CN103877758B - A kind of whirling well automatic magnetic anti-rotation dragveyer - Google Patents
A kind of whirling well automatic magnetic anti-rotation dragveyer Download PDFInfo
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- CN103877758B CN103877758B CN201410138063.3A CN201410138063A CN103877758B CN 103877758 B CN103877758 B CN 103877758B CN 201410138063 A CN201410138063 A CN 201410138063A CN 103877758 B CN103877758 B CN 103877758B
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- cone tank
- moving runner
- dragveyer
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- rotation
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Abstract
The invention discloses a kind of whirling well automatic magnetic anti-rotation dragveyer, comprise connecting gear and dragveyer structure, wherein connecting gear comprises moving runner and driving-belt, moving runner comprises the first moving runner and the second moving runner, and it is outside and driven by moving runner and rotate that driving-belt is around in the first moving runner and the second moving runner; Dragveyer structure is the cone tank that multiple top has opening, the sidewall of cone tank and bottom are all latticed for what be made up of the hollow tube with magnetic conducting power, the surface of hollow tube has the multiple projections for increasing its surface area, cone tank is connected with driving-belt and is driven by it and rotates, cone tank is connected with driving-belt by hinge, is provided with the AC coil that can produce magnetic force in the hollow tube of formation cone tank; The sidewall of cone tank is provided with the first groove, and driving-belt is provided with corresponding section, cone tank position the raised line agreed with mutually with the first groove.
Description
Technical field
The present invention relates to rolling effluent processing technology field, particularly relate to a kind of whirling well automatic magnetic anti-rotation dragveyer.
Background technology
In rolling process, rolling mill bearing, roll etc. all need water cooling, iron sheet ditch needs water to rinse, contain a large amount of iron scales with in the water crossed, often refine 1 ton of steel, approximately produce more than 17 kilograms iron scales, these iron scale overwhelming majority enter in water, make suspension content in water up to several thousand mg/L, therefore cooling water not only can not directly utilize, and can not directly discharge according to environmental requirement.Thus, rolling system needs water treatment and cycle facilities.
Whirling well is a kind of eddy current type sedimentation basin, and its iron scale being widely used in metallurgy industry reclaims and circulation, and along with the fast development of metallurgy industry, the application of whirling well gets more and more, and scale is increasing.The operation principle of whirling well is that the sewage containing a large amount of iron scale tangentially flows into whirling well by inflow entrance, oarse-grained iron scale is settled down to bottom whirling well, the iron scale that particle diameter is less enters chemical oil remover with recirculated water and carries out coagulant precipitation, and recirculated water returns to milling train fIthy circulating system after coagulant precipitation.
Whirling well cleaning iron scale problem is the bottleneck of restriction output always, usual way is that the iron scale fallen to bottom at the bottom of whirling well catches outside well by dreg grabbing machine after the accumulation of certain hour, return process for making to recycle, whole process need uses a large amount of manpower just can complete, this traditional iron scale method for cleaning not only wastes plenty of time, man power and material, and causes very bad impact to working environment health.
In addition, the cooling water entered in whirling well is in High Rotation Speed state, when using the iron scale operation bottom conventional grab bucket cleaning whirling well, after grab bucket enters the water surface, grab bucket, with the current synchronous rotary in whirling well, causes crane rope to twist, and increases the cleaning difficulty of iron scale, therefore, the torsion problem cleared in the process of iron scale how is effectively avoided urgently to tackle key problems solution.
Summary of the invention
The object of the invention is to the deficiency for general whirling well iron scale cleaning plant, a kind of whirling well automatic magnetic anti-rotation dragveyer is provided, by arranging the transmission mechanism bottom vertical communication eddy flow well head and whirling well, and the magnetic cone tank of multiple tools be made up of hollow tube to be connected with this transmission mechanism, make cone tank sequentially through the collection carrying out iron scale bottom whirling well, and by the control of computer and the rotation of transmission mechanism, collection is made to have the cone tank of iron scale automatically to run to eddy flow well head, the automatic collection realizing the iron scale bottom whirling well is cleared.
Another object of the present invention is, by arranging multiple first groove at cone tank sidewall, and the position corresponding with cone tank arranges the raised line agreed with mutually with described first groove on a moving belt, and by arranging certain magnetic material on the surface of described first groove and raised line, make cone tank agreeing with firmly to adsorb and engage on a moving belt by the first groove and raised line, avoid rotary water current cone tank to be impacted to the torsion causing cone tank.
Another object of the present invention is, by arranging multiple projection on the hollow tube surface forming cone tank, effectively increases the surface area of cone tank, thus increases cone tank to the adsorption capacity of iron scale.
Technical scheme of the present invention is:
A kind of whirling well automatic magnetic anti-rotation dragveyer, comprising:
Connecting gear, it comprises moving runner and driving-belt, described moving runner comprises the first moving runner and the second moving runner, described first moving runner and the second moving runner longitudinal arrangement also have certain interval, described moving runner is connected with a motor and is driven by it and rotates, described driving-belt be around in described first moving runner and the second moving runner outside and driven by described moving runner and rotate;
Dragveyer structure, it is the cone tank that multiple top has opening, described cone tank is an inverted cone, the sidewall of described cone tank and the bottom fenestral fabric all for being made up of the hollow tube with magnetic conducting power, the surface of described hollow tube has the multiple projections for increasing its surface area, described cone tank is connected with described driving-belt and is driven by it and rotates, described cone tank is connected with described driving-belt by hinge, is provided with the AC coil that can produce magnetic force in the hollow tube forming described cone tank;
In addition, the sidewall of described cone tank is provided with the first groove, and described driving-belt is provided with corresponding section, described cone tank position the raised line agreed with mutually with described first groove.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, the surface of the raised line on the first groove on described cone tank and the driving-belt that agrees with mutually is with it provided with the magnetic material that can attract each other.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, described cone tank sidewall extends a rectangular slab in the openend of cone tank, and described first groove is arranged on described rectangular slab.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, the quantity of described rectangular slab is multiple, and the quantity of the first groove on described each rectangular slab is two or more.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, the magnetic material set by raised line surface on the first groove on described cone tank and the driving-belt that agrees with mutually with it is all connected with computer and its magnetic is produced by conputer controlled or disappears.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, form the projection on the hollow tube surface of described cone tank for circular or irregularly shaped.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, the first end of described hinge is fixedly connected with the edge of opening place of described cone tank, and the second end of described hinge is flexibly connected with the cooperation of snap ring by fixed axis with described driving-belt.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, the length of described hinge is 2-2.5 rice, and described first moving runner is arranged at the position of 1.5-2 rice above eddy flow well head, and described second moving runner is arranged at the position of 1.5-2 rice bottom distance whirling well.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, top end opening and the bottom of described cone tank are circle, and the diameter of opening is 2-2.5 rice, and the opening diameter of described cone tank and the ratio of base diameter are 3: 2.
Preferably, in described whirling well automatic magnetic anti-rotation dragveyer, described moving runner and cone tank are all connected with computer and by conputer controlled, the magnetic of described cone tank is produced by conputer controlled or disappears.
The present invention has following beneficial effect: whirling well automatic magnetic anti-rotation dragveyer of the present invention, by arranging the transmission mechanism bottom vertical communication eddy flow well head and whirling well, and the magnetic cone tank of multiple tools be made up of hollow tube to be connected with this transmission mechanism, make cone tank sequentially through the collection carrying out iron scale bottom whirling well, and by the control of computer and the rotation of transmission mechanism, collection is made to have the cone tank of iron scale automatically to run to eddy flow well head, the automatic collection realizing the iron scale bottom whirling well is cleared, the present invention is than traditional efficiency raising more than 30% being cleared iron scale by grab bucket.
In addition, the present invention is by arranging multiple first groove at cone tank sidewall, and the position corresponding with cone tank arranges the raised line agreed with mutually with described first groove on a moving belt, and by arranging certain magnetic material on the surface of described first groove and raised line, make cone tank agreeing with firmly to adsorb and engage on a moving belt by the first groove and raised line, avoid rotary water current cone tank to be impacted to the torsion causing cone tank, iron scale is cleared to eddy flow well head by cone tank reposefully.
Meanwhile, by arranging multiple projection on the hollow tube surface forming cone tank, increase effectively the surface area of cone tank, thus increase cone tank to the adsorption capacity of iron scale, the amount making cone tank single clear iron scale increases by 20%.
The present invention has energy and labour saving, iron scale cleaning effect is good, operating efficiency is high advantage, and solves the torsion problem cleared in the process of iron scale.
Accompanying drawing explanation
Fig. 1 is the structural representation of whirling well automatic magnetic anti-rotation dragveyer of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is elaborated, can implement according to this after consulting this description to make those of ordinary skill in the art.
As shown in Figure 1, a kind of whirling well automatic magnetic anti-rotation dragveyer of the present invention, comprising:
Connecting gear, it comprises moving runner and driving-belt 3, described moving runner comprises the first moving runner 1 and the second moving runner 2, described first moving runner 1 and the second moving runner 2 longitudinal arrangement also have certain interval, described moving runner is connected with a motor and is driven by it and rotates, it is outside and driven by described moving runner and rotate that described driving-belt 3 is around in described first moving runner 1 and the second moving runner 2, forms the transmission mechanism of a longitudinal direction through whirling well inside;
Dragveyer structure, it is the cone tank 4 that multiple top has opening, described cone tank 4 is an inverted cone, the sidewall of described cone tank 4 and the bottom fenestral fabric all for being made up of the hollow tube with magnetic conducting power, the iron scale in the cooling water entered in whirling well can be filtered, the surface of described hollow tube has the multiple projections for increasing its surface area, effectively can increase its adsorbance to iron scale.Described cone tank 4 is connected with described driving-belt 3 and is driven by it and moves, thus makes cone tank 4 carry out rising and declining by the rotation of driving-belt 3, automatically completes cleaning and the unloading of iron scale in whirling well.Described cone tank 4 is connected with described driving-belt 3 by hinge 5, and the hinge 5 connecting each cone tank 4 is many, makes cone tank 4 remain horizontal level by regulating the length of many hinges 5.The AC coil that can produce magnetic force is provided with in the hollow tube forming described cone tank 4, by the magnetic that controls the adjustable cone tank 4 of current strength in AC coil strong and weak and with or without, thus the absorption carried out iron scale and unloading, cooling water then fully can be filtered down and enter next step process.
In addition, the sidewall of described cone tank 4 is provided with the first groove, and described driving-belt 3 is provided with corresponding section, described cone tank 4 position the raised line agreed with mutually with described first groove.In described whirling well automatic magnetic anti-rotation dragveyer, described cone tank 4 sidewall extends a rectangular slab 7 in the openend of cone tank 4, described first groove is arranged on described rectangular slab 7, the quantity of the rectangular slab 7 that each cone tank 4 has is multiple, to ensure that cone tank 4 is easily fixed on described driving-belt 3 by the first groove and agreeing with of raised line when rotating, the quantity of the first groove on described each rectangular slab 7 is two or more, increases fixing intensity.The surface of the raised line on the first groove on described cone tank 4 and the driving-belt 3 that agrees with mutually is with it provided with the magnetic material that can attract each other.The magnetic material set by raised line surface on the first groove on described cone tank 4 and the driving-belt 3 that agrees with mutually with it is all connected with computer and its magnetic is produced by conputer controlled or disappears.When cone tank 4 arrives bottom whirling well, reduce by the magnetic of described first groove of the control of computer and raised line or disappear, described cone tank and described driving-belt 3 depart from, driven by driving-belt 3 after cone tank 4 adsorbs some iron scales and promote, increase the magnetic of described first groove and raised line, make cone tank 4 firmly be fixed on conveyer belt 3 by the first groove and agreeing with of raised line, effectively avoid the torsion that in whirling well, the impact of current to cone tank 4 causes.
In described whirling well automatic magnetic anti-rotation dragveyer, form the projection on the hollow tube surface of described cone tank 4 for circular or irregularly shaped.
In described whirling well automatic magnetic anti-rotation dragveyer, the first end of described hinge 5 is fixedly connected with the edge of opening place of described cone tank 4, the edge of opening place of described cone tank 4 is provided with the hanger consistent with described hinge 5 quantity, described hinge 5 is fixed on described hanger, the adjustable length of each hinge 5 be connected with cone tank 4, by regulating the length of the hinge 5 of diverse location, cone tank 4 is made to keep horizontal level, when arriving bottom whirling well, cone tank 4 can be placed horizontally at the collection carrying out iron scale bottom whirling well.Second end of described hinge 5 is flexibly connected with the cooperation of snap ring by fixed axis 6 with described driving-belt, second end of the many hinges 5 be connected with cone tank 4 is undertaken collecting fixing by snap ring, and with coordinating of fixed axis 6, cone tank 4 is fixed on described driving-belt 3 by described snap ring.
In described whirling well automatic magnetic anti-rotation dragveyer, described fixed axis 6 is fixed on described driving-belt 3 by fastening bolt, described fixed axis 6 is provided with the second groove, second end of described hinge 5 is provided with snap ring, described snap ring is snapped in the second groove of described fixed axis 6 in the mode that can make hinge 5 and carry out 180 degree of upsets with described fixed axis 6 for axle center, make cone tank 4 when changing the direction of motion, such as fall downwards from eddy flow well head and change into bottom whirling well to when rising, snap ring needs to carry out upset progressively in the second groove of fixed axis 6, thus make cone tank 4 all keep open horizontal state upwards in decline and uphill process.
In described whirling well automatic magnetic anti-rotation dragveyer, the length of described hinge 5 is 2-2.5 rice, and the hinge 5 nearer apart from driving-belt 3 is shorter, and the hinge 5 far away apart from driving-belt 3 is longer.Described first moving runner 1 is arranged at the position of 1.5-2 rice above eddy flow well head, and described second moving runner 3 is arranged at the position of 1.5-2 rice bottom distance whirling well.
In described whirling well automatic magnetic anti-rotation dragveyer, top end opening and the bottom of described cone tank 4 are circle, the diameter of opening is 2-2.5 rice, the opening diameter of described cone tank 4 and the ratio of base diameter are 3: 2, cone tank 4 is made to form an inverted taper, this design can increase cone tank 4 surface and the contact area of iron scale in cooling water, plays better collecting effect.
In described whirling well automatic magnetic anti-rotation dragveyer, described moving runner and cone tank 4 are all connected with computer and by conputer controlled, the magnetic of described cone tank 4 is produced by conputer controlled or disappears.By computer, certain program is set, 10-15 minute is stopped when each cone tank 4 is arrived bottom whirling well, and the time interval arrived bottom whirling well is less than 15 seconds to adjacent two cone tanks 4 in succession, thus ensure the abundant absorption to iron scale and collection.The magnetic arriving this cone tank 4 after bottom whirling well when cone tank 4 produces, and in the process rising to well head, keep the magnetic of some strength, when arriving well head certain position, by the control of computer, the magnetic of this cone tank 4 is disappeared, the iron scale Automatic-falling of absorption on it, thus make this cone tank 4 complete Self-tipping, and continue to fall in whirling well the work carried out next time, thus recycle automatically, greatly save manpower and increase work efficiency.
Although embodiment of the present invention are open as above, but it is not restricted to listed in description and embodiment utilization, it can be applied to various applicable the field of the invention completely, for those skilled in the art, can easily realize other amendment, therefore do not deviating under the universal that claim and equivalency range limit, the present invention is not limited to specific details and illustrates here and the legend described.
Claims (10)
1. a whirling well automatic magnetic anti-rotation dragveyer, is characterized in that, comprising:
Connecting gear, it comprises moving runner and driving-belt, described moving runner comprises the first moving runner and the second moving runner, described first moving runner and the second moving runner longitudinal arrangement also have certain interval, described moving runner is connected with a motor and is driven by it and rotates, described driving-belt be around in described first moving runner and the second moving runner outside and driven by described moving runner and rotate;
Dragveyer structure, it is the cone tank that multiple top has opening, described cone tank is an inverted cone, the sidewall of described cone tank and the bottom fenestral fabric all for being made up of the hollow tube with magnetic conducting power, the surface of described hollow tube has the multiple projections for increasing its surface area, described cone tank is connected with described driving-belt and is driven by it and rotates, described cone tank is connected with described driving-belt by hinge, is provided with the AC coil that can produce magnetic force in the hollow tube forming described cone tank;
In addition, the sidewall of described cone tank is provided with the first groove, and described driving-belt is provided with corresponding section, described cone tank position the raised line agreed with mutually with described first groove.
2. whirling well automatic magnetic anti-rotation dragveyer as claimed in claim 1, is characterized in that, the surface of the raised line on the first groove on described cone tank and the driving-belt that agrees with mutually is with it provided with the magnetic material that can attract each other.
3. whirling well automatic magnetic anti-rotation dragveyer as claimed in claim 2, it is characterized in that, described cone tank sidewall extends a rectangular slab in the openend of cone tank, and described first groove is arranged on described rectangular slab.
4. whirling well automatic magnetic anti-rotation dragveyer as claimed in claim 3, it is characterized in that, the quantity of described rectangular slab is multiple, and the quantity of the first groove on described each rectangular slab is two or more.
5. whirling well automatic magnetic anti-rotation dragveyer as claimed in claim 4, it is characterized in that, the magnetic material set by raised line surface on the first groove on described cone tank and the driving-belt that agrees with mutually with it is all connected with computer and its magnetic is produced by conputer controlled or disappears.
6. whirling well automatic magnetic anti-rotation dragveyer as claimed in claim 1, is characterized in that, forms the projection on the hollow tube surface of described cone tank for circular or irregularly shaped.
7. whirling well automatic magnetic anti-rotation dragveyer as claimed in claim 1, it is characterized in that, the first end of described hinge is fixedly connected with the edge of opening place of described cone tank, and the second end of described hinge is flexibly connected with the cooperation of snap ring by fixed axis with described driving-belt.
8. the whirling well automatic magnetic anti-rotation dragveyer as described in claim 5,6 or 7, it is characterized in that, the length of described hinge is 2-2.5 rice, described first moving runner is arranged at the position of 1.5-2 rice above eddy flow well head, and described second moving runner is arranged at the position of 1.5-2 rice bottom distance whirling well.
9. the whirling well automatic magnetic anti-rotation dragveyer as described in claim 5,6 or 7, it is characterized in that, top end opening and the bottom of described cone tank are circle, and the diameter of opening is 2-2.5 rice, and the opening diameter of described cone tank and the ratio of base diameter are 3: 2.
10. the whirling well automatic magnetic anti-rotation dragveyer as described in claim 5,6 or 7, is characterized in that, described moving runner and cone tank are all connected with computer and by conputer controlled, the magnetic of described cone tank is produced by conputer controlled or disappears.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410138063.3A CN103877758B (en) | 2014-04-08 | 2014-04-08 | A kind of whirling well automatic magnetic anti-rotation dragveyer |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410138063.3A CN103877758B (en) | 2014-04-08 | 2014-04-08 | A kind of whirling well automatic magnetic anti-rotation dragveyer |
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| CN103877758A CN103877758A (en) | 2014-06-25 |
| CN103877758B true CN103877758B (en) | 2015-09-09 |
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| CN114197618B (en) * | 2021-12-21 | 2022-10-18 | 无锡国家高新技术产业开发区市政公用事业有限公司 | Municipal administration road drainage system |
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| DE2220132C3 (en) * | 1972-04-25 | 1975-10-09 | Man Waerme- Und Lufttechnik Gmbh, 3300 Braunschweig | Method and device for separating sinter from a liquid |
| CN2228516Y (en) * | 1995-08-08 | 1996-06-05 | 徐慧玖 | Circular reciprocative stereo vehicle packing garage |
| CN1149655A (en) * | 1995-11-01 | 1997-05-14 | 刘亚伦 | Suspension type diamond type circulation stereo car garage |
| JP2006334717A (en) * | 2005-06-02 | 2006-12-14 | F Syst Co Ltd | Device for recovering and cleaning sludge and oil such as chips and chip powder mixed in used coolant liquid |
| CN203861974U (en) * | 2014-04-08 | 2014-10-08 | 吴燕妮 | Automatic magnetic anti-rotating salvaging machine for whirling well |
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Address after: 536000 Jilin Beihai Road, Taiwan Road, Northeast China Electronics Beihai Industrial Park incubator building, room, 3rd floor, Room 302 Patentee after: Wu Yanni Address before: 532200 the Guangxi Zhuang Autonomous Region Chongzuo Jiangzhou District No. 22 Jianshe Road Patentee before: Wu Yanni |
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Effective date of registration: 20190103 Address after: 266300 Weisi Road, Beiguan Industrial Park, Jiaozhou City, Qingdao City, Shandong Province Patentee after: QINGDAO ZDZ ELECTRIC POWER ENVIRONMENTAL PROTECTION EQUIPMENT CO., LTD. Address before: The Guangxi Zhuang Autonomous Region Beihai Road, Taiwan Road, Northeast China Electronics Beihai Industrial Park incubator building, room, 3rd floor, Room 302 Patentee before: Wu Yanni |