CN208374349U - The online sawing unit of Horizontal Continuous Casting of Aluminium Alloy - Google Patents
The online sawing unit of Horizontal Continuous Casting of Aluminium Alloy Download PDFInfo
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- CN208374349U CN208374349U CN201820826939.7U CN201820826939U CN208374349U CN 208374349 U CN208374349 U CN 208374349U CN 201820826939 U CN201820826939 U CN 201820826939U CN 208374349 U CN208374349 U CN 208374349U
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Abstract
The utility model relates to a kind of online sawing units of Horizontal Continuous Casting of Aluminium Alloy, feeding line including spaced two pedestals and the conveying aluminium alloy bars material being arranged between two pedestals, gantry guide rail of horizontal laying is respectively arranged in the two sides of feeding line, gantry support is provided between two pedestals, gantry-travelling mechanism is provided on gantry support, gantry-travelling mechanism drives gantry support to follow aluminium alloy bar to move horizontally at the same speed along gantry guide rail；Gantry support includes two gantry upright posts and gantry top beam for connecting two gantry upright posts, multiple groups saw frame guide rail is respectively arranged in gantry upright post and gantry top beam, sawing device is provided between two gantry upright posts, saw frame feeding driving mechanism is provided on the top beam of gantry, saw frame feeding driving mechanism drives sawing device to be fed along multiple groups saw frame guide rail to aluminium alloy bar position.The utility model can carry out continuous and automatic online production, high production efficiency.
Description
Technical field
The utility model relates to a kind of sawing device, in particular to a kind of online sawing unit of Horizontal Continuous Casting of Aluminium Alloy.
Background technique
Horizontal Continuous Casting of Aluminium Alloy technique is aluminum current and the state-of-the-art manufacturing process of aluminium alloy.It is vertical with traditional well formula
Traction casting technique compares, Horizontal Continuous Casting of Aluminium Alloy technique have can continuously casting, energy conservation, the clear superiorities such as high-efficient, be
The new process widelyd popularize at present in aluminium processing enterprise.Existing Horizontal Continuous Casting of Aluminium Alloy process requirement once draws more castings simultaneously
Aluminium bar (such as 36), and cut off online according to more piece aluminium cast bars of the setup parameter to traction.Current online cut-off equipment
Using hydraulic shearing machine.Noise is big (noise is up to 95 decibels) when hydraulic shearing machine works, and the section of aluminium cast bar is easy to produce
The shape that changes and lacerated wound are processed so that cut end face has to reserved 5-10mm machining allowance convenient for subsequent planar end surface again.Generally adopt
Planar end surface processing is carried out with end face of the Milling Process mode to aluminium cast bar.Therefore, there are material waves for existing this processing method
Not the defects of expense, production efficiency is not high and needs secondary operation.It on the other hand, cannot be with casting since shearing equipment is than cumbersome
Aluminium bar traction mechanism is mobile, so cannot continuously convey aluminium cast bar carries out on-line machining.
So the prior art is further improved and perfect.
Utility model content
Technical problem to be solved by the utility model is to provide a kind of online sawing unit of Horizontal Continuous Casting of Aluminium Alloy,
Continuous and automatic online production, high production efficiency can be carried out, the aluminium cast bar finished product of processing no longer needs to carry out planar end surface processing, directly
It can carry out packing and selling.
The utility model is realized in this way providing a kind of online sawing unit of Horizontal Continuous Casting of Aluminium Alloy, including interval is set
The feeding line of two pedestals set and the conveying aluminium alloy bars material being arranged between two pedestals, in the two sides of the feeding line
It is respectively arranged with gantry guide rail of horizontal laying, gantry support is provided between described two pedestals, in the gantry support
On be provided with gantry-travelling mechanism, the gantry-travelling mechanism driving gantry support follows aluminium alloy bar synchronized along gantry guide rail
Ground moves horizontally；The gantry support includes two gantry upright posts and gantry top beam for connecting two gantry upright posts, described
It is respectively arranged with multiple groups saw frame guide rail in gantry upright post and gantry top beam, is provided with sawing between described two gantry upright posts
Equipment, is provided with saw frame feeding driving mechanism on gantry top beam, and the saw frame feeding driving mechanism drives sawing device
It is fed along multiple groups saw frame guide rail to aluminium alloy bar position.
Further, the gantry-travelling mechanism includes gantry motor and intermeshing gantry gear and gantry tooth
Item, gantry motor are arranged on gantry support, and gantry gear is mounted on the motor of gantry, gantry motor driven
Gantry gear is set on the base along gantry racks turn, gantry rack gear.
Further, described two groups of gantry guide rails and gantry rack gear, the dragon are respectively arranged on the base with each
Front tooth item is arranged between two gantry guide rails.
Further, two groups of saw frame guide rails are respectively arranged in each gantry upright post, on gantry top beam
It is respectively provided with three groups of saw frame guide rails.
Further, one group of saw frame side auxiliary guide rail is respectively arranged in the outer side edges of each gantry upright post.
Further, the saw frame feeding driving mechanism includes feeding motor, connecting shaft, elastic coupling and saw frame liter
Ball-screw drops, and the feeding motor drives two groups of connecting shafts and elastic coupling to operate synchronously simultaneously, each elasticity connection
Joint respectively drives a saw frame lifting ball-screw rotation, and the feeding motor, connecting shaft, elastic coupling are arranged at gantry
On top beam, the saw frame lifting ball-screw is arranged on sawing device.
Further, the sawing device is horizontal band sawing machine, and the horizontal band sawing machine is located at the top of feeding line, described
Saw frame feeding driving mechanism drives horizontal band resaw edge of bed saw frame guide rail to move up and down, and the horizontal band sawing machine includes saw frame and sets
Set Initiative saw wheel, driven saw wheel, bands for band, saw blade strainer and saw blade guiding mechanism on saw frame, the active saw
Wheel, driven saw wheel are separately positioned on two gantry upright post sides, and the saw blade strainer, which is arranged, passes through driving in driven saw wheel side
Driven saw wheel transverse shifting adjusts the tensioning degree of bands for band.
Further, the horizontal band sawing machine further includes workpiece vertical depression mechanism, workpiece vertical depression mechanism packet
It includes pressure plate and the binder oil cylinder of pressure plate two sides is set, two binder oil cylinders are separately positioned on the two of feeding line
Side.
Further, the horizontal band sawing machine is provided with five groups of saw blade guiding mechanisms, and two groups of outermost are connected by linking arm
It connects in the two sides of saw frame, intermediate three groups pass through respectively on the saw frame that adjutage is connected at the top of it.
Further, four groups of feeding lines are respectively arranged between described two pedestals, it is equal on the top of every group of feeding line
It is provided with one group of workpiece vertical depression mechanism.
Compared with prior art, the online sawing unit of the Horizontal Continuous Casting of Aluminium Alloy of the utility model, is mounted on aluminium cast bar water
Flat continuous casting unit rear end, the hauling speed of energy Auto-matching Horizontal Continuous Casting of Aluminium Alloy unit is as needed with aluminium cast bar pulling equipment
It moves at the same speed together, it, cannot when being sheared when overcoming the existing unit using shearing according to setting length scaling sawing aluminium cast bar
On-line continuous work, needs to arrange the defect of special shearing equipment.The utility model can be according to the hauling speed of horizontal casting
The movement speed of the online sawing unit of adjust automatically.Moreover, joining when replacing casting rod specification without shutdown adjustment sawing device
Number, increases substantially production efficiency.Using the online sawing unit of the Horizontal Continuous Casting of Aluminium Alloy of the utility model than existing way section
Material saving 5%, production efficiency improve 30% or more.The utility model can also use the online sawing in horizontal continuous casting of copper alloy raw
In producing line.
Detailed description of the invention
Fig. 1 is the main view of one preferred embodiment of the utility model；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the side view of Fig. 1；
Fig. 4 is the portion M enlarged diagram in Fig. 1；
Fig. 5 is the cross-sectional view of saw blade guiding mechanism 46 in Fig. 1；
Fig. 6 is the left view of Fig. 5.
Specific embodiment
In order to which technical problem to be solved in the utility model, technical solution and beneficial effect is more clearly understood, with
Lower combination accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein
It applies example to be only used to explain the utility model, is not used to limit the utility model.
Referring to shown in Fig. 1, Fig. 2 and Fig. 3, the online sawing unit of the utility model Horizontal Continuous Casting of Aluminium Alloy compared with
Good embodiment, sending including spaced two pedestals 1 and the conveying aluminium alloy bars material A being arranged between two pedestals 1
Stockline 2 further includes the sawing device for having gantry support 3 and being arranged on gantry support 3.In the present embodiment, the sawing
Equipment is horizontal band sawing machine 4.The horizontal band sawing machine 4 includes saw frame 41.
The gantry support 3 is arranged between two pedestals 1.Horizontal paving is respectively arranged in the two sides of the feeding line 2
If gantry guide rail 5.Gantry support 3 is connect by slide with gantry guide rail 5.Gantry shifting is provided on the gantry support 3
Motivation structure 6.The gantry support 3 includes two gantry upright posts 31 and gantry top beam 32 for connecting two gantry upright posts 31.?
Multiple groups saw frame guide rail 33 is respectively arranged in the gantry upright post 31 and gantry top beam 32.The saw frame 41 is arranged in two dragons
Between door pillar 31 and it is located at its side.Saw frame feeding driving mechanism 7 is provided on gantry top beam 32.The saw frame into
It drives saw frame 41 to carry out feeding to the position aluminium alloy bar A along multiple groups saw frame guide rail 33 to driving mechanism 7 to move.
The horizontal band sawing machine 4 is located at the top of feeding line 2, and the saw frame feeding driving mechanism 7 drives horizontal band sawing machine 4
It is moved up and down along saw frame guide rail 33.Initiative saw wheel 42, driven saw wheel 43, bands for band 44, saw blade are provided on the saw frame 41
Strainer 45 and saw blade guiding mechanism 46.The Initiative saw wheel 42, driven saw wheel 43 are separately positioned on two gantry upright posts
31 sides.The setting of saw blade strainer 45 is adjusted in driven 43 side of saw wheel and by driving driven 43 transverse shifting of saw wheel
The tensioning degree of bands for band 44.
The horizontal band sawing machine 4 further includes workpiece vertical depression mechanism 47.Workpiece vertical depression mechanism 47 includes pressure
Flitch 471 and the binder oil cylinder 472 that pressure plate two sides are arranged in, two binder oil cylinders 472 are separately positioned on feeding line 2
Two sides.The movement of binder oil cylinder 472 clamping is controlled by pressure detection switch and position detecting switch or is loosened.
Pedestal 1 is welding box structure, has enough quiet rigidity, for carrying entire sawing unit weight.Feeding
Line 2 is equipped with roller-way, and aluminium alloy bar A is moved on roller-way.Gantry support 3 is welding box structure, has enough movements
Rigidity, for supporting sawing device.The two sides of gantry support 3 are respectively equipped with the ball-screw for driving saw frame 41 to move up and down
It is secondary and for balancing the balancing cylinder 34 of 41 weight of saw frame.
Saw frame 41 is welding structural element, for supporting driven saw wheel 43 and saw blade strainer 45, Initiative saw wheel 42 and saw
Guiding mechanism 46, the saw frame 41 designed by three-dimensional finite element analysis have enough movements rigidly.
Bands for band 44 is mounted on the outer rim of Initiative saw wheel 42 and driven saw wheel 43.Main transmission is by heavy-duty motor, skin
Band deceleration device, main shaft, Initiative saw wheel composition, main shaft are directly connected to Initiative saw wheel, and rigidity is good, and noise is low, stable drive.It is logical
The linear velocity that frequency converter adjusts bands for band 44 is crossed, the sawing of unlike material material is suitble to.Initiative saw wheel 42 and driven saw wheel 43 are adopted
It is manufactured with 7050 duralumin, hard alumin ium alloys, and meets dynamic balancing quality G=6.3 requirement through finishing, guarantee the stabilization of sawing.
Saw blade strainer 45 is mounted on the back of driven saw wheel 43.Driven saw wheel axis is mounted on tensioning sliding block, by liquid
Compressing cylinder pushes tensioning sliding block to be moved forward and backward along backstand and drives the driven tensioning of saw wheel 43 or loosen bands for band 44.Saw blade tensioning device
Structure 45 is broken with saw blade and skidding testing agency.Electric signal, Initiative saw wheel 42 can be issued immediately when saw blade is broken or is skidded
It stops operating.
Saw blade guiding mechanism 46 is equipped with wheeled conducting mechanism, wherein saw blade directive wheel is manufactured using hard alloy material.
It please refers to shown in Fig. 1 and Fig. 4, the gantry-travelling mechanism 6 includes gantry motor 61 and intermeshing dragon
Front tooth wheel 62 and gantry rack gear 63.Gantry motor 61 is arranged on gantry support 3, and gantry gear 62 is mounted on gantry
On motor 61, gantry motor 61 drives gantry gear 62 to rotate along gantry rack gear 63, and gantry rack gear 63 is arranged the bottom of at
On seat 1.When course feed works, the gantry-travelling mechanism 6 drives gantry support 3 to follow aluminium alloy bar A along gantry guide rail 5
It moves horizontally at the same speed.When return, the gantry support 3 returns quickly to its initial position under the driving of gantry-travelling mechanism 6.
The movement speed of gantry support 3 controls the hauling speed of gantry motor 61 Yu aluminium alloy bar A by AC servo control system
Matching.
In the present embodiment, two groups of gantry guide rails 5 and gantry rack gear are respectively arranged on each pedestal 1
63.Gantry rack gear 63 is arranged between two gantry guide rails 5.The design method enhances gantry support 3 along gantry guide rail 5
Mobile stability and accuracy.Two groups of saw frame guide rails 33 are respectively arranged in each gantry upright post 31, in the dragon
Three groups of saw frame guide rails 33 are respectively provided on door top beam 32.The design method can guarantee total span about 10000mm's
Under the conditions of, stability and kinematic accuracy when 4 bottom and top feed of horizontal band sawing machine is mobile.
One group of saw frame side auxiliary guide rail 35 is respectively arranged in the outer side edges of each gantry upright post 31.Saw frame side
Auxiliary guide rail 35, which is mounted on gantry top beam 32, to be connect by slide with saw frame 41, guarantees that horizontal band sawing machine 4 feeds the steady of movement
It is qualitative.Saw frame 41 is connect by slide with saw frame guide rail 33.
The saw frame feeding driving mechanism 7 includes feeding motor 71, connecting shaft 72, elastic coupling 73 and saw frame lifting
Ball-screw 74.The feeding motor 71 drives two groups of connecting shafts 72 and elastic coupling 73 to operate synchronously simultaneously.It is each described
Elastic coupling 73 respectively drives a saw frame lifting ball-screw 74 and rotates.
The feeding motor 71, connecting shaft 72, elastic coupling 73 are arranged on gantry top beam 32, the saw frame lifting rolling
Ballscrew 74 is arranged on sawing device.Saw frame goes up and down ball-screw 74 and passes through mechanical transmission mechanism band using precision ball screw
Dynamic saw frame 41 moves up and down.
Referring to shown in Fig. 1 and Fig. 5, Fig. 6, in the present embodiment, the horizontal band sawing machine 4 is provided with five groups of saws
Guiding mechanism 46, guarantees the stability of saw blade when sawing, and two groups of saw blade guiding mechanisms 46 of outermost pass through linking arm 461 respectively
The two sides of saw frame 41 are connected to, intermediate three groups of intervals setting is connected on the saw frame 41 at the top of it by adjutage 462 respectively.
The design method ensure that the job stability of the bands for band 44 under the sawing sectional strip part of total span about 9000mm.Described two
It is respectively arranged with four groups of feeding lines 2 between a pedestal 1, is provided with one group of workpiece vertical depression on the top of every group of feeding line 2
Mechanism 47.
The saw blade guiding mechanism 46 includes guide head support 463, directive wheel eccentric shaft 464, guide bearing 465, clamps
Bearing 466, Brake screws hole 467, guide wheel shaft 468, saw blade back directive wheel 469 and guiding axle lock nut 4610.Institute
State the lower end that guide head support 463 is connected to linking arm 461 and adjutage 462.In the left and right of the guide head support 463
Two sides are respectively set a pair of of guide bearing 465 and clamp bearing 466, and the socket of directive wheel eccentric shaft 464 clamps bearing 466,
Clamping bearing 466 is fixed on to by guiding axle lock nut 4610 lower end of guide head support 463 afterwards.The guide wheel shaft
Guide bearing 465 is fixed on by guide head support 463 by guiding axle lock nut 4610 after 468 socket guide bearings 465
Lower end.The back side of bands for band 44, the wheel face holddown belt of saw blade back directive wheel 469 is arranged in saw blade back directive wheel 469
The back side of saw blade 44.Each pair of guide bearing 465 and the cylindrical surface for clamping bearing 466 are overlayed respectively in the two sides of bands for band 44.
The setting direction of saw blade back directive wheel 469 is mutually perpendicular to guide bearing 465 and clamping bearing 466.The stop bit spiral shell
Wire hole 467 is arranged on guide head support 463 and is located at the side for clamping bearing 466, installs in the Brake screws hole 467
Brake screws.The spacing of directive wheel eccentric shaft 464 and bands for band 44 is adjusted so as to adjust guide bearing 465 and clamps bearing 466
The degree of bands for band 44 is clamped, bands for band 44 after being adjusted in place, screws stop bit spiral shell among a pair of of guide bearing 465 respectively
Silk and guiding axle lock nut 4610 guarantee stability when bands for band runs at high speed to fix its position.
Shown in referring to figure 3., it is also provided with the preceding optoelectronic induction for incuding band-like material on the gantry support 3 and opens
8 and rear photoelectric sensor switch 9 are closed, the preceding photoelectric sensor switch 8 is arranged in the front end of gantry support 3 and is located at bands for band 44
The rear end of gantry support 3 is arranged in underface, the rear photoelectric sensor switch 9.
The action process of the online sawing unit of this Horizontal Continuous Casting of Aluminium Alloy is illustrated below with reference to building block, mainly
The following steps are included:
Sawing unit power supply is opened, oil pump is started, the host of band sawing machine 4 goes back to initial position, workpiece vertical depression mechanism 47
It opens.Aluminium alloy bar A starts to be pulled out from smelting-casting equipment, on the band sawing machine 4 that aluminium alloy bar A is waited in situ
Rear photoelectric sensor switch 9 detect that unit is in preparation state, the length control unit of unit starts length counting.Aluminium closes
When golden bar A is continued by traction machine travel to preceding photoelectric sensor switch 8, the control system of band sawing machine 4 according to the distance of two o'clock and
Time calculates aluminium alloy bar A hauling speed automatically, and control system sends a signal to gantry-travelling mechanism 6, gantry-travelling machine
Structure 6 is matched with aluminium alloy bar A hauling speed automatically, drives band sawing machine 4 and aluminium alloy bar A synchronizing moving together.Work as length
Detection unit detects that aluminium alloy bar A is involved after length reaches process set value, and workpiece vertical depression mechanism 47 is by aluminium alloy
Bar A is pressed on the work top of band sawing machine.Initiative saw wheel driving device drives lower Initiative saw wheel 42 to rotate simultaneously, passes through band
Saw blade 44 drives driven saw wheel 43 to rotate.Saw frame feeding driving mechanism 7 drives saw frame 41 to move down along saw frame guide rail 33, band saw
Item 44 starts sawing.To guarantee that High Efficient Sawing, bands for band 44 remove the connection for being mounted on 43 lower end of Initiative saw wheel 42 and driven saw wheel
Outside arm 461 and guiding mechanism 46 are oriented to, also it is mounted with that three groups of adjutages 462 and guiding mechanism 46 carry out among saw frame 41
Auxiliary guiding.After the completion of sawing, 47 rapid uplift of workpiece vertical depression mechanism, the also rapid increase of saw frame 41 at the same time, band saw
The host of bed 4 also quickly retracts initial position under the driving of gantry-travelling mechanism 6, and circulation next time is waited to start.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of online sawing unit of Horizontal Continuous Casting of Aluminium Alloy, including spaced two pedestals and setting are in two pedestals
Between conveying aluminium alloy bars material feeding line, which is characterized in that be respectively arranged with horizontal laying in the two sides of the feeding line
Gantry guide rail, be provided with gantry support between described two pedestals, gantry-travelling machine be provided on the gantry support
Structure, the gantry-travelling mechanism driving gantry support follow aluminium alloy bar to move horizontally at the same speed along gantry guide rail；The dragon
Door bracket includes two gantry upright posts and gantry top beam for connecting two gantry upright posts, in the gantry upright post and Long Mending
It is respectively arranged with multiple groups saw frame guide rail on beam, sawing device, the sawing device are provided between described two gantry upright posts
Including saw frame, saw frame feeding driving mechanism is provided on gantry top beam, the saw frame feeding driving mechanism drives saw frame
Feeding is carried out to aluminium alloy bar position along multiple groups saw frame guide rail to move.
2. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as described in claim 1, which is characterized in that the gantry-travelling mechanism
Including gantry motor and intermeshing gantry gear and gantry rack gear, gantry motor is arranged on gantry support, institute
It states gantry gear to be mounted on the motor of gantry, gantry motor driven gantry gear is along gantry racks turn, gantry tooth
Item is set on the base.
3. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as claimed in claim 2, which is characterized in that on each pedestal
Two groups of gantry guide rails and gantry rack gear are respectively arranged with, gantry rack gear is arranged between two gantry guide rails.
4. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as described in claim 1, which is characterized in that vertical at each described gantry
It is respectively arranged with two groups of saw frame guide rails on column, three groups of saw frame guide rails are respectively provided on gantry top beam.
5. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as described in claim 1, which is characterized in that vertical at each described gantry
The outer side edges of column are respectively arranged with one group of saw frame side auxiliary guide rail.
6. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as described in claim 1, which is characterized in that the saw frame Feed servo system
Mechanism includes that feeding motor, connecting shaft, elastic coupling and saw frame go up and down ball-screw, and the feeding motor drives two simultaneously
Group connecting shaft and elastic coupling operate synchronously, and each elastic coupling respectively drives a saw frame lifting ball-screw rotation
Turn, the feeding motor, connecting shaft, elastic coupling are arranged on the top beam of gantry, and the saw frame lifting ball-screw setting exists
On sawing device.
7. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as described in claim 1, which is characterized in that the sawing device is sleeping
Formula band sawing machine, the horizontal band sawing machine are located at the top of feeding line, and the saw frame feeding driving mechanism drives horizontal band resaw edge of bed
Saw frame guide rail moves up and down, be provided on the saw frame Initiative saw wheel, driven saw wheel, bands for band, saw blade strainer and
Saw blade guiding mechanism, the Initiative saw wheel, driven saw wheel are separately positioned on two gantry upright post sides, and the saw blade strainer is set
It sets in driven saw wheel side and adjusts the tensioning degree of bands for band by driving driven saw wheel transverse shifting.
8. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as claimed in claim 7, which is characterized in that the horizontal band sawing machine is also
Including workpiece vertical depression mechanism, workpiece vertical depression mechanism includes pressure plate and the binder that pressure plate two sides are arranged in
Oil cylinder, two binder oil cylinders are separately positioned on the two sides of feeding line.
9. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as claimed in claim 7, which is characterized in that the horizontal band sawing machine is set
It is equipped with five groups of saw blade guiding mechanisms, two groups of the outermost two sides for being connected to saw frame by linking arm, intermediate three groups pass through respectively
Adjutage is connected on the saw frame at the top of it.
10. the online sawing unit of Horizontal Continuous Casting of Aluminium Alloy as claimed in claim 8, which is characterized in that in described two pedestals
Between be respectively arranged with four groups of feeding lines, be provided with one group of workpiece vertical depression mechanism on the top of every group of feeding line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820826939.7U CN208374349U (en) | 2018-05-30 | 2018-05-30 | The online sawing unit of Horizontal Continuous Casting of Aluminium Alloy |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820826939.7U CN208374349U (en) | 2018-05-30 | 2018-05-30 | The online sawing unit of Horizontal Continuous Casting of Aluminium Alloy |
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| CN208374349U true CN208374349U (en) | 2019-01-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108672814A (en) * | 2018-05-30 | 2018-10-19 | 浙江晨龙锯床股份有限公司 | The online sawing unit of Horizontal Continuous Casting of Aluminium Alloy |
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2018
- 2018-05-30 CN CN201820826939.7U patent/CN208374349U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108672814A (en) * | 2018-05-30 | 2018-10-19 | 浙江晨龙锯床股份有限公司 | The online sawing unit of Horizontal Continuous Casting of Aluminium Alloy |
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