CN208532692U - Metallurgical breeze forming production device and system - Google Patents
Metallurgical breeze forming production device and system Download PDFInfo
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- CN208532692U CN208532692U CN201820853784.6U CN201820853784U CN208532692U CN 208532692 U CN208532692 U CN 208532692U CN 201820853784 U CN201820853784 U CN 201820853784U CN 208532692 U CN208532692 U CN 208532692U
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Abstract
The utility model relates to coke field shaping technique, a kind of metallurgical breeze forming production device and system are disclosed.The metallurgy breeze forming production device includes the raw material drying machine set gradually, the first conveying component, pulverizer, the second conveying component, Hun Nian mechanism, third conveying component, presswork mechanism, the 4th conveying component and finished product material drying box；The raw material drying machine is connected with raw material hot-blast stove；The finished product material drying box is connected with finished product material hot-blast stove.The high production efficiency of the utility model metallurgy breeze forming production device and system, yield is big and high yield rate.
Description
Technical field
The utility model relates to coke field shaping techniques, more particularly, to a kind of metallurgical breeze forming production device and are
System.
Background technique
Metallurgical coke is the general designation of blast-furnace coke, cupola coke, coke for ferroalloy and non-ferrous metal metallurgy coke.Due to 90% or more
Metallurgical coke is used to blast furnace ironmaking, therefore blast-furnace coke is also often called metallurgical coke.
Metallurgical coke is mainly used for blast furnace ironmaking and the blast furnace smelting for non-ferrous metals such as copper, lead, zinc, titanium, antimony, mercury,
Play reducing agent, exothermic mixture and stock column skeleton function.Blast furnace ironmaking replaces charcoal using coke, establishes for the enlargement of modern blast furnace
Basis, is a great milestone on history of metallurgy.To make blast furnace operating reach preferable technical-economic index, metallurgical coke must
Must have chemical property and physical property appropriate, including the thermal property in smelting process.Metallurgical coke removes and is largely used to smelt iron
Outside non-ferrous metal metallurgy, it is also used to casting, chemical industry, calcium carbide and ferroalloy, quality requirement is different.
Moulded coal is to be processed to be formed under a certain pressure with a certain proportion of adhesive or sulphur-fixing agent with one or several kinds of coal dusts
, the coal product with certain shapes and intensity.Metallurgical coke moulded coal is to be acted on using smelter coke in adhesive or sulphur-fixing agent
Under the product with certain shapes and intensity that is process.Moulded coal have high combustion efficiency, energy waste is few and environment is dirty
The advantages that small is contaminated, moulded coal has been put into one kind of Filter Tuber For Clean Coal.
In order to adapt to environment and production requirement, the application form of metallurgical coke in the industrial production is also mostly moulded coal.With
The raising of the requirement of environmental protection and the development of metallurgy industry, the demand of metallurgical coke moulded coal is increasing, but existing metallurgy
The production scale of burnt moulded coal is typically small, low output, and relies heavily on and manually carry out conveying material, time-consuming and laborious；
Meanwhile existing metallurgical coke moulded coal production when raw material stoving be usually after the pulverizing, in this way raw material crush when due to
Raw material humidity is larger to be easy to appear adhesion, and when later period raw material being caused to mix with mixed stick, the mixing of part material and mixed stick is not
It uniformly, is not very high so as to cause the yield rate of final forming Type Coal, so being badly in need of a kind of with high yield, high finished product rate
The production equipment of metallurgical coke moulded coal.
Utility model content
The purpose of this utility model is to provide a kind of metallurgical breeze forming production devices, to solve to exist in the prior art
Existing metallurgical coke moulded coal low output, by artificial time-consuming and laborious and low yield rate technical problem.
The purpose of this utility model, which also resides in, provides a kind of metallurgical breeze forming production system, to solve to deposit in the prior art
Existing metallurgical coke moulded coal low output, by artificial time-consuming and laborious and low yield rate technical problem.
Based on above-mentioned first purpose, the utility model provides a kind of metallurgical breeze forming production device, including successively sets
The raw material drying machine set, pulverizer, the second conveying component, Hun Nian mechanism, third conveying component, is pressed into the first conveying component
Product mechanism, the 4th conveying component and finished product material drying box；
The raw material drying machine is connected with raw material hot-blast stove；
The finished product material drying box is connected with finished product material hot-blast stove.
Further, the first spark arrester, the heat that the raw material hot-blast stove generates are provided in the raw material hot-blast stove
Wind enters in the raw material drying machine after first spark arrester from raw material hot-blast stove air outlet.
Further, the second spark arrester is provided in the finished product material hot-blast stove, the finished product material hot-blast stove generates
Hot wind after second spark arrester from finished product material hot-blast stove air outlet enter the finished product material drying box in.
Further, the hot-blast outlet of the raw material drying machine is provided with sequentially connected first exhaust duct, the first cloth
Bag dust collector, the second exhaust duct, air-introduced machine and chimney.
Further, the air outlet of the finished product material dryer is connected with the second bag filter.
Further, the raw material drying machine includes the cabinet of strip, one end of the raw material drying machine be provided with into
Material mouth, air inlet；The other end of the raw material drying machine is provided with discharge port, air outlet, and the discharging of the raw material drying machine
Mouth is arranged close to the first conveying component；
The bottom surface of the raw material drying machine is tilted towards the first conveying component.
Further, the first conveying component, the second conveying component, third conveying component and the 4th conveying component are equal
Belt pulley including belt and the driving belt movement；
The belt of the first conveying component is obliquely installed towards the raw material drying machine；
The belt of the second conveying component is obliquely installed towards the pulverizer；
The belt of the third conveying component is towards the mixed viscous mechanism tilts setting；
The belt of the 4th conveying component is arranged towards the presswork mechanism tilts.
Further, the Hun Nian mechanism includes the mixed viscous machine of level-one, the mixed viscous machine of second level and the mixed viscous machine of three-level set gradually,
Mixed viscous conveying component is respectively arranged between mixed viscous machines at different levels；
The finished product material drying box include successively side by side and be connected to it is multiple.
Further, the raw material drying machine is also connected with feeding assembly；
The finished product material drying box discharge port of the corresponding finished product material drying box is provided with discharge component along its discharging direction.
Based on above-mentioned second purpose, the utility model additionally provides a kind of metallurgical breeze forming production system, including as above
State each component fortune of described in any item metallurgical breeze forming production devices and the control metallurgical breeze forming production device
Capable intelligent control component.
Compared with prior art, the utility model has the following beneficial effects:
Metallurgy breeze forming production device provided by the utility model, including the raw material drying machine, first defeated set gradually
Expect component, pulverizer, the second conveying component, Hun Nian mechanism, third conveying component, presswork mechanism, the 4th conveying component with
And finished product material drying box；The raw material drying machine is connected with raw material hot-blast stove；The finished product material drying box is connected with finished product material heat
Wind furnace.
The hot wind that the utility model metallurgy breeze forming production device raw material drying machine is passed through by raw material hot-blast stove is to original
Material is dried, and the raw material after drying is transported to pulverizer progress powder automatically into the first conveying component and by the first conveying component
Broken, smashed raw material falls on the second conveying component and is transported to Hun Nian mechanism by the second conveying component, and raw material is in mixed viscous machine
It is fallen into conjunction with binder and after mixing in structure on third conveying component and presswork mechanism is transported to by third conveying component,
Presswork mechanism presses raw materials into moulded coal, and molding moulded coal falls into the 4th conveying component and is transported to by the 4th conveying component
Finished product material drying box carries out finished product drying.Wherein, the hot wind that finished product material drying box is passed through by finished product material hot-blast stove is to finished product type
Coal is dried.The automatic production line that the utility model metallurgy breeze forming production device realizes metallurgical breeze molding production is made
Industry, has not only saved manpower but also high production efficiency, yield are big；Meanwhile the utility model metallurgy breeze forming production device is
Raw material stoving is carried out before crushing, the raw material after drying is more uniform when crushing and is not easy adhesion occur, in this way, mixed
When viscous mechanism carries out mixed viscous, raw material can be mixed with mixed stick it is more uniform, thus improve the moulded coal of compression moulding at
Product rate.
Metallurgy breeze forming production system provided by the utility model includes metallurgical breeze molding production as described above
The intelligent control component of each component operation of equipment and the control metallurgical breeze forming production device.
The utility model metallurgy breeze forming production system compared with prior art, with metallurgical coke provided by the utility model
Last forming production device advantage having the same；The utility model metallurgy breeze forming production system uses intelligent control group simultaneously
Part controls the movement of each component of production equipment, and the intelligence degree of system improves, so that production equipment operation is more steady.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the schematic diagram of the utility model embodiment metallurgy breeze forming production device；
Fig. 2 be the raw material hot-blast stove of the utility model embodiment metallurgy breeze forming production device, raw material drying machine and
The assembling schematic diagram of pulverizer；
Fig. 3 is the mixed viscous machine of the utility model embodiment metallurgy breeze forming production device and setting for the second conveying assembly
Set schematic diagram；
Fig. 4 is the presswork mechanism and third conveying assembly of the utility model embodiment metallurgy breeze forming production device
Setting schematic diagram；
Fig. 5 is the ball press of the utility model embodiment metallurgy breeze forming production device, finished product material drying box, discharging group
The schematic diagram of part.
Icon: 1- raw material drying machine；The first bag filter of 11-；12- air-introduced machine；13- chimney；The first air-exhausting duct of 14-
Road；The second exhaust duct of 15-；2- pulverizer；3- Hun Nian mechanism；The mixed viscous machine of 31- level-one；The mixed viscous machine of 32- second level；33- three-level is mixed
Viscous machine；4- presswork mechanism；41- ball press；42- shares feeding device；5- finished product material drying box；51- finished product material drying box
Discharge port；61- the first conveying component；62- the second conveying component；63- third conveying component；The 4th conveying component of 64-；65- water
Flat conveying component；The mixed viscous conveying component of 66-；67- feeding assembly；68- discharge component；7- raw material hot-blast stove；The first Mars of 71-
Catcher；8- finished product material hot-blast stove；The second spark arrester of 81-；9- racecourse bend.
Specific embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical
Novel protected range.
In the description of the present invention, it should be noted that such as occur term " center ", "upper", "lower", " left side ",
" right side ", "vertical", "horizontal", "inner", "outside" etc., the orientation or positional relationship of instruction are orientation based on the figure or position
Relationship is set, is merely for convenience of describing the present invention and simplifying the description, rather than the device or element of indication or suggestion meaning
It must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.This
Outside, such as there is term " first ", " second ", " third " are used for description purposes only, be not understood to indicate or imply relatively heavy
The property wanted.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, such as there is term
" installation ", " connected ", " connection " shall be understood in a broad sense, for example, it may be fixedly connected, may be a detachable connection or one
Connect to body；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, it can also be indirect by intermediary
It is connected, can be the connection inside two elements.For the ordinary skill in the art, on being understood with concrete condition
State the concrete meaning of term in the present invention.
Embodiment one
Referring to figs. 1 to 5, a kind of metallurgical breeze forming production device is present embodiments provided, including is set gradually
Raw material drying machine 1, the first conveying component 61, pulverizer 2, the second conveying component 62, Hun Nian mechanism 3, third conveying component 63,
Presswork mechanism 4, the 4th conveying component 64 and finished product material drying box 5.Wherein, the raw material drying machine 1 is connected with raw material
Hot-blast stove 7；The finished product material drying box 5 is connected with finished product material hot-blast stove 8.
The present embodiment presswork mechanism 4 can be several existing conventional ball press 41 and form, several routines
Ball press 41 feed inlet above be provided with shared feeding device 42.Raw material hot-blast stove 7 and finished product material hot-blast stove 8 can be with
It is the hot-blast stove of lustration raw material；The Hun Nian mechanism 3 includes the mixed viscous machine 31 of level-one, the mixed viscous machine 32 of second level and three-level set gradually
Mixed viscous machine 33, mixed glue at different levels are respectively arranged with mixed viscous conveying component 66 between machines；The finished product material drying box includes successively side by side
And 12 be connected to.
The raw material drying machine 1 of the present embodiment metallurgy breeze forming production device passes through the hot wind pair that raw material hot-blast stove 7 is passed through
Raw material is dried, and the raw material after drying is transported to pulverizer automatically into the first conveying component 61 and by the first conveying component 61
2 are crushed, and smashed raw material falls on the second conveying component 62 and is transported to Hun Nian mechanism 3 by the second conveying component 62,
Raw material falls on third conveying component 63 in conjunction with binder and after mixing in Hun Nian mechanism 3 and is transported by third conveying component 63
It send to presswork mechanism 4, presswork mechanism 4 presses raw materials into moulded coal, and molding moulded coal falls into the 4th conveying component 64
And finished product material drying box 5 is transported to by the 4th conveying component 64 and carries out finished product drying.Wherein, finished product material drying box 5 passes through finished product
The hot wind that material hot-blast stove 8 is passed through dries finished product moulded coal.
The present embodiment metallurgy breeze forming production device realizes the automatic production line operation of metallurgical breeze molding production, no
It has only saved manpower and high production efficiency, yield is big；Meanwhile the present embodiment metallurgy breeze forming production device is in crushing
Before carried out raw material stoving, the raw material after drying is more uniform and be not easy adhesion occur when crushing, in this way, in Hun Nian mechanism
3 when carrying out mixed viscous, raw material can be mixed with mixed stick it is more uniform, to improve the yield rate of the moulded coal of compression moulding.
As a preferred embodiment, the raw material drying machine 1 includes the cabinet of strip, one end of the cabinet
It is provided with feed inlet, air inlet；The other end of the cabinet is provided with discharge port, air outlet；The discharging of the raw material drying machine 1
Mouth is arranged close to the first conveying component 61, and the bottom surface of the raw material drying machine 1 is inclined towards the first conveying component 61
Tiltedly.
The raw material drying machine 1 of the present embodiment metallurgy breeze forming production device can be by feeding assembly 67 to the feed inlet
Charging, the feeding assembly 67 include belt, the belt wheel of drive belt movement, driving motor and are arranged on the feed inlet
Feed hopper, the feed end of 67 belt of feeding assembly feeds to the feed hopper；Auxiliary charging is provided in the feed hopper to scrape
Plate is simultaneously provided with the adjustable baffle plate for adjusting charging rate below the charging scraper plate.Wherein, adjustable baffle plate is to pass through
The aperture of adjustable baffle plate and feed hopper inner wall is adjusted to realize the adjusting of charging rate.The present embodiment feeding assembly 67 can be with
The speed of service of belt is controlled by the output power of the motor of control feeding assembly 67, to control charging rate.
It is understood that the feed inlet of the present embodiment metallurgy breeze forming production device is the primary source position of raw material,
The speed of charging should be matched with the movement of subsequent work stations, and the present embodiment is fed using the adjustable feeding assembly 67 of charging rate,
And charging rate is controlled by motor, the aspect of adjustable baffle plate two, in this way, can according to actual condition and need into
Row reasonable selection property adjusts charging rate to guarantee the normal operation of the component on other subsequent stations.
Meanwhile the bottom of the cabinet of the raw material drying machine 1 of the present embodiment metallurgy breeze forming production device is towards described
One conveying component 61 tilts, and the raw material in raw material drying machine 1 can automatically fall into first along tank floor under gravity
Conveying component 61.Wherein, the tilt angle of the length and tank floor of 1 cabinet of raw material drying machine is according to the drying demand of raw material
It is reasonably selected, small in the certain condition of drying temperature and drying requirement, cabinet length is bigger, and tilt angle accordingly increases
Greatly；The length of cabinet is smaller, and tilt angle is smaller.
The first spark arrester is provided in the raw material hot-blast stove 7 of the present embodiment metallurgy breeze forming production device
71, the hot wind that the raw material hot-blast stove 7 generates is after first spark arrester 71 from described in the outlet of raw material hot-blast stove 7 entrance
In raw material drying machine 1.The hot-blast outlet of the raw material drying machine 1 is provided with sequentially connected first bag filter 11, second
Exhaust duct 15, air-introduced machine 12 and chimney 13；The hot-blast outlet of the raw material drying machine 1 passes through the first exhaust duct 14 and institute
The lower part connection of the first bag filter 11 is stated, the air outlet setting of first bag filter 11 is on top, and described second
The air inlet of exhaust duct 15 and the air outlet of first bag-type dust are connected to and in communication with, second exhaust duct 15
Air outlet is connect with the air inlet of the air-introduced machine 12, and the air inlet of the air inlet of the air-introduced machine 12 and the chimney 13 connects
It connects, and the lower part of the chimney 13 is arranged in the air inlet of the chimney 13.
Production line raw material stoving hot air technique process is: the raw material hot-blast stove 7 of clean fuel generates hot wind and enters in furnace
First spark arrester 71, the hot wind for eliminating Mars is exported by raw material hot-blast stove 7 is sent into raw material drying machine 1, the complete original of hot-air seasoning
Through entering 11 entrance of the first bag filter by the hot-blast outlet of raw material drying machine 1 after material, ash-laden gas is removed via the first cloth bag
Dirt device 11 remove after, into 12 air inlet of air-introduced machine, by air-introduced machine 12 be sent into chimney 13 air inlet, last clean flue gas by
Chimney 13 drains into atmosphere.
It is understood that the lower part of the hot-blast outlet of the raw material drying machine 1 and first bag filter 11 connects
Logical, such ash-laden gas is dusted after entering the first bag filter 11 from lower part, good dedusting effect；First cloth bag removes
Dirt device 11 is connected to by the first exhaust duct 14 and the second air-exhausting duct respectively with air-introduced machine 12 and raw material drying machine 1, in this way, into
The hot wind for entering bag filter is once cooled down in the first exhaust duct 14, and, hot wind passes through again after being led to low level from a high position
Chimney 13 excludes, and can reduce hot wind in this way in chimney 13 and export temperature when excluding.
The second spark arrester 81, the hot wind that the finished product material hot-blast stove 8 generates are provided in the finished product material hot-blast stove 8
Enter the finished product material drying box 5 from 8 air outlet of finished product material hot-blast stove after second spark arrester 81.The finished product
The air outlet of material drying box is connected with the second bag filter.
Production line finished product drying hot air technique process is: finished product material hot-blast stove 8 generates hot wind and enters the second Mars in furnace
81 entrance of catcher, the hot wind for eliminating Mars connect tube inlet through finished product material drying box 5 and guide to finished product material drying tank inlet, baking
Hot wind after finishing finished product is via the second bag filter dedusting heel row into atmosphere.
It is understood that the Mars in the hot wind of raw material hot-blast stove 7, finished product material hot-blast stove 8 is captured by spark arrester
The Mars in flue gas is without to eliminate raw material and finished product material baking that the Mars in hot wind ignites in raw material drying machine 1 afterwards
The risk of finished product material inside dry case 5.
The first conveying component 61, the second conveying component 62, third of the present embodiment metallurgy breeze forming production device
Conveying component 63, the 4th conveying component 64 and mixed viscous conveying component 66 respectively include the skin of belt, the driving belt movement
Belt wheel and motor；The belt of the first conveying component 61 is obliquely installed towards the raw material drying machine 1；Second conveying
The belt of component 62 is obliquely installed towards the pulverizer 2；The belt of the third conveying component 63 is towards the Hun Nian mechanism
3 are obliquely installed；The belt of the 4th conveying component 64 is obliquely installed towards the presswork mechanism 4；The mixed viscous conveying
The mixed viscous machine of the strap surface of component 66 upstream is obliquely installed.
It is understood that the first conveying component 61, the second conveying component 62, third conveying component 63, the 4th conveying group
A station is obliquely installed namely the belt of each conveying component the belt of part 64 and mixed viscous conveying component 66 forward
Feed position it is lower, go out material position it is higher；The purpose being arranged in this way is the component for facilitating the previous station of each conveying component connection
The component charging of discharging and each conveying component to its latter station connected.
Preferably, the end of the belt of the second conveying component 62, which is additionally provided with, is transported to level-one coagulation for material level
The horizontal conveying component 65 of machine, horizontal conveying component 65 also include belt, driving wheel and motor；Corresponding each first conveying group
The end of part 61, the second conveying component 62, third conveying component 63, the 4th conveying component 64 and the mixed belt for gluing conveying component 66
End is respectively arranged with the racecourse bend 9 of guidance charging；The whole racecourse bend 9 is in bending type.
Each finished product material drying box 5 of the present embodiment metallurgy breeze forming production device is provided with finished product material drying
Case discharge port 51, the present embodiment metallurgy breeze forming production device further includes discharge component 68.The discharge component 68 is
Belt pulley, the belt of the discharge component 68 are arranged under the finished product material drying box discharge port 51 of each finished product material drying box 5
Side.
The process flow of the present embodiment metallurgy breeze forming production device is: raw material is dried via hot wind in raw material drying machine 1
It is sent via the belt of the first conveying component 61 to original after the completion of dry by the raw material after the outflow of 1 material outlet of raw material drying machine, drying
Expect to be flowed out after 2 entrance of pulverizer, raw material are crushed by pulverizer 2 by the outlet of pulverizer 2, smashed raw material is by the second conveying component
62 belt is sent to the belt entrance of horizontal conveying component 65, the Belt Conveying through horizontal conveying component 65 to the mixed viscous machine 31 of level-one
Entrance, raw material are flowed out after gluing via the mixed viscous machine 31 of level-one is mixed by the outlet of the mixed viscous machine 31 of level-one, and the raw material of outflow is glued by level-one is mixed
The Belt Conveying of mixed viscous conveying component 66 between machine 31 and the mixed viscous machine 32 of second level is to mixed viscous 32 entrance of machine of second level, and raw material is via two
The mixed viscous machine 32 of grade it is mixed it is viscous after by the mixed viscous outlet of machine 32 outflow of second level, the raw material of outflow is by the mixed viscous machine 32 of second level and the mixed viscous machine 33 of three-level
Between mixed viscous conveying component 66 Belt Conveying to mixed viscous 33 entrance of machine of three-level, raw material via the mixed viscous machine 33 of three-level it is mixed it is viscous after by three
The mixed viscous outlet of machine 33 outflow of grade, the raw material of outflow by the Belt Conveying of third conveying component 63 to presswork mechanism entrance, it is former
Finished product moulded coal ball of the material via finished product moulded coal ball is generated after presswork mechanism and by the outlet outflow of presswork mechanism, after outflow
By the Belt Conveying of the 4th conveying component 64 to 5 entrance of finished product material drying box, drying line of the finished product material in finished product material drying box
Through being flowed out by finished product material drying box discharge port 51 after the drying of inside, then by discharge component 68 Belt Conveying to storing equipment.
It should be noted that Hun Nian mechanism 3 is not limited to the form of the mixed viscous machine of three-level, it can according to need and rationally selected
Setting is selected, can be uniformly mixed with raw material and mixed stick, the quantity of the mixed viscous machine of the general faster needs of charging rate is more.
The quantity of finished product material drying box 5 is also not necessarily limited to provide in embodiment 12, is also the reasonable choosing as needed for carrying out quantity
It selects, under conditions of drying efficiency is certain, the charging rate of raw material is faster, and the quantity of finished product material drying box is more.
In conclusion the present embodiment metallurgy breeze forming production device has the advantages that yield height, high yield rate, it is suitble to big
The molding production of the metallurgical breeze of batch.
Embodiment two
The present embodiment provides a kind of metallurgical breeze forming production systems, including the metallurgical breeze molding as described in embodiment one
The intelligent control component of each component operation of production equipment and the control metallurgical breeze forming production device.
The intelligent control component is PLC controller, with feeding assembly 67, the first conveying component 61, the second conveying group
Part 62, third conveying component 63, the 4th conveying component 64, each mixed viscous conveying component 66, horizontal conveying component 65, discharge component
68 motor is separately connected, to control the conveying speed of each conveying component；Simultaneously PLC controller also with raw material hot-blast stove 7,
The Boiler pressure control equipment connection of finished product material hot-blast stove 8 is for controlling the wind velocity out of raw material hot-blast stove 7, finished product material hot-blast stove 8.
The present embodiment metallurgy breeze forming production system compared with prior art with metallurgical breeze provided by the utility model
Forming production device advantage having the same；Embodiment metallurgy breeze forming production system is controlled using intelligent control component simultaneously
The intelligence degree of the movement of each component of production equipment, system improves, so that production equipment operation is more steady.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of metallurgy breeze forming production device, which is characterized in that including set gradually raw material drying machine, the first conveying group
Part, pulverizer, the second conveying component, Hun Nian mechanism, third conveying component, presswork mechanism, the 4th conveying component and at
Product material drying box；
The raw material drying machine is connected with raw material hot-blast stove；
The finished product material drying box is connected with finished product material hot-blast stove.
2. metallurgy breeze forming production device according to claim 1, which is characterized in that setting in the raw material hot-blast stove
There is the first spark arrester, the hot wind that the raw material hot-blast stove generates goes out after first spark arrester from raw material hot-blast stove
Air port enters in the raw material drying machine.
3. metallurgy breeze forming production device according to claim 1, which is characterized in that set in the finished product material hot-blast stove
It is equipped with the second spark arrester, the hot wind that the finished product material hot-blast stove generates is after second spark arrester from finished product material heat
Wind furnace air outlet enters in the finished product material drying box.
4. metallurgy breeze forming production device according to claim 1 or 2, which is characterized in that the raw material drying machine
Hot-blast outlet is provided with sequentially connected first exhaust duct, the first bag filter, the second exhaust duct, air-introduced machine and cigarette
Chimney.
5. metallurgy breeze forming production device according to claim 1 or 3, which is characterized in that the finished product material dryer
Air outlet be connected with the second bag filter.
6. metallurgy breeze forming production device according to claim 1-3, which is characterized in that the raw material stoving
Machine includes the cabinet of strip, and one end of the raw material drying machine is provided with feed inlet, air inlet；The raw material drying machine it is another
One end is provided with discharge port, air outlet, and the discharge port of the raw material drying machine is arranged close to the first conveying component；
The bottom surface of the raw material drying machine is tilted towards the first conveying component.
7. metallurgy breeze forming production device according to claim 1-3, which is characterized in that first conveying
Component, the second conveying component, third conveying component and the 4th conveying component include belt and the driving belt movement
Belt pulley；
The belt of the first conveying component is obliquely installed towards the raw material drying machine；
The belt of the second conveying component is obliquely installed towards the pulverizer；
The belt of the third conveying component is towards the mixed viscous mechanism tilts setting；
The belt of the 4th conveying component is arranged towards the presswork mechanism tilts.
8. metallurgy breeze forming production device according to claim 1-3, which is characterized in that the Hun Nian mechanism
The mixed viscous machine of level-one, the mixed viscous machine of second level and three-level including setting gradually mix viscous machine, are respectively arranged with mixed glue between mixed viscous machines at different levels
Conveying component；
The finished product material drying box include successively side by side and be connected to it is multiple.
9. metallurgy breeze forming production device according to claim 1-3, which is characterized in that the raw material stoving
Machine is also connected with feeding assembly；
The finished product material drying box discharge port of the corresponding finished product material drying box is provided with discharge component along its discharging direction.
10. a kind of metallurgy breeze forming production system, it is characterised in that: described in any item including such as the claims 1-9
The intelligent control group of each component operation of metallurgical breeze forming production device and the control metallurgical breeze forming production device
Part.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820853784.6U CN208532692U (en) | 2018-06-01 | 2018-06-01 | Metallurgical breeze forming production device and system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820853784.6U CN208532692U (en) | 2018-06-01 | 2018-06-01 | Metallurgical breeze forming production device and system |
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| CN208532692U true CN208532692U (en) | 2019-02-22 |
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