CN206104547U - Cut deal production line - Google Patents
Cut deal production line Download PDFInfo
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- CN206104547U CN206104547U CN201621176660.6U CN201621176660U CN206104547U CN 206104547 U CN206104547 U CN 206104547U CN 201621176660 U CN201621176660 U CN 201621176660U CN 206104547 U CN206104547 U CN 206104547U
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Abstract
The utility model provides a cut deal production line, cut deal production line includes: the main line that rolls is including the main line export roller way that rolls, the shear line is including the shear line approach table, the delay table is located main rolling between line and the shear line, and the delay table is respectively with mainly roll line export roller way and the shear line approach table is sharp the connection. Roll line and shear line with the owner and pass through delay table lug connection, can directly enter into the shear line through the delay table through the main mother board that rolls line production and cut, can improve the lumber recovery, the quantity that can reduce to get into the mother board of cold bed subassembly simultaneously to improve the availability factor of cold bed, and then improved cut deal production line's production efficiency.
Description
Technical field
This utility model is related to metallurgical technical field of steel rolling, specifically a kind of Heavy Plate Production line.
Background technology
Cut deal mill is typically made up of Ban Jiaqu, Zhu Zha area, cold bed area, shearing line and Runout area etc..Steel plate Jing
Ban Jia areas heat, and after Zhu Zha areas complete the operations such as rolling, cool down into cold bed area as needed, shearing line are entered back into afterwards complete
Into cutting operation.As shown in figure 1, cut deal mill of the prior art typically has with lower component：Milling train 1, roller-way 2,
Pre-straightening machine 3, quickly cooling device 4, thermal straightening machine 5, main rolling line runout table 6 (thermal straightening machine runout table), cold bed area is defeated
Enter roller-way 7, cold bed 8, cold bed 9 checks reconditioning stand 10, and panel turnover machine 11, cold bed area runout table 12 (checks that reconditioning stand 10 is defeated
Go out roller-way), shearing line inlet roller way 13 (crop cuts approach table), crop cuts 14, bilateral scissors 15, fixed size scissors 16.Prior art
In technology arrangement mode be main rolling line with shearing line in the entering of cold bed area, Way out staggers and is arranged in parallel.I.e. main rolling line
Runout table 6 is connected with cold bed area approach table 7, and shearing line inlet roller way 13 is then connected with cold bed area runout table 12, cold bed
Area's approach table 7 is separated by a distance along vertical rolling direction (i.e. vertical roller-way centerline direction) with cold bed area runout table 12
It is arranged in parallel.Under this arrangement, all steel plates from main rolling line into shearing line all have to pass through cold bed area, are brought
Subject matter be：The length of rolled piece is affected by cold bed width, and (expansion of cold bed width is limited by plant designing and investment etc.
System), it is unfavorable for that flexible organization is produced, it is unfavorable for improving lumber recovery；In addition, cold bed is typically to affect production on Heavy Plate Production line
The important bottleneck of efficiency, in the case where main rolling line and shearing line are arranged in parallel, also necessary Jing is cold for the relatively low steel plate of some temperature
Bed enters shearing line, have impact on the service efficiency of cold bed.
Thus, this utility model people proposes a kind of Heavy Plate Production by the experience and practice of being engaged in relevant industries for many years
Line and production method, to overcome the defect of prior art.
Utility model content
The purpose of this utility model is to provide a kind of Heavy Plate Production line, to improve the production efficiency of cut deal and become a useful person
Rate.
Another object of the present utility model is to provide a kind of Heavy Plate Production line, to improve cold bed service efficiency.
This utility model solves the technical scheme that its technical problem adopted：A kind of Heavy Plate Production line, cut deal life
Producing line includes：Main rolling line, including main rolling line runout table；Shearing line, including shearing line approach table；Delay table, positioned at master
Between rolling line and shearing line, delay table is linearly connected respectively with main rolling line runout table and shearing line approach table.
Further, Heavy Plate Production line also includes cold bed component, and cold bed component is arranged between main rolling line and shearing line,
Cold bed component and delay table at least side lateral connection.
Further, Heavy Plate Production line also includes detection components, and detection components are arranged at main rolling line runout table.
Further, cold bed component includes the first cold bed and the second cold bed, and delay table includes：Inlet roller way, is arranged on
At first cold bed, inlet roller way is connected with main rolling line runout table, and inlet roller way is the approach table of the first cold bed；Connection roll
Road, is arranged at the second cold bed, and connection roller-way is connected with inlet roller way, connects the approach table that roller-way is the second cold bed.
Further, cold bed component also includes checking the defeated of reconditioning stand, the runout table of the first cold bed and the second cold bed
Go out roller-way to be connected with the approach table for checking reconditioning stand, delay table also includes outlet roller-way, outlet roller-way is arranged on inspection
Look at reconditioning stand, outlet roller-way two ends respectively be connected roller-way and the connection of shearing line approach table, export roller-way and repair for inspection
The runout table of mill stand.
Further, main rolling line includes milling train, pre-straightening machine, quickly cooling device and the thermal straightening machine being sequentially connected, heat
Straightener rear end connects main rolling line runout table.
Further, shearing line include the crop that is sequentially connected cut, bilateral scissors and fixed size scissors, crop cuts front end connection shearing
Line approach table.
The beneficial effects of the utility model are：
1st, the production of milling train can not consider cold bed width, and length of rolled piece can consider blank and roll according to order
The flexible organization production of situations such as function power, realizes many multiple length rollings of overlength.In the case that this steel plate length exceeds cold bed width,
Steel plate thickness is generally relatively thin, and temperature is generally relatively low, therefore steel plate is out not required to afterwards directly pass through roller through cold bed from main rolling line
Road enters shearing line shearing.The largest benefit of overlength many multiple lengths rolling is to make the average shear amount of waste of monolithic finished steel plate significantly
Reduce, so as to be conducive to improving lumber recovery.
2nd, the thinner thickness of main rolling line production or through the relatively low steel plate of the temperature of fast cooling device water-cooled, goes out from main rolling line
Directly subsequent handling can be completed into shearing line by roller transport without cold bed after coming, therefore be reduced into cold bed cooling
Steel plate number, it is to avoid a large amount of satisfactions are waited in line on cold bed, take cold bed into the relatively low steel plate of the temperature that shearing line is required
Area, the cooling capacity of waste cold bed, therefore the service efficiency of cold bed is also just improve, cold bed has been extenuated as production line bottleneck
Restricted influence to production capacity, optimizes the logistics in cold bed region.
Description of the drawings
The Figure of description for constituting the part of the application is used for providing further understanding to of the present utility model, this practicality
New schematic description and description is used to explain this utility model, does not constitute to improper restriction of the present utility model.
In the accompanying drawings：
Fig. 1 is the structural representation of prior art Heavy Plate Production line；
Fig. 2 is the structural representation of this utility model Heavy Plate Production line embodiment；
Fig. 3 is the schematic flow sheet of this utility model Heavy Plate Production method.
Reference in figure：1st, milling train；2nd, the first roller-way；3rd, pre-straightening machine；4th, quickly cooling device；5th, thermal straightening machine；
6th, main rolling line runout table；7th, cold bed area approach table；8th, the first cold bed；9th, the second cold bed；10th, reconditioning stand is checked；11st, turn over
Trigger；12nd, cold bed area outlet roller-way；13rd, shearing line approach table；14th, crop is cut；15th, bilateral scissors；16th, fixed size scissors；17th, in
Between roller-way；171st, inlet roller way；172nd, roller-way is connected；173rd, roller-way is exported；18th, the second roller-way；19th, the 3rd roller-way.
Specific embodiment
It should be noted that in the case where not conflicting, the feature in embodiment and embodiment in the application can phase
Mutually combination.Below with reference to the accompanying drawings and in conjunction with the embodiments describing this utility model in detail.
As shown in Fig. 2 this utility model embodiment provides a kind of Heavy Plate Production line, Heavy Plate Production line includes that master rolls
Line, shearing line, cold bed component and the delay table between main rolling line and shearing line 17.Main rolling line includes main rolling line outlet roller
Road 6.Shearing line includes shearing line approach table 13.Delay table 17 respectively with main rolling line runout table 6 and shearing line input roller
Road 13 linearly connects, i.e.,：The centrage of main rolling line runout table 6, the centrage of delay table 17 and shearing line approach table
13 centrage is respectively positioned on same straight line.Cold bed component is arranged between main rolling line and shearing line, cold bed component and intermediate calender rolls
At least side lateral connection of road 17, above-mentioned is laterally perpendicular to the direction of the centrage of delay table 17 in Fig. 2.
Main rolling line is directly connected to shearing line by delay table 17, can directly be led to through the motherboard of main rolling line production
Cross delay table 17 and enter in shearing line and sheared, the quantity of the motherboard into cold bed component can be reduced, so as to improve
The service efficiency of cold bed, and then improve the production efficiency of Heavy Plate Production line.
Needs say that the cold bed component in this utility model embodiment is cold bed area commonly used in the prior art.
As shown in Fig. 2 main rolling line includes milling train 1, pre-straightening machine 3, quickly cooling device 4 and the thermal straightening machine being sequentially connected
The first roller-way 2 between 5 and the above-mentioned each part of connection, the rear end of thermal straightening machine 5 reconnects main rolling line runout table 6.Shearing line
14, bilateral scissors 15 and fixed size scissors 16 are cut including the crop being sequentially connected and for connecting the second roller-way between above-mentioned each part
18, crop cuts 14 front ends and reconnects shearing line approach table 13.
Delay table 17 in this utility model embodiment includes the first connection status and the second connection status, connects first
When connecing state, main rolling line is directly connected to shearing line by delay table 17.In the second connection status, main rolling line, cold bed group
Part and shearing line are sequentially connected by delay table 17.
Specifically, one end of delay table 17 is connected with main rolling line runout table 6, the other end and the shearing of delay table 17
Line approach table 13 connects.It is direct by one end of delay table 17 through the motherboard of main rolling line production in the first connection status
It is delivered to the other end of delay table 17 (i.e. being delivered directly to the right side of delay table 17 in Fig. 2 from the left side of delay table 17)
And enter in shearing line and carry out shearing manipulation.In first connection status, motherboard need not move through cold bed component carry out it is cold
But.In the second connection status, through main rolling line production motherboard by delay table 17 one end (left end in Fig. 2) along perpendicular to
The direction of delay table centrage is moved horizontally to cold bed component (i.e. downwardly direction is moved horizontally along Fig. 2), and motherboard is cold
Export again after cooling to the other end of delay table 17 (right-hand member in Fig. 2) in bed component, and enter in shearing line and carry out
Shearing.
Heavy Plate Production line in this utility model embodiment also includes detection components (not shown), and detection components are arranged on
At main rolling line runout table 6 or delay table 17 end, detection components can be according to tested on main rolling line runout table 6
The state-driven delay table 17 of object (i.e. above-mentioned motherboard) switches between the first connection status and the second connection status.If
Put detection components, it is therefore an objective to need to select the transportation route of motherboard according to the condition and technique of motherboard.The detection components
Installation site does not produce restriction, installation that can be according to different environment and job demand to detection components to this utility model
Position is changed, but all should be within the protection domain of the application.
Detection components in this utility model embodiment are the pyrometer being arranged on main rolling line runout table 6, the high temperature
Meter can measure the temperature of motherboard.Each roller-way equipment on Heavy Plate Production line in the present embodiment is provided with the detection such as grating
Element, to determine the run location of motherboard.
As shown in Fig. 2 cold bed component includes the first cold bed 8 and the second cold bed 9.First cold bed 8 is parallel with the second cold bed 9 simultaneously
Row arrange, and the length of the first cold bed 8 and the second cold bed 9 (above-below direction is the length of the first cold bed 8 and the second cold bed 9 in Fig. 2
Degree direction) it is equal.Delay table 17 includes inlet roller way 171 and connection roller-way 172.Inlet roller way 171 is arranged on the first cold bed 8
Place, one end of inlet roller way 171 is connected with main rolling line runout table 6, and one end of the inlet roller way 171 is the one of delay table 17
End, and the inlet roller way 171 is the approach table of the first cold bed 8.Connection roller-way 172 is arranged at the second cold bed 9, connection roll
Road 172 is connected with inlet roller way 171, connects approach table of the roller-way 172 for the second cold bed 9.
It should be noted that the inlet roller way 171 and connection roller-way 172 in this utility model embodiment can make motherboard
Move or can make motherboard direction movement along Fig. 2 from top to bottom in direction along Fig. 2 from left to right.
Cold bed component also includes inspection reconditioning stand 10, and on the inspection reconditioning stand 10 panel turnover machine 11 is provided with.First is cold
8 runout table of bed and the runout table of the second cold bed 9 are respectively positioned on lower section, the i.e. runout table and second of the first cold bed 8 in Fig. 2
The runout table of cold bed 9 is sequentially connected and (the 3rd roller-way 19 below cold bed is located in Fig. 2, is the outlet roller of above-mentioned first cold bed 8
The runout table in road and the second cold bed 9).The runout table of the second cold bed 9 is connected with the approach table for checking reconditioning stand 10, the
The motherboard being cooled in one cold bed 8 and the second cold bed 9 can be delivered in inspection reconditioning stand 10 to carry out checking the operation such as reconditioning.
Delay table 17 in this utility model embodiment also includes outlet roller-way 173, and outlet roller-way 173 is arranged on inspection reconditioning stand
At 10, outlet one end of roller-way 173 connects with roller-way 172 is connected, and the other end for exporting roller-way 173 connects with shearing line approach table 13
Connect, the other end of the outlet roller-way 173 in this utility model embodiment is the other end of delay table 17.Exporting roller-way 173 is
Check the runout table of reconditioning stand 10.
It should be noted that the concrete composition of main rolling line, shearing line and cold bed component is not in this utility model embodiment
It is limited to the above, to increase corresponding assembly according to different working environments or corresponding assembly can be reduced.Deformation above
Mode all should belong within protection domain of the present utility model.
As shown in figure 3, this utility model additionally provides a kind of Heavy Plate Production method, using above-mentioned Heavy Plate Production line
Produced, Heavy Plate Production method is comprised the following steps：Step 1, the main rolling lines of blank Jing are rolled into into motherboard.Step 2, basis
The length and/or temperature of motherboard, by main rolling line is fed directly to motherboard shearing line or is delivered to motherboard by main rolling line cold
Bed component, then motherboard is delivered to into shearing line by cold bed component.Step 3, motherboard is sheared in shearing line.
Specifically, step 1 is comprised the following steps：Blank come out of the stove after Jing high-pressure water descalings, subsequently into roller-way 2 and be delivered to
Milling train 1, blank Jing milling trains 1 are rolled into motherboard.The motherboard pre-straightening of Jing pre-straightenings machine 3, the water-cooled of Jing quickly cooling devices 4, again successively
Jing thermal straightening machines 5 are aligned, and finally transfer out Zhu Zha areas by main rolling line runout table 6 (i.e. thermal straightening machine runout table).
Less than the width of the second cold bed 9, the width of the second cold bed 9 is a to the width of above-mentioned first cold bed 8, and step 2 includes：
When the length of motherboard is more than a, motherboard is fed directly to into shearing line approach table by main rolling line runout table 6
13.When the length of motherboard is less than a and the motherboard temperature is more than 400 DEG C, motherboard is delivered to by main rolling line runout table 6 cold
Bed component, then motherboard is delivered to into shearing line approach table 13 by cold bed component.When the length of motherboard is less than less than a and temperature
When 400 DEG C, motherboard is fed directly to into shearing line approach table 13 by main rolling line runout table 6, or by motherboard by main rolling line
Runout table 6 is delivered to cold bed component and is cooled down, then motherboard is delivered to into shearing line approach table 13 by cold bed component, i.e., when
When the length of motherboard is less than 400 DEG C less than a and temperature, motherboard can select to be fed directly to shearing line approach table 13, also may be used
To select first to be delivered to after cold bed component to be delivered to shearing line approach table 13 again.
It should be noted that in this utility model embodiment, it is female when the length of motherboard is more than the width a of the second cold bed
The thickness of plate is generally less than 20mm, under this kind of situation, motherboard temperature drop speed, and when it runs to delay table 17, temperature
Less than 400 DEG C.And the motherboard of normal thickness, during into cold bed component, the temperature of motherboard is at 600 DEG C～700 DEG C or so.
Because the motherboard cooled down without the need for cold bed component transports directly to enter by delay table 17 in this utility model embodiment
Enter shearing line, it is to avoid Route Dependence unnecessary occupancy cold bed, it also avoid that crane handling motherboard is offline and reach the standard grade again caused by
The logistics of cold bed component complicate, make the utilization ratio of cold bed component higher.
When motherboard is transported to cold bed component, the motherboard is cooled down through the air cooling of the first cold bed 8 and/or the second cold bed 9,
(temperature can need to be changed according to unlike material, be not changeless after motherboard is cooled to less than 400 DEG C
Numerical value) inspection reconditioning stand 10 is transferred to, through checking and being delivered at the outlet roller-way 173 of delay table 17 after reconditioning,
And it is delivered to shearing line through outlet roller-way 173.
As shown in figure 3, above-mentioned steps 3 include, motherboard enters into crop cuts 14 carries out crop end, then goes through bilateral scissors
15 carry out trimming, enter finally into and carry out in fixed size scissors 16 scale or sampling.
Heavy Plate Production line and Heavy Plate Production method and cut deal of the prior art in this utility model embodiment
The application example contrast of production line and Heavy Plate Production method is specific as follows：
Assume that cold bed Breadth Maximum is designed as 52m (the maximum cold bedside degree of current Domestic Plate factory is 52m), in figure
In the case that 1 main rolling line is arranged with shearing line interleaved parallel, the fertile motherboard greatest length of the institute of milling train 1 is less than 52m.It is false
If steel grade Q235, finished steel plate length 10m, width 2500mm, steel plate thickness 12mm, it is considered to which 5 multiple length mill lengths select base, motherboard
Of length no more than 52m.Under the technology arrangement that the main rolling line of this utility model shown in Fig. 2 is directly connected with shearing line, to same
Finished steel plate specification, it is considered to the rolling of overlength many multiple lengths, under the conditions of current rolling technique, it is possible to achieve 10 multiple lengths are rolled,
That is motherboard length is more than 100m.Therefore, the finished steel plate of 10 pieces of above-mentioned specifications is produced, under the deployment scenarios of Fig. 1,2 pieces is needed
Blank, under Fig. 2 technology arrangements of the present utility model, 1 block of blank can meet requirement.
In shear history, end to end shearing displacement considers that respectively edge is per side shearing displacement to motherboard according to 500mm for every piece of motherboard
50mm.Motherboard sampling requirement is pressed, every motherboard samples the width 200mm (examinations that specimen width is sheared i.e. along motherboard length direction
Sample ruler cun)；Additionally, during cutting to length, every motherboard all must be reserved in plate tail～the pressing plate function space of 150mm, this part
Finally become shearing waste material.
To sum up, it is length 10m, width 2500mm, the steel plate of thickness 12mm to produce 10 block specifications, under Fig. 1 deployment scenarios,
Waste material (the contain sample) total length sheared on steel plate length direction is：500mm × 2 × 2+200mm × 2+150mm × 2=
2700mm；Under the conditions of Fig. 2 technology arrangements of the present utility model, waste material (the containing sample) overall length sheared on steel plate length direction
Spend and be：500mm × 2+200mm+150mm=1350mm.Motherboard edge shearing displacement is considered further that per side 50mm, calculating shows, at this
Under the technology arrangement that the main rolling line of utility model is directly connected with shearing line, can reduce by more than 20% shearing amount of waste.Hypothesis is cut
The waste material gross weight cut is about 5.5% with respect to the ratio of blank, that is, shear impact of the waste material ratio to lumber recovery percentage ratio and account for
To～5.5%, then by above-mentioned analysing content, same finished steel plate amount is produced, it is straight with shearing line in the main rolling line of this utility model
In succession under logical technology arrangement, can reduce by 20% shearing waste material, lumber recovery improves～1.1%.For yield reaches million
For tonne other Heavy Plate Production workshop, lumber recovery often improves 1 percentage ratio and can all bring huge economic benefit.
Certainly, for the steel plate of different steel grade different sizes, the current rolling technique maximum mill length to be reached
It is not quite similar, additionally, also have the restriction of blank substance and specification to different factories, and the difference of order requirements, therefore it is right
In the impact of lumber recovery, concrete condition is needed to make a concrete analysis of.Embodiment of the present utility model is done calculating analysis above, purport
In concrete impact content of the explanation this utility model embodiment on this utility model embodiment application workshop lumber recovery.More than
In description, it can be seen that this utility model the above embodiments realize following technique effect：
1st, the production of milling train can not consider cold bed width, and length of rolled piece can consider blank and roll according to order
The flexible organization production of situations such as function power, realizes many multiple length rollings of overlength.In the case that this steel plate length exceeds cold bed width,
Steel plate thickness is generally relatively thin, and temperature is generally relatively low, therefore steel plate is out not required to afterwards directly pass through roller through cold bed from main rolling line
Road enters shearing line shearing.The largest benefit of overlength many multiple lengths rolling is to make the average shear amount of waste of monolithic finished steel plate significantly
Reduce, so as to be conducive to improving lumber recovery.
2nd, the thinner thickness of main rolling line production or through the relatively low steel plate of the temperature of fast cooling device water-cooled, goes out from main rolling line
Directly subsequent handling can be completed into shearing line by roller transport without cold bed after coming, therefore be reduced into cold bed cooling
Steel plate number, it is to avoid a large amount of satisfactions are waited in line on cold bed, take cold bed into the relatively low steel plate of the temperature that shearing line is required
Area, the cooling capacity of waste cold bed, therefore the service efficiency of cold bed is also just improve, cold bed has been extenuated as production line bottleneck
Restricted influence to production capacity, optimizes the logistics in cold bed region.
The above, only specific embodiment of the utility model, it is impossible to which the scope that utility model is implemented, institute are limited with it
With the displacement of its equivalent assemblies, or the equivalent variations made according to this utility model scope of patent protection and modification, all should still fall within
The category that this patent is covered.In addition, between the technical characteristic and technical characteristic in this utility model, technical characteristic and technical scheme
Between, can be used with independent assortment between technical scheme and technical scheme.
Claims (7)
1. a kind of Heavy Plate Production line, it is characterised in that the Heavy Plate Production line includes：
Main rolling line, including main rolling line runout table (6)；
Shearing line, including shearing line approach table (13)；
Delay table (17), between the main rolling line and the shearing line, delay table (17) is exported respectively with main rolling line
Roller-way (6) and shearing line approach table (13) linearly connect.
2. Heavy Plate Production line according to claim 1, it is characterised in that the Heavy Plate Production line also includes cold bed group
Part, the cold bed component is arranged between the main rolling line and the shearing line, and the cold bed component is with delay table (17) extremely
Few side lateral connection.
3. Heavy Plate Production line according to claim 1, it is characterised in that the Heavy Plate Production line also includes detection group
Part, the detection components are arranged on main rolling line runout table (6) place.
4. Heavy Plate Production line according to claim 2, it is characterised in that the cold bed component includes the first cold bed (8)
With the second cold bed (9), delay table (17) includes：
Inlet roller way (171), is arranged on the first cold bed (8) place, and inlet roller way (171) is connected with main rolling line runout table (6), enters
Mouthful roller-way (171) for the first cold bed (8) approach table；
Connection roller-way (172), is arranged on the second cold bed (9) place, and connection roller-way (172) is connected with inlet roller way (171), connection roll
Road (172) for the second cold bed (9) approach table.
5. Heavy Plate Production line according to claim 4, it is characterised in that the cold bed component also includes checking reconditioning platform
Frame (10), the runout table of the first cold bed (8) and the runout table of the second cold bed (9) with check reconditioning stand (10) input
Roller-way connects, and delay table (17) also includes outlet roller-way (173), and outlet roller-way (173) is arranged on inspection reconditioning stand (10)
Place, outlet roller-way (173) two ends respectively be connected roller-way (172) and shearing line approach table (13) and connects, export roller-way (173)
To check the runout table of reconditioning stand (10).
6. Heavy Plate Production line according to claim 1, it is characterised in that the main rolling line includes the milling train being sequentially connected
(1), pre-straightening machine (3), quickly cooling device (4) and thermal straightening machine (5), thermal straightening machine (5) rear end connects main rolling line outlet roller
Road (6).
7. Heavy Plate Production line according to claim 1, it is characterised in that the shearing line includes the crop being sequentially connected
(14), bilateral scissors (15) and fixed size scissors (16) are cut, crop cuts (14) front end connection shearing line approach table (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621176660.6U CN206104547U (en) | 2016-11-02 | 2016-11-02 | Cut deal production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621176660.6U CN206104547U (en) | 2016-11-02 | 2016-11-02 | Cut deal production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206104547U true CN206104547U (en) | 2017-04-19 |
Family
ID=58525095
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621176660.6U Active CN206104547U (en) | 2016-11-02 | 2016-11-02 | Cut deal production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206104547U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106345807A (en) * | 2016-11-02 | 2017-01-25 | 北京京诚之星科技开发有限公司 | Middle thick plate production line and production method |
| CN112570450A (en) * | 2019-09-30 | 2021-03-30 | 宝钢湛江钢铁有限公司 | Thick plate rolling line and production method thereof |
| WO2021063363A1 (en) * | 2019-09-30 | 2021-04-08 | 宝钢湛江钢铁有限公司 | Steel plate double-pre-stacking system for single shear line, and stacking method thereof |
-
2016
- 2016-11-02 CN CN201621176660.6U patent/CN206104547U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106345807A (en) * | 2016-11-02 | 2017-01-25 | 北京京诚之星科技开发有限公司 | Middle thick plate production line and production method |
| CN112570450A (en) * | 2019-09-30 | 2021-03-30 | 宝钢湛江钢铁有限公司 | Thick plate rolling line and production method thereof |
| WO2021063363A1 (en) * | 2019-09-30 | 2021-04-08 | 宝钢湛江钢铁有限公司 | Steel plate double-pre-stacking system for single shear line, and stacking method thereof |
| CN112570450B (en) * | 2019-09-30 | 2022-03-01 | 宝钢湛江钢铁有限公司 | Thick plate rolling line and production method thereof |
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