CN207192800U - Continous way calcium carbide collects shaping mechanism - Google Patents
Continous way calcium carbide collects shaping mechanism Download PDFInfo
- Publication number
- CN207192800U CN207192800U CN201621440624.6U CN201621440624U CN207192800U CN 207192800 U CN207192800 U CN 207192800U CN 201621440624 U CN201621440624 U CN 201621440624U CN 207192800 U CN207192800 U CN 207192800U
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- Prior art keywords
- calcium carbide
- collects
- shaping mechanism
- continous way
- mold chain
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Abstract
The utility model belongs to calcium carbide manufacturing technology field, more particularly to a kind of continous way calcium carbide collects shaping mechanism.It solves prior art and designs the technical problem such as not reasonable.This continous way calcium carbide, which collects shaping mechanism, includes that circumferentially the continuous conveyer structure of cycle rotation and the calcium carbide for being fixed on the continuous conveyer structure and having open portion shaping mechanism can be collected, when calcium carbide, which collects shaping mechanism, moves to continuous conveyer structure end, the calcium carbide collects shaping mechanism and upset occurs so as to by below the calcium carbide discharge of collection to continuous conveyer structure end.Advantage is：1st, more reasonable, Optimizing Transport and forming process are designed, substantially increases the production efficiency of calcium carbide.The waste of calcium carbide powder when the 2nd, eliminating the place of broken needs, while avoiding broken.3rd, having on continuous conveyer structure, which can make calcium carbide collect molding assembly with calcium carbide, separates so as to make the cutting agency of the calcium carbide blanking after shaping, simple in construction, practical.
Description
Technical field
The utility model belongs to calcium carbide manufacturing technology field, more particularly to a kind of continous way calcium carbide collects shaping mechanism.
Background technology
Calcium carbide chemical name is referred to as calcium carbide, molecular formula CaC2, is the base stock of synthetic organic chemical manufacturing industry, calcium carbide
It is important basic chemical raw materials, mainly for generation of acetylene gas, is also used for organic synthesis, oxycetylene welding etc..Calcium carbide is inorganization
Compound, white crystal, industrial goods are grey black block, and section is purple or grey.Meet water and intense reaction occurs immediately, generate
Acetylene, and release heat.
Industrial production calcium carbide is continuous charging, melting continuously, intermittently come out of the stove.The method of industrial generally use is every at present
Every a period of time, calcium carbide finished product is discarded to splicing container out of furnace of calcium carbide, calcium carbide is cooled down by splicing container and
Shaping, after calcium carbide completely shaping, according to using needs, coarse crushed calcium-carbide is broken into the calcium carbide of fritter, in process of production, is
The replacement frequency of splicing container is reduced, splicing volume of a container is generally designed to larger, but the splicing of this Large Copacity
Container undoubtedly can significantly extend the cooling cycle of calcium carbide, influence the efficiency of calcium carbide production；In addition, in the shattering process of calcium carbide
In, not only need to put into outside extra labour and workshop, while noise pollution and air pollution can be produced.In order to
Solve the problems, such as that prior art is present, people have carried out long-term exploration, it is proposed that miscellaneous solution.
For example, Chinese patent literature discloses and a kind of is used for that liquid calcium carbide to be continuously shaped and device [the patent of continuous coo1ing
Number：CN203741048U], it include be used for accommodate liquid calcium carbide and make liquid calcium carbide be shaped to solid-state calcium carbide multiple moulds,
Continuous conveying mechanism and actuating unit；Wherein, the multiple mould is fixed on the continuous conveying mechanism, the continuous conveying
Mechanism is by the actuating unit passing power, so that the continuous conveying mechanism can be continuously run.Therefore, the utility model
Device can realize the continuously shaped of liquid calcium carbide and cooling, and final production goes out the block calcium carbide of certain specification, on the one hand reduced
Equipment investment, cooling workshop and crushing section are on the other hand saved, so as to improving the yield rate of calcium carbide.
Above-mentioned scheme improves the subproblem of prior art to a certain extent, and still, the program is also at least present
Following defect：Design unreasonable, the calcium carbide volume after shaping is still excessive, it is necessary to carry out broken technical problem.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, providing a kind of design more reasonable, the high continous way of production efficiency
Calcium carbide collects shaping mechanism.
To reach above-mentioned purpose, the utility model employs following technical proposal：This continous way calcium carbide collects shaping mechanism
Including that circumferentially the continuous conveyer structure of cycle rotation and can be fixed on the continuous conveyer structure and with open portion
Calcium carbide collects shaping mechanism, and when calcium carbide, which collects shaping mechanism, moves to continuous conveyer structure end, the calcium carbide collects shaping
Upset occurs for mechanism so as to by below the calcium carbide discharge of collection to continuous conveyer structure end.
In above-mentioned continous way calcium carbide collects shaping mechanism, described calcium carbide, which collects shaping mechanism, includes several successively
The calcium carbide of arranged adjacent collects molding assembly, and described continuous conveyer structure is included by several mold chain links successively head and the tail phase
The annular mold chain that company forms, described calcium carbide collect molding assembly and correspond with mold chain link and fixed with mold chain link
Connection.
In above-mentioned continous way calcium carbide collects shaping mechanism, described calcium carbide collects molding assembly and mold chain link one
It is molded, is tightly connected between adjacent two mold chain links, calcium carbide collects molding assembly can be by the calcium carbide of melting including several
It is divided into the aggregate bin of some block structures.
In above-mentioned continous way calcium carbide collects shaping mechanism, described calcium carbide, which collects molding assembly, to be included being located at mold chain
Save the moulded side panel of both sides, and at least formation of lots division board among two formation of lots side plates, between two formation of lots side plates
Form some separate aggregate bins, the moulded side panel on the adjacent mold chain link of each two, which corresponds, to be set and mutually tight
It is close against.
It is some provided with aggregate bin can be divided into described aggregate bin in above-mentioned continous way calcium carbide collects shaping mechanism
Gather materials Zhi Dou shaping isolation support plate, described shaping isolation support plate be arranged on mold chain link and with mold chain link one into
Type.
In above-mentioned continous way calcium carbide collects shaping mechanism, pass through cutting agency between every two adjacent mold chain links
Labyrinth sealing connection is formed, when cutting agency marches to continuous conveyer structure end, on adjacent two mold chain links
Cutting agency can be formed up and down dislocation so that cutting agency up withstand calcium carbide collect molding assembly in calcium carbide and make electricity
Stone is collected molding assembly with calcium carbide and separated.
In above-mentioned continous way calcium carbide collects shaping mechanism, described cutting agency includes being located at mold chain link two respectively
The upper head plate and bottom plate at end, the upper head plate on a mold chain link are pressed on the bottom plate on another adjacent mold chain link
Go up and form sealing and coordinate.
In above-mentioned continous way calcium carbide collects shaping mechanism, described calcium carbide, which collects shaping mechanism, also includes two pieces of fixations
Calcium carbide in continuous conveyer structure both sides collects guide plate, and described calcium carbide collects guide plate and collects molding assembly to calcium carbide
The end that calcium carbide collection guide part and calcium carbide collection guide part are formed after the bending of direction is located above calcium carbide collection molding assembly.
In above-mentioned continous way calcium carbide collects shaping mechanism, described continuous conveyer structure includes conveying frame and position
Transportation sprocket in conveying frame both ends, at least one transportation sprocket, which is connected with, can make the transportation sprocket produce what is circumferentially rotated
Drive mechanism, mold chain link bottom are connected with roller, and positioned at the mold chain link and transportation sprocket at continuous conveyer structure both ends
Form engagement.
In above-mentioned continous way calcium carbide collects shaping mechanism, set between described continuous conveyer structure and conveying frame
There is laterally steering mechanism, described laterally steering mechanism includes the slide track component being arranged in conveying frame, described continous way
The rolling assembly being laterally pressed on slide track component is connected with conveying mechanism.
Compared with prior art, it is the advantages of this continous way calcium carbide collection shaping mechanism：1st, it is more reasonable to design, optimization
Transport and forming process, substantially increase the production efficiency of calcium carbide.2nd, continous way calcium carbide, which collects shaping mechanism, will melt electricity
Stone is molded into the calcium carbide of fritter, the waste of calcium carbide powder when not only eliminating the place of broken needs, while avoiding broken.3、
Having on continuous conveyer structure, which can make calcium carbide collect molding assembly with calcium carbide, separates so as to make under the calcium carbide after shaping
The cutting agency of material, it is simple in construction, it is practical.
Brief description of the drawings
Fig. 1 is the front view that calcium carbide provided by the utility model collects shaping mechanism.
Fig. 2 is the top view that calcium carbide provided by the utility model collects shaping mechanism.
Fig. 3 is the left view that calcium carbide provided by the utility model collects shaping mechanism.
Fig. 4 is the schematic enlarged-scale view in A portions in Fig. 4.
Fig. 5 is the schematic enlarged-scale view in B portions in Fig. 4.
Fig. 6 is the structural representation of part mold chain.
Fig. 7 is the structure sectional view of mold chain.
In figure, continuous conveyer structure 3, calcium carbide collect shaping mechanism 4, calcium carbide collection molding assembly 5, mold chain 6, casting
Template strand section 6a, aggregate bin 7, branch of gathering materials bucket 7a, moulded side panel 8, shaping division board 9, shaping isolation support plate 9a, cutting agency 10,
Upper head plate 10a, bottom plate 10b, calcium carbide collect guide plate 11, calcium 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 pressure
Piece 14h, interior slide rail 14i, external slide rail 14j, anti-sideslip flange 14k, laterally steering mechanism 17, slide track component 18, rolling assembly 19.
Embodiment
The present invention will be further described in detail with reference to the accompanying drawings and detailed description.
As shown in figs. 1-7, this continous way calcium carbide collect shaping mechanism include can circumferentially cycle rotation continous way conveying
Mechanism 3 and be fixed on the continuous conveyer structure 3 and the calcium carbide with open portion collects shaping mechanism 4, when calcium carbide collect into
When type mechanism 4 moves to continuous conveyer 3 end of structure, the calcium carbide collects shaping mechanism 4 and upset occurs so as to by collection
Below calcium carbide discharge to the end of continuous conveyer structure 3.
In this application, collected and be molded to continous way calcium carbide by the calcium carbide direct pouring for the molten condition for exporting calcium carbide
Calcium carbide straight forming can be made to remove broken link from, while save crushing plant and labor into the calcium carbide of fritter in mechanism
Power, in continuous conveyer structure 3 in the transportation of calcium carbide, making calcium carbide be cooled down and be molded, and in end blanking extremely
Specified location.
Specifically, calcium carbide collect shaping mechanism 4 include several successively arranged adjacent calcium carbide collect molding assembly 5,
Continuous conveyer structure 3 includes the annular mold chain 6 to be joined end to end successively by several mold chain links 6a, and calcium carbide is collected
Molding assembly 5 is corresponded with mold chain link 6a and is fixedly connected with mold chain link 6a.Continuous conveyer structure 3 drives mold chain
Section 6a does circulating circumferentially rotate.
It is integrally formed specifically, calcium carbide collects molding assembly 5 and mold chain link 6a, between adjacent two mold chain link 6a
It is tightly connected, calcium carbide, which collects molding assembly 5, includes several aggregate bins 7 that calcium carbide of melting can be divided into some block structures.
Further, calcium carbide collects the moulded side panel 8 that molding assembly 5 includes being located at mold chain link 6a both sides, and is located at
An at least formation of lots division board 9 among two formation of lots side plate 8, some separate collection are formed between two formation of lots side plates 8
Hopper 7, the moulded side panel 8 on the adjacent mold chain link 6a of each two, which corresponds, to be set and mutual tight abutment.In aggregate bin 7
Interior to be provided with the shaping isolation support plate 9a that aggregate bin 7 be divided into some branch bucket 7a that gather materials, shaping isolation support plate 9a is arranged at mold
It is integrally formed on chain link 6a and with mold chain link 6a.Shaping division board 9 and shaping isolation support plate 9a can form several and gather materials
Branch bucket 7a, so as to which calcium carbide to be molded into the small piece of calcium carbide of rule, the forming shape of calcium carbide can certainly be it is irregular, only
Change the arrangement mode that shaping division board 9 isolates support plate 9a with shaping, this molding mode can remove traditional break from
Broken process, cooling is not only saved with crushing required production cost, while the cooling cycle of calcium carbide can be greatly shortened,
Improve production efficiency.Meanwhile increase mold chain link 6a and moulded side panel 8, shaping division board 9, be molded isolation support plate 9a's
Thickness can effectively accelerate the cooling of calcium carbide.
Labyrinth sealing is formed by cutting agency 10 to connect, work as cutting agency between per two adjacent mold chain link 6a
10 when marching to continuous conveyer 3 end of structure, and the cutting agency 10 on adjacent two mold chain link 6a can form mistake up and down
Position is so that cutting agency 10 up withstands calcium carbide and collects the calcium carbide in molding assembly 5 and calcium carbide is collected molding assembly with calcium carbide
5 separate.Labyrinth sealing connection is similarly formed between the moulded side panel 8 abutted, for improving sealing.
Cutting agency 10 includes the upper head plate 10a and bottom plate 10b for being located at mold chain link 6a both ends respectively, a mold chain
Save on the bottom plate 10b that the upper head plate 10a on 6a is pressed on another adjacent mold chain link 6a and form sealing and coordinate.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 jacks up, and calcium carbide is mutually disengaged with previous mold chain link 6a, so as to make the easier whereabouts of calcium carbide.
Prioritization scheme, calcium carbide, which collects shaping mechanism 4, also includes the two pieces of calcium carbides for being fixed on the both sides of continuous conveyer structure 3 receipts
Collect guide plate 11, formation calcium carbide collects guide part after calcium carbide collects direction bending of the guide plate 11 to calcium carbide collection molding assembly 5
12 and calcium carbide collect the end of guide part 12 and be located at calcium carbide and collect above molding assembly 5.By setting calcium carbide to collect guide plate 11
Enable to calcium carbide accurately to drop into calcium carbide collection shaping mechanism 4 to avoid wasting, in addition with beneficial to equipment cleaning.
In addition, continuous conveyer structure 3 includes conveying frame 13 and the transportation sprocket 14 positioned at the both ends of conveying frame 13, extremely
A rare transportation sprocket 14, which is connected with, can make the transportation sprocket 14 produce the drive mechanism circumferentially rotated, mold chain link 6a bottoms
Roller is connected with, and the mold chain link 6a positioned at the both ends of continuous conveyer structure 3 is formed with transportation sprocket 14 and engaged.Simultaneously even
Laterally steering mechanism 17 is provided between continuous formula conveying mechanism 3 and conveying frame 13, laterally steering mechanism 17 includes being arranged at conveying
Slide track component 18 in frame 13, the rolling assembly 19 being laterally pressed on slide track component 18 is connected with continuous conveyer structure 3.
Specifically, slide track component 18, which includes interior slide rail 14i and external slide rail 14j, described rolling assembly 19, includes internal trolley
14b and outer roller 14c, described internal trolley 14b are laterally pressed on interior slide rail 14i, and described outer roller 14c is laterally pressed on outer cunning
On rail 14j, anti-sideslip flange 14k is respectively equipped with internal trolley 14b and outer roller 14c.Internal trolley 14b by wheel carrier 14e with
Mold chain link 6a is fixedly connected, and internal trolley 14b both sides are respectively equipped with a wheel carrier 14e, and axle is equipped with described internal trolley
Body, 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 with
Positioning tabletting 14h is connected, and remotely located tabletting 14h one end is provided with outer roller 14c, described conveying on described axis body 14d
Sprocket wheel 14 is provided with the engagement opening 14f that can be engaged with internal trolley or outer roller, and rotary driver is connected with transportation sprocket 14.
In the present embodiment, furnace of calcium carbide, which is produced, exports 1a by calcium carbide after the calcium carbide of molten condition and is cast to continous way electricity
Stone is collected on shaping mechanism, and the continous way calcium carbide collection shaping mechanism 2 collected by continous way calcium carbide on shaping mechanism 2 is carried out into
Type, and transported by continuous conveyer structure 3, the calcium carbide after shaping forms the fritter of matrix, passes through the blanking machine of end
Calcium carbide after shaping is placed on specified location by structure.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement to described specific embodiment or using similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although more having used herein, continuous conveyer structure 3, calcium carbide collect shaping mechanism 4, calcium carbide collects shaping group
Part 5, mold chain 6, mold chain link 6a, aggregate bin 7, branch of gathering materials bucket 7a, moulded side panel 8, shaping division board 9, shaping isolation branch
Plate 9a, cutting agency 10, upper head plate 10a, bottom plate 10b, calcium carbide collect guide plate 11, calcium carbide collects guide part 12, conveyer
Frame 13, transportation sprocket 14, chain pulley seat 14a, internal trolley 14b, outer roller 14c, axis body 14d, wheel carrier 14e, engagement opening 14f, limit
Position flange 14g, positioning tabletting 14h, interior slide rail 14i, external slide rail 14j, anti-sideslip flange 14k, laterally steering mechanism 17, slide rail group
The terms such as part 18, rolling assembly 19, but it is not precluded from the possibility using other terms.Using these terms just for the sake of more
Easily describe and explain essence of the present utility model；It is all new with this practicality to be construed as any additional limitation
Type spirit is disagreed.
Claims (10)
1. a kind of continous way calcium carbide collects shaping mechanism, it is characterised in that including can circumferentially cycle rotation continous way conveying
Mechanism (3) and the calcium carbide for being fixed on the continuous conveyer structure (3) and having open portion collect shaping mechanism (4), work as calcium carbide
Shaping mechanism (4) is collected when moving to continuous conveyer structure (3) end, the calcium carbide collect shaping mechanism (4) occur upset from
And can be by below the calcium carbide discharge of collection to continuous conveyer structure (3) end.
2. continous way calcium carbide according to claim 1 collects shaping mechanism, it is characterised in that described calcium carbide collects shaping
Mechanism (4) include several successively arranged adjacent calcium carbide collect molding assembly (5), described continuous conveyer structure (3) bag
The annular mold chain (6) to be joined end to end successively by several mold chain links (6a) is included, described calcium carbide collects shaping group
Part (5) is corresponded with mold chain link (6a) and is fixedly connected with mold chain link (6a).
3. continous way calcium carbide according to claim 2 collects shaping mechanism, it is characterised in that described calcium carbide collects shaping
Component (5) is integrally formed with mold chain link (6a), is tightly connected between adjacent two mold chain links (6a), and calcium carbide collects shaping
Component (5) includes several aggregate bins (7) that calcium carbide of melting can be divided into some block structures.
4. continous way calcium carbide according to claim 3 collects shaping mechanism, it is characterised in that described calcium carbide collects shaping
Component (5) includes the moulded side panel (8) positioned at mold chain link (6a) both sides, and among two formation of lots side plates (8) at least
One formation of lots division board (9), some separate aggregate bins (7) is formed between two formation of lots side plates (8), each two is adjacent
Moulded side panel (8) on mold chain link (6a) corresponds setting and mutual tight abutment.
5. continous way calcium carbide according to claim 4 collects shaping mechanism, it is characterised in that in described aggregate bin (7)
Isolate support plate (9a), described shaping isolation support plate provided with the shaping that aggregate bin (7) can be divided into some Zhi Dou that gather materials (7a)
(9a) is arranged on mold chain link (6a) and is integrally formed with mold chain link (6a).
6. continous way calcium carbide according to claim 3 collects shaping mechanism, it is characterised in that per two adjacent mold chains
Labyrinth sealing is formed between section (6a) by cutting agency (10) to connect, when cutting agency (10) marches to continuous conveyer
During structure (3) end, the cutting agency (10) on adjacent two mold chain links (6a) can form dislocation up and down so that blanking machine
Structure (10), which up withstands calcium carbide and collects the calcium carbide in molding assembly (5) and calcium carbide is collected molding assembly (5) with calcium carbide, to be occurred to divide
From.
7. continous way calcium carbide according to claim 6 collects shaping mechanism, it is characterised in that described cutting agency (10)
Including upper on the upper head plate (10a) and bottom plate (10b) at mold chain link (6a) both ends, a mold chain link (6a) respectively
On the bottom plate (10b) that end plate (10a) is pressed on another adjacent mold chain link (6a) and formed sealing coordinate.
8. continous way calcium carbide according to claim 2 collects shaping mechanism, it is characterised in that described calcium carbide collects shaping
Mechanism (4) also includes two blocks of calcium carbides for being fixed on continuous conveyer structure (3) both sides and collects guide plate (11), and described calcium carbide is received
Collect guide plate (11) to collect to formation calcium carbide collection guide part (12) after the direction bending of calcium carbide collection molding assembly (5) and calcium carbide
The end of guide part (12) is located at calcium carbide and collected above molding assembly (5).
9. continous way calcium carbide according to claim 3 collects shaping mechanism, it is characterised in that described continuous conveyer
Structure (3) includes conveying frame (13) and the transportation sprocket (14) positioned at conveying frame (13) both ends, at least one transportation sprocket
(14) being connected with can make the transportation sprocket (14) produce the drive mechanism circumferentially rotated, and mold chain link (6a) bottom is connected with rolling
Wheel, and the mold chain link (6a) positioned at continuous conveyer structure (3) both ends is formed with transportation sprocket (14) and engaged.
10. continous way calcium carbide according to claim 9 collects shaping mechanism, it is characterised in that described continous way conveying
Laterally steering mechanism (17) is provided between mechanism (3) and conveying frame (13), described laterally steering mechanism (17) includes setting
Laterally slide track component is pressed in being connected with the slide track component (18) in conveying frame (13), described continuous conveyer structure (3)
(18) rolling assembly (19) on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621440624.6U CN207192800U (en) | 2016-12-26 | 2016-12-26 | Continous way calcium carbide collects shaping mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621440624.6U CN207192800U (en) | 2016-12-26 | 2016-12-26 | Continous way calcium carbide collects shaping mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207192800U true CN207192800U (en) | 2018-04-06 |
Family
ID=61792224
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621440624.6U Expired - Fee Related CN207192800U (en) | 2016-12-26 | 2016-12-26 | Continous way calcium carbide collects shaping mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207192800U (en) |
-
2016
- 2016-12-26 CN CN201621440624.6U patent/CN207192800U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180406 Termination date: 20181226 |