CN101684763A - Molecular activity ionizer of liquid fuel - Google Patents
Molecular activity ionizer of liquid fuel Download PDFInfo
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- CN101684763A CN101684763A CN200810168830A CN200810168830A CN101684763A CN 101684763 A CN101684763 A CN 101684763A CN 200810168830 A CN200810168830 A CN 200810168830A CN 200810168830 A CN200810168830 A CN 200810168830A CN 101684763 A CN101684763 A CN 101684763A
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- main body
- loop road
- ionizer
- liquid fuel
- wall
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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 discloses a molecular activity ionizer of liquid fuel. In order to activate molecules of the liquid fuel, the main body of a loop which is formed by active high purity ceramic raw material and transition metal precisely and plastically is taken as the center, a heating body is inserted in order to carry out activity ionization more easily on the molecules of the liquid material in the center of the main body, the loop capable of ceaselessly circulating around the heating body at the center of the main body is designed in the main body for the proper time of the molecular activityof the liquid material, ceramics are arranged properly at the entrance and exit of the loop, the interior and the exterior are mutually reacted, therefore, the liquid material can uniformly combust,the combustion rate is enhanced so that no combustion deposit is attached to the internal combustion engine, and deposit harmful to the internal combustion engine can be eliminated, the combustion rate close approaching 100% can be maintained, and combustion cost and energy can be increased so as to reduce gas discharge.
Description
Technical field
The present invention relates to be used for the ionizer of the molecular activity of liquid fuel, particularly relate to a kind of be installed in use fossil fuel as automobile, boats and ships or boiler, the fuel supply of the internal-combustion engine of generator etc. and so on is to the fuel supply line of combustion mechanism, and make on one side the liquid fuel supplied with through wherein, make the molecule of fuel expeditiously near magnetic force and the peculiar radiation of XIR Extreme Infrared on one side, by make by the caused sympathetic response absorbing phenomenon of the vibration of impregnability molecule fuel molecule carry out reactive electro from, thereby change the angle of molecule combination, ring, so that easier and air or combination with oxygen, thereby thereby the fuel of the most liquid state of can burning expeditiously can improve rate of combustion and can reduce the ionizer of the molecular activity of the liquid fuel that coal smoke takes place.
Background technique
In the past, utilized magnetic force, XIR Extreme Infrared and fuel saving and the device development that reduces coal smoke go out various forms.
At first, utilize the goods in magnetic field merely owing to have constructional problem aspect the boundling of the magnetic line of force or on the set positions of installation fuel cycle road and magnet, having constructional problem, therefore exist the degree of utilizing magnetization to make the fuel miniaturization to descend, the magnetized time shortens simultaneously, thereby makes its inefficient shortcoming.
Therefore, shorten the magnetized time in order in above-mentioned magnetic field, to utilize screw rod, having the process of utilizing moment in screw rod is difficult to expect to react the effect of self and utilize the vortex type with the air rotation to burn, thereby make the device of the principle that flow into in-engine air rotation, so only change the mixed volume of simple air, have the shortcoming of the degree that still can't reach desired.
In addition, also have the device of the principle of utilizing plasma, the shortcoming of such device needs high-tension electricity, uneconomical in price, so there is the shortcoming that can't popularize.
Summary of the invention
Thereby, the present invention relates to a kind of device that improves the rate of combustion of fuel, comes fuel saving and prevent the generation of coal smoke thus.
For this reason, the device that the present invention relates to is: after according to the form of the molecule activation that can make liquid fuel outer loop road and inner loop road being separated, magnet is installed in the outer wall on outer loop road, even described magnet passes through under also can be the state of magnetic line of force boundling in the inner loop road, thereby utilize the activation of the fuel of magnetic force, certainly by pottery and the heater that is installed in the inner loop road emission efficiency of XIR Extreme Infrared is maximized, thereby liquid fuel can be burnt equably, can improve combustion expense and output power and reduce gaseous emission.
So, the present invention relates to a kind of ionizer of molecular activity of liquid fuel, this ionizer be installed in use fossil fuel as automobile, on the fuel supply line of the internal-combustion engine of boats and ships or boiler etc. and so on, and make on one side fuel through wherein, cause on one side the vibration of impregnability molecule expeditiously near the distinctive radiation of XIR Extreme Infrared and magnetic force by the molecule of fuel, by make by the caused sympathetic response absorbing phenomenon of the vibration of impregnability molecule fuel molecule carry out reactive electro from, thereby change the angle of molecule combination, so that produce the power that to accept from air outside or oxygen, and easier and combination with oxygen, thus expeditiously combustion liquid fuel and can improve rate of combustion and can reduce that coal smoke takes place.
Description of drawings
Fig. 1 is the stereoscopic figure of an embodiment of the invention;
Fig. 2 is the assembly state diagram of unitary construction of the present invention;
Fig. 3 is a whole sectional arrangement drawing of the present invention;
Fig. 4 is the exploded of main body of the present invention;
Fig. 5 is the partial sectional view that is formed with guard shield and is formed with the main body of the present invention on circulation road;
Fig. 6 is the sectional view that the state of magnet is housed on main body of the present invention;
Fig. 7 is the phase diagram that is formed with outstanding wall in a side of main body of the present invention;
Fig. 8 is the phase diagram that is formed with outstanding wall at the opposite side of main body of the present invention;
Fig. 9 is the phase diagram that is formed with the pottery tube between current plate of the present invention;
Figure 10 is the sectional view that only is combined with the main body of the present invention of the main body guard shield that is formed with engaging piece.
Description of reference numerals:
10 main bodys
20 magnet
30 pottery tubes
40 current plates
50 shells
60 spiral-shaped plate
70 heaters
80 circulation roads
Embodiment
To achieve these goals, the present invention constitutes following structure, that is: as shown in Figure 6, be positioned at the inner loop road 11 of central authorities, by the outer loop road 14 that on the outer wall 12 on this inner loop road 11, is separated be formed with reentrant part 16 on the outer wall 15 on the above-mentioned outer loop road 14 that is separated respectively and in above-mentioned reentrant part 16, be equipped with the main body 10 of magnet 20 separately with the radial next door that forms 13; As shown in Figure 7, on a side of the next door 13 of described main body 10 and outer wall 12,15, in order on one side the fuel in the fuel inlet 14a of the liquid state that flow into the outer loop road to be carried out the flexuose circulation successively in individual channel 14b, the 14c on the outer loop road 14 of main body 10,14d, 14e, 14f, on one side after being flowed in the inner loop road 11 once more by the fuel in the fuel outlet 14f that spues, as shown in Figure 8, flow out through inner loop way outlet 11a.As shown in Figure 7, on the outer wall 12,15 on inner loop road 11 and outer loop road 14 and next door 13, optionally be formed with outstanding wall 17 respectively, as shown in Figure 8, on the outer wall 12,15 on inner loop road 11 and outer loop road 14 and the next door 13 and with Fig. 7 in the outstanding wall 17 that forms be formed with outstanding wall 17a on the positions of fork mutually, mode according to each outstanding wall 17,17a engagement, as shown in Figure 5, the sealed shield 18 that use is formed with engaging piece 18a covers, and forms circulation road 80 according to flexuose circuit mode.
At this moment, the outside of sealed shield 18 is combined with the main body guard shield 19 that is used to strengthen.
Yet, as shown in figure 10, by the engaging piece 19a that on main body guard shield 19, forms and described outstanding wall 17,17a mesh, and do not use airtight guard shield 18, thereby can obtain simple structure.Be formed with on sealed shield 18 and the main body guard shield 19 fully and inflow entrance 18b, the 19b of the fuel inlet 14a on outer loop road 14 on same axle this moment also as shown in Figure 4.In addition, as shown in Figures 2 and 3, be formed with strength bar 19c on the outer wall of sealed shield 19, be provided with certain intervals at the two ends of main body 10, the current plate 40 with the rectification hole 41 that accommodates pottery tube 30 forms according to the form of keeping certain intervals.A described pottery high-purity ceramic chip 31 that the 30 pipe fitting forms with far infrared irradiation that accommodate the catalysis that is used for liquid fuel form, therefore above-mentioned current plate 40 can be formed with the form in space 55 according to two ends, is surrounded by being formed with the outer shield 53,54 and the outer enclosure 50 that flow out inlet 51,52.
At this moment, as shown in Figure 4, be present in the inboard on above-mentioned inner loop road 11 with the spiral-shaped plate 60 of spirality manufacturing, so as the liquid fuel that moves in the inside on inner loop road 11 can be on one side along the inwall on inner loop road 11 eddy current on one side that flows.At this moment, for the activation of liquid fuel, as shown in Figure 3, the inwall on inner loop road 11 is equipped with spiral-shaped plate 60 with the state that heater 70 is installed.
In addition, in the reentrant part 16 that on the outer wall 15 on said external circulation road 14, forms magnet 20 is installed separately, correctly chain at the fuel of the liquid state that flows through outer loop road 14 with the magnetic line of force of magnet 20, make fuel activating by such density of line of magnetic force.
For correctly chain such density of line of magnetic force and outer loop road 14, the present invention is formed with gap (surplus white) 15a, thereby can forms reentrant part 16 on above-mentioned gap 15a by forming with polygonal on the outer wall 15 on the road 14 of externally circulating.
In addition, so polygonal outer loop road 14 when making in the part as the angle of so polygonal inboard under the situation of liquid fuel cycle, makes activate become easily simple by eddy generation.
In addition, not only aforementioned body 10 can be with the pottery manufacturing of particulate metal and irradiation XIR Extreme Infrared and so on, and spiral-shaped plate 60 also can be with above-mentioned identical materials manufacturing.
In addition, can be built-in with the O shape ring of the external leakage that is used to interdict the liquid fuel in the aforementioned body 10 between the engaging piece 18a of the outstanding wall 17 of aforementioned body 10,17a and sealed shield 18.
Below, will explain the action effect of above-mentioned structure of the present invention.
Liquid fuel molecular activity ionizer of the present invention, be arranged with main body 10 and be used for the pottery tube 30 of XIR Extreme Infrared of catalysis in its both sides radiation and the two ends of columnar outer enclosure 50 that are used for the current plate 40 of the ion activityization outer shield 53,54 that has been threaded, and on said external guard shield 53,54, be threaded and be useful on the outflow that is connected with the fuel system line (not shown) of various internal-combustion engines and enter the mouth 51,52.
Particularly, owing to externally be built-in with the O shape ring of other purposes on the outer shield 53,54 of shell 50 and the outflow inlet 51,52, even if therefore the internal pressure of outer enclosure 50 rises, the fuel of the liquid state of the inside by outer enclosure 50, the also clearance leakage between shell 50 and the outer shield 53,54 externally not.
In addition, on outer circumferential face, be built-in with the main body 10 of the metallic material that the magnetic line of force of the drum that is attached with a plurality of permanent magnets 20 that are used to form magnetic field can pass through in the inside of said external shell 50.Two side ends in aforementioned body 10 disposes two current plates 40 with a plurality of rectification hole 41 across certain intervals, be built-in with pottery tube 30 between two these current plates 40, described pottery tube 30 accommodates a plurality of ceramic chips 31 that are configured as drum and in order to make the liquid fuel can be by being formed with a plurality of tetragonal through holes 32.
At this moment, ceramic chip 31 manufactures the cylindric of tubulose in order to increase with the area of contact of liquid fuel, is formed with tetragonal through hole 32 on the pottery tube 30, and yes in order to make flowability good also is for rectification takes place.
So, be formed at the rectification hole 41 on the above-mentioned current plate 40, its upright mode is formed on one side cutting sheet 42 incisions respectively on one side according on the current plate that forms by flat board, utilizing the punching press perforation, the inflow of fuel or the liquid fuel of outflow, be ionized by rectification by the cut 43 that between such incision sheet 42, forms, increase the efficient of catalysis thus, form relatively in the both sides of main body 10.
In addition, between above-mentioned guard shield 18,19 and current plate 40, and be formed with space 55 between above-mentioned current plate 40 and the main body 10, thereby, can not bear load by such space 55, allow liquid fuel to carry out smooth and easy flowing simultaneously.
In order to ensure such space and since the current plate 40 that makes the two side ends that is positioned at main body 10 from main body 10 away from certain distance, use muscle 19c so be formed with on the outer wall of main body guard shield 19 to strengthen.
Above-mentioned enhancing is also played following effects with muscle 19c,, makes the effect of current plate 40 to press away from the mode that does not produce the space between certain distance and main body 10 and the main body guard shield 18,19 that is threaded with it from main body 10 that is.
In addition, under main body 10 and situation that outer enclosure 50 combines, accompany one or more O shape rings on the outer circumferential face of main body, so sealing between main body 10 and the outer enclosure 50, thereby externally liquid fuel can not come out between shell 50 and the main body 10, and such O shape ring is applicable to fully to be kept airtight and part seam.
In the present invention, be used for the catalysis of liquid fuel and pottery tube 30 ceramic chips that held 31 of emitting far infrared ray, flow and also can not produce powder, SiO even if be formed liquid fuel
2Be the basis of main component mixing, in order to come emitting far infrared ray with effective ceramic component, mixing B by 63~83 weight %
2The adding ingredient that O and CaO and main component form mixes plasticity according to 17~37 weight %, apply the heat of 1000~1300 degree after, can maximize with the area of contact of liquid fuel, carry out plasticity and make with drum.
Here, be installed in the magnet 20 on the outer wall 15 on outer loop road 14, the formed magnetic field of the magnetic line of force (Magnetic Field) that is taken place by magnet 20 relates to inner loop road 11 certainly for outer loop road 14, the density by such magnetic line of force concentrate the fuel activating that makes liquid state.
Reference, because the N utmost point is dispersed the magnetic line of force, the position of the S utmost point convergence magnetic line of force so be equipped with under the situation of magnet, considers that the direction of the magnetic line of force forms reentrant part 16, and assembling magnet 20.
Particularly, dividing under a plurality of states, across certain intervals configuration permanent magnet 20, inner loop road 11 is configured in the central position of permanent magnet 20 at length direction in the central authorities on the road 14 of externally circulating.In addition, main body 10 and outer loop road 14 link with flexuose by circulation road 80, and the fuel of circuit liquid state is subjected to the influence in magnetic field for a long time in long outer loop road 14, so can improve improvement efficient.
At this moment, in inner loop road 11, be installed in the magnetic line of force that the magnet 20 on the outer wall on outer loop road 14 taken place and concentrate on the position, magnetic flux (Magnetic Flux) increase in density simultaneously is so play strong active function before the injection engine.
In the above-mentioned mode of execution, be that example is illustrated, the invention is not restricted to this, can make various even number outer loop road 14 in the inner loop road 11 with the main body 10 that possesses 6 outer loop roads 14.
In addition, liquid fuel does not flow through other circulation road successively, according at the outer loop road 14a that is formed on the main body 10,14b, 14c, 14d, 14e, after carrying out the flexuose circulation in the 14f successively, can flow into inner loop road 11, and the mode of the inner loop way outlet 11a that can spue, the next door 13 of main body 10 is certainly outer wall 12, formed outstanding wall 17 on 15 the two ends, the mode that 17a diverges mutually with two ends, the left and right sides forms, by having the engaging piece 18a with its engagement, the guard shield 18 of 19a, 19 carry out combination fixes, therefore do not forming outstanding wall 17, the part of 17a, as Fig. 5 and shown in Figure 10, circulate with flexuose while form circulation road 80.
Particularly, the part that combines with outstanding wall 17,17a and engaging piece 18a on being formed at outer wall 12,15 in the next door 13 at main body 10 two ends is built-in with the O shape ring that is used to improve seal, and such mode can be used multiple mode.
In addition, be formed with inflow entrance 18b, 19b respectively on above-mentioned sealed shield 18 and main body guard shield 19, a 14a in described inflow entrance 18b, 19b and inner loop road 11 and 6 the outer loop roads 14 is connected.
Moreover, the inwall on inner loop road 11 is built-in with heater 70, so can improve the improvement efficient of liquid fuel.
The present invention is that the molecular activity ionizer with employed liquid fuel in the employed liquid fuel in motors such as automobile is that example is illustrated, but also can be used for drinking being used to or the water of the cultivations of various vegetables etc. carries out ionization and the water purifier that need not to filter, water softening device, instantaneous heat hydrophone, heater unit etc.
Claims (9)
1, a kind of molecular activity ionizer of liquid fuel, it is characterized in that, this device comprises the inner loop road (11) that is positioned at central authorities, by on the outer wall (12) on this inner loop road (11), forming the outer loop road (14) that radial next door (13) is separated, with on the outer wall (15) on the above-mentioned outer loop road (14) that is separated respectively, be formed with reentrant part (16) and in above-mentioned reentrant part (16), be equipped with the main body (10) of magnet (20) separately, next door (13) and outer wall (12 in described main body (10), 15) on the side, for on one side the individual channel (14b of the fuel in the fuel inlet (14a) that flow into the liquid state on outer loop road on the outer loop road (14) of main body (10), 14c, 14d, 14e, carry out the flexuose circulation 14f) successively, on one side after being flowed in the inner loop road (11) once more by the fuel in the fuel outlet (14f) that spues, flow out through inner loop way outlet (11a), in a side of main body in inner loop road (11) outer wall (12 with outer loop road (14), 15) and optionally be formed with outstanding wall (17) on next door (13) respectively, at the opposite side of main body in inner loop road (11) outer wall (12 with outer loop road (14), 15) and next door (13) go up and with the separated position of described outstanding wall (17) on be formed with outstanding wall (17a), with being formed with and each outstanding wall (17, the sealed shield (18) of the engaging piece that 17a) is meshed (18a) covers, and forms circulation road (80) according to flexuose circuit mode.
2, the molecular activity ionizer of liquid fuel according to claim 1 is characterized in that, on the inwall on the inner loop road of described main body heater is installed.
3, the molecular activity ionizer of liquid fuel according to claim 1 is characterized in that, described magnet is installed in the female portion, and the female portion is formed on the gap of the outer wall that is formed with the outer loop road.
4, according to the molecular activity ionizer of any described liquid fuel in the claim 1 to 3, it is characterized in that, on the two ends of the main body that the outer loop road is separated by the radial next door that forms,, the main body guard shield is installed in the outside of sealed shield with described inner loop road.
5, the molecular activity ionizer of liquid fuel according to claim 4, it is characterized in that, under the situation of the inside that described main body is installed in shell, the outside, two ends of main body is formed with the pottery tube that has the through hole that accommodates ceramic chip between current plate, and this pottery tube is contained in the shell that guard shield covered with outflow opening.
6, the molecular activity ionizer of liquid fuel according to claim 5 is characterized in that, in described inner loop road spiral-shaped plate is installed.
7, the molecular activity ionizer of liquid fuel according to claim 5 is characterized in that, under the situation of the guard shield that is formed with main body guard shield and shell between the described current plate and be formed with the space.
8, according to the molecular activity ionizer of claim 5 or 7 described liquid fuels, it is characterized in that, on described current plate, be formed with rectification hole by the cut of cutting sheet.
9, the molecular activity ionizer of liquid fuel according to claim 5 is characterized in that, described ceramic chip forms in the mode of pipe fitting.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN200810168830XA CN101684763B (en) | 2008-09-28 | 2008-09-28 | Molecular activity ionizer of liquid fuel |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN200810168830XA CN101684763B (en) | 2008-09-28 | 2008-09-28 | Molecular activity ionizer of liquid fuel |
Publications (2)
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CN101684763A true CN101684763A (en) | 2010-03-31 |
CN101684763B CN101684763B (en) | 2012-04-25 |
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CN200810168830XA Expired - Fee Related CN101684763B (en) | 2008-09-28 | 2008-09-28 | Molecular activity ionizer of liquid fuel |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN102691598A (en) * | 2011-03-24 | 2012-09-26 | 王伟林 | Electronic fuel oil optimizing processor for automobile |
-
2008
- 2008-09-28 CN CN200810168830XA patent/CN101684763B/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN102691598A (en) * | 2011-03-24 | 2012-09-26 | 王伟林 | Electronic fuel oil optimizing processor for automobile |
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CN101684763B (en) | 2012-04-25 |
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