CN108895463A - A method of improving incineration firing efficiency - Google Patents
A method of improving incineration firing efficiency Download PDFInfo
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- CN108895463A CN108895463A CN201810746634.XA CN201810746634A CN108895463A CN 108895463 A CN108895463 A CN 108895463A CN 201810746634 A CN201810746634 A CN 201810746634A CN 108895463 A CN108895463 A CN 108895463A
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- 238000010304 firing Methods 0.000 title claims abstract description 58
- 238000000034 method Methods 0.000 title claims abstract description 35
- 239000010813 municipal solid waste Substances 0.000 claims abstract description 287
- 238000002485 combustion reaction Methods 0.000 claims abstract description 71
- 239000002699 waste material Substances 0.000 claims abstract description 64
- 235000021168 barbecue Nutrition 0.000 claims abstract description 31
- 239000003337 fertilizer Substances 0.000 claims abstract description 9
- 239000000567 combustion gas Substances 0.000 claims abstract description 4
- 238000009423 ventilation Methods 0.000 claims description 74
- 229910052751 metal Inorganic materials 0.000 claims description 35
- 239000002184 metal Substances 0.000 claims description 35
- 230000005611 electricity Effects 0.000 claims description 29
- 239000007789 gas Substances 0.000 claims description 23
- 238000001035 drying Methods 0.000 claims description 22
- 125000004122 cyclic group Chemical group 0.000 claims description 21
- 239000002737 fuel gas Substances 0.000 claims description 18
- 230000006378 damage Effects 0.000 claims description 14
- 239000000446 fuel Substances 0.000 claims description 13
- 238000010248 power generation Methods 0.000 claims description 10
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 6
- 229910000838 Al alloy Inorganic materials 0.000 claims description 3
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 claims description 3
- 229910052802 copper Inorganic materials 0.000 claims description 3
- 239000010949 copper Substances 0.000 claims description 3
- 229910052742 iron Inorganic materials 0.000 claims description 3
- 239000000463 material Substances 0.000 claims description 3
- 239000013618 particulate matter Substances 0.000 claims description 3
- 239000003344 environmental pollutant Substances 0.000 claims description 2
- 231100000719 pollutant Toxicity 0.000 claims description 2
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 claims 1
- 239000010931 gold Substances 0.000 claims 1
- 229910052737 gold Inorganic materials 0.000 claims 1
- 238000010586 diagram Methods 0.000 description 6
- 230000000694 effects Effects 0.000 description 5
- 238000005299 abrasion Methods 0.000 description 4
- 238000009825 accumulation Methods 0.000 description 3
- 239000002361 compost Substances 0.000 description 3
- 239000004744 fabric Substances 0.000 description 3
- 239000002023 wood Substances 0.000 description 3
- 238000001354 calcination Methods 0.000 description 2
- 238000001914 filtration Methods 0.000 description 2
- 208000013403 hyperactivity Diseases 0.000 description 2
- 230000002045 lasting effect Effects 0.000 description 2
- 239000000779 smoke Substances 0.000 description 2
- 229920000742 Cotton Polymers 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 239000002283 diesel fuel Substances 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000011049 filling Methods 0.000 description 1
- 239000003063 flame retardant Substances 0.000 description 1
- 239000003673 groundwater Substances 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000004060 metabolic process Effects 0.000 description 1
- 238000010943 off-gassing Methods 0.000 description 1
- 238000004064 recycling Methods 0.000 description 1
- 239000002689 soil Substances 0.000 description 1
- 230000003685 thermal hair damage Effects 0.000 description 1
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23G—CREMATION FURNACES; CONSUMING WASTE PRODUCTS BY COMBUSTION
- F23G5/00—Incineration of waste; Incinerator constructions; Details, accessories or control therefor
- F23G5/02—Incineration of waste; Incinerator constructions; Details, accessories or control therefor with pretreatment
- F23G5/04—Incineration of waste; Incinerator constructions; Details, accessories or control therefor with pretreatment drying
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23G—CREMATION FURNACES; CONSUMING WASTE PRODUCTS BY COMBUSTION
- F23G5/00—Incineration of waste; Incinerator constructions; Details, accessories or control therefor
- F23G5/44—Details; Accessories
Abstract
The invention belongs to technical field of waste treatment, specifically a kind of method for improving incineration firing efficiency；This method comprises the following steps：Rubbish is put under the sun and is exposed to the sun, and turn processing is carried out to rubbish；Rubbish is divided into incendive garbage, difficult to burn rubbish and moist rubbish, and is stacked respectively；Incendive garbage is put into waste deposit slot；And burning rack is placed on waste deposit slot upper end, difficult to burn rubbish is put on burning rack；By moist rubbish string on barbecue rod；Incendive garbage is ignite with combustion gas, makes incendive garbage that difficult to burn rubbish to ignite；Incendive garbage and difficult to burn incineration firing promote moist rubbish burned, and moist rubbish, difficult to burn rubbish and incendive garbage are burned simultaneously；The rubbish ash generated after burning is applied fertilizer as fertilizer to trees；The present invention can make incendive garbage, difficult to burn rubbish and moist rubbish that can be burned rapidly, and improve the efficiency of combustion of rubbish.
Description
Technical field
The invention belongs to technical field of waste treatment, specifically a kind of method for improving incineration firing efficiency.
Background technique
In urbanization process, rubbish is the burden of urban development as the product of Urban Metabolism, in the world many cities
There is the situation of garbage-surrounded city.Whole world rubbish average annual growth is 8.42%, and Chinese rubbish growth rate reaches 10%
More than.The whole world generates 4.9 hundred million tons of rubbish every year, and only China just generates nearly 1.5 hundred million tons of municipal refuses every year.Chinese city life
Rubbish accumulates volume of cargo in storage up to 7,000,000,000 tons, and pressure is huge.
The common processing mode of house refuse has：3 kinds of landfill, compost and burning modes.Landfill disposal method be it is a kind of most
General waste disposal method, its maximum feature are that processing cost is low, and method is simple, but be easy to cause the two of groundwater resources
Secondary pollution.With the increase of Municipal Solid Waste, the applicable landfill place close to city is less and less, opens up remote landfill yard
Ground substantially increases garbage emission expense again, and expense high in this way is even unbearable.Compost treatment will divide rubbish
It picks, classify, it is desirable that the organic content of rubbish is higher, and compost treatment is unable to minimizing, still needs to occupy a large amount of soils.Incineration method is made
The innoxious of garbage disposal, minimizing and recycling principle is fully demonstrated for advanced technology of garbage disposal to have obtained increasingly extensively
General application.But rotten or other reactions in garbage transporting, storage, cause to generate a large amount of moisture in rubbish, lead
Cause garbage shares rubbish moist, such as wet clothes, wet cloth, it is nonflammable；Meanwhile in rubbish, there are also some difficult to burn rubbish,
Such as branch living, shoes, shell, rot rubbish, these moist rubbish and difficult to burn rubbish not only will affect filling for rubbish
Divided combustion can also make incineration firing inefficiency, and taking a long time could be complete by incineration firing；This will lead to municipal refuse heap
Product is more and more, and land occupation is increasing, wastes valuable land resource, polluted environment.Therefore, incineration firing effect is improved
Rate reduces municipal refuse and stacks, is a problem to be solved.
Summary of the invention
In order to make up for the deficiencies of the prior art, a kind of method improving incineration firing efficiency proposed by the present invention, the present invention
Purpose be to solve the problems, such as that municipal refuse is stacked, improve incineration firing efficiency.The present invention using incendive garbage as burn
Difficult to burn rubbish, the heat baking generated with incendive garbage, difficult to burn rubbish and the moist rubbish that burns, so that incendive garbage, difficulty
Combustion refuse and moist rubbish can be quickly burned, and improve the efficiency of combustion of rubbish, and rubbish ash is regarded fertilizer to tree
Wood fertilising, effectively utilizes the product after incineration firing again.
The technical solution adopted by the present invention to solve the technical problems is：A kind of raising incineration firing effect of the present invention
The method of rate, this method comprises the following steps：
Step 1：Rubbish is put under the sun and is exposed to the sun, and turn processing is carried out to rubbish；
Step 2：After step 1 completion is exposed to the sun to rubbish, rubbish is divided into incendive garbage, difficult to burn rubbish and moist rubbish
Rubbish, and stack respectively；
Step 3：After step 2 is by garbage classification, the rubbish that incendive garbage puts into gas turbine generating system is deposited
It puts in slot；And burning rack is placed on waste deposit slot upper end, difficult to burn rubbish is put on burning rack；Moist rubbish string is existed
It roasts on rod；
Step 4：After step 3 puts into sorted rubbish in gas turbine generating system, gas turbine is opened
Incendive garbage is ignite with combustion gas, makes incendive garbage that difficult to burn rubbish ignite and be difficult to burn by the fuel cartridge in electricity generation system
Rubbish provides ground fire, and temperature rises when incendive garbage and difficult to burn incineration firing, and moist rubbish is toasted in barbecue rod rotation, to
After moist rubbish is oven-dried, the difficult to burn rubbish that ignite ignites moist rubbish, moist rubbish, difficult to burn rubbish and incendive garbage
It is burned simultaneously；
Step 5：After all incineration firings in step 4 are complete, the rubbish ash generated after burning is regarded into fertilizer to tree
Wood fertilising；
Gas turbine generating system in the step step 3 and step 4 include body, combustion module, electricity generation module,
Combustion-supporting module, charging module and filter, the top of the body are provided with airflow channel, and airflow channel is shaped hollow round table,
The upper end of airflow channel passes to filter；The combustion module is located at airflow channel lower end, combustion module for combustion refuse and
Thermal current is automatically generated when incineration firing, the electricity generation module is located at body upper, and electricity generation module is for receiving combustion module production
Raw thermal current simultaneously converts electric energy for thermal current；The charging module is connect with electricity generation module, and charging module will be for that will generate electricity
The power storage that module generates；The combustion-supporting module is located at combustion module lower end, and combustion-supporting module is used to increase the fire of combustion module
Power；The filter is located at body upper end, and filter is for being filtered processing to the thermal current that combustion module generates；Wherein,
The combustion module includes waste deposit slot, burning rack and automatic drying module, the waste deposit slot and body
Detachable connection, the slot bottom of waste deposit slot are provided with ventilation hole 211, and waste deposit slot is for the incendive garbage that burns；It is described
Burning rack is located at waste deposit slot upper end, and burning rack lies in waste deposit slot upper end, and burning rack is used for placing burning difficult to burn
Rubbish, burning rack are netted rectangle brandreth；The automatic drying module is located above burning rack, automatic drying module and body
It is connected, automatic drying module for drying moist rubbish automatically；Wherein, incendive garbage is the rubbish easily lighted, such as sheet plate, cotton
Quilt, dry sponge, paper, plastic tape etc., difficult to burn rubbish are blocky and the more lasting rubbish that burns, branch, shoes, fruit such as living
Shell, rot rubbish etc.；Moist rubbish is that moisture is larger and be not easy the rubbish lighted, such as wet cloth, wet clothes；When work, rubbish
Incendive garbage burns in storage groove, and the difficult to burn rubbish lower end on burning rack is burnt on incendive garbage burned flame top, meanwhile,
The thermal current generated when incendive garbage and difficult to burn incineration firing is by the moist rubbish on automatic drying module, by moist rubbish
Drying, makes moist rubbish be easier to be burned；
The lower part of the body also sets up rubbish ash and receives box, and rubbish ash receives box and is slidably connected with body, and rubbish ash is received
Collection box is used to collect the product rubbish ash of incineration firing；The lower end that the rubbish ash receives box is provided with elastomeric support column；It is described
Elastomeric support column includes support spring and elastic head, and elastomeric support column is used to support rubbish ash and receives box；The support spring
One end and body are connected, and the other end and elastic head of support spring are connected.When work, rubbish ash receives box and is heated, and rubbish ash connects
Receive box cassette bottom can fold and it is uneven, the contact area that rubbish ash receives box and body reduces, and rubbish ash receives box and machine
The abrasion of body increases, and therefore, receives in rubbish ash and increases elastomeric support column between box and body, so that rubbish ash is received box stress equal
It is even, reduce the abrasion between rubbish ash reception box and body.
The automatic drying module includes motor one, clamping pipe and barbecue rod；The motor one is fixed on body；It is described
Clamping pipe is connect with motor one, and clamping pipe is for clamping barbecue rod；The material of the barbecue rod is iron, aluminium alloy or copper.Work
When, by moist rubbish string on barbecue rod, and barbecue rod is fixed on clamping pipe, motor one passes through clamping pipe driving barbecue rod
Rotation, after the incendive garbage on waste deposit slot is ignited, the flame that incendive garbage generates will be automatically to the tide on barbecue rod
Wet refuse carries out baking, and barbecue rod rotation improves the efficiency that moist rubbish is oven-dried.
The clamping pipe includes tube body, clamping head and handle, and the clamping head is threadedly coupled with tube body；The handle and folder
The tight detachable contact in head upper end, handle make clamping head be fixed on tube body for rod is roasted for rotating clamping head.It, will when work
Barbecue rod is inserted into tube body, rotates clamping head with handle, is clamped in clamping head on tube body rod is roasted, and clamps barbecue rod
Afterwards, handle is removed.
The electricity generation module includes main generator, active force turbine, bearing, impeller one, impeller two, cyclic annular helical gear, tiltedly
Gear one, generator one and drive shaft, the drive shaft are located at airflow channel center, and drive shaft upper end is connect with main generator；
The main generator is fixed on body top, and main generator is connect by the conducting wire of setting with charging module；The active force
Turbine is fixed on drive shaft lower end, and active force turbine makes drive shaft turns, and active force whirlpool for receiving thermal current expansion work
Wheel is spiral-flow type turbine；The inner ring of the bearing is fixed with drive shaft, and bearing is located above active force turbine；The ring-type helical teeth
Wheel is sheathed on one outside of impeller, and cyclic annular helical gear inner wall is linked together with impeller one, and between cyclic annular helical gear and generator one
It is connected by helical gear one, cyclic annular helical gear is engaged with helical gear one；The impeller one is fixed on the outer ring of bearing, impeller one
Cyclic annular helical gear is rotated for receiving thermal current expansion work；The impeller two is located at drive shaft top, impeller two and driving
Axis be connected, impeller two be used for thermal current generate thrust, so that thermal current is entered filter, by thermal current particulate matter and pollution
Object filtering.When work, combustion module combustion refuse generates thermal current, and thermal current enters active force turbine simultaneously along airflow channel
Active force turbine rotation is driven, active force turbine drives drive shaft turns, and drive shaft impeller two rotates, and impeller two constantly will
Thermal current in airflow channel discharges, meanwhile, drive shaft drives main generator power generation；It is right for the moment by impeller in thermal current
The thermal expansion acting of impeller one, impeller one rotate, and one relative axle drive shaft of impeller independently rotate, impeller one by ring-type helical gear with
One driven generator one of helical gear power generation, setting multiple groups impeller one, cyclic annular helical gear, helical gear one, bearing and generator one, can
The thermal current for generating combustion module burning is fully used, and is maximumlly converted generator one for the thermal energy of thermal current and is produced
Raw electric energy, main generator and generator one are by power storage in the battery of charging module.
The combustion-supporting module includes air blower, tripod, escape pipe and outlet head, and the air blower is fixed by tripod
In the middle part of body；The escape pipe is connected to air blower, and escape pipe is located at waste deposit slot lower end, and the upper end of escape pipe is provided with
Multiple ventholes；The outlet head is located at venthole upper end, and outlet head is connected to venthole.When work, main generator and power generation
The electric energy that machine one generates is output at air blower after keeping in battery rotates air blower, air blower drum into escape pipe
Wind, escape pipe guide wind into waste deposit slot lower end, and the rubbish to burn in waste deposit slot is made the more to burn the more prosperous, meanwhile, outlet head
Regulate and control wind direction, keep the incineration firing in waste deposit slot uniform, improves the efficiency of combustion of waste deposit slot.
The outlet head includes metal air outlet base and metal hollow ball, and through-hole one is provided on the metal air outlet base and is led to
Hole two, the through-hole one is centrally located, and one upper end of through-hole is recessed, and one upper end of through-hole is adapted with metal hollow ball；It is described logical
It is connected in the middle part of the one end in hole two and through-hole one, the other end of through-hole two passes to metal air outlet base upper surface；The metal hollow ball
It is embedded on through-hole one, multiple through-holes three is provided on metal hollow ball.When work, escape pipe is roused by venthole to outlet head
Wind, wind hollow metal sphere will head on hollow metal sphere rotation, be provided with through-hole three on hollow metal sphere, rotation it is hollow
Metal ball will change wind direction, arrive the rubbish of waste deposit trench bottom can by wind, improve rubbish in waste deposit slot
Efficiency of combustion；Meanwhile to waste deposit slot air blast, the flame height of incineration firing in waste deposit slot can be improved, rubbish is deposited
The burning of difficult incendive garbage on burning rack can be promoted by putting the rubbish to burn in slot, improve the incineration firing efficiency of difficulty or ease combustion.
The combustion-supporting module lower end is provided with fuel cartridge and fuel gas conduit, and valve is provided in the fuel gas conduit, fuel gas conduit
One end is connect with fuel cartridge, and the other end of fuel gas conduit is connected to escape pipe.When work, by fuel cartridge and fuel gas conduit to escape pipe
Interior delivery of fuel gas, escape pipe increase ground fire to waste deposit slot against waste deposit slot, make the fire of waste deposit slot combustion refuse
It is vigorous, improve the efficiency of incineration firing.
Garbage inlet and metallic door are provided on the body, the metallic door is adapted with garbage inlet, metal
Door is slidably connected with body, and metallic door slides up and down folding garbage inlet at garbage inlet.When work, in combustion module
After combustion refuse, metallic door is pulled down, closes metallic door by garbage inlet, thermal current will be unable to overflow from garbage inlet
Out, be conducive to main generator and generator one generates electricity, improve energy circulation effect.
The ventilation hole is big top and small bottom round table-like, and the small end port of ventilation hole is provided with annular lug；Institute
The internal diameter for stating annular lug is identical as the aperture of ventilation hole small end.Set big top and small bottom round table-like for ventilation hole, it can
Enhance gas flow rate, keeps flame more prosperous by higher gas flow rate；Meanwhile disposed at air vent has flame often, air-flow is passing through
When disposed at air vent, it is easy to generate vortex at the outlet end of ventilation hole, the outlet end of ventilation hole herein is the small end of ventilation hole
Port makes the outlet end of ventilation hole be easy damage heat damage so that the outlet end of ventilation hole is easy accumulated heat；Therefore in ventilation hole
Annular lug is arranged in small end port, and it is heated that annular lug can reduce ventilation hole small end, while increasing the intensity of ventilation hole small end,
Reduce the extent of damage of ventilation hole.
The ventilation hole is big top and small bottom round table-like, and fender bracket mounting groove is arranged in the small end port of ventilation hole；
Fender bracket is installed in the fender bracket mounting groove；The fender bracket is annular shape, and fender bracket extends to ventilation hole small end end
Outside mouthful, fender bracket reduces ventilation hole and is heated and damages for protecting ventilation hole.Big top and small bottom circle is set by ventilation hole
Mesa-shaped can enhance gas flow rate, keep flame more prosperous by higher gas flow rate；Meanwhile disposed at air vent has flame, air-flow often
When passing through disposed at air vent, it is easy to generate vortex at the outlet end of ventilation hole, the outlet end of ventilation hole herein is ventilation hole
Small end port so that ventilation hole outlet end be easy accumulated heat, make ventilation hole outlet end be easy damage heat damage；Therefore logical
Fender bracket is arranged in the small end port of air holes, small end port of the vortex far from ventilation hole for generating disposed at air vent, while fender bracket
Extend to outside ventilation hole small end port, fender bracket can stop portions flame, avoid flame calcination ventilation hole small end port, reduce logical
The extent of damage of air holes.
The filter is universal filter or the smoke filter of model ZLQ-0015D.
The charging module includes battery and charger, and described charger one end is connect with battery, and charger is another
End is connect with generator one and main generator, and charger is wind charger or the diesel oil of model QCJK-CH2009
Generator charger.
Beneficial effects of the present invention are as follows：
1. a kind of method for improving incineration firing efficiency proposed by the present invention, the present invention are evaporated, return by being exposed to the sun to rubbish
Rubbish is divided into three classes by class, and using incendive garbage as burn difficult to burn rubbish, with incendive garbage, difficult to burn rubbish generate
Heat baking and the moist rubbish that burns improved so that incendive garbage, difficult to burn rubbish and moist rubbish can be quickly burned
The efficiency of combustion of rubbish, so that municipal refuse accumulation is reduced；And rubbish ash applies fertilizer as fertilizer to trees, effectively to rubbish
The product of rubbish burning utilizes again.
2. it is proposed by the present invention it is a kind of improve incineration firing efficiency method, the present invention by combustion module, electricity generation module,
Charging module and combustion-supporting module cooperate with each other, and combustion module combustion refuse generates thermal current, and thermal current promotes power generation mould
The electricity of generation is stored and provides electric energy for combustion-supporting module and filter by block power generation, charging module, and combustion-supporting module is made to promote combustion
Module combustion refuse is burnt, so that the thermal energy that incineration firing generates is recycled and promotes incineration firing, improves incineration firing
Efficiency, solve the problems, such as municipal refuse accumulation.
3. a kind of method for improving incineration firing efficiency proposed by the present invention, the present invention on escape pipe by being arranged outlet
Head, outlet head change the outgassing direction of escape pipe, so that combustion-supporting module promotes the uniform combustion refuse of combustion module, improve rubbish
The efficiency of rubbish burning, solves the problems, such as municipal refuse accumulation.
Detailed description of the invention
Fig. 1 is flow chart of the method for the present invention；
Fig. 2 is gas turbine generating system general structure schematic diagram of the invention；
Fig. 3 is enlarged drawing at the A about Fig. 2；
Fig. 4 is handle rotation clamping head schematic diagram of the invention；
Fig. 5 is electricity generation module partial structural diagram of the invention；
Fig. 6 is the schematic diagram that disposed at air vent of the invention generates vortex；
Fig. 7 is the structural schematic diagram that annular lug is disposed with outside ventilation hole of the invention；
Fig. 8 is the structural schematic diagram that disposed at air vent of the invention is disposed with fender bracket；
In figure：Body 1, airflow channel 11, garbage inlet 13, metallic door 14, rubbish ash receive box 15, elastomeric support column
16, combustion module 2, waste deposit slot 21, ventilation hole 211, annular lug 212, fender bracket 213, burning rack 22, dry mould automatically
Block 23, charging module 3, motor 1, clamping pipe 232, tube body 2321, clamping head 2322, handle 2323, barbecue rod 233, hair
Electric module 4, drive shaft 49, main generator 41, active force turbine 42, bearing 43, impeller 1, impeller 2 45, cyclic annular helical gear
46, helical gear 1, generator 1, combustion-supporting module 5, air blower 51, escape pipe 52, venthole 521, outlet head 53, metal
Air outlet base 531, through-hole 1, metal hollow ball 532, through-hole 3 5321, fuel cartridge 54, fuel gas conduit 55, filter 6.
Specific embodiment
It is carried out using method of the Fig. 1 to Fig. 8 to the raising incineration firing efficiency of an embodiment of the present invention as described below.
As depicted in figs. 1 and 2, a kind of method improving incineration firing efficiency of the present invention, this method include as follows
Step：
Step 1：Rubbish is put under the sun and is exposed to the sun, and turn processing is carried out to rubbish；
Step 2：After step 1 completion is exposed to the sun to rubbish, rubbish is divided into incendive garbage, difficult to burn rubbish and moist rubbish
Rubbish, and stack respectively；
Step 3：After step 2 is by garbage classification, the rubbish that incendive garbage puts into gas turbine generating system is deposited
It puts in slot 21；And burning rack 22 is placed on 21 upper end of waste deposit slot, difficult to burn rubbish is put on burning rack 22；It will be moist
Rubbish string is on barbecue rod 233；
Step 4：After step 3 puts into sorted rubbish in gas turbine generating system, gas turbine is opened
Incendive garbage is ignite with combustion gas, makes incendive garbage that difficult to burn rubbish ignite and be fire retardant by the fuel cartridge 54 in electricity generation system
It burns rubbish and ground fire is provided, temperature rises when incendive garbage and difficult to burn incineration firing, and moist rubbish is dried in the barbecue rotation of rod 233
Roasting, after moist rubbish is oven-dried, the difficult to burn rubbish that ignite ignites moist rubbish, moist rubbish, difficult to burn rubbish and easily
Rubbish is fired to be burned simultaneously；
Step 5：After all incineration firings in step 4 are complete, the rubbish ash generated after burning is regarded into fertilizer to tree
Wood fertilising；
Gas turbine generating system in the step step 3 and step 4 includes body 1, combustion module 2, power generation mould
Block 4, combustion-supporting module 5, charging module 3 and filter 6, the top of the body 1 are provided with airflow channel 11, and airflow channel 11 is
Shaped hollow round table, the upper end of airflow channel 11 pass to filter 6；The combustion module 2 is located at 11 lower end of airflow channel, and burn mould
Block 2 is used to automatically generate thermal current when combustion refuse and incineration firing, and the electricity generation module 4 is located at 1 top of body, electricity generation module
4 for receiving the thermal current of the generation of combustion module 2 and converting electric energy for thermal current；The charging module 3 connects with electricity generation module 4
It connects, charging module 3 is used for the power storage for generating electricity generation module 4；The combustion-supporting module 5 is located at 2 lower end of combustion module, combustion-supporting
Module 5 is used to increase the firepower of combustion module 2；The filter 6 is located at 1 upper end of body, and filter 6 is used for combustion module 2
The thermal current of generation is filtered processing；Wherein,
As shown in figure 5, the combustion module 2 includes waste deposit slot 21, burning rack 22 and automatic drying module 23, it is described
Waste deposit slot 21 and 1 detachable connection of body, the slot bottom of waste deposit slot 21 are provided with ventilation hole 211, waste deposit slot
21 for the incendive garbage that burns；The burning rack 22 is located at 21 upper end of waste deposit slot, and burning rack 22 lies in waste deposit slot
21 upper ends, burning rack 22 are used for placing burning difficult to burn rubbish, and burning rack 22 is netted rectangle brandreth；The automatic drying mould
Block 23 is located at 22 top of burning rack, and automatic drying module 23 is connected with body 1, and automatic drying module 23 is moist for drying automatically
Rubbish；Wherein, incendive garbage is the rubbish easily lighted, such as sheet plate, cotton-wadded quilt, dry sponge, paper, plastic tape, difficult to burn rubbish
Rubbish is blocky and the more lasting rubbish that burns, such as branch, shoes living；Moist rubbish is that moisture is larger and be not easy the rubbish lighted
Rubbish, such as wet cloth, wet clothes；When work, incendive garbage burns in waste deposit slot 21, and incendive garbage burned flame top is burnt
The difficult to burn rubbish lower end on burning rack 22, meanwhile, the thermal current that when incendive garbage and difficult to burn incineration firing generates will be right
Moist rubbish on automatic drying module 23, moist rubbish is dried, moist rubbish is made to be easier to be burned；
The lower part of the body 1 also sets up rubbish ash and receives box 15, and rubbish ash receives box 15 and is slidably connected with body 1, rubbish
Rubbish ash collection box 15 is used to collect the product rubbish ash of incineration firing；Flexible branch is arranged in the lower end that the rubbish ash receives box 15
Dagger 16；The elastomeric support column 16 includes support spring and elastic head, and elastomeric support column 16 is used to support rubbish ash and receives box
15；One end of the support spring and body are connected, and the other end and elastic head of support spring are connected.When work, rubbish ash is connect
Receive that box 15 is heated, rubbish ash receive box 15 cassette bottom can fold and it is uneven, rubbish ash receives the contact surface of box 15 and body 1
Product reduces, and rubbish ash receives box 15 and the abrasion of body 1 increases, and therefore, receives in rubbish ash and increases bullet between box 15 and body 1
Property support column 16, so that rubbish ash is received 15 uniform force of box, reduce rubbish ash and receive abrasion between box 15 and body 1.
As shown in Figure 2 and Figure 4, the automatic drying module 23 includes motor 1, clamping pipe 232 and barbecue rod 233；
The motor 1 is fixed on body 1；The clamping pipe 232 is connect with motor 1, and clamping pipe 232 is for clamping barbecue
Rod 233；The material of the barbecue rod 233 is iron, aluminium alloy or copper.When work, by moist rubbish string on barbecue rod 233, and
Barbecue rod 233 is fixed on clamping pipe 232, motor 1 is rotated by the clamping driving barbecue rod 233 of pipe 232, when rubbish is deposited
Put after the incendive garbage on slot 21 is ignited, the flame that incendive garbage generates by automatically to the moist rubbish on barbecue rod 233 into
Row baking, the barbecue rotation of rod 233 improve the efficiency that moist rubbish is oven-dried.
As shown in Figure 2 and Figure 4, the clamping pipe 232 includes tube body 2321, clamping head 2322 and handle 2323, the folder
Tight head 2322 is threadedly coupled with tube body 2321；The handle 2323 with 2322 upper end of clamping head is detachable contacts, handle 2323
Clamping head 2322 is set to be fixed on tube body 2321 for rod 233 is roasted for rotating clamping head 2322.When work, rod 233 will be roasted
It is inserted into tube body 2321, rotates clamping head 2322 with handle 2323, clamping head 2322 is made to be clamped in tube body for rod 233 is roasted
On 2321, after clamping barbecue rod 233, handle 2323 is removed.
As shown in Fig. 2, the electricity generation module 4 includes main generator 41, active force turbine 42, bearing 43, impeller 1, leaf
It takes turns 2 45, cyclic annular helical gear 46, helical gear 1, generator 1 and drive shaft 49, the drive shaft 49 and is located at airflow channel
11 centers, 49 upper end of drive shaft is connect with main generator 41；The main generator 41 is fixed on 1 top of body, and main generator
41 are connect by the conducting wire of setting with charging module 3；The active force turbine 42 is fixed on 49 lower end of drive shaft, active force turbine
42 rotate drive shaft 49 for receiving thermal current expansion work, and active force turbine 42 is spiral-flow type turbine；The bearing 43
Inner ring and drive shaft 49 it is fixed, bearing 43 is located above active force turbine 42；The ring-type helical gear 46 is sheathed on impeller one
44 outsides, cyclic annular 46 inner wall of helical gear are linked together with impeller 1, and are passed through between cyclic annular helical gear 46 and generator 1
Helical gear 1 connects, and cyclic annular helical gear 46 is engaged with helical gear 1；The impeller 1 is fixed on the outer ring of bearing 43,
Impeller 1 rotates cyclic annular helical gear 46 for receiving thermal current expansion work；The impeller 2 45 is located in drive shaft 49
Portion, impeller 2 45 and drive shaft 49 are connected, and impeller 2 45 is used to generate thrust to thermal current, and thermal current is made to enter filter 6, will
Particulate matter and pollutant filtering in thermal current.When work, 2 combustion refuse of combustion module generates thermal current, and thermal current is along gas
Circulation road 11 enters active force turbine 42 and active force turbine 42 is driven to rotate, and active force turbine 42 drives drive shaft 49 to rotate,
The rotation of 49 impeller 2 45 of drive shaft, impeller 2 45 constantly discharge the thermal current in airflow channel 11, meanwhile, driving
Axis 49 drives main generator 41 to generate electricity；Impeller 1 is thermally expanded when thermal current passes through impeller 1 and is done work, one 44 turns of impeller
Dynamic, the independent rotation of one 44 relative axle drive shaft of impeller 49, impeller 1 passes through cyclic annular helical gear 46 and the driving hair of helical gear 1
Motor 1 generates electricity, and setting multiple groups impeller 1, cyclic annular helical gear 46, helical gear 1, bearing 43 and generator 1 can make
The thermal current that the burning of combustion module 2 generates is fully used, and maximumlly converts generator 1 for the thermal energy of thermal current
The electric energy of generation, main generator 41 and generator 1 are by power storage in the battery of charging module 3.
As shown in Figures 2 and 3, the combustion-supporting module 5 includes air blower 51, tripod, escape pipe 52 and outlet head 53, institute
It states air blower 51 and 1 middle part of body is fixed on by tripod；The escape pipe 52 is connected to air blower 51, and escape pipe 52 is located at rubbish
21 lower end of rubbish storage groove, the upper end of escape pipe 52 are provided with multiple ventholes 521；The outlet head 53 is located on venthole 521
End, outlet head 53 are connected to venthole 521.When work, the electric energy that main generator 41 and generator 1 generate is in battery
Being output at air blower 51 after temporary rotates air blower 51, the air blast into escape pipe 52 of air blower 51, and escape pipe 52 is by wind
It guides 21 lower end of waste deposit slot into, the rubbish to burn in waste deposit slot 21 is made the more to burn the more prosperous, meanwhile, outlet head 53 regulates and controls wind
To, keep the incineration firing in waste deposit slot 21 uniform, improve waste deposit slot 21 efficiency of combustion.
As shown in Figures 2 and 3, the outlet head 53 includes metal air outlet base 531 and metal hollow ball 532, the metal
Through-hole 1 and through-hole two are provided on air outlet base 531, the through-hole 1 is centrally located, under one 5311 upper end of through-hole
It is recessed, and one 5311 upper end of through-hole is adapted with metal hollow ball 532；One end of the through-hole two connects with one 5311 middle part of through-hole
Logical, the other end of through-hole two passes to 531 upper surface of metal air outlet base；The metal hollow ball 532 is embedded on through-hole 1,
Multiple through-holes 3 5321 are provided on metal hollow ball 532.When work, escape pipe 52 is roused by venthole 521 to outlet head 53
Wind, wind hollow metal sphere will head on hollow metal sphere rotation, be provided with through-hole 3 5321 on hollow metal sphere, rotation
Hollow metal sphere will change wind direction, arrive the rubbish of 21 bottom of waste deposit slot can by wind, improve waste deposit slot 21
The efficiency of combustion of interior rubbish；Meanwhile to 21 air blast of waste deposit slot, the flame of incineration firing in waste deposit slot 21 can be improved
Highly, the rubbish to burn in waste deposit slot 21 can promote the burning of difficult incendive garbage on burning rack 22, improve difficulty or ease combustion
Incineration firing efficiency.
As shown in Fig. 2, 5 lower end of combustion-supporting module is provided with fuel cartridge 54 and fuel gas conduit 55, set in the fuel gas conduit 55
It is equipped with valve, one end of fuel gas conduit 55 is connect with fuel cartridge 54, and the other end of fuel gas conduit 55 is connected to escape pipe 52.When work,
By fuel cartridge 54 and fuel gas conduit 55, into escape pipe 52, delivery of fuel gas, escape pipe 52 give waste deposit against waste deposit slot 21
Slot 21 increases ground fire, contains the hyperactivity of fire of 21 combustion refuse of waste deposit slot, improves the efficiency of incineration firing.
As shown in figure 5, garbage inlet 13 and metallic door 14 are provided on the body 1, the metallic door 14 and rubbish
Input port 13 is adapted, and metallic door 14 is slidably connected with body 1, and metallic door 14 slides up and down folding rubbish at garbage inlet 13
Rubbish input port 13.When work, after 2 combustion refuse of combustion module, metallic door 14 is pulled down, makes metallic door 14 by garbage inlet
13 close, and thermal current will be unable to overflow from garbage inlet 13, are conducive to main generator 41 and generator 1 generates electricity, improve
Energy circulation effect.
As shown in Figure 6 and Figure 7, as an embodiment of the present invention, the ventilation hole 211 is big top and small bottom circle
Mesa-shaped, and the small end port of ventilation hole 211 is provided with annular lug 212；The internal diameter and ventilation hole 211 of the annular lug 212
The aperture of small end is identical.Set big top and small bottom round table-like for ventilation hole 211, gas flow rate can be enhanced, make flame by
Higher gas flow rate and it is more prosperous；Meanwhile having flame at ventilation hole 211 often, air-flow is easy when by ventilation hole 211
Vortex is generated at the outlet end of ventilation hole 211, the outlet end of ventilation hole 211 herein is the small end port of ventilation hole 211, is made
The outlet end for obtaining ventilation hole 211 is easy accumulated heat, and the outlet end of ventilation hole 211 is made to be easy damage heat damage；Therefore in ventilation hole 211
Small end port annular lug 212 is set, it is heated that annular lug 212 can reduce 211 small end of ventilation hole, while increasing ventilation hole
The intensity of 211 small ends reduces the extent of damage of ventilation hole 211.
As shown in Figure 6 and Figure 8, as another embodiment of the invention, the ventilation hole 211 is big top and small bottom
It is round table-like, and fender bracket mounting groove is arranged in the small end port of ventilation hole 211；Fender bracket is installed in the fender bracket mounting groove
213；The fender bracket 213 is annular shape, and fender bracket 213 extends to outside 211 small end port of ventilation hole, and fender bracket 213 is used for
Ventilation hole 211 is protected, ventilation hole 211 is reduced and is heated and damages.Set big top and small bottom round table-like for ventilation hole 211,
Gas flow rate can be enhanced, keep flame more prosperous by higher gas flow rate；Meanwhile having flame at ventilation hole 211 often, air-flow exists
When by ventilation hole 211, it is easy to generate vortex at the outlet end of ventilation hole 211, the outlet end of ventilation hole 211 herein is
The small end port of ventilation hole 211 so that ventilation hole 211 outlet end be easy accumulated heat, make ventilation hole 211 outlet end be easy damage by
Cause thermal damage；Therefore fender bracket 213 is set in the small end port of ventilation hole 211, makes the vortex generated at ventilation hole 211 far from ventilation
The small end port in hole 211, while fender bracket 213 extends to outside 211 small end port of ventilation hole, fender bracket 213 can stop portions fire
Flame avoids 211 small end port of flame calcination ventilation hole, reduces the extent of damage of ventilation hole 211.
The filter 6 is universal filter or the smoke filter of model ZLQ-0015D.
The charging module 3 includes battery and charger, and described charger one end is connect with battery, and charger is another
End is connect with generator 1 and main generator 41, and charger is wind charger or model QCJK-CH2009
Diesel-driven generator charger.
Specifically used process is as follows：
In use, incendive garbage is put into waste deposit slot 21 by garbage inlet 13, burning rack 22 is covered, it will
Difficult to burn rubbish is put on burning rack 22, and moist rubbish is interted by barbecue rod 233 and barbecue rod 233 is fixed on clamping
On pipe 232, incendive garbage burns in waste deposit slot 21, and incendive garbage burned flame burns the difficult to burn rubbish on burning rack 22
Rubbish lower end, meanwhile, the thermal current that when incendive garbage and difficult to burn incineration firing generates will be to the humidity on automatic drying module 23
Rubbish, motor 1 are rotated by the clamping driving barbecue rod 233 of pipe 232, and moist rubbish is made quickly to be oven-dried burning；Burn mould
2 combustion refuse of block, generates thermal current, and thermal current enters active force turbine 42 along airflow channel 11 and drives active force turbine 42
Rotation, active force turbine 42 drive drive shaft 49 to rotate, and the rotation of 49 impeller 2 45 of drive shaft, impeller 2 45 is constantly by air-flow
Thermal current in channel 11 discharges, meanwhile, drive shaft 49 drives main generator 41 to generate electricity；Pass through impeller 1 in thermal current
When impeller 1 thermally expanded do work, impeller 1 rotates, and for impeller 1 relative to the independent rotation of drive shaft 49, impeller 1 is logical
Cross cyclic annular helical gear 46 and the power generation of one 47 driven generator 1 of helical gear, setting multiple groups impeller 1, cyclic annular helical gear 46, tiltedly
Gear 1, bearing 43 and generator 1, the thermal current that the burning of combustion module 2 can be made to generate are fully used, are maximized
The electric energy for converting the thermal energy of thermal current to the generation of generator 1, main generator 41 and generator 1 exist power storage
In the battery of charging module 3；The electric energy that main generator 41 and generator 1 generate is output to after keeping in battery
Rotate air blower 51 at air blower 51, the air blast into escape pipe 52 of air blower 51, escape pipe 52 guides wind into waste deposit slot
21 lower ends, escape pipe 52 by venthole 521 to 53 air blast of outlet head, wind hollow metal sphere will head on hollow metal sphere
It rotates, is provided with through-hole 3 5321 on hollow metal sphere, the hollow metal sphere of rotation will change wind direction, make 21 bottom of waste deposit slot
The rubbish in portion can be arrived by wind, improve the efficiency of combustion of rubbish in waste deposit slot 21；Meanwhile it being roused to waste deposit slot 21
Wind, can be improved the flame height of incineration firing in waste deposit slot 21, and the rubbish to burn in waste deposit slot 21 can promote
The burning of difficult incendive garbage, improves the incineration firing efficiency of difficulty or ease combustion on burning rack 22；When needed, pass through fuel cartridge 54 and combustion
The delivery of fuel gas into escape pipe 52 of tracheae 55, escape pipe 52 make 21 combustion refuse of waste deposit slot against waste deposit slot 21
Hyperactivity of fire is contained, and the efficiency of incineration firing is improved；After 2 combustion refuse of combustion module, metallic door 14 is pulled down, makes metallic door 14 will
Garbage inlet 13 is closed, and thermal current will be unable to overflow from garbage inlet 13, is conducive to main generator 41 and generator one
48 power generations, improve the generating efficiency of thermal current；
In whole process, 2 combustion refuse of combustion module generates thermal current, and thermal current passes through active force turbine 42 and impeller one
44 rotation rotations, promote main generator 41 and generator 1 generates electricity, and main generator 41 and generator 1 pass through charger
Electric energy is stored in battery；When air blower 51 and motor 1 work, the electric energy stored in battery will be utilized, and be had
Effect promotes the better combustion refuse of combustion module 2, improves the efficiency of incineration firing, energy-saving, meanwhile, extra electricity quilt
It is transported to the use of other electrical appliances.
More than, it is illustrated about one embodiment of the present invention, but the present invention is not limited to the above embodiments, not
Various changes are able to carry out in the range of disengaging present subject matter.
In the above-described embodiment, metallic door is to be slidably connected with body to A, but not limited to this, metallic door and body can also
To be articulated connection.
In the above-described embodiment, active force turbine is only arranged one to B, but not limited to this, active force turbine can also be set
It sets multiple.
Industrial applicibility
According to the present invention, using incendive garbage as burn difficult to burn rubbish, with incendive garbage, difficult to burn rubbish generate
Heat baking and the moist rubbish that burns improve so that incendive garbage, difficult to burn rubbish and moist rubbish can be quickly burned
The efficiency of combustion of rubbish, therefore the method for the raising incineration firing efficiency is useful in garbage disposal art field.
Claims (10)
1. a kind of method for improving incineration firing efficiency, it is characterised in that：This method comprises the following steps：
Step 1：Rubbish is put under the sun and is exposed to the sun, and turn processing is carried out to rubbish；
Step 2：After step 1 completion is exposed to the sun to rubbish, rubbish is divided into incendive garbage, difficult to burn rubbish and moist rubbish,
And it stacks respectively；
Step 3：After step 2 is by garbage classification, incendive garbage is put into the waste deposit slot of gas turbine generating system
It is interior；And burning rack is placed on waste deposit slot upper end, difficult to burn rubbish is put on burning rack；Moist rubbish string is being roasted
On rod；
Step 4：After step 3 puts into sorted rubbish in gas turbine generating system, gas turbine power generation is opened
Fuel cartridge in system is ignite incendive garbage with combustion gas, makes incendive garbage that difficult to burn rubbish to ignite and difficult combustion refuse
Ground fire is provided, temperature rises when incendive garbage and difficult to burn incineration firing, and moist rubbish is toasted in barbecue rod rotation, to humidity
After rubbish is oven-dried, the difficult to burn rubbish that ignite ignites moist rubbish, and moist rubbish, difficult to burn rubbish and incendive garbage are simultaneously
It is burned；
Step 5：After all incineration firings in step 4 are complete, the rubbish ash generated after burning is applied as fertilizer to trees
Fertilizer；
Gas turbine generating system in the step step 3 and step 4 includes body (1), combustion module (2), charging mould
The top of block (3), electricity generation module (4), combustion-supporting module (5) and filter (6), the body (1) is provided with airflow channel (11),
Airflow channel (11) is shaped hollow round table, and the upper end of airflow channel (11) passes to filter (6)；The combustion module (2) is located at
Airflow channel (11) lower end, combustion module (2) are used to automatically generate thermal current when combustion refuse and incineration firing；The power generation mould
Block (4) is located at body (1) top, and electricity generation module (4) is used to receive the thermal current of combustion module (2) generation and converts thermal current
For electric energy；The charging module (3) connect with electricity generation module (4), and charging module (3) is used for the electricity for generating electricity generation module (4)
It can storage；The combustion-supporting module (5) is located at combustion module (2) lower end, and combustion-supporting module (5) is used to increase the fire of combustion module (2)
Power；The filter (6) is located at body (1) upper end, and the thermal current that filter (6) is used to generate combustion module (2) carried out
Filter processing；Wherein,
The combustion module (2) includes that waste deposit slot (21), burning rack (22) and automatic drying module (23), the rubbish are deposited
Slot (21) and body (1) detachable connection are put, the slot bottom of waste deposit slot (21) is provided with ventilation hole (211)；The burning
Frame (22) is located at waste deposit slot (21) upper end, and burning rack (22) lies in waste deposit slot (21) upper end, and burning rack (22) is used
In placing burning difficult to burn rubbish；The automatic drying module (23) is located above burning rack (22), automatic drying module (23)
It is connected with body (1), automatic drying module (23) for drying moist rubbish automatically；
The lower part of the body (1) also sets up rubbish ash and receives box (15), and rubbish ash receives box (15) and body (1) sliding and connects
It connects, rubbish ash collection box (15) is used to collect the product rubbish ash of incineration firing；The lower end that the rubbish ash receives box (15) is set
It is equipped with elastomeric support column (16)；The elastomeric support column (16) includes support spring and elastic head, and elastomeric support column (16) is used for
Rubbish ash is supported to receive box (15)；One end and body (1) of the support spring are connected, the other end and elastic head of support spring
It is connected.
2. a kind of method for improving incineration firing efficiency according to claim 1, it is characterised in that：The automatic drying mould
Block (23) includes motor one (231), clamping pipe (232) and barbecue rod (233)；The motor one (231) is fixed on body (1)
On；The clamping pipe (232) connect with motor one (231), and clamping pipe (232) is for clamping barbecue rod (233)；The barbecue rod
(233) material is iron, aluminium alloy or copper.
3. a kind of method for improving incineration firing efficiency according to claim 2, it is characterised in that：The clamping pipe
It (232) include tube body (2321), clamping head (2322) and handle (2323), the clamping head (2322) and tube body (2321) screw thread
Connection；The handle (2323) and the detachable contact in clamping head (2322) upper end, handle (2323) is for rotating clamping head
(2322) make clamping head (2322) that rod (233) will be roasted to be fixed on tube body (2321).
4. a kind of method for improving incineration firing efficiency according to claim 1, it is characterised in that：The electricity generation module
It (4) include main generator (41), active force turbine (42), bearing (43), impeller one (44), impeller two (45), cyclic annular helical gear
(46), helical gear one (47), generator one (48) and drive shaft (49), the drive shaft (49) are located in airflow channel (11)
Centre, drive shaft (49) upper end is connect with main generator (41)；The main generator (41) is fixed on body (1) top, and main hair
Motor (41) is connect by the conducting wire of setting with charging module (3)；The active force turbine (42) is fixed under drive shaft (49)
End, active force turbine (42) rotate drive shaft (49) for receiving thermal current expansion work；The inner ring of the bearing (43) with
Drive shaft (49) is fixed, and bearing (43) is located above active force turbine (42)；The ring-type helical gear (46) is sheathed on impeller one
(44) outside, cyclic annular helical gear (46) inner wall are linked together with impeller one (44), and cyclic annular helical gear (46) and generator one
(48) it is connected between by helical gear one (47), cyclic annular helical gear (46) is engaged with helical gear one (47)；The impeller one (44)
It is fixed on the outer ring of bearing (43), impeller one (44) rotates cyclic annular helical gear (46) for receiving thermal current expansion work；
The impeller two (45) is located at drive shaft (49) top, and impeller two (45) and drive shaft (49) are connected, impeller two (45) for pair
Thermal current generate thrust, so that thermal current is entered filter (6), by thermal current particulate matter and pollutant filter.
5. a kind of method for improving incineration firing efficiency according to claim 1, it is characterised in that：The combustion-supporting module
It (5) include air blower (51), tripod, escape pipe (52) and outlet head (53), the air blower (51) is fixed by tripod
In the middle part of body (1)；The escape pipe (52) is connected to air blower (51), and escape pipe (52) is located under waste deposit slot (21)
End, the upper end of escape pipe (52) is provided with multiple ventholes (521)；The outlet head (53) is located at venthole (521) upper end, out
Gas head (53) is connected to venthole (521).
6. a kind of method for improving incineration firing efficiency according to claim 5, it is characterised in that：The outlet head (53)
Including metal air outlet base (531) and metal hollow ball (532), through-hole one (5311) is provided on the metal air outlet base (531)
With through-hole two, the through-hole one (5311) is centrally located, and through-hole one (5311) upper end is recessed, and through-hole one (5311) upper end and gold
Belong to hollow sphere (532) to be adapted；It is connected in the middle part of one end of the through-hole two and through-hole one (5311), the other end of through-hole two passes to
Metal air outlet base (531) upper surface；The metal hollow ball (532) is embedded on through-hole one (5311), metal hollow ball (532)
On be provided with multiple through-holes three (5321).
7. a kind of method for improving incineration firing efficiency according to claim 5, it is characterised in that：The combustion-supporting module
(5) lower end is provided with fuel cartridge (54) and fuel gas conduit (55), is provided with valve on the fuel gas conduit (55), and the one of fuel gas conduit (55)
End is connect with fuel cartridge (54), and the other end of fuel gas conduit (55) is connected to escape pipe (52).
8. a kind of method for improving incineration firing efficiency according to claim 1, it is characterised in that：On the body (1)
It is provided with garbage inlet (13) and metallic door (14), the metallic door (14) is adapted with garbage inlet (13), metallic door
(14) it is slidably connected with body (1), metallic door (14) slides up and down folding garbage inlet (13) at garbage inlet (13).
9. a kind of method for improving incineration firing efficiency according to claim 1, it is characterised in that：The ventilation hole
(211) to be big top and small bottom round table-like, and the small end port of ventilation hole (211) is provided with annular lug (212)；The ring
The internal diameter of shape convex block (212) is identical as the aperture of ventilation hole (211) small end.
10. a kind of method for improving incineration firing efficiency according to claim 1, it is characterised in that：The ventilation hole
(211) to be big top and small bottom round table-like, and fender bracket mounting groove is arranged in the small end port of ventilation hole (211)；The protection
Fender bracket (213) are installed in frame mounting groove；The fender bracket (213) is annular shape, and fender bracket (213) extends to ventilation hole
(211) outside small end port, fender bracket (213) reduces ventilation hole (211) and is heated and damages for protecting ventilation hole (211).
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2361976Y (en) * | 1999-01-05 | 2000-02-02 | 吕克印 | Self-combustion refuse incinerator |
| WO2000019082A2 (en) * | 1998-08-17 | 2000-04-06 | Ramgen Power Systems, Inc. | Ramjet engine with axial air supply fan |
| CN101368732A (en) * | 2008-05-22 | 2009-02-18 | 歙县绿源环保设备有限公司 | Refuse incineration processing equipment and method |
| CN106482126A (en) * | 2016-11-18 | 2017-03-08 | 广西大学 | A kind of incinerator |
| CN207049929U (en) * | 2017-05-16 | 2018-02-27 | 启东市金阳光固废处置有限公司 | A kind of novel waste heat utilizes type incinerator |
-
2018
- 2018-07-09 CN CN201810746634.XA patent/CN108895463B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2000019082A2 (en) * | 1998-08-17 | 2000-04-06 | Ramgen Power Systems, Inc. | Ramjet engine with axial air supply fan |
| CN2361976Y (en) * | 1999-01-05 | 2000-02-02 | 吕克印 | Self-combustion refuse incinerator |
| CN101368732A (en) * | 2008-05-22 | 2009-02-18 | 歙县绿源环保设备有限公司 | Refuse incineration processing equipment and method |
| CN106482126A (en) * | 2016-11-18 | 2017-03-08 | 广西大学 | A kind of incinerator |
| CN207049929U (en) * | 2017-05-16 | 2018-02-27 | 启东市金阳光固废处置有限公司 | A kind of novel waste heat utilizes type incinerator |
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Denomination of invention: A method to improve the efficiency of garbage combustion Effective date of registration: 20231219 Granted publication date: 20190806 Pledgee: Industrial and Commercial Bank of China Co.,Ltd. Shaoxing Keqiao Sub branch Pledgor: Zhejiang Jiexin Textile Technology Co.,Ltd. Registration number: Y2023980072146 |
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