CN208378790U - A kind of heating power recycling treatment papery material device - Google Patents
A kind of heating power recycling treatment papery material device Download PDFInfo
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- CN208378790U CN208378790U CN201820890359.4U CN201820890359U CN208378790U CN 208378790 U CN208378790 U CN 208378790U CN 201820890359 U CN201820890359 U CN 201820890359U CN 208378790 U CN208378790 U CN 208378790U
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Abstract
The utility model provides a kind of heating power recycling treatment papery material device, including thermal insulation protection shell, carbonization heating power assembly, folding door, slag carbonization collection system；The side of thermal insulation protection shell is equipped with entrance to be opened/closed；The heating power assembly that is carbonized is set to the inside of thermal insulation protection shell and is located at the side-lower of the entrance of thermal insulation protection shell; it is tightly connected between the entrance and carbonization heating power assembly of thermal insulation protection shell; the heating power assembly that is carbonized is in the hollow tube-shape of bottom perforation; folding door is placed between carbonization heating power assembly and slag carbonization collection system, folding door can be opened and closed and be set to the bottom of carbonization heating power assembly；Slag is carbonized collection system under folding door；It is placed in slag carbonization collection system and with accumulation of heat and can have the carbonization storehouse of switch cover and the recovery bin for collecting organic carbon.The utility model can the organic principle to papery material carry out recycling comprehensive utilization.
Description
Technical field
The present invention relates to environment protection energy-saving equipment fields, and in particular to a kind of heating power recycling treatment papery material device.
Background technique
In article used in daily life, many is all made of the compound organic matter material of complicated component.If by this
A little materials are regarded as rubbish and directly launch to landfill, have undoubtedly aggravated the pressure of landfill significantly.
In response to the call of contemporary environmental protection, Ke Xunhuanliyong material recycle should be reproduced as far as possible, reach material environmental protection
Regenerated purpose reduces the manufacture of rubbish.However although these materials can be recovered, since the ingredient of compound material is multiple
It is miscellaneous, it is not easy to be reproduced utilization.Such as usually seen paper, wood composite etc., in order to improve the overall physical properties of material, in addition to
Further include the substance that plastics, ceramics etc. are difficult to reproduce, and be difficult to separate other than organic timber, makes returning for papery material
Comprehensive utilization is received greatly to be interfered.
The prior art lacks to effective recycling reconstruction means of papery material, though in material obviously containing it is recyclable at
Dividing can not also be comprehensively utilized.
It is not difficult to find out that existing technology still has certain defects.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of heating power recycling treatment papery material devices, to papery object
The organic principle of material carries out recycling comprehensive utilization.
To achieve the above object, the invention adopts the following technical scheme:
A kind of heating power recycling treatment papery material device, including thermal insulation protection shell, carbonization heating power assembly, folding storehouse
Door, slag carbonization collection system；The side of thermal insulation protection shell is equipped with entrance to be opened/closed；The heating power assembly that is carbonized is set to thermal insulation protection
The inside of shell and be located at thermal insulation protection shell entrance side-lower, the entrance of thermal insulation protection shell and carbonization heating power assembly it
Between be tightly connected, carbonization heating power assembly be in bottom perforation hollow tube-shape, be carbonized heating power assembly and slag carbonization collection system between
It is placed with folding door, folding door can be opened and closed and be set to the bottom of carbonization heating power assembly；Slag is carbonized collection system set on folding
Under door；Slag carbonization collection system in be placed with can with accumulation of heat and have switch cover carbonization storehouse and for collect organic carbon time
Receive storehouse.
Further, the carbonization heating power assembly includes exterior panel, inside panel and heat-generating pipe；Exterior panel is set to carbonization heating power
The outermost layer of assembly, exterior panel are made of refractory material, and inside panel is set to the innermost layer of carbonization heating power assembly；Heat-generating pipe is evenly distributed with disk
Between exterior panel and inside panel.
Further, the inside of the inside panel is equipped with the thermal radiation plate for heat radiation to extend internally.
Further, the inside of the carbonization heating power assembly is equipped with the agitating device for stirring.
Further, the inside of the carbonization heating power assembly is equipped with for detecting actual temperature inside carbonization heating power assembly
Thermocouple.
Further, the inlet of the thermal insulation protection shell is equipped with a multiple door；One is equipped in the middle part of multiple door
A closed storehouse that feeds intake, multiple door further include first door for being connected to the external world with the storehouse that feeds intake, the first door with feed intake
It can be opened and closed and be tightly connected between storehouse；And one be connected to feed intake storehouse and be carbonized heating power assembly the second door, the second door
It can be opened and closed and be tightly connected between the storehouse that feeds intake.
Further, the folding door includes plate-turning door and control handle；Plate-turning door is connect with a shaft, shaft rotation
Turn the inside for being connected to thermal insulation protection shell, the one end for controlling handle is fixedly connected with shaft, and the other end is equipped with for gripping
Handle, make one to hold handle around the shaft weave control handle when plate-turning door can rotate and make open and close movement.
Further, slag carbonization collection system include it is to be opened/closed can be organic with the carbonization storehouse of accumulation of heat and for collecting
The recovery bin of carbon, and carbonization storehouse and recovery bin are slidably connected under folding door.
Further, the outside in the carbonization storehouse includes cooling cycle assembly；Cooling cycle assembly includes blower and air-cooled
Channel；The uniform sequential outer wall for being distributed in carbonization storehouse in air-cooled channel, the entrance in air-cooled channel are set under the side of carbonization storehouse outer wall
Side, the outlet in air-cooled channel are set to the upper side of carbonization storehouse outer wall；Blower is connected to the inlet in air-cooled channel.
It further, further include the gas treatment equipment being connect with carbonization heating power assembly；The gas treatment equipment includes
Secondary heating assembly, high-temperature tail gas processing unit, activated carbon adsorption case and cigarette ash collecting storehouse；The entrance and carbon of secondary heating assembly
Change the connection of heating power assembly；Lower can be opened and closed of secondary heating assembly is slidably connected equipped with cigarette ash collecting storehouse；Secondary heating assembly
Top exit connects high-temperature tail gas processing unit；The top exit of high-temperature tail gas processing unit connects activated carbon adsorption case；
Activated carbon adsorption case is connected with exhaust outlet.
A kind of heating power recycling treatment papery material device provided by the present invention, has the advantage that
1. by heating power by papery material carbonization treatment, carbonation reaction temperature control control oxygen extracts having in papery material
Machine ingredient is recycled；
2. having agitating device auxiliary, it is heated evenly, pyrolytic reaction is abundant；
3. taking different processes for pyrolytic reaction and cooling carburizing reagent two, arrangement can be reasonably adjusted, it is maximum
Change and improves recycling treatment efficiency；
4. equipped with integrated exhaust gas purification system resistant to high temperature and activated carbon adsorption case, the production being capable of handling in reaction process
Raw pernicious gas prevents pernicious gas direct emission from polluting environment；
5. the waste residue that can be generated in centralized recovery reaction process, is convenient for integrated treatment, the recycling benefit of resource is realized
With.
Detailed description of the invention
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
And attached drawing, technical scheme in the embodiment of the invention is clearly and completely described.It should be noted that described reality
Applying example is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, this field is general
Logical technical staff every other embodiment obtained without making creative work, belongs to protection of the present invention
Range.
Fig. 1 is a kind of overall structure diagram of heating power recycling treatment papery material device provided in an embodiment of the present invention
Fig. 2 is the structural schematic diagram of carbonization heating power assembly
Description of symbols:
1, thermal insulation protection shell 2, carbonization heating power assembly
3, door 4, air-cooled channel are opened and closed
5, be carbonized storehouse 6, recovery bin
7, slag carbonization collection system 8, the first door
9, feed intake storehouse 10, the second door
11, handle 12, equipment compartment are controlled
13, cigarette ash collecting storehouse 14, secondary heating assembly
15, high-temperature tail gas processing unit 16, shell
17, activated carbon adsorption case 18, exhaust outlet
19, gas treatment equipment 20, thermal radiation plate
21, inside panel 22, heat-generating pipe
23, exterior panel 24, agitating device
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
And attached drawing, technical scheme in the embodiment of the invention is clearly and completely described.It should be noted that described reality
Applying example is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, this field is general
Logical technical staff every other embodiment obtained without making creative work belongs to what the present invention protected
Range.
Embodiment one
Referring to Fig. 1, present embodiment discloses a kind of heating power recycling treatment papery material device, including thermal insulation protection shell
Body 1, carbonization heating power assembly 2, folding door 3, slag carbonization collection system 7；The side of thermal insulation protection shell 1 be equipped with it is to be opened/closed enter
Mouthful；The heating power assembly 2 that is carbonized is set to the inside of thermal insulation protection shell 1 and is located at the side-lower of the entrance of thermal insulation protection shell 1, heat-insulated
It protects and is tightly connected between the entrance of shell 1 and carbonization heating power assembly 2, carbonization heating power assembly 2 is in the hollow tube-shape of bottom perforation,
Folding door 3 is placed between carbonization heating power assembly 2 and slag carbonization collection system 7, folding door 3 can be opened and closed and be set to the heat of carbonization
The bottom of power assembly 2；Slag is carbonized collection system 7 under folding door 3；It is placed with and can store in slag carbonization collection system 7
Heat and have the carbonization storehouse 5 of switch cover and the recovery bin 6 for collecting organic carbon.
Entire machine of the invention is an enclosed equipment, and thermal insulation protection shell 1 is the shell of whole equipment, generally
It is made of a variety of compound heat-barrier materials, belongs to the more mature prior art, specific structure and the weight for being not belonging to this technology
Point, therefore its specific material is not specifically limited herein.It is sealed between carbonization heating power assembly 2 and the entrance of thermal insulation protection shell 1
Connection, it is therefore an objective to ensure inside thermal insulation protection shell 1, especially carbonization heating power assembly 2 inside be capable of forming an oxygen content compared with
Low anaerobic environment, does not have ozone during high-temperature heating or oxygen enters in carbonization heating power assembly 2
Portion.
The working principle of the invention is the primary condition that burning is utilized, and since combustion reaction must supply oxygen, works as heat
When solution reaction carries out, anaerobic environment means that the burning of papery material cannot occur for the inside of carbonization heating power assembly 2, but simple
High temperature pyrolysis reaction, so that it is issued biochemical pyrolysis in the on-fuel condition of high temperature.When papery material is from thermal insulation protection shell 1
Entrance put into carbonization 2 inside of heating power assembly after, the entrance of thermal insulation protection shell 1 is closed, and weight inside thermal insulation protection shell 1 is made
New closing.Then carbonization heating power assembly 2 release high temperature carries out anaerobic heating to papery material, and the part in papery material is organic can
Combustion things can be gasificated into flammable organic gas, and organic recyclable ingredient can be then pyrolyzed, and the solids after pyrolysis is because under self weight
It sinks on folding door 3, and remaining impurity component is then gasified as other gases.After the completion of pyrolytic reaction, opening is opened
It closes door 3 solid component after pyrolysis is made to fall to slag carbonization collection system 7 and carry out the cooling carburizing reagent of further anoxic, most
Become the organic carbon that can be recovered comprehensive utilization eventually.
Referring to Fig. 2, preferably, the carbonization heating power assembly 2 includes exterior panel 23, inside panel 21 and heat-generating pipe 22；
Exterior panel 23 is set to the outermost layer of carbonization heating power assembly 2, and inside panel 21 is set to the innermost layer of carbonization heating power assembly 2；Heat-generating pipe 22
Uniformly distributed disk is set between exterior panel 23 and inside panel 21.Further, the inside of the inside panel 21 is equipped with the use to extend internally
In the thermal radiation plate 20 of heat radiation.
The specific structure of carbonization heating power assembly 2 mainly passes through heat-generating pipe 22 as the heat generating components of core to papery object
Material radiation heat, heat-generating pipe 22 are specifically not limited to electrothermal tube or the internal hollow pipe etc. for being passed through heat-conducting fluid.It is covered in outer
The exterior panel 23 of layer mainly shields, and the heat radiation energy of heat-generating pipe 22 is also prevented to scatter and disappear to a certain extent.Inside panel
21 be the sheet metal layer for radiating heat, should be made of the preferable material of heat absorption capacity.
Wherein, the efficiency of heat radiation can be further increased by increasing by 20 structure of thermal radiation plate inside inside panel 21, be reinforced
The heating efficiency of pyrolytic reaction, by increase heat radiation area pointedly to carbonization 2 internal radiation of heating power assembly go out heating power into
Row high-temperature heating.The concrete shape of thermal radiation plate 20 and specific arrangement rule are not limited thereto.
As a further preference, the inside of the carbonization heating power assembly 2 is equipped with the agitating device 24 for stirring.
Even if thering is thermal radiation plate 20 to ensure that the temperature inside carbonization heating power assembly 2 tends to uniformly, but papery material enters carbon
Stacking when changing 2 inside of heating power assembly mutually to block, and cause local heating uneven, influence the efficiency of high-temperature heating.Stirring
Device 24 stirs papery material, is separated from each other the constantly movement of papery material, and each position can be exposed among heat radiation,
Pyrolytic reaction is more abundant, can effectively improve the efficiency of pyrolytic reaction.The specific structure of agitating device 24 is not construed as limiting, but general
It is to drive turntable or splash bar to be stirred by motor.
For this core exothermic reaction device of heating power assembly 2 that is carbonized, the temperature control control oxygen in reaction process is that comparison is crucial
Technological means.Preferably, the inside of the carbonization heating power assembly 2 is equipped with for detecting 2 inside reality of carbonization heating power assembly
The thermocouple (not shown) of temperature, real-time monitoring temperature, and make appropriate adjustment.The whole control of device can pass through modernization
Electric control system is controlled, and thermocouple can be attached as detecting element with electric control system, the temperature that will acquire
Degree information is real-time transmitted to electric control system.According to temperature information, intelligence is adjusted control to electric control system again.Electricity
Specific framework and internal electric the control program of gas control system belong to another technology scope, and therefore not to repeat here.
Preferably, the inlet of the thermal insulation protection shell 1 is equipped with a multiple door；One is equipped in the middle part of multiple door
A closed storehouse 9 that feeds intake, multiple door further include first door 8 for being connected to the external world with the storehouse 9 that feeds intake, the first door 8 with
Feeding intake can be opened and closed between storehouse 9 and be tightly connected；And one be connected to feed intake storehouse 9 and be carbonized heating power assembly 2 the second door 10,
It can be opened and closed and be tightly connected between second door 10 and the storehouse 9 that feeds intake.
As mentioned above, the temperature control control oxygen in reaction process is crucial technological means, and temperature control can pass through thermocouple
Real time temperature detect and realize, and control oxygen then and be the oxygen outside requiring or fresh air and not can enter in heat of carbonization power assembly 2
Cause anaerobic environment in portion.The design of multiple door reduces the air exchange of carbonization heating power assembly 2 and external aerobic environment, reaches
Control oxygen purpose.In use, first opening the first door 8, papery material is put into inside the storehouse 9 that feeds intake, is then shut off the first door 8
Keep it again closed rapidly.Then the second door 10 opening is controlled, the papery material in the storehouse 9 that makes to feed intake falls into carbonization heating power assembly
Inside 2.Air exchange only occurred in the extremely short time of the first door 8 opening in whole process, and 9 space of storehouse that feeds intake is small,
Remaining space can not accommodate large quantity of air after accommodating papery material, therefore oxygen is not easily accessible inside carbonization heating power assembly 2, from
And reach control oxygen purpose.
Preferably, the folding door 3 includes plate-turning door and control handle 11；Plate-turning door is connect with a shaft, is turned
Axis rotates the inside for being connected to thermal insulation protection shell 1, and one end of control handle 11 is fixedly connected with shaft, and the other end is equipped with and is used for
The handle of gripping, making one to hold handle plate-turning door when controlling handle 11 that rotates around the axis can rotate and make open and close movement.
During pyrolytic reaction, solid ingredients can be fallen on down on the plate-turning door of folding door 3, remaining ingredient is gasified
Separately it is recycled.After the completion of pyrolytic reaction, it is rotated further by control handle 11 and opens plate-turning door, solid ingredients is made to fall to slag
The cooling carbonization of further anoxic is carried out in carbonization collection system 7.It should close always that door 3 is opened and closed during pyrolytic reaction
, avoid oxygen from entering carbonization 2 internal influence reaction effect of heating power assembly.
Preferably, the slag carbonization collection system 7 can have including to be opened/closed with the carbonization storehouse 5 of accumulation of heat and for collecting
The recovery bin 6 of machine carbon, and carbonization storehouse 5 and recovery bin 6 are slidably connected under folding door 3.Carbonization storehouse 5 is preferably designed as drawer
The structure that formula can be assembled and disassembled is with the process time of complex reaction.This is because carbonaceous material ingredient passes through the pyrolytic reaction of high temperature
Afterwards, there are still higher temperature, cooling carbonization is carried out, cooling carbonization is independent from each other with carbonization heating power assembly 2, and the two is simultaneously
Without connection.But there may be differents with the time of pyrolytic reaction the time required to cooling carbonization, such as cooling take may ratio
Pyrolytic reaction take it is longer, if the pyrolysis carried out next time again after blindly waiting the completely cooling carbonization of solid ingredients is anti-
It should recycle, undoubtedly reduce whole reaction treatment efficiency.The design of carbonization storehouse 5 is independent the knot to be opened/closed that is slidably connected
Structure is then transferred to recovery bin 6 after the solid ingredients inside the storehouse 5 that is carbonized capable of being carried out to the cooling carbonization of anoxic, and equipment can
Pyrolytic reaction circulation next time is immediately entered, the arrangement of technique beat is more scientific and reasonable, improves whole reaction treatment effect
Rate.
Referring to Fig. 1, preferably, the outside in the carbonization storehouse 5 includes cooling cycle assembly；Cooling cycle assembly includes
Blower and air-cooled 4 channel；The uniform sequential outer wall for being distributed in carbonization storehouse 5 in air-cooled 4 channel, the entrance in air-cooled 4 channel are set to carbon
Change the side-lower of 5 outer wall of storehouse, the outlet in air-cooled 4 channel is set to the upper side of carbonization 5 outer wall of storehouse；Blower is connected to air-cooled 4 channel
Inlet.
Cooling carburizing reagent is that treated continues to papery material pyrolytic reaction.Pyrolytic reaction processing is resulting carbon containing solid
Body object can be cooled carbonization as organic carbon under anaerobic environment.In order to simplify structure, and energy consumption is reduced simultaneously, using air-cooled 4
The type of cooling more meet the demand of carburizing reagent.Entire carbonisation is dried by blower reinforces heat interaction to carbonization storehouse 5, from
And accelerate cooling, accelerate reaction process.Air-cooled 4 channel is set to the outer wall in carbonization storehouse 5, and air does not enter carbonization in whole process
The inside in storehouse 5, it is ensured that be carbonized inside storehouse 5 airtight anoxia always, to ensure that carburizing reagent is gone on smoothly.After being carbonized completely, carbon
Recovery bin 6 can be concentrated to by changing the resulting organic carbon of reaction completion of storehouse 5, and vacant carbonization storehouse 5 can be re-used as being pyrolyzed again
The reception of solids.
Referring to Fig. 1, preferably, above-mentioned heating power recycling treatment papery material device further includes and carbonization heating power assembly
The gas treatment equipment 19 of 2 connections；The gas treatment equipment 19 includes secondary heating assembly 14, high-temperature tail gas processing unit
15, activated carbon adsorption case 17 and cigarette ash collecting storehouse 13；The entrance of secondary heating assembly 14 is connect with carbonization heating power assembly 2；It is secondary
Lower can be opened and closed of heating assembly 14 is slidably connected equipped with cigarette ash collecting storehouse 13；The top exit of secondary heating assembly 14 connects
High-temperature tail gas processing unit 15；The top exit of high-temperature tail gas processing unit 15 connects activated carbon adsorption case 17；Active carbon is inhaled
Attached case is connected with exhaust outlet 18.
During the heating power assembly 2 that is carbonized carries out pyrolytic reaction, fractions can be made to gasify, the mixed gas after gasification was both
There is imflammable gas, it is also possible to, can not direct emission pollution environment including toxic gas.Gas treatment equipment 19 be exactly in order to
It handles these gases and exists.The gas generated that gasifies during pyrolytic reaction is transported to secondary heating assembly through exhaust pipe
14, carry out secondary heating processing.The temperature of secondary heating reaches 850 DEG C or more, make in pernicious gas, escaping gas at
It decomposes.And the cigarette ash or dust in secondary heating treatment process are just collected because falling on cigarette ash collecting storehouse 13 under self weight.It is high
Warm exhaust gas processing device 15 and activated carbon adsorption case 17 are again to by secondary heating pyrolytic, treated that remaining tail gas carries out
It is discharged after collection processing, it is ensured that the gas of discharge is the clean gas of environmental sound, avoids pollution environment.Gas treatment
Some or all of device 19 component is preferably disposed among a closed shell 16, wherein shell 16 is further preferably reserved with
Space is as equipment compartment 12, can also in air-cooled 4 channel attached blowers for installing the equipment such as some controllers, electric device
To be disposed therein, convenient for equipment is managed concentratedly.
A kind of heating power recycling treatment papery material device provided by the present invention, will by the non-burning reaction of heating power anoxic
Papery material pyrolysis processing extracts the cooling carbonization of the organic principle in papery material and is converted into organic carbon, carries out recycling comprehensive benefit
With.Equipment is assisted with agitating device 24, keeps pyrolytic reaction abundant, passes through thermocouple temperature control during pyrolytic reaction, by multiple
Door barrier air exchange carries out control oxygen, it is ensured that pyrolytic reaction efficiently carries out.And it is capable of handling the generation in reaction process
Pernicious gas, prevent pernicious gas direct emission pollute environment.The waste residue and cigarette that can be generated in centralized recovery reaction process
Dirt is convenient for integrated treatment, realizes the recycling of resource
Complicated component, can be difficult to isolated organic composite by a kind of heating power method of resource provided in an embodiment of the present invention
Material carries out anaerobic pyrolysis reaction, and is changed into organic carbon recycling after the organic principle carburizing reagent in recycling.And
Pernicious gas can be focused in time, prevent pernicious gas that pollution environment is precipitated, it is ensured that entire treatment process green cleaning.
The organic combustible gas generated during pyrolytic reaction is also utilized, and greatly improves efficiency, treatment process is more environmentally friendly.
The embodiments described above only express several embodiments of the present invention, and the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to guarantor of the invention
Protect range.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (10)
1. a kind of heating power recycling treatment papery material device, it is characterised in that: total including thermal insulation protection shell, carbonization heating power
At, folding door, slag be carbonized collection system；The side of thermal insulation protection shell is equipped with entrance to be opened/closed；Carbonization heating power assembly is set
The side-lower of inside in thermal insulation protection shell and the entrance positioned at thermal insulation protection shell, the entrance of thermal insulation protection shell and carbonization
It is tightly connected between heating power assembly, carbonization heating power assembly is in the hollow tube-shape of bottom perforation, and carbonization heating power assembly and slag carbonization are received
Folding door is placed between collecting system, folding door can be opened and closed and be set to the bottom of carbonization heating power assembly；System is collected in slag carbonization
System is set under folding door；Being placed in slag carbonization collection system with accumulation of heat and can have the carbonization storehouse of switch cover and for collecting
The recovery bin of organic carbon.
2. heating power recycling treatment papery material device according to claim 1, it is characterised in that: the carbonization heating power is total
At including exterior panel, inside panel and heat-generating pipe；Exterior panel is set to the outermost layer of carbonization heating power assembly, and exterior panel is by refractory material group
At inside panel is set to the innermost layer of carbonization heating power assembly；Heat-generating pipe is evenly distributed with disk and is set between exterior panel and inside panel.
3. heating power recycling treatment papery material device according to claim 2, it is characterised in that: the inside panel it is interior
Side is equipped with the thermal radiation plate for heat radiation to extend internally.
4. heating power recycling treatment papery material device according to claim 1 or 2, it is characterised in that: the heat of carbonization
The inside of power assembly is equipped with the agitating device for stirring.
5. heating power recycling treatment papery material device according to claim 1 or 2, it is characterised in that: the heat of carbonization
The inside of power assembly is equipped with the thermocouple for detecting actual temperature inside carbonization heating power assembly.
6. heating power recycling treatment papery material device according to claim 1, it is characterised in that: the thermal insulation protection shell
The inlet of body is equipped with a multiple door；A closed storehouse that feeds intake is equipped in the middle part of multiple door, multiple door further includes one
A the first door for being connected to the external world with the storehouse that feeds intake, can be opened and closed and be tightly connected between the first door and the storehouse that feeds intake；And one
It is connected to second door in feed intake storehouse and the heating power assembly that is carbonized, can be opened and closed and be tightly connected between the second door and the storehouse that feeds intake.
7. heating power recycling treatment papery material device according to claim 1, it is characterised in that: the folding door packet
Include plate-turning door and control handle；Plate-turning door is connect with a shaft, and shaft rotates the inside for being connected to thermal insulation protection shell, control
One end of handle is fixedly connected with shaft, and the other end is equipped with the handle for gripping, makes one to hold handle weave control around the shaft
Plate-turning door, which can rotate, when handle makees open and close movement.
8. heating power recycling treatment papery material device according to claim 1, it is characterised in that: the slag carbonization is collected
System include it is to be opened/closed can be with the carbonization storehouse of accumulation of heat and the recovery bin for collecting organic carbon, and be carbonized storehouse and recovery bin sliding
It is connected under folding door.
9. heating power recycling treatment papery material device according to claim 8, it is characterised in that: outside the carbonization storehouse
Portion includes cooling cycle assembly；Cooling cycle assembly includes blower and air-cooled channel；Air-cooled channel it is uniform sequential be distributed in carbon
Change the outer wall in storehouse, the entrance in air-cooled channel is set to the side-lower of carbonization storehouse outer wall, and the outlet in air-cooled channel is set to carbonization storehouse outer wall
Upper side；Blower is connected to the inlet in air-cooled channel.
10. heating power recycling treatment papery material device according to claim 1, it is characterised in that: further include and be carbonized
The gas treatment equipment of heating power assembly connection；The gas treatment equipment include secondary heating assembly, high-temperature tail gas processing unit,
Activated carbon adsorption case and cigarette ash collecting storehouse；The entrance of secondary heating assembly is connect with carbonization heating power assembly；Secondary heating assembly
Under can be opened and closed and be slidably connected equipped with cigarette ash collecting storehouse；The top exit connection high-temperature tail gas processing dress of secondary heating assembly
It sets；The top exit of high-temperature tail gas processing unit connects activated carbon adsorption case；Activated carbon adsorption case is connected with exhaust outlet.
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| CN201820890359.4U CN208378790U (en) | 2018-06-09 | 2018-06-09 | A kind of heating power recycling treatment papery material device |
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| CN201820890359.4U CN208378790U (en) | 2018-06-09 | 2018-06-09 | A kind of heating power recycling treatment papery material device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108559541A (en) * | 2018-06-09 | 2018-09-21 | 李康敏 | A kind of heating power recycling treatment papery material device and its method of resource |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108559541A (en) * | 2018-06-09 | 2018-09-21 | 李康敏 | A kind of heating power recycling treatment papery material device and its method of resource |
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Effective date of registration: 20200424 Address after: 510000 Second Floor, 905 South Road, Guangzhou Avenue, Haizhu District, Guangzhou City, Guangdong Province Patentee after: Guangzhou general new product development Co., Ltd. Address before: 510000 201, two building, 905 Guangzhou Avenue South Road, Haizhuqu District, Guangzhou, Guangdong. Patentee before: Li Kangmin |