CN103388840B - Smokeless stove - Google Patents
Smokeless stove Download PDFInfo
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- CN103388840B CN103388840B CN201310360297.8A CN201310360297A CN103388840B CN 103388840 B CN103388840 B CN 103388840B CN 201310360297 A CN201310360297 A CN 201310360297A CN 103388840 B CN103388840 B CN 103388840B
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- stove
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Abstract
The invention discloses a kind of sufficient combustion, calorific value high and be the smokeless stove of closed chamber.It comprises the outer stove of opened top and the interior stove in being nested with stove outside, and stove and interior furnace roof end are respectively equipped with annular furnace edge outside, forms the ventilation inner chamber that is closed outside between stove and interior stove; Stove furnace wall is provided with the blast orifice and outer exhaust outlet that communicate with the inner chamber that ventilates outside, and internal protecting wall is provided with exhaust outlet in communicating with outer exhaust outlet; Interior stove furnace wall is provided with the wind pushing hole communicated with interior stove burner hearth; The air blast of quantity-adjustable is configured with at blast orifice.The present invention is by the open type combustion chamber of existing stove, change the enclosed burning room be made up of burner hearth and pan into, add good supply air system, it not only can make fuel combustion abundant, and stove external environment wind-force also can be avoided combustion flame to be blown to the generation causing thermal waste.During burning, in burner hearth, heat concentrates on bottom pan, does not up stretch, cookware handle also can not Yin Wendu too high and scald people.
Description
Technical field
The present invention relates to a kind of moveable smokeless stove, particularly a kind of sufficient combustion and be applicable to charcoal, timber, branch, wood chip, Animal Bone and fish-bone are the smokeless stove of fuel.
Background technology
At present, known stove and accessory, combustion chamber is unlimited, the open spaces for communicating with surrounding space between namely bottom combustion flame to pan.This structure, can improve the mixing ratio of fuel and air, then improves the combustion rate of fuel.But, due to the space opened wide, the heat energy of a lot of burning is distributed in space towards periphery, it not only makes thermal waste, and hot heat wave constantly toasts cookware handle, this handle temperature high being difficult to scalding one's hand is made to grip or people be scalded, simultaneously imperfect combustion waste gas, also by sooting bottom pan, accumulate over a long period and be difficult to arrange.In addition, if when stove and accessory is in order to outdoor barbecue, culinary art, be in the combustion flame of open spaces, be easy to be dispelled by ambient wind waft toward surrounding space, cause the utilization rate of heat energy to decline.In addition, known charcoal burner, or burn the stove of timber, also there is firepower and be not easy to control, wetness of fuel is large, the defect such as cannot to burn.
Usually, for the culinary art of delicious food, the duration and degree of heating is very important, big fire is sometimes needed to fry soon, little fire is sometimes needed to stew slowly, therefore, with the stove that charcoal, branch, Animal Bone or fish-bone are fuel in prior art, be difficult to meet the high and requirement that amount of heat is controlled of sufficient combustion, centralized heat energy, calorific value.
Summary of the invention
It is high and be the smokeless stove of closed chamber that the technical problem to be solved in the present invention is to provide a kind of sufficient combustion, calorific value.
In order to solve the problems of the technologies described above, the technical scheme inventing employing is:
Smokeless stove of the present invention, comprise opened top and be barrel-shaped outer stove and the interior stove in being nested with stove outside, stove and interior furnace roof end are peripherally respectively equipped with the outer stove edge of annular and interior stove edge outside, described interior stove edge is stacked on outer stove edge, forms a ventilation inner chamber in closed surrounded by outer stove inwall, interior furnace outer wall and interior stove edge between described outer stove and interior stove; On stove furnace wall, the position of its bottom face contiguous is provided with the blast orifice communicated with described ventilation inner chamber outside, on stove furnace wall, the position of its top end face contiguous is provided with outer exhaust outlet outside, this outer exhaust outlet by with its be tightly connected and through described ventilation inner chamber exhaust duct be arranged on exhaust outlet on internal protecting wall and be connected; On interior stove furnace wall, or on interior stove furnace wall and interior stove furnace bottom end face, be provided with the wind pushing hole communicated with the cylindrical burner hearth of described interior stove; The air blast of quantity-adjustable is configured with at described blast orifice.
On internal protecting wall, the position of adjacent top end face and bottom face, ring internal protecting wall circumference is respectively equipped with air-supply hole, upper strata and air-supply lower floor hole, and the hole count in air-supply hole, upper strata is more than the hole count in air-supply lower floor hole.
Internal protecting wall bottom face is provided with air-supply bottom hole.
Hole, described air-supply upper strata is to make to enter the through hole being provided with runner that the air-flow in burner hearth flows along preset direction, and this through hole is divided into bottom horizontal flow sheet hole, tiltedly upper flow orifice and oblique current downflow hole.
Hole, described air-supply upper strata is at least one deck.
Hole, described air-supply upper strata with one tiltedly upper flow orifice, two bottom horizontal flow sheet holes and two oblique current downflow holes ratio successively adjacent circulation arrange, or tiltedly to go up the ratio adjacent circulation setting successively that flow orifice, bottom horizontal flow sheet hole and oblique current downflow hole are respectively, described tiltedly upper flow orifice, bottom horizontal flow sheet hole and oblique current downflow hole are arranged in same level, or are crisscross arranged down vertically on interior stove furnace wall.
Hole, described air-supply upper strata is all oblique current downflow hole.
Hole, described air-supply upper strata is all bottom horizontal flow sheet hole.
Described blast orifice is positioned at position relative on described outer furnace wall with described outer exhaust outlet.
Described exhaust duct is dismantled and assembled to be arranged between outer exhaust outlet and interior exhaust outlet.
Compared with prior art, the present invention adopts the ventilation inner chamber be made up of interior stove and outer stove, be arranged on the blast orifice communicated with ventilation inner chamber on outer furnace wall, interior exhaust outlet and outer exhaust outlet, and the structure of the wind pushing hole communicated with interior stove burner hearth is set on interior stove furnace wall, make the present invention by the open type combustion chamber of existing burn wood or charcoal stove, change the enclosed burning room be made up of described interior stove burner hearth and pan into, when fuel to be placed in described burner hearth and after lighting, under the work being positioned at blast orifice place air blast, fresh air is by blast orifice, ventilation inner chamber, wind pushing hole enters interior stove burner hearth and provides enough oxygen to fuel, and waste gas rising that it produces drains in air by interior exhaust outlet and outer exhaust outlet again, this structure not only can make the fuel combustion in burner hearth abundant, do not produce black smoke, stove external environment wind-force also can be avoided combustion flame to be blown to the generation causing thermal waste.Again because pan is buckled in the open ports of interior furnace roof end, airtight therebetween, the heat in burner hearth concentrates on bottom pan, up do not stretch, the heat that cookware handle absorbs is only a part for pan heat by conduction, therefore, cookware handle can not Yin Wendu too high and scald people.
Wind pushing hole is designed to the through hole with certain orientation by the present invention further, the air-flow entered in interior stove burner hearth is made to have certain direction, thus, burned flame is driven to rotate along inboard wall of burner hearth, increase its stroke in burner hearth, abundant raising efficiency of combustion, effectively reduces the content of waste gas and black smoke.Meanwhile, spiralling flame, makes that the heat bottom arrival pan is more concentrated, calorific value is higher.Because temperature in burner hearth is very high, the fuel that humidity is relatively high is inserted wherein still can conflagration.
Described air blast is speed governing blast blower, the control to blow rate required size is realized by adjusting rotary speed, it is also furnished with the charge and discharge device being separated and arranging and can be connected with air blast, when open air use, available charge and discharge device is powered to air blast, when the indoor use in house, can connect civil power is that air blast is powered.
Accompanying drawing explanation
Fig. 1 is agent structure schematic diagram of the present invention.
Fig. 2 be in Fig. 1 A-A to one of sectional view.
Fig. 3 be in Fig. 1 A-A to sectional view two.
Fig. 4 be in Fig. 1 A-A to sectional view three.
Fig. 5 is that in the present invention, stove and outer stove assemble front schematic diagram.
Fig. 6 is bottom horizontal flow sheet hole of the present invention cutaway view Amplified image.
Fig. 7 is that the present invention tiltedly goes up flow orifice cutaway view Amplified image.
Fig. 8 is the present invention oblique current downflow hole cutaway view Amplified image.
Reference numeral is as follows:
Interior stove 1, burner hearth 11, fire door 12, interior stove edge 13, interior exhaust outlet 14, outer stove 2, outer stove edge 21, outer exhaust outlet 22, wind pushing hole 3, air-supply hole, upper strata 31, air-supply lower floor hole 32, air-supply bottom hole 33, bottom horizontal flow sheet hole 4, tiltedly upper flow orifice 5, tiltedly current downflow hole 6, runner 7, blast orifice 8, air blast 81, ventilation inner chamber 9, exhaust duct 91.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in further detail:
As shown in Fig. 1,2,3,4,5, smokeless stove of the present invention, being made up of stove 1 in stainless steel material makes and outer stove 2 of all being opened wide by end face, interior stove 1 is less than outer stove 2 and is nested with outside in stove 2, the burner hearth 11 of interior stove 1 is cylindrical, and its profile can be drum-shaped, also can be square column type or oval barrel-shaped, the external shape fits of barrel-shaped shape and interior stove 1 in outer stove 2, its profile can be cylindrical, square column type or oval barrel-shaped.
Stove 2 and interior stove 1 top are peripherally respectively equipped with the outer stove edge 21 of annular and interior stove edge 13 outside, during use, stove edge 13 mode be overlapped on outer stove edge 21 within interior stove 1 is put into outer stove 2, again pan is placed in (on the top end face that namely, stove 1 opens wide) on interior stove 1 fire door 12, the weight of the pan be placed on interior stove 1 and burner hearth 11 fuel can be transferred in external support plane (can be support or ground) by outer stove 2 by this structure, thus is omitted in interior stove 1 furnace bottom and separately establishes special supporting component.Meanwhile, between described outer stove 2 and interior stove 1, form a ventilation inner chamber 9 in closed surrounded by outer stove 2 inwall (comprising outer stove 2 bottom face), interior stove 1 outer wall (comprising interior stove 1 bottom face) and interior stove edge 13.
On stove 2 furnace wall, the position of its bottom face contiguous is provided with the blast orifice 8 communicated with described ventilation inner chamber 9 outside, on stove 2 furnace wall, the position of its top end face contiguous is provided with outer exhaust outlet 22 outside, its top end face contiguous on interior stove 1 furnace wall and the position corresponding with described outer exhaust outlet 22 is provided with interior exhaust outlet 14, described outer exhaust outlet 22 is tightly connected by the exhaust duct 91 that is placed through described ventilation inner chamber 9 with interior exhaust outlet 14, this exhaust duct 91 can be fixedly connected with outer stove 2 wall or interior stove 1 wall, also dismountable flexible connection can be adopted, the cross sectional shape of exhaust duct 91 and outer exhaust outlet 22 and interior exhaust outlet 14 adaptive, can be circular, rectangle or ellipse.In addition, outer exhaust outlet 22, exhaust duct 91 and interior exhaust outlet 14 also have another one effect, that is: during culinary art, because pan is placed on the fire door 12 at interior stove 1 top, when needs are fueled in burner hearth 11, fuel in burner hearth 11, adds fuel by fire door 12 just to become very not easily, so can be filled in burner hearth 11 by outer exhaust outlet 22, exhaust duct 91 and interior exhaust outlet 14 by the present invention.
On interior stove 1 furnace wall or on interior stove 1 furnace wall and interior stove 1 furnace bottom end face, be provided with the wind pushing hole 3 that several communicate with the burner hearth 11 of described interior stove 1, be configured with the air blast 81 of quantity-adjustable at described blast orifice 8.
Like this, when after unlatching air blast 81, fresh air by the blast orifice 8 being located at furnace bottom enter ventilation inner chamber 9 enter with the wind pushing hole 3 on interior stove 1 bottom face through interior stove 1 furnace wall or interior stove 1 furnace wall more relative airtight in stove 1 burner hearth 11 (by pan bottom surface, the relatively airtight space that interior stove 1 furnace wall is formed), warp and the fuel (charcoal be placed in burner hearth 11, trees, branch, wood chip, straw, Animal Bone or fish-bone etc.) burning after, again by waste gas by being located at exhaust outlet 14 in stove top, exhaust duct 91 and outer exhaust outlet 22 enter outer stove 2 external (in air).
The setting of described wind pushing hole 3 is divided into three parts, one is along hole, interior stove 1 wall circumferencial direction spaced air-supply upper strata 31, this hole, air-supply upper strata 31 can be one deck, also two layers, three layers or four layers can be highly set to depending on described interior stove 1, hole, air-supply upper strata 31 in every layer can in a plane, also can for being crisscross arranged up and down or being waveform setting.The position in interior stove 1 wall below exhaust outlet 14 is located in the hole, air-supply upper strata 31 of the superiors; It two is be located at interval at the air-supply lower floor hole 32 of interior stove 1 wall bottom near blast orifice 8 along interior stove 1 wall circumferencial direction; It is three for being located at the air-supply bottom hole 33 on interior stove 1 bottom face; The hole count in air-supply hole, upper strata 31 is more than the hole count of air-supply lower floor hole 32 and air-supply bottom hole 33, and the pore size of wind pushing hole 3 and position are depending on interior stove 1 burner hearth 11 size, and its aperture and position decide according to the size of interior stove 1 burner hearth 11 usually.
The shape of wind pushing hole 3 can be radial along described burner hearth 11 or axially extended conventional through holes, also can be the particular via flowed along direction initialization with the bootable air draught entered in burner hearth 11 of runner 7.Preferred version of the present invention is: air-supply hole, upper strata 31 is set to described particular via, and air-supply lower floor hole 32 and air-supply bottom hole 33 can be above-mentioned particular via, or are described conventional through holes.
As shown in Fig. 2,3,4,6,7,8, described particular via is divided into bottom horizontal flow sheet hole 4, tiltedly upper flow orifice 5 and oblique current downflow hole 6.The runner 7 in bottom horizontal flow sheet hole 4 is horizontally disposed with, and the air being entered interior stove 1 burner hearth 11 by bottom horizontal flow sheet hole 4 enters burner hearth 11 along described burner hearth 11 inwall in the horizontal direction; Tiltedly the runner 7 of upper flow orifice 5 tilts upward, and preferred angle (with the angle of horizontal plane) is 45 degree, enters burner hearth 11 by the air tiltedly going up flow orifice 5 and enter interior stove 1 burner hearth 11 along oblique direction along described burner hearth 11 inwall; The runner 7 in oblique current downflow hole 6 is tilted to down, and preferred angle (with the angle of horizontal plane) is 45 degree, and the air being entered interior stove 1 burner hearth 11 by oblique current downflow hole 6 enters burner hearth 11 along oblique lower direction along described burner hearth 11 inwall.Three kinds of flow orifices enter the air draught in burner hearth 11 thus, not only provide the air needed for burning to all directions in burner hearth 11, but also drive the flame of burner hearth 11 combustion to rotate, its stroke in burner hearth 11 is lengthened greatly, burn more abundant, temperature in burner hearth 11 can higher (burner hearth 11 temperature height can bring following benefit: when fuel moisture is heavier or the kind of fuel is not too easily lighted, as long as after the temperature in burner hearth 11 arrives certain high temperature, this class A fuel A just can burn smoothly, the stove of burning timber of the prior art or coal, because fire door 12 is open type, flame is run helter-skelter with air draught, also do not burn completely, just be discharged among air, in addition in burner hearth 11, temperature is relatively low, so its efficiency of combustion is lower, more than the waste gas produced, and not clean-burning waste gas is not only by pan sooting, also contaminated environment), the waste gas produced is also naturally just few, and spiralling flame is when rising to bottom pan, firepower is more concentrated, calorific value is higher.
Described runner 7 can adopt following methods to make: one, and when the Thickness Ratio of interior stove 1 furnace wall is thicker, drill bit is in the mode radial in an acute angle with burner hearth 11, and level, tiltedly upper or tiltedly lower boring, formed and have certain orientation and the runner 7 communicated with burner hearth; They are two years old, when the Thickness Ratio of interior stove 1 furnace wall is thinner, first conventional through holes is got out with drill bit, then mould or tool needle is utilized to carry out secondary operations process to these clear openings, make these conventional through holes form the unbalanced structure of both sides height, so just can form the runner 7 that can affect air current flow direction; Its three, when the thickness of interior stove 1 furnace wall is very thin, directly use mould punching, form the different wind pushing hole structure of height, so also can form the guiding air-flow that communicates with burner hearth 11 by the runner 7 determining to flow in direction; They are four years old, first conventional through holes can also be made, then at the runner 7 that stainless steel thin slice upper punch presses several to have certain orientation, then by this stainless steel thin slice screw on the furnace wall of interior stove 1, or the mode of welding, is fixed on position corresponding with described conventional through holes on burner hearth 11 inwall.
As shown in Figure 2,3, 4, the present invention preferably arranges the hole, air-supply upper strata 31 described in one deck on interior stove 1 wall, and this layer of air-supply hole, upper strata 31 is with the tiltedly above ratio in flow orifice 5, a two bottom horizontal flow sheet holes 4 and two oblique current downflow holes 6 adjacent circulation setting successively; Or tiltedly to go up the ratio adjacent circulation setting successively that flow orifice 5, bottom horizontal flow sheet hole 4 and oblique current downflow hole 6 are respectively, described tiltedly upper flow orifice 5 on this layer, bottom horizontal flow sheet hole 4 and tiltedly current downflow hole 6 in same level (center in hole, upper strata 31 of namely, blowing in stove 1 furnace wall is in same level), on interior stove 1 furnace wall, also can be crisscross arranged down (center in hole, upper strata 31 of namely, blowing in stove 1 furnace wall not same level on) vertically;
Or hole, described air-supply upper strata 31 is all oblique current downflow hole 6, more sufficient air can be provided for below fuel like this, cause flow rotation simultaneously;
Or hole, described air-supply upper strata 31 is all bottom horizontal flow sheet hole 4, provide the air needed for burning by the air-supply lower floor hole 32 of below, then by the described air of hole, air-supply upper strata 31 again needed for aftercombustion, and air-guiding rotates.
Described blast orifice 8 is preferably arranged on the position relative with described outer exhaust outlet 22 by the present invention, like this, be conducive to blast orifice 8 and suck ozone (if blast orifice 8 and outer exhaust outlet 22 are arranged at the homonymy of outer stove 2 furnace wall, likely making the waste gas got rid of by outer exhaust outlet 22 and ashes again be sucked by air blast 81 and affect efficiency of combustion).
In order to avoid air blast 81 sucks ashes and neighbouring foreign material, and cause air blast 81 to block, filter screen is set at the air inlet of air blast 81.
Described air blast 81 is the air blast 81 of the quantity-adjustable size of DC driven, the control circuit controlling its work is prior art, and this control circuit comprises input circuit, AC/DC change-over circuit, single chip machine controlling circuit, power output circuit and charge and discharge device for subsequent use.When using at home, being that air blast 81 is powered by civil power, when encamping when going out, is that air blast 81 is powered by charge and discharge device for subsequent use.
The circuit controlling rotating speed of DC fan has multiple choices perhaps, such as, use LM317 triode, as long as additional little part, just can adjust the size of electric current easily, so, design of the present invention, as long as with very little cost, the object controlling firepower size just can be reached.
The present invention is connected with interior stove 1 fire door 12 is airtight due to pan, and burned flame only concentrates on bottom pan, and therefore, the flame baking that the handle of pan can not be burned, so it is in relative low temperature always, the event of scalding people can not occur.
In addition, relatively airtight burner hearth 11, makes burned flame can not fly away because of blowing of ambient wind everywhere, causes heat not concentrated and waste.
In a word compared with prior art, the present invention has following many beneficial effects:
1, increase substantially and utilize timber, charcoal is as the efficiency of combustion of incendiary material stove.
2, significantly waste gas and soot emission is reduced.
3, solve the impact that flame is easily subject to context wind-force, and reduce efficiency of combustion.
4, pan is significantly reduced because of burn wood by the area of sooting.
5, cookware handle is avoided because hot waste gas fire-cures, overheated and cause hurting sb.'s feelings.
6, by the mode controlling air blast 81 fan electrical current size, can utilize fan that the air of different flow is sent into burner hearth 11, adjust firepower size whereby, be applicable to the requirement of the various difference cooking.
7, improve the temperature of burner hearth 11 flame, be applicable to more kinds of material and can work as fuel use.
8, because the temperature in burner hearth 11 is high, so the fuel that humidity ratio is higher, still can burn.
Above content is in conjunction with concrete preferred embodiment further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention; make some equivalent alternative or obvious modification without departing from the inventive concept of the premise; and performance or purposes identical, all should be considered as belonging to the scope of patent protection that the present invention is determined by submitted to claims.
Claims (10)
1. a smokeless stove, comprise opened top and be barrel-shaped outer stove (2) and the interior stove (1) in being nested with stove (2) outside, it is characterized in that: stove (2) and interior stove (1) top are peripherally respectively equipped with outer stove edge (21) and the interior stove edge (13) of annular outside, described interior stove edge (13) is stacked on outer stove edge (21), forms a ventilation inner chamber (9) in closed surrounded by outer stove (2) inwall, interior stove (1) outer wall and interior stove edge (13) between described outer stove (2) and interior stove (1); On stove (2) furnace wall, the position of its bottom face contiguous is provided with the blast orifice (8) communicated with described ventilation inner chamber (9) outside, on stove (2) furnace wall, the position of its top end face contiguous is provided with outer exhaust outlet (22) outside, this outer exhaust outlet (22) by with its be tightly connected and exhaust duct (91) through described ventilation inner chamber (9) be connected with the interior exhaust outlet (14) be arranged on interior stove (1) wall; On interior stove (1) furnace wall, or on interior stove (1) furnace wall and interior stove (1) furnace bottom end face, be provided with the wind pushing hole (3) communicated with the cylindrical burner hearth (11) of described interior stove (1); The air blast (81) of quantity-adjustable is configured with at described blast orifice (8).
2. smokeless stove according to claim 1, it is characterized in that: on interior stove (1) wall, the position of adjacent top end face and bottom face, in ring stove (1) wall circumference be respectively equipped with air-supply hole, upper strata (31) and air-supply lower floor hole (32), air-supply hole, upper strata (31) hole count more than blow lower floor hole (32) hole count.
3. smokeless stove according to claim 2, is characterized in that: on interior stove (1) wall bottom face, be provided with air-supply bottom hole (33).
4. the smokeless stove according to Claims 2 or 3, it is characterized in that: hole, described air-supply upper strata (31) is to make to enter the through hole being provided with runner (7) that the air-flow in burner hearth (11) flows along preset direction, and this through hole is divided into bottom horizontal flow sheet hole (4), tiltedly goes up flow orifice (5) and oblique current downflow hole (6).
5. smokeless stove according to claim 4, is characterized in that: hole, described air-supply upper strata (31) is at least one deck.
6. smokeless stove according to claim 5, it is characterized in that: hole, described air-supply upper strata (31) is with an oblique upper flow orifice (5), the ratio adjacent circulation setting successively of two bottom horizontal flow sheet holes (4) and two oblique current downflow holes (6), or tiltedly to go up flow orifice (5), bottom horizontal flow sheet hole (4) and oblique current downflow hole (6) are respectively the ratio adjacent circulation setting successively of, described tiltedly upper flow orifice (5), bottom horizontal flow sheet hole (4) and oblique current downflow hole (6) are arranged in same level, or be crisscross arranged down vertically on interior stove (1) furnace wall.
7. according to smokeless stove according to claim 5, it is characterized in that: hole, described air-supply upper strata (31) is all oblique current downflow hole (6).
8. smokeless stove according to claim 5, is characterized in that: hole, described air-supply upper strata (31) is all bottom horizontal flow sheet hole (4).
9. according to smokeless stove according to claim 1, it is characterized in that: described blast orifice (8) and described outer exhaust outlet (22) are positioned at position relative on described outer stove (2) wall.
10. smokeless stove according to claim 1, is characterized in that: described exhaust duct (91) is dismantled and assembled to be arranged between outer exhaust outlet (22) and interior exhaust outlet (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310360297.8A CN103388840B (en) | 2013-08-17 | 2013-08-17 | Smokeless stove |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310360297.8A CN103388840B (en) | 2013-08-17 | 2013-08-17 | Smokeless stove |
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| Publication Number | Publication Date |
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| CN103388840A CN103388840A (en) | 2013-11-13 |
| CN103388840B true CN103388840B (en) | 2016-03-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310360297.8A Expired - Fee Related CN103388840B (en) | 2013-08-17 | 2013-08-17 | Smokeless stove |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106016289B (en) * | 2016-07-04 | 2018-05-25 | 陈仕敏 | A kind of incinerator and non smoke refuse burning system |
| CN106016287A (en) * | 2016-07-04 | 2016-10-12 | 陈仕敏 | Incinerator and smog-free refuse incineration system |
| CN108050507A (en) * | 2017-12-24 | 2018-05-18 | 浙江惠文美炉具有限公司 | A kind of biomass stove for being forcibly introduced into combustion air |
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| TWM341170U (en) * | 2008-03-28 | 2008-09-21 | jun-jie You | Structure improvement on paper burning apparatus |
| TWM346755U (en) * | 2008-07-09 | 2008-12-11 | xi-yang Huang | Cyclic-type combustion furnace |
| CN201715558U (en) * | 2010-06-09 | 2011-01-19 | 赵伟 | Double-layer furnace wall energy-saving honeycomb furnace |
| CN202733951U (en) * | 2012-07-06 | 2013-02-13 | 金正道 | Straw briquetting direct combustion furnace |
| CN202955733U (en) * | 2012-11-27 | 2013-05-29 | 龙光文 | Energy-saving consumption-reducing stove |
| CN202973189U (en) * | 2012-12-19 | 2013-06-05 | 平江县正好节能设备制造有限公司 | Biomass direct combustion furnace |
| CN203404804U (en) * | 2013-08-17 | 2014-01-22 | 吕金和 | Smokeless furnace |
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2013
- 2013-08-17 CN CN201310360297.8A patent/CN103388840B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM341170U (en) * | 2008-03-28 | 2008-09-21 | jun-jie You | Structure improvement on paper burning apparatus |
| TWM346755U (en) * | 2008-07-09 | 2008-12-11 | xi-yang Huang | Cyclic-type combustion furnace |
| CN201715558U (en) * | 2010-06-09 | 2011-01-19 | 赵伟 | Double-layer furnace wall energy-saving honeycomb furnace |
| CN202733951U (en) * | 2012-07-06 | 2013-02-13 | 金正道 | Straw briquetting direct combustion furnace |
| CN202955733U (en) * | 2012-11-27 | 2013-05-29 | 龙光文 | Energy-saving consumption-reducing stove |
| CN202973189U (en) * | 2012-12-19 | 2013-06-05 | 平江县正好节能设备制造有限公司 | Biomass direct combustion furnace |
| CN203404804U (en) * | 2013-08-17 | 2014-01-22 | 吕金和 | Smokeless furnace |
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| CN103388840A (en) | 2013-11-13 |
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