CN105090976A - Incinerator - Google Patents
Incinerator Download PDFInfo
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- CN105090976A CN105090976A CN201510565883.5A CN201510565883A CN105090976A CN 105090976 A CN105090976 A CN 105090976A CN 201510565883 A CN201510565883 A CN 201510565883A CN 105090976 A CN105090976 A CN 105090976A
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- furnace body
- truncated cone
- combustion chamber
- incinerator
- shaped
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Abstract
The invention provides an incinerator. The incinerator comprises a base, a circular-platform-shaped lower incinerator body, a circular-platform-shaped upper incinerator body, a first draught fan, a second draught fan, a smoke pipe and a heat energy air returning pipe. The circular-platform-shaped lower incinerator body is installed on the base and is internally provided with a first combustion chamber for combusting fuel, a lower shrinkage opening is formed in the bottom of the circular-platform-shaped lower incinerator body, and the circular-platform-shaped lower incinerator body is further provided with a first ventilation channel. The circular-platform-shaped upper incinerator body is internally provided with a second combustion chamber, an upper shrinkage opening is formed in the top, and the circular-platform-shaped upper incinerator body is further provided with a second ventilation channel communicated with the first ventilation channel. The smoke pipe is communicated with the second combustion chamber through the upper shrinkage opening. One end of the heat energy air returning pipe is inserted in the smoke pipe, and the other end of the heat energy air returning pipe is communicated with the second draught fan. The second draught fan is communicated with the first ventilation channel. The first draught fan is communicated with the first ventilation channel and can suck air into the first ventilation channel. Hot air is mixed with the heat energy transmitted by the heat energy air returning pipe, blown into the first combustion chamber through a plurality of first ventilation holes and then blown into the second combustion chamber through the second ventilation channel and a plurality of second ventilation holes.
Description
[technical field]
The present invention relates to a kind of stove and accessory, be specifically related to a kind of environmental-friendcombustion combustion furnace.
[background technology]
Along with the raising of life in the countryside level, the thing followed is then a large amount of house refuse, produce black smoke from burning away the refuse everywhere and directly shroud whole rural area, to setting up some garbage pool or incinerator to alleviate the discharge of smog, but all there is the problem of a large amount of black smoke of the insufficient direct discharge of incineration firing in the processing mode of above-mentioned rubbish, so not only contaminated environment but also discharge that some are unburnt, the pernicious gas as bioxin one class threatens the healthy of whole villager.
[summary of the invention]
In view of above content, be necessary to provide a kind of incinerator, this incinerator can make rubbish Thorough combustion, and has continuous high temperature resolving harmful gas, thus reduces the discharge of pernicious gas.
For achieving the above object, the technical solution adopted in the present invention is: an incinerator, and described incinerator includes base, furnace body, blower fan, smoke exhaust pipe and heat energy backwind tube; Described furnace body includes truncated cone-shaped lower furnace body and truncated cone-shaped upper furnace body, described truncated cone-shaped lower furnace body is arranged on described base, and the first combustion chamber of combustion fuel is provided with in inside, and bottom offers the lower reducing in order to discharge lime-ash outside described furnace body, described truncated cone-shaped lower furnace body is also provided with the first ventilating duct with described first combustion chamber; Described truncated cone-shaped upper furnace body and described truncated cone-shaped lower furnace body one-body molded, and be provided with the second combustion chamber with described first combustion chamber in inside, and top offers in order to the upper reducing to the heat produced during discharge fuel burning outside described furnace body and/or flame; The urceolus that described truncated cone-shaped lower furnace body and described truncated cone-shaped upper furnace body also include inner core respectively and be set in outside described inner core, be formed with the first ventilating duct between the inner core of described truncated cone-shaped lower furnace body and urceolus, the inner core of described truncated cone-shaped upper furnace body be formed with the second ventilating duct be communicated with the first ventilating duct between urceolus; The inner core of described truncated cone-shaped lower furnace body circumferentially offers around at least two of the central shaft of described truncated cone-shaped lower furnace body some first air vents being communicated with described first combustion chamber and described first ventilating duct respectively, the inner core of described truncated cone-shaped upper furnace body circumferentially offers around at least one of the central shaft of described truncated cone-shaped upper furnace body some second air vents being communicated with described second combustion chamber and described second ventilating duct; Described smoke exhaust pipe is by described upper reducing and described second combustion chamber, described smoke exhaust pipe is inserted in described heat energy backwind tube one end, the other end is communicated with described second blower fan, described second blower fan is communicated with described first ventilating duct, and in order to the heat energy in described heat energy backwind tube is sucked in described first ventilating duct; Described first blower fan is communicated with described first ventilating duct, and through being blown into described first combustion chamber by described some first air vents after the first ventilating duct described in air intake can being mixed with described heat energy, be blown into described second combustion chamber via described second ventilating duct and described some second air vents.
Preferably, described heat energy backwind tube includes at least one heat pipe and tube connector, the first end of described at least one heat pipe inserts described smoke evacuation portion, in order to heat energy is passed to described tube connector, the other end is connected with described tube connector, and described tube connector is communicated with described at least one heat pipe and described first ventilating duct.
Preferably, described at least one heat pipe has two, and the first end of heat pipe described in two inserts described smoke exhaust pipe respectively, and described tube connector is communicated with the second end of described two heat pipes respectively.
Preferably, the central shaft of described truncated cone-shaped lower furnace body overlaps with the central shaft of described truncated cone-shaped upper furnace body; On the center of described upper reducing and the central shaft being centrally located at described truncated cone-shaped lower furnace body of described lower reducing.
Preferably, the internal diameter that described truncated cone-shaped lower furnace body points to described upper reducing by described lower reducing increases gradually, and the internal diameter that described truncated cone-shaped upper furnace body points to described upper reducing by described lower reducing reduces gradually.
Preferably, the central shaft of described at least two circumference overlaps with the central shaft of described truncated cone-shaped lower furnace body.
Preferably, the center of described at least one circumference is on the central shaft of described truncated cone-shaped upper furnace body, and described at least one circumference is perpendicular to the central shaft of described truncated cone-shaped upper furnace body.
Preferably, described at least two circumference equidistantly distribute on the central axis direction of parallel described truncated cone-shaped lower furnace body.
Preferably, each first air vent and each the second air vent tilt towards the tangential direction of place circumferential position, and each second air vent tilts towards described lower reducing on parallel and described furnace body central axis direction.
Preferably, described incinerator also includes the grey cylinder of storage and scum pipe, and described storage ash cylinder is positioned at the below of described truncated cone-shaped lower furnace body, and described scum pipe can be communicated with by cylinder with described storage.
The present invention has following beneficial effect:
The present invention is when incineration firing, the air that first blower fan sucks, described first combustion chamber is blown into via described first ventilating duct and described some first air vents, be blown into described second combustion chamber via described second ventilating duct and described some second air vents, and form eddy current in described second combustion chamber, in described first combustion chamber, air can accelerate incineration firing, rubbish produces a large amount of unburnt gas when described first combustion chambers burn, again burn after the air stream that these unburnt gas spray with described some second air vents in described second combustion chamber fully mixes, treat that the temperature in described smoke exhaust pipe raises gradually, heat energy in described smoke exhaust pipe is passed in described heat energy backwind tube, described heat energy is sucked described first ventilating duct to described second ventilating duct by described second blower fan, and mix to be blown in the second combustion chamber with the air that described first blower fan sucks and continue and unburnt gas mixing after-combustion, such recycling heat energy and air mixing, make rubbish Thorough combustion, treat certain hour, the pernicious gas as bioxin one class can be decomposed after temperature in combustion chamber reaches 950 °-1100 °, greatly reduce the discharge of pernicious gas, and save the heat energy of at least 30%.
[accompanying drawing explanation]
Fig. 1 is a structural representation of incinerator first embodiment of the present invention.
Fig. 2 is a structural representation of incinerator second embodiment of the present invention.
Main element symbol description
| Incinerator 100 | Base 10 | Furnace body 20 |
| Feed pipe 30 | Store up grey cylinder 40 | Scum pipe 50 |
| Cover body 70 | First blower fan 80 | Chassis 11 |
| Feet 12 | Truncated cone-shaped lower furnace body 21 | Truncated cone-shaped upper furnace body 22 |
| First combustion chamber 211 | Lower reducing 212 | Upper reducing 222 |
| Inner core 213,223 | Urceolus 214,224 | First ventilating duct 215 |
| First air vent 2131 | Second ventilating duct 225 | Second air vent 2231 |
| Charging aperture 31 | Closing door 32 | Slag-drip opening 51 |
| Deslagging lid 52 | Second combustion chamber 221 | Smoke exhaust pipe 60 |
| Heat energy backwind tube 90 | Heat pipe 91 | Tube connector 92 |
| Air inlet 911 | Second blower fan 82 |
Following detailed description of the invention will further illustrate the present invention in conjunction with above-mentioned accompanying drawing.
[detailed description of the invention]
Refer to Fig. 1, in the first embodiment of the present invention, an incinerator 100 includes base 10, furnace body 20, feed pipe 30, grey cylinder 40, scum pipe 50, smoke exhaust pipe 60, cover body 70,1 first blower fan 80,1 second blower fan 82 of storage and a heat energy backwind tube 90.Described furnace body 20, the grey cylinder of described storage 40, described scum pipe 50, described smoke exhaust pipe 60 and described heat energy backwind tube 90 are made by exotic material.
Described base 10 includes a chassis 11 and some feets 12 (only showing in figure).In the present embodiment, described chassis 11 is rounded, and can place on the ground; Described feet 12 has three, and this three feet 12 is evenly distributed on described chassis 11, and in order to support described furnace body 20.
Described furnace body 20 includes truncated cone-shaped lower furnace body 21 and a truncated cone-shaped upper furnace body 22.Described truncated cone-shaped lower furnace body 21 is arranged on described base 10, and is provided with the first combustion chamber 211 of a combustion fuel in inside, and bottom offers one in order to discharge the lower reducing 212 of lime-ash outside described furnace body 20.Described truncated cone-shaped upper furnace body 22 is one-body molded with described truncated cone-shaped lower furnace body 21, and be provided with second combustion chamber 221 be communicated with described first combustion chamber 211 in inside, and top offer one in order to burn to the outer discharge fuel of described furnace body 20 time the heat that produces and/or the upper reducing 222 of flame.
Described truncated cone-shaped lower furnace body 21 and described truncated cone-shaped upper furnace body 22 also include an inner core 213,223 and respectively and are set in urceolus 214,224 outside described inner core 213,223.Described first combustion chamber 211 is located in the inner core 213 of described truncated cone-shaped lower furnace body 21, forms one first ventilating duct 215 between the inner core 213 of described truncated cone-shaped lower furnace body 21 and urceolus 214; The inner core 213 of described truncated cone-shaped lower furnace body 21 circumferentially offers around the some of the central shaft of described truncated cone-shaped lower furnace body 21 some first air vents 2131 being communicated with described first combustion chamber 211 and described second combustion chamber 221 respectively, and the central shaft of described some circumference overlaps with the central shaft of described truncated cone-shaped lower furnace body 21; In the present embodiment, the inner core 213 of described truncated cone-shaped lower furnace body 21 offers described some first air vents 2131 respectively on three circumference A, B, C of the central shaft of described truncated cone-shaped lower furnace body 21.
Described second combustion chamber 221 is located in the inner core 223 of described truncated cone-shaped upper furnace body 22, form second ventilating duct 225 be communicated with described first ventilating duct 215 between the inner core 223 of described truncated cone-shaped upper furnace body 22 and urceolus 224, described second ventilating duct 225 can be communicated with described second combustion chamber 221; The inner core 223 of described truncated cone-shaped upper furnace body 22 circumferentially offers around the some of the central shaft of described truncated cone-shaped upper furnace body 22 some second air vents 2231 being communicated with described second combustion chamber 221 and described second ventilating duct 225 respectively, in the present embodiment, the inner core 223 of described truncated cone-shaped upper furnace body 22 offers described some second air vents 2231 respectively on two circumference D, E of the central shaft of described truncated cone-shaped upper furnace body 22.
Inner core 213 internal diameter of described truncated cone-shaped lower furnace body 21 is pointed on described upper reducing 222 direction by described lower reducing 212 and increases gradually, and the internal diameter that inner core 223 internal diameter of described truncated cone-shaped upper furnace body 22 is pointed on described upper reducing 222 direction by described lower reducing 212 reduces gradually; Preferably, inner core 213 and the urceolus 214 of described truncated cone-shaped lower furnace body 21 all have truncated cone-shaped profile, and inner core 223 and the urceolus 224 of described truncated cone-shaped upper furnace body 21 all have truncated cone-shaped profile.The central shaft of described truncated cone-shaped lower furnace body 21 overlaps with the central shaft of described truncated cone-shaped upper furnace body 22, on the center of described upper reducing 222 and the central shaft being centrally located at described truncated cone-shaped lower furnace body 21 of described lower reducing 212.
Please continue to refer to Fig. 1, in embodiments of the present invention, described three circumference A, B, C equidistantly distribute on the central axis direction being parallel to described truncated cone-shaped lower furnace body 21; Described two circumference D, E are greater than the distance of described two circumference to place, described upper reducing 222 edge plane to described truncated cone-shaped lower furnace body 21 and the distance of described truncated cone-shaped upper furnace body 22 joint face.Each first air vent 2131 and each the second air vent 2231 tilt towards correspondence tangential direction circumferentially, and diameter is 0.5-4.5cm, aperture can be prevented so too large and air-flow via described first air vent 2131 or the second air vent 2231 blows out fuel, in addition, aperture also can be prevented too little and be easy to be blocked by particle; Simultaneously, on the central axis direction being parallel to described furnace body 20, each second air vent 2231 tilts towards described lower reducing 212 direction, can ensure that the air-flow sprayed via described some second air vents 2231 forms eddy current in described second combustion chamber 22 like this.Further, the height of described truncated cone-shaped lower furnace body 21 is less than the height of described truncated cone-shaped upper furnace body 22, thus when can ensure the fuel combustion in the first combustion chamber 211 of described truncated cone-shaped lower furnace body 21, described truncated cone-shaped upper furnace body 22 can have time enough process smog and decomposing harmful substances.
Described feed pipe 30 one end connects described truncated cone-shaped upper furnace body 22, and the other end offers a charging aperture 31, and fuel can enter described feed pipe 30 via described charging aperture 31, is then pushed to described second combustion chamber 221 and drops to described first combustion chamber 211.The edge of described charging aperture 31 is provided with one in order to close the closing door 32 of described charging aperture 31, and described closing door 32 is in order to close described furnace body 20 when described fuel combustion.
The grey cylinder of described storage 40 is arranged on the below of described truncated cone-shaped lower furnace body 21, and is communicated with described first combustion chamber 211, and in addition, conflict described chassis 11 in the bottom of the grey cylinder of described storage 40.In the present embodiment, the internal diameter of the grey cylinder of described storage 40 is suitable with the diameter of described lower reducing 212.The ash that fuel combustion is remaining and/or recrement all fall to the grey cylinder 40 of described storage, thus prevent dust and/or recrement from flashing, contaminated environment.One end of described scum pipe 50 is communicated with the grey cylinder 40 of described storage, the other end is provided with slag-drip opening 51, ash and/or recrement discharge the grey cylinder 40 of described storage by described scum pipe 50 via described slag-drip opening 51, thus prevent the situation directly causing scald from storage grey cylinder 40 ash discharge and/or slag.In the present embodiment, the grey cylinder of described storage 40 is coaxial with described furnace body 20.For preventing scum pipe 50 from having foreign matter to enter, the edge of described slag-drip opening 51 is provided with a deslagging lid 52, and described deslagging lid 52 closes to close described slag-drip opening 51 when described scum pipe 50 does not use.
The lower end of described smoke exhaust pipe 60 is connected by adpting flange with the top of described truncated cone-shaped upper furnace body 22, and is communicated with described furnace body 20 by described upper reducing 222, in order to heat and/or the flame of generation after discharge fuel burning.Described cover body 70 is arranged on the top of described smoke exhaust pipe 60, to cover described smoke exhaust pipe 60, thus prevents rainwater to drop described furnace body 20.
Described first blower fan 80 is arranged on described base 10, and is communicated with described first ventilating duct 215, carries air with in described furnace body 20 in the past.
Described heat energy backwind tube 90 includes heat pipe 91 and a tube connector 92.Described heat pipe 91 first end inserts in described smoke exhaust pipe 60, and described tube connector 92 is communicated with described heat pipe 91 second end and described second blower fan 82, and described second blower fan 82 is communicated with described first ventilating duct 215.In the present embodiment, described heat pipe 91 is vertical with described tube connector 92 is arranged.
Please refer to Fig. 1, during use, open described closing door 32, rubbish is sent into described feed pipe 30 from described feeding port 31, then rubbish is pushed described second combustion chamber 221 and fall to described first combustion chamber 211, described first blower fan 80 is started while lighting rubbish, after described first blower fan 80 works and sucks air, described first combustion chamber 211 is blown into via described first ventilating duct 215 and described some first air vents 2131, be blown into described second combustion chamber 221 via described second ventilating duct 225 and described some second air vents 2231, and form eddy current in described second combustion chamber 221, in described first combustion chamber 211, air stream accelerates incineration firing, rubbish produces a large amount of unburnt gas when burning in described first combustion chamber 211, again burn after the air stream that these unburnt gas spray with described some second air vents 2231 in described second combustion chamber 221 fully mixes, treat that the temperature in described smoke exhaust pipe 60 raises gradually, heat energy in described smoke exhaust pipe 60 is passed to described heat energy backwind tube 90 by described heat pipe 91, , heat energy is sucked described first ventilating duct 215 to described second ventilating duct 225 by described second air-heater 82, and be blown in the second combustion chamber 221 by described some second air vents 2231 after mixing with the air that described first blower fan 80 sucks and continue to mix after-combustion with unburnt gas, such recycling heat energy and air mixing, make rubbish Thorough combustion, treat certain hour, the pernicious gas as bioxin one class can be decomposed after temperature in combustion chamber reaches 950 °-1100 °, greatly reduce the discharge of pernicious gas, and save the heat energy of at least 30%.
In addition, the internal diameter that inner core 223 due to described truncated cone-shaped upper furnace body 22 points to described upper reducing 222 reduces gradually, therefore, the imperfect combustion particle that the inner core 223 of described round platform taper upper furnace body 22 produces when can block incineration firing, the gravity of adding imperfect combustion particle self again falls to described first combustion chamber 211 and again burns, and realizes clean-burning object.
Referring to Fig. 2, in the second embodiment of the present invention, is that described heat energy backwind tube 90 includes two heat pipe 91 and tube connectors 92 with the difference of the first embodiment.The first end of described two heat pipes 91 is respectively at the described smoke exhaust pipe 60 of insertion, and described tube connector 92 is communicated with the second end of described two heat pipes 91 respectively.In the present embodiment, described two heat pipes 91 be arranged in parallel, and vertically with described tube connector 92 respectively arrange.When present embodiment uses, heat energy in described smoke exhaust pipe 60 is passed in described tube connector 92 by described two heat pipes 91, enter described first ventilating duct 215 and described second ventilating duct 225 again, and be blown in the second combustion chamber 221 by described some second air vents 2231 after the air mixing that sucks of described blower fan 80 and continue to mix after-combustion with unburnt gas, heat energy in smoke exhaust pipe 60 is passed in described heat energy backwind tube 90 by two heat pipes 91 simultaneously, improves the utilization rate of heat energy.
Above-mentioned explanation is the detailed description for the better possible embodiments of the present invention, but embodiment is also not used to limit patent claim of the present invention, the equal change completed under technical spirit suggested by all the present invention or modification are changed, and all should belong to the present invention and contain the scope of the claims.
Claims (10)
1. an incinerator, is characterized in that: described incinerator includes base, furnace body, the first blower fan, the second blower fan, smoke exhaust pipe and heat energy backwind tube;
Described furnace body includes truncated cone-shaped lower furnace body and truncated cone-shaped upper furnace body, described truncated cone-shaped lower furnace body is arranged on described base, and the first combustion chamber of combustion fuel is provided with in inside, and bottom offers the lower reducing in order to discharge lime-ash outside described furnace body, described truncated cone-shaped lower furnace body is also provided with the first ventilating duct with described first combustion chamber;
Described truncated cone-shaped upper furnace body is connected with described truncated cone-shaped lower furnace body, and is provided with the second combustion chamber with described first combustion chamber in inside, and top offers in order to the upper reducing to the heat produced during discharge fuel burning outside described furnace body and/or flame; The urceolus that described truncated cone-shaped lower furnace body and described truncated cone-shaped upper furnace body also include inner core respectively and be set in outside described inner core, be formed with the first ventilating duct between the inner core of described truncated cone-shaped lower furnace body and urceolus, the inner core of described truncated cone-shaped upper furnace body be formed with the second ventilating duct be communicated with the first ventilating duct between urceolus; The inner core of described truncated cone-shaped lower furnace body circumferentially offers around at least two of the central shaft of described truncated cone-shaped lower furnace body some first air vents being communicated with described first combustion chamber and described first ventilating duct respectively, the inner core of described truncated cone-shaped upper furnace body circumferentially offers around at least one of the central shaft of described truncated cone-shaped upper furnace body some second air vents being communicated with described second combustion chamber and described second ventilating duct;
Described smoke exhaust pipe is by described upper reducing and described second combustion chamber, described smoke exhaust pipe is inserted in described heat energy backwind tube one end, the other end is communicated with described second blower fan, described second blower fan is communicated with described first ventilating duct, and in order to the heat energy in described heat energy backwind tube is sucked in described first ventilating duct; Described first blower fan is communicated with described first ventilating duct, and through being blown into described first combustion chamber by described some first air vents after the first ventilating duct described in air intake can being mixed with described heat energy, be blown into described second combustion chamber via described second ventilating duct and described some second air vents.
2. incinerator as claimed in claim 1, it is characterized in that: described heat energy backwind tube includes at least one heat pipe and tube connector, the first end of described at least one heat pipe inserts described smoke evacuation portion, in order to heat energy is passed to described tube connector, the other end is connected with described tube connector, and described tube connector is communicated with described at least one heat pipe and described first ventilating duct.
3. incinerator as claimed in claim 2, it is characterized in that: described at least one heat pipe has two, the first end of heat pipe described in two inserts described smoke exhaust pipe respectively, and described tube connector is communicated with the second end of described two heat pipes respectively.
4. incinerator as claimed in claim 3, is characterized in that: the central shaft of described truncated cone-shaped lower furnace body overlaps with the central shaft of described truncated cone-shaped upper furnace body; On the center of described upper reducing and the central shaft being centrally located at described truncated cone-shaped lower furnace body of described lower reducing.
5. incinerator as claimed in claim 4, it is characterized in that: the inner core internal diameter of described truncated cone-shaped lower furnace body is pointed on described upper reducing direction by described lower reducing and increases gradually, described truncated cone-shaped upper furnace body is pointed on described upper reducing direction by described lower reducing and reduces gradually.
6. incinerator as claimed in claim 5, is characterized in that: the central shaft of described at least two circumference overlaps with the central shaft of described truncated cone-shaped lower furnace body.
7. incinerator as claimed in claim 6, is characterized in that: the center of described at least one circumference is on the central shaft of described truncated cone-shaped upper furnace body, and described at least one circumference is perpendicular to the central shaft of described truncated cone-shaped upper furnace body.
8. incinerator as claimed in claim 6, is characterized in that: described at least two circumference equidistantly distribute on the central axis direction of parallel described truncated cone-shaped lower furnace body.
9. incinerator as claimed in claim 6, it is characterized in that: each first air vent and each the second air vent tilt towards the tangential direction of place circumferential position, and each second air vent tilts towards described lower reducing on parallel and described furnace body central axis direction.
10. incinerator as claimed in claim 1, is characterized in that: described incinerator also includes the grey cylinder of storage and scum pipe, and described storage ash cylinder is positioned at the below of described truncated cone-shaped lower furnace body, and described scum pipe can be communicated with by cylinder with described storage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510565883.5A CN105090976A (en) | 2015-09-08 | 2015-09-08 | Incinerator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510565883.5A CN105090976A (en) | 2015-09-08 | 2015-09-08 | Incinerator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105090976A true CN105090976A (en) | 2015-11-25 |
Family
ID=54571977
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510565883.5A Pending CN105090976A (en) | 2015-09-08 | 2015-09-08 | Incinerator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105090976A (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4027603A (en) * | 1975-01-21 | 1977-06-07 | Jacques Lohner | Refuse incinerator |
| US6039560A (en) * | 1996-01-31 | 2000-03-21 | Sanyo Electric Co., Ltd. | Low NOx burner and method of controlling recirculation of exhaust gas |
| CN201462949U (en) * | 2009-07-01 | 2010-05-12 | 杨晓军 | Biomass combustion efficient fire whirl energy saving stove |
| CN102818256A (en) * | 2012-09-18 | 2012-12-12 | 曾巨泓 | Combustor for gasification combustion of biomass formed particles |
| CN205026680U (en) * | 2015-09-08 | 2016-02-10 | 广西南岜仔科技有限公司 | Incinerator |
-
2015
- 2015-09-08 CN CN201510565883.5A patent/CN105090976A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4027603A (en) * | 1975-01-21 | 1977-06-07 | Jacques Lohner | Refuse incinerator |
| US6039560A (en) * | 1996-01-31 | 2000-03-21 | Sanyo Electric Co., Ltd. | Low NOx burner and method of controlling recirculation of exhaust gas |
| CN201462949U (en) * | 2009-07-01 | 2010-05-12 | 杨晓军 | Biomass combustion efficient fire whirl energy saving stove |
| CN102818256A (en) * | 2012-09-18 | 2012-12-12 | 曾巨泓 | Combustor for gasification combustion of biomass formed particles |
| CN205026680U (en) * | 2015-09-08 | 2016-02-10 | 广西南岜仔科技有限公司 | Incinerator |
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Application publication date: 20151125 |