CN207455580U - Burner aids in preheating mechanism and burner - Google Patents
Burner aids in preheating mechanism and burner Download PDFInfo
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- CN207455580U CN207455580U CN201720813731.7U CN201720813731U CN207455580U CN 207455580 U CN207455580 U CN 207455580U CN 201720813731 U CN201720813731 U CN 201720813731U CN 207455580 U CN207455580 U CN 207455580U
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- liquid storage
- storage disk
- height
- seal cup
- overflow plate
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Abstract
The utility model discloses a kind of burner auxiliary preheating mechanism and burners.Burner aids in preheating mechanism, including seal cup, liquid storage disk, fuel baffle；Wherein seal cup is in inside liquid storage disk, and the height of seal cup is less than the height of liquid storage disk；Seal cup includes overflow launder and overflow plate, wherein the height close to the overflow plate of liquid storage disk tip position is higher than the height of the overflow plate in liquid storage disk centre position；Fuel baffle is in liquid storage disk bosom position and the simultaneously one side in seal cup, and the height of the fuel baffle is in close to the height of the overflow plate of liquid storage disk tip position between the height of the overflow plate in liquid storage disk centre position.The technical issues of the utility model can solve how to improve burner auxiliary pre-heat effect.
Description
Technical field
The utility model is related to a kind of burner to be burnt using liquid fuel, the utility model further relates to one kind
The mechanism that the burner preheats for auxiliary.
Background technology
Current combustion device is mainly burnt using gaseous fuel or liquid fuel, and wherein liquid fuel such as alcohols fires
Material is since no noxious gas emission is beneficial to environmental protection, so as to generally be used.Burner is when using liquid fuel to be burnt
Liquid spray burning may be employed, gasification after-combustion can also be carried out.Gasification, and combustion must carry out the pre-heat treatment, by liquid fuel
Fuel gas is converted into, fuel gas touches burning things which may cause a fire disaster so as to burn.Fuel is transformed into gas by liquid at present, is generally had
Following several ways：
1st, Electric heating.One housing of electric heating tube external heat, housing is interior to have liquid fuel, and this mode needs volume
One electric heating tube of outer addition.
2nd, atomizing type.Directly liquid fuel is directly atomized using an atomizer and passes through igniter point around this
The problem of kind mode atomizing effect is due to current technology and technique atomizing effect is undesirable.
Utility model content
The purpose of this utility model is to provide a kind of burner auxiliary preheating mechanism, and it is pre- how solution improves burner auxiliary
The technical issues of thermal effect.
The purpose of this utility model is to provide a kind of burner, and the technology for solving how to improve burner combustion effect is asked
Topic.
Burner aids in preheating mechanism, including seal cup, liquid storage disk, fuel baffle；Wherein seal cup is in liquid storage disk
Portion, the height of seal cup are less than the height of liquid storage disk；Seal cup includes overflow launder and overflow plate, wherein close to liquid storage disk end position
The height for the overflow plate put is higher than the height of the overflow plate in liquid storage disk centre position；Fuel baffle is in liquid storage disk inside
Between the position and one side in seal cup, the height of the fuel baffle are in the overflow plate close to liquid storage disk tip position simultaneously
Highly between the height of the overflow plate in liquid storage disk centre position.
The seal cup includes four overflow plates, and four overflow plates enclose and formed overflow launder.
Four overflow plates are the first overflow plate, the second overflow plate, the 3rd overflow plate, the 4th overflow plate, wherein first
Overflow plate is in liquid storage disk tip position, and the 4th overflow plate is in liquid storage disk centre position, the second overflow plate and the 3rd overflow plate
Between the first overflow plate and the 4th overflow plate；The length of first overflow plate is longer than or is equal to the length of the 4th overflow plate
And it links together with liquid storage disk port.
There are one leakage fluid drams for the liquid storage disk bosom position and close fuel baffle position tool.
Burner, including auxiliary preheating mechanism, combustion mechanism, oil transportation mechanism, ignition structure；The auxiliary preheating machine
Structure, including seal cup, liquid storage disk, fuel baffle；Wherein seal cup is in inside liquid storage disk, and the height of seal cup is less than liquid storage disk
Height；Seal cup includes overflow launder and overflow plate, wherein close to liquid storage disk tip position overflow plate height higher than being in
The height of the overflow plate in liquid storage disk centre position；Fuel baffle is in liquid storage disk bosom position and is in seal cup simultaneously
One side, the height of the fuel baffle are in the height close to the overflow plate of liquid storage disk tip position with being in liquid storage disk centre position
Overflow plate height between；Combustion mechanism includes nozzle, jet pipe, fire-spraying plate, vapor lamp, wind turbine；Wind turbine is in air-supply path
Forefront, nozzle one end connects with vapor lamp, and the other end is in jet pipe one end center direction, and vapor lamp is in jet pipe
Another extreme direction, fire-spraying plate are fixed on one side of the jet pipe towards vapor lamp；The oil transportation mechanism includes oil transfer pump, solenoid valve, defeated
Oil pipe, igniter；Oil transfer pump, solenoid valve pass sequentially through petroleum pipeline connection, and there are two tributary, a tributary port positions for petroleum pipeline point
Nearly seal cup is rested against, another tributary is connected with the inlet of vapor lamp；Igniter is close to seal cup.
Burner aids in preheating mechanism, including seal cup, liquid storage disk, fuel baffle；Wherein seal cup is in liquid storage disk
Portion, the height of seal cup are less than the height of liquid storage disk；Seal cup includes overflow launder and overflow plate, wherein close to liquid storage disk end position
The height for the overflow plate put is equal to the height of the overflow plate in liquid storage disk centre position；Fuel baffle is in liquid storage disk inside
Between the position and one side in seal cup, the height of the fuel baffle are higher than the overflow plate close to liquid storage disk tip position simultaneously
Highly.
Burner, including auxiliary preheating mechanism, combustion mechanism, oil transportation mechanism；The auxiliary preheating mechanism, including overflow
Disk, liquid storage disk, fuel baffle；Wherein seal cup is in inside liquid storage disk, and the height of seal cup is less than the height of liquid storage disk；Overflow
Disk includes overflow launder and overflow plate, wherein the height close to the overflow plate of liquid storage disk tip position is equal in liquid storage disk interposition
The height for the overflow plate put；Fuel baffle is in liquid storage disk bosom position and the simultaneously one side in seal cup, the fuel
The height of baffle is higher than the height of the overflow plate close to liquid storage disk tip position；Combustion mechanism include nozzle, jet pipe, fire-spraying plate,
Vapor lamp, wind turbine；Wind turbine is in the forefront in air-supply path, and nozzle one end is connected with vapor lamp, and the other end is in jet pipe one end
Center direction, vapor lamp are in another extreme direction of jet pipe, and fire-spraying plate is fixed on one side of the jet pipe towards vapor lamp；It is described
Oil transportation mechanism includes oil transfer pump, solenoid valve, petroleum pipeline, igniter；Oil transfer pump, solenoid valve pass sequentially through petroleum pipeline connection, oil transportation
Pipe divides there are two tributary, and a tributary port to be located proximate to seal cup, another tributary is connected with the inlet of vapor lamp；Igniting
Device is close to seal cup.
The petroleum pipeline increases on the tributary end close to seal cup there are one anti-backfire protection mechanism, which protects
Mechanism includes a rotation driving disc spacing pressing, rotation driven disc, multiple motion bars, multiple closure plates, a stent, a shell
Body；It rotates on the outside of driving disc spacing pressing with handle, inside with rack；Rotate 2-3 of the radius of driven disc for rotation driving disc spacing pressing radius
Times, the rotation driven disc is similary with the position of rotation driving disc spacing pressing engagement to have rack, and the surrounding for rotating driven disc has arc
Limit hole, motion bar are arc, and its one end is hinged on rotation driven disc, and the other end is hinged on closure plate, above-mentioned motion bar
It is uniform to be arranged on rotation driven disc；The closure plate generally triangle with arc-shaped side is simultaneously also articulated on stent, above-mentioned
Multiple closure plates are combined together the hollow hollow position of closed stent；On housing have limited post, the limited post with rotation from
The limit hole cooperation of Moving plate.
The other end of the nozzle in jet pipe one end center direction is integral into " G " shape, and there are one corners for tool
It is connected with the pipeline for going out liquid direction from vapor lamp, centre position then has multiple curved nozzles, and pressure is communicated on each nozzle
Contracting air-source.
The beneficial effects of the utility model are：A seal cup is added due to creative on the basis of liquid storage disk,
So when needing to preheat to vapor lamp, the distance of liquid fuel top surface and ignition electrode in seal cup is in same height always
Degree, when not occurring at use so and the distance of ignition electrode is too far either too near occurs cannot to light a fire or ignition difficulties are asked
Topic, at the same can also solve alcohols amount it is more and from liquid storage disk outflow point catch fire around combustor external object ask
Topic；Due to being equipped with liquid storage disk, it so can guarantee that enough fuel makes the carburretion in vapor lamp, the amount that vapor lamp is avoided to spray
Deficiency causes to light a fire or the problem of ignition difficulties.Due to being equipped with fuel baffle, can so catch from seal cup overflow
The liquid fuel gone out, avoiding waste, the overflow from liquid storage disk goes out simultaneously；Due to being equipped with leakage fluid dram, so it is stored in liquid storage disk
Liquid fuel highly reach capacity height when, it is possible to flow out to home from the leakage fluid dram by pipeline, liquid avoided to fire
Material is flowed out from the front end of burner.Due to being provided with anti-backfire protection mechanism, can so close between solenoid valve and seal cup
Passage avoids remaining INVENTIONLiquid-fueled combustion in the pipeline between solenoid valve and seal cup or overheats to damage solenoid valve；
Due to by the other end global design of nozzle into " G " shape, so under the action of the high-pressure air source by liquid it is pre- it is thermal evaporation after combustion
Material can be fully burned.
Description of the drawings
Fig. 1 is the front view of burner auxiliary preheating mechanism；
Fig. 2 is burner auxiliary preheating mechanism sectional view along A-A；
Fig. 3 is the top view of the burner auxiliary preheating mechanism of Fig. 1；
Fig. 4 is the schematic diagram that preheating structure is aided in another embodiment；
Fig. 5 is the schematic diagram of oil transportation mechanism and auxiliary preheating mechanism cooperation；
Fig. 6 is the schematic diagram of oil transportation mechanism and combustion mechanism cooperation；
Fig. 7 is the schematic diagram of anti-backfire protection mechanism；
Fig. 8 is the schematic diagram for rotating driving disc spacing pressing；
Fig. 9 is the schematic diagram for rotating driven disc；
Figure 10 is the schematic diagram of multiple motion bars；
Figure 11 is the schematic diagram of five closure plate combinations；
Figure 12 is the schematic diagram of stent；
Figure 13 is the schematic diagram of housing；
In figure 1. burners auxiliary preheating mechanism, 11. seal cups, 111. overflow plates, 1111. first overflow plates,
1112. second overflow plates, 1113. the 3rd overflow plates, 1114. the 4th overflow plates, 112. overflow launders, 113. leakage fluid drams,
12. liquid storage disk, 13. fuel baffles, 2. combustion mechanisms, 21. nozzles, 211. corners, 212. nozzles, 22. jet pipes, 23.
Vapor lamp, 24. wind turbines, 25. fire-spraying plates, 3. oil transportation mechanisms, 31. oil tanks, 32. oil transfer pumps, 33. solenoid valves, 34. oil transportations
Pipe, 341. first tributaries, 342. second tributaries, 35. igniters, 4. anti-backfire protection mechanisms, 41. rotation driving disc spacing pressings,
42. rotate driven disc, 421. limit holes, 43. motion bars, 44. closure plates, 45. stents, 46. housings, 461. /Vs
Column.
Specific embodiment
It please refers to Fig.1 to Fig. 3, the burner auxiliary preheating mechanism 1 in figure, including 11, liquid storage disks of a seal cup
12nd, a fuel baffle 13.Seal cup 11 includes at least four overflow plates 111, and four overflow plates 111 enclose and formed an overflow
Slot 112.This four overflow plates 111 are the first overflow plate 1111, the second overflow plate 1112, the 3rd overflow plate 1113, the 4th overflow
Plate 1114, wherein the first overflow plate 1111 is in the tip position of liquid storage disk 12 outwardly, the 4th overflow plate 1114 is in liquid storage disk
12 centre positions, the second overflow plate 1112 and the 3rd overflow plate 1113 be in the first overflow plate 1111 and the 4th overflow plate 1114 it
Between；The length of first overflow plate 1111 is equal to the length of the 4th overflow plate 1114 and links together with 12 port of liquid storage disk.
In practical application, the length of the first overflow plate 1111 can be longer than the length of the 4th overflow plate 1114, as shown in Figure 4.Seal cup 11
Inside liquid storage disk 12, the height of seal cup 11 is less than the height of liquid storage disk 12.Fuel baffle 13 is in inside liquid storage disk 12
Centre position and the simultaneously one side in seal cup 11, the height of the fuel baffle 13 are in close to 12 tip position of liquid storage disk
Between the height of overflow plate 11 and the height of overflow plate 111 in 12 centre position of liquid storage disk, as shown in Figure 4.Above-mentioned overflow
The effect of slot 112 is so that the liquid fuel in overflow launder 112 is always in certain capacity, so that the liquid in seal cup
The distance of fuel top surface and ignition electrode is always in sustained height, and when not occurring at use so and the distance of ignition electrode is too far
Either too near to occur to light a fire or the problem of ignition difficulties, the effect of liquid storage disk 12 is to accommodate to go out from seal cup multithread
Liquid fuel.12 bosom position of liquid storage disk and 13 position tool of close fuel baffle so work as combustion there are one leakage fluid dram 113
When the height of liquid fuel in material baffle 113 reach a certain height, liquid fuel just flows out to home from the leakage fluid dram.
Refer to Fig. 5 to Fig. 6, the burner in figure, including an above-mentioned auxiliary preheating mechanism, a combustion mechanism 2,
One oil transportation mechanism 3,
Aid in preheating mechanism as described above.Combustion mechanism 2 include 21, one, nozzle jet pipe 22, one fire-spraying plate 25,
The controller of one vapor lamp, 23, wind turbines 24 and the above-mentioned component of control, does not show wherein in controller figure.At wind turbine 24
In the forefront in air-supply path, 21 one end of nozzle is connected with vapor lamp 23, and the other end is in 22 one end center direction of jet pipe,
Vapor lamp 23 is in another extreme direction of jet pipe 22, and fire-spraying plate 25 is fixed on jet pipe 22 and towards vapor lamp 23.Nozzle 21
Effect is will to be sprayed after preheating into gaseous fuel；The effect of jet pipe 22 is to fire the fuel gas of ejection using the effect of air pressure
It burns down complete；Liquid fuel is preheated to vaporized state by the generally helical form of vapor lamp 23 under the action of preheating structure is aided in；
The effect of wind turbine 24 is to send wind action.
Oil transportation mechanism 3 include 34, storage one oil transfer pump 32, two solenoid valves 33, more petroleum pipelines igniters 35 with
And it can also increase the components such as temperature sensor.Oil transfer pump 32, solenoid valve 33 pass sequentially through petroleum pipeline 34 connect oil tank 31 this
Liquid fuel is delivered to the place of needs by sample.Petroleum pipeline 34 divides there are two tributary, 341 port of i.e. the first tributary in tributary position
Nearly seal cup 11 is rested against, another tributary i.e. the second tributary 342 is connected with the inlet of vapor lamp 23；Igniter 35 is close to overflow
Disk 11.So liquid fuel is sent to seal cup 11 to light to gas under the action of igniter 35 by the first tributary 341
Change the liquid fuel gasification in pipe 23, another tributary then send liquid fuel to vapor lamp 23.In application process, light a fire
Also tool is there are one fire prospecting needle by device 35, and when igniter 35 works, fire prospecting needle has detected whether flame generation in real time, such as flame not
It generates, then continues oil transportation and ignition operation, so continue so operation three times, be such as more than success of not lighting a fire also three times, then system
Automatically send a warning message to operating personnel.
Fig. 7 to Figure 13 is refer to, in actual test, portion is also remained inside the first tributary 341 of seal cup 11
Divide liquid fuel, when nozzle 21 jets out flames, the liquid fuel of the tributary internal residual is readily ignited, and is so easily damaged
Solenoid valve 33 mounted on the tributary, it is therefore necessary to increase an anti-backfire protection mechanism on the tributary end close to seal cup 11
4, which includes the rotation rotation of driving disc spacing pressing 41, one driven discs 42, multiple motion bars 43, multiple closes
45, one, the stent housing 46 of plywood 44, one.41 outside of driving disc spacing pressing is rotated with handle, inside with rack；Rotate driven disc
42 radius is 2-3 times of rotation 41 radius of driving disc spacing pressing, and the rotation driven disc 42 is similary with the position that rotation driving disc spacing pressing 41 engages
With rack, the surrounding of rotation driven disc 42 has the limit hole 421 of arc, and motion bar 43 is arc, and its one end is hinged on rotation
Turn on driven disc 42, the other end is hinged on closure plate 44, and above-mentioned motion bar 43 is uniformly arranged on rotation driven disc 42；It closes
The generally triangle with arc-shaped side of plywood 44 is simultaneously also articulated on stent 45, and above-mentioned multiple closure plates 44 are combined together close
Close the hollow hollow position of stent 44；There is limited post 461, the /V of the limited post 461 and rotation driven disc 42 on housing 46
Hole 421 coordinates.When rotating the handle on rotation driving disc spacing pressing 41, handle drives rotation driven disc 42 to rotate and then drive motion bar
43 movements, motion bar 43 will make closure plate 44 connected to it be closed or separate with other closure plates 44, when each closure plate
44 can close the passage in first tributary 341 when being closed, extraneous burning things which may cause a fire disaster be avoided to be contacted with solenoid valve, when each closure plate 44 divides
The passage in first tributary 341 can be opened when opening, liquid fuel is so made to enter in seal cup 11.The effect of stent 45 be by
This anti-backfire mechanism 4 puts on the first tributary 341 and also functions to the effect hinged with closure plate 44 simultaneously.Housing 46 mainly rises
To the effect of internal above-mentioned component, liquid fuel is avoided to leak outside, in practical applications, the component that anti-backfire mechanism 4 uses is adopted
With ceramic material, while to accomplish preferably to seal at handle, it is ensured that handle can not allow liquid to fire in rotation process
Stream goes out.
It, can be whole by the other end of the nozzle 21 in jet pipe one end center direction in order to improve the ejection effect of nozzle
Body is designed to " G " shape, and tool is connected there are one corner 211 with going out the pipeline in liquid direction from vapor lamp 23, and centre position then has
Multiple is the 212 similar three-dimensional spiral structure of nozzle with horizontal direction and the curved nozzle 212 of vertical direction, while each spray
Compressed air source is communicated on first 212, is not shown in the air-source figure, such fuel gas just has certain when being sprayed from nozzle
Power, so as to improve fuel effect.
Claims (7)
1. burner aids in preheating mechanism, it is characterised in that：Including seal cup, liquid storage disk, fuel baffle；Wherein seal cup is in
Inside liquid storage disk, the height of seal cup is less than the height of liquid storage disk；Seal cup includes overflow launder and overflow plate, wherein close to liquid storage
The height of the overflow plate of disk tip position is higher than the height of the overflow plate in liquid storage disk centre position；Fuel baffle is in liquid storage
Disk bosom position and the simultaneously one side in seal cup, the height of the fuel baffle are in close to liquid storage disk tip position
Between the height of overflow plate and the height of overflow plate in liquid storage disk centre position.
2. preheating mechanism is aided according to the burner described in claim 1, it is characterised in that：The seal cup includes four and overflows
Flowing plate, four overflow plates enclose and are formed overflow launder.
3. preheating mechanism is aided according to the burner described in claim 2, it is characterised in that：Four overflow plates are first
Overflow plate, the second overflow plate, the 3rd overflow plate, the 4th overflow plate, wherein the first overflow plate is in liquid storage disk tip position, the 4th
Overflow plate is in liquid storage disk centre position, the second overflow plate and the 3rd overflow plate be in the first overflow plate and the 4th overflow plate it
Between；The length of first overflow plate is longer than or is equal to the length of the 4th overflow plate and links together with liquid storage disk port.
4. preheating mechanism is aided according to the burner described in claim 1, it is characterised in that：The liquid storage disk bosom position
It puts and there are one leakage fluid dram close to fuel baffle position tool.
5. the burner of the burner auxiliary preheating mechanism described in usage right requirement 1, it is characterised in that：It is pre- including aiding in
Heat engine structure, combustion mechanism, oil transportation mechanism, ignition structure；The auxiliary preheating mechanism, including seal cup, liquid storage disk, fuel gear
Plate；Wherein seal cup is in inside liquid storage disk, and the height of seal cup is less than the height of liquid storage disk；Seal cup includes overflow launder and overflows
Flowing plate, wherein the height close to the overflow plate of liquid storage disk tip position is higher than the height of the overflow plate in liquid storage disk centre position
Degree；Fuel baffle is in liquid storage disk bosom position and the one side in seal cup, the height of the fuel baffle are in simultaneously
Close to the height of the overflow plate of liquid storage disk tip position between the height of the overflow plate in liquid storage disk centre position；Combustor
Structure includes nozzle, jet pipe, fire-spraying plate, vapor lamp, wind turbine；Wind turbine is in the forefront in air-supply path, nozzle one end and vapor lamp
Connection, the other end are in jet pipe one end center direction, and vapor lamp is in another extreme direction of jet pipe, and fire-spraying plate is fixed on spray
Pipe is towards the one side of vapor lamp；The oil transportation mechanism includes oil transfer pump, solenoid valve, petroleum pipeline, igniter；Oil transfer pump, solenoid valve
Pass sequentially through petroleum pipeline connection, there are two tributary, a tributary ports to be located proximate to seal cup for petroleum pipeline point, another tributary with
The inlet connection of vapor lamp；Igniter is close to seal cup.
6. burner aids in preheating mechanism, it is characterised in that：Including seal cup, liquid storage disk, fuel baffle；Wherein seal cup is in
Inside liquid storage disk, the height of seal cup is less than the height of liquid storage disk；Seal cup includes overflow launder and overflow plate, wherein close to liquid storage
The height of the overflow plate of disk tip position is equal to the height of the overflow plate in liquid storage disk centre position；Fuel baffle is in liquid storage
Disk bosom position and the simultaneously one side in seal cup, the height of the fuel baffle are higher than close to liquid storage disk tip position
The height of overflow plate.
7. the burner of the burner auxiliary preheating mechanism described in usage right requirement 6, it is characterised in that：It is pre- including aiding in
Heat engine structure, combustion mechanism, oil transportation mechanism；The auxiliary preheating mechanism, including seal cup, liquid storage disk, fuel baffle；Wherein overflow
Disk is in inside liquid storage disk, and the height of seal cup is less than the height of liquid storage disk；Seal cup includes overflow launder and overflow plate, wherein leaning on
The height of the overflow plate of nearly liquid storage disk tip position is equal to the height of the overflow plate in liquid storage disk centre position；At fuel baffle
The one side of seal cup is in liquid storage disk bosom position and simultaneously, the height of the fuel baffle is higher than close to liquid storage disk end
The height of the overflow plate of position；Combustion mechanism includes nozzle, jet pipe, fire-spraying plate, vapor lamp, wind turbine；Wind turbine is in air-supply path
Forefront, nozzle one end connects with vapor lamp, and the other end is in jet pipe one end center direction, and vapor lamp is in jet pipe
Another extreme direction, fire-spraying plate are fixed on one side of the jet pipe towards vapor lamp；The oil transportation mechanism includes oil transfer pump, solenoid valve, defeated
Oil pipe, igniter；Oil transfer pump, solenoid valve pass sequentially through petroleum pipeline connection, and there are two tributary, a tributary port positions for petroleum pipeline point
Nearly seal cup is rested against, another tributary is connected with the inlet of vapor lamp；Igniter is close to seal cup.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720813731.7U CN207455580U (en) | 2017-07-06 | 2017-07-06 | Burner aids in preheating mechanism and burner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720813731.7U CN207455580U (en) | 2017-07-06 | 2017-07-06 | Burner aids in preheating mechanism and burner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207455580U true CN207455580U (en) | 2018-06-05 |
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ID=62246571
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720813731.7U Active CN207455580U (en) | 2017-07-06 | 2017-07-06 | Burner aids in preheating mechanism and burner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207455580U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107228361A (en) * | 2017-07-06 | 2017-10-03 | 浙江明新能源科技有限公司 | Burner aids in preheating mechanism and burner |
-
2017
- 2017-07-06 CN CN201720813731.7U patent/CN207455580U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107228361A (en) * | 2017-07-06 | 2017-10-03 | 浙江明新能源科技有限公司 | Burner aids in preheating mechanism and burner |
| CN107228361B (en) * | 2017-07-06 | 2024-03-22 | 浙江明新能源科技有限公司 | Auxiliary preheating mechanism of burner and combustion device |
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