CN104210803B - A kind of high speed cuts rear strip steel conveyer device - Google Patents
A kind of high speed cuts rear strip steel conveyer device Download PDFInfo
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- CN104210803B CN104210803B CN201310211502.4A CN201310211502A CN104210803B CN 104210803 B CN104210803 B CN 104210803B CN 201310211502 A CN201310211502 A CN 201310211502A CN 104210803 B CN104210803 B CN 104210803B
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- strip steel
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Abstract
The present invention provides a kind of high speed processed in unit for cold rolling high-speed and continuous strip steel to cut rear strip steel output device.Include the first conveying guide plate, second conveying guide plate, waste material collection device, model collection device, delivery guide, baffle plate and electric control gear, the first wherein said conveying guide plate includes inlet poppet crossbeam, outlet legs crossbeam and the first ribbon conveyer being arranged on two crossbeams, first ribbon conveyer is positioned at above strip steel, and it is configured to the internally installed belt transfer structure having electric magnet；Second ribbon conveyer structure is also for the internally installed belt transfer structure having electric magnet；Described waste material collection device is positioned at below the first ribbon conveyer, and described model collection device is positioned at below the first ribbon conveyer.This device can cut rear product by speedy carding process strip steel, time saving and energy saving, and the product after energy automatic sorting strip steel high speed shear, reduces cost of labor and safeguards danger.
Description
Technical field
This device belongs to metallurgical cold-rolling equipment field, is specifically related to a kind of high speed processed in unit for cold rolling high-speed and continuous strip steel and cuts rear strip steel output device.
Background technology
Along with China industry high speed development, the requirement of high yield facilitate current cold rolling continuous belt steel process unit process section speed more and more higher.Adapt to this operating mode, it is necessary to improve the speed cutting and exporting model and waste material of strip steel inlet/outlet section.A large amount of flying shearing machine are devoted oneself to work, but are restricted by the version cutting rear strip steel outut device, and the inlet/outlet section speed of a lot of units still cannot improve, thus the set amount being added to outlet section kink of having to, to invest huge, yield is also by severely restricts.
Summary of the invention
The technical problem to be solved is the deficiency for above-mentioned existence, there is provided one can cut rear product by speedy carding process strip steel, time saving and energy saving, and the product after energy automatic sorting strip steel high speed shear, reduce cost of labor and safeguard that dangerous high speed cuts rear strip steel output device.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of high speed cuts rear strip steel conveyer device, it is characterized in that: include the first conveying guide plate, second conveying guide plate, waste material collection device, model collection device, delivery guide, baffle plate and electric control gear, the entrance of the first wherein said conveying guide plate is positioned at the outlet of high-speed flying shears, include inlet poppet crossbeam, outlet legs crossbeam and the first ribbon conveyer being arranged on two crossbeams, first ribbon conveyer is positioned at above strip steel, and it is configured to the internally installed belt transfer structure having electric magnet；The entrance of the second described conveying guide plate also is located at the outlet of high-speed flying shears, and be positioned at below strip steel and below the first ribbon conveyer, second conveying guide plate includes base, tilted supporter and the second ribbon conveyer being arranged on tilted supporter, and the second ribbon conveyer structure is also for the internally installed belt transfer structure having electric magnet；Described waste material collection device is positioned at below the first ribbon conveyer, and just to the second outlet carrying guide plate, described model collection device is positioned at below the first ribbon conveyer, and near the outlet of the first conveying guide plate.
In such scheme, described baffle plate is welded on the inner side of the outlet legs crossbeam in the first conveying guide plate, is positioned at below strip steel and the top of model collection device, and direction is for being vertically arranged, the upper end of baffle plate and the distance of strip steel are not more than 50mm, and lower end is less than the top of model collection device.Baffle plate is as mechanical stop, it is to avoid in model dropping process, impact failure exports other equipment.
In such scheme, described delivery guide is fixed on the outside of the outlet legs crossbeam in the first conveying guide plate, and direction is horizontally set, and is positioned at below strip steel.
In such scheme, the first described ribbon conveyer includes the first conveyer bridge, the first belt conveyor, the first electromagnet group, the first belt stretcher, the first drive roll, the first idler roller and first and supports roller group.
In such scheme, the entrance of the first described ribbon conveyer is fixed on inlet poppet crossbeam, and the outlet of the first ribbon conveyer is fixed on outlet legs crossbeam.
In such scheme, the second described ribbon conveyer includes that second conveyor support, the second belt conveyor, the second electromagnet group, the second belt stretcher, the second drive roll, the second idler roller and second support roller group.
In such scheme, described the first electromagnet group in the first ribbon conveyer be several electric magnet varied in size constitute, be fixed on side by side on the first conveyer bridge along strip steel traffic direction, work surface towards under hold strip steel.By control respectively each electric magnet dead electricity, thus Discrete control model, waste material and cut holding and unclamping of rear strip steel, the belt steel product after automatic sorting high speed shear, decrease cost of labor and safeguard danger.
In such scheme, described the first belt conveyor in the first ribbon conveyer is punching belt.Use this kind of belt, can prevent, during electric magnet dead electricity release strip steel, vacuum effect occurs, the most still keep holding in short-term state, make strip steel fall to postponing, thus cause sorting unsuccessful.
In such scheme, described the second electromagnet group in the second ribbon conveyer, for tilting to be fixed on second conveyor support obliquely, holds strip steel obliquely.Can hold and guide be transported to cutting rear waste material in waste material collection device, it is achieved the successful classification of waste material.
Compared with prior art, the present invention's it is a technical advantage that:
1, cutting with tradition compared with rear strip steel output device, utilize the feature that electric magnet response is fast, transmission magnetic belt energy speedy carding process strip steel cuts rear product, time saving and energy saving；
2, the mode of step-by-step arrangement electric magnet is utilized, Discrete control model, waste material and cut holding and unclamping of rear strip steel, the product after automatic sorting strip steel high speed shear, decrease cost of labor and safeguard danger.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the embodiment of the present invention；
Fig. 2 is the Fig. 1 sectional view along unit centre line；
In figure: 1-high-speed flying shears, 2-first carries guide plate, 3-second carries guide plate, 4-waste material collection device, 5-model collection device, 6-baffle plate, 7-delivery guide, 8-inlet poppet crossbeam, 9-outlet legs crossbeam, 10-the first conveyer bridge, 11-the first belt conveyor, 12-the first electromagnet group, 13-the first belt stretcher, 14-the first drive roll, 15-the first idler roller, 16-first supports roller group, 17-base, 18-tilted supporter, 19-second conveyor support, 20-the second belt conveyor, 21-the second electromagnet group, 22-the second belt stretcher, 23-the second drive roll, 24-the second idler roller, 25-second supports roller group.
Detailed description of the invention
Below in conjunction with detailed description of the invention, the present invention is further illustrated:
Cut rear strip steel conveyer device at a high speed as depicted in figs. 1 and 2, include the first conveying guide plate 2, second conveying guide plate 3, waste material collection device 4, model collection device 5, delivery guide 7, baffle plate 6 and electric control gear, the entrance of the first wherein said conveying guide plate 2 is positioned at the outlet of high-speed flying shears 1, include inlet poppet crossbeam 8, outlet legs crossbeam 9 and the first ribbon conveyer being arranged on two crossbeams, first ribbon conveyer is positioned at above strip steel, and it is configured to the internally installed belt transfer structure having electric magnet；The entrance of the second described conveying guide plate 3 also is located at the outlet of high-speed flying shears 1, and be positioned at below strip steel and below the first ribbon conveyer, second conveying guide plate 3 includes base 17, tilted supporter 18 and the second ribbon conveyer being arranged on tilted supporter 18, and the second ribbon conveyer structure is also for the internally installed belt transfer structure having electric magnet；Described waste material collection device 4 is positioned at below the first ribbon conveyer, and just to the second outlet carrying guide plate 3, described model collection device 5 is positioned at below the first ribbon conveyer, and near the outlet of the first conveying guide plate.
Wherein, the first described ribbon conveyer includes first conveyer bridge the 10, first belt conveyor the 11, first electromagnet group the 12, first belt stretcher the 13, first drive roll the 14, first idler roller 15 and first and supports roller group 16.
Wherein, the entrance of the first described ribbon conveyer is fixed on inlet poppet crossbeam 8, and the outlet of the first ribbon conveyer is fixed on outlet legs crossbeam 9.
Wherein, the first electromagnet group 12 in the first described ribbon conveyer be several electric magnet varied in size constitute, be fixed on side by side on the first conveyer bridge 10 along strip steel traffic direction, work surface towards under hold strip steel.Controlled respectively by electric-control system each electric magnet dead electricity, thus Discrete control model, waste material and cut holding and unclamping of rear strip steel, the belt steel product after automatic sorting high speed shear, decrease cost of labor and safeguard danger.
Wherein, the first belt conveyor 11 in the first described ribbon conveyer is punching belt.Use this kind of belt, can prevent, during electric magnet dead electricity release strip steel, vacuum effect occurs, the most still keep holding in short-term state, make strip steel fall to postponing, thus cause sorting unsuccessful.
Wherein, the second described ribbon conveyer includes that second conveyor support the 19, second belt conveyor the 20, second electromagnet group the 21, second belt stretcher the 22, second drive roll the 23, second idler roller 24 and second supports roller group 25.
Wherein, the second electromagnet group 21 in the second described ribbon conveyer, for tilting to be fixed on second conveyor support 19 obliquely, holds strip steel obliquely.Can hold and guide be transported to cutting rear waste material in waste material collection device 4, it is achieved the successful classification of waste material.
Wherein, described baffle plate 6 is welded on the inner side of the outlet legs crossbeam 9 in the first conveying guide plate 2, is positioned at below strip steel and the top of model collection device 5, and direction is for being vertically arranged, the upper end of baffle plate 6 and the distance of strip steel are not more than 50mm, and lower end is less than the top of model collection device 5.Baffle plate 6 is as mechanical stop, it is to avoid in model dropping process, impact failure exports other equipment.
Wherein, described delivery guide 7 is fixed on the outside of the outlet legs crossbeam 9 in the first conveying guide plate 2, and direction is horizontally set, and is positioned at below strip steel.
Embodiment one:
Under cutting operating mode: i.e. strip steel only shears 1 cutter.If the shear rate of high-speed shearing machine 1 is 240m/min.Before shearing, each electric magnet of first electromagnet group 12 is all energized, the first drive roll 14 driving the first conveying guide plate 2 rotates, and drives the first belt conveyor 11 to move and the first idler roller 15 and first supports roller group 16 and rotates, and make the movement velocity of the first belt conveyor 11 equal to 240m/min.Strip steel is held and is transported to export other equipment.After shearing completes, strip steel becomes two sections after high-speed flying shears 1 is sheared, i.e. band rear and band head section.First belt conveyor 11 first holds band rear, and immediately by the first belt conveyor 11 with 1m/s2Acceleration accelerate, after 1 second stop accelerate.Now the movement velocity of the first belt conveyor 11 is 300m/min.Hold band head section again, and drive magnetic tape trailer and take the lead to move together.Take the lead and magnetic tape trailer keeps spacing to be 500mm, under the common effect of the first belt conveyor 11 and the first electromagnet group 12, it is transported on delivery guide 7, then is transported on front method, apparatus by the clamping and conveying device (pinch and take the lead) at front clamping and conveying device (pinching magnetic tape trailer) and rear respectively.The equal dead electricity of each electric magnet of the first electromagnet group 12, the first drive roll 14 stops the rotation, and the first belt conveyor 11 and the first idler roller 15 and first support the equal stop motion of roller group 16.
Embodiment two:
Cut model and waste material: i.e. strip steel shears multitool.If sheared length is 500mm, and the shear rate of high-speed shearing machine 1 is 100m/min.Before shearing, each electric magnet of first electromagnet group 12 is all energized, the first drive roll 14 driving the first conveying guide plate 2 rotates, and drives the first belt conveyor 11 to move and the first idler roller 15 and first supports roller group 16 and rotates, and make the movement velocity of the first belt conveyor 11 equal to 100m/min.Strip steel is held and is transported to export other equipment.Strip steel is after high-speed flying shears 1 shears the first cutter, and the first belt conveyor 11 first holds band rear, and immediately by the first belt conveyor 11 with 1m/s2Acceleration accelerate, after 0.3 second stop accelerate.Now the movement velocity of the first belt conveyor 11 is 120m/min.Holding other sections after high-speed shearing machine 1 is cut again, every piece of spacing cutting rear steel plate is 100mm.Magnetic tape trailer the first operating mode similar with the conveying taken the lead.Before output slashing, each electric magnet of second electromagnet group 21 is all energized, the second drive roll 23 driving the second conveying guide plate 3 rotates, and drives the second belt conveyor 20 to move and the second idler roller 24 and second supports roller group 25 and rotates, and make the movement velocity of the second belt conveyor 20 equal to 120m/min.After slashing has been sheared, the equal dead electricity of several electric magnet in the first electromagnet group 12 directly over second conveying guide plate 3, slashing falls on the second conveying guide plate 3 due to deadweight reason, then jointly driven by the second belt conveyor 20 and the second electromagnet group 21, be delivered in waste material collection device 4；After last lump waste materials plate is held by the second electromagnet group 21, each electric magnet of the first electromagnet group 12 all remains powered on.During output model, each electric magnet in the first electromagnet group 12 directly over holding the first conveying guide plate 2 entrance to device for outputting waste material 4 is all energized, the equal dead electricity of remaining electric magnet.After then model has been sheared, i.e. by the first belt conveyor 11 and the common drive of the first electromagnet group 12, it is delivered to the surface of device for outputting waste material 4, fall in model collection device 5 due to deadweight reason immediately.Baffle plate 6 is in the inside of model collection device 6, and is positioned on the forward path that model falls, and as mechanical stop, it is to avoid other equipment of model impact failure front, and ensure that model can enter in model collection device 6 smoothly.After model conveying is complete, each electric magnet of the first electromagnet group 12 all remains powered on, until band head section being delivered on outlet guide pallet 7.
Before the present invention devotes oneself to work, the first belt stretcher 13 and the second belt stretcher 22 need to be regulated, i.e. regulate the first belt conveyor 11 and tensile force of the second belt conveyor 20, otherwise there will be skidding between the first belt conveyor 11 and the first idler roller 15 and the first support roller group 16, impact carries magnetic tape trailer, takes the lead and the effect of model；Skidding, the effect of impact conveying slashing is there will be between second belt conveyor 20 and the second idler roller 24 and the second support roller group 25.First belt stretcher 13 and the second belt stretcher 22 all include screw rod, nut, support (strainer employing known technology).
The Application Example being only the present invention described above, the interest field that certainly can not limit the present invention with this, therefore change according to the equivalence that scope of the present invention patent is made, still belong to protection scope of the present invention.
Claims (9)
1. a high speed cuts rear strip steel conveyer device, it is characterized in that: include the first conveying guide plate, second conveying guide plate, waste material collection device, model collection device, delivery guide, baffle plate and electric control gear, the entrance of the first wherein said conveying guide plate is positioned at the outlet of high-speed flying shears, include inlet poppet crossbeam, outlet legs crossbeam and the first ribbon conveyer being arranged on two crossbeams, first ribbon conveyer is positioned at above strip steel, and it is configured to the internally installed belt transfer structure having electric magnet；The entrance of the second described conveying guide plate also is located at the outlet of high-speed flying shears, and be positioned at below strip steel and below the first ribbon conveyer, second conveying guide plate includes base, tilted supporter and the second ribbon conveyer being arranged on tilted supporter, and the second ribbon conveyer structure is also for the internally installed belt transfer structure having electric magnet；Described waste material collection device is positioned at below the first ribbon conveyer, and just to the second outlet carrying guide plate, described model collection device is positioned at below the first ribbon conveyer, and near the outlet of the first conveying guide plate.
2. high speed as claimed in claim 1 cuts rear strip steel conveyer device, it is characterised in that: the first described ribbon conveyer includes the first conveyer bridge, the first belt conveyor, the first electromagnet group, the first belt stretcher, the first drive roll, the first idler roller and first and supports roller group.
3. high speed as claimed in claim 1 or 2 cuts rear strip steel conveyer device, it is characterised in that: the entrance of the first described ribbon conveyer is fixed on inlet poppet crossbeam, and the outlet of the first ribbon conveyer is fixed on outlet legs crossbeam.
4. high speed as claimed in claim 1 or 2 cuts rear strip steel conveyer device, it is characterized in that: described the first electromagnet group in the first ribbon conveyer is that multiple electric magnet varied in size is constituted, be fixed on side by side on the first conveyer bridge along strip steel traffic direction, work surface towards under hold strip steel.
5. high speed as claimed in claim 1 or 2 cuts rear strip steel conveyer device, it is characterised in that: described the first belt conveyor in the first ribbon conveyer is punching belt.
6. high speed as claimed in claim 1 cuts rear strip steel conveyer device, it is characterised in that: the second described ribbon conveyer includes that second conveyor support, the second belt conveyor, the second electromagnet group, the second belt stretcher, the second drive roll, the second idler roller and second support roller group.
7. the high speed as described in claim 1 or 6 cuts rear strip steel conveyer device, it is characterised in that: described the second electromagnet group in the second ribbon conveyer, for tilting to be fixed on second conveyor support obliquely, holds strip steel obliquely.
8. high speed as claimed in claim 1 cuts rear strip steel conveyer device, it is characterized in that: described baffle plate is welded on the inner side of the outlet legs crossbeam in the first conveying guide plate, it is positioned at below strip steel and the top of model collection device, direction is for being vertically arranged, the upper end of baffle plate and the distance of strip steel are not more than 50mm, and lower end is less than the top of model collection device.
9. high speed as claimed in claim 1 cuts rear strip steel conveyer device, it is characterised in that: described delivery guide is fixed on the outside of the outlet legs crossbeam in the first conveying guide plate, and direction is horizontally set, and is positioned at below strip steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310211502.4A CN104210803B (en) | 2013-05-31 | 2013-05-31 | A kind of high speed cuts rear strip steel conveyer device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310211502.4A CN104210803B (en) | 2013-05-31 | 2013-05-31 | A kind of high speed cuts rear strip steel conveyer device |
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| CN104210803A CN104210803A (en) | 2014-12-17 |
| CN104210803B true CN104210803B (en) | 2016-09-21 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107175530B (en) * | 2016-03-10 | 2019-07-23 | 宝山钢铁股份有限公司 | A kind of flying shear belt conveyor and method |
| CN106006348A (en) * | 2016-07-04 | 2016-10-12 | 江苏永钢集团有限公司 | Steel rolling flying shear top crop and end crop collecting device |
| CN114212461A (en) * | 2022-01-04 | 2022-03-22 | 肇庆宏旺金属实业有限公司 | Conveyer convenient to adjust rate of tension |
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