CN107151731A - A kind of meshbeltfurnace quickly burns carbon system - Google Patents
A kind of meshbeltfurnace quickly burns carbon system Download PDFInfo
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- CN107151731A CN107151731A CN201710584126.1A CN201710584126A CN107151731A CN 107151731 A CN107151731 A CN 107151731A CN 201710584126 A CN201710584126 A CN 201710584126A CN 107151731 A CN107151731 A CN 107151731A
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- China
- Prior art keywords
- meshbeltfurnace
- carbon
- pipeline
- burning
- air
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- C—CHEMISTRY; METALLURGY
- C21—METALLURGY OF IRON
- C21D—MODIFYING THE PHYSICAL STRUCTURE OF FERROUS METALS; GENERAL DEVICES FOR HEAT TREATMENT OF FERROUS OR NON-FERROUS METALS OR ALLOYS; MAKING METAL MALLEABLE, e.g. BY DECARBURISATION OR TEMPERING
- C21D9/00—Heat treatment, e.g. annealing, hardening, quenching or tempering, adapted for particular articles; Furnaces therefor
-
- C—CHEMISTRY; METALLURGY
- C21—METALLURGY OF IRON
- C21D—MODIFYING THE PHYSICAL STRUCTURE OF FERROUS METALS; GENERAL DEVICES FOR HEAT TREATMENT OF FERROUS OR NON-FERROUS METALS OR ALLOYS; MAKING METAL MALLEABLE, e.g. BY DECARBURISATION OR TEMPERING
- C21D1/00—General methods or devices for heat treatment, e.g. annealing, hardening, quenching or tempering
- C21D1/74—Methods of treatment in inert gas, controlled atmosphere, vacuum or pulverulent material
Abstract
The present invention provides a kind of meshbeltfurnace and quickly burns carbon system, it is related to industrial heat treatment equipment, the meshbeltfurnace, which quickly burns carbon system, includes meshbeltfurnace, substitution gas device, burning carbon device and control device, substitution gas device includes inert gas source, sprays pump, purging pipeline and first flow adjusting part, inert gas source is connected with meshbeltfurnace by purging pipeline, is sprayed on the purging pipeline that pump is arranged between inert gas source and meshbeltfurnace.First flow adjusting part is arranged on the purging pipeline sprayed between pump and meshbeltfurnace, is burnt carbon device and is connected to meshbeltfurnace, control device is electrically connected with spraying pump, first flow adjusting part and burning carbon device respectively.Compared to prior art, a kind of meshbeltfurnace that the present invention is provided quickly burns carbon system, inert gas is passed through before burning carbon so that will not occur detonation when being passed through air by burning carbon device, while the burning carbon air being passed through by burning carbon device can effectively and quickly be removed to the carbon distribution in meshbeltfurnace.
Description
Technical field
The present invention relates to industrial heat treatment equipment, carbon system is quickly burnt in particular to a kind of meshbeltfurnace.
Background technology
By the development of over half a century, meshbeltfurnace reform and development several generations product, from the oxidizing atmosphere of the first generation
Lower heating progressively develops into second generation protective atmosphere, low or non oxidized heating, again progressive to the heating of third generation controlled atmosphere, forth generation
Pass through computer management etc..
It is well known that after the continuous use of meshbeltfurnace, due to the protective atmosphere in stove, there may be carbon black in stove, be scattered or
It is attached to hardware in stove, radiation pipe outer wall, workpiece and belt surface.Generally require this when to carry out burner hearth burning carbon, but
It is to investigate to find through inventor, burner hearth burning carbon of the prior art is not often thorough, and burner hearth burns carbon and do not have following danger thoroughly
Evil：
1st, oxygen probe can not accurately measure carbon potential in stove, influence heat treatment quality, cause carbon distribution to accelerate so that oxygen probe and
Hardware is damaged in stove.
2nd, carbon distribution is too many, carbon black covering radiation pipe outer wall, dissipates heat and does not come out, causes protection pipe and heater damaged.
3rd, thermocouple thermometric caused by carbon distribution is inaccurate, actual temperature in stove is more than design temperature, influences heat treatment product
Matter.
4th, agitation fan because carbon distribution it is excessive, influence dynamic balancing, cause to rock abnormal sound, fan spindle bearing can be caused to deform when serious
Block motionless, or even burn out stirring motor.
5th, carbon distribution also results in metal roller in stove and blocks or deform, and causes carrying roller to be broken when serious.
6th, excessive carbon distribution can be dropped in oil groove with mesh-belt operation, cause quenching oil accelerated ageing.
Meanwhile, in existing burner hearth burns carbon technique, burn carbon speed slow so that production efficiency is low.
In view of this, design and manufacture one kind can burner hearth burn carbon thoroughly and burn the fireballing meshbeltfurnace of carbon quickly burn carbon system
System is just particularly important.
The content of the invention
Carbon system is quickly burnt it is an object of the invention to provide a kind of meshbeltfurnace so that burner hearth burning carbon is thorough and burns carbon speed
It hurry up.
The present invention is realized using following technical scheme.
A kind of meshbeltfurnace quickly burns carbon system, including meshbeltfurnace, substitution gas device, burning carbon device and control device, puts
Ventilation body device includes inert gas source, sprays pump, purging pipeline and first flow adjusting part, inert gas source and guipure
Stove is connected by purging pipeline, to be passed through inert gas to the inner chamber of meshbeltfurnace, is sprayed pump and is arranged on inert gas source and guipure
On purging pipeline between stove.First flow adjusting part is arranged on the purging pipeline sprayed between pump and meshbeltfurnace, is used for
Regulation enters the flow of the inert gas of meshbeltfurnace, burns carbon device and is connected to meshbeltfurnace, and carbon sky is burnt for being passed through into meshbeltfurnace
Gas, control device is electrically connected with spraying pump, first flow adjusting part and burning carbon device respectively.
Further, first flow adjusting part includes the first main inlet control valve, the first bypass valve and inert gas
Flowmeter, the first main inlet control valve is fixedly mounted on purging pipeline with inert gas flowmeter, and the first main inlet control valve and control
Device is electrically connected with, and purging pipeline is provided with first manual bypass, the two ends of first manual bypass at the first main inlet control valve
The purging pipeline of the first main inlet control valve both sides is connected to, the first bypass valve is connected to first manual bypass.
Further, nitrogen is filled with inert gas source, for being passed through nitrogen into meshbeltfurnace.
Further, burning carbon device includes burning carbon blower fan, multiple second flow adjusting parts, a plurality of burning carbon pipeline and many
Individual air dispersed components thereof, one end of a plurality of burning carbon pipeline is sequentially connected to meshbeltfurnace and connected with the inner chamber of meshbeltfurnace, the other end
It is connected with burning carbon blower fan, multiple second flow adjusting parts are connected to a plurality of burning carbon pipeline and and control device correspondingly
It is electrically connected with, for adjusting every air mass flow burnt in carbon pipeline, multiple air dispersed components thereofs are arranged on meshbeltfurnace and stretched
Enter meshbeltfurnace, the part that each air dispersed components thereof extend into meshbeltfurnace is corresponding with burning carbon pipeline, will be by burning carbon pipeline
The burning carbon air for being passed through meshbeltfurnace disperses.
Further, each air dispersed components thereof includes agitation fan, motor and hybrid chamber shell, and hybrid chamber shell is fixed
The outer peripheral face of meshbeltfurnace is connected to, agitation fan is contained in hybrid chamber shell and stretches into meshbeltfurnace, and hybrid chamber shell is with burning carbon pipeline
Connection, motor is installed on hybrid chamber shell and is connected with agitation fan.
Further, air dispersed components thereof also includes offering an air inlet, drip tube at the top of drip tube, hybrid chamber shell
One end through air inlet and connect with hybrid chamber shell, the other end is removably attachable to burn carbon pipeline, will be in burning carbon pipeline
Burning carbon air be passed through hybrid chamber shell.
Further, each second flow adjusting part includes the second main inlet control valve, the second bypass valve and burns carbon
Mass air flow sensor, the second main inlet control valve is sequentially arranged on corresponding burning carbon pipeline with burning carbon mass air flow sensor, and the second homophony
Save valve to be electrically connected with control device, every is burnt carbon pipeline and is provided with the second manual bypass, second at the second main inlet control valve
The two ends of manual bypass be connected to the second burning carbon pipeline for stating main inlet control valve both sides, the second bypass valve is connected to hand
Dynamic bypass conduit.
Further, control device includes master controller and temperature control component, and master controller is arranged on outside meshbeltfurnace and difference
It is electrically connected with multiple first flow adjusting parts, multiple second flow adjusting parts and burning carbon blower fan, temperature control component is sticked
It is electrically connected with the inwall of meshbeltfurnace and with master controller.
Further, control device also includes timer, and timer is arranged on master controller and electrical with master controller
Connection.
A kind of meshbeltfurnace quickly burns carbon system, including meshbeltfurnace, substitution gas device and burning carbon device, substitution gas device
Including inert gas source, pump, purging pipeline, first flow adjusting part are sprayed, inert gas source passes through scavenging conduit with spraying pump
Road is connected, and the inner chamber of pump and meshbeltfurnace is sprayed by purging pipeline communication, to be passed through inert gas to the inner chamber of meshbeltfurnace.First
Flow-rate adjustment component is arranged on the purging pipeline sprayed between pump and meshbeltfurnace, and the inert gas of meshbeltfurnace is entered for adjusting
Flow.Burning carbon device includes air compressor machine, multiple second flow adjusting parts, a plurality of burning carbon pipeline and multiple air discrete sets
Part, one end of a plurality of burning carbon pipeline is sequentially connected to meshbeltfurnace and connected with the inner chamber of meshbeltfurnace, and the other end connects with air compressor machine
Connect, the compressed air for air compressor machine to be produced is passed through meshbeltfurnace, multiple second flow adjusting parts are connected to correspondingly
A plurality of burning carbon pipeline, for adjusting every air mass flow burnt in carbon pipeline, multiple air dispersed components thereofs are arranged on meshbeltfurnace
And meshbeltfurnace is stretched into, the part that each air dispersed components thereof extend into meshbeltfurnace is corresponding with burning carbon pipeline.
The invention has the advantages that：
A kind of meshbeltfurnace that the present invention is provided quickly burns carbon system, and inert gas source and meshbeltfurnace are connected by purging pipeline
Connect, to be passed through inert gas to the inner chamber of meshbeltfurnace, spray the purging pipeline that pump is arranged between inert gas source and meshbeltfurnace
On.First flow adjusting part is arranged on the purging pipeline sprayed between pump and meshbeltfurnace, is burnt carbon device and is connected to meshbeltfurnace.
In actual use, it is necessary to when being purged the carbon distribution in meshbeltfurnace, stop being passed through flammable atmosphere into stove, by lazy
Property gas source is passed through inert gas into meshbeltfurnace to eliminate flammable atmosphere, and burning is passed through into meshbeltfurnace by burning carbon device afterwards
Carbon air so that the carbon distribution in meshbeltfurnace is fully burned.Compared to prior art, a kind of meshbeltfurnace that the present invention is provided is fast
Speed burns carbon system, carries out being passed through the operation of inert gas before burning carbon is carried out so that will not when being passed through air by burning carbon device
Generation detonation, while the burning carbon air being passed through by burning carbon device can effectively and quickly be removed to the carbon distribution in meshbeltfurnace.
Brief description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, below will be attached to what is used required in embodiment
Figure is briefly described, it will be appreciated that the following drawings illustrate only certain embodiments of the present invention, therefore is not construed as pair
The restriction of scope, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to this
A little accompanying drawings obtain other related accompanying drawings.
Fig. 1 quickly burns the structural representation of carbon system for the meshbeltfurnace that first embodiment of the invention is provided；
Fig. 2 is the attachment structure schematic diagram of first flow adjusting part in Fig. 1；
Fig. 3 is the attachment structure schematic diagram of second flow adjusting part in Fig. 1；
Fig. 4 is the structural representation of the hollow gas dispersed components thereofs of Fig. 1；
The connection block diagram for the control device that Fig. 5 provides for first embodiment.
Icon：100- meshbeltfurnaces quickly burn carbon system；110- meshbeltfurnaces；130- substitution gas devices；131- inert gases
Source；133- purges pipeline；135- first flow adjusting parts；The main inlet control valves of 1351- first；The bypass valves of 1353- first；
1355- inert gas flowmeters；150- burns carbon device；151- burns carbon blower fan；153- second flow adjusting parts；1531- second
Main inlet control valve；The bypass valves of 1533- second；1535- burns carbon mass air flow sensor；155- burns carbon pipeline；157- air discrete sets
Part；1571- agitation fans；1573- motors；1575- hybrid chamber shells；1577- drip tubes；170- control devices；171- master
Controller；173- temperature control components；175- timers.
Embodiment
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
A part of embodiment of the present invention, rather than whole embodiments.The present invention implementation being generally described and illustrated herein in the accompanying drawings
The component of example can be arranged and designed with a variety of configurations.
Therefore, the detailed description of embodiments of the invention below to providing in the accompanying drawings is not intended to limit claimed
The scope of the present invention, but be merely representative of the present invention selected embodiment.Based on the embodiment in the present invention, this area is common
The every other embodiment that technical staff is obtained under the premise of creative work is not made, belongs to the model that the present invention is protected
Enclose.
It should be noted that：Similar label and letter represents similar terms in following accompanying drawing, therefore, once a certain Xiang Yi
It is defined in individual accompanying drawing, then it further need not be defined and explained in subsequent accompanying drawing.
In the description of the invention, it is necessary to explanation, the orientation of instruction such as term " " center ", " on ", " interior ", " outer " or
Position relationship be based on orientation shown in the drawings or position relationship, or the orientation usually put when using of the invention product or
Position relationship, is for only for ease of the description present invention and simplifies description, rather than indicate or imply that the device or element of meaning must
There must be specific orientation, with specific azimuth configuration and operation, therefore be not considered as limiting the invention.In addition, art
Language " first ", " second " etc. are only used for distinguishing description, and it is not intended that indicating or implying relative importance.
In the description of the invention, in addition it is also necessary to explanation, unless otherwise clearly defined and limited, term " setting ",
" connected ", " installation ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or one
Connect body；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirect by intermediary
It is connected, can is the connection of two element internals.For the ordinary skill in the art, on being understood with concrete condition
State the concrete meaning of term in the present invention.
Below in conjunction with the accompanying drawings, some embodiments of the present invention are elaborated.It is following in the case where not conflicting
Feature in embodiment can be mutually combined.
First embodiment
Referring to Fig. 1, present embodiments providing a kind of meshbeltfurnace quickly burns carbon system 100, including meshbeltfurnace 110, displacement
Gas device 130, burning carbon device 150 and control device 170 (referring to Fig. 5), substitution gas device 130 and burning carbon device 150 are equal
It is connected with meshbeltfurnace 110, control device 170 is electrically connected with substitution gas device 130 and burning carbon device 150 respectively, for controlling
Substitution gas device 130 processed is passed through inert gas into meshbeltfurnace 110, while being additionally operable to control burns carbon device 150 to meshbeltfurnace
Normal pressure is passed through in 110 and burns carbon air.
It is worth noting that, this meshbeltfurnace, which quickly burns carbon system 100, is not merely applied to grill-hearth travelling oven 110,
The annealing device of the other forms such as roller stick furnace or roller-type walking-beam furnace can be used in.
Protective atmosphere is often passed through during the continuous use of meshbeltfurnace 110, carbon black can be now produced, be scattered or attached
Hardware, workpiece and belt surface in stove.At this moment just need to carry out burning carbon processing.
Substitution gas device 130 includes inert gas source 131, sprays pump (not shown), purges pipeline 133 and first-class
Adjusting part 135 is measured, inert gas source 131 is connected with meshbeltfurnace 110 by purging pipeline 133, with to the inner chamber of meshbeltfurnace 110
Inert gas is passed through, is sprayed on the purging pipeline 133 that pump is arranged between inert gas source 131 and meshbeltfurnace 110.First flow
Adjusting part 135 is arranged on the purging pipeline 133 sprayed between pump and meshbeltfurnace 110, enters meshbeltfurnace 110 for adjusting
The flow of inert gas, control device 170 is electrically connected with spraying pump, first flow adjusting part 135 respectively.
It should be noted that due to the presence of the flammable atmosphere in stove, if being passed directly into burning carbon air, easily occurring quick-fried
The safety of workpiece in ring phenomenon, harm stove, therefore need to be passed through inert gas before carrying out burning carbon operation, to eliminate meshbeltfurnace
Flammable atmosphere in 110.
It is worth noting that, in the present embodiment, inert gas is not the rare gas for only referring to have been generally acknowledged that,
Referred to herein as the assembly for the gas for being difficult to react with other materials in burner hearth.In the present embodiment, inert gas source 131
It is interior to be filled with nitrogen, for being passed through nitrogen into meshbeltfurnace 110.Certainly, this is not restricted to, herein inert gas source 131
It is interior to fill other inert gases such as argon gas or helium, it is not especially limited herein.
In the present embodiment, purging pipeline 133 at the afterbody material-falling hopper of meshbeltfurnace 110 with being connected so that nitrogen is from guipure
The blanking of the afterbody of stove 110 is all passed through, and flammable atmosphere is discharged from the porch of heating furnace.
Burn carbon device 150 include burning carbon blower fan 151, multiple second flow adjusting parts 153, a plurality of burning carbon pipeline 155 with
And multiple air dispersed components thereofs 157, a plurality of one end for burning carbon pipeline 155 be sequentially connected to meshbeltfurnace 110 and with meshbeltfurnace 110
Inner chamber is connected, and the other end is connected with burning carbon blower fan 151, and multiple second flow adjusting parts 153 are connected to many correspondingly
Bar burns carbon pipeline 155 and is electrically connected with control device 170, multiple for adjusting every air mass flow burnt in carbon pipeline 155
Air dispersed components thereof 157 is arranged on meshbeltfurnace 110 and stretches into meshbeltfurnace 110, and each air dispersed components thereof 157 extend into guipure
The part of stove 110 is corresponding with burning carbon pipeline 155, the burning carbon air point of meshbeltfurnace 110 will be passed through by burning carbon pipeline 155
Dissipate.
In the present embodiment, every burning carbon pipeline 155 is passed into by the open top of meshbeltfurnace 110 by carbon air is burnt
Meshbeltfurnace 110.Under the peptizaiton of each corresponding air dispersed components thereof 157, the burning carbon air in meshbeltfurnace 110 is passed into
Fully contact and reacted with carbon black.
Referring to Fig. 2, first flow adjusting part 135 includes the first main inlet control valve 1351, the first bypass valve 1353
And inert gas flowmeter 1355, the first main inlet control valve 1351 and inert gas flowmeter 1355 are fixedly mounted on purging pipeline
On 133, and the first main inlet control valve 1351 is electrically connected with control device 170, and purging pipeline 133 is close to the first main inlet control valve 1351
Place is provided with first manual bypass, and the two ends of first manual bypass are connected to the scavenging conduit of the both sides of the first main inlet control valve 1351
Road 133, the first bypass valve 1353 is connected to first manual bypass.Multiple auxiliary controls are additionally provided with purging pipeline 133
Valve (non-label in figure), for aiding in control.
In the present embodiment, the first main inlet control valve 1351 is magnetic valve, and the first bypass valve 1353 is manual ball valve.
Under normal circumstances, manual ball valve is closed, and control device 170 controls the first main inlet control valve 1351 to open, and adjusts inert gas flow
Gauge 1355 so that nitrogen is passed into meshbeltfurnace 110 by purging pipeline 133, it is ensured that be passed through in half an hour no less than burner hearth
The nitrogen that 3 times of effective volume.When magnetic valve, which is out of order, to be opened, then need manually to open manual ball valve so that scavenging conduit
Road 133 keeps connected state by first manual bypass, and then is passed through nitrogen into meshbeltfurnace 110.
Referring to Fig. 3, each second flow adjusting part 153 includes the second main inlet control valve 1531, the second bypass valve
1533 and carbon mass air flow sensor 1535 is burnt, the second main inlet control valve 1531 is sequentially arranged at corresponding with burning carbon mass air flow sensor 1535
Burning carbon pipeline 155 on, and the second main inlet control valve 1531 is electrically connected with control device 170, and every is burnt carbon pipeline 155 close to the
The second manual bypass is provided with two main inlet control valves 1531, the two ends of the second manual bypass are connected to institute second and state main regulation
The burning carbon pipeline 155 of valve both sides, the second bypass valve 1533 is connected to manual bypass pipeline.
In the present embodiment, the second main inlet control valve 1531 is magnetic valve, and the second bypass valve 1533 is manual ball valve.
Under normal circumstances, manual ball valve is closed, and control device 170 controls the second main inlet control valve 1531 to open, and adjusts burning carbon air stream
Gauge 1535 so that burn carbon air and be passed into by burning carbon pipeline 155 in meshbeltfurnace 110.It can not be opened when magnetic valve is out of order
When, then need manually to open manual ball valve so that burn carbon pipeline 155 and keep connected state, Jin Erxiang by the second manual bypass
Burning carbon air is passed through in meshbeltfurnace 110.
Referring to Fig. 4, each air dispersed components thereof 157 includes agitation fan 1571, motor 1573, hybrid chamber shell
1575 and drip tube 1577, hybrid chamber shell 1575 is fixedly connected on the outer peripheral face of meshbeltfurnace 110, and agitation fan 1571 is contained in mixed
Close in chamber shell 1575 and stretch into meshbeltfurnace 110, hybrid chamber shell 1575 is connected with burning carbon pipeline 155, and motor 1573 is installed on
Hybrid chamber shell 1575 is simultaneously connected with agitation fan 1571.The top of hybrid chamber shell 1575 offers an air inlet, drip tube 1577
One end through air inlet and being connected with hybrid chamber shell 1575, the other end is removably attachable to burn carbon pipeline 155, will burn carbon
Burning carbon air in pipeline 155 is passed through hybrid chamber shell 1575.
In the present embodiment, drip tube 1577 is stainless steel drip tube 1577, and the cross section of the drip tube 1577 is smaller,
So that hybrid chamber shell 1575 can also be arranged on the positions such as material-falling hopper, it can will burn carbon air and be passed into appointing in meshbeltfurnace 110
Anticipate position so that the carbon distribution at each position is fully burned removing in meshbeltfurnace 110.
Referring to Fig. 5, control device 170 includes master controller 171, temperature control component 173 and timer 175, master controller
171 be arranged on meshbeltfurnace 110 it is outer and respectively with multiple first flow adjusting parts 135, multiple second flow adjusting parts 153 and
Burn carbon blower fan 151 to be electrically connected with, temperature control component 173 is sticked on the inwall of meshbeltfurnace 110 and with master controller 171 electrically connected
Connect.Timer 175 is electrically connected with master controller 171.Master controller 171 is respectively with burning carbon blower fan 151, the first main inlet control valve
1351 and second main inlet control valve 1531 be electrically connected with.
In the present embodiment, temperature control component 173 gathers the temperature value in meshbeltfurnace 110 and feeds back to master controller 171, when
When temperature value exceedes default safe temperature, the control of master controller 171 is burnt carbon blower fan 151 and is stopped, and treats warm in meshbeltfurnace 110
Degree is again started up burning carbon blower fan 151 after replying.Timing is carried out by 175 pairs of startup times for burning carbon blower fan 151 of timer simultaneously,
Work is automatically stopped after preset time when burning carbon blower fan 151 reaches.
In summary, present embodiments provide a kind of meshbeltfurnace and quickly burn carbon system 100, its concrete operating principle is as follows：
Master controller 171 controls the first main inlet control valve 1351 to connect, and startup sprays pump and nitrogen is blown into net by purging pipeline 133
In band stove 110.Purge after terminating, master controller 171 controls the second main inlet control valve 1531 to connect, and start burning carbon blower fan 151 and incite somebody to action
Carbon air is burnt to be passed into meshbeltfurnace 110 by burning carbon pipeline 155.Burn after carbon air is broken up by agitation fan 1571 in guipure
Convection current is formed in stove 110 and is fully contacted with the carbon black in meshbeltfurnace 110 everywhere, completes to burn carbon work.Compared to prior art,
A kind of meshbeltfurnace that the present embodiment is provided quickly burns carbon system 100 and shortens the burning carbon time, improves production efficiency, passes through simultaneously
Control device 170 is controlled, and is realized unattended and is ensured to burn carbonaceous amount, it is often more important that, the net that the present embodiment is provided
Quickly burnt with stove carbon system 100 burn carbon effect more preferably, it is cleaner and improve the partial insulation and sealing effectiveness of meshbeltfurnace 110.
Second embodiment
Present embodiments provide a kind of meshbeltfurnace and quickly burn carbon system 100, its basic structure and principle and the technology of generation
Effect is identical with first embodiment, to briefly describe, and the present embodiment part does not refer to part, refers to corresponding in first embodiment
Content.The difference of the present embodiment and first embodiment is that will burn carbon blower fan 151 has been substituted for air compressor machine (not shown).
The meshbeltfurnace quickly burns carbon system 100 including meshbeltfurnace 110, substitution gas device 130 and burns carbon device 150, puts
Ventilation body device 130 and burning carbon device 150 are connected with meshbeltfurnace 110.
Substitution gas device 130 includes inert gas source 131, sprays pump, purging pipeline 133, first flow adjusting part
135, inert gas source 131 is connected with spraying pump by purging pipeline 133, and the inner chamber for spraying pump and meshbeltfurnace 110 passes through purging
Pipeline 133 is connected, and inert gas is passed through with the inner chamber to meshbeltfurnace 110.First flow adjusting part 135 be arranged on spray pump with
On purging pipeline 133 between meshbeltfurnace 110, the flow for adjusting the inert gas for entering meshbeltfurnace 110.
Burning carbon device 150 includes air compressor machine, multiple second flow adjusting parts 153, a plurality of burning carbon pipeline 155 and multiple
Air dispersed components thereof 157, a plurality of one end for burning carbon pipeline 155 is sequentially connected to meshbeltfurnace 110 and connected with the inner chamber of meshbeltfurnace 110
Logical, the other end is connected with air compressor machine, and the compressed air for air compressor machine to be produced is passed through meshbeltfurnace 110, multiple second flows
Adjusting part 153 is connected to a plurality of burning carbon pipeline 155 correspondingly, for adjusting every air stream burnt in carbon pipeline 155
Amount, multiple air dispersed components thereofs 157 are arranged on meshbeltfurnace 110 and stretch into meshbeltfurnace 110, and each air dispersed components thereof 157 is stretched
Enter corresponding with burning carbon pipeline 155 to the part of meshbeltfurnace 110.
In the present embodiment, compressed air is passed into meshbeltfurnace 110 by few burning carbon pipeline 155 so that enter
The air of meshbeltfurnace 110 is easier full of whole meshbeltfurnace 110 and fully contacted with the carbon black in meshbeltfurnace 110.
The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for the skill of this area
For art personnel, the present invention can have various modifications and variations.Within the spirit and principles of the invention, that is made any repaiies
Change, equivalent substitution, improvement etc., should be included in the scope of the protection.
Claims (10)
1. a kind of meshbeltfurnace quickly burns carbon system, it is characterised in that including meshbeltfurnace, substitution gas device, burn carbon device and control
Device processed, the substitution gas device includes inert gas source, sprays pump, purging pipeline and first flow adjusting part, institute
State inert gas source to be connected by the purging pipeline with the meshbeltfurnace, indifferent gas is passed through with the inner chamber to the meshbeltfurnace
Body, the pump that sprays is arranged on the purging pipeline between the inert gas source and the meshbeltfurnace；It is described first-class
Amount adjusting part is arranged on the purging pipeline sprayed between pump and the meshbeltfurnace, enters the net for adjusting
The flow of the inert gas with stove, the burning carbon device is connected to the meshbeltfurnace, for being passed through into the meshbeltfurnace
Burn carbon air, the control device respectively with described to spray pump, the first flow adjusting part and the burning carbon device electrical
Connection.
2. meshbeltfurnace according to claim 1 quickly burns carbon system, it is characterised in that the first flow adjusting part bag
Include the first main inlet control valve, the first bypass valve and inert gas flowmeter, first main inlet control valve and the indifferent gas
Flowmeter body is fixedly mounted on the purging pipeline, and first main inlet control valve is electrically connected with the control device, often
Pipeline is purged described in bar first manual bypass, the two ends of the first manual bypass are provided with first main inlet control valve
The purging pipeline of the first main inlet control valve both sides is connected to, first bypass valve is connected to described first
Manual bypass.
3. meshbeltfurnace according to claim 1 quickly burns carbon system, it is characterised in that be filled with the inert gas source
Nitrogen, for being passed through nitrogen into the meshbeltfurnace.
4. meshbeltfurnace according to claim 1 quickly burns carbon system, it is characterised in that the burning carbon device includes burning carbon wind
Machine, multiple second flow adjusting parts, a plurality of burning carbon pipeline and multiple air dispersed components thereofs, the one of a plurality of burning carbon pipeline
End is sequentially connected to the meshbeltfurnace and connected with the inner chamber of the meshbeltfurnace, and the other end is connected with the burning carbon blower fan, many
The individual second flow adjusting part is connected to a plurality of burning carbon pipeline and electrically connected with the control device correspondingly
Connect, for adjusting every air mass flow burnt in carbon pipeline, multiple air dispersed components thereofs are arranged on the meshbeltfurnace simultaneously
The meshbeltfurnace is stretched into, the part that each air dispersed components thereof extend into the meshbeltfurnace is relative with the burning carbon pipeline
Should, the burning carbon air for being passed through the meshbeltfurnace by the burning carbon pipeline is disperseed.
5. meshbeltfurnace according to claim 4 quickly burns carbon system, it is characterised in that each air dispersed components thereof bag
Agitation fan, motor and hybrid chamber shell are included, the hybrid chamber shell is fixedly connected on the outer peripheral face of the meshbeltfurnace, described to stir
Mix fan to be contained in the hybrid chamber shell and stretch into the meshbeltfurnace, the hybrid chamber shell and the burning carbon pipeline communication, institute
Motor is stated to be installed on the hybrid chamber shell and be connected with the agitation fan.
6. meshbeltfurnace according to claim 5 quickly burns carbon system, it is characterised in that the air dispersed components thereof also includes
Offer an air inlet at the top of drip tube, the hybrid chamber shell, one end of the drip tube through the air inlet and with institute
The connection of hybrid chamber shell is stated, the other end is removably attachable to the burning carbon pipeline, by the burning carbon in the burning carbon pipeline
Air is passed through the hybrid chamber shell.
7. meshbeltfurnace according to claim 4 quickly burns carbon system, it is characterised in that each second flow regulation group
Part includes the second main inlet control valve, the second bypass valve and burns carbon mass air flow sensor, and second main inlet control valve burns with described
Carbon mass air flow sensor is sequentially arranged on the corresponding burning carbon pipeline, and second main inlet control valve and control device electricity
Property connection, every it is described burn carbon pipeline the second manual bypass is provided with second main inlet control valve, described second is manual
The two ends of bypass be connected to the second burning carbon pipeline for stating main inlet control valve both sides, the second bypass valve connection
In the manual bypass pipeline.
8. meshbeltfurnace according to claim 4 quickly burns carbon system, it is characterised in that the control device includes main control
Device and temperature control component, the master controller be arranged on the meshbeltfurnace it is outer and respectively with multiple first flow adjusting parts,
Multiple second flow adjusting parts and the burning carbon blower fan are electrically connected with, and the temperature control component is sticked in the meshbeltfurnace
It is electrically connected with inwall and with the master controller.
9. meshbeltfurnace according to claim 8 quickly burns carbon system, it is characterised in that the control device also includes timing
Device, the timer is electrically connected with the master controller.
10. a kind of meshbeltfurnace quickly burns carbon system, it is characterised in that including meshbeltfurnace, substitution gas device and burning carbon device, institute
Stating substitution gas device includes inert gas source, sprays pump, purging pipeline, first flow adjusting part, the inert gas source
It is connected with the pump that sprays by the purging pipeline, the inner chamber for spraying pump and the meshbeltfurnace passes through the purging pipeline
Connection, inert gas is passed through with the inner chamber to the meshbeltfurnace；The first flow adjusting part be arranged on it is described spray pump with
On purging pipeline between the meshbeltfurnace, the flow for adjusting the inert gas for entering the meshbeltfurnace；
It is scattered that the burning carbon device includes air compressor machine, multiple second flow adjusting parts, a plurality of burning carbon pipeline and multiple air
Component, a plurality of described one end for burning carbon pipeline is sequentially connected to the meshbeltfurnace and connected with the inner chamber of the meshbeltfurnace, another
End is connected with the air compressor machine, and multiple second flow adjusting parts are connected to a plurality of burning carbon pipeline correspondingly, use
Air mass flow in every burning carbon pipeline of regulation, multiple air dispersed components thereofs are arranged on the meshbeltfurnace and stretch into institute
Meshbeltfurnace is stated, the part that each air dispersed components thereof extend into the meshbeltfurnace is corresponding with the burning carbon pipeline.
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| CN201710584126.1A CN107151731B (en) | 2017-07-18 | 2017-07-18 | A kind of meshbeltfurnace quickly burns carbon system |
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| CN201710584126.1A CN107151731B (en) | 2017-07-18 | 2017-07-18 | A kind of meshbeltfurnace quickly burns carbon system |
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| CN107151731B CN107151731B (en) | 2019-03-29 |
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| CN109028941A (en) * | 2018-08-27 | 2018-12-18 | 江苏丰东热技术有限公司 | A kind of meshbeltfurnace is made charcoal the method for making charcoal automatically of system and meshbeltfurnace automatically |
| CN109163554A (en) * | 2018-08-27 | 2019-01-08 | 江苏丰东热技术有限公司 | A kind of automatic heating method of meshbeltfurnace automatic heating system and meshbeltfurnace |
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|---|---|
| CN107151731B (en) | 2019-03-29 |
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