CN206682951U - Soil pick-up waste incineration and generating electricity device - Google Patents
Soil pick-up waste incineration and generating electricity device Download PDFInfo
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- CN206682951U CN206682951U CN201621496626.7U CN201621496626U CN206682951U CN 206682951 U CN206682951 U CN 206682951U CN 201621496626 U CN201621496626 U CN 201621496626U CN 206682951 U CN206682951 U CN 206682951U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E20/00—Combustion technologies with mitigation potential
- Y02E20/12—Heat utilisation in combustion or incineration of waste
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Abstract
Soil pick-up waste incineration and generating electricity device includes cooling tower,Photovoltaic panel,Steam turbine generator,Heat to electricity conversion pipe,Steam turbine generator exhaust output tube,Water inlet valve,Conveyor equipment,Filter,Cooled slag ground Xiamen waste incinerator,Air blower,Electric plug,Hot gasification burner,Steam boiler,Anti-flaming air shooter,Steam output pipe,Chimney,Electrostatic precipitation plate,Sedimentation basin,Precipitate cleaning door etc.,The device utilizes stalk,Shell,Wood-curing waste is raw material,Waste incinerator and incineration firing are directly entered through hot vapourization discharge fuel gas,By the chemical toxic substances in rubbish and heavy metal mineralising,And produce steam and make steam turbine power generation,Turbine exhaust heat makes heat to electricity conversion pipe generate electricity,Extractable organic agricultural chemicals simultaneously,Organic liquor chemical fertilizer,Activated carbon,It is available for warming oneself,Save a large amount of mineral matter fuel,Eliminate the pollution to overall situation,Energy-conserving and environment-protective,With good DEVELOPMENT PROSPECT.
Description
1. technical field
Soil pick-up waste incineration and generating electricity device is after one kind carries out thermal evaporation, carbonization using stalk, shell, wood-curing waste
Combustible gas by the TRT of waste incineration.
2. background technology
The processing of municipal refuse at present, be to utilize burial method, bottom is one layer of HDPE film, above one layer of rubbish it is multiple one layer
Mud, garbage mountain is piled into, but also has weak point, HDPE film will be damaged after 30 years, and heavy metal again can be along subsurface flow
Pollution soil property, one to rainy day, soil erosion, sewage crossing current；Suffer from avian flu and the dead dead duck of dead chicken if had in rubbish, just
Infect, the metals resources in rubbish can not recycle, some resources such as silver, the storage of whole world silver, then exploit 10 years and just do not have
, so, the meaning that the recycling of old metal is necessary, existing rubbish, dead body incinerator, tall and big chimney, sometimes because of cigarette
Dirt filters bad, also has black smoke pollution.Waste incineration, moisture content is high, need to be mixed into substantial amounts of fossil fuels such as oil, coal
Deng.High energy consumption causes processing cost high, and serious pollution is produced to environment, toxic gas discharge, threatens health and life peace
Entirely, compost microbe fermentation produces pollution gas and refuse leachate, endangers environment, and Fertilizer nutrient composition is low, contains a huge sum of money
Category, desiccation is forced, energy consumption superelevation, processing cost is high, makes solid fuel, it is impossible to eliminate pollution, user can not control pollution, lead
Pollution is caused to continue and make the transition.
3. the content of the invention
For overcome the deficiencies in the prior art, soil pick-up waste incineration and generating electricity device have developed.This is one kind with stalk, fruit
Shell, wood-curing waste are raw material, will by thermal chemical reaction using air (oxygen and oxygen rich gas) high-temperature steam as gasifying agent
Combustible moieties change into fuel gas (carbon monoxide, methane etc.), and the fuel gas and rubbish, sludge directly mix
Burning, makes chemical contamination in rubbish and various reactions occur for heavy metal element and mineralising, it is therefore prevented that the pollution to overall situation, generation
For substantial amounts of mineral matter fuel.
Soil pick-up waste incineration and generating electricity device, including：Cooling tower (1), cooling tower hot water delivery valve (2), steam turbine waste gas are defeated
It is defeated to enter to cool down tower tube (3), storage battery (4), photovoltaic panel (5), heat to electricity conversion pipe (6), steam turbine generator (7), steam turbine generator waste gas
Outlet pipe (8), water inlet valve (9), the first conveyor equipment (10), incineration firing room fume pipe (11), the first filter
(12), connect smoke tube (13), the second filter (14), cooled slag Xiamen (15), waste incinerator closing door (16),
Waste incinerator (17), the first air blower wind conveying pipe (18), the first air blower (19), the second air blower wind conveying pipe (20), second
Air blower (21), ground (22), electric plug (23), hot gasification burner (24), the second conveyor equipment (25), steam turbine waste gas are gone
Hot gasification burner air entraining pipe (26), hot vapour heater exhaust tube valve (27), the 4th filter (28), the 3rd filter (29),
Hot gasification burner top steam chest (30), the unidirectional delivery valve of hot gasification burner (31), anti-flaming air shooter internal check valve door (32), steam
Boiler (33), anti-flaming air shooter (34), steam output pipe (35), chimney (36), electrostatic precipitation plate (37), sedimentation basin
(38) cleaning door (39), positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43), difference, are precipitated
Metal bond pad (44), quartzy bottom plate (45), heat to electricity conversion tube shell (46), it is characterised in that：Running water is through water inlet valve
(9) steam boiler (33) is entered, the rubbish by drying is sent into waste incinerator (17), straw by the first conveyor equipment (10)
Stalk, wood-curing waste enter hot gasification burner (24) through the second conveyor equipment (25), and the first air blower (19) is through the first air blower
Wind conveying pipe (18) input air, electric plug (23) make pyrophoric fuel light incineration firing, make in steam boiler (33)
Water produces steam, steam turbine generator (7) is generated electricity through steam output pipe (35), while the heat of steam turbine generator (7) makes to abut
The heat to electricity conversion pipe (6) of steam turbine generator (7) also generates electricity, and the high-temp waste gas of steam turbine generator (7) is defeated through steam turbine generator waste gas
Outlet pipe (8), divides two-way：Cooling tower tube (3) being inputted to steam turbine waste gas all the way and entering cooling tower (1), cooling tower (1) upper right quarter is cold
But tower hot water delivery valve (2), can discharge heating hot water, and another way enters through the steam turbine waste gas gasification burner air entraining pipe (26) that reduces phlegm and internal heat
Hot gasification burner (24), and the second air blower (21) are sent into the air of coming through the second air blower wind conveying pipe (20), make hot gasification burner
(24) hot gasification burner top steam chest is opened on stalk, wood-curing waste high temperature hot vapour inside, high temperature hot vapour gas evaporation top
(30) the unidirectional delivery valve of hot gasification burner (31) enters hot gasification burner top steam chest (30), and anti-flaming appendix dress is opened on fuel gas top
The anti-flaming air shooter internal check valve door (32) put in (34) enters waste incinerator (17) and rubbish mixed combustion, makes chemistry
Heavy metal mineralising in pollution and rubbish, combustion heat energy make steam boiler (33) constantly produce steam, steam supply turbine generator (7)
Generating electricity, the thermal evaporation gas for such as opening hot vapour heater exhaust tube valve (27) hot gasification burner (24) enters the 3rd filter (29),
Enter the 4th filter (28) again, be cooled to liquefaction fertilizer, can be discharged at the 4th filter (28) left bottom valve, hot vapour
The top for changing stove (24) is hot gasification burner top steam chest (30), and the clinker of waste incinerator (17) is from waste incinerator (17) bottom
Fire bars in discharge, the underground on waste incinerator (17) right side with having cooled slag Xiamen (15), waste incinerator (17) right side
Bottom is waste incinerator closing door (16), and the flue gas of burning enters the first filter by incineration firing room fume pipe (11)
(12) enter the second filter (14) again through connecting smoke tube (13) to chimney (36), be that precipitation is clear on the ground on the right of chimney (36)
Li Men (39), the electrostatic precipitation plate (37) in chimney connect storage battery (4), and storage battery (4) connects photovoltaic panel (5), heat to electricity conversion pipe respectively
(6), make positive-negative electrode plate at the cloudy day, due to the waste-heat power generation using steam turbine wall of heat to electricity conversion pipe (6), keep voltage forever
Output, the electrostatic interaction of voltage make the particle in flue dust fall in sedimentation basin (38), the flue dust discharge of filtering, heat to electricity conversion pipe
(6) when using the waste-heat power generation of steam turbine wall, steam turbine is made preferably to radiate.Heat to electricity conversion pipe (6) includes：Positive electrode V1
(40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43), different metal pad (44), quartzy bottom plate (45),
Heat to electricity conversion tube shell (46), it is characterised in that：Heat to electricity conversion tube shell (46) bottom is the quartzy bottom plate (45) of heat transfer insulation,
The built-in multiple different metal pads (44) of heat to electricity conversion tube shell (46) made of metal or quartz glass, are close to quartzy bottom plate
(45) outconnector positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43), extraction electrode line
Be respectively provided with insulating sleeve, be subsequently filled insulating epoxy, positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42),
Negative electrode V4 (43) structure is the both threads by two same metal wires and another metal, and four lines are welded on one simultaneously
The four line external insulating sleeve pipes drawn into a different metal pad (44), this solder joint are played, both threads distinguish positively charged pressure,
Both threads distinguish negatively charged pressure, and two positive electricity line balls of two negative electricity line balls of first solder joint and second solder joint are linked into second solder joint respectively
Two negative electricity line balls, two negative electricity line balls of second solder joint connect with two positive electricity line balls of the third solder joint respectively again, such mode
Multiple solder joints is connected respectively, draw positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43).
Experiment proves：Independent four line one end of two kinds of different metals weld together simultaneously, and four lines in distal end draw respectively
Go out, there is thermoelectric voltage between two different metal lines, four lines form two thermoelectric voltages, the two thermoelectric voltage additive values
It is that independent both threads one end of same two kinds of different metals welds together, the 2 of the thermoelectric voltage value for the both threads that distal end is drawn
More again, this is effect caused by the effect of the trend power of the mutual promotion of electronics movement, and this effect is called two kinds of differences by I
The trend power action effect of metal, it is different from the mixed and disorderly motion of electronics and produces resistance, forms resistance, so, employ this
Kind method installation.
The device is raw material using stalk, shell, wood-curing waste, and the fuel gas of hot vapourization discharge is directly entered rubbish
Rubbish incinerator and rubbish mixed combustion, the chemical toxic substances in rubbish and heavy metal mineralising can be saved a large amount of mineral
Matter fuel, the pollution to overall situation is eliminated, the device can generate electricity, and can produce activated carbon, organic liquor chemical fertilizer, organic agricultural chemicals, section
Can be environmentally friendly, there is good DEVELOPMENT PROSPECT.
4. brief description of the drawings
Fig. 1 is soil pick-up waste incineration and generating electricity schematic device
In figure：Cooling tower (1), cooling tower hot water delivery valve (2), steam turbine waste gas input cooling tower tube (3), storage battery (4),
Photovoltaic panel (5), heat to electricity conversion pipe (6), steam turbine generator (7), steam turbine generator exhaust output tube (8), water inlet valve (9),
First conveyor equipment (10), incineration firing room fume pipe (11), the first filter (12), connection smoke tube (13), second
Filter (14), cooled slag ground Xiamen (15), waste incinerator closing door (16), waste incinerator (17), the first air blast
Machine wind conveying pipe (18), the first air blower (19), the second air blower wind conveying pipe (20), the second air blower (21), ground (22), electricity fire
Hua Sai (23), hot gasification burner (24), the second conveyor equipment (25), steam turbine waste gas reduce phlegm and internal heat gasification burner air entraining pipe (26), hot vapour
Change heater exhaust tube valve (27), the 4th filter (28), the 3rd filter (29), hot gasification burner top steam chest (30), heat
The unidirectional delivery valve of gasification burner (31), anti-flaming air shooter internal check valve door (32), steam boiler (33), anti-flaming air shooter
(34), steam output pipe (35),
Fig. 2 is the chimney schematic diagram of soil pick-up waste incineration and generating electricity device
In figure：Chimney (36), electrostatic precipitation plate (37), sedimentation basin (38), precipitation cleaning door (39),
Fig. 3 is heat to electricity conversion pipe schematic diagram
In figure：Heat to electricity conversion pipe (6), positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4
(43), different metal pad (44), quartzy bottom plate (45), heat to electricity conversion tube shell (46),
5. embodiment
Fig. 1, Fig. 2, Fig. 3 are soil pick-up waste incineration and generating electricity schematic devices, soil pick-up waste incineration and generating electricity device, including：It is cold
But tower (1), cooling tower hot water delivery valve (2), steam turbine waste gas input cooling tower tube (3), storage battery (4), photovoltaic panel (5), thermoelectricity
Crossover connection (6), steam turbine generator (7), steam turbine generator exhaust output tube (8), water inlet valve (9), the first conveyor equipment
(10), incineration firing room fume pipe (11), the first filter (12), connection smoke tube (13), the second filter (14), cold
But clinker ground Xiamen (15), waste incinerator closing door (16), waste incinerator (17), the first air blower wind conveying pipe (18),
One air blower (19), the second air blower wind conveying pipe (20), the second air blower (21), ground (22), electric plug (23), hot vapour
Change stove (24), the second conveyor equipment (25), steam turbine waste gas reduce phlegm and internal heat gasification burner air entraining pipe (26), hot vapour heater exhaust pipe valve
Door (27), the 4th filter (28), the 3rd filter (29), hot gasification burner top steam chest (30), hot gasification burner are unidirectionally defeated
It is defeated to go out valve (31), anti-flaming air shooter internal check valve door (32), steam boiler (33), anti-flaming air shooter (34), steam
Outlet pipe (35), chimney (36), electrostatic precipitation plate (37), sedimentation basin (38), precipitation cleaning door (39), positive electrode V1 (40), positive electricity
Pole V2 (41), negative electrode V3 (42), negative electrode V4 (43), different metal pad (44), quartzy bottom plate (45), heat to electricity conversion
Tube shell (46),
Wherein：Running water enters steam boiler (33) through water inlet valve (9), and the first conveyor equipment (10) will pass through
The rubbish of drying is sent into waste incinerator (17), and stalk, wood-curing waste enter hot gasification burner through the second conveyor equipment (25)
(24), the first air blower (19) lights pyrophoric fuel through first air blower wind conveying pipe (18) input air, electric plug (23)
By incineration firing, the water in steam boiler (33) is produced steam, steam turbine generator (7) is generated electricity through steam output pipe (35),
The heat of steam turbine generator (7) makes the heat to electricity conversion pipe (6) against steam turbine generator (7) also generate electricity simultaneously, steam turbine generator (7)
High-temp waste gas through steam turbine generator exhaust output tube (8), divide two-way：Cooling tower tube (3) is inputted to steam turbine waste gas all the way to enter
Cooling tower (1), cooling tower (1) upper right quarter is cooling tower hot water delivery valve (2), can discharge heating hot water, another way is through steamer
Machine waste gas reduces phlegm and internal heat gasification burner air entraining pipe (26) into hot gasification burner (24), and the second air blower (21) is through the second air blower wind conveying pipe
(20) the air of coming is sent into, makes stalk inside hot gasification burner (24), wood-curing waste high temperature hot vapour, high temperature hot vapour
The unidirectional delivery valve of hot gasification burner (31) that hot gasification burner top steam chest (30) is opened on gas evaporation top enters hot gasification burner top steam chest
(30) the anti-flaming air shooter internal check valve door (32) that, fuel gas top is opened in anti-flaming air shooter (34) is burnt into rubbish
Stove (17) and rubbish mixed combustion are burnt, makes the heavy metal mineralising in chemical contamination and rubbish, combustion heat energy makes steam boiler (33)
Steam is constantly produced, steam supply turbine generator (7) generates electricity, as opened hot vapour heater exhaust tube valve (27) hot gasification burner (24)
Thermal evaporation gas enters the 3rd filter (29), enters the 4th filter (28) again, is cooled to liquefaction fertilizer, can be from the 4th filtering dress
Put and discharged at (28) left bottom valve, the top of hot gasification burner (24) is hot gasification burner top steam chest (30), waste incinerator
(17) clinker is discharged from the fire bars at waste incinerator (17) bottom, and the underground on waste incinerator (17) right side is with having cooled slag
Xiamen (15), the right other bottom of waste incinerator (17) is waste incinerator closing door (16), and the flue gas of burning passes through incineration firing
Room fume pipe (11) enters the first filter (12) and enters the second filter (14) again through connecting smoke tube (13) to chimney
(36) it is, to precipitate cleaning door (39) on the ground on the right of chimney (36), the electrostatic precipitation plate (37) in chimney connects storage battery (4), storage battery (4)
Photovoltaic panel (5), heat to electricity conversion pipe (6) are connect respectively, no matter making positive-negative electrode plate have without sunlight all to keep voltage, the electrostatic of voltage is made
With making the particle in flue dust fall in sedimentation basin (38), the flue dust of filtering is discharged.
Described heat to electricity conversion pipe (6), including：Positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electricity
Pole V4 (43), different metal pad (44), quartzy bottom plate (45), heat to electricity conversion tube shell (46), it is characterised in that：Thermoelectricity turns
Change the quartzy bottom plate (45) that tube shell (46) bottom is heat transfer insulation, the built-in multiple different metal welderings of heat to electricity conversion tube shell (46)
Contact (44), it is close to quartzy bottom plate (45) outconnector positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative
Electrode V4 (43), extraction electrode line have insulating sleeve respectively, are subsequently filled insulating epoxy, positive electrode V1 (40), positive electrode
V2 (41), negative electrode V3 (42), negative electrode V4 (43) structure are two by two same metal wires and another metal
Line, four lines weld together into a different metal pad (44), four line external insulating sleeves that this solder joint is drawn simultaneously
Pipe, both threads difference positively charged pressure, both threads distinguish negatively charged pressure, by two of two negative electricity line balls of first solder joint and second solder joint
Positive electricity line ball links, and two negative electricity line balls of second solder joint connect with two positive electricity line balls of the third solder joint again, and such mode makes multiple
Solder joint connects respectively, draws positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43).
Claims (2)
1. soil pick-up waste incineration and generating electricity device, it includes cooling tower (1), cooling tower hot water delivery valve (2), the input of steam turbine waste gas
Cool down tower tube (3), storage battery (4), photovoltaic panel (5), heat to electricity conversion pipe (6), steam turbine generator (7), the output of steam turbine generator waste gas
Manage (8), water inlet valve (9), the first conveyor equipment (10), incineration firing room fume pipe (11), the first filter (12),
With connecting smoke tube (13), the second filter (14), cooled slag Xiamen (15), waste incinerator closing door (16), rubbish
Incinerator (17), the first air blower wind conveying pipe (18), the first air blower (19), the second air blower wind conveying pipe (20), the second air blast
Machine (21), ground (22), electric plug (23), hot gasification burner (24), the second conveyor equipment (25), steam turbine waste gas go hot vapour
Change stove air entraining pipe (26), hot vapour heater exhaust tube valve (27), the 4th filter (28), the 3rd filter (29), hot vapour
Change stove top steam chest (30), the unidirectional delivery valve of hot gasification burner (31), anti-flaming air shooter internal check valve door (32), steam boiler
(33), anti-flaming air shooter (34), steam output pipe (35), chimney (36), electrostatic precipitation plate (37), sedimentation basin (38), heavy
Shallow lake cleaning door (39), positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43), different metal welding
Point (44), quartzy bottom plate (45), heat to electricity conversion tube shell (46),
It is characterized in that：Running water enters steam boiler (33) through water inlet valve (9), and the first conveyor equipment (10) will pass through
The rubbish of drying is sent into waste incinerator (17), and stalk, wood-curing waste enter hot gasification burner through the second conveyor equipment (25)
(24), the first air blower (19) lights pyrophoric fuel through first air blower wind conveying pipe (18) input air, electric plug (23),
By incineration firing, the water in steam boiler (33) is produced steam, steam turbine generator (7) is generated electricity through steam output pipe (35),
The heat of steam turbine generator (7) makes the heat to electricity conversion pipe (6) against steam turbine generator (7) also generate electricity simultaneously, steam turbine generator (7)
High-temp waste gas through steam turbine generator exhaust output tube (8), divide two-way：Cooling tower tube (3) is inputted to steam turbine waste gas all the way to enter
Cooling tower (1), cooling tower (1) upper right quarter is cooling tower hot water delivery valve (2), can discharge heating hot water, another way is through steamer
Machine waste gas reduces phlegm and internal heat gasification burner air entraining pipe (26) into hot gasification burner (24), and the second air blower (21) is through the second air blower wind conveying pipe
(20) the air of coming is sent into, makes stalk inside hot gasification burner (24), wood-curing waste high temperature hot vapour, the hot boil-off gas of high temperature
The unidirectional delivery valve of hot gasification burner (31) that hot gasification burner top steam chest (30) is opened on evacuator body top enters hot gasification burner top steam chest
(30) the anti-flaming air shooter internal check valve door (32) that, fuel gas top is opened in anti-flaming air shooter (34) is burnt into rubbish
Stove (17) and rubbish mixed combustion are burnt, makes the heavy metal mineralising in chemical contamination and rubbish, combustion heat energy makes steam boiler (33)
Steam is constantly produced, steam supply turbine generator (7) generates electricity, and such as opens the heat of hot vapour heater exhaust tube valve (27) hot gasification burner (24)
Gasifying gas enters the 3rd filter (29), enters the 4th filter (28) again, is cooled to liquefaction fertilizer, can be from the 4th filter
(28) discharged at left bottom valve, the top of hot gasification burner (24) is hot gasification burner top steam chest (30), waste incinerator
(17) clinker is discharged from the fire bars at waste incinerator (17) bottom, and the underground on waste incinerator (17) right side is with having cooled slag
Xiamen (15), the right other bottom of waste incinerator (17) is waste incinerator closing door (16), and the flue gas of burning passes through incineration firing
Room fume pipe (11) enters the first filter (12) and enters the second filter (14) again through connecting smoke tube (13) to chimney
(36) it is, to precipitate cleaning door (39) on the ground on the right of chimney (36), the electrostatic precipitation plate (37) in chimney connects storage battery (4), storage battery (4)
Photovoltaic panel (5), heat to electricity conversion pipe (6) are connect respectively, positive-negative electrode plate is kept voltage forever, and the electrostatic interaction of voltage makes in flue dust
Particle falls in sedimentation basin (38), the flue dust discharge of filtering.
2. soil pick-up waste incineration and generating electricity device according to claim 1, it is characterised in that described heat to electricity conversion pipe (6)
Including：Positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43), different metal pad (44),
Quartzy bottom plate (45), heat to electricity conversion tube shell (46), it is characterised in that：Heat to electricity conversion tube shell (46) bottom is heat transfer insulation
Quartzy bottom plate (45), the built-in multiple different metal pads (44) of heat to electricity conversion tube shell (46), is close to quartzy bottom plate (45) and draws
Go out connecting line positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43), extraction electrode line has respectively
Insulating sleeve, it is subsequently filled insulating epoxy, positive electrode V1 (40), positive electrode V2 (41), negative electrode V3 (42), negative electrode V4
(43) structure is the both threads by two same metal wires and another metal, and four lines weld together into one not simultaneously
Same metal bond pad (44), four line external insulating sleeve pipes that this solder joint is drawn, both threads difference positively charged pressure, both threads point
Not negatively charged pressure, two negative electricity line balls of first solder joint are connected with two positive electricity line balls of second solder joint, two negative electricity of second solder joint
Line ball connects with two positive electricity line balls of the third solder joint again, and such mode makes multiple solder joints connect respectively, extraction positive electrode V1 (40),
Positive electrode V2 (41), negative electrode V3 (42), negative electrode V4 (43), independent four line one end of two kinds of different metals are welded on simultaneously
Together, four lines in distal end are drawn respectively, have thermoelectric voltage between two different metal lines, four lines form two thermoelectrics
Pressure, the two thermoelectric voltage additive values are that independent both threads one end of same two kinds of different metals welds together, and distal end is drawn
Both threads more than 2 times of thermoelectric voltage value, this be electronics movement mutual promotion trend power effect caused by effect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621496626.7U CN206682951U (en) | 2016-12-29 | 2016-12-29 | Soil pick-up waste incineration and generating electricity device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621496626.7U CN206682951U (en) | 2016-12-29 | 2016-12-29 | Soil pick-up waste incineration and generating electricity device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206682951U true CN206682951U (en) | 2017-11-28 |
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ID=60394846
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621496626.7U Expired - Fee Related CN206682951U (en) | 2016-12-29 | 2016-12-29 | Soil pick-up waste incineration and generating electricity device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111706870A (en) * | 2020-06-30 | 2020-09-25 | 莱西市鸿蒙科创孵化中心 | Hazardous waste treatment method |
| CN111706869A (en) * | 2020-06-30 | 2020-09-25 | 莱西市鸿蒙科创孵化中心 | Hazardous waste treatment equipment |
| CN114087612A (en) * | 2022-01-04 | 2022-02-25 | 山西省安装集团股份有限公司 | Distributed biomass and garbage incineration treatment system |
-
2016
- 2016-12-29 CN CN201621496626.7U patent/CN206682951U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111706870A (en) * | 2020-06-30 | 2020-09-25 | 莱西市鸿蒙科创孵化中心 | Hazardous waste treatment method |
| CN111706869A (en) * | 2020-06-30 | 2020-09-25 | 莱西市鸿蒙科创孵化中心 | Hazardous waste treatment equipment |
| CN114087612A (en) * | 2022-01-04 | 2022-02-25 | 山西省安装集团股份有限公司 | Distributed biomass and garbage incineration treatment system |
| CN114087612B (en) * | 2022-01-04 | 2022-04-26 | 山西省安装集团股份有限公司 | Distributed biomass and garbage incineration treatment system |
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