CN106524768A - Continuous calcium carbide furnace discharging collecting and unloading system - Google Patents
Continuous calcium carbide furnace discharging collecting and unloading system Download PDFInfo
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- CN106524768A CN106524768A CN201611219598.9A CN201611219598A CN106524768A CN 106524768 A CN106524768 A CN 106524768A CN 201611219598 A CN201611219598 A CN 201611219598A CN 106524768 A CN106524768 A CN 106524768A
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- carbide
- calcium carbide
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F27—FURNACES; KILNS; OVENS; RETORTS
- F27D—DETAILS OR ACCESSORIES OF FURNACES, KILNS, OVENS, OR RETORTS, IN SO FAR AS THEY ARE OF KINDS OCCURRING IN MORE THAN ONE KIND OF FURNACE
- F27D3/00—Charging; Discharging; Manipulation of charge
- F27D3/14—Charging or discharging liquid or molten material
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- General Engineering & Computer Science (AREA)
- Furnace Charging Or Discharging (AREA)
- Manufacture And Refinement Of Metals (AREA)
Abstract
The invention belongs to the technical field of calcium carbide manufacturing and particularly relates to a continuous calcium carbide furnace discharging collecting and unloading system which solves the technical problem that an existing technology is not reasonable. The continuous calcium carbide furnace discharging collecting and unloading system comprises a calcium carbide furnace. The calcium carbide furnace is provided with at least one calcium carbide outlet. The system is characterized in that the position corresponding to the calcium carbide outlets is provided with a continuous calcium carbide collecting and forming mechanism which can collect molten calcium carbide discharged by the calcium carbide outlets, convey the calcium carbide to the set position, and unload the collected calcium carbide to the set position. The system has the beneficial effects that design is more reasonable, the transporting and forming process is optimized, and production efficiency of the calcium carbide is improved greatly; the site needed by smashing is omitted, and meanwhile, waste of calcium carbide powder in the crushing process is avoided; the discharging manner is optimized, and discharging is more convenient; and waste heat is recovered, and the system is more environmentally friendly.
Description
Technical field
A kind of the invention belongs to carbide manufacturing technology field, more particularly to continuous way calcium carbide production collection discharge system.
Background technology
Carbide chemical name is referred to as Acetylenogen., and molecular formula is CaC2, is the base stock of synthetic organic chemical manufacturing industry, Acetylenogen.
It is important basic chemical raw materials, mainly for generation of acetylene gas, is also used for organic synthesiss, oxycetylene welding etc..Carbide is inorganization
Compound, white crystal, industrial goods are grey black block, and section is purple or Lycoperdon polymorphum Vitt.Meet water and intense reaction occurs immediately, generate
Acetylene, and release heat.
Commercial production carbide is continuous charging, melting continuously, intermittently comes out of the stove.The industrial method for generally adopting is every at present
Every a period of time, carbide finished product is discarded to into splicing container from furnace of calcium carbide, carbide is cooled down by splicing container and
Coarse crushed calcium-carbide, after the complete molding of carbide, according to needs are used, is broken into the carbide of fritter, in process of production, is by molding
Reduce the replacement frequency of splicing container, generally by splicing volume of a container design it is larger, but this jumbo splicing
Container undoubtedly can significantly extend the cooling cycle of carbide, affect the efficiency of carbide production；Additionally, in the shattering process of carbide
In, not only need to put into outside extra labour force and workshop, while sound pollution and air pollution can be produced.In order to
Prior art is solved the problems, such as, people have carried out long-term exploration, it is proposed that solution miscellaneous.
For example, Chinese patent literature discloses the device [patent of a kind of continuously shaped for liquid carbide and continuous coo1ing
Number：CN203741048U], it include for accommodate liquid carbide and make liquid carbide be shaped to solid-state carbide multiple moulds,
Continuous conveying mechanism and actuating unit；Wherein, the plurality of mould is fixed on the continuous conveying mechanism, the continuous conveying
Mechanism transmits power by the actuating unit, so that the continuous conveying mechanism can continuously run.Therefore, the device of the invention
The continuously shaped of liquid carbide and cooling can be realized, final production goes out the block carbide of certain specification, on the one hand reduces and set
Standby input, on the other hand saves cooling workshop and crushing section, so as to improve the yield rate of carbide.
Above-mentioned scheme improves the subproblem of prior art to a certain extent, but, the program is also at least present
Following defect：Design is unreasonable, and the carbide volume after molding is still excessive, needs to carry out broken technical problem.
The content of the invention
The purpose of the present invention is for the problems referred to above, there is provided a kind of design is more reasonable, the high continuous way carbide of production efficiency
Come out of the stove collection discharge system.
For reaching above-mentioned purpose, following technical proposal is present invention employs：This continuous way calcium carbide production collects discharge system
Including furnace of calcium carbide, described furnace of calcium carbide is provided with the outlet of at least one carbide, it is characterised in that with the corresponding position of carbide outlet
It is provided with the carbide in molten condition that can be discharged during carbide is exported and collects and be delivered to setting position and by the carbide after collection
The continuous way carbide of discharge to the setting position collects shaping mechanism.
Collect in discharge system in above-mentioned continuous way calcium carbide production, described continuous way carbide collects shaping mechanism to be included
Circumferentially the continuous conveyer structure of cycle rotation and can be fixed on the continuous conveyer structure and the carbide with open portion
Shaping mechanism is collected, when carbide collects shaping mechanism moves to continuous conveyer structure end, the carbide collects shaping mechanism
Occur upset so as to will collect carbide discharge to continuous conveyer structure end.
Collect in discharge system in above-mentioned continuous way calcium carbide production, described carbide collects shaping mechanism includes several
The carbide of arranged adjacent collects molding assembly successively, and described continuous conveyer structure includes first successively by several mold chain links
The annular mold chain that tail is connected, described carbide collect molding assembly correspond with mold chain link and with mold chain link
It is fixedly connected.
Collect in discharge system in above-mentioned continuous way calcium carbide production, described carbide collects molding assembly and mold chain link
It is integrally formed, is tightly connected between two adjacent mold chain links, carbide collects molding assembly includes that several can be by melting
Carbide is divided into the aggregate bin of some block structures.
Collect in discharge system in above-mentioned continuous way calcium carbide production, described carbide collects molding assembly to be included positioned at casting
The moulded side panel of template strand section both sides, and at least formation of lots division board in the middle of two formation of lots side plates, two formation of lots side plates
Between form some separate aggregate bins, moulded side panel on the adjacent mold chain link of each two is corresponded and is arranged and phase
Mutual tight abutment.
Collect in discharge system in above-mentioned continuous way calcium carbide production, between every two adjacent mold chain links, pass through blanking
Mechanism forms labyrinth sealing connection, when cutting agency marches to continuous conveyer structure end, two adjacent mold chains
Cutting agency on section can be formed up and down dislocation so that cutting agency up withstand carbide collect molding assembly in carbide simultaneously
Make carbide collect molding assembly with carbide to separate.
Collect in discharge system in above-mentioned continuous way calcium carbide production, described cutting agency includes being located at mold chain respectively
The upper head plate and bottom plate at section two ends, under the upper head plate on a mold chain link is pressed on another adjacent mold chain link
On end plate and formed sealing coordinate.
Collect in discharge system in above-mentioned continuous way calcium carbide production, described carbide collects shaping mechanism also includes two pieces
The carbide for being fixed on continuous conveyer structure both sides collects guide plate, and described carbide is collected guide plate and collects molding group to carbide
Collect on molding assembly positioned at carbide the end for forming carbide collection guide part and carbide collection guide part after the direction bending of part
Side.
Collect in discharge system in above-mentioned continuous way calcium carbide production, described continuous conveyer structure includes conveying frame
And positioned at the transportation sprocket at conveying frame two ends, at least one transportation sprocket is connected with can make the transportation sprocket produce circumferential turning
Dynamic drive mechanism, mold chain link bottom are connected with roller, and the mold chain link positioned at continuous conveyer structure two ends and conveying
Sprocket wheel forms engagement.
Collect in discharge system in above-mentioned continuous way calcium carbide production, described continuous way carbide is collected shaping mechanism and also connected
It is connected to discharging collecting mechanism, described discharging collecting mechanism connection storage bin.
Compared with prior art, the advantage of this continuous way calcium carbide production collection discharge system is：1st, design is more reasonable,
Optimizing Transport and forming process, substantially increase the production efficiency of carbide.2nd, continuous way carbide is collected shaping mechanism and can be melted
Melt the carbide that carbide is molded into fritter, not only eliminate the place of broken needs, at the same when avoiding broken carbide powder wave
Take.3rd, having on continuous conveyer structure to make carbide separate so as to make the electricity after molding with carbide collection molding assembly
The cutting agency of stone blanking, simple structure are practical.4th, discharging collecting mechanism can be collected a plurality of continuous way carbide simultaneously and receive
The carbide of integrated-type mechanism production, and carbide is transported to the position of setting, save device fabrication cost.5th, it is provided with storage bin
The heat recovery mechanism that carbide waste heat can be reclaimed such that it is able to improve the utilization rate of heat, more economical, environmental protection.
Description of the drawings
Fig. 1 is the planar structure schematic diagram that the present invention is provided.
Fig. 2 is the front view that the carbide that the present invention is provided collects shaping mechanism.
Fig. 3 is the top view that the carbide that the present invention is provided collects shaping mechanism.
Fig. 4 is the left view that the carbide that the present invention is provided collects shaping mechanism.
Fig. 5 is the schematic enlarged-scale view in A portions in Fig. 4.
Fig. 6 is the schematic enlarged-scale view in B portions in Fig. 4.
Fig. 7 is the structural representation of part mold chain.
Fig. 8 is the structure sectional view of mold chain link.
Fig. 9 is the structural representation of storage bin during the present invention is provided.
Figure 10 is the structural representation of part dissepiment chain.
In figure, furnace of calcium carbide 1, carbide outlet 1a, carbide are collected shaping mechanism 2, continuous conveyer structure 3, carbide and are collected into
Type mechanism 4, carbide collect molding assembly 5, mold chain 6, mold chain link 6a, aggregate bin 7, moulded side panel 8, molding division board 9,
Molding isolation support plate 9a, cutting agency 10, upper head plate 10a, bottom plate 10b, carbide are collected guide plate 11, carbide and collect guide part
12nd, conveying frame 13, transportation sprocket 14, chain pulley seat 14a, internal trolley 14b, outer roller 14c, axis body 14d, wheel carrier 14e, engagement are opened
Mouth 14f, defining flange 14g, positioning tabletting 14h, interior slide rail 14i, external slide rail 14j, anti-sideslip flange 14k, discharging collecting mechanism
15th, feeding material component 15a, dissepiment chain link 15b, dissepiment chain 15c, backplate 15d, dissepiment side chain 15e, bucket elevator 15f, guiding material
Bucket 15g, storage bin 16.
Specific embodiment
The present invention will be further described in detail with reference to the accompanying drawings and detailed description.
As Figure 1-10 shows, this continuous way calcium carbide production collects discharge system includes furnace of calcium carbide 1, furnace of calcium carbide 1 be provided with to
A few carbide exports 1a, with carbide export 1a corresponding positions be provided with carbide can be exported discharge in 1a in molten condition
Carbide is collected and is delivered to setting position and the continuous way carbide of the carbide discharge to the setting position after collection is collected molding
Mechanism 2.
In this application, the carbide direct pouring that carbide exports the molten condition that 1a is discharged is collected in continuous way carbide
In type mechanism 42, and in the transportation to the carbide of molten condition, carry out cooling and be allowed to be shaped into block.
Specifically, the continuous way carbide collect shaping mechanism 2 include can circumferentially cycle rotation continuous conveyer structure 3
And be fixed on the continuous conveyer structure 3 and the collection shaping mechanism 4 of the carbide with open portion, when carbide collects shaping mechanism
4 when moving to continuous conveyer 3 end of structure, and the carbide is collected shaping mechanism 4 and upset occurs so as to the carbide of collection is unloaded
Put to 3 end of continuous conveyer structure.
Continuous conveyer structure 3 includes conveying frame 13 and the transportation sprocket 14 positioned at 13 two ends of conveying frame, at least
One transportation sprocket 14 is connected with and the transportation sprocket 14 can be made to produce the drive mechanism for circumferentially rotating, the connection of mold chain link 6a bottoms
There is roller, and the mold chain link 6a positioned at 3 two ends of continuous conveyer structure is formed with transportation sprocket 14 and engaged.
Described transportation sprocket 14 includes corresponding the chain pulley seat 14a, each chain pulley seat 14a for arranging with mold chain link 6a
On be respectively equipped with a roller, described roller is located on axis body 14d, and described axis body 14d is logical by described axis body 14d
Cross wheel carrier 14e to be fixedly connected with mold chain link 6a, between described roller and axis body 14d, be provided with rolling bearing, described conveying
Sprocket wheel 14 is provided with the engagement opening 14f that can be engaged with roller, is connected with rotary driver on transportation sprocket 14.
Prioritization scheme, described axis body 14d are provided with defining flange 14g, described axis body 14d sequentially pass through wheel carrier 14e,
Internal trolley 14b, wheel carrier 14e are connected with positioning tabletting 14h, and on described axis body 14d, one end of remotely located tabletting 14h is provided with outer
Roller 14c, is provided with slide track component between roller and frame, and described slide track component includes interior slide rail 14i and external slide rail 14j,
Described internal trolley 14b is laterally pressed on interior slide rail 14i, and described outer roller 14c is laterally pressed on external slide rail 14j, described
Anti- sideslip flange 14k is respectively equipped with internal trolley 14b and outer roller 14c.
Above-mentioned described carbide collects shaping mechanism 4 includes that the carbide of several arranged adjacents successively collects molding assembly 5,
Continuous conveyer structure 3 includes the annular mold chain 6 for being joined end to end by several molds chain link 6a successively, and carbide is collected
Molding assembly 5 is corresponded with mold chain link 6a and is fixedly connected with mold chain link 6a.
Specifically, carbide is collected molding assembly 5 and is integrally formed with mold chain link 6a, between two adjacent mold chain link 6a
It is tightly connected, carbide collects molding assembly 5 includes that carbide of melting can be divided into the aggregate bin 7 of some block structures for several.
Carbide collection molding assembly 5 includes the moulded side panel 8 positioned at mold chain link 6a both sides, and is located at two formation of lots side plates
An at least formation of lots division board 9 in the middle of 8, forms some separate aggregate bins 7, each two between two formation of lots side plates 8
Moulded side panel 8 on adjacent mold chain link 6a is corresponded and is arranged and mutual tight abutment.Additionally, setting in molding division board 9
There is the molding being wholely set with molding division board 9 to isolate support plate 9a, the work of support plate 9a is isolated by molding division board 9 with molding
With, carbide can be molded into the small piece of calcium carbide of rule, the forming shape of carbide can certainly be irregular, as long as changing over
Type division board 9 isolates the arrangement mode of support plate 9a with molding, and this molding mode can remove traditional shattering process from, no
Only save and cool down and crush required production cost, while the cooling cycle of carbide can be greatly shortened, improve life
Produce efficiency.Meanwhile, increase mold chain link 6a and moulded side panel 8, the thickness of molding division board 9, molding isolation support plate 9a can
Effectively accelerate the cooling of carbide.
Labyrinth sealing connection is formed by cutting agency 10 between per two adjacent mold chain link 6a, works as cutting agency
10 when marching to continuous conveyer 3 end of structure, and the cutting agency 10 on two adjacent mold chain link 6a can form mistake up and down
Position is so that cutting agency 10 up withstands carbide and collects the carbide in molding assembly 5 and make carbide collect molding assembly with carbide
5 occur to separate.Labyrinth sealing connection is similarly formed between the moulded side panel 8 for abutting, for improving sealing.
Cutting agency 10 includes upper head plate 10a and bottom plate 10b respectively positioned at mold chain link 6a two ends, a mold chain
Upper head plate 10a on section 6a is pressed on the bottom plate 10b on another adjacent mold chain link 6a and forms sealing and coordinates.When
Previous mold chain link 6a start along transportation sprocket 14 down overturn when, the upper head plate on the mold chain link 6a at rear can be by electricity
Stone jack-up, makes carbide be mutually disengaged with previous mold chain link 6a such that it is able to make the easier whereabouts of carbide.
Carbide is collected shaping mechanism 4 and also collects guide plate including two blocks of carbides for being fixed on 3 both sides of continuous conveyer structure
11, carbide is collected after guide plate 11 is bent to the direction that carbide collects molding assembly 5 and forms carbide collection guide part 12 and carbide
The end for collecting guide part 12 is located above carbide collection molding assembly 5.Enabled to by arranging carbide collection guide plate 11
Carbide can accurately drop into and avoid wasting in carbide collection shaping mechanism 4, in addition with beneficial to equipment cleaning.
Continuous way carbide is collected shaping mechanism 2 and is also associated with discharging collecting mechanism 15, the connection storing of discharging collecting mechanism 15
Storehouse 16.Described discharging collecting mechanism 15 includes least one set feeding material component 15a, and described feeding material component is included by some dissepiments
The annular dissepiment chain 15c that chain link 15b is connected in turn, two described dissepiment chain link 15b opposite sides are provided with backplate 15d
And with partly overlapping between two adjacent dissepiment chain link 15b, backplate 15d and lap can make annular dissepiment chain tool
There is good sealing effectiveness, prevent carbide from falling from both sides and connection gap, being connected with annular dissepiment chain 15c to make ring
The actuating unit that shape dissepiment chain 15c is circumferentially rotated, every continuous way carbide are collected shaping mechanism 2 and all have one for blanking
Feed opening, annular dissepiment chain 15c are arranged at the underface of feed opening, and are provided with least one per bar above annular dissepiment chain 15c
Individual feed opening, collects in annular dissepiment chain 15c and continuous way carbide and is additionally provided with one between shaping mechanism 2 with continuous way carbide receipts
The guiding hopper 15g being oriented to for the carbide to falling of integrated-type mechanism 2, the carbide discharging end of annular dissepiment chain 15c
Annular dissepiment side chain 15e is provided with, being connected with annular dissepiment side chain 15e to make the power of annular dissepiment side chain 15e forward and reverse
Two-way eastern force mechanisms, annular dissepiment side chain 15e's are respectively arranged at two ends with a storage bin, and carbide collects molding in continuous way carbide
Drop into after molding in mechanism 2 on annular dissepiment chain 15c, according to needs of production during production, the electricity of annular dissepiment chain 15c
Stone is transported to different storage bins 16 by annular dissepiment side chain 15e, passes through between the two ends of dissepiment side chain 15e and storage bin 16
Bucket elevator 15f is connected, and after carbide is stored to storage bin 16, every block of carbide still has very high heat, storage bin 16
Heat reclaim unit is inside provided with, the waste heat of carbide can be recycled such that it is able to improve the utilization ratio of the energy, reach
To the effect of energy-saving and emission-reduction.
In the present embodiment, 1a is exported by carbide after furnace of calcium carbide produces the carbide of molten condition and is cast to continuous way electricity
Stone is collected on shaping mechanism 2, and the continuous way carbide collection shaping mechanism 2 collected by continuous way carbide on shaping mechanism 2 is carried out
Molding, and transported by continuous conveyer structure 3, the carbide after sizing is delivered on annular dissepiment chain 15c, it is subsequently logical
Cross dissepiment side chain 15e and be delivered to storage bin 16 and stored.
Specific embodiment described herein is only explanation for example spiritual to the present invention.Technology neck belonging to of the invention
The technical staff in domain can be made various modifications or supplement or replaced using similar mode to described specific embodiment
Generation, but without departing from the spiritual of the present invention or surmount scope defined in appended claims.
Although more having used furnace of calcium carbide 1, carbide outlet 1a, carbide to collect shaping mechanism 2, continuous conveyer herein
Structure 3, carbide is collected shaping mechanism 4, carbide and collects molding assembly 5, mold chain 6, mold chain link 6a, aggregate bin 7, moulded side panel
8th, molding division board 9, molding isolation support plate 9a, cutting agency 10, upper head plate 10a, bottom plate 10b, carbide collect guide plate 11,
Carbide collect guide part 12, conveying frame 13, transportation sprocket 14, chain pulley seat 14a, internal trolley 14b, outer roller 14c, axis body 14d,
Wheel carrier 14e, engagement opening 14f, defining flange 14g, positioning tabletting 14h, interior slide rail 14i, external slide rail 14j, anti-sideslip flange
14k, discharging collecting mechanism 15, feeding material component 15a, dissepiment chain link 15b, dissepiment chain 15c, backplate 15d, dissepiment side chain 15e, bucket type
The terms such as elevator 15f, guiding hopper 15g, storage bin 16, but it is not precluded from the probability using other terms.Using these
Term is used for the purpose of more easily describing and explaining the essence of the present invention；It is construed as any additional restriction all
It is contrary with spirit of the invention.
Claims (10)
1. a kind of continuous way calcium carbide production collects discharge system, and including furnace of calcium carbide (1), described furnace of calcium carbide (1) is provided with least
One carbide exports (1a), it is characterised in that position corresponding with carbide outlet (1a) is provided with can be by row in carbide outlet (1a)
Setting position the company by the carbide discharge to the setting position after collection are collected and be delivered to the carbide in molten condition for going out
Continuous formula carbide collects shaping mechanism (2).
2. continuous way calcium carbide production according to claim 1 collects discharge system, it is characterised in that described continuous way electricity
Stone collects shaping mechanism (2) to be included circumferentially the continuous conveyer structure (3) of cycle rotation and to be fixed on the continuous way and convey
Carbide in mechanism (3) and with open portion collects shaping mechanism (4), collects shaping mechanism (4) when carbide and moves to continuous way
During conveying mechanism (3) end, the carbide is collected shaping mechanism (4) and occurs to overturn so as to the carbide discharge that will be collected to continuous way
Below conveying mechanism (3) end.
3. continuous way calcium carbide production according to claim 2 collects discharge system, it is characterised in that described carbide is collected
Shaping mechanism (4) include several successively arranged adjacent carbide collect molding assembly (5), described continuous conveyer structure
(3) annular mold chain (6) for being joined end to end by several mold chain links (6a) successively are included, described carbide is collected into
Type component (5) is corresponded with mold chain link (6a) and is fixedly connected with mold chain link (6a).
4. continuous way calcium carbide production according to claim 3 collects discharge system, it is characterised in that described carbide is collected
Molding assembly (5) is integrally formed with mold chain link (6a), is tightly connected between two adjacent mold chain links (6a), and carbide is collected
Molding assembly (5) includes that carbide of melting can be divided into the aggregate bin (7) of some block structures for several.
5. continuous way calcium carbide production according to claim 4 collects discharge system, it is characterised in that described carbide is collected
Molding assembly (5) includes the moulded side panel (8) positioned at mold chain link (6a) both sides, and is located in the middle of two formation of lots side plates (8)
An at least formation of lots division board (9), forms some separate aggregate bins (7), each two phase between two formation of lots side plates (8)
Moulded side panel (8) on adjacent mold chain link (6a) is corresponded and is arranged and mutual tight abutment.
6. continuous way calcium carbide production according to claim 4 collects discharge system, it is characterised in that per two adjacent castings
Labyrinth sealing connection is formed by cutting agency (10) between template strand section (6a), to march to continuous way defeated when cutting agency (10)
When sending mechanism (3) end, the cutting agency (10) on two adjacent mold chain links (6a) can be formed up and down dislocation so that under
Material mechanism (10) up withstands carbide and collects the carbide in molding assembly (5) and make carbide collect molding assembly (5) with carbide
It is estranged from.
7. continuous way calcium carbide production according to claim 6 collects discharge system, it is characterised in that described cutting agency
(10) include the upper head plate (10a) and bottom plate (10b) respectively positioned at mold chain link (6a) two ends, on a mold chain link (6a)
Upper head plate (10a) be pressed on the bottom plate (10b) on another adjacent mold chain link (6a) and formed sealing coordinate.
8. continuous way calcium carbide production according to claim 3 collects discharge system, it is characterised in that described carbide is collected
Shaping mechanism (4) also collects guide plate (11), described electricity including two blocks of carbides for being fixed on continuous conveyer structure (3) both sides
Stone is collected after guide plate (11) is bent to the direction that carbide collects molding assembly (5) and forms carbide collection guide part (12) and carbide
The end for collecting guide part (12) is located above carbide collection molding assembly (5).
9. continuous way calcium carbide production according to claim 3 collects discharge system, it is characterised in that described continuous way is defeated
Mechanism (3) is sent to include conveying frame (13) and be located at the transportation sprocket (14) at conveying frame (13) two ends, at least one conveying
Sprocket wheel (14) is connected with can make the transportation sprocket (14) produce the drive mechanism for circumferentially rotating, and mold chain link (6a) bottom is connected with
Roller, and be located at mold chain link (6a) and transportation sprocket (14) formation at continuous conveyer structure (3) two ends and engage.
10. continuous way calcium carbide production according to claim 1 collects discharge system, it is characterised in that described continuous way
Carbide is collected shaping mechanism (2) and is also associated with discharging collecting mechanism (15), described discharging collecting mechanism (15) connection storage bin
(16)。
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| CN201611219598.9A CN106524768B (en) | 2016-12-26 | 2016-12-26 | Continous way calcium carbide production collects discharge system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109607081A (en) * | 2019-01-11 | 2019-04-12 | 河南省德耀节能科技股份有限公司 | A kind of sack for transporting calcium carbide line and calcium carbide conveyor train |
| CN109607082A (en) * | 2019-01-11 | 2019-04-12 | 河南省德耀节能科技股份有限公司 | Calcium carbide pipeline and its delivery track |
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| CN204938990U (en) * | 2015-02-06 | 2016-01-06 | 包头市三合信息技术有限公司 | High temperature carbide liquid prilling granulator |
| CN106241809A (en) * | 2016-08-31 | 2016-12-21 | 浙江嵘润机械有限公司 | Carbide produces complete set of equipments |
| CN206347872U (en) * | 2016-12-26 | 2017-07-21 | 浙江嵘润机械有限公司 | Continous way calcium carbide production collects discharge system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109607081A (en) * | 2019-01-11 | 2019-04-12 | 河南省德耀节能科技股份有限公司 | A kind of sack for transporting calcium carbide line and calcium carbide conveyor train |
| CN109607082A (en) * | 2019-01-11 | 2019-04-12 | 河南省德耀节能科技股份有限公司 | Calcium carbide pipeline and its delivery track |
| CN109607081B (en) * | 2019-01-11 | 2024-01-16 | 河南省德耀节能科技股份有限公司 | Calcium carbide transportation line and calcium carbide transportation train |
| CN109607082B (en) * | 2019-01-11 | 2024-01-23 | 河南省德耀节能科技股份有限公司 | Calcium carbide conveying line and conveying track thereof |
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