type syringe needle for the air cleaner inner chamber being inserted into before core behind filter core.The tubular type syringe needle, which is furnished with, to be used to be fixed in sky
The clip or clip or standard fasteners in air cleaner housing inlet region pass through fixation binding agent or fixation weld seam
Fixed with air cleaner casing air inlet port regions.With after increasing and smelling oxygen, internal combustion engine can be urged well in burning
The advantages of change is burnt, and can strengthen power, and and can improves efficiency and emission reduction.
It is used to connect as shown in figure 1, the system for the above method of the present invention is the oxygen outlet UNICOM of smelling for smelling Oxygen Generator 1
The air intake duct that the delivery pipe of air intake duct and delivery pipe 2 are received behind combustion engine air filters inner chamber or combustion engine air filters
Connecting piece (or air intake duct connecting piece), on plateau or plateau, the Oxygen Generator of smelling of relative low land start and stop synchronous with internal combustion engine leads to
Air intake duct connecting piece (or described air intake duct connecting piece) that delivery pipe 2 and delivery pipe 2 receive is crossed to combustion engine air filters
Oxygen is smelt in combustion air or the addition of fuel combination gas in air intake duct between filter core and internal combustion engine intake valve；Or to combustion air mistake
Filter insert smells oxygen with combustion air addition in the air intake duct before air-fuel mixture；Combustion is mixed into internal combustion engine air-fuel mixture air intake duct
Oxygen is smelt in material gas addition.It is described smell Oxygen Generator 1 have smell oxygen outlet and air intlet；Tubular type syringe needle is that simple straight tube syringe needle is (or single
Simple bending pipe syringe needle).
Specifically described air intake duct connecting piece is that the front end of delivery pipe 2 is formed with or is connected with for the filter of self-drying type air cleaner
The tubular type syringe needle 3 for the air cleaner inner chamber being inserted into before core behind filter core.The tubular type syringe needle 3, which is furnished with, to be used to be fixed in
The clip or clip or standard fasteners of air cleaner casing air inlet port regions are welded by fixation binding agent or fixation
Seam is fixed with air cleaner casing air inlet port regions.With after increasing and smelling oxygen, internal combustion engine can obtain well in burning
Catalysis burning, can strengthen power, and and can improves efficiency and emission reduction, the advantages of being particularly suitable for plateau.
Embodiment two, as shown in Fig. 2 the difference of inventive combustion engine synergy emission reduction catalysis process and system and embodiment one
It is that the base portion of straight tube syringe needle 3 is formed with and blocks disk 30 to be tubular type syringe needle.When straight tube syringe needle 3 inserts filter core, block disk 30 and direct reach onto filter core.
Embodiment three, as shown in figure 3, the difference of inventive combustion engine synergy emission reduction catalysis process and system and embodiment one
It is that the front end of delivery pipe 2 (or smelling oxygen outlet) is connected to seal UNICOM's air cleaner inner chamber or combustion air filtering
The tube head 4 for the introversion and extroversion through hole being formed with air intake duct behind device.The sealing UNICOM steps up firmware for cementation after insertion and added again
Gu.The specifically described rear portion of tube head 4 or middle part are formed with and block disk 30, i.e., it is described block disk 30 be furnished be used for by itself and tube head 3 with it is inside and outside
Mechanical fasteners mechanism further fixed after being bonded to via regions；Mechanical fasteners mechanism is out two openends of ring-shaped clip 50
Between be formed with or configure fastening connection piece, open to be formed with the ring body of ring-shaped clip 50 and match somebody with somebody for blocking the tube head that back-end disk tube head section passes
Through hole 5, as shown in Figure 7.Tube head 4 is straight tube first 4.
Example IV, as shown in figure 4, the difference of inventive combustion engine synergy emission reduction catalysis process and system and embodiment three
It is that the disk 30 that blocks is furnished with the elastic sealing gasket 31 that is used for coordinating with the sealing of introversion and extroversion through hole periphery wall and for by itself and pipe
The mechanical fasteners mechanism (or fixation binding agent) that head is further fixed.Mechanical fasteners mechanism is out two openings of ring-shaped clip 50
Fastening connection piece is formed with or configured between end, is opened and is formed with the ring body of ring-shaped clip 50 for blocking the tube head that back-end disk tube head section passes
With through hole 5.As shown in Figure 7.Tube head 4 is straight tube first 4.
Embodiment five, as shown in figure 5, the difference of inventive combustion engine synergy emission reduction catalysis process and system and example IV
It is that tube head 4 bends towards the corner 4 in downstream for end.Two pairs of openends of two semicircle clip valves 55 are formed with or configured fastening
Connector, it is formed with for blocking the tube head that back-end disk tube head section passes in any one semi-circular ring in two semicircle clip valves 55
With through hole 5, as shown in Figure 8；Can also be block behind disk be formed with tube head rear end both sides and a pair of parallel groove of column distribution or
Positive stop hook, parallel groove or positive stop hook respectively configure a ring-shaped clip.
Embodiment six, as shown in fig. 6, the difference of inventive combustion engine synergy emission reduction catalysis process and system and example IV
It is that the introversion and extroversion through hole is formed with interior screw thread, the periphery of tube head 4 is formed with the male thread matched somebody with somebody with the interior screw thread sealing filament；Institute
State the rear portion of tube head 4 be formed with spanner coordinate by trigger structure, described by trigger structure is that six side nut types block disk 30.Do not have additional
Fastening connection piece.
Embodiment seven, as shown in figure 9, the difference of inventive combustion engine synergy emission reduction catalysis process and system and example IV
Be it is described smell Oxygen Generator 1 smell oxygen outlet and air intlet draws connect a set of delivery pipe 2 and air intake duct connection respectively
Parts (or described air intake duct connecting piece)；
Smell oxygen outlet and draw the delivery pipe connect and air intake duct connecting piece (or air intake duct connecting piece) sealing UNICOM in the air inlet
The downstream in road, smell Oxygen Generator air intlet and draw the delivery pipe 2 connect and air intake duct connecting piece (or air intake duct connecting piece) sealing connection
Lead in the downstream of the air intake duct；And it is tube head 4 to smell Oxygen Generator air intlet to draw the air intake duct connecting piece connect, described
Tube head 4 bends towards the corner 4 of upstream, more specifically curved horn mouth tube head 4 (or straight tube head) for end.
Embodiment eight, as shown in Figure 10, the area of inventive combustion engine synergy emission reduction catalysis process and system and embodiment seven
Smelt described in not being on the air flow path of Oxygen Generator 1, airlift mump 6 is more specifically serially connected with delivery pipe 2.Can also be
Smell between Oxygen Generator air intlet and the delivery pipe being attached thereto or smell Oxygen Generator and smell oxygen outlet and the conveying being attached thereto
Airlift mump 6 is serially connected between pipe 2.The tube head 4 is the corner 4 that end bends towards upstream.
Embodiment nine, as shown in figure 11, inventive combustion engine synergy emission reduction catalysis process and the area of system and example IV
It is not that (or direct) UNICOM's water electrolysis hydrogen producing gas and oxygen fill the air intlet for smelling Oxygen Generator 1 indirectly by pipeline 21
Put 7 oxygen outlet；The air intake duct draws respectively in two remote diverse locations connects a set of delivery pipe 2 and air intake duct connection
Parts (or described air intake duct connecting piece), wherein a set of delivery pipe 2 and air intake duct connecting piece (or the air intake duct UNICOM
Part) smell Oxygen Generator 1 described in UNICOM smell oxygen outlet, the another set of delivery pipe 2 and air intake duct connecting piece (or the air intake duct
Connecting piece) UNICOM's water electrolysis hydrogen producing gas and oxygen unit 7 hydrogen outlet.
Can be that the delivery pipe 2 and air intake duct connecting piece (or the air intake duct that Oxygen Generator 1 smells oxygen outlet are smelt by UNICOM
Connecting piece) draw the upstream for being connected on the air intake duct, the drawing of UNICOM's water electrolysis hydrogen producing gas and the hydrogen outlet of oxygen unit 7 is connected on described
The downstream of air intake duct；
Can also be that the delivery pipe 2 and (or the air inlet of air intake duct connecting piece that Oxygen Generator 1 smells oxygen outlet are smelt by UNICOM
Road connecting piece) draw the downstream for being connected on the air intake duct, UNICOM's water electrolysis hydrogen producing gas and drawing for the hydrogen outlet of oxygen unit 7 are connected on institute
State the upstream of air intake duct.
Embodiment ten, as shown in figure 12, the area of inventive combustion engine synergy emission reduction catalysis process and system and embodiment nine
It is not that the delivery pipe 2 and air intake duct connecting piece (or described air intake duct connecting piece) that Oxygen Generator 1 smells oxygen outlet are smelt by UNICOM
Draw the downstream for being connected on the air intake duct, the delivery pipe 2 and air inlet of UNICOM's water electrolysis hydrogen producing gas and the hydrogen outlet of oxygen unit 7
Road connecting piece (or described air intake duct connecting piece) draws the upstream for being connected on the air intake duct.Also, smelt by the UNICOM of delivery pipe 2
The air intake duct connecting piece that Oxygen Generator 1 smells oxygen outlet is that the disk 30 that blocks is furnished with for sealing cooperation with introversion and extroversion through hole periphery wall
Elastic sealing gasket 31 and the mechanical fasteners mechanism (or fixation binding agent) for itself and tube head further to be fixed.Tube head 4
The corner 4 in downstream is bent towards for end.Mechanical fasteners mechanism is that two pairs of openends of two semicircle clip valves 55 are formed with or matched somebody with somebody
Put fastening connection piece, be formed with any one semi-circular ring in two semicircle clip valves 55 and passed for blocking back-end disk tube head section
Tube head match somebody with somebody through hole 5, as shown in Figure 8.And gone out by the UNICOM's water electrolysis hydrogen producing gas of delivery pipe 2 and the hydrogen of oxygen unit 7
The air intake duct connecting piece (or described air intake duct connecting piece) of mouth is that the air intake duct connecting piece is that the front end of delivery pipe 2 is formed with or connected
There is the tubular type syringe needle 3 of the air cleaner inner chamber for being inserted into before self-drying type air cleaner cartridge behind filter core.The pipe
Formula syringe needle 3 is furnished with the clip for being used for being fixed in air cleaner casing air inlet port regions or clip or standard fasteners or logical
Fixation is crossed to be fixed with weld seam and air cleaner casing air inlet port regions with binding agent or fixation.Tubular type syringe needle is straight tube syringe needle 3
Base portion, which is formed with, blocks disk 30.When straight tube syringe needle 3 inserts filter core, block disk 30 and direct reach onto filter core.
Embodiment 11, as shown in figure 13, inventive combustion engine synergy emission reduction catalysis process and system and embodiment ten
Difference is that the delivery pipe 2 and air intake duct connecting piece (or the air intake duct UNICOM that Oxygen Generator 1 smells oxygen outlet are smelt by UNICOM
Part) draw the upstream for being connected on the air intake duct, UNICOM's water electrolysis hydrogen producing gas and drawing for the hydrogen outlet of oxygen unit 7 are connected on the air inlet
The downstream in road.
Above-described embodiment nine, ten, 11 can also be used further：The hydrogen outlet of water electrolysis hydrogen producing oxygen and oxygen unit
Surpass between the air intake duct connecting piece or the delivery pipe or between the delivery pipe and the air intake duct connecting piece of its UNICOM
Sound wave humidifier air flue or water seal humidification air flue；
With pipeline described in the direct UNICOM of the air intlet for smelling Oxygen Generator or water electrolysis hydrogen producing gas and oxygen unit
Oxygen outlet, or the air intlet for smelling Oxygen Generator and the pipeline or the oxygen of water electrolysis hydrogen producing gas and oxygen unit
Oxygen drier or oxygen dehumidifier are concatenated between outlet.
The power line of the electrical appliance used of inventive combustion engine synergy emission reduction catalysis process can be connected to internal combustion engine institute band
The charging circuit output end that the battery of dynamic generator to driving starter motor charges, can also be connected on battery or generate electricity
Machine charging circuit output end, and install switch controller additional between battery and electrical appliance, the signal input of switch controller
Terminal is electrically connected by starting after engine start, tail-off when the sensor closed or by turning on, starting after engine start
The normal open switch disconnected when office closes, the switch controller can also be electrically connected cooling-water temperature sensor or engine speed sensor or
Tachometer, and in switch controller set a guarantee internal combustion engine normal operation water temperature or range of revolution, overrun just
Close, just start into scope.
After adopting the above technical scheme, after inventive combustion engine synergy emission reduction catalysis process and system have and increase and smell oxygen,
Internal combustion engine can be catalyzed burning well in burning, can strengthen power, and and can improves efficiency and emission reduction, is particularly suitable for
The advantages of plateau.
Claims (10)
1. a kind of internal combustion engine synergy emission reduction catalysis process, it is characterised in that smells Oxygen Generator smells oxygen outlet UNICOM combustion air
The air intake duct connecting piece of air intake duct or delivery pipe and delivery pipe are received behind filter inner chamber or combustion engine air filters
Air intake duct connecting piece, on plateau or plateau, the Oxygen Generator of smelling of relative low land start and stop synchronous with internal combustion engine passes through the air intake duct
The air intake duct connecting piece that connecting piece or delivery pipe and delivery pipe are received is to internal combustion engine filtering element for air filter and air-intake of combustion engine
Oxygen is smelt in combustion air or the addition of fuel combination gas in air intake duct between door；Or mixed to internal combustion engine filtering element for air filter with oil gas
Oxygen is smelt in combustion air addition in air intake duct before conjunction；Into internal combustion engine air-fuel mixture air intake duct, oxygen is smelt in the addition of fuel combination gas.
2. method according to claim 1, it is characterised in that it is described smell Oxygen Generator have smell oxygen outlet and air intlet；Air
The direct UNICOM's air of import or air intlet are by the indirect UNICOM's air of air cleaner or air intlet by being air-dried
The indirect UNICOM's air of filter or air intlet pass through the indirect UNICOM's air of air dryer；
The air intake duct connecting piece is that delivery pipe front end is formed with or is connected with for being inserted into before self-drying type air cleaner cartridge
The tubular type syringe needle of air cleaner inner chamber behind filter core；
Either smell oxygen outlet or delivery pipe front end is connected to seal UNICOM's air cleaner inner chamber or combustion air filtering
The tube head for the introversion and extroversion through hole being formed with air intake duct behind device, it is described sealing UNICOM for insertion after cementation or insertion after cementation again
Step up firmware to reinforce or insert and sealed with elastic sealing gasket and step up firmware reinforcing；Or the sealing UNICOM is to be welded after inserting
Gu or insert and sealed with elastic sealing gasket and step up firmware and reinforce；Or the sealing UNICOM is solid welding after insertion.
3. method according to claim 2, it is characterised in that the tubular type syringe needle, which is furnished with, to be used to be fixed in air-filtering
The clip or clip or standard fasteners in device housing inlet region pass through fixation binding agent or fixation weld seam and air
Filter casing air inlet port regions are fixed；
The introversion and extroversion through hole is formed with interior screw thread, and the tube head periphery is formed with the male thread matched somebody with somebody with the interior screw thread sealing filament；Institute
Tube head rear portion is stated to be formed with spanner cooperation by trigger structure.
Or the tube head rear portion or middle part are formed with and block disk, it is described block disk and be furnished be used for itself and tube head and introversion and extroversion via regions
Mechanical fasteners mechanism further fixed after bonding；Or it is described block disk be furnished be used for and introversion and extroversion through hole periphery wall sealing coordinate
Elastic sealing gasket and the fixation binding agent for itself and tube head further to be fixed or mechanical fasteners mechanism.
4. method according to claim 3, it is characterised in that mechanical fasteners mechanism is out between two openends of ring-shaped clip
Fastening connection piece is formed with or configured, opens to be formed with the ring body of ring-shaped clip and matches somebody with somebody through hole for blocking the tube head that back-end disk tube head section passes；
Two pairs of openends of either two semicircle clip valves are formed with or configures fastening connection piece, times in two semicircle clip valves
It is formed with one semi-circular ring of meaning and matches somebody with somebody through hole for blocking the tube head that back-end disk tube head section passes；Or block behind disk in tube head rear end two
While being formed with a pair of parallel groove or positive stop hook of simultaneously column distribution, parallel groove or positive stop hook respectively configure a ring-shaped clip；
The tube head is straight tube head or is the corner that end bends towards downstream.
5. according to any methods describeds of claim 2-4, it is characterised in that the oxygen outlet of smelling for smelling Oxygen Generator is entered with air
Mouth draws respectively connects the air intake duct connecting piece or the delivery pipe and air intake duct connecting piece；
Smell oxygen outlet and draw the air intake duct connecting piece connect or delivery pipe and air intake duct connecting piece sealing UNICOM under the air intake duct
Trip, smell Oxygen Generator air intlet draw the air intake duct connecting piece connect or delivery pipe and air intake duct connecting piece sealing UNICOM it is described enter
The downstream of air flue；When it is tube head to smell Oxygen Generator air intlet to draw the air intake duct connecting piece that connects, the tube head is straight tube
Head bends towards the corner of upstream or curved horn mouth tube head for end.
6. method according to claim 5, it is characterised in that on the air flow path for smelling Oxygen Generator or smell Oxygen Generator
Between air intlet and the delivery pipe being attached thereto or smell Oxygen Generator smell it is between oxygen outlet and the delivery pipe that is attached thereto or defeated
Send and airlift mump is serially connected with pipe.
7. according to any methods describeds of claim 2-4, it is characterised in that it is described smell Oxygen Generator air intlet it is direct or logical
Cross the oxygen outlet of the indirect UNICOM's water electrolysis hydrogen producing gas of pipeline and oxygen unit；
The air intake duct two remote diverse locations draw respectively connect a set of air intake duct connecting piece or the delivery pipe and
Air intake duct connecting piece, wherein smelling oxygen hair described in a set of air intake duct connecting piece or the delivery pipe and air intake duct connecting piece UNICOM
Raw device smells oxygen outlet, the another set of air intake duct connecting piece or the delivery pipe and air intake duct connecting piece UNICOM water electrolysis hydrogen producing
The hydrogen outlet of gas and oxygen unit.
8. method according to claim 7, it is characterised in that the air intake duct UNICOM that Oxygen Generator smells oxygen outlet is smelt by UNICOM
Part or the delivery pipe and air intake duct connecting piece draw the upstream for being connected on the air intake duct, UNICOM's water electrolysis hydrogen producing gas and oxygen unit
Hydrogen outlet draws the downstream for being connected on the air intake duct；
Or UNICOM smells that Oxygen Generator smells the air intake duct connecting piece of oxygen outlet or the delivery pipe and air intake duct connecting piece draw
The downstream of the air intake duct is connected on, UNICOM's water electrolysis hydrogen producing gas and drawing for oxygen unit hydrogen outlet are connected on the upper of the air intake duct
Trip.
9. method according to claim 7, it is characterised in that the hydrogen outlet of water electrolysis hydrogen producing oxygen and oxygen unit with it is described
Ultrasound is concatenated between air intake duct connecting piece or the delivery pipe or between the delivery pipe and the air intake duct connecting piece of its UNICOM
Ripple humidifier air flue or water seal humidification air flue；Or the hydrogen outlet of electrolytic hydrogen production oxygen and oxygen unit and the air intake duct UNICOM
Gone here and there successively from upstream to downstream between part or the delivery pipe or between the delivery pipe and the air intake duct connecting piece of its UNICOM
Connect ultrasonic humidifier air flue and high-intensity magnetic field magnetization air flue or water seal humidification air flue and high-intensity magnetic field magnetization air flue；Water electrolysis hydrogen producing oxygen
Between the hydrogen outlet and the air intake duct connecting piece or the delivery pipe of oxygen unit or the delivery pipe and its UNICOM
Air intake duct connecting piece between concatenate high-intensity magnetic field magnetization air flue；
Pipeline or the oxygen of water electrolysis hydrogen producing gas and oxygen unit go out described in the direct UNICOM of air intlet for smelling Oxygen Generator
Mouthful, or the air intlet for smelling Oxygen Generator and the pipeline or the oxygen outlet of water electrolysis hydrogen producing gas and oxygen unit it
Between concatenate oxygen drier or oxygen dehumidifier.
10. the system for realizing claim 1 methods described, it is characterised in that smells Oxygen Generator smells oxygen outlet UNICOM internal combustion
The air intake duct connecting piece or delivery pipe and delivery pipe of air intake duct behind machine air cleaner inner chamber or combustion engine air filters
The air intake duct connecting piece received, on plateau or plateau the start and stop synchronous with internal combustion engine of relative low land smell Oxygen Generator pass through it is described
The air intake duct connecting piece that air intake duct connecting piece or delivery pipe and delivery pipe are received is to internal combustion engine filtering element for air filter and internal combustion
Oxygen is smelt in combustion air or the addition of fuel combination gas in air intake duct between machine inlet valve；Or to internal combustion engine filtering element for air filter with
Oxygen is smelt in combustion air addition in air intake duct before air-fuel mixture；Into internal combustion engine air-fuel mixture air intake duct, the addition of fuel combination gas is smelt
Oxygen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611254815.8A CN107420231A (en) | 2016-12-30 | 2016-12-30 | Internal combustion engine synergy emission reduction catalysis process and system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611254815.8A CN107420231A (en) | 2016-12-30 | 2016-12-30 | Internal combustion engine synergy emission reduction catalysis process and system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107420231A true CN107420231A (en) | 2017-12-01 |
Family
ID=60423022
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611254815.8A Pending CN107420231A (en) | 2016-12-30 | 2016-12-30 | Internal combustion engine synergy emission reduction catalysis process and system |
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| CN (1) | CN107420231A (en) |
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| JPS597762A (en) * | 1982-07-04 | 1984-01-14 | Kazuo Otsu | Ozone generator with forced blowing system for internal-combustion |
| CN201391377Y (en) * | 2009-03-27 | 2010-01-27 | 成都力致科技有限公司 | Energy saving and emission reduction device for automotive engine |
| CN201902273U (en) * | 2010-12-27 | 2011-07-20 | 关友清 | Ozone combustion-supporting device for automotive engine used in plateau region |
| CN202055946U (en) * | 2011-05-09 | 2011-11-30 | 刘国宝 | Oxygen-rich boosting fuel-saving device |
| CN202108623U (en) * | 2011-07-04 | 2012-01-11 | 旷丛韬 | Oxygen enrichment air inlet device of combustion chamber |
| CN203756379U (en) * | 2014-03-10 | 2014-08-06 | 德州学院 | Combustion-supporting energy-saving and environment-friendly device for vehicle |
| CN204704031U (en) * | 2015-01-20 | 2015-10-14 | 河南德科光电科技有限公司 | Energy-saving device for diesel motor |
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Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CH557954A (en) * | 1971-09-23 | 1975-01-15 | Newair Technic Ltd | Improved combustion process for I.C. engines - has high potential field to generate ozone for air-petrol carburation to minimise exhaust gas contaminants |
| JPS597762A (en) * | 1982-07-04 | 1984-01-14 | Kazuo Otsu | Ozone generator with forced blowing system for internal-combustion |
| CN201391377Y (en) * | 2009-03-27 | 2010-01-27 | 成都力致科技有限公司 | Energy saving and emission reduction device for automotive engine |
| CN201902273U (en) * | 2010-12-27 | 2011-07-20 | 关友清 | Ozone combustion-supporting device for automotive engine used in plateau region |
| CN202055946U (en) * | 2011-05-09 | 2011-11-30 | 刘国宝 | Oxygen-rich boosting fuel-saving device |
| CN202108623U (en) * | 2011-07-04 | 2012-01-11 | 旷丛韬 | Oxygen enrichment air inlet device of combustion chamber |
| CN203756379U (en) * | 2014-03-10 | 2014-08-06 | 德州学院 | Combustion-supporting energy-saving and environment-friendly device for vehicle |
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