CN206111377U - High efficiency combustion -supporting - Google Patents
High efficiency combustion -supporting Download PDFInfo
- Publication number
- CN206111377U CN206111377U CN201621092604.4U CN201621092604U CN206111377U CN 206111377 U CN206111377 U CN 206111377U CN 201621092604 U CN201621092604 U CN 201621092604U CN 206111377 U CN206111377 U CN 206111377U
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- Prior art keywords
- gas
- supporting
- combustion
- room
- high efficiency
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Abstract
The utility model provides a high efficiency combustion -supporting, including a gas -liquid mixture bottle, an air cleaner and a propeller, this gas -liquid mixture bottle can supply leading -in outside air in order to produce oxygen -bearing aqueous vapor, in leading -in this gas -liquid mixture bottle of air after this air cleaner can supply to filter, the inside of this propeller has an appearance room, the inner peripheral surface of this appearance room has an at least constriction portion and the internal diameter at least expansion portion big than this constriction portion, the one end mask of this propeller has a contact tube that link up this appearance room, this contact tube is connected to on the plenum chamber that meets with the air inlet of an engine, the other end mask of this propeller has an induction pipe and the most air guide hole of lining up this appearance room, this induction pipe can be received and come from oxygen -bearing aqueous vapor in this gas -liquid mixture bottle. Can promote combustion -supporting effect by above -mentioned structure by a wide margin to make the petrol in the engine burn more completely, effectively the volume of reducing exhaust emission, reduction carbon deposit and messenger's engine operate more smoothly.
Description
Technical field
This utility model is related to a kind of car engine combustion-supporting, and espespecially one kind can be substantially improved combustion-supporting effect, so that engine
Interior gasoline combustion is more complete, effectively reduces discharge amount of exhaust gas, reduces carbon distribution generation and makes engine operating more smoothly high efficiency
Combustion-supporting.
Background technology
General car engine is in running, mainly quick-fried by will carry out burning in the air importing cylinder after gasoline and filtration
It is fried, kinetic energy is produced to drive piston displacement, but air and gasoline cannot be burnt completely often in blast, cause not only to make to draw
The efficiency held up cannot be played completely, and can more produce more waste gas discharge and affect environment, also can produce in engine big
The carbon distribution of amount and reduction of service life.Therefore, to solve the above problems, one kind just hydrone can be imported in engine on the market
With the combustion-supporting for helping burn.
Refer to shown in Fig. 1, be a kind of known combustion-supporting structure, which mainly includes that a gas-liquid mixed bottle 10 and is empty
Air filter 11.Wherein, combustion-supporting liquid (such as water, ethanol or water and the mixed solution of ethanol) is equipped with the gas-liquid mixed bottle 10,
The gas-liquid mixed bottle 10 has an air inlet pipe 12 and an escape pipe 13.The air inlet pipe 12 have convexedly stretch in outside the gas-liquid mixed bottle 10
An inlet end 14 and extend to the bottom in the gas-liquid mixed bottle 10 and the outlet side 15 communicated with the inlet end 14.The sky
Air filter 11 is to connect the inlet end 14 to give the inlet end 14 by providing after outside air filtration.The escape pipe 13 has
Convexedly stretch in the outlet side 16 outside the gas-liquid mixed bottle 10 and extend to the ullage of combustion-supporting liquid in the gas-liquid mixed bottle 10
And the upstream end 17 communicated with the outlet side 15, the outlet side 13 is connected to connected with the air inlet 180 of an engine 18
On plenum chamber 19.
When the engine 18 operates, the air inlet 180 can produce negative pressure, for importing used by air gasoline feed combustion explosion.
Therefore, during the operating of engine 18, the negative pressure of the air inlet 180 can pass through the plenum chamber 19 and make the gas-liquid mixed bottle
Also produce negative pressure in 10 therewith, and then make the air of the suction of air inlet pipe 13 Jing after the air filter 11 is filtered, and in the sky
Gas pass through the combustion-supporting liquid when produce bubble, use increase the combustion-supporting liquid in dissolved oxygen amount, and these bubbles when liquid level fragmentation just
Oxygen containing aqueous vapor can be produced, and the aqueous vapor attracts to import the plenum chamber 19 by the negative pressure produced by the air inlet 180, be passed through
After water content too high aqueous vapor is excluded only oxygen containing gaseous molecular can enter in the engine 18 plenum chamber 19.By gaseous state
Molecule is burnt with gasoline mixed explosion, the oxygen is rich in by the oxygen containing gaseous molecular itself is further generated under hot environment
Hydrogen, and then the hydrogen that decomposed by which and oxygen reach combustion-supporting effect.
However, when the air inlet 180 of the engine 18 produces negative pressure every time, taking out from the escape pipe 13 of the gas-liquid mixed bottle 10
The aqueous vapor for going out is very limited, relative after the plenum chamber 19 excludes the too high aqueous vapor of water content, in institute importing engine 18
Oxygen containing gaseous molecular is also just less, therefore which is combustion-supporting inefficient.
Utility model content
Technical problem to be solved in the utility model is to there is combustion-supporting efficiency for commonly known automobile combustion-supporting
A kind of not high problem, there is provided high efficiency combustion-supporting.
To solve above-mentioned technical problem, the high efficiency combustion-supporting that this utility model is provided is included inside one for accommodating combustion-supporting liquid
Gas-liquid mixed bottle, the gas-liquid mixed bottle has an air inlet pipe and an escape pipe, and the air inlet pipe is available for directing outside air into this
To produce oxygen containing aqueous vapor in combustion-supporting liquid, the oxygen containing aqueous vapor can be derived by the escape pipe.The air filter connects this and enters
Trachea, the microgranule in air available for filtration give the air inlet pipe to provide the air after filtering.One angle of rake inside holds with one
Room, the inner peripheral surface of the room have an an at least necking section and internal diameter at least enlarged portion big compared with the necking section, and this is angle of rake
End face has the delivery line for penetrating into the room, and the delivery line is connected to the plenum chamber connected with the air inlet of an engine
On, the derivation bore is less than the necking section, and the angle of rake other end has and penetrates into an ingress pipe of the room and many
Number gas port, the ingress pipe are connected to the escape pipe and are available for importing from oxygen containing aqueous vapor in the gas-liquid mixed bottle, the ingress pipe
Internal diameter be less than the necking section.
The enlarged portion is connected to the conical surface that the pore of the delivery line forms gradually-reducing shape, and the one end of the ingress pipe is extended to
In the room, and with arc-shaped one expansion mouth is extended close at the necking section.
Most gas ports by connect the outer peripheral face of the ingress pipe and the inner peripheral surface of the room and radially arrange it is many
Number fin is formed.
The majority helps piece to form an angle of inclination.
The internal perisporium of the room is in wavy.
The air inlet pipe has the inlet end and an outlet side for communicating, and the inlet end is convexedly stretched in outside the gas-liquid mixed bottle, should
Outlet side extends to the bottom in the gas-liquid mixed bottle, and the escape pipe has the outlet side and a upstream end for communicating, the discharge
End is convexedly stretched in outside the gas-liquid mixed bottle, and the upstream end extends to the ullage of the combustion-supporting liquid in the gas-liquid mixed bottle, the air
Filter connects the inlet end of the air inlet pipe, and the angle of rake ingress pipe is connected to the outlet side.
The outlet side of the air inlet pipe is linked with a bubble generation unit.
The combustion-supporting liquid is the mixed solution of water, ethanol or water and ethanol.
Compression and dilating effect of this utility model by the necking section in propeller and enlarged portion to air-flow, just can be by more
Air outside number gas port suction, and thereby so that the flow velocity of air-flow is substantially improved, and then increase what is extracted out by gas-liquid mixed bottle
The amount of oxygen-containing aqueous vapor, and then make into the oxygen containing gaseous molecular in engine therefore being significantly increased, with reach be substantially improved it is combustion-supporting
Effect, and make the gasoline incendivity in engine obtain more complete, and can effectively reduce discharge amount of exhaust gas, reduce carbon distribution generation and make to draw
Hold up the more smooth of operating.
Description of the drawings
The structural representation of combustion-supporting known to Fig. 1 systems.
Fig. 2 systems this utility model schematic perspective view.
The angle of rake perspective cross section enlarged diagram of Fig. 3 systems this utility model.
The angle of rake action schematic diagram of Fig. 4 systems this utility model.
Fig. 5 systems this utility model use state schematic diagram.
Label declaration：
10 gas-liquid mixed bottles；11 air filters；12 air inlet pipe；13 escape pipes；14 inlet ends；15 outlet sides；
16 outlet sides；17 upstream ends；18 engines；180 air inlets；19 plenum chambers；20 gas-liquid mixed bottles；21 air inlet pipe；210
Inlet end；211 outlet sides；212 bubble generation units；22 escape pipes；220 outlet sides；221 upstream ends；30 air mistakes
Filter；40 propellers；400 rooms；41 necking sections；42 enlarged portion；43 delivery lines；44 conical surfaces；45 ingress pipes；46 lead
Pore；47 expand mouth；48 fins；50 engines；51 air inlets；60 plenum chambers.
Specific embodiment
Refer to shown in Fig. 2 ~ 5, show that high efficiency combustion-supporting described in the utility model includes that a gas-liquid mixed bottle 20, is empty
Air filter 30 and a propeller 40, wherein：
The accommodating combustion-supporting liquid such as mixed solution of water, ethanol, water and ethanol or other combustions are available for inside the gas-liquid mixed bottle 20
The low and high liquid of volatility of point), the gas-liquid mixed bottle 20 has an air inlet pipe 21 and an escape pipe 22.The air inlet pipe 21 has
The inlet end 210 for communicating and an outlet side 211, the inlet end 21 convexedly stretch in and are available for outside importing outside the gas-liquid mixed bottle 20
Air, the outlet side 211 extend to the bottom in the gas-liquid mixed bottle 20 and are linked with a bubble generation unit 212（Such as bubble
Stone ... etc.), it is available for making the air of outside entrance to produce bubble in the combustion-supporting liquid, and then makes these bubbles when liquid level fragmentation
Oxygen containing aqueous vapor can be produced.The escape pipe 22 has the outlet side 220 and a upstream end 221 for communicating, and the outlet side 220 is protruded out
Outside the gas-liquid mixed bottle 20, the upstream end 221 extends to the ullage of the combustion-supporting liquid in the gas-liquid mixed bottle 20, is available for this
In gas-liquid mixed bottle 20, oxygen containing aqueous vapor is entered, and is then discharged by the outlet side 22.
The air filter 30, connects the inlet end 210 of the air inlet pipe 21, the microgranule in air available for filtration, to provide
Air after filtration enters the inlet end 210.
The propeller 40, be it is internal there is a room 400, the inner peripheral surface of the room 400 have an at least necking section 41 and
An internal diameter at least enlarged portion 42 big compared with the necking section 41, so that the internal perisporium of the room 400 is in wavy.The propeller 40
End face has the delivery line 43 for penetrating into the room 400, and the delivery line 43 is connected to 51 phase of air inlet with an engine 50
On the plenum chamber 60 for connecing, the internal diameter of the delivery line 43 is less than the necking section 41, and makes the enlarged portion 42 be connected to the delivery line
43 pore forms a tapered conical surface 44.The other end of the propeller 40 has the ingress pipe for penetrating into the room 400
45 and the most gas ports 46 around the ingress pipe 45, the ingress pipe 45 is connected to the outlet side 220 of the escape pipe 22, should
The internal diameter of ingress pipe 45 is less than the necking section 41, and which extends to the expansion mouth that the one end in the room 400 has arc-shaped
47 extend close at the necking section 41.Most gas ports 46 are by the outer peripheral face and the room 400 for connecting the ingress pipe 45
The inner peripheral surface and most fins 48 for radially arranging are formed, the majority help piece 48 to form an angle of inclination so as to be entered by outside
The air for entering can produce eddy airstream through afterwards.
When the engine 50 operates, the negative pressure that the air inlet 51 is produced can pass through the plenum chamber 60 and make the gas-liquid mixed bottle
Also produce negative pressure in 20 therewith, and then make the air of the suction of air inlet pipe 21 Jing after air filter 30 is filtered, and in the air
Bubble is produced during through the combustion-supporting liquid, the dissolved oxygen amount increased in the combustion-supporting liquid is used, and these bubbles will when liquid level fragmentation
Oxygen containing aqueous vapor is produced, and the aqueous vapor is imported by the ingress pipe 45 of the propeller 40 by the negative pressure produced by the air inlet 51
When the room 400 is derived by the delivery line 43 again, air-flow is by the necking section 41 and compression and the dilating effect of the enlarged portion 42
Just can by the air outside 46 suction of most gas ports to produce eddy airstream, using the outside air produced by whirlpool
Rotational gas flow can be substantially improved the air-flow velocity in the room 400, and then increase the oxygen-containing aqueous vapor extracted out by the gas-liquid mixed bottle 2
Amount, is then introduced into the plenum chamber 60, after the aqueous vapor that water content is too high is excluded, a large amount of oxygen containing gaseous moleculars can just entered
Enter in the engine 50.The mat gaseous molecular is burnt with gasoline mixed explosion, the oxygen for being rich in the oxygen containing gaseous molecular itself
Further generate hydrogen under hot environment, and then the hydrogen that decomposed by which and oxygen reach combustion-supporting effect.
High efficiency combustion-supporting provided by the utility model can be by the necking section 41 in the propeller 40 and enlarged portion 4 pairs
The compression of air-flow and dilating effect, just can by the air outside 46 suction of most gas ports, and thereby be substantially improved through
The flow velocity of the air-flow of the propeller 40, and then the amount of the oxygen-containing aqueous vapor extracted out by the gas-liquid mixed bottle 20 is increased, and then make entrance
Therefore oxygen containing gaseous molecular in engine 50 is significantly increased, and combustion-supporting effect is substantially improved to reach, and makes the vapour in engine 50
Oil is combustible more completely, and can effectively reduce discharge amount of exhaust gas, reduces carbon distribution and make the more smooth of the operating of engine 50.
Claims (8)
1. a kind of high efficiency combustion-supporting, including the gas-liquid mixed bottle inside for accommodating combustion-supporting liquid, the gas-liquid mixed bottle have one
Air inlet pipe and an escape pipe；One air filter connects the air inlet pipe；Characterized in that, an angle of rake inside holds with one
Room, the inner peripheral surface of the room have an an at least necking section and internal diameter at least enlarged portion big compared with the necking section, and this is angle of rake
End face has the delivery line for penetrating into the room, and the delivery line is connected to the plenum chamber connected with the air inlet of an engine
On, the derivation bore is less than the necking section, and the angle of rake other end has and penetrates into an ingress pipe of the room and many
Number gas port, the ingress pipe are connected to the escape pipe, and the internal diameter of the ingress pipe is less than the necking section.
2. high efficiency combustion-supporting as claimed in claim 1, it is characterised in that the enlarged portion is connected to the pore shape of the delivery line
Into a conical surface of gradually-reducing shape, the one end of the ingress pipe is extended in the room, and with arc-shaped one expansion mouth is extended to
At the necking section.
3. high efficiency combustion-supporting as claimed in claim 2, it is characterised in that most gas ports are by connecting the outer of the ingress pipe
Side face is with the inner peripheral surface of the room and most fins for radially arranging are formed.
4. high efficiency combustion-supporting as claimed in claim 3, it is characterised in that the majority helps piece to form an angle of inclination.
5. high efficiency combustion-supporting as claimed in claim 1, it is characterised in that the internal perisporium of the room is in wavy.
6. high efficiency combustion-supporting as claimed in claim 1, it is characterised in that the air inlet pipe has the inlet end and for communicating
Outlet side, the inlet end are convexedly stretched in outside the gas-liquid mixed bottle, and the outlet side extends to the bottom in the gas-liquid mixed bottle, the outlet
Pipe is convexedly stretched in outside the gas-liquid mixed bottle with the outlet side and a upstream end for communicating, the outlet side, and the upstream end extends to this
The ullage of the combustion-supporting liquid in gas-liquid mixed bottle, the air filter connect the inlet end of the air inlet pipe, and this is angle of rake to lead
Enter pipe and be connected to the outlet side.
7. high efficiency combustion-supporting as claimed in claim 1, it is characterised in that the outlet side of the air inlet pipe is linked with bubble product
Raw unit.
8. high efficiency combustion-supporting as claimed in claim 1, it is characterised in that the combustion-supporting liquid is water, ethanol or water and ethanol
Mixed solution.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621092604.4U CN206111377U (en) | 2016-09-30 | 2016-09-30 | High efficiency combustion -supporting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621092604.4U CN206111377U (en) | 2016-09-30 | 2016-09-30 | High efficiency combustion -supporting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206111377U true CN206111377U (en) | 2017-04-19 |
Family
ID=58521076
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621092604.4U Expired - Fee Related CN206111377U (en) | 2016-09-30 | 2016-09-30 | High efficiency combustion -supporting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206111377U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109306921A (en) * | 2017-07-28 | 2019-02-05 | 中山市领先者节能环保科技有限公司 | Liquid level perceives warning system and auxiliary combustion equipment liquid level warning system |
| CN112983636A (en) * | 2019-12-18 | 2021-06-18 | 谢祯辉 | Hybrid range extender device for internal combustion engine |
-
2016
- 2016-09-30 CN CN201621092604.4U patent/CN206111377U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109306921A (en) * | 2017-07-28 | 2019-02-05 | 中山市领先者节能环保科技有限公司 | Liquid level perceives warning system and auxiliary combustion equipment liquid level warning system |
| CN112983636A (en) * | 2019-12-18 | 2021-06-18 | 谢祯辉 | Hybrid range extender device for internal combustion engine |
| CN112983636B (en) * | 2019-12-18 | 2022-07-26 | 谢祯辉 | Hybrid range extender device for internal combustion engine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170419 Termination date: 20190930 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |