CN101493056A - Auxiliary device for enhancing engine performance - Google Patents
Auxiliary device for enhancing engine performance Download PDFInfo
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- CN101493056A CN101493056A CNA2009101054686A CN200910105468A CN101493056A CN 101493056 A CN101493056 A CN 101493056A CN A2009101054686 A CNA2009101054686 A CN A2009101054686A CN 200910105468 A CN200910105468 A CN 200910105468A CN 101493056 A CN101493056 A CN 101493056A
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- oil plant
- engine performance
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- activation assembly
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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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Abstract
The invention relates to a device capable of improving engine performance, in particular to a combustion facilitating and energy-saving and discharge-reducing device which can activate fuel oil molecule, lower fuel oil burning point, and improve a cooling device and an air device. The assisting device capable of improving engine performance comprises an oil activating component, an oil stimulating component, a cooling water activating component, and an anion generating and air eddy pressurizing component; wherein, the oil activating component, the oil stimulating component and the cooling water activating component are mainly composed of mineral composite ceramic balls, which can generate far infrared rays, and a hollow package body; the anion generating and air eddy pressurizing component is mainly prepared by minerals, which can generate far infrared rays, and tourmaline. The device, on one hand, uses the energy of far infrared rays to scatter molecular group of fuel oil and cause the scattered oil molecule group to be effectively mixed with oxygen to achieve the aim of complete combustion, and on the other hand, uses the energy of far infrared rays to scatter molecular group of cooling water to enhance cooling effect of a combustion chamber of a cylinder and improve the working efficiency of the engine.
Description
Technical field
The present invention relates to a kind of device that improves engine performance, particularly a kind of can the activation of fuel oil molecule, reduce the fuel oil burning-point and improve cooling unit and the short combustion and the energy-saving emission-reducing apparatus of air assembly.
Background technique
Along with the continuous development of industry, people increase day by day to the demand of non-renewable fuel oil material, and discharge tail gas the ball environment pollution is also serious day by day over the ground.Therefore improve the service behaviour of motor, reducing fuel consumption and reducing exhaust emissions is present the most urgent research topic.As everyone knows, motor is to carry out work by oil plant and air gas mixture that burning has certain air fuel ratio, impels oil plant fully to burn so to be to improve the effective and efficient manner of engine performance.For how impelling oil plant fully to burn, at present much technological scheme be suggested.
Chinese patent 94117272.4 is entitled as charged oil injecting device for oil injection engine and discloses a kind of charged oil injecting device for oil injection engine such as diesel engine, oil injection type petrol engine, steam-injector type motor that are used for.Form by high-voltage power and insulation oil sprayer.Isolation layer and cylinder body, cylinder cap, the insulation of firing chamber metal body are housed on its oil sprayer.Oil sprayer and the insulation of Injection Pump joint.When it is switched on, form strong electrical field between oil sprayer and cylinder body, cylinder cap, piston, the firing chamber metal body, make the elaioleucite in spirt cylinder, the firing chamber charged, elaioleucite is diminished, be evenly distributed, elaioleucite movement velocity and distance strengthen, thereby reach the abundant mixing of oil plant air, improve combustion efficiency.This Technology Need people achieves the goal for a strong electrical field is provided, and makes user cost economical inadequately, and it is convenient inadequately to use, safety and stable.
Chinese patent 200410044863.5 is entitled as the energy saving device that is used for motor and discloses a kind of problem that influences the engine operation performance because of oil gas undercompounding that is intended to solve.A kind of ion generator is provided, at the air inlet of engine device, delivery pipe before the air-strainer, air-strainer, delivery pipe behind the air-strainer, the oil gas mixing chamber, oil gas sprays into pipe, engine main body, the motor muffler, the ionic discharge line is inserted in any one or many places, and the ionic discharge line the other end connects ion generator, and the ion generator the other end is connected with the mains.Negative ion that ion generator produces or positive ion and negative ion enter a place or many places in the engine device, have greatly improved the oil gas mixed effect, improve engine performance.Shortcomings such as it is higher that the required ion generator of this scheme has cost, and stability is good inadequately.
Chinese patent 200420003950.1, be entitled as a kind of combustion oil and air active device and proposed a kind of device that improves engine performance by activation combustion oil and air, gasoline-saving device is made up of a container and the screen cloth that is sealed in internal tank, gas-saving device one tinsel surrounds and circularly is connected with a film, on the surface of film adhesion metal sheet.Container is divided between upper shell and the lower shell body and is sealedly and fixedly connected by a seal ring; the screen cloth of internal tank is that pipeline and backstop are formed; backstop has mesh; backstop is connected in the two ends of pipeline; gasoline-saving device is connected in the suction tude that is installed in the oil circuit behind the air-strainer; fuel molecule is activated and refinement through described screen cloth; increase and enter the interior fuel molecule of cylinder and the area of contact of air molecule; make oxygen molecule more active in the track of rule; thereby make burning more fully violent; reach the effect of comprehensive raising internal-combustion engine combination property, eliminate carbon distribution, reduce exhaust emissions; can not produce vibration during shift; upward slope torsion strengthens, and starting is overtaken other vehicles, and throttle does not have blunt phenomenon when quickening, the protection motor.This technological scheme provides a physics screen cloth to activate and refinement for fuel oil and air merely, makes its activation and fully burning is not thorough.
Summary of the invention
The objective of the invention is to solve the low and pollution emission important disadvantages of engine combustion efficiency, provide a kind of can activation of fuel oil molecule, reduction fuel oil burning-point and improve cooling unit and the short combustion of air assembly and energy-saving emission-reducing apparatus technological scheme.
Purpose of the present invention can reach in the following way:
The auxiliary device of this raising engine performance comprises that oil plant activation assembly, oil plant excitation component, cooling water activation assembly and negative ion take place and the air swirl pressurizing pack, and described oil plant activation assembly, oil plant excitation component and cooling water activation assembly comprise the hollow out packing body and fill the mineral substance mixing porcelain ball that can produce XIR Extreme Infrared in it; Described negative ion takes place and the air swirl pressurizing pack is the mineral plastid that can produce XIR Extreme Infrared that is covered with tourmaline intermediate layer outward.
Oil plant activation assembly, oil plant excitation component, cooling water activation assembly and negative ion generation and air swirl pressurizing pack in this device can use separately or be used in combination by different way, to solve relatively independent technical problem.
Preferably, used mineral substance mixing porcelain ball is that the XIR Extreme Infrared mineral substance of 6～20 μ m, 3.2～6.2 μ m and 6～20 μ m is formed by producing wavelength respectively in described oil plant activation assembly, oil plant excitation component and the cooling water activation assembly.
Preferably, comprise tourmaline in the used mineral substance mixing porcelain ball in described oil plant activation assembly, oil plant excitation component and the cooling water activation assembly.
Preferably, described hollow out packing body is a hollow out aluminum alloy body.
Preferably, described hollow out aluminum alloy body is made up of three parts, is specially two cap portions and a hollow circular cylinder composition.
Preferably, described oil plant activation assembly places in the oil plant case.
Preferably, hollow out packing body outer surface contacts with the oil pipe intimate in the described oil plant excitation component.
Preferably, hollow out packing body outer surface contacts with the water pipe intimate in the described cooling water activation assembly.
Preferably, described negative ion generation and air swirl pressurizing pack mineral shape are gaufre.
The present invention compared with prior art has following advantage:
The micel that this device utilizes the energy of XIR Extreme Infrared to break up fuel oil on the one hand makes it effectively to mix with oxygen when burning, reaches the purpose of perfect combustion, reduces the flash point of fuel oil on the other hand, gives off energy with less heat energy burning.
Utilize ultrared energy in this device, break up the micel of water lack of water, increase the effect of cylinder chamber cooling, promote efficiency of engine.
Description of drawings
Fig. 1, be the schematic representation of oil plant of the present invention activation assembly.
Fig. 2, be the exploded perspective view of oil plant of the present invention activation assembly critical piece.
Fig. 3, be hollow out packing body schematic representation in the oil plant of the present invention activation assembly.
Fig. 4, be the use schematic representation of oil plant excitation component of the present invention, cooling water activation assembly.
Fig. 5, be the middle hollow out packing body scheme of installation of oil plant excitation component of the present invention, cooling water activation assembly.
Fig. 6, be hollow out packing body schematic representation in oil plant excitation component of the present invention, the cooling water activation assembly.
Fig. 7, be the exploded perspective view of oil plant excitation component of the present invention, cooling water activation assembly.
Fig. 8, be that negative ion of the present invention takes place and the use schematic representation of air swirl pressurizing pack.
Embodiment
Below in conjunction with accompanying drawing the present invention is further specified.
The auxiliary device of raising engine performance provided by the present invention comprises that oil plant activation assembly, oil plant excitation component, cooling water activation assembly and negative ion take place and the air swirl pressurizing pack, and described oil plant activation assembly, oil plant excitation component and cooling water activation assembly mainly are made up of the mineral substance mixing porcelain ball and the hollow out packing body that can produce XIR Extreme Infrared; Described negative ion takes place and the air swirl pressurizing pack mainly is prepared from by mineral substance that can produce XIR Extreme Infrared and tourmaline.
With reference to figures 1 through 3, oil plant activation assembly of the present invention comprises hollow out aluminum alloy packing body 11 and the line traction element 12 that is filled with the mineral substance mixing porcelain ball 10 that can produce XIR Extreme Infrared, wherein hollow out aluminum alloy packing body 11 is made up of three parts, be respectively two cap portions 111,111 ' and hollow circular cylinder 112 formed, wherein three of hollow out aluminum alloy packing body 11 parts adopt screw thread to combine.The mineral substance mixing porcelain ball 10 that wherein can produce XIR Extreme Infrared is that the mineral substance of 6～20 μ m XIR Extreme Infrared is fired and formed by producing wavelength, the size of its granularity is to decide along with the hollow out size, minimum to the size that is unlikely to flow out hollow out, in addition according to the size of mineral substance porcelain spherolite degree and hollow out packing body perforate 113, can be at hollow out packing body inwall every putting a stratum reticulare, this kind scheme influences its effect because stratum reticulare has barrier effect to XIR Extreme Infrared.Present embodiment center line traction element connects a cap end of hollow out packing bodies 11 by a fishline 121, and by a clasp 122 part that fixes.
Use for oil plant activation assembly, to can produce the XIR Extreme Infrared mixed ore of 6～20 microns of wavelength with aluminum alloy hollow out outer cover packaging, drop in the fuel tank and contact with fuel oil, mixed mineral matter contacts its XIR Extreme Infrared that produces 6～20 micron wave lengths of back with fuel oil can break up the fuel oil macromolecular mass that forms because of the Van der Waals force effect, the molecule that sinks in the fuel oil macromolecular mass is run away reach the purpose of perfect combustion and minimizing discharging with air mixing;
With reference to figure 4 to Fig. 7, oil plant excitation component of the present invention and cooling water activation assembly are formed by hollow out aluminum alloy packing body 21 that is filled with the mineral substance mixing porcelain ball 20 that can produce XIR Extreme Infrared and assembly 22, wherein hollow out aluminum alloy packing body 21 is made up of three parts, be respectively two cap portions 211,211 ' and hollow circular cylinder 212 formed, wherein three of hollow out aluminum alloy packing body 21 parts adopt screw thread to combine.The mineral substance mixing porcelain ball 20 that wherein can produce XIR Extreme Infrared in the oil plant excitation component is that the mineral substance of 3.2～6.2 μ m XIR Extreme Infrared is fired and formed by producing wavelength, and the mineral substance mixing porcelain ball 20 that can produce XIR Extreme Infrared in the cooling water assembly is that the mineral substance of 6～20 μ m XIR Extreme Infrared is fired and formed by producing wavelength, its granularity is advisable can not fall on the hollow out packing body hole, in addition according to the size of mineral substance porcelain spherolite degree and hollow out packing body perforate 213, can be at hollow out packing body inwall every putting a stratum reticulare.
Use for the oil plant excitation component, the porcelain ball made from the XIR Extreme Infrared mixed ore that can produce 3.2～6.2 microns of wavelength 20 fills in hollow out aluminum alloy packing body 21, it is whole by bundle component 22 and oil pipe 3 binding installations, hollow out packing body 21 outer surfaces that are filled with mineral substance mixing porcelain ball 20 are contacted with oil pipe 3 intimate.Directly reduce the flash point of fuel oil because of fuel molecule bond energy in the resonant excitation oil inlet pipe of XIR Extreme Infrared.
Use for cooling water activation assembly, the porcelain ball made from the XIR Extreme Infrared mixed ore that can produce 6～20 microns of wavelength 20 fills in hollow out aluminum alloy packing body 21, it is whole by bundle component 22 and water-cooling tube 3 binding installations, hollow out packing body 21 outer surfaces that are filled with mineral substance mixing porcelain ball 20 are contacted with water-cooling tube 3 intimate.Mineral substance produces the XIR Extreme Infrared of 6～20 micron wave lengths and can break up because of the Van der Waals force effect forms the cooling water macromolecular mass, makes the trickle words of cooling water molecule increase the effect of cylinder chamber cooling.
For oil plant excitation component and cooling water activation assembly since its use by truss members 22 and fuel feed tube 3 or water pipe 3 bindings, so in this assembly the tube wall of hollow out aluminum alloy only on the one side perforate also can reach technical purpose.
With reference to figure 8, the gaufre 40 that negative ion provided by the present invention takes place and the air swirl pressurizing pack is mixed and made into by the mineral substance that can produce XIR Extreme Infrared and one deck tourmaline of outer application (among the figure for illustrating) are formed.
For the use of negative ion generation and air swirl pressurizing pack, the mineral substance mixed calcining that can produce XIR Extreme Infrared becomes gaufre 4 backs outer at application one deck tourmaline, is placed on the filter core 41 of air-strainer.Emitting far-infrared and the tourmaline of mixed mineral matter is can purify air after the air friction, cellular aperture 401 can make air stream through the time produce the flow that gas nest stream quickens air, be that the gas that is rich in negative aeroion enters the power that cylinder chamber increases mixture combustion in a large number, make fuel oil perfect combustion promote horsepower and reduce discharging.
The know-why of this device:
The perfect combustion in cylinder again of hydrocarbon in the fuel oil is because the attraction force between hydrocarbon molecules, claim Robert Van de Walle gravitation on the science, such gravitation can be combined into hydrocarbon molecules a big micel, like this when fuel oil enter combusted cylinder indoor with air mixing after in the time of short combustion explosion, be not able to do in time and the air mixing burning just is discharged from outside the cylinder at the inner hydrocarbon molecules of hydrocarbon molecules group;
Vitochemical successes achieved in research explanation wavelength can cause intermolecular change row vibration 6～20 microns XIR Extreme Infrared, and wavelength can be broken up macromolecular mass at the energy of 6.2～20 microns XIR Extreme Infrared photons the molecule that sinks in the macromolecular mass is run away; And wavelength can the resonant excitation molecular bond energy in 3.2～6.2 XIR Extreme Infrared and is directly reduced the flash point of fuel oil;
Negative aeroion has the effect that fresh air improves concentration of oxygen in the air, and engine intake installs the negative ion enlargement device additional, can make the cylinder ratio of mixture present the optimum state and soup and reduce discharging;
Air stream can produce nest stream to improve airspeed through melikaria.Gas nest stream can improve gas flow speed, replenishes the demand of cylinder chamber to air fully, and then promotes the discharging that horsepower reduces carbon monoxide.
The above only is preferred embodiment of the present invention, and all equalizations of being done according to claim scope of the present invention change and modify, and all should belong to the covering scope of claim of the present invention.
Claims (9)
1, a kind of auxiliary device that improves engine performance, this auxiliary device comprises that oil plant activation assembly, oil plant excitation component, cooling water activation assembly and negative ion take place and the air swirl pressurizing pack, it is characterized in that described oil plant activation assembly, oil plant excitation component and cooling water activation assembly comprise the hollow out packing body and fill the mineral substance mixing porcelain ball that can produce XIR Extreme Infrared in it; Described negative ion takes place and the air swirl pressurizing pack is the mineral plastid that can produce XIR Extreme Infrared that is covered with tourmaline intermediate layer outward.
2, the auxiliary device of raising engine performance according to claim 1, it is characterized in that used mineral substance mixing porcelain ball is that the XIR Extreme Infrared mineral substance of 6～20 μ m, 3.2～6.2 μ m and 6～20 μ m is formed by producing wavelength respectively in described oil plant activation assembly, oil plant excitation component and the cooling water activation assembly.
3, the auxiliary device of raising engine performance according to claim 1 is characterized in that, comprises tourmaline in the used mineral substance mixing porcelain ball in described oil plant activation assembly, oil plant excitation component and the cooling water activation assembly.
4, the auxiliary device of raising engine performance according to claim 1 is characterized in that, described hollow out packing body is a hollow out aluminum alloy body.
5, the auxiliary device of raising engine performance according to claim 4 is characterized in that, described hollow out aluminum alloy body is made up of three parts, is specially two cap portions and a hollow circular cylinder composition.
6, the auxiliary device of raising engine performance according to claim 1 is characterized in that, described oil plant activation assembly places in the oil plant case.
7, the auxiliary device of raising engine performance according to claim 1 is characterized in that, hollow out packing body outer surface contacts with the oil pipe intimate in the described oil plant excitation component.
8, the auxiliary device of raising engine performance according to claim 1 is characterized in that, hollow out packing body outer surface contacts with the water pipe intimate in the described cooling water activation assembly.
9, the auxiliary device of raising engine performance according to claim 1 is characterized in that, described negative ion takes place and air swirl pressurizing pack mineral shape is a gaufre.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CNA2009101054686A CN101493056A (en) | 2009-02-18 | 2009-02-18 | Auxiliary device for enhancing engine performance |
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2009101054686A CN101493056A (en) | 2009-02-18 | 2009-02-18 | Auxiliary device for enhancing engine performance |
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| CN101493056A true CN101493056A (en) | 2009-07-29 |
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| CNA2009101054686A Pending CN101493056A (en) | 2009-02-18 | 2009-02-18 | Auxiliary device for enhancing engine performance |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104140856A (en) * | 2014-08-06 | 2014-11-12 | 青岛创恩康环保设备有限公司 | Liquid raw material for reducing waste gas of internal combustion engine and preparing method thereof |
| CN104214020A (en) * | 2014-05-23 | 2014-12-17 | 上海英龙国际贸易有限公司 | Energy saving and emission reducing device for engine |
| CN105402053A (en) * | 2015-11-17 | 2016-03-16 | 东莞市华中生物科技有限公司 | Fuel economizer for auxiliary water tank of automobile |
-
2009
- 2009-02-18 CN CNA2009101054686A patent/CN101493056A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104214020A (en) * | 2014-05-23 | 2014-12-17 | 上海英龙国际贸易有限公司 | Energy saving and emission reducing device for engine |
| CN104140856A (en) * | 2014-08-06 | 2014-11-12 | 青岛创恩康环保设备有限公司 | Liquid raw material for reducing waste gas of internal combustion engine and preparing method thereof |
| CN104140856B (en) * | 2014-08-06 | 2016-05-18 | 青岛创恩康环保设备有限公司 | A kind of engine exhaust gas liquid charging stock and preparation method thereof that reduces |
| CN105402053A (en) * | 2015-11-17 | 2016-03-16 | 东莞市华中生物科技有限公司 | Fuel economizer for auxiliary water tank of automobile |
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Application publication date: 20090729 |