CN204693434U - A kind of intelligentized control method domestic garbage pyrolysis gasification oven - Google Patents
A kind of intelligentized control method domestic garbage pyrolysis gasification oven Download PDFInfo
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- CN204693434U CN204693434U CN201520396299.7U CN201520396299U CN204693434U CN 204693434 U CN204693434 U CN 204693434U CN 201520396299 U CN201520396299 U CN 201520396299U CN 204693434 U CN204693434 U CN 204693434U
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Abstract
A kind of intelligentized control method domestic garbage pyrolysis gasification oven, belongs to the technical field that domestic garbage resource utilizes.This gasification furnace comprises air feed system, loader, distributing device, revolving burner numbness and ash-pan driving mechanism.Loader comprises spiral feeding warehouse and elevator bucket, and the periphery of feed bin lid is provided with sealing structure for water, and center is provided with the compressing rod connecting electrician's push rod.Distributing device is arranged on the cross-brace frame by two hydraulic oil cylinder driving, and electric reducer drives the plectrum on cloth main shaft to rotate.Revolving burner numbness adopts electronic worm-gear speed reducer by worm drive worm gear gear ring.Ash-pan adopts electronic worm-gear speed reducer by worm drive ash disc spins.Air feed system is divided into bottom air feed and side air feed.This pyrolysis gasification furnace solves cloth wind problem of non-uniform, and rotary fire grate can steadily, effectively solve gasification furnace and burn inclined problem.Cloth wind then separates with ash discharge by rotary fire grate, can regulate cloth wind or ash discharge as required, make the stable of gasification furnace in running.
Description
Technical field
The utility model relates to a kind of intelligentized control method domestic garbage pyrolysis gasification oven, belongs to the technical field that domestic garbage resource utilizes.
Background technology
At present, garbage disposal mainly contains three kinds of methods: landfill disposal, burning disposal and compost treatment.Burning method is that rubbish is placed in high temperature furnace, makes a kind of method that wherein combustible component is fully oxidized, and the heat of generation is used for generating and heating.The advantage of burning disposal is reduced training good (the residue volume after burning reduces more than 90%, and weight reduces more than 80%), and process thoroughly.All can there is fire grate hoop cloth wind non-uniform phenomenon because of problems such as design or manufacture deviations in traditional that structure of domestic garbage pyrolysis gasification oven fire grate.Burn inclined problem to be also prevalent in gasification furnace and insoluble, burn the appearance of inclined problem mainly because air feed is irregular, oxidated layer thickness differs, thickness of feed layer differs caused.In addition, in traditional structure, fire grate and grey cutter are integral type structure, and fire grate rotates and can only carry out with ash discharge simultaneously.When material level is stable when occurring that cloth wind is irregular, cannot realizes regulating and ventilate and do not destroy the function of the bed of material.
Summary of the invention
In order to overcome problems of the prior art, the utility model provides a kind of intelligentized control method domestic garbage pyrolysis gasification oven, this pyrolysis gasification furnace should adopt distributing device, fire grate hoop cloth wind, revolving burner numbness and ash-pan driving mechanism, because fire grate and ash-pan are can the split-type structural of each spinning, make control convenient, air feed is even, and thickness of feed layer is consistent, solves and burns inclined problem
The technical solution adopted in the utility model is: a kind of intelligentized control method domestic garbage pyrolysis gasification oven, it comprises a body of heater, ash-pan, an air feed system and a loader, described body of heater adopts shell body and inner housing to form the water jacket of watertight, body of heater is fixed on the body of heater fixed mount that supported by support column, the bottom of body of heater is provided with an ash-pan, and it also comprises a distributing device, a revolving burner numbness driving mechanism and an ash-pan driving mechanism, described loader comprises spiral feeding warehouse and elevator bucket, the spiral feeding warehouse be positioned on bracing frame is fixedly connected with the feed pipe on body of heater by screw outer cylinder, capstan winch motor passes through rope traction elevator bucket along elevator support-moving, the periphery of feed bin lid is provided with sealing structure for water, center is provided with compressing rod, compressing rod connects electrician push rod, and in spiral feeding warehouse, be provided with most high charge level sensor and minimum level sensor, the breakaway-element spiral being positioned at bottom is driven by the first electric reducer, described distributing device is arranged on the cross-brace frame by two hydraulic oil cylinder driving, the second electric reducer be positioned on cross-brace frame drives the cloth plectrum of cloth spindle nose to rotate, the locating sleeve upper end be enclosed within outside cloth main shaft is provided with material filling type seal assembly, the center of cloth main shaft installs material-height exploring bar additional, the upper end center position of material-height exploring bar is provided with support spring, material-height exploring bar is suspended, distributing device touches material when declining and moves up, material-height exploring masthead end side surface is equipped with level sensor, tablet, cross-brace frame bottom surface is provided with laser range finder simultaneously, described revolving burner numbness driving mechanism adopts wind channel tube to be connected with revolving burner numbness, wind channel tube is supported on fire grate bracing frame by thrust bearing and fire grate axis bearing sleeve, and the first electronic worm-gear speed reducer is fixed on the first worm gear gear ring of wind channel tube lower end by worm drive, described ash-pan driving mechanism is fixedly connected with the second worm gear gear ring in the bottom of ash-pan, between the second worm gear gear ring and ash-pan bracing frame, be provided with rolling mechanism, and the second electronic worm-gear speed reducer is by worm drive ash disc spins, described air feed system is divided into bottom air feed and side air feed, bottom air feed adopts air-introduced machine to connect through airduct the wind channel tube that lower end is provided with water seal sleeve pipe, the aid distributing pipe that side air feed adopts many circumferences uniform inserts the oxide layer in body of heater from body of heater outside, every root aid distributing pipe is provided with electrically operated valve and vapour delivery tube.
Described elevator support is provided with upper limit sensor and lower limit sensor.
Described body of heater is provided with the temperature sensor of grieshoch, oxide layer, reducing zone, pyrolytic layer and drying layer in corresponding body of heater.
The uniform aid distributing pipe of described many circumferences adopts annular gas-distribution pipe to connect, and annular gas-distribution pipe connects aid distributing pipe valve and steam governing valve respectively.
The beneficial effects of the utility model are: this intelligentized control method domestic garbage pyrolysis gasification oven comprises air feed system, loader, distributing device, revolving burner numbness driving mechanism and ash-pan driving mechanism.Loader comprises spiral feeding warehouse and elevator bucket, and the periphery of feed bin lid is provided with sealing structure for water, and center is provided with the compressing rod connecting electrician's push rod.Distributing device is arranged on the cross-brace frame by two hydraulic oil cylinder driving, and the second electric reducer drives the cloth plectrum of cloth spindle nose to rotate.Revolving burner numbness driving mechanism adopts wind channel tube to be connected with revolving burner numbness, and wind channel tube is supported on fire grate bracing frame by thrust bearing and fire grate axis bearing sleeve, and the first electronic worm-gear speed reducer is fixed on the first worm gear gear ring of wind channel tube lower end by worm drive.Ash-pan driving mechanism is fixedly connected with the second worm gear gear ring in the bottom of ash-pan, between the second worm gear gear ring and ash-pan bracing frame, be provided with rolling mechanism, and the second electronic worm-gear speed reducer is by worm drive ash disc spins.Air feed system is divided into bottom air feed and side air feed, and bottom air feed adopts air-introduced machine to connect through airduct the wind channel tube that lower end is provided with water seal sleeve pipe, and the aid distributing pipe that side air feed adopts many circumferences uniform inserts the oxide layer in body of heater from body of heater outside, every root aid distributing pipe is provided with.This pyrolysis gasification furnace should adopt distributing device, fire grate hoop cloth wind, revolving burner numbness driving mechanism and ash-pan driving mechanism, and because fire grate and grey cutter are can the split-type structural of each spinning, make control convenient, air feed is even, and thickness of feed layer is consistent, solves and burns inclined problem.
Accompanying drawing explanation
Fig. 1 is a kind of structure chart of intelligentized control method domestic garbage pyrolysis gasification oven.
Fig. 2 is the A-A view in Fig. 1.
Fig. 3 is the B-B view in Fig. 1.
Fig. 4 is the C-C view in Fig. 1.
In figure: 1, shell body, 2, inner housing, 3, water jacket, 4, distributing device installing hole, 5, safety valve, 6, feed pipe, 7, first escape pipe, 8, temperature sensor, 9, steam (vapor) outlet, 10, cylinder pedestal, 11, oil cylinder bracing frame, 12, water inlet pipe, 13, fire hole, 14, temperature sensor, 15, annular gas-distribution pipe, 16, aid distributing pipe valve, 17, steam governing valve, 18, body of heater fixed mount, 19, support column, 20, fixedly go out hawk, 21, elevator bucket, 22, elevator support, 23 upper limit sensors, 24, lower limit sensor, 25, capstan winch motor, 26, steel wire rope, 27, spiral feeding warehouse, 28 most high charge level sensors, 29, minimum level sensor, 30, feed bin lid, 31, sealing structure for water, 32, breakaway-element spiral, 33, screw outer cylinder, 34, first electric reducer, 35, bracing frame, 36, compressing rod, 37, electrician's push rod, 38, upper limit, 39, lower limit, 40, oil cylinder, 41, cloth main shaft, 42, locating sleeve, 43, cloth plectrum, 44, material-height exploring bar, 45, cross-brace frame, 46, support spring, 47, level sensor, 48, tablet, 49, laser range finder, 50, second electric reducer, 51, seal assembly, 52, oil cylinder working-pressure control valve, 53, revolving burner numbness, 54, stove numbness gas outlet, 55, thrust bearing, 56, wind channel tube, 57, first worm gear gear ring, 58, first electronic worm-gear speed reducer, 59, ash-pan, 60, inner core, 61, ash cutter, 62, second worm gear gear ring, 63, rolling mechanism, 64, worm screw, 65, second electronic worm-gear speed reducer, 66, ash-pan bracing frame, 67, fire grate bracing frame, 68, fire grate axis bearing sleeve, 69, air-introduced machine, 70, airduct, 71, water seal sleeve pipe, 72, flowmeter, 73, wind pressure sensor, 74, first testing temperature sensor, 75, tank body, 76, air inlet pipe, 77, second escape pipe, 78, pressure sensor, 79, second temperature transducer, 80, safety relief valve, 81, liquid level sensor, 82, drainpipe.
Detailed description of the invention
Come by reference to the accompanying drawings clearlyer intactly the utility model to be described below by embodiment.
Fig. 1,2,3,4 shows a kind of structure chart of intelligentized control method domestic garbage pyrolysis gasification oven.In figure, intelligentized control method domestic garbage pyrolysis gasification oven comprises body of heater, ash-pan 59, air feed system, loader, distributing device, revolving burner numbness driving mechanism and ash-pan driving mechanism.Shell body 1 and inner housing 2 form the water jacket 3 of watertight, and body of heater is fixed on the body of heater fixed mount 18 that supported by support column 19, and the bottom of body of heater is provided with an ash-pan 59.
Loader comprises spiral feeding warehouse 27 and elevator bucket 21, the spiral feeding warehouse 27 be positioned on bracing frame 35 is fixedly connected with the feed pipe 6 on body of heater by screw outer cylinder 33, capstan winch motor 25 is moved along elevator support 22 by steel wire rope 26 traction enhancement bucket 21, and elevator support 22 is provided with upper limit sensor 23 and lower limit sensor 24.The periphery of feed bin lid 30 is provided with sealing structure for water 31, center is provided with compressing rod 36, compressing rod 36 connects electrician's push rod 37, is provided with most high charge level sensor 28 and minimum level sensor 29 in spiral feeding warehouse 27, and the breakaway-element spiral 32 being positioned at bottom is driven by the first electric reducer 34.
Distributing device is arranged on the cross-brace frame 45 that driven by two oil cylinders 40, the second electric reducer 50 be positioned on cross-brace frame 45 drives the cloth plectrum 43 of cloth main shaft 41 end to rotate, locating sleeve 42 upper end be enclosed within outside cloth main shaft 41 is provided with material filling type seal assembly 51, the center of cloth main shaft 41 installs material-height exploring bar 44 additional, the upper end center position of material-height exploring bar 44 is provided with support spring 46, material-height exploring bar 44 is suspended, distributing device touches material when declining and moves up, level sensor 47 is equipped with in side, material-height exploring bar 44 top, tablet 48, cross-brace frame 45 bottom surface is provided with laser range finder 49 simultaneously.
Revolving burner numbness driving mechanism adopts wind channel tube 56 to be connected with revolving burner numbness 54, wind channel tube 56 is supported on fire grate bracing frame 67 by thrust bearing 55 and fire grate axis bearing sleeve 68, and the first electronic worm-gear speed reducer 58 is fixed on the first worm gear gear ring 57 of wind channel tube 56 lower end by worm drive.
Ash-pan driving mechanism is fixedly connected with the second worm gear gear ring 62 in the bottom of ash-pan 59, between the second worm gear gear ring 62 and ash-pan bracing frame 66, be provided with rolling mechanism 63, and the second electronic worm-gear speed reducer 65 drives ash-pan 59 to rotate by worm screw 64.
Air feed system is divided into bottom air feed and side air feed, bottom air feed adopts air-introduced machine 69 to connect through airduct 70 wind channel tube 56 that lower end is provided with water seal sleeve pipe 71, the aid distributing pipe that side air feed adopts many circumferences uniform inserts the oxide layer in body of heater from body of heater outside, every root aid distributing pipe is provided with electrically operated valve and vapour delivery tube.The uniform aid distributing pipe of many circumferences adopts annular gas-distribution pipe 15 to connect, and annular gas-distribution pipe 15 connects aid distributing pipe valve 16 and steam governing valve 17 respectively.Body of heater is provided with the temperature sensor 14 of grieshoch, oxide layer, reducing zone, pyrolytic layer and drying layer in corresponding body of heater.
Spiral feeding warehouse 27 is delivered in elevator bucket 21 charging, and elevator bucket 21 arrives upper limit 38, and after 3 seconds, automatic fall-back is to lower limit 39.Spiral feeding warehouse 27 installs most high charge level sensor 28 and minimum level sensor 29 additional, and stop feeding in raw material and closing feed bin lid 30 when material reaches most high charge level, when material is lower than elevator bucket during minimum material level 21 automatic charging, feed bin lid 30 adopts watertight structure 31.Material pressing device is equipped with at feed bin lid 30 center, and to prevent the generation of the empty phenomenon of material frame, during breakaway-element spiral 32 rotary feeding, material pressing device starts simultaneously, and when feed bin lid 30 is opened, material pressing device rises automatically.Breakaway-element spiral 32 is adopted to be prevent when spiral feeding warehouse 27 feeds in raw material, feed bin lid 30 is opened flue gas and is leaked and cause that gasification furnace aerogenesis is unstable, contaminated environment, because the spiral gap formation accumulation generation resistance of material at breakaway-element spiral 32 in propelling movement process is compacted by material, serve the effect of shutoff flue gas.The temperature that feeding quantity is detected by each layer of body of heater (grieshoch, oxide layer, reducing zone, pyrolytic layer, drying layer) temperature sensor 14, will select inlet amount automatically by pre-set programs.
Distributing device is arranged on the adpting flange on gasification furnace top, and oil cylinder 40 is fixed on body of heater both sides, and top is connected with cross-brace frame 45, and seal assembly 51 adopts packing seal, can adjust at any time, change filler, to guarantee long-term running.In gasifier operation, distributing device can carry out upper and lower binder to material, and two side cylinders 40 are provided with oil cylinder working-pressure control valve 52, can adjust corresponding pressure according to the characteristic of material, to play the relative density and protecting cloth glassware Long-Time Service that keep the bed of material.Rotated by cloth plectrum 43 and shakeout, thus make material in gasification furnace, keep even.The center of cloth main shaft 41 installs material-height exploring bar 44 additional, the upper end center position of material-height exploring bar 44 is provided with support spring 46, material-height exploring bar 44 is suspended, distributing device touches material when declining and moves up, level sensor 47, tablet 48 are equipped with in side, material-height exploring bar 44 top, cross-brace frame 45 bottom surface is provided with laser range finder 49 simultaneously, and both cooperatively interact, and can monitor the height of material level accurately.Guarantee stability that gasification furnace produces, security.
This gasification furnace have employed rotary fire grate 53, and rotary fire grate 53 and grey cutter 61 change to Split type structure by traditional integrative-structure, adopts two to overlap independently powered actuation mechanism, cloth wind and ash discharge two kinds of functions is not interfere with each other and independence is controlled.
The subject matter adopting above-mentioned technical scheme to solve is as follows:
1. solve cloth wind problem of non-uniform
That structure of traditional fire grate is all because there is fire grate hoop cloth wind non-uniform phenomenon in the problems such as design or manufacture deviation, rotary fire grate adopts the form rotating dynamic cloth wind to overcome the problem of design or manufacture deviation, make fire grate local wind rate greatly also can supply the regional of gasification furnace uniformly because of rotation, reduce the tolerance to fire grate manufacture and installation, indirectly save production and installation cost.
2. solve and burn inclined problem
Burn inclined problem to be prevalent in gasification furnace and to be difficult to solve, rotary fire grate have employed and rotates dynamic structure and overcome the problems referred to above.Burn the appearance of inclined problem mainly because air feed is irregular, oxidated layer thickness differs, thickness of feed layer differs caused.Have certain agitating function in the process that fire grate rotates, the height of this stirring and scope are directly proportional to the rotary speed of fire grate.When oxidated layer thickness is inconsistent, each region of oxide layer can mix along with the rotation of fire grate and even gradually mutually, finally unanimously.This process is asymptotic realization, can not impact the level of material is stable.And thickness of feed layer solves by the distributing device above material.Rotary fire grate can steadily, effectively solve gasification furnace and burn inclined problem.
3. cloth wind and ash discharge are independent of each other
In traditional structure, fire grate and grey cutter are integral type structure, and fire grate rotates and can only carry out with ash discharge simultaneously.When material level is stable when occurring that cloth wind is irregular, cannot realizes regulating and ventilate and do not destroy the function of the bed of material.Both then separate by rotary fire grate, and can need according to self and regulate separately cloth wind or ash discharge in running, the stable operation for gasification furnace provides necessary condition.
4. fire grate rotary speed is controlled
Fire grate rotary speed is controlled, can adjust according to the operating condition of gasification furnace.When occurring that burning is inclined, air intake resistance becomes large, partial combustion temperature crosses high situation, accelerate each regional coordination time by adjustment fire grate rotating speed, the stable operation of guarantee gasification furnace.When gasification furnace stable operation, then can reduce rotating speed or stop operating and reduce power consumption.
Ash-pan adopts ball bearing form rolling support, and there is fixed gear ring at ash-pan bottom outer edge place by worm gear drive, and above structure can make ash-pan more steady, durable when rotated.Inner core is provided with three layers of grey cutter of symmetry, and simultaneously transmission mechanism is by Frequency Converter Control, can according to grey layer status adjust flexibly rotating speed with reach deslagging evenly, object slowly.Fixedly go out hawk because gasification furnace ectosome lower end side is provided with, in time lime-ash can be entered slag trapping box, keep the clean and tidy of production environment.
Air feed system is divided into bottom air feed and side air feed, and bottom is provided with vapour delivery tube, flow sensor, pressure sensor, temperature sensor for airduct, can adjust steam and air distribution amount in real time according to the change of grieshoch, oxide layer.Side air feed supervisor is centered around body of heater outside, and aid distributing pipe of following inserts oxide layer more, every root aid distributing pipe installs electrically operated valve additional simultaneously, coordinates fire grate acceleration adjustment to burn inclined problem.Supervisor is also provided with vapour delivery tube, opens during blowing out and can reduce furnace outage time, guarantee High-efficient Production.
Steam is produced through body of heater high temperature by water jacket, and gas distribution pipeline installs electrically operated valve additional, automatically adjusts the size of unlatching according to dispensed amounts, appropriate dispensing steam can increase the quality of gas production and gas.
Claims (4)
1. an intelligentized control method domestic garbage pyrolysis gasification oven, it comprises a body of heater, ash-pan (59), an air feed system and a loader, described body of heater adopts shell body (1) and inner housing (2) to form the water jacket (3) of watertight, body of heater is fixed on the body of heater fixed mount (18) that supported by support column (19), the bottom of body of heater is provided with an ash-pan (59), it is characterized in that: it also comprises a distributing device, a revolving burner numbness driving mechanism and an ash-pan driving mechanism, described loader comprises spiral feeding warehouse (27) and elevator bucket (21), the spiral feeding warehouse (27) be positioned on bracing frame (35) is fixedly connected with the feed pipe (6) on body of heater by screw outer cylinder (33), capstan winch motor (25) is mobile along elevator support (22) by steel wire rope (26) traction enhancement bucket (21), the periphery of feed bin lid (30) is provided with sealing structure for water (31), center is provided with compressing rod (36), compressing rod (36) connects electrician's push rod (37), most high charge level sensor (28) and minimum level sensor (29) is provided with in spiral feeding warehouse (27), the breakaway-element spiral (32) being positioned at bottom is driven by the first electric reducer (34), described distributing device is arranged on the cross-brace frame (45) that driven by two oil cylinders (40), the second electric reducer (50) be positioned on cross-brace frame (45) drives the cloth plectrum (43) of cloth main shaft (41) end to rotate, be enclosed within cloth main shaft (41) locating sleeve outward (42) upper end and be provided with material filling type seal assembly (51), the center of cloth main shaft (41) installs material-height exploring bar (44) additional, the upper end center position of material-height exploring bar (44) is provided with support spring (46), material-height exploring bar (44) is suspended, distributing device touches material when declining and moves up, level sensor (47) is equipped with in material-height exploring bar (44) side, top, tablet (48), cross-brace frame (45) bottom surface is provided with laser range finder (49) simultaneously, described revolving burner numbness driving mechanism adopts wind channel tube (56) to be connected with revolving burner numbness (54), wind channel tube (56) is supported on fire grate bracing frame (67) by thrust bearing (55) and fire grate axis bearing sleeve (68), and the first electronic worm-gear speed reducer (58) is fixed on the first worm gear gear ring (57) of wind channel tube (56) lower end by worm drive, described ash-pan driving mechanism is fixedly connected with the second worm gear gear ring (62) in the bottom of ash-pan (59), between the second worm gear gear ring (62) and ash-pan bracing frame (66), be provided with rolling mechanism (63), the second electronic worm-gear speed reducer (65) drives ash-pan (59) to rotate by worm screw (64), described air feed system is divided into bottom air feed and side air feed, bottom air feed adopts air-introduced machine (69) to connect through airduct (70) wind channel tube (56) that lower end is provided with water seal sleeve pipe (71), the aid distributing pipe that side air feed adopts many circumferences uniform inserts the oxide layer in body of heater from body of heater outside, every root aid distributing pipe is provided with electrically operated valve and vapour delivery tube.
2. a kind of intelligentized control method domestic garbage pyrolysis gasification oven according to claim 1, is characterized in that: described elevator support (22) is provided with upper limit sensor (23) and lower limit sensor (24).
3. a kind of intelligentized control method domestic garbage pyrolysis gasification oven according to claim 1, is characterized in that: described body of heater is provided with the temperature sensor (14) of grieshoch, oxide layer, reducing zone, pyrolytic layer and drying layer in corresponding body of heater.
4. a kind of intelligentized control method domestic garbage pyrolysis gasification oven according to claim 1, it is characterized in that: the uniform aid distributing pipe of described many circumferences adopts annular gas-distribution pipe (15) to connect, and annular gas-distribution pipe (15) connects aid distributing pipe valve (16) and steam governing valve (17) respectively.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520396299.7U CN204693434U (en) | 2015-06-10 | 2015-06-10 | A kind of intelligentized control method domestic garbage pyrolysis gasification oven |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520396299.7U CN204693434U (en) | 2015-06-10 | 2015-06-10 | A kind of intelligentized control method domestic garbage pyrolysis gasification oven |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104896479A (en) * | 2015-06-10 | 2015-09-09 | 大连惠川环保科技有限公司 | Intelligent control household garbage pyrolysis gasifier |
| CN106190323A (en) * | 2016-08-31 | 2016-12-07 | 南通天蓝环保能源成套设备有限公司 | Rotary combustion chamber air feed and the multifunctional all gasification furnace of simple scraper plate ash disposal |
| CN108815981A (en) * | 2018-08-30 | 2018-11-16 | 大连惠川环保科技有限公司 | A kind of elevated-temperature seal distributing device |
-
2015
- 2015-06-10 CN CN201520396299.7U patent/CN204693434U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104896479A (en) * | 2015-06-10 | 2015-09-09 | 大连惠川环保科技有限公司 | Intelligent control household garbage pyrolysis gasifier |
| CN106190323A (en) * | 2016-08-31 | 2016-12-07 | 南通天蓝环保能源成套设备有限公司 | Rotary combustion chamber air feed and the multifunctional all gasification furnace of simple scraper plate ash disposal |
| CN108815981A (en) * | 2018-08-30 | 2018-11-16 | 大连惠川环保科技有限公司 | A kind of elevated-temperature seal distributing device |
| CN108815981B (en) * | 2018-08-30 | 2023-08-08 | 大连惠川环保科技有限公司 | High-temperature sealing distributing device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20151007 Effective date of abandoning: 20171114 |