CN205042909U - Novel joint finishing production line of panel finished product is rolled up to magnesium alloy - Google Patents
Novel joint finishing production line of panel finished product is rolled up to magnesium alloy Download PDFInfo
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- CN205042909U CN205042909U CN201520771372.4U CN201520771372U CN205042909U CN 205042909 U CN205042909 U CN 205042909U CN 201520771372 U CN201520771372 U CN 201520771372U CN 205042909 U CN205042909 U CN 205042909U
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- sheet material
- strip metal
- metal sheet
- magnesium alloy
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Abstract
Novel joint finishing production line of panel finished product is rolled up to magnesium alloy includes: be used for carrying the conveyor of metal base material, and the ejecting gear, preheating device, straightener, edge trimming subassembly, surface conditioning subassembly, the storage device that set gradually along conveyor's direction of delivery, the ejecting gear is used for providing ribbon metallic base material to conveyor, and preheating device is used for heating ribbon metallic base material, and the straightener is used for flattening ribbon metallic base material, and the edge trimming subassembly is used for getting rid of the defect part of ribbon metallic panel edge, and the surface conditioning subassembly is used for carrying out surface treatment to ribbon metallic panel, and ribbon metallic 0 is used for depositing ribbon metallic 1. The utility model discloses set up preheating device, straightener, edge trimming subassembly, surface conditioning subassembly, coiling machine, specification and cut out relevant technical modules such as device, stacker on conveyor, reduce the dwell time between the different technologies to reduce the thermal loss of panel, improve the production efficiency and the finished product quality of magnesium alloy sheet material.
Description
Technical field
The utility model relates to a kind of metal plate processing equipment, particularly relates to a kind of novel magnesium alloy roll bending material finished product associating finishing line.
Background technology
Magnesium alloy is structural metallic materials the lightest in current practical application, has density little, and intensity is high, damping and amortization, machinability and good casting property, excellent damping, electromagnetic wave shielding and the series of advantages such as easy to be recycled.But the equipment at present owing to not yet having machining functions more complete when producing magnesium alloy plate and belt, become the technical bottleneck improving magnesium alloy production efficiency and end product quality.Sheet material needs to shift in the equipment performing different process, increase non-processing consuming time, transfer will inevitably cause the temperature of sheet material to be scattered and disappeared among these devices, internal grain tissue easily can be caused to rupture because magnesium alloy plate and belt performs individual process when temperature is not enough, affect the performance of magnesium alloy materials own; In addition, if perform different process time repeatedly to sheet material heating, so can consume comparatively multiple-energy-source and aggravation plate surface oxidation.The requirement that finishing described in the utility model refers to cutting that this magnesium alloy ribbon sheet material accepts, grinding has reached finished machined in prior art all.
Utility model content
For the deficiencies in the prior art, the purpose of this utility model is intended to provide a kind of novel magnesium alloy roll bending material finished product to combine finishing line, it arranges the combination design of preheating device, straightener, edge trimming assembly, surfacing assembly, coiling machine, specification Scissoring device, piler in a conveying device, decrease the time of staying between different process, improve production efficiency and the end product quality of magnesium alloy plate.
For achieving the above object, the utility model adopts following technical scheme:
Novel magnesium alloy roll bending material finished product associating finishing line, comprise: for the conveying device of transferring metal base material, and along ejecting gear, preheating device, straightener, edge trimming assembly, surfacing assembly, storage device that the throughput direction of conveying device sets gradually; Ejecting gear is used for providing strip metal base material to conveying device, preheating device is for heating banded metal billet, straightener is used for strip metal base material to flatten, edge trimming assembly is for removing the defect part at strip metal sheet edge place, surfacing assembly is used for carrying out surface treatment to strip metal sheet material, and storage device is used for depositing sheet metal.
Preferably, described storage device comprises Scissoring device, the piler that the throughput direction along conveying device sets gradually, and described Scissoring device is used for strip metal plate cutting to become polylith sheet metal sheet material; Described piler is used for carrying out stacking to polylith sheet metal sheet material.
Preferably, the side be positioned near Scissoring device in conveying device is provided with oiling station, and this oiling station is used for smearing fluid for strip metal sheet material.
Preferably, described storage device comprises the coiling machine for receiving in a winding manner strip metal sheet material, this coiling machine comprises body, coiled strip cylinder, presses assembly for top strip metal sheet material being pushed to coiled strip cylinder cylindrical, described coiled strip cylinder is used for coiling strip metal sheet material, and the free end cylindrical of this coiled strip cylinder had for banded sheet metal is fixed in the connecting portion on cylindrical; Described top pressure assembly being the support end for supporting strip metal sheet material near one end of coiled strip cylinder, being connected on body described top pressure component activity.
Preferably, described edge trimming assembly comprises bead cutter, burr remover and the smashing machine that the throughput direction along conveying device sets gradually, described bead cutter is the defective both sides of the edge of tool on strip metal sheet material of pruning, described burr remover is for removing the burr on strip metal sheet material, and described smashing machine is for shredding the material excised through described bead cutter.
Preferably, described surfacing assembly comprises sander, polishing machine, cleaning machine and the air-dry machine that the throughput direction along conveying device sets gradually, described sander is for banded sheet metal surface of polishing, described polishing machine is used for carrying out grinding and polishing to strip metal sheet material, described cleaning machine is for washing away the dust on strip metal plate surface, and described air-dry machine is used for drying to strip metal sheet material.
Preferably, between described ejecting gear and described preheating device, be provided with the pinch roll be positioned at above conveying device, between described pinch roll and conveying device, be formed with the crack passed for the strip metal base material exported from ejecting gear.
The beneficial effects of the utility model are:
Compared to prior art, novel magnesium alloy roll bending material finished product associating finishing line described in the utility model, it in turn arranges the related process modules such as preheating device, straightener, edge trimming assembly, surfacing assembly, coiling machine, specification Scissoring device, piler in a conveying device, and, user can select coiled material discharging or sheet material discharging as required, relative to existing equipment, decrease the time of staying between different process, and reduce the loss of the heat of sheet material, improve production efficiency and the end product quality of magnesium alloy plate.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model (overlooking);
Fig. 2 is structural representation of the present utility model (master looks);
Principle schematic when Fig. 3 is the work of the utility model coiling machine;
Wherein the 10, first roller-way; 100, external firing equipment; 11, ejecting gear; 12, pinch roll; 13, preheating device; 14, straightener; 20, the second roller-way; 21, bead cutter; 22, burr remover; 23, smashing machine; 24, sander; 25, polishing machine; 26, surface quality detection device; 27, cleaning machine; 28, air-dry machine; 30, guide roller; 31, coiling machine; 310, coiled strip cylinder; 32, oiling station; 33, measuring motion; 34, Scissoring device; 35, the 3rd roller-way; 36, piler.
Detailed description of the invention
Below, by reference to the accompanying drawings and detailed description of the invention, the utility model is described further:
As shown in Figure 1 and Figure 2, novel magnesium alloy roll bending material finished product associating finishing line, comprising:
Conveying device, this conveying device comprises many end to end roller-ways, in this conveying device, one end is along its length material loading end, the other end is discharge end, the throughput direction of this conveying device is from material loading end to discharge end, along the throughput direction of conveying device being in turn provided with conveying device ejecting gear 11, preheating device 13, edge trimming assembly, surfacing assembly, storage device.Described ejecting gear 11 is for untiing curling metal billet and providing continuous print strip metal base material for preheating device 13, the side being positioned at ejecting gear 11 is provided with external firing equipment 100, this external firing equipment 100 is existing firing equipment, and this external firing equipment 100 is provided for curling strip metal base material easily to carry out unloading volume operate by thermal softening; Described preheating device 13 is for heating strip metal base material, and make the deliquescing of strip metal base material, to facilitate straightener 14 pairs of strip metal base materials to carry out straightening operation, especially, strip metal sheet material refers to the strip metal base material that have passed through through preheating device 13.Described straightener 14 is for applying strip metal base material platen by strip metal base material, improve the glacing flatness of described strip metal base material, particularly, there is in straightener 14 the many groups niproll (accompanying drawing does not show) rollably clamping banded metal billet; Described edge trimming assembly is in order to remove the defect part at strip metal sheet edge place, and such as, edge without the sheet metal of deburring has chipping or projection usually; Described surfacing assembly is used for carrying out surface treatment to strip metal sheet material; Described storage device is used for depositing sheet metal.
Conveniently strip metal sheet material is contained with the form of the sheet metal plate meeting given dimensional in industry, described storage device comprises Scissoring device 34, the piler 36 that the throughput direction along conveying device sets gradually, described Scissoring device 34 is for becoming polylith sheet metal sheet material by strip metal plate cutting, and the size of every block sheet metal sheet material is all cut according to the size that the industry is set; Described piler 36 folded to be received for polylith sheet metal sheet material being stacked to one.
If user wishes the sheet metal sheet material discharging of folding with multi-disc, strip metal sheet material is sent to Scissoring device 34 to carry out by row set specification in the industry and carries out cutting, and then it is stacking to allow piler 36 carry out.Especially, in order to the sheet metal sheet material making the utility model cut out place's compound row inside dimension specification, the front being positioned at Scissoring device 34 is provided with measuring motion 33, this measuring motion 33 treats cutoff length for perception strip metal sheet material, when measuring motion 33 perception strip metal sheet material feeding length has reached the numerical value of composite demand, outer computer sends instruction has allowed Scissoring device 34 execution cut action.
In order to prevent the surface of sheet metal sheet material oxidized, as the preferred scheme of one, the side be positioned near Scissoring device 34 in conveying device is provided with oiling station 32, and this oiling station 32 is for smearing fluid for strip metal sheet material.
Conveniently strip metal sheet material is stored with the form of coiling, as shown in Figure 3, described storage device comprises the coiling machine 31 for receiving in a winding manner strip metal sheet material, this coiling machine comprises body, coiled strip cylinder 310, presses assembly (accompanying drawing does not show) for top strip metal sheet material being pushed to coiled strip cylinder cylindrical, described coiled strip cylinder 310 is for coiling strip metal sheet material, and the free end cylindrical of this coiled strip cylinder 310 had for banded sheet metal is fixed in the connecting portion on cylindrical; Described top pressure assembly being the support end for supporting strip metal sheet material near one end of coiled strip cylinder 310, being connected on body described top pressure component activity.Especially, coiled strip cylinder 310 is articulated on body, and this coiled strip cylinder 310 provides rotary power by the motor be arranged on body; Be provided with drive unit between jack unit and body, this drive unit provides the driving force that jack unit is moved along short transverse for jack unit.
When user wishes that strip metal sheet material is received by coiling, operation drive unit, top pressure assembly is moved to the position near coiled strip cylinder 310, in order to the free end top of strip metal sheet material is depressed into be posted by coiled strip cylinder 310 cylindrical on, then strip metal sheet material is connected to the connecting portion on coiled strip cylinder 310 cylindrical, restart motor afterwards, now, strip metal sheet material is rolled by coiled strip cylinder 310.If when not needing to use this function, user can operate drive unit, jack unit is moved to the position away from conveying device.Now, jack unit would not cause stop to strip metal sheet material.Especially, at coiling machine 31, the side of surfacing assembly is provided with guide roller 30, the effect of described guide roller 30 is to make the free end of strip metal sheet material can aim at gap between coiled strip cylinder 310 and jack unit better when entering coiling machine 31.
As the preferred scheme of one, described edge trimming assembly comprises bead cutter 21, burr remover 22 and the smashing machine 23 that the throughput direction along conveying device sets gradually, bead cutter is the defective both sides of the edge of tool on strip metal sheet material of pruning, described burr remover 22 is for eliminating the burr on banded sheet metal, described smashing machine 23 is for shredding the material excised through described bead cutter, and this material is banded metal detritus.
Described edge trimming assembly comprises bead cutter, burr remover and the smashing machine that the throughput direction along conveying device sets gradually, described bead cutter is the defective both sides of the edge of tool on strip metal sheet material of pruning, described burr remover is for removing the burr on strip metal sheet material, and described smashing machine is for shredding the material excised through described bead cutter.
As the preferred scheme of one, described surfacing assembly comprises sander 24, polishing machine 25, cleaning machine 27, the air-dry machine 28 that the throughput direction along conveying device sets gradually, described sander 24, for the surface of banded sheet metal of polishing, reaches the object of the oxide layer removed on strip metal sheet material; Described polishing machine 25 is for carrying out grinding and polishing to strip metal sheet material, and described cleaning machine 27 is for washing away the dust on strip metal plate surface, and air-dry machine 28 is for drying to strip metal sheet material, to dry up the cleaning fluid staying strip metal plate surface.
Especially, in order to control the productive temp of magnesium alloy board better, conveying device comprises successively: the first roller-way 10, second roller-way 20 and the 3rd roller-way 35, and described pinch roll 12, preheating device and straightener are in turn arranged on the first roller-way 10 along its length; Bead cutter 21, burr remover 22, smashing machine 23, sander 24, polishing machine 25, cleaning machine 27, air-dry machine and coiling machine 31 are in turn arranged on the second roller-way 20 along its length; Described cutting device, be in turn arranged on the 3rd roller-way 35.Conveniently the end product quality of magnesium alloy board is tested, surface quality detection device 26 is provided with between described polishing machine 25 and cleaning machine 27, this surface quality detection device 26 accepts the infrared ray of returning from the surface reflection of strip metal sheet material by launching infrared radiation to the surface of strip metal sheet material, then is known the surface quality information of this strip metal sheet material by Computer Analysis.
Because the strip metal base material just unloading volume has a small amount of Bending Deformation, in order to ensure that this strip metal base material can be sent into exactly when being fed through preheating device, as the preferred scheme of one, be provided with the pinch roll 12 be positioned at above conveying device between described ejecting gear and described preheating device 13, between described pinch roll 12 and conveying device, be formed with the crack passed for the strip metal base material exported from ejecting gear 11.
To one skilled in the art, according to technical scheme described above and design, other various corresponding change and deformation can be made, and all these change and deformation all should belong within the protection domain of the utility model claim.
Claims (7)
1. novel magnesium alloy roll bending material finished product associating finishing line, it is characterized in that, comprise: for the conveying device of transferring metal base material, and along ejecting gear, preheating device, straightener, edge trimming assembly, surfacing assembly, storage device that the throughput direction of conveying device sets gradually; Ejecting gear is used for providing strip metal base material to conveying device, preheating device is for heating banded metal billet, straightener is used for strip metal base material to flatten, edge trimming assembly is for removing the defect part at strip metal sheet edge place, surfacing assembly is used for carrying out surface treatment to strip metal sheet material, and storage device is used for depositing sheet metal.
2. novel magnesium alloy roll bending material finished product associating finishing line as claimed in claim 1, it is characterized in that: described storage device comprises Scissoring device, the piler that the throughput direction along conveying device sets gradually, described Scissoring device is used for strip metal plate cutting to become polylith sheet metal sheet material; Described piler is used for carrying out stacking to polylith sheet metal sheet material.
3. novel magnesium alloy roll bending material finished product associating finishing line as claimed in claim 2, is characterized in that: the side be positioned near Scissoring device in conveying device is provided with oiling station, and this oiling station is used for smearing fluid for strip metal sheet material.
4. novel magnesium alloy roll bending material finished product associating finishing line as claimed in claim 1, it is characterized in that: described storage device comprises the coiling machine for receiving in a winding manner strip metal sheet material, this coiling machine comprises body, coiled strip cylinder, presses assembly for top strip metal sheet material being pushed to coiled strip cylinder cylindrical, described coiled strip cylinder is used for coiling strip metal sheet material, and the free end cylindrical of this coiled strip cylinder had for banded sheet metal is fixed in the connecting portion on cylindrical; Described top pressure assembly being the support end for supporting strip metal sheet material near one end of coiled strip cylinder, being connected on body described top pressure component activity.
5. novel magnesium alloy roll bending material finished product associating finishing line as claimed in claim 1, it is characterized in that, described edge trimming assembly comprises bead cutter, burr remover and the smashing machine that the throughput direction along conveying device sets gradually, described bead cutter is the defective both sides of the edge of tool on strip metal sheet material of pruning, described burr remover is for removing the burr on strip metal sheet material, and described smashing machine is for shredding the material excised through described bead cutter.
6. novel magnesium alloy roll bending material finished product associating finishing line as claimed in claim 1, it is characterized in that, described surfacing assembly comprises sander, polishing machine, cleaning machine and the air-dry machine that the throughput direction along conveying device sets gradually, described sander is for banded sheet metal surface of polishing, described polishing machine is used for carrying out grinding and polishing to strip metal sheet material, described cleaning machine is for washing away the dust on strip metal plate surface, and described air-dry machine is used for drying to strip metal sheet material.
7. novel magnesium alloy roll bending material finished product associating finishing line as claimed in claim 1, it is characterized in that: between described ejecting gear and described preheating device, be provided with the pinch roll be positioned at above conveying device, between described pinch roll and conveying device, be formed with the crack passed for the strip metal base material exported from ejecting gear.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520771372.4U CN205042909U (en) | 2015-09-30 | 2015-09-30 | Novel joint finishing production line of panel finished product is rolled up to magnesium alloy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520771372.4U CN205042909U (en) | 2015-09-30 | 2015-09-30 | Novel joint finishing production line of panel finished product is rolled up to magnesium alloy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205042909U true CN205042909U (en) | 2016-02-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520771372.4U Expired - Fee Related CN205042909U (en) | 2015-09-30 | 2015-09-30 | Novel joint finishing production line of panel finished product is rolled up to magnesium alloy |
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| Country | Link |
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| CN (1) | CN205042909U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108817148A (en) * | 2018-05-29 | 2018-11-16 | 陈孝 | A kind of aluminum alloy plate materials rolling technology |
-
2015
- 2015-09-30 CN CN201520771372.4U patent/CN205042909U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108817148A (en) * | 2018-05-29 | 2018-11-16 | 陈孝 | A kind of aluminum alloy plate materials rolling technology |
| CN108817148B (en) * | 2018-05-29 | 2019-08-16 | 宁波信豪铝业有限公司 | A kind of aluminum alloy plate materials rolling technology |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| 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: 20160224 Termination date: 20190930 |