CN1888548A - Gas stove assembling body - Google Patents
Gas stove assembling body Download PDFInfo
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- CN1888548A CN1888548A CN 200510014129 CN200510014129A CN1888548A CN 1888548 A CN1888548 A CN 1888548A CN 200510014129 CN200510014129 CN 200510014129 CN 200510014129 A CN200510014129 A CN 200510014129A CN 1888548 A CN1888548 A CN 1888548A
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Abstract
A range assembly of a gas stove comprises a range cavity, a range pad part with a combustion zone and one or more non-combustion zones mounted on top of the above range cavity and an isolation part for forming non-combustion zones of the range pad. Because the range pad has a sufficient large area and a place of limiting firing of the mixed gas, the inventive structure can burn smoothly when the supply level of the mixed gas is very low.
Description
Technical field
What the present invention relates to is gas furnace, particularly be the kitchen range assembly of gas furnace.
Background technology
Gas furnace is the heat that produces when utilizing combustion gas and Air mixing gas combustion, to a kind of equipment of heated object heating cooking.
Fig. 1 is traditional gas furnace schematic diagram.
That is, traditional gas furnace comprises baking oven portion 10 and kitchen range top 20.
Above-mentioned kitchen range top 20 comprises the kitchen range assembly of accompanying drawing 2.Below, with reference to accompanying drawing 2, traditional kitchen range composite unit structure is described.
Traditional kitchen range assembly comprises kitchen range housing 21, glass 22, mixing tube 23, kitchen range cavity 24, kitchen range pad 25 substantially.
Above-mentioned kitchen range housing 21 forms the outward appearance of kitchen range assembly, and forms the combustion space.
In addition, above-mentioned glass 22 is arranged on above-mentioned kitchen range housing 21 end faces, and the top of kitchen range assembly is sealed.
Above-mentioned mixing tube 23 is the pipelines that allow combustion gas and air flow into and to mix mutually, is communicated with above-mentioned kitchen range cavity 24.
In addition, above-mentioned kitchen range cavity 24 is parts that the mist that flows into by above-mentioned mixing tube 23 is stored, and is closed around it, and the top is in open state.
Here, the tops of above-mentioned kitchen range cavity 24 openings are communicated with kitchen range housing 21 inner spaces.
In addition, above-mentioned kitchen range pad 25 is installed in the top of above-mentioned kitchen range cavity 24, allows from the burning of the mist of above-mentioned kitchen range cavity 24.
Above-mentioned kitchen range pad 25 produces radiated wave by allowing mist carry out surface combustion, plays radiant body.
Have the kitchen range assembly of said structure, its operation principle is as follows.
At first, the user is placed on the end face of glass 22 to food, carries out ignition operation.At this moment, combustion gas and air flow into mixing tube 23 respectively, are mixed mutually in the process that flows through above-mentioned mixing tube 23.
Above-mentioned mixed gas flow is crossed mixing tube 23, flows into kitchen range cavity 24 inside that are communicated with mixing tube 23, and flows through kitchen range pad 25, is ejected into the inside, combustion space of kitchen range housing 21.
Meanwhile, the igniter that above-mentioned mist is schemed to omit is lighted, and burns.
Here, above-mentioned mist burning is on the surface of above-mentioned range pad part 25, and above-mentioned range pad part 25 burned gas heating produce radiated wave.
Above-mentioned radiated wave sees through 22 pairs of foods of glass and heats, and cooks.
But there are the following problems for traditional kitchen range assembly.That is, if the capacity of kitchen range assembly (power) is big, be to be used for heating large culinary art thing such as the kitchen range assembly, rather than the low profile thermal kettle etc., then be difficult to heat with lower temperature.
That is, in order to carry out low-temperature heat, when reducing the gas supply amount, compare, be supplied to the gaseous mixture scale of construction of cavity 24 few with the area of kitchen range pad 25, have only gas supply more smoothly kitchen range pad 25 central sides have flame, its outer position of surveying does not have flame.
If have only the central side of kitchen range pad 25 to have flame, there is not flame in other positions, and the center of then large-scale culinary art thing obtains heating, and its other positions are difficult to obtain uniform heating.
In addition, when having only kitchen range pad 25 centres to have flame, flame is easy to be blocked go out.
Consider that the surface area of kitchen range pad 25 is quite big, because the deficiency of mist, burning is difficult to kitchen range pad 25 outside transfer of heat at the flame of above-mentioned kitchen range pad 25 central parts.
In this case, when flame was gone out by card, the combustion gas meeting was flowed out always, brings threat to safety.
Summary of the invention
The objective of the invention is to overcome the deficiency of above-mentioned technology, even provide a kind of supply of mist fewer, the kitchen range assembly that also allows mist burn smoothly at the outside left of kitchen range pad.
The technical scheme that solves the problems of the technologies described above is:
A kind of kitchen range assembly of gas furnace comprises the kitchen range cavity that flows into mist; Be installed in the top of above-mentioned kitchen range cavity, have the combustion zone and the range pad part of non-combustion zone more than; Be used to form the burning isolation part of the non-combustion zone of kitchen range pad.
A kind of gas stove assembly comprises the kitchen range cavity that flows into mist; Be installed in the top of above-mentioned kitchen range cavity, have the combustion zone and the range pad part of non-combustion zone more than; Closely contact prevents that in the bottom surface of range pad part or the one side at least in the end face mist from arriving kitchen range pad surface and burning, and forms the division board of the non-combustion zone of above-mentioned range pad part; Allow the closely support portion of contact on range pad part of division board.
A kind of gas stove assembly comprises the kitchen range cavity that flows into mist; The top that is installed in above-mentioned kitchen range cavity is separated into inboard kitchen range pad and outside kitchen range pad respectively, forms non-combustion zone at the position of separating, and forms the range pad part of combustion zone on each kitchen range pad.
A kind of gas stove assembly comprises the kitchen range cavity that flows into mist; Be arranged on the top of above-mentioned kitchen range cavity, be formed with the range pad part of non-combustion zone in the centre; Closely at least one side of contact in above-mentioned kitchen range cavity bottom surface or end face prevents that mist from arriving above-mentioned range pad part surface, forms the division board of the non-combustion zone of above-mentioned range pad part; Support above-mentioned range pad part, allow the closely support portion of contact on above-mentioned range pad part of above-mentioned division board.
A kind of gas stove assembly comprises the kitchen range cavity that flows into mist; Be installed in above-mentioned kitchen range cavity top, have the combustion zone of the burning of forming and the range pad part of combustion zone.
The invention has the beneficial effects as follows: though the present invention heat with lower temperature be the mist supply hour, also can allow it burn simultaneously at the outer edge side of range pad part, can evenly heat the whole position of bigger container.In addition, owing to can evenly heat, can solve original flame and be blocked the problem of going out easily the whole position of range pad part.The position that structure of the present invention allows the kitchen range spacer fully big area be arranged and limit the mist burning makes it to carry out stable burning when the mist supply is considerably less, does not influence heating properties when improving efficiency of combustion.
Description of drawings
Fig. 1 is traditional gas furnace face shaping schematic diagram;
Fig. 2 is traditional gas stove composite unit structure significant points generalized section;
Fig. 3 is the kitchen range assembly internal structure generalized section of the present invention the 1st embodiment;
Fig. 4 a is to 4d division board shape and each application examples plane of range pad part installment state for the present invention the 1st embodiment;
Fig. 5 is the tight generalized section that contacts on rebasing of kitchen range of division board of the present invention the 1st embodiment;
Fig. 6 is the present invention's the 1st embodiment range pad part plane;
Fig. 7 is the generalized section of the tight contact of the present invention's the 1st embodiment division board on rebasing of kitchen range;
Fig. 8 is the kitchen range assembly internal structure generalized section of the present invention the 2nd embodiment;
Fig. 9 is another embodiment generalized section of kitchen range assembly of the present invention the 2nd embodiment;
Figure 10 is the kitchen range assembly internal structure generalized section of the present invention the 3rd embodiment;
Figure 11 a and Figure 11 b for the division board shape of the present invention the 3rd embodiment with and be installed in the view of kitchen range pad;
Figure 12 is the range pad part floor map of the present invention the 4th embodiment.
The specific embodiment
The present invention is in order to address the above problem, a kind of kitchen range assembly of gas furnace to be provided, comprising the kitchen range cavity that flows into mist; Be installed in the top of above-mentioned kitchen range cavity, have the combustion zone and the range pad part of non-combustion zone more than; Be used to form the burning isolation part of the non-combustion zone of kitchen range pad.
Described burning isolation part forms non-combustion zone between the center of above-mentioned range pad part and outer most edge position.
Above-mentioned burning isolation part forms non-combustion zone between the center and outer most edge position of above-mentioned range pad part.
Above-mentioned burning isolation part comprises between range pad part central part and outer most edge position, forms the division board of non-combustion zone.
Above-mentioned burning isolation part comprises that also supporting above-mentioned division board makes it to keep and the tight state of contact of above-mentioned kitchen range pad.
Closely contact is when the bottom surface of above-mentioned range pad part for above-mentioned division board, and an end of support portion is fixed on the inside bottom surface of above-mentioned kitchen range cavity, and the other end is connected on the above-mentioned division board, and its bottom surface is supported.
Closely contact is when above-mentioned range pad part end face for above-mentioned division board, and an end of above-mentioned support portion is fixed on kitchen range cavity inside bottom surface, and its other end runs through range pad part and is connected on the above-mentioned division board.
Connect by screw between the other end of above-mentioned support portion and the above-mentioned division board.
Be provided with between above-mentioned support portion and the above-mentioned division board and prevent in the kitchen range cavity.The seal member that leaks of mist.
The side of above-mentioned support portion has open architecture, allows the mist that flows into the kitchen range inside cavity, flows to the range pad part outer edge side glibly.
Above-mentioned support portion has the mesh screen structure.
Range pad part is divided into inboard kitchen range pad and outside kitchen range pad, and above-mentioned each kitchen range pad forms the combustion zone, and the separated part between above-mentioned inboard kitchen range pad and the outside kitchen range pad is provided with the burning isolation part, forms non-combustion zone.
Above-mentioned burning isolation part comprises the division board at position around the end face with above-mentioned each kitchen range pad, has the erecting bed at position around each kitchen range pad that separation can be installed respectively, and the support portion that is connected with above-mentioned division board.
Above-mentioned burning isolation part forms non-combustion zone in the range pad part centre.
Above-mentioned burning isolation part comprises tight contact at the end face of above-mentioned range pad part or at least one face in the bottom surface, prevents that mist from arriving the division board on above-mentioned range pad part surface and allowing the closely support portion of contact on range pad part of division board.
Above-mentioned division board closely contacts when the bottom surface of above-mentioned range pad part, the support portion allows above-mentioned division board keep the state of tight contact at above-mentioned range pad part, one end of support portion is fixed on the inside bottom surface of above-mentioned kitchen range cavity, and the other end is connected on the above-mentioned division board, and its bottom surface is supported.
A kind of gas stove assembly comprises the kitchen range cavity that flows into mist; Be installed in the top of above-mentioned kitchen range cavity, have the combustion zone and the range pad part of non-combustion zone more than; Closely contact prevents that in the bottom surface of range pad part or the one side at least in the end face mist from arriving kitchen range pad surface and burning, and forms the division board of the non-combustion zone of above-mentioned range pad part; Allow the closely support portion of contact on range pad part of division board.
A kind of gas stove assembly comprises the kitchen range cavity that flows into mist; The top that is installed in above-mentioned kitchen range cavity is separated into inboard kitchen range pad and outside kitchen range pad respectively, forms non-combustion zone at the position of separating, and forms the range pad part of combustion zone on each kitchen range pad.
Between the separated part between above-mentioned each kitchen range pad, be provided with the division board of tight contact at the peripheral position of each kitchen range pad end face of above-mentioned separation; And installation step, and the support portion that is connected with above-mentioned division board with the peripheral position of each kitchen range pad that is used for installing respectively above-mentioned separation.
Between the separated part between above-mentioned each kitchen range pad, also have when connecting above-mentioned each kitchen range pad, encircle the attaching parts of an above-mentioned connecting portion part.
A kind of gas stove assembly comprises the kitchen range cavity that flows into mist; Be arranged on the top of above-mentioned kitchen range cavity, be formed with the range pad part of non-combustion zone in the centre; Closely at least one side of contact in above-mentioned kitchen range cavity bottom surface or end face prevents that mist from arriving above-mentioned range pad part surface, forms the division board of the non-combustion zone of above-mentioned range pad part; Support above-mentioned range pad part, allow the closely support portion of contact on above-mentioned range pad part of above-mentioned division board.
A kind of gas stove assembly comprises the kitchen range cavity that flows into mist; Be installed in above-mentioned kitchen range cavity top, have the combustion zone of the burning of forming and the range pad part of combustion zone.
The combustion zone of above-mentioned kitchen range pad, its manufactured materials is different with non-combustion zone.
Below, with reference to accompanying drawing, various embodiments of the present invention are elaborated.
As shown in Figure 3, the 1st embodiment medium mess assembly of the present invention comprises kitchen range cavity 140, range pad part 150, burning isolation part.
Above-mentioned kitchen range cavity 140 is installed in the bottom of kitchen range housing 110, and mist flows into its inside by mixing tube 130.
The top of above-mentioned kitchen range cavity 140 is in open state.
As shown in the figure, kitchen range cavity 140 can have the shape identical with traditional shape.Can also not have the shape of the distortion that is similar to above-mentioned shape though illustrate above-mentioned kitchen range cavity.
Above-mentioned range pad part 150 is installed in the top of above-mentioned kitchen range cavity 140, has the combustion zone and non-combustion zone more than.
Though so-called non-combustion zone is meant and can burns, owing to construct around it, can not produce the zone of surface combustion.
Above-mentioned burning isolation part forms the non-combustion zone of above-mentioned range pad part 150.
Here, above-mentioned burning isolation part comprises between range pad part 150 central parts and outer most edge position, forms the division board 161 of non-combustion zone.
Above-mentioned division board 161 combine closely in the bottom surface of above-mentioned range pad part 150 or end face at least certain the one side on, prevent that mist from arriving the surface of above-mentioned range pad part 150.
When overlooking, above-mentioned division board 161 has loop configuration.
As loop configuration, can adopt the circular rings structure shown in Fig. 4 a, also can adopt do not have illustrated quadrangle, polygonal loop configuration,
Certainly, aforementioned barriers 161 also can not have loop configuration, but have helical structure or the radial structure shown in Fig. 4 c shown in Fig. 4 b, also can have shown in Fig. 4 d from range pad part 150 centers to the process of outside left its stickup face increase the structure of (or dwindling) gradually.
Above-mentioned division board 161 can be kept the state of tight contact on above-mentioned range pad part 150 surfaces.For this reason, in the embodiment of the invention, the burning isolation part also comprises support portion 162.
Here, when the 162 pairs of above-mentioned division boards 161 in above-mentioned support portion support, allow above-mentioned division board 161 remain in range pad part 150 tight state of contact.
Closely contact is when the bottom surface of above-mentioned range pad part 150 for above-mentioned division board 161, and as shown in the figure, an end of support portion 162 is fixed on the inside bottom surface of above-mentioned kitchen range cavity 140, and the other end is connected on the above-mentioned division board 161, and its bottom surface is supported.
Closely contact is when above-mentioned range pad part 150 end faces for above-mentioned division board 161, and as shown in Figure 5, an end of above-mentioned support portion 162 is fixed on kitchen range cavity 140 inside bottom surface, and its other end runs through range pad part 150 and is connected on the above-mentioned division board 161.
In each position of above-mentioned range pad part 150, the position that allows the other end of above-mentioned support portion 162 run through can have the annular shape identical with the shape of above-mentioned division board 161.But at this moment cutting apart of above-mentioned range pad part 150 can occur, as shown in Figure 6,, form a plurality of through holes 151, allow above-mentioned support portion run through and be advisable at the partial portion of above-mentioned range pad part 150.
Connection between the other end of above-mentioned support portion 162 and the above-mentioned division board 161 is formed by screw 162a.But also can adopt welding or other package assemblies, connect above-mentioned support portion 162 and division board.
When having said structure, the connecting portion between the other end of support portion 162 and the division board 161 might cause the mist in the kitchen range cavity 140 to leak.
As shown in the figure, be provided with the seal member 163 of the mist leakage that can prevent in the kitchen range cavity 140 between above-mentioned support portion 162 and the above-mentioned division board 161.
Here, above-mentioned seal member 163 is to be made by non-combustion seal materials such as asbestos.
The opening that above-mentioned division board 161 runs through greater than the above-mentioned support portion 162 in the range pad part 150.Above-mentioned seal member 163 is greater than above-mentioned division board 161.
Certainly, closely contact is when above-mentioned kitchen range cavity 150 end faces to allow above-mentioned division board 161, and as shown in Figure 7, above-mentioned range pad part 150 can not run through in above-mentioned support portion 162.
Under this situation, above-mentioned seal member 163 is between the end face of above-mentioned division board 161 and range pad part 150.Above-mentioned division board 161 and above-mentioned support portion 162 are fitted together mutually by screw 162a.
The side of above-mentioned support portion 162 (or peripheral surface) has open architecture, allows the mist that flows into kitchen range cavity 140 inside, flows to range pad part 150 outer edge sides glibly.
Above-mentioned support portion 162 has the mesh screen structure, can allow above-mentioned mist disperse better.
Such as, it is columnar structured to allow above-mentioned support portion 162 have the mesh screen formula, when allowing its bottom be communicated with mixing tube 130, flow into the mist of kitchen range cavity 140 inside from above-mentioned mixing tube 130, flow through in the process of above-mentioned support portion 162, can be dispersed to the outer edge side in the kitchen range cavity 140, can prevent that its concentrated combustion is in range pad part 150 central sides.
For, the problem of solution intensity aspect, as shown in the figure, only the part in 162 sides, above-mentioned support portion forms the mesh screen structure.
Below, to adopting the kitchen range assembly combustion process of the present invention the 1st embodiment, describe.
At first the user carries out ignition operation as required.At this moment, air and combustion gas flow into mixing tube 130 respectively, and in the process that flows through above-mentioned mixing tube 130, both mix mutually.
In the time of above-mentioned mist flows into above-mentioned mixing tube 130 is communicated with kitchen range cavity 140 inside, flow through range pad part 150, spray to the combustion space of kitchen range housing 110.
Meanwhile, the igniter that above-mentioned mist is schemed to omit is lighted, and burns.
Here, in each position of above-mentioned range pad part 150, with the position that division board 161 closely contacts, mist can not arrive the surface of corresponding site.
Thereby mist flows around the position that above-mentioned division board 161 closely contacts.
Support the support portion of above-mentioned division board 161,, make it to flow to the outer edge side of kitchen range pad 150 above-mentioned mist water conservancy diversion.
Therefore, burning uniformly takes place in the whole position of above-mentioned range pad part 150.
Certainly, under the effect of division board 161, the hot gas when range pad part 150 non-combustion zones of not burning and range pad part 150 central sides and outer edge side burning carries out convection current, though do not burn, forms the condition of high temperature equally.
In addition, the radiated wave that produces when above-mentioned range pad part 150 carries out surface combustion sees through glass 120, and heated object is heated, even heating target is bigger container, also can evenly heat its whole position.
Fig. 8 is the kitchen range assembly schematic diagram of the present invention the 2nd embodiment.
In the kitchen range assembly of the present invention the 2nd embodiment, range pad part is divided into inboard kitchen range pad 251 and outside kitchen range pad 252.
Here the separated part between above-mentioned inboard kitchen range pad 251 and the outside kitchen range pad 252 forms non-combustion zone.And above-mentioned each kitchen range pad 251,252 forms the combustion zone.
Above-mentioned range pad part is divided into inboard kitchen range pad 251 and outside kitchen range pad 252 is, between its position that is separated from each other, forms the burning isolation part and be advisable.
When above-mentioned burning isolation part provides stable support to each the kitchen range pad 251,252 that separates, form non-combustion zone.
Above-mentioned burning isolation part comprise position around the end face with above-mentioned each kitchen range pad 251,252 division board 261, have the erecting bed 262b that position around each the kitchen range pad 251,252 that separates can be installed respectively, and the support portion 262 that is connected with above-mentioned division board 161.
Here, above-mentioned division board 261 and above-mentioned support portion 262 can link together by screw.Be provided with seal member 263 between above-mentioned division board 261 and the support portion 262, prevent that the mist in the kitchen range cavity 140 from leaking.
Fig. 9 is another form schematic diagram of the present invention the 2nd embodiment.
Be in another form of the present invention the 2nd embodiment, range pad part is divided into inboard kitchen range pad 251 and outside kitchen range pad 252, and connect both with independent attaching parts 264.
When connecting, encircle by 264 pairs of above-mentioned each kitchen range pads 251,252 of cutting apart of above-mentioned attaching parts connecting portion each other.
The two ends of above-mentioned attaching parts 264 have sunk structure, can embed the connecting portion between each kitchen range pad 251,252 of cutting apart.
When using above-mentioned attaching parts 264, can be under the situation that independent division board 261 and support portion 262 are not set, in the time of to above-mentioned each kitchen range pad 251,252 stable support, can isolate mist and flow into corresponding site, form non-combustion zone.
The kitchen range assembly of the 2nd embodiment of the present invention, its operation principle is identical with the 1st embodiment.
That is, when the separated part of each kitchen range pad 251,252 did not burn, mist flowed around division board 261 or attaching parts 264 glibly, made outside kitchen range pad 252 also carry out stable burning.
Thereby, can carry out the even heating at whole position to bigger cooking container.
Figure 10 is the kitchen range assembly schematic diagram of the present invention the 3rd embodiment.
That is, among the 3rd embodiment of the present invention, the kitchen range assembly also has the burning isolation part, and the burning isolation part cuts off the surface combustion in range pad part 350 centres.
Here, above-mentioned burning isolation part comprises that tight contact is at the end face of above-mentioned range pad part 350 or the division board 361 at bottom center position.
Above-mentioned division board 361 prevents that the mist of kitchen range cavity 140 inside from arriving above-mentioned range pad part 350 central side surfaces, can prevent that above-mentioned range pad part 350 centres from producing surface combustion.
Above-mentioned burning isolation part also comprises support portion 362, allows above-mentioned division board 361 keep stable stationary state.
Above-mentioned division board 361 has as the disc structure of Figure 11 a or as the polygonal panel structure of Figure 11 b.
Above-mentioned division board 361 can have the mesh screen structure.
Closely contact is when above-mentioned range pad part 350 bottom surfaces for above-mentioned division board 361, and an end of above-mentioned support portion 362 is fixed on the inboard end face of above-mentioned kitchen range cavity 140, and the other end supports the bottom surface of above-mentioned division board 361.
Above-mentioned support portion 362 has columnar structured, and its peripheral surface has open architecture, can discharge mist.
The peripheral surface of above-mentioned support portion 362 has the mesh screen structure and is advisable.
Though do not illustrate, above-mentioned support portion 362 can have club shaped structure.
Among the 3rd embodiment of the present invention, when the structure of kitchen range assembly can allow range pad part 350 centres form non-combustion zone, form combustion field at range pad part 350 outside lefts, even the mist supply is considerably less, also can burn, can carry out uniform heating the whole position of bigger cooking container at above-mentioned range pad part 350 outer edge side positions.
Figure 12 is the kitchen range assembly schematic diagram of the present invention the 4th embodiment in addition.
In the kitchen range assembly of the present invention the 4th embodiment, when range pad part 450 has the combustion zone, has non-combustion zone more than.
That is, different with the 1st to the 3rd embodiment, in the range pad part 450 of the 4th embodiment of the present invention, do not use independent burning isolation part, on body, forming non-combustion zone.
The present invention wants to form the position of non-combustion zone with different material manufacturings for this reason.
That is, the non-combustion zone of above-mentioned range pad part 450 forms the position, and its manufactured materials is a non-burning material 451.
Here, can form position between range pad part 450 centers and the outer most edge, also can form the centre of range pad part 450 with above-mentioned non-combustible materials.
Outside, in technological thought scope of the present invention, can there be a lot of other specific embodiments.Therefore the foregoing description is not restrictive embodiment, but suggestive embodiment, interest field of the present invention should make an explanation with the following claim item.
Claims (23)
1. the kitchen range assembly of a gas furnace is characterized in that: comprise the kitchen range cavity that flows into mist; Be installed in the top of above-mentioned kitchen range cavity, have the combustion zone and the range pad part of non-combustion zone more than; Be used to form the burning isolation part of the non-combustion zone of kitchen range pad.
2. gas stove assembly according to claim 1 is characterized in that: described burning isolation part forms non-combustion zone between the center of above-mentioned range pad part and outer most edge position.
3. gas stove assembly according to claim 2 is characterized in that: above-mentioned burning isolation part forms non-combustion zone between the center and outer most edge position of above-mentioned range pad part.
4. gas stove assembly according to claim 3 is characterized in that: above-mentioned burning isolation part comprises between range pad part central part and outer most edge position, forms the division board of non-combustion zone.
5. gas stove assembly according to claim 3 is characterized in that: above-mentioned burning isolation part comprises that also supporting above-mentioned division board makes it to keep and the tight state of contact of above-mentioned kitchen range pad.
6. gas stove assembly according to claim 5, it is characterized in that: above-mentioned division board closely contacts when the bottom surface of above-mentioned range pad part, one end of support portion is fixed on the inside bottom surface of above-mentioned kitchen range cavity, and the other end is connected on the above-mentioned division board, and its bottom surface is supported.
7. gas stove assembly according to claim 5, it is characterized in that: above-mentioned division board closely contact when above-mentioned range pad part end face, one end of above-mentioned support portion is fixed on kitchen range cavity inside bottom surface, and its other end runs through range pad part and is connected on the above-mentioned division board.
8. gas stove assembly according to claim 7 is characterized in that: connected by screw between the other end of above-mentioned support portion and the above-mentioned division board.
9. gas stove assembly according to claim 8 is characterized in that: be provided with between above-mentioned support portion and the above-mentioned division board and prevent in the kitchen range cavity.The seal member that leaks of mist.
10. gas stove assembly according to claim 5 is characterized in that: the side of above-mentioned support portion has open architecture, allows the mist that flows into the kitchen range inside cavity, flows to the range pad part outer edge side glibly.
11. gas stove assembly according to claim 5 is characterized in that: above-mentioned support portion has the mesh screen structure.
12. gas stove assembly according to claim 1, it is characterized in that: range pad part is divided into inboard kitchen range pad and outside kitchen range pad, and above-mentioned each kitchen range pad forms combustion zone, the separated part between above-mentioned inboard kitchen range pad and the outside kitchen range pad, be provided with the burning isolation part, form non-combustion zone.
13. gas stove assembly according to claim 12, it is characterized in that: above-mentioned burning isolation part comprises the division board at position around the end face with above-mentioned each kitchen range pad, have the erecting bed at position around each kitchen range pad that separation can be installed respectively, and the support portion that is connected with above-mentioned division board.
14. gas stove assembly according to claim 1 is characterized in that: above-mentioned burning isolation part forms non-combustion zone in the range pad part centre.
15. gas stove assembly according to claim 14, it is characterized in that: above-mentioned burning isolation part comprises tight contact at the end face of above-mentioned range pad part or at least one face in the bottom surface, prevents that mist from arriving the division board on above-mentioned range pad part surface and allowing the closely support portion of contact on range pad part of division board.
16. gas stove assembly according to claim 15, it is characterized in that: above-mentioned division board closely contacts when the bottom surface of above-mentioned range pad part, the support portion allows above-mentioned division board keep the state of tight contact at above-mentioned range pad part, one end of support portion is fixed on the inside bottom surface of above-mentioned kitchen range cavity, the other end is connected on the above-mentioned division board, and its bottom surface is supported.
17. a gas stove assembly is characterized in that: comprise the kitchen range cavity that flows into mist; Be installed in the top of above-mentioned kitchen range cavity, have the combustion zone and the range pad part of non-combustion zone more than; Closely contact prevents that in the bottom surface of range pad part or the one side at least in the end face mist from arriving kitchen range pad surface and burning, and forms the division board of the non-combustion zone of above-mentioned range pad part; Allow the closely support portion of contact on range pad part of division board.
18. a gas stove assembly is characterized in that: comprise the kitchen range cavity that flows into mist; The top that is installed in above-mentioned kitchen range cavity is separated into inboard kitchen range pad and outside kitchen range pad respectively, forms non-combustion zone at the position of separating, and forms the range pad part of combustion zone on each kitchen range pad.
19. gas stove assembly according to claim 18 is characterized in that: between the separated part between above-mentioned each kitchen range pad, be provided with the division board of tight contact at the peripheral position of each kitchen range pad end face of above-mentioned separation; And installation step, and the support portion that is connected with above-mentioned division board with the peripheral position of each kitchen range pad that is used for installing respectively above-mentioned separation.
20. gas stove assembly according to claim 19 is characterized in that: between the separated part between above-mentioned each kitchen range pad, also have when connecting above-mentioned each kitchen range pad, encircle the attaching parts of an above-mentioned connecting portion part.
21. a gas stove assembly is characterized in that: comprise the kitchen range cavity that flows into mist; Be arranged on the top of above-mentioned kitchen range cavity, be formed with the range pad part of non-combustion zone in the centre; Closely at least one side of contact in above-mentioned kitchen range cavity bottom surface or end face prevents that mist from arriving above-mentioned range pad part surface, forms the division board of the non-combustion zone of above-mentioned range pad part; Support above-mentioned range pad part, allow the closely support portion of contact on above-mentioned range pad part of above-mentioned division board.
22. a gas stove assembly is characterized in that: comprise the kitchen range cavity that flows into mist; Be installed in above-mentioned kitchen range cavity top, have the combustion zone of the burning of forming and the range pad part of combustion zone.
23. gas stove assembly according to claim 22 is characterized in that: the combustion zone of above-mentioned kitchen range pad, its manufactured materials is different with non-combustion zone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510014129 CN1888548A (en) | 2005-06-29 | 2005-06-29 | Gas stove assembling body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510014129 CN1888548A (en) | 2005-06-29 | 2005-06-29 | Gas stove assembling body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1888548A true CN1888548A (en) | 2007-01-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510014129 Pending CN1888548A (en) | 2005-06-29 | 2005-06-29 | Gas stove assembling body |
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| CN (1) | CN1888548A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104864421A (en) * | 2015-06-02 | 2015-08-26 | 天津大学 | Totally-enclosed infrared heating frying cooker |
-
2005
- 2005-06-29 CN CN 200510014129 patent/CN1888548A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104864421A (en) * | 2015-06-02 | 2015-08-26 | 天津大学 | Totally-enclosed infrared heating frying cooker |
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| AD01 | Patent right deemed abandoned |
Effective date of abandoning: 20070103 |
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| C20 | Patent right or utility model deemed to be abandoned or is abandoned |