CN106556035A - The air door adjusting structure of gas-cooker and the gas-cooker including the air door adjusting structure - Google Patents
The air door adjusting structure of gas-cooker and the gas-cooker including the air door adjusting structure Download PDFInfo
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- CN106556035A CN106556035A CN201510629061.9A CN201510629061A CN106556035A CN 106556035 A CN106556035 A CN 106556035A CN 201510629061 A CN201510629061 A CN 201510629061A CN 106556035 A CN106556035 A CN 106556035A
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Abstract
Air door adjusting structure with regard to a kind of gas-cooker of the invention and the gas-cooker including the air door adjusting structure.The air door adjusting structure of the gas-cooker includes two induction tunnels being arranged side by side, the front end of each induction tunnel is respectively provided with an air flap and a nozzle, the front end face of the induction tunnel is provided with air inlet, the air flap is provided with the hollow-out parts corresponding with the air inlet, and the air flap is suitable to around the nozzle rotation to adjust the air mass flow into the induction tunnel, one of air flap is provided with the first keeper, another air flap is provided with the second keeper, first keeper and the mutually spacing position to limit described two air flaps of second keeper.The present invention provides a kind of technology design different air flap positioning modes, prevents air flap from shift in position occurring in the case of abnormal regulation and the fired state of gas-cooker is affected.
Description
【Technical field】
The present invention relates to gas-cooker field, refers in particular to a kind of air door adjusting structure of gas-cooker and including the air door adjusting structure
Gas-cooker.
【Background technology】
Chinese invention patent application CN104456639A provides a kind of gas-cooker regulating device of air door and gas-cooker, the wind
Door adjusting means includes induction tunnel, air flap, gas nozzle, flexible member and actuator, also includes：First keeper,
One of the air flap and described induction tunnel are arranged at, first keeper includes at least two stopper slots；Second positioning
Part, is arranged at the air flap wherein another with the induction tunnel；Second keeper is suitable to be positioned in the stopper slot；
When the actuator drives the air flap to rotate around the gas nozzle, second keeper can be from a stopper slot
Remove and move in an adjacent stopper slot.The regulating device of air door of the present invention not only facilitates regulation, more can effectively prevent air door
Piece unintentional rotation, improves the stability that gas-cooker is used.
【The content of the invention】
It is an object of the present invention to be directed at least one technical problem of the above, there is provided a kind of air door of improved gas-cooker adjusts knot
Structure and the gas-cooker including the air door adjusting structure.
To realize above-mentioned technical purpose, the invention provides a kind of following technical scheme：A kind of air door adjusting structure of gas-cooker,
Including two induction tunnels being arranged side by side, the front end of each induction tunnel is respectively provided with an air flap and a nozzle, described to draw
The front end face for penetrating pipe is provided with air inlet, and the air flap is provided with the hollow-out parts corresponding with the air inlet, and the air flap
It is suitable to around the nozzle rotation to adjust the air mass flow into the induction tunnel, one of air flap is provided with the first keeper,
Another air flap is provided with the second keeper, and first keeper and second keeper are mutually spacing with restriction described two
The position of individual air flap." first keeper and second keeper are mutually spacing ", when the first keeper and the second positioning
One of them in part by external force it is to be rotated when, another can be applied to its certain power to hinder which to rotate, and prevent air flap people
The shift in position in the case of abnormal regulation such as to touch by mistake.
Spacing realization positioning of the air flap of prior art by the location structure on induction tunnel, and install fixed on induction tunnel
Bit architecture high cost.One air flap of the present invention by mutual spacing limiting mutual position with another air flap, no
Only provide a kind of technology design different air flap positioning modes, prevent air flap from shift in position occurring in the case of abnormal regulation
And affect the fired state of gas-cooker.And, this technical scheme has benefit easy to manufacture, cost-effective.
According to a kind of possible embodiment of the present invention, one of air flap is provided with the first keeper described at least two,
Described another air flap is provided with least two second keepers, so that two air flaps are respectively adapted to be limited in difference
Adjusting position.Wherein, the quantity of the quantity of the first keeper and the second keeper can match or not match that.Different
The structure of positioning piece may be the same or different.Therefore, in certain embodiments, one of them first keeper can only be with one
Specific second keeper is mutually spacing, and in further embodiments, any one first keeper can with any one
Two keepers carry out mutually spacing.
According to a kind of possible embodiment of the present invention, first keeper includes groove, and second keeper includes projection,
The projection is suitable to snap in the groove with mutually spacing.The simple structure of this scheme, it is easy to manufacture.
According to a kind of possible embodiment of the present invention, the depth of the groove is more than or equal to 2mm.Otherwise, the depth of groove is too shallow,
External force is easier to make groove depart from mutually spacing state with raised.
According to a kind of possible embodiment of the present invention, one of air flap is provided with least two raised, and adjacent two
The individual raised gap constitutes a groove.So, it is only necessary to a kind of manufacturing process, so that it may divide on two air flaps
Xing Cheng not raised and groove.Additionally, the not by the wind impact of door plate thickness of the thickness of the groove being made up of two adjacent raised gaps,
Can be processed as needed, for example with the groove bigger than air flap thickness and projection, to guarantee that they have enough knots
Structure intensity.Certainly, groove of the invention can also be the breach formed by the edge of one of air flap.
According to a kind of possible embodiment of the present invention, the projection is arranged on the air flap with being integrally formed.
According to a kind of possible embodiment of the present invention, the raised bending structure for the protrusion air flap edge.Bending is tied
Structure can strengthen the intensity of projection, and on the other hand, the thickness of bending structure is higher than air flap, when mounted, if the first raised and groove
Position is not fitted into, the uneven degree of two air flaps is bigger, it is easier to be noticeable, with certain fool proof effect.
According to a kind of possible embodiment of the present invention, first keeper includes hole, and second keeper includes convex closure,
The convex closure is suitable to be arranged in the hole with mutually spacing.
According to a kind of possible embodiment of the present invention, the front end of each induction tunnel is also respectively provided with a spring, the spring
Be sheathed on the nozzle and flexibly make the air flap be close to the front end face of the induction tunnel against the air flap, it is described its
In an air flap or described another air flap be suitable to move so that first keeper and institute towards the direction for compressing the spring
State the second keeper and depart from mutually spacing state.So as to, departing from mutually spacing state, can be to each air flap independence
It is adjusted.
According to a kind of possible embodiment of the present invention, the air flap includes main part and for driving what the main part was rotated
Adjustment portion, the adjustment portion protrude from plane defined in the main part or the regulator site in defined in the main part
In plane and protrude from the edge of the main part.
According to a kind of possible embodiment of the present invention, the front end face of described two induction tunnels being arranged side by side is in the same plane.
Because a kind of simple design is to make two air flaps in the same plane, so that the first keeper is mutually limited with the second keeper
During position, two air flaps are close to the front end face of each corresponding induction tunnel respectively.
According to a kind of possible embodiment of the present invention, at least one is respectively equipped with each described air flap for indicating the wind
The labelling of door piece rotation position, makes another air flap described in one of air flap markers align extremely to be regulated to be regulated
Labelling extremely, to guarantee that two air flaps are adjusted respectively to position to be regulated.Wherein, " for indicating the air flap rotation
The labelling of position " can be understood as rotating to different positions when air flap, and the position relationship of labelling relative nozzle changes therewith,
For example become the direction at an o'clock from the direction of twelve-hour.But, the especially small change in location of this change in location is difficult
For the para-position of air flap during regulation.In prior art, for air door adjust gear or for indicating current gear
Structure setting is on induction tunnel, or is arranged at one and sets up on the element of induction tunnel front end, high cost.And the application is provided
Labelling is arranged at air flap with, using to be regulated on two air flaps by a kind of different alignment mode of technology design
Labelling is mutually aligned to reach makes two air flaps each adjust in place, not only facilitates para-position, and designs simple, low cost.Mark
Note can be digital, the alphabetical, symbol or pattern being shown on each air flap.Certainly, labelling can also be a kind of structure.
According to a kind of possible embodiment of the present invention, each described first keeper and each described second keeper have respectively
Corresponding labelling.
According to a kind of possible embodiment of the present invention, the labelling shows gear and/or source of the gas.For different sources of the gas, such as liquefy
Oil gas and natural gas, the adjusting position residing for same air flap are different.Therefore, it can directly to represent the mark of different sources of the gas
Note is on air flap.Additionally, can also will represent the labelling of different gears on air flap, air door adjusting structure is used for difference
Different gears are selected during source of the gas.It is can to carry out flexible according to different demands to also have a use using gear position indicia.
For example, different Altitude Regions, for same source of the gas, the adjusting position of air flap is also different, can be according to different ground
Area's flexible.
According to a kind of possible embodiment of the present invention, on the labelling on one of air flap and described another air flap
Labelling correspond.When being adjusted, the labelling on two air flaps is adjusted to consistent and is mutually aligned by operator,
The labelling of source of the gas is represented such as.
According to a kind of possible embodiment of the present invention, when another described in one of air flap markers align extremely to be regulated
During individual air flap labelling extremely to be regulated, two air flaps labelling extremely to be regulated is respectively positioned on two nozzle axial line institutes
In the plane of definition.
According to a kind of possible embodiment of the present invention, each not phase of structure of the first keeper corresponding to different gears and/or source of the gas
Together, the structure of different gears and/or the second keeper corresponding to source of the gas is different, described to be labeled as the first of different structure
Keeper, the second keeper.
Based on same inventive concept, the present invention also provides a kind of gas-cooker, and which includes that the air door of gas-cooker as above is adjusted
Structure.
【Description of the drawings】
Explosive views of the Fig. 1 for the air door adjusting structure of first embodiment gas-cooker；
Fig. 2 is a kind of axonometric chart of first keeper and the second keeper of first embodiment under mutually spacing state；
Fig. 3 is the enlarged drawing in B regions in Fig. 2；
Fig. 4 is the front view of first keeper and the second keeper of first embodiment under another kind of mutually spacing state；
Assembling figures of the Fig. 5 for the air door adjusting structure of the gas-cooker of first embodiment；
Axonometric charts of the Fig. 6 for two air flaps of second embodiment；
Fig. 7 is a kind of axonometric chart of first keeper and the second keeper of second embodiment under mutually spacing state；
Fig. 8 is a kind of front view of first keeper and the second keeper of second embodiment under mutually spacing state；
Fig. 9 is sectional views of the Fig. 8 along K-K lines；
Figure 10 is a kind of front view of first keeper and the second keeper of 3rd embodiment under mutually spacing state；
Figure 11 is a kind of axonometric chart of first keeper and the second keeper of 3rd embodiment under mutually spacing state.
Reference：
1- air door adjusting structures；11,12- induction tunnels；21,22- air flaps；21a, 22a- main part；21b, 22b- adjustment portion；
31,32- nozzles, 41,42- springs；100,100 '-groove；110,120- front end faces；111,121- air inlets；200,200 '-
It is raised；211,221- hollow-out parts；300- holes；400- convex closures.
【Specific embodiment】
To make to have the purpose of the present invention, construction, feature and its function further understanding, embodiment is hereby coordinated to describe in detail
It is as follows.
Refer to Fig. 1 to Fig. 5, explosive views of the Fig. 1 for the air door adjusting structure of first embodiment gas-cooker；Fig. 2 is first real
Apply a kind of axonometric chart of first keeper and the second keeper of example under mutually spacing state；Fig. 3 is that B regions are put in Fig. 2
It is big to scheme；Fig. 4 is the front view of first keeper and the second keeper of first embodiment under another kind of mutually spacing state；Figure
5 is the assembling figure of the air door adjusting structure of the gas-cooker of first embodiment.
The air door adjusting structure 1 of gas-cooker includes two induction tunnels being arranged side by side：Induction tunnel 11 and induction tunnel 12, induction tunnel
11 is the induction tunnel of ring fire cover supply in burner to gas-cooker, and induction tunnel 12 is supplied to the burner external ring fire cover of gas-cooker
The induction tunnel of gas.
The front end of induction tunnel 11 is provided with 21, nozzle 31 of an air flap and a spring 41.The front end face of induction tunnel 11
110 are provided with two air inlets 111, and air flap 21 is provided with the hollow-out parts 211 corresponding with air inlet 111, and spring 41 is arranged
On nozzle 31 and flexibly against air flap 21 air flap 21 is made to be close to the front end face 110 of induction tunnel 11.Likewise, drawing
The front end for penetrating pipe 12 also is provided with 22, nozzle 32 of an air flap and a spring 42.The front end face 120 of induction tunnel 12
Two air inlets 121 are provided with, air flap 22 is provided with the hollow-out parts 221 corresponding with air inlet 121, and spring 42 is sheathed on spray
Air flap 22 is made to be close to the front end face 120 of induction tunnel 12 on mouth 32 and flexibly against air flap 22.And, induction tunnel 11
Front end face 110 it is in the same plane with the front end face 120 of induction tunnel 12.
Air flap 21 is suitable to rotate to adjust the air mass flow into induction tunnel 11 around nozzle 31.Specifically, air flap 21 is wrapped
Main part 21a and adjustment portion 21b for driving main part 21a to rotate are included, adjustment portion 21b is positioned at defined in main part 21a
In plane and the edge of main part 21a is protruded from, so that the handss of operator are directly forced in adjustment portion 21b.Equally, wind
Door piece 22 is suitable to rotate to adjust the air mass flow into induction tunnel 12 around nozzle 32.Air flap 22 include main part 22a and
For adjustment portion 22b for driving main part 22a to rotate, adjustment portion 22b is located in plane defined in main part 22a and protrudes from
The edge of main part 22a.
Air flap 21 is provided with the first keeper, and air flap 22 is provided with the second keeper, the first keeper and the second keeper
The mutually spacing position to limit two air flaps 21,22.In order that air flap 21 is respectively adapted to be limited in air flap 22
Different adjusting positions, air flap 21 are provided with two the first keepers, and air flap 22 is provided with two the second keepers, appoint
One the first keeper of meaning can be mutually spacing with any one second keeper.
As shown in Figures 2 to 4, the first keeper of first embodiment includes a groove 100, and the depth of groove 100 is more than or waits
In 2mm.Second keeper includes a projection 200, and raised 200 are arranged at being integrally formed on air flap 22, are prominent
The bending structure at 22 edge of air flap.Raised 200 are suitable in card entry slot 100 with mutually spacing, so as to prevent 21 He of air flap
Air flap 22 jolts in transit or receives artificially to touch and shift in position by mistake.And, in the present embodiment, one of raised 200 can
Snap in mutually spacing therewith in any one groove 100.
As shown in figure 3, groove 100 set on air flap 21 is actually made up of the gap of two adjacent projections 200.
That is, air flap 21 is provided with three projections 200, forms two grooves 100.Certainly, in other embodiments, groove can be with
It is breach that the edge of air flap 21 is formed.
Air flap 21 is provided with two labellings for indicating 21 rotation position of air flap：Labelling Y and labelling T.Labelling Y generations
The adjusting position of table liquefied petroleum gas, labelling T represent the adjusting position of natural gas.Also it is provided with for indicating air door on air flap 22
The labelling Y and labelling T of 22 rotation position of piece.These labelling corresponding grooves 100 are arranged with raised 200 position, i.e., each 100
Groove and each projection 200 have corresponding labelling.As shown in Figures 2 and 3, if the gas-cooker of the application of regulating device of air door 1
Source of the gas be natural gas, then make 21 labelling T of air flap be directed at the labelling T of air flap 22, and make the projection corresponding to labelling T
200 snap in the groove 100 corresponding to labelling T, so that it is guaranteed that air flap 21 and air flap 22 are adjusted respectively to suitable for natural
The position of gas, and air flap 21 and air flap 22 will not random changing positions under the external force by abnormal regulation.Now,
Want normal regulating air flap, change the adjusting position of air door adjusting structure 1, can by air flap 21 towards compression spring 41 side
To mobile so that groove 100 departs from mutually spacing state with raised 200；Or, by air flap 22 towards compression spring 42 side
To mobile so that groove 100 departs from mutually spacing state with raised 200.Depart from mutually spacing shape with raised 200 in groove 100
Under state, air flap 21 and air flap 22 are rotated respectively, as shown in figure 4, the labelling Y of two air flaps is aligned, this is made
Two air flaps are adjusted to the position suitable for liquefied petroleum gas, and make the projection 200 corresponding to labelling Y snap in labelling Y
In corresponding groove 100.As shown in Figure 4, when the labelling Y of air flap 21 is directed at the labelling Y of air flap 22, two
Labelling Y on air flap is respectively positioned in plane defined in the axial line O2 of the axial line O1 and nozzle 32 of nozzle 31.This
In embodiment, correspond for the labelling on two air flaps of mutual para-position.
Refer to Fig. 6 to Fig. 9, axonometric charts of the Fig. 6 for two air flaps of second embodiment；Fig. 7 for second embodiment the
A kind of axonometric chart of the positioning piece with the second keeper under mutually spacing state；Fig. 8 for second embodiment the first keeper with
A kind of front view of second keeper under mutually spacing state；Fig. 9 is sectional views of the Fig. 8 along K-K lines.
The present embodiment has identical function with first embodiment identical structure, will not be described here, also no longer shows on accompanying drawing,
Refer to the associated description of first embodiment.From unlike first embodiment, first keeper of the present embodiment includes hole 300,
Second keeper includes convex closure 400, and convex closure 400 is suitable to be arranged in one of hole 300 with mutually spacing.Certainly,
Similar with first embodiment, there is corresponding labelling (labelling Y or labelling T) in each hole 300 with each convex closure 400.Want to change
Become the adjusting position of air flap as shown in Figure 7, except with select, with the similar operation of first embodiment, to make air flap 22 towards pressure
The direction movement of contracting spring 42, so that hole 300 departs from mutually spacing state with convex closure 400, and is departing from mutually spacing shape
Under state, air flap 21 and air flap 22 are rotated respectively so that they reach new adjusting position.In the present embodiment, can also be straight
Switch through dynamic air flap 21 or air flap 22 until air flap 21 and air flap 22 depart from mutually spacing state, more convenient operation,
Because convex closure 400 substantially in hemispherical or similar hemispherical, when active force reaches a timing, can make convex closure 400 depart from hole 300.
Figure 10 to Figure 11 is refer to, Figure 10 is first keeper and the second keeper of 3rd embodiment in a kind of mutually spacing shape
Front view under state；Figure 11 is a kind of solid of first keeper and the second keeper of 3rd embodiment under mutually spacing state
Figure.The present embodiment is that air flap 21 is with the difference of aforesaid two embodiments with the labelling on air flap 22：
0,1,2 ... 9, show the gear of air flap.The motility of this design is also resided in, if the design parameter of burner changes,
Such as nozzle arrangements change, fire hole size/gross area changes, primary air amount changes or auxiliary air amount changes etc., it is only necessary to phase
The gear answered does corresponding adjustment.Such as, gear corresponding before a burner is 5 grades, when the nozzle arrangements of burner
After change, the gear of corresponding air door adjusting structure becomes 4 grades.
As shown in figure 11, as air flap 21, air flap 22 correspond to the fire hole of the interior ring fire cover of burner, external ring fire cover respectively
Size and the gross area are different, so as to interior ring fire cover is different from the supply of the auxiliary air amount of external ring fire cover, so using same source of the gas
In the case of (such as natural gas), the gear of corresponding two air flaps is not but consistent, and air flap 21 is adjusted to 3 grades, wind
Door piece 22 is adjusted to 5 grades.Also, a projection 200 ' corresponding to labelling 3 and a 100 ' phase of groove corresponding to labelling 5
It is mutually spacing, a resistance is provided to the rotation of two air flaps, so as to realize the positioning good to two air flaps, prevent from regulating
Air flap there is shift in position in the case of abnormal regulation and affect the fired state of gas-cooker.
In the present embodiment, it is desirable to adjust different gears, it is only necessary to rotate air flap 21 or air flap 22.For example,
Resistance of the groove 100 ' to raised 200 ' is broken through when the power in adjustment portion 21b is imposed on, air flap 21 is only possible to rotate.When imposing on tune
Power on section portion 21b gradually increases, and raised 200 ' start along an edge of groove 100 ' to rise, and air flap 21 is along nozzle 31
Direction towards compression spring 41 is moved, until the projection 200 ' completely disengages from this groove 100 ' and enters adjacent with this groove 100 '
A groove in, at this moment, in the presence of the elastic restoring force of spring 41, air flap 21 can be close to the front end of induction tunnel 11 again
Face.
As, in the present embodiment, the main part 21a of the air flap 21 and main part 22a of air flap 22 is not at same plane
On, so the front end face of two induction tunnels being arranged side by side is not also in the same plane.
Labelling except can be shown in it is digital, alphabetical on each air flap, can also be the symbol that is shown on each air flap or
Pattern.In another embodiment, the structure of the first keeper corresponding to different sources of the gas is different, and natural gas is corresponding
First keeper is the groove of circular arc, and corresponding first keeper of liquefied petroleum gas is trapezoidal groove；Natural gas corresponding second is determined
Position part is the projection matched with the groove of circular arc, and corresponding second keeper of liquefied petroleum gas is convex with what trapezoidal groove matched
Rise, inherently a kind of labelling of the first keeper of different structure, the second keeper.
Except the air door adjusting structure 1 of the gas-cooker described by previous embodiment, the application also provides a kind of gas-cooker, it include as
The air door adjusting structure 1 of the gas-cooker described in upper any one embodiment.
The present invention is been described by by above-mentioned related embodiment, but above-described embodiment only implements the example of the present invention.Must refer to
Go out, the embodiment for having disclosed is not limiting as the scope of the present invention.On the contrary, without departing from the spirit and scope of the present invention
The change made and retouching, belong to the scope of patent protection of the present invention.
Claims (18)
1. a kind of air door adjusting structure of gas-cooker (1), including two induction tunnels being arranged side by side (11,12), described in each
Induction tunnel (11, front end 12) be respectively provided with an air flap (21,22) He one nozzle (and 31,32), the induction tunnel (11,
12) front end face (110,120) be provided with air inlet (111,121), the air flap (21,22) be provided with it is described enter
Air port (111,121) corresponding hollow-out parts (211,221), and the air flap (21,22) be suitable to around the nozzle (31,
32) rotate with adjust into the induction tunnel (11, air mass flow 12),
Characterized in that,
One of air flap (21) is provided with the first keeper, and another air flap (22) is provided with the second keeper, institute
State the first keeper and second keeper it is mutually spacing with limit described two air flaps (21, position 22).
2. the air door adjusting structure (1) of gas-cooker as claimed in claim 1, it is characterised in that one of air flap
(21) the first keeper described at least two is provided with, another air flap (22) is provided with least two second positioning
Part, so that two air flaps (21,22) it is respectively adapted to be limited in different adjusting positions.
3. the air door adjusting structure (1) of gas-cooker as claimed in claim 1, it is characterised in that first keeper includes
Groove (100), second keeper include raised (200), the projection (200) be suitable to snap in the groove (100) with
It is mutually spacing.
4. the air door adjusting structure (1) of gas-cooker as claimed in claim 3, it is characterised in that the depth of the groove (100)
Degree is more than or equal to 2mm.
5. the air door adjusting structure (1) of gas-cooker as claimed in claim 3, it is characterised in that one of air flap
(21) at least two raised (200) are provided with, the gap of two adjacent projections (200) constitutes a groove (100).
6. the air door adjusting structure (1) of gas-cooker as claimed in claim 3, it is characterised in that described raised (200)
It is arranged on the air flap (22) body formedly.
7. the air door adjusting structure (1) of gas-cooker as claimed in claim 6, it is characterised in that the projection (200) is
The bending structure at protrusion air flap (22) edge.
8. the air door adjusting structure (1) of gas-cooker as claimed in claim 1, it is characterised in that first keeper includes
Hole (300), second keeper include convex closure (400), and the convex closure (400) is suitable to be arranged in the hole (300)
With mutually spacing.
9. the air door adjusting structure (1) of gas-cooker as claimed in claim 1, it is characterised in that each described induction tunnel (11,
12) front end be also respectively provided with a spring (41,42), the spring (41,42) be sheathed on the nozzle (31,32) on
And flexibly against the air flap (21,22) make the air flap (21,22) be close to the induction tunnel (11,12)
(110,120), one of air flap (21) or described another air flap (22) are suitable to towards described in compression front end face
(41, direction movement 42) is so that first keeper departs from mutually spacing state with second keeper to spring.
10. the air door adjusting structure (1) of gas-cooker as claimed in claim 1, it is characterised in that the air flap (21,
22) including main part (21a, 22a) and the adjustment portion (21b, 22b) for driving the main part (21a, 22a) to rotate,
The adjustment portion (21b, 22b) protrude from plane defined in the main part (21a, 22a) or the adjustment portion (21b,
In plane defined in the main part (21a, 22a) and the edge of the main part (21a, 22a) is protruded from 22b).
The air door adjusting structure (1) of 11. gas-cookers as claimed in claim 1, it is characterised in that described two to be arranged side by side
Induction tunnel (11, front end face 12) (110, it is 120) in the same plane.
The air door adjusting structure (1) of 12. gas-cookers as any one of claim 1-11, it is characterised in that each institute
State air flap (21,22) on be respectively equipped with least one for indicate the air flap (21,22) rotation position labelling (Y,
T), another air flap (22) described in making one of air flap (21) labelling (T) alignment extremely to be regulated is waited to adjust
Save labelling (T) extremely, with guarantee two air flaps (21,22) adjusted to position to be regulated respectively.
The air door adjusting structure of 13. gas-cookers as claimed in claim 12, it is characterised in that each described first keeper and
Each described second keeper has corresponding labelling (Y, T) respectively.
The air door adjusting structure (1) of 14. gas-cookers as claimed in claim 13, it is characterised in that the labelling (Y, T)
Show gear and/or source of the gas.
15. air door adjusting structures (1) as claimed in claim 12, it is characterised in that one of air flap (21)
On labelling (Y, T) and another air flap (22) on labelling (Y, T) correspond.
The air door adjusting structure (1) of 16. gas-cookers as claimed in claim 12, it is characterised in that when one of wind
Another air flap described in door piece (21) labelling (Y) alignment extremely to be regulated (21,22) during labelling (Y) extremely to be regulated,
Two air flaps (21,22) labelling (Y) extremely to be regulated be respectively positioned on two nozzles (31, axial line 32)
In plane defined in (O1, O2).
The air door adjusting structure (1) of 17. gas-cookers as claimed in claim 14, it is characterised in that different gears and/or gas
The structure of the first keeper corresponding to source is different, and the structure of the second keeper corresponding to different gears and/or source of the gas is each
Differ, first keeper, second keeper of the labelling (Y, T) for different structure.
18. a kind of gas-cookers, it is characterised in that adjust knot including the air door of gas-cooker as in any one of the preceding claims
Structure (1).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510629061.9A CN106556035A (en) | 2015-09-28 | 2015-09-28 | The air door adjusting structure of gas-cooker and the gas-cooker including the air door adjusting structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510629061.9A CN106556035A (en) | 2015-09-28 | 2015-09-28 | The air door adjusting structure of gas-cooker and the gas-cooker including the air door adjusting structure |
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| CN106556035A true CN106556035A (en) | 2017-04-05 |
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| CN201510629061.9A Pending CN106556035A (en) | 2015-09-28 | 2015-09-28 | The air door adjusting structure of gas-cooker and the gas-cooker including the air door adjusting structure |
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| CN108644820A (en) * | 2018-04-12 | 2018-10-12 | 安徽翰翔仪器设备有限公司 | A kind of general mood control system of gas-cooker |
| CN110762530A (en) * | 2019-10-30 | 2020-02-07 | 宁波方太厨具有限公司 | Burner with a burner head |
| CN111156514A (en) * | 2020-01-02 | 2020-05-15 | 宁波方太厨具有限公司 | Burner with a burner head |
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| CN108644820B (en) * | 2018-04-12 | 2019-10-22 | 安徽翰翔智能技术有限公司 | A kind of general mood control system of gas-cooker |
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