CN201047613Y - High-efficiency energy gathering smokeless range - Google Patents
High-efficiency energy gathering smokeless range Download PDFInfo
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- CN201047613Y CN201047613Y CNU2007201421516U CN200720142151U CN201047613Y CN 201047613 Y CN201047613 Y CN 201047613Y CN U2007201421516 U CNU2007201421516 U CN U2007201421516U CN 200720142151 U CN200720142151 U CN 200720142151U CN 201047613 Y CN201047613 Y CN 201047613Y
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Abstract
The utility model discloses a household cooking stove-a high-effective energy-collecting no-smoke stove, aiming to provide a clean cooking stove which effectively conserves energy, and uses one heat-supply to cook various dishes simultaneously and completely separates the high-temperature gas from a food processing zone and a kitchen. The utility model mainly comprises a fire-supply stove, a bottom stove cavity, a top stove cavity, a stove cavity inner-gallbladder, a hollow cavity, a pan chassis, a heat-absorbing wing, a hot-steam vent and a channel. The utility model has a main technical proposal that a clean food processing zone with a good seal is formed by the stove cavity door of the upper stove cavity, the pan chassis and the stove cavity inner-gallbladder; the hollow cavity is formed by the inner wall of the upper stove cavity and the periphery of the pan chassis and the stove cavity inner-gallbladder; the high-temperature gas from the wok hearth and the bottom stove cavity enters into the hollow cavity to cook the food materials in pans on the multi-layer pan chassis sequentially, and the waster heat of the gas is adopted by a waste heat water-heater to boil water. The high-effective energy-collecting no-smoke stove is suitable for energy such as gas, coal and firewood, etc. and is especially suitable for families and food enterprises of both rural and urban areas to use.
Description
Technical field
The utility model relates to a kind of domestic efficient cooking stove, more particularly, it relate to a kind of energy-efficient, can be with the whole polymerizations of high-temperature fuel gas, multistage repetition clean utilization, thereby only realize with a thermal source can fry simultaneously the food materials of a plurality of cookers, explode, quick-fried, saute, fry in shallow oil, boil in water for a while, then dress with soy, vinegar, etc., steam, boil, boil in a covered pot over a slow fire, stew, simmer, stew, burn, bake the shortening of the multiple cooking method of class, and make the cooking stove of the cleaning of the thorough isolation of high-temperature fuel gas and food materials processing district.
Background technology
At present, a large amount of household cooking stove and accessorys that use comprise fuel saving stove, coal stove, liquefied gas cooker, natural gas range etc.The common defects of these stove and accessorys is: 1, the thermal efficiency is not high, and the fuel saving stove thermal efficiency is 30%～40%, and gas kitchen ranges is generally 45%, Energy-saving coal stove is generally 40%～60%, causing the not high reason of the thermal efficiency, mainly is that the high-temperature fuel gas heat loss is too big, accounts for 40%～50% of total heat waste; 2, function of use is single, makes troubles to life, and same thermal source can only be to a kind of cooker and can only be with a kind of cooking method shortening food in the same time; 3, high-temperature fuel gas and food materials processing district fail thoroughly to isolate, and make and easily produce crock in the furnace chamber; 4, high-temperature fuel gas can cause to a certain degree pollution to room air in indoor discharging naturally.
At present, also there is not a kind of cooking stove that can effectively overcome above-mentioned defective on the market.
Utility model content the purpose of this utility model will overcome deficiency of the prior art exactly, and a kind of energy-efficient, healthy, nutrition, cleaning, cooking stove easily are provided.Efficient energy-collecting smoke-free range of the present utility model is achieved by following three kinds of technical schemes.
Introduce the simplest a efficient energy-collecting smoke-free range earlier, or title monomer kitchen range type efficient energy-collecting smoke-free range, it is by fire-supplying stove, frying pan, frying pan pot circle, the frying pan body of heater, advance burner, burner hearth, high-temperature fuel gas passage more than one or one, heat-resistant insulation material constitutes, its technical essential is, in the time of on frying pan places frying pan pot circle, the tight tight in the junction of the two, frying pan pot circle closely is connected with the frying pan body of heater again, form the burner hearth of sealing, one end opening of high-temperature fuel gas passage is in burner hearth, the other end is opened on the top of frying pan pot circle or frying pan body of heater, all is filled with heat-resistant insulation material in the interlayer around frying pan pot circle and the frying pan body of heater.When fry with frying pan, explode, quick-fried, when sauting, fry in shallow oil, boil in water for a while, then dress with soy, vinegar, etc., steaming class cooking operation, flame from fire-supplying stove enters burner hearth by advancing burner, part heat energy is directly absorbed by frying pan, owing to form the surging accumulation regions of flame between frying pan pot circle and the burner hearth, make it improve the thermal efficiency 10～15%, energy-and time-economizing than the open heating of prior art; Also some waste heat is discharged through the high-temperature fuel gas passage, connect by pipeline, waste heat is introduced into that energy gathering type series cooking stove is cooked or being introduced into residue heat water heater is used for boiling water, residue heat water heater can be in parallel with solar water heater or electric heater realization by pipeline, thereby realize purpose energy-conservation and that have complementary advantages.Fire-supplying stove can be configured to all kinds of gas-cookers or fuel wood kitchen range or coal kitchen range.
Another kitchen range type of efficient energy-collecting smoke-free range, or claim two-layer composite efficient cavity energy smokeless range, be top at the frying pan body of heater, closely be connected with the bottom furnace chamber, dispose on the bottom furnace chamber that furnace chamber door, glass window, furnace chamber sidewall blast tube, furnace chamber upper base blast tube, furnace chamber upper base blast tube are stifled, smoking soot hole, stifled, the heat-resistant insulation material of smoking soot hole.The main points of its technical scheme are, the front of described frying pan body of heater protrudes in the front of bottom furnace chamber, purpose is to make the frying pan operation more smoothly, the end opening of described furnace chamber sidewall blast tube closely is connected with the high-temperature fuel gas channel outlet of frying pan pot circle or frying pan upper of furnace body, the top that is opened on the bottom furnace chamber suitable for reading, it is that two fans can be opened that described furnace chamber door is overlooked, the circular arc door that closes, when described two fan circular arc doors are in closed condition, each joint face of circular arc door and bottom furnace chamber keeps good sealing state, above bottom furnace chamber rear side, have a smoking soot hole, the smoking soot hole diameter is between 100 millimeters～150 millimeters, be filled with heat-resistant insulation material in the interlayer of described bottom furnace chamber, adopt vacuumizing method in the interlayer of two fan circular arc doors or adopt the insulation of filling heat-resistant insulation material method.Open bottom furnace chamber door, on bottom furnace chamber frying pan pot circle, prop frying pan, the stifled bottom furnace chamber upper base blast tube of going up blocks up, the smoking soot hole of taking away simultaneously is stifled, can fry, fried, quick-fried, saute, fry in shallow oil, boil in water for a while, then dress with soy, vinegar, etc., steam class cooking operation, oil smoke is discharged through smoking soot hole, when steaming with cookers such as pressure cooker or aluminum pots, boil, stewing, stew, simmer, pot, burn, when roasting class is cooked operation, the stifled smoking soot hole of going up blocks up, the furnace chamber upper base blast tube of taking away simultaneously is stifled, shut bottom furnace chamber door, directly enter the bottom furnace chamber by advancing burner, can carry out the shortening of multiple cooking method the food materials of the pan in the bottom furnace chamber from the flame of fire-supplying stove.Use this type kitchen range, though be fry, explode, quick-fried, saute, fry in shallow oil, boil in water for a while, then dress with soy, vinegar, etc., steam class cooking operation, still steam, boil, boil in a covered pot over a slow fire, stew, simmer, stew, burn, bake class cooking operation, total waste heat of 30～50% of also having an appointment is discharged through furnace chamber sidewall blast tube or furnace chamber upper base blast tube, by pipeline this part waste heat is introduced residue heat water heater and be used for boiling water, can reach the effect of good energy-saving and emission-reduction.
Introduce the efficient energy-collecting smoke-free range of a MULTILAYER COMPOSITE type at last, it is on the top of the bottom furnace chamber of heading kitchen range, closely is connected with the efficient energy-collecting smoke-free range of one or more upper strata furnace chamber.The main points of the technical scheme of these kitchen range are, each upper strata furnace chamber all disposes upper strata furnace chamber door respectively, observation window, furnace chamber upper base blast tube, furnace chamber inner container, cavity, the pan chassis, vapours outlet and passage, heat-resistant insulation material, furnace chamber disposes fire conduction plate on the basecoat upper strata, lead fire hole, furnace chamber upper base blast tube exit at last layer furnace chamber, dispose adjustable damper, closely be connected between pan chassis and the furnace chamber inner container, upper strata furnace chamber door and pan chassis, form the food materials processing district of the cleaning of good seal between the furnace chamber inner container, the inwall of upper strata furnace chamber and pan chassis, the outer rim of furnace chamber inner container forms cavity, vapours outlet and passage are through the furnace chamber inner container of each upper strata furnace chamber, the upper end open of vapours outlet and passage is in the top of last layer upper strata furnace chamber, from the high-temperature fuel gas of bottom furnace chamber through fire conduction plate, lead fire hole and enter cavity, food materials to the pan on the pan chassis heat, remaining high-temperature fuel gas enters more last layer furnace chamber through furnace chamber upper base blast tube, by that analogy, after adjustable damper is discharged, the vapours that the food materials heating back in the pan produces is discharged through vapours outlet and passage through each upper strata furnace chamber.This efficient energy-collecting smoke-free range, be provided with fume extracting system, fume extracting system is made up of smoking soot hole, oil extraction smoke pipe, oil baffle, collection chamber, smoke exhaust ventilator, its technical essential is, smoking soot hole only is one, diameter is opened above bottom furnace chamber rear side between 100 millimeters～150 millimeters, and smoke exhaust ventilator power is between 80 watts～120 watts.
For add the function of top fermentation case, drying box to efficient energy-collecting smoke-free range, also specially be provided with the auxiliary electrical heating system in the bottom of basecoat upper strata furnace chamber, the auxiliary electrical heating system is made up of electric hot plate, electric heating temperature control panel, power switch, power supply indicator, burner on light, temperature demonstration adjuster.
On the inwall of each upper strata furnace chamber, also be provided with heat accumulation plate, heat accumulation plate selects for use the plate-shaped lithotome to make.Be to strengthen the heat energy utilization effect on pan chassis in the furnace chamber of upper strata, also specially the pan chassis in the furnace chamber of the upper strata of efficient energy-collecting smoke-free range and the outer rim of furnace chamber inner container are provided with the heat absorption fin, and the heat absorption fin is divided into the casting Contiuum type or is removable two kinds of kink.Furnace chamber inner container, pan chassis, heat absorption fin, vapours outlet and passage are with heat transfer property slim board making such as copper or aluminium or stainless steel preferably.In the furnace chamber of the upper strata of efficient energy-collecting smoke-free range, can only use the pan that fits like a glove with pan chassis curved surface; For preventing that soup juice from overflowing,, be provided with the anti-overflow floating-point at the seam crossing of pot cover and pan; Pan that uses in furnace chamber and the handle on the pot cover, high temperature resistant handle is arranged in unification.
Exit in the adjustable damper of last layer furnace chamber disposes a residue heat water heater equally, allows waste heat make the best use of everything.
Efficient energy-collecting smoke-free range of the present utility model compared with prior art, its beneficial effect is:
1, energy-efficient, system thermal efficiency improves 30-40% than the household cooking stove and accessory of prior art, and its energy-saving effect can be demonstrated fully from following five aspects in initiative design:
| The utility model | |
|
| 1 | Smoke exhaust ventilator is energy-conservation: owing to reduced by 3/4 wild wind, smoke exhaust ventilator power can reduce to 80w, per diem starts shooting and counts in one hour, each household year economize on electricity 43.8kwh, and mist extractor better effects if; | Smoke exhaust ventilator has also extracted the wild wind from the four sides when smoke pumping, power is 200w; |
| 2 | When utilizing the cooking of frying pan class cooker, form the surging accumulation regions of flame between frying pan pot circle and the burner hearth, the thermal efficiency improves 10-15%; | Open heating can't form the surging accumulation regions of flame; |
| 3 | Can reuse heat energy by multistage a plurality of cookers; | Can only the disposable use heat energy of single cooker; |
| 4 | High-temperature fuel gas can carry out comprehensive sphere formula heating to cooker, and promptly cooker is in comprehensive sphere formula heat absorption state; | Cooker bottom and following half are in the heat absorption state, and the upper half and top are in radiating state; |
| 5 | Heat energy all can be collected in the furnace chamber, waste heat gas is reclaimed the manufacture hot water, and the pipe heat exchanger thermocontact area is big, and the waste heat that will scatter and disappear is reduced to minimum, and system thermal efficiency reaches more than 80%. | About 40～50% heat energy dissipation is in atmosphere, and high-temperature residual heat can't be recycled, and the thermal efficiency is about 40%-50%. |
2, a fire uses, how ripe one fire is, the utility model has solved in the prior art technical barrier that a burning things which may cause a fire disaster only can a usefulness, realized the cooking of bottom furnace chamber, a plurality of upper stratas furnace chamber can be cooked simultaneously with the high-temperature fuel gas of cooking, cooks congee, stewed soup, Canton style roast pork ..., can satisfy the different diet hobby of kinsfolk;
3, the setting of upper strata furnace chamber cavity and furnace chamber inner container can make high-temperature fuel gas and food materials processing district in the furnace chamber of upper strata thoroughly isolate, and has guaranteed the cleaning in the furnace chamber;
4, for family, the nitrogen oxide NO that fuel combustion produces
xUnder closed state, move, realized zero-emission indoor, for society, because energy-conservation more than 30%, thus significantly reduced nitrogen oxide NO
xTotal emission volumn, thereby reached the effect of good energy-saving and emission-reduction;
5, not only cooking function has all kinds of things, but also can be used as wheaten food fermentation, meal insulation, drying clothes, table-ware disinfection or the like, can improve family life quality;
6, save the glove spending, efficient energy-collecting smoke-free range can replace all functions of electric cooker, electric cooking pot, steamer, electric oven, disinfection cabinet, fermenting case simultaneously.
Description of drawings
Fig. 1 efficient energy-collecting smoke-free range (monomer kitchen range type) front view;
Fig. 2 efficient energy-collecting smoke-free range (monomer kitchen range type) vertical view;
Fig. 3 efficient energy-collecting smoke-free range (monomer kitchen range type) positive view;
Fig. 4 efficient energy-collecting smoke-free range (two-layer compound) front view;
Fig. 5 efficient energy-collecting smoke-free range (two-layer compound) vertical view;
Fig. 6 efficient energy-collecting smoke-free range (two-layer compound) positive view;
Fig. 7 efficient energy-collecting smoke-free range (MULTILAYER COMPOSITE type) front view;
Fig. 8 efficient energy-collecting smoke-free range (MULTILAYER COMPOSITE type) positive view;
Fig. 9 efficient energy-collecting smoke-free range (MULTILAYER COMPOSITE type) sectional view;
Figure 10 efficient energy-collecting smoke-free range (MULTILAYER COMPOSITE type) rearview;
Figure 11 pan chassis, heat absorption fin upward view;
Figure 12 fire conduction plate, lead the fire hole plane;
Figure 13 residue heat water heater longitudinal section.
Among the figure: 1. fire-supplying stove, 2. frying pan, 3. frying pan pot circle, 4. the frying pan body of heater 5. advances burner, 6. burner hearth, 7. high-temperature fuel gas passage, 8. heat-resistant insulation material, 9. bottom furnace chamber, 10. circular arc furnace chamber door, 11. glass windows, 12. furnace chamber sidewall blast tubes, 13. furnace chamber upper base blast tube, 14. furnace chamber upper base blast tubes are stifled, 15. upper strata furnace chambers, 16. upper strata furnace chamber door, 17. observation windows, 18. fire conduction plates, 19. lead fire hole, 20. adjustable damper, 21. furnace chamber inner containers, 22. cavity, 23. pan chassis, 24. pans, 25. vapours outlet and passage, 26. residue heat water heaters, 27. smoking soot holes, 28. smoking soot hole is stifled, 29. oil extraction smoke pipes, 30. oil baffles, 31. collection chamber, 32. smoke exhaust ventilators, 33. electric hot plates, 34. the electric heating temperature control panel, 35. power switches, 36. power supply indicators, 37. burner on light, 38. temperature show adjuster, 39. heat accumulation plates, 40. the heat absorption fin, 41. anti-overflow floating-points, 42. high temperature resistant handles.
The specific embodiment
Below in conjunction with the accompanying drawing and the specific embodiment the utility model is further described:
Figure of description 1, accompanying drawing 2, accompanying drawing 3, be front view, vertical view, the positive view of monomer kitchen range type efficient energy-collecting smoke-free range respectively; Figure of description 4, accompanying drawing 5, accompanying drawing 6 are respectively front view, vertical view, the positive views of two-layer composite efficient cavity energy smokeless range; Figure of description 7, accompanying drawing 8, accompanying drawing 9, accompanying drawing 10 are respectively front view, positive view, sectional view, the rearviews of MULTILAYER COMPOSITE type efficient energy-collecting smoke-free range.
As embodiment the efficient energy-collecting smoke-free range of three kinds of models is made comprehensive description with MULTILAYER COMPOSITE type efficient energy-collecting smoke-free range (hereinafter to be referred as efficient energy-collecting smoke-free range) below, it comprises: 1. fire-supplying stove, 2. frying pan, 3. frying pan pot circle, 4. the frying pan body of heater 5. advances burner, 6. burner hearth, 7. high-temperature fuel gas passage, 8. heat-resistant insulation material, 9. bottom furnace chamber, 10. circular arc furnace chamber door, 11. glass windows, 12. furnace chamber sidewall blast tubes, 13. furnace chamber upper base blast tube, 14. furnace chamber upper base blast tube is stifled, 15. upper strata furnace chambers, 16. upper strata furnace chamber doors, 17. observation window, 18. fire conduction plate, 19. lead fire hole, 20. adjustable damper, 21. furnace chamber inner container, 22. cavity, 23. pan chassis, 24. pans, 25. vapours outlet and passage, 26. residue heat water heater, 27. smoking soot holes, 28. smoking soot holes are stifled, 29. oil extraction smoke pipe, 30. oil baffle, 31. collection chambers, 32. smoke exhaust ventilators, 33. electric hot plate, 34. the electric heating temperature control panel, 35. power switches, 36. power supply indicators, 37. burner on light, 38. temperature shows adjuster, 39. heat accumulation plates, 40. heat absorption fins, 41. the anti-overflow floating-point, 42. high temperature resistant handles.
Fire-supplying stove 1 selects for use the natural gas range of band flame-out protection device to make thermal source, natural gas range and frying pan body of heater 4 are Contiuum type, frying pan pot circle 3 closely is connected with frying pan body of heater 4, what have 220 millimeters of diameters in the bottom of frying pan body of heater 4 advances burner 5, on frying pan pot circle 3, prop frying pan 2, promptly form the burner hearth 6 of sealing, high-temperature fuel gas passage 7 is drawn from burner hearth 6; Closely be connected bottom furnace chamber 9, two upper strata furnace chambers 15 successively on the top of frying pan pot circle 3 and frying pan body of heater 4, mutual group becomes the efficient energy-collecting smoke-free range of present embodiment.
The front of frying pan body of heater 4 protrudes in the front of bottom furnace chamber 9, it is that two fans can be opened that bottom furnace chamber door is overlooked, the circular arc door 10 that closes, when two fan circular arc doors 10 are in closed condition, each joint face of circular arc door and bottom furnace chamber 9 keeps good sealing state, frying pan pot circle 3, frying pan body of heater 4, bottom furnace chamber 9, circular arc furnace chamber door 10, upper strata furnace chamber 15, upper strata furnace chamber door 16 all adopts 304 corrosion resistant plates to make, heat-resistant insulation material 8 in its closed sandwich is all selected litaflex for use, the glass window 11 of circular arc furnace chamber door 10 and upper strata furnace chamber door 16,17 is double glazing, the end opening of furnace chamber sidewall blast tube 12 is connected with the outlet of the high-temperature fuel gas passage 7 of frying pan body of heater 4, upper end open is in the top that the upper strata furnace chamber 15 adjacent with bottom furnace chamber 9 gone to the bottom, central authorities have the fire conduction plate 18 of leading fire hole 19 and just cover above 12 outlets of sidewall blast tube, furnace chamber upper base blast tube 13 is circular, open middle position at each furnace chamber upper base, upper base blast tube 13 at bottom furnace chamber 9, it is stifled 14 to be furnished with the upper base blast tube, has adjustable damper 20 on the gas outlet at the top of last layer furnace chamber 15.
Each upper strata furnace chamber 15 all disposes upper strata furnace chamber door 16, observation window 17, furnace chamber upper base blast tube 13, furnace chamber inner container 21, cavity 22, pan chassis 23, vapours outlet and passage 25 respectively, furnace chamber disposes fire conduction plate 18, leads fire hole 19 on the basecoat upper strata, furnace chamber upper base blast tube 13 exits at last layer furnace chamber, dispose adjustable damper 20, its key problem in technology is
Closely be connected between pan chassis 23 and the furnace chamber inner container 21, form the food materials processing district of the cleaning of good seal between upper strata furnace chamber door 16 and pan chassis 23, the furnace chamber inner container 21, the outer rim of the inwall of upper strata furnace chamber 15 and pan chassis 23, furnace chamber inner container 21 forms cavity 22, vapours outlet and passage 25 are through the furnace chamber inner container 21 of each upper strata furnace chamber 15, the upper end open of vapours outlet and passage 25 is in the top of last layer upper strata furnace chamber 15
From the high-temperature fuel gas of bottom furnace chamber 9 through fire conduction plate 18, lead fire hole 19 and enter cavity 22, pan on the pan chassis 23 24 is heated, remaining high-temperature fuel gas enters more last layer furnace chamber through furnace chamber upper base blast tube 13, by that analogy, after adjustable damper 20 is discharged, the vapours that the food materials heating back in the pan 24 produces is discharged through vapours outlet and passage 25 through each furnace chamber inner container 21.On the inwall of each upper strata furnace chamber 15, also be provided with heat accumulation plate 39, heat accumulation plate 39 selects for use the plate-shaped lithotome to make.For strengthening the heat energy utilization effect on pan chassis 23 in the upper strata furnace chamber 15, the outer rim of pan chassis 23 in the furnace chamber of the upper strata of efficient energy-collecting smoke-free range and furnace chamber inner container 21 specially also, be provided with heat absorption fin 40, present embodiment aluminium The thin plate, pan chassis 23 and heat absorption fin 40 adopt the casting Contiuum type.In the furnace chamber of the upper strata of efficient energy-collecting smoke-free range, can only use the pan 24 that fits like a glove with pan chassis 23 curved surfaces; For preventing that soup juice from overflowing,, be provided with anti-overflow floating-point 41 at the seam crossing of pot cover and pan; Pan that uses in furnace chamber and the handle on the pot cover are selected high temperature resistant handle 42 for use.
Efficient energy-collecting smoke-free range also is provided with fume extracting system, above bottom furnace chamber 9 dorsal parts, have a smoking soot hole 27, diameter is 120 millimeters, the back side of furnace chamber is provided with the oil extraction smoke pipe 29 that is connected with smoking soot hole 27, the upper end of oil extraction smoke pipe 29 is communicated with smoke exhaust ventilator 32, end opening at oil extraction smoke pipe 29 is provided with collection chamber 31, in oil extraction smoke pipe 29 smoking soot hole 27 above be provided with oil baffle plate 30, smoking soot hole 27 also disposes smoking soot hole stifled 28, owing to avoided 3/4 wild wind, the power of smoke exhaust ventilator 32 selects for use 80W to meet the demands.
Efficient energy-collecting smoke-free range also is provided with the auxiliary electrical heating system, electric heating system is by electric hot plate 33, electric heating temperature control panel 34, power switch 35, power supply indicator 36, burner on light 37, temperature shows adjuster 38 compositions, and temperature regulating range is between 30-300 ℃.
Above efficient energy-collecting smoke-free range adjustable damper 20, returning apparatus has a residue heat water heater 26.
Claims (9)
1. efficient energy-collecting smoke-free range, it is by fire-supplying stove, frying pan, frying pan pot circle, the frying pan body of heater, advance burner, burner hearth, the high-temperature fuel gas passage, heat-resistant insulation material constitutes, it is characterized in that, in the time of on frying pan places frying pan pot circle, the tight tight in the junction of the two, frying pan pot circle closely is connected with the frying pan body of heater again, form the burner hearth of sealing, one end opening of high-temperature fuel gas passage is in burner hearth, the other end is opened on the top of frying pan pot circle or frying pan body of heater, all be filled with heat-resistant insulation material in the interlayer around frying pan pot circle and the frying pan body of heater, flame from fire-supplying stove enters burner hearth by advancing burner, after the high-temperature fuel gas passage more than one or is discharged, fire-supplying stove can be configured to all kinds of gas-cookers or fuel wood kitchen range or coal kitchen range through the frying pan utilization.
2. efficient energy-collecting smoke-free range according to claim 1, it also is included in the top of frying pan body of heater, closely be connected with the bottom furnace chamber, dispose the furnace chamber door on the bottom furnace chamber, glass window, furnace chamber sidewall blast tube, furnace chamber upper base blast tube, furnace chamber upper base blast tube is stifled, heat-resistant insulation material, it is characterized in that, the front of described frying pan body of heater protrudes in the front of bottom furnace chamber, the end opening of described furnace chamber sidewall blast tube closely is connected with the high-temperature fuel gas channel outlet of frying pan pot circle or frying pan upper of furnace body, it is that two fans can be opened that described furnace chamber door is overlooked, the circular arc door that closes, when described two fan circular arc doors are in closed condition, each joint face of circular arc door and bottom furnace chamber keeps good sealing state, all be filled with heat-resistant insulation material in the interlayer of bottom furnace chamber each side, adopt vacuumizing method in the interlayer of circular arc door or adopt the insulation of filling heat-resistant insulation material method.
3. efficient energy-collecting smoke-free range according to claim 2, it also is included in the top of bottom furnace chamber, closely be connected with one or more upper strata furnace chamber, each upper strata furnace chamber all disposes upper strata furnace chamber door respectively, observation window, furnace chamber upper base blast tube, furnace chamber inner container, cavity, the pan chassis, vapours outlet and passage, bottom at basecoat upper strata furnace chamber disposes fire conduction plate, lead fire hole, furnace chamber upper base blast tube exit at last layer furnace chamber, dispose adjustable damper, furnace chamber upper base blast tube is opened the middle position at the upper base of each upper strata furnace chamber, all be filled with heat-resistant insulation material in the interlayer of each upper strata furnace chamber and upper strata furnace chamber door, it is characterized in that, closely be connected between pan chassis and the furnace chamber inner container, upper strata furnace chamber door and pan chassis, form the food materials processing district of the cleaning of good seal between the furnace chamber inner container, the inwall of upper strata furnace chamber and pan chassis, the outer rim of furnace chamber inner container forms cavity, vapours outlet and passage are through the furnace chamber inner container of each upper strata furnace chamber, and the upper end open of vapours outlet and passage is in the top of last layer upper strata furnace chamber.
4. according to claim 2 or 3 described efficient energy-collecting smoke-free ranges, the back side that it also is included in bottom furnace chamber or upper strata furnace chamber is provided with fume extracting system, fume extracting system is made up of smoking soot hole, oil extraction smoke pipe, oil baffle, collection chamber, smoke exhaust ventilator, it is stifled that smoking soot hole also is furnished with smoking soot hole, it is characterized in that, smoking soot hole only is one, and diameter is opened above bottom furnace chamber rear side between 100 millimeters～150 millimeters.
5. efficient energy-collecting smoke-free range according to claim 3, it also is included in the furnace chamber of basecoat upper strata and is provided with the auxiliary electrical heating system, the auxiliary electrical heating system is made up of electric hot plate, electric heating temperature control panel, power switch, power supply indicator, burner on light, temperature demonstration adjuster, in each upper strata furnace chamber, also be provided with heat accumulation plate, it is characterized in that, heat accumulation plate is arranged on the inwall of upper strata furnace chamber, and heat accumulation plate selects for use the plate-shaped lithotome to make.
6. efficient energy-collecting smoke-free range according to claim 3 is characterized in that, in the pan chassis of described upper strata furnace chamber and the outer rim of furnace chamber inner container, also is provided with the heat absorption fin, and the heat absorption fin is the casting Contiuum type or is that kink is removable.
7. efficient energy-collecting smoke-free range according to claim 3 is characterized in that, above the pan chassis of described upper strata furnace chamber, is provided with the pan that matches with pan chassis curved surface.
8. efficient energy-collecting smoke-free range according to claim 3 is characterized in that, at the seam crossing of pot cover and pan, is provided with the anti-overflow floating-point.
9. efficient energy-collecting smoke-free range according to claim 3 is characterized in that, pan that in the furnace chamber of upper strata, uses and the handle on the pot cover, and high temperature resistant handle is arranged in unification.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201421516U CN201047613Y (en) | 2007-03-30 | 2007-03-30 | High-efficiency energy gathering smokeless range |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201421516U CN201047613Y (en) | 2007-03-30 | 2007-03-30 | High-efficiency energy gathering smokeless range |
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| Publication Number | Publication Date |
|---|---|
| CN201047613Y true CN201047613Y (en) | 2008-04-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201421516U Expired - Fee Related CN201047613Y (en) | 2007-03-30 | 2007-03-30 | High-efficiency energy gathering smokeless range |
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| CN (1) | CN201047613Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113598347A (en) * | 2021-07-01 | 2021-11-05 | 胡义 | System and method for decocting pickled vegetable sauce |
-
2007
- 2007-03-30 CN CNU2007201421516U patent/CN201047613Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113598347A (en) * | 2021-07-01 | 2021-11-05 | 胡义 | System and method for decocting pickled vegetable sauce |
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