CN2921330Y - Modular air inlet parallel activating device - Google Patents

Modular air inlet parallel activating device Download PDF

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Publication number
CN2921330Y
CN2921330Y CNU2006200594227U CN200620059422U CN2921330Y CN 2921330 Y CN2921330 Y CN 2921330Y CN U2006200594227 U CNU2006200594227 U CN U2006200594227U CN 200620059422 U CN200620059422 U CN 200620059422U CN 2921330 Y CN2921330 Y CN 2921330Y
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China
Prior art keywords
activated wafer
activated
containing space
housing
air inlet
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Expired - Fee Related
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CNU2006200594227U
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Chinese (zh)
Inventor
张清源
陈建融
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Individual
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Individual
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Priority to CNU2006200594227U priority Critical patent/CN2921330Y/en
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02TCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00Road transport of goods or passengers
    • Y02T10/10Internal combustion engine [ICE] based vehicles
    • Y02T10/12Improving ICE efficiencies

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Abstract

The utility model discloses a modular air inlet parallel activating device; a volume connecting the two ends is arranged inside a shell; a fixed module part is arranged at the entrance of an inlet pipe; activated wafer sets are also arranged in the shell side by side. The activated wafer sets are made from materials that can micronize the air component; a plurality of gas-guide holes are arranged to connect the two ends of the volume, so the far infrared ray from the activated wafer sets can effectively vibrate the flowing air molecules and increase the activity of the air molecules to improve the combustion efficiency; the utility model is provided with the parallel activated wafer set in the housing with different size and shape due to the discretional tractility, and the housing can be designed according to the parallel activated wafer sets for applied to inlet pipe with discretional type successfully and rapidly.

Description

The module air inlet is activator side by side
Technical field
The utility model relates to a kind of module air inlet activator side by side, promptly is mainly used in the activator of internal-combustion engine, burner or generator etc.
Background technique
Various with the oil-engine driven traffic tool, the for example burner of aircraft, steamer, vehicle or the like or boiler class or generator etc., system borrows by pressurized air and fuel ignition to be broken out and generation power, as shown in Figure 1, discuss with regard to Hubei Province figure engine merely, it is that piston air inlet, compression, outburst, exhaust four-journey up and down become rotation output via bent axle for individual 90 ° with the power commentaries on classics, as promoting this internal-combustion engine 1 efficient; Economic way then must be improved intake stroke, because one of most essential steps that air inlet is an energy to produce.
As TaiWan, China patent announcement No. 510318 " environmental protection oil-saving accelerator " is device one accelerator near an airduct path of a car engine, to reach the advantage of vortex air intake, and its each accelerator must cooperate various inlet pipe 2 sizes to make, so can not be applicable to various internal-combustion engine widely.
Another is that some fuel-efficient wafers are installed on air-strainer 3, utilize this wafer to the atomic refinement of water in air molecular group, make this water in air molecule group energy molecular mixing fully and in the combustion oil, the contact surface that increases air and combustion oil according to this is long-pending, make gasoline, diesel reach perfect combustion, promote the advantage that burning increment rate, minimizing CO and HC, reduction noise and increase are exerted oneself thereby reach.The wafer that these use for air-strainer, just shown in TaiWan, China patent announcement No. 471545 " Vehicular air filtration enriching device " as the structure, it mainly is provided with netted polypropylene (P.P.) layer and acf layer between outer and interior of air-strainer, and make this netted polypropylene (P.P.) layer inside contain the magnetic substance that can produce the XIR Extreme Infrared magnetic wave, utilize this kind wafer to make the air and the water molecule group energy imperceptibility of engine air admittance pipe.The above-mentioned structure of commonly using really can promote the burning increment rate in reality test, reduce CO and HC, reduction noise and increase are exerted oneself, but, must be installed on the air-strainer 3 for fear of these existing structure forms of commonly using " the netted wafer of fixed dimension ", and make its derive as after shortcoming:
1. for the user, because the area of netted wafer is fixing sample attitude, the user must look the size of each label air-strainer and choose it, even same label, also can change to some extent because vehicle or CC number are different, causing the user that sense at a loss as to what to do is arranged, thus, is obvious its narrow office aspect suitable elasticity.
2. for the manufacturer, also must cooperate the size of each label air-strainer and die sinking, this Dimensions reaches more than tens of kinds, if all die sinkings one by one, for the manufacturer, its entire die cost will incur a considerable or great expense, and be difficult to meet economic requirement, and supply the market is required in a large number, and this is that fixed now netted wafer has part to be overcome.
The model utility content
The purpose of this utility model is to provide a kind of module air inlet activator side by side, is intended to make the user arbitrarily it to be installed on internal-combustion engine or boiler class burner or the generator suction tude, can reach fixing effect, with the splendid property easy to assembly of tool.
For achieving the above object, technical solution of the present utility model is: a kind of module air inlet is activator side by side, it includes: a housing, the containing space that has sky in it, the fixing part that housing extends the saturating sky of tubulose and communicates with containing space in containing space one end, this housing is installed on suction tude with this fixing part modular; And side by side an activated wafer group, it is for being that raw material is made with composition that can the miniaturization air, this side by side the activated wafer group be installed on the containing space of housing, and activated wafer is provided with the gas port that majority runs through, and makes the containing space two ends be conducted.
Described housing generally in a tubular form, described containing space half one provided thereon, housing extends downwards at containing space has the necking section of bringing together, form shoulder between this containing space and necking section, this bottom, necking section then extends described fixing part downwards, this fixing part slotting pulling from top to bottom in the suction tude inlet, and second shoulder that forms between necking section and necking section and fixing part is positioned the suction tude inlet.
Be installed with one in the described containing space in order to support the supporting frame of activated wafer.
Support frame as described above has certain intensity, and most saturating empty mesh are arranged, and its periphery is identical with the containing space shape, makes it be placed in the containing space, and abuts against and be positioned between containing space and fixing part on the formed shoulder.
The oblique cone pipe shape that described fixing part is arranged to bring together downwards.
Be covered with loam cake on the described housing, and this loam cake is fixed on the housing, is communicated with an adapter at loam cake then, this adapter engages with another suction tude.
Described activated wafer group side by side mainly is made of the activated wafer of two-phase with shape, its two activated wafer at interval be penetrated with gas port up and down, respectively be interval with snap slot at activated wafer two ora terminalis then.
Described two activated wafers, one side is interval with two pin thread seats, the pin thread seat mainly extend horizontally away fixed plate in two activated wafer bottom surfaces, on fixed plate, be interval with two fixing columns then, fixing column top and activated wafer end face trim, and the position of two activated wafer opposite sides, relative pin thread seat is provided with the box seat, this box seat mainly extend horizontally away group at the activated wafer end face and establishes plate, establish on the plate in group then that having provided two groups establishes the hole at interval, the box seat of this activated wafer group and the pin thread seat of another activated wafer group are established setting up jointly.
Connect with rib between described two activated wafers, its rib and two activated wafer joints are equipped with second snap slot.
After adopting such scheme, because the side by side activated wafer group structure of the utility model extending arbitrarily, be installed in the housing of difformity or size, the activated wafer group is set in advance in housing and constitute a modular structure, make the user arbitrarily the utility model is installed on internal-combustion engine or boiler class burner or the generator suction tude, can reach fixing effect, a excellent appearance and modeling and splendid property easy to assembly so just can be provided.And this activated wafer group system is that raw material is made with composition that can the miniaturization air, it is provided with the gas port that majority runs through, so that the containing space two ends communicate the XIR Extreme Infrared wavelength vibrations air flowing molecule that makes the activated wafer group radiate, increase the gas molecule activity, to promote combustion efficiency.
Description of drawings
Fig. 1 is an air-intake of combustion engine action schematic representation;
Fig. 2 is a decomposing schematic representation of the present utility model;
Fig. 3 is a combination schematic representation of the present utility model;
Fig. 4 is a generalized section of the present utility model;
Fig. 5 is that the utility model is assembled into retrotracheal schematic representation;
Fig. 6 is the utility model second example schematic;
Fig. 7 is the utility model the 3rd example decomposing schematic representation;
Fig. 8 is the utility model the 3rd example cross-section schematic representation;
Fig. 9 is the utility model the 4th example schematic;
Figure 10 is the schematic perspective view of the utility model the 5th example;
Figure 11 is the generalized section of the utility model the 5th example.
The primary clustering symbol description
10 housings, 11 containing spaces, 12 necking sections
13 shoulders, 14 fixing parts, 15 second shoulders
20 suction tude, 30 supporting frames, 40 activated wafers
400 activated wafers, 41 gas ports, 42 snap slots
43 pin thread seats, 431 fixed plates, 432 fixing columns
44 box seats are established plate for 441 groups and are established the hole for 442 groups
45 ribs, 451 second snap slots, 452 second snap slots
50 loam cakes 51 are taken over
Embodiment
See also Fig. 2-Fig. 5, the utility model includes:
One housing 10, generally tubulose is square, its first half has a saturating empty containing space 11, housing 10 extends in containing space 11 bottoms has the necking section 12 of bringing together, make 12 of containing space 11 and necking sections form shoulder 13, the fixing part 14 that these 12 bottoms, necking section then extend the saturating sky of tubulose downwards and communicate with containing space 11, this fixing part 14 as shown in Figure 5 as, can slotting pulling from top to bottom enter the mouth in suction tude 20, and second shoulder 15 that makes necking section 12 and 14 formation of fixing part can be positioned suction tude 20 inlet, to reach the convenient characteristics that housing 10 are assembled in suction tude 20;
One supporting frame 30, it has certain intensity, and most saturating empty mesh are arranged, and its periphery is identical with containing space 11 shapes, makes it can be placed in the containing space 11, and conveniently abuts against and be positioned on housing 10 shoulders 13; And
One side by side activated wafer group, its be with can miniaturization the composition of air be that raw material is made, particularly, it can or mix and form by the single of raw materials such as XIR Extreme Infrared or magnetic-particle, this activated wafer group is by the activated wafer 40 of two-phase with shape, 400 constitute, its activated wafer 40,400 at interval be penetrated with identical shaped gas port 41 up and down, and these gas port 41 walls are downward oblique cone contraction, speed with constriction air stream warp, then at activated wafer 40,400 liang of ora terminalis respectively are interval with two V shape snap slots 42, the user can comply with the length of housing 10 containing spaces 11 and it is fractureed, and makes this activated wafer 40,400 length can elasticity be covered with the specific surface area of maximum; This activated wafer 40,400 1 sides are interval with two pin thread seats 43, this pin thread seat 43 is mainly at two activated wafers 40,400 bottom surfaces extend horizontally away fixed plate 431, on fixed plate 431, be interval with two fixing columns 432 then, this fixing column 432 tops and activated wafer 40,400 end faces trim, and activated wafer 40,400 sides in addition, the position of pin thread seat 43 is provided with box seat 44 relatively, this box seat 44 is mainly at activated wafer 40,400 end faces extend horizontally away group and establish plate 441, establish on the plate 441 in group then that having provided two groups establishes hole 442 at interval, as shown in Figure 3, the box seat 44 of this activated wafer group can be set up jointly with 43 pairs of the pin thread seats of another activated wafer group to be established, make can extend the arbitrarily overall width of these activated wafer groups of the utility model, make it can be coated in the housing 10 with the specific surface area of maximum; This two activated wafer 40; 400 is to connect (as shown in Figure 6) with rib 45; rib 45 is a strip; it cooperates running channel and moulding; be beneficial to once-through and go out two activated wafers 40; 400; thereby meet a large amount of production requirements; its rib 45 and two activated wafers 40; 400 joints are equipped with V shape second snap slot 451; 452; make two activated wafers 40; 400 can connect and utilization in the lump with rib 45; perhaps fracture this rib 45 and each group is established; a splendid elasticity property easy to assembly so is provided; so that adaptable being placed in the containing space 11 of activated wafer group after assembling side by side; and conveniently abut against and be positioned on the supporting frame 30; and then reach the requirement that is assembled in housing 10 containing spaces 11; make the magnetic power of raw materials such as contained XIR Extreme Infrared particle of this activated wafer group or magnetic-particle carry out imperceptibility to air molecule by gas port 41; with the activity of change air molecule, thus the combustion efficiency of lifting internal-combustion engine, and characteristic of the present utility model is:
Borrow the structural design of activated wafer group, make the manufacturer can be with economic way with in its housing that is assembled in various sizes or shape 10 side by side, make it to constitute a modular structure, make the user after choosing, need not can assemble voluntarily easily to suction tude 20 constructions or other part of dismounting, it can effectively reduce the technology of installation, to avoid causing buyer's installation puzzlement, and can not destroy suction tude 20 overall structures, moreover, the activated wafer group that these normalization housings 10 and tool elasticity are assembled side by side can be produced in a large number, makes it to have high manufacturing Economy; In addition, housing 10 can necking section 12 reaches the effect of location in response to the suction tude 20 of different bores changes, particularly, when these suction tude 20 entrance hole diameters are big than fixing part 14, its suction tude 20 entry ends just can push up the 12 corresponding positions in the necking section of pulling, make the utility model that bigger elasticity Applicable scope be arranged, so just need not make separately, be enough to effectively reduce production costs at each suction tude 20 size.
Please cooperate Fig. 7 to see it, it is the utility model the 3rd embodiment, and this embodiment is that explanation the utility model housing 10 and activated wafer group shape can change arbitrarily, and for example circle is one and uses aspect the most widely; This embodiment is arranged to fixing part 14 the oblique cone pipe shape brought together especially in the lump downwards, make this housing 10 can this fixing part 14 reach the effect of location in response to the circular suction tude 20 of different bores changes, this kind fixing part 14 is cooperating necking section 12 times, and it more can promote elasticity Applicable scope of the present utility model greatly.
Please cooperate Fig. 8 to see it, it is the utility model the 4th embodiment, this embodiment is that explanation the utility model supporting frame 30 can be cast out, its need only make this side by side the structural behaviour at activated wafer group periphery or other position be positioned housing 10 shoulders 13 or other relevant position gets final product.These embodiments also can apply to circular shell 10 as shown in Figure 9.
See also Figure 10 and Figure 11, it is the utility model the 5th embodiment, and this embodiment is that explanation the utility model can be installed in suction tude 20 middle section positions; It mainly reaches at housing 10 and is covered with a loam cake 50 again on the activated wafer group side by side, and this loam cake 50 is fixed on the housing 10, be communicated with one at loam cake 50 then and take over 51, this takes over 51 for another suction tude 20 joints, so can make the utility model be installed in suction tude 20 relaying positions, this embodiment is fit to steamer and uses.
According to preceding described, structure of the present utility model is that a kind of the breakthrough reformed the technology that must be installed on especially on the air-strainer of commonly using, though its structure is simplified, be not seen before really, and can reach economic manufacturing, plurality of advantages that elasticity Applicable scope is big with modular structure.The above only is preferred embodiment of the present utility model, when can not with the scope implemented of qualification the utility model, promptly the equalization of being done according to the utility model claim generally changes and modifies, and all should still belong in the scope that the utility model contains.

Claims (9)

1, a kind of module air inlet activator side by side is characterized in that it includes:
One housing has the containing space of sky in it, housing in containing space one end extend tubulose saturating empty and and the fixing part that communicates of containing space, this housing is installed on suction tude with this fixing part modular; And
One side by side activated wafer group, it is for being that raw material is made with composition that can the miniaturization air, this side by side the activated wafer group be installed on the containing space of housing, and activated wafer is provided with the gas port that majority runs through, and makes the containing space two ends be conducted.
2, module air inlet as claimed in claim 1 activator side by side, it is characterized in that: described housing generally in a tubular form, described containing space half one provided thereon, housing extends downwards at containing space has the necking section of bringing together, form shoulder between this containing space and necking section, this bottom, necking section then extends described fixing part downwards, this fixing part slotting pulling from top to bottom in the suction tude inlet, and second shoulder that forms between necking section and necking section and fixing part is positioned the suction tude inlet.
3, module air inlet as claimed in claim 1 or 2 activator side by side is characterized in that: be installed with one in the described containing space in order to support the supporting frame of activated wafer.
4, module air inlet as claimed in claim 3 activator side by side, it is characterized in that: support frame as described above has certain intensity, and most saturating empty mesh are arranged, its periphery is identical with the containing space shape, make it be placed in the containing space, and abut against and be positioned between containing space and fixing part on the formed shoulder.
5, module air inlet as claimed in claim 1 or 2 activator side by side is characterized in that: the oblique cone pipe shape that described fixing part is arranged to bring together downwards.
6, module air inlet as claimed in claim 1 activator side by side is characterized in that: be covered with loam cake on the described housing, and this loam cake is fixed on the housing, is communicated with an adapter at loam cake then, this adapter engages with another suction tude.
7, module air inlet as claimed in claim 1 activator side by side, it is characterized in that: described activated wafer group side by side mainly is made of the activated wafer of two-phase with shape, its two activated wafer at interval be penetrated with gas port up and down, respectively be interval with snap slot at activated wafer two ora terminalis then.
8, module air inlet as claimed in claim 7 is activator side by side, it is characterized in that: described two activated wafers, one side is interval with two pin thread seats, the pin thread seat mainly extend horizontally away fixed plate in two activated wafer bottom surfaces, on fixed plate, be interval with two fixing columns then, fixing column top and activated wafer end face trim, and two activated wafer opposite sides, the position of pin thread seat is provided with the box seat relatively, this box seat mainly extend horizontally away group at the activated wafer end face and establishes plate, establish on the plate in group then that having provided two groups establishes the hole at interval, the box seat of this activated wafer group and the pin thread seat of another activated wafer group are established setting up jointly.
9, module air inlet as claimed in claim 7 activator side by side is characterized in that: connect with rib between described two activated wafers, its rib and two activated wafer joints are equipped with second snap slot.
CNU2006200594227U 2006-05-22 2006-05-22 Modular air inlet parallel activating device Expired - Fee Related CN2921330Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2006200594227U CN2921330Y (en) 2006-05-22 2006-05-22 Modular air inlet parallel activating device

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Application Number Priority Date Filing Date Title
CNU2006200594227U CN2921330Y (en) 2006-05-22 2006-05-22 Modular air inlet parallel activating device

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Publication Number Publication Date
CN2921330Y true CN2921330Y (en) 2007-07-11

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105003365A (en) * 2015-05-13 2015-10-28 洛阳中腾绿力环保技术有限公司 Air molecule activating device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105003365A (en) * 2015-05-13 2015-10-28 洛阳中腾绿力环保技术有限公司 Air molecule activating device

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C19 Lapse of patent right due to non-payment of the annual fee
CF01 Termination of patent right due to non-payment of annual fee