CN2724843Y - Sutomatic circulation type apparatus for removing iron from slurry material - Google Patents
Sutomatic circulation type apparatus for removing iron from slurry material Download PDFInfo
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- CN2724843Y CN2724843Y CN 200420088561 CN200420088561U CN2724843Y CN 2724843 Y CN2724843 Y CN 2724843Y CN 200420088561 CN200420088561 CN 200420088561 CN 200420088561 U CN200420088561 U CN 200420088561U CN 2724843 Y CN2724843 Y CN 2724843Y
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Abstract
Disclosed is an automatic circulation type apparatus for removing iron from slurry material, which belongs to the technical field of removing iron from slurry material. The stainless steel tubes with iron granules absorbed on the outsides of the permanent magnetic bars can be cleaned without manpower, and the iron can be removed from the slurry material fully, automatically and continuously. The utility model is characterized in that a slurry tank with double vat is arranged, and the slurry tank with double vat is equally divided into a left slurry tank with a vat and a right slurry tank with a vat; a set of stainless steel tubes is horizontally arranged at the middle-lower part of the slurry tank and a set of permanent magnetic bars matched with the set of stainless steel tubes are equally split into two segments; the permanent magnetic segments and the stainless steel tubes form a sliding fit and connection, and the outer ends of the iron segments are fixed on a right side plate on a machine frame; the stainless steel tubes and the permanent magnetic bars of the slurry tank with double vat are caused to make relative movement from right to left by a transmission mechanism. With the aid of a high-pressure washing system and the control of the action time of a slurry inlet valve, a slurry returning valve, a slurry returning pump, a slurry remaining valve, a branch slurry returning valve, an iron discharging valve and a water inlet valve, the iron removing, the iron cleaning and the iron discharging of the left slurry tank with a vat and the right slurry tank with a vat can be controlled, and the iron can be removed from the slurry material automatically and continuously in the same device.
Description
Technical field
The utility model relates to the sizing material iron removing technical field, particularly a kind of automatic circulation type sizing material iron removing device.
Background technology
Widely used slurry contains iron granules and mixes and be stored in the slurry owing to wanting earlier to make through operations such as ball millings in industries such as pottery, chemical industry, it must be separated before entering next step operation, reduces the influence to product quality as far as possible.The method of sizing material iron removing mainly is that the stainless steel Permanent-magneto magnetic bar group that adopts many groups to stack at interval in length and breadth is placed in the fixing conveyer trough that is divided into many lattice at present.In the course of the work, constantly the one group one group stainless steel Permanent-magneto magnetic bar group of sealing is admittedly taken out outside the groove, use the water under high pressure scouring abrasion, pursue root then and take off to use cloth to wipe with and be adsorbed on the iron granules on bar magnet surface with artificial.Be reentered in the group frame after wiping examination totally, should organize stainless steel Permanent-magneto magnetic bar group again and hang in the conveyer trough.So process goes on incessantly.Because every group of stainless steel Permanent-magneto magnetic bar need dispose the 40-50 root, the artificial cleaning from uninterruptedly, labor strength is very big, whether cleans up, and depends on workman's working attitude and fatigue state fully.Owing to need staff directly to contact slurry, most of slurry has certain harm to health.
Summary of the invention
The technical problems to be solved in the utility model is: the stainless steel tube that is adsorbed with iron granules that does not need manually to clean the Permanent-magneto magnetic bar outside; Can carry out full-automatic deironing to slurry uninterruptedly handles.
The technical solution that the utility model proposed is such: a kind of automatic circulation type sizing material iron removing device, comprise frame 6, be provided with stock tank 1 in the middle part on this frame 6, the bottom is provided with overfall pond 12, and surplus slurry valve 11, overfall mouth 22, iron exhaust valve 20, row's iron mouth 21, the top is provided with water inlet 4 and water intaking valve 2,2 ', frame 6 outer upper are provided with stock inlet 26, slurry-inlet valve 25, slurry traversing valve 27, frame 6 outer middle side parts are provided with grout outlet 19, on the overfall pond, frame 6 bottom 12 slurry recirculating pump 23 is housed, described stock tank 1 is the twin-tub stock tank, be divided into left cylinder stock tank 1-1 and right cylinder stock tank 1-2 by midfeather, a left side in twin-tub stock tank 1, be fixed with the stainless steel tube 14 of one group of horizontal positioned between the right biside plate, these stainless steel tube 14 right-hand members and twin-tub stock tank 1 right plate connect; Be fixed with one group of horizontal positioned on described frame 6 right plates and correspond respectively to the Permanent-magneto magnetic bar 5 of described stainless steel tube group 14, this Permanent-magneto magnetic bar 5 is the five equilibrium two-stage structure, left side section is a permanent magnet segments, right section is the irony section, every segment length is the width of described single cylinder stock tank, and described permanent magnet segments penetrates in the corresponding stainless steel tube 7 and with it and is connected movingly; The guide rail 31 of two horizontal positioned is housed between the described frame 6 middle and lower part and arranged on left and right sides plates, and described twin-tub stock tank 1 is bearing on the guide rail 29 by its one group of guide wheel 30 in bottom; Guide rail 31 superjacent air spaces in the described frame 6 are divided into A, B, three intervals of C, and each interval can hold a single cylinder stock tank 1-1 or 1-2; Be divided into the little stock tank 18 of a row that fore-and-aft direction is arranged by diaphragm plate in described left and right cylinder stock tank 1-1, the 1-2, its stock tank bottom is the longitudinal wave shape wave, high dividing plate 16 is housed on the trough, leave the gap between this plate base and the trough, low partition 17 is housed on the crest, and this plate base closely contacts with crest; Described left and right cylinder stock tank 1-1,1-2 the bottom each trough have through hole, and be separately installed with one group of surplus slurry valve 13,13 of branch road '; In the frame 6 A interval and the left and right cylinder stock tank 1-1 of the interval inner top correspondence of C, 1-2 place be equipped with respectively one group of syringe 3,3 '; Between frame 6 right plates and twin-tub stock tank 1, be fixed with twin-tub stock tank transmission mechanism; Described slurry traversing valve 27 is connected by 23 outlets of pipeline 24 and slurry recirculating pump, and described surplus slurry valve 11, iron exhaust valve 20 are by pipeline 10 and two groups of surplus slurry valves 13,13 of branch road ' be connected in parallel, and overfall mouth 22 stretches in the overfall pond 12; Described water inlet 4 is connected in parallel with water intaking valve 2,2 ' inlet, and water intaking valve 2 outlets are connected in parallel by water pipe 15 and one group of syringe 3, and water intaking valve 2 ' outlet is by water pipe 15 ' organize syringe 3 ' be connected in parallel with another; Full machine by the PC cyclelog to slurry-inlet valve 25, slurry traversing valve 27, slurry recirculating pump 23, surplus slurry valve 11, iron exhaust valve 20, the surplus slurry valve 13,13 of branch road ', the reducing motor 7 of water intaking valve 2,2 and twin-tub stock tank transmission mechanism operates control.The equidistant arrangement of stainless steel tube 14 isosceles triangles in the described twin-tub stock tank 1.Little stock tank 18 numbers are 8-12 in described left and right cylinder stock tank 1-1, the 1-2.Described twin-tub stock tank transmission mechanism is made up of screw mandrel 29, nut 28, bevel gear 8, helical gear 9 and reducing motor 7, on the same horizontal plane of twin-tub stock tank 1 left and right side plate 2-6 nut 28 is housed respectively, 2-6 rhizoid bar 29 1 sides and corresponding nut 28 engagements, screw mandrel 29 two ends are bearing on the frame 6 left and right side plates by bearing, helical gear 9 is equipped with in its right part, 2-6 bevel gear 8 is housed on reducing motor 30 output shafts, and with 9 engagements of corresponding helical gear.Beeline scope between described every stainless steel tube 14 surfaces is 15-30mm.
Compared with prior art, the utlity model has following beneficial effect:
(1) be the Permanent-magneto magnetic bar of iron staff formation and the stainless steel tube relative motion of coupling owing to having adopted a part for permanent magnet, another part, thereby might make the twin-tub stock tank, and one group of stainless steel tube is horizontally fixed in this stock tank, Permanent-magneto magnetic bar one end of coupling is fixed on the interior vertical portable plate of upper spider, the other end is connected movingly with stainless steel tube, realize left and right cylinder stock tank hocket deironing and row's iron a kind of so full-automatic cyclic program, the slurry that contains iron granules can flow through this machine incessantly to carry out deironing and handles.
(2) this machine compact conformation, the magnetic force of Permanent-magneto magnetic bar is powerful, owing to be divided into the 8-12 lattice in each cylinder stock tank, every lattice are put the Permanentmagnet bar comparatively dense, slurry is flowed through the path generally more than 4M in the cylinder stock tank, thereby de-ferrous effect is very remarkable.
(3) because this device can carry out full-automatic continual deironing processing to the iron content slurry, operating personnel have been significantly reduced, reduced production cost, the human error factor is reduced to minimum, this is to improving de-ferrous effect, guaranteeing the stable effect with key of deironing slurry quality.
The utility model is mainly used in ceramic industry to carry out removing the iron granules processing more completely to the ceramic size behind ball milling, also is applicable to other industry, as chemical industry the slurry that contains irony is carried out deironing and handles.
Description of drawings
Fig. 1 is that the structure master of an embodiment of the utility model looks schematic diagram, removes the frame front side board among the figure.
Fig. 2 is that schematic diagram is looked on the left side of Fig. 1, removes the frame outer panel among the figure.
The specific embodiment
By following embodiment the utility model is further elaborated.
Referring to Fig. 1, shown in Figure 2, the circulating sizing material iron removing device of a kind of self-action, mainly by the surplus slurry valve of frame 6, stainless steel twin-tub stock tank 1, one group of Permanent-magneto magnetic bar 5 and the stainless steel tube 14 that matches, guide rail 31, twin-tub stock tank transmission mechanism, slurry-inlet valve 25, slurry traversing valve 27, slurry recirculating pump 23, iron exhaust valve 20, surplus slurry valve 11, branch road 13,13 ', water intaking valve 2,2 ', syringe 3,3 ' and associated pipe form.Twin-tub stock tank 1 is contained on the guide rail 31 by one group of guide wheel 30, can do left and right motion.Separate into left cylinder stock tank 1-1 and right cylinder stock tank 1-2 with midfeather etc. in the middle of the twin-tub stock tank 1, its cylinder stock tank is designed at the bottom of the waveform pond by fore-and-aft direction, on each crest and trough, be equipped with diaphragm plate, in the present embodiment, be provided with nine dividing plates altogether, left cylinder stock tank 1-1 and right cylinder stock tank 1-2 are divided into the little stock tank 18 of ten lattice, stainless steel tube 14 gathers at the middle and lower part inner chamber of the little stock tank 18 of every lattice, surface distance between the adjacent every stainless steel tube 14 is 20mm, and stainless steel tube group 14 is the equidistant arrangement of isosceles triangle.19 flow process reaches more than 4 meters from stock inlet 26 to grout outlet.4 nuts 28 are equipped with at twin-tub stock tank 1 left and right side plate central horizontal position respectively, screw mandrel 29 that matches and described corresponding nut 28 engagements, screw mandrel 29 right-hand members are equipped with helical gear 9, with 4 bevel gear 8 corresponding engagements on the output shaft of reducing motor 7, constitute the transmission mechanism of twin-tub stock tank 1, realize the relative motion between Permanent-magneto magnetic bar 5 and the stainless steel tube 14.
The course of work of this automatic circulation type sizing material iron removing device is as follows:
Transmission mechanism drives twin-tub stock tank 1 and moves right to the end, right cylinder stock tank 1-2 comes the C interval, left side cylinder stock tank 1-1 also comes the B interval, and be in first section (permanent magnet segments) of Permanent-magneto magnetic bar 5, close iron exhaust valve 20 and water intaking valve 2, open slurry-inlet valve 25, slurry traversing valve 27 and slurry recirculating pump 23, slurry enters left cylinder stock tank 1-1 from top, and its deironing is handled.Slurry recirculating pump 23 is worked through the short time and is closed.Slurry after the deironing flows out to the finished product pond from grout outlet 19.(for example 10 minutes) close slurry-inlet valve 25 and slurry traversing valve 27 afterwards through after a while, open the surplus slurry valve 13 of branch road, surplus slurry valve 11.The remaining slurry for the treatment of left cylinder stock tank 1-1 has refluxed behind the overfall pond 12, close surplus slurry valve 13 of branch road and surplus slurry valve 11, at this moment, transmission mechanism moves to left twin-tub stock tank 1 to the end, and left cylinder stock tank 1-1 arrives the A interval, and right cylinder stock tank 1-2 arrives the B interval, open slurry-inlet valve 25, slurry traversing valve 27 and slurry recirculating pump 23, slurry enters right cylinder stock tank 1-2 from top, its deironing is handled, and slurry recirculating pump 23 is closed after short time work.Slurry after the deironing flows out to the finished product pond from grout outlet 19.Meanwhile, open the surplus slurry valve 13 of iron exhaust valve 20, water intaking valve 2 and branch road, the iron granules that is contained in one group of stainless steel tube 14 surface attachment in 3 couples of left cylinder stock tank 1-1 of one group of syringe of the interval upper rack of A carries out high-pressure flush and cleans, by the surplus slurry valve 13 of branch road, pipeline 10, iron exhaust valve 20 outside row's iron mouth 21 discharge machines.After flushing after a while (for example 5 minutes), close water intaking valve 2, the surplus slurry valve 13 of branch road and iron exhaust valve 20, left cylinder stock tank 1-1 finishes cleaning, is ready.Right cylinder stock tank 1-2 (for example 10 minutes) after deironing work after a while, close slurry-inlet valve 25 and slurry traversing valve 27, open the surplus slurry valve 13 ' of branch road, surplus slurry valve 11, remaining slurry in the right cylinder stock tank 1-2 is through pipeline 10 ', overfall mouth 22 flows into overfall pond 12, after overfall finishes, close surplus slurry valve 11, at this moment, transmission mechanism moves to right twin-tub stock tank 1 to the end, and left cylinder stock tank 1-1 arrives the B interval, be in the permanent magnet segments of Permanent-magneto magnetic bar 5, right cylinder stock tank 1-2 arrives the C interval, is in the irony section of Permanent-magneto magnetic bar 17, opens slurry-inlet valve 25, slurry traversing valve 27 and slurry recirculating pump 23, slurry enters left cylinder stock tank 1-1 from top, its deironing is handled.Slurry recirculating pump 23 is closed after short time work.Meanwhile, open iron exhaust valve 20, water intaking valve 2 ', the one group of syringe 3 ' that is contained in the interval frame of C 1 top carries out high-pressure flush to the iron granules of one group of stainless steel tube 14 surface attachment in the right cylinder stock tank 1-2 and cleans, the iron granules that comes out clearly by the surplus slurry valve 13 ' of branch road, pipeline 1 ', iron exhaust valve 20 outside row's iron mouth 21 discharge machines.After flushing after a while (for example 5 minutes), close water intaking valve 2 ', the surplus slurry valve 13 ' of branch road and iron exhaust valve 20, right cylinder stock tank 1-2 finishes cleaning, is ready.Periodic duty is gone down so incessantly.Because the time of having adopted twin-tub stock tank structure, deironing time to be longer than to clean row's iron that is to say, when a cylinder stock tank in iron removal, another cylinder stock tank has cleaned to finish and has finished, and is ready at any time.Therefore, by control actuation time to above-mentioned each air valve and transmission mechanism, and then, just can be implemented in and full-automaticly in the same device continuously slurry be carried out high-quality deironing processing the control of left and right cylinder stock tank 1-1,1-2 cycle alternation " deironing-cleaning row iron ".
Claims (5)
1, a kind of automatic circulation type sizing material iron removing device, comprise frame (6), this frame (6) goes up in the middle part and is provided with stock tank (1), the bottom is provided with overfall pond (12), and surplus slurry valve (11), overfall mouth (22), iron exhaust valve (20), row's iron mouth (21), the top is provided with water inlet (4) and water intaking valve (2,2 '), frame (6) outer upper is provided with stock inlet (26), slurry-inlet valve (25), slurry traversing valve (27), the outer middle side part of frame (6) is provided with grout outlet (19), slurry recirculating pump (23) is housed on the overfall pond, frame (6) bottom (12), it is characterized in that: described stock tank (1) is the twin-tub stock tank, be divided into left cylinder stock tank (1-1) and right cylinder stock tank (1-2) by midfeather, a left side in twin-tub stock tank (1), be fixed with the stainless steel tube (14) of one group of horizontal positioned between the right biside plate, this stainless steel tube (14) right-hand member and twin-tub stock tank (1) right plate connect; Be fixed with one group of horizontal positioned on described frame (6) right plate and correspond respectively to the Permanent-magneto magnetic bar (5) of described stainless steel tube group (14), this Permanent-magneto magnetic bar (5) is the five equilibrium two-stage structure, left side section is a permanent magnet segments, right section is the irony section, every segment length is the width of described single cylinder stock tank, and described permanent magnet segments penetrates in the corresponding stainless steel tube (7) and with it and is connected movingly; The guide rail (31) of two horizontal positioned is housed between the and arranged on left and right sides plate of described frame (6) middle and lower part, and described twin-tub stock tank (1) is bearing on the guide rail (29) by its one group of guide wheel in bottom (30); Guide rail (31) superjacent air space in the described frame (6) is divided into (A, B, C) three intervals, and each interval can hold a single cylinder stock tank (1-1 or 1-2); Be divided into row's little stock tank (18) that fore-and-aft direction is arranged by diaphragm plate in the described left and right cylinder stock tank (1-1,1-2), its stock tank bottom is the longitudinal wave shape wave, high dividing plate (16) is housed on the trough, leave the gap between this plate base and the trough, low partition (17) is housed on the crest, and this plate base closely contacts with crest; Each trough of described left and right cylinder stock tank (1-1,1-2) bottom has through hole, and is separately installed with one group of surplus slurry valve of branch road (13,13 '); In the frame (6) (A) interval and (C) the corresponding left and right cylinder stock tank of interval inner top (1-1,1-2) locate to be equipped with respectively one group of syringe (3,3 '); Between frame (6) right plate and twin-tub stock tank (1), be fixed with twin-tub stock tank transmission mechanism; Described slurry traversing valve (27) is connected with slurry recirculating pump (23) outlet by pipeline (24), and described surplus slurry valve (11), iron exhaust valve (20) are connected in parallel by pipeline (10) and two groups of surplus slurry valves of branch road (13,13 '), and overfall mouth (22) stretches in the overfall pond (12); Described water inlet (4) is connected in parallel with water intaking valve (2,2 ') inlet, and water intaking valve (2) outlet is connected in parallel by water pipe (15) and one group of syringe (3), and water intaking valve (2 ') outlet is connected in parallel by water pipe (15 ') and another group syringe (3 '); Full machine is operated control by the PC cyclelog to the reducing motor (7) of slurry-inlet valve (25), slurry traversing valve (27), slurry recirculating pump (23), surplus slurry valve (11), iron exhaust valve (20), the surplus slurry valve of branch road (13,13 '), water intaking valve (2,2) and twin-tub stock tank transmission mechanism.
2, sizing material iron removing device according to claim 1 is characterized in that: the equidistant arrangement of stainless steel tube (14) isosceles triangle in the described twin-tub stock tank (1).
3, sizing material iron removing device according to claim 1 is characterized in that: little stock tank (18) number is 8-12 in the described left and right cylinder stock tank (1-1,1-2).
4, sizing material iron removing device according to claim 1, it is characterized in that: described twin-tub stock tank transmission mechanism is by screw mandrel (29), nut (28), bevel gear (8), helical gear (9) and reducing motor (7) are formed, twin-tub stock tank (a 1) left side, 2-6 nut (28) is housed respectively on the same horizontal plane of right plate, 2-6 rhizoid bar (29) one sides and corresponding nut (28) engagement, screw mandrel) (29) two ends are bearing in frame (a 6) left side by bearing, on the right plate, helical gear (9) is equipped with in its right part, on reducing motor (30) output shaft 2-6 bevel gear (8) is housed, and with the engagement of corresponding helical gear (9).
5, sizing material iron removing device according to claim 2 is characterized in that: the beeline scope between described every stainless steel tube (14) surface is 15-30mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420088561 CN2724843Y (en) | 2004-09-20 | 2004-09-20 | Sutomatic circulation type apparatus for removing iron from slurry material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420088561 CN2724843Y (en) | 2004-09-20 | 2004-09-20 | Sutomatic circulation type apparatus for removing iron from slurry material |
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| Publication Number | Publication Date |
|---|---|
| CN2724843Y true CN2724843Y (en) | 2005-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420088561 Expired - Fee Related CN2724843Y (en) | 2004-09-20 | 2004-09-20 | Sutomatic circulation type apparatus for removing iron from slurry material |
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| CN (1) | CN2724843Y (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406198A (en) * | 2013-07-08 | 2013-11-27 | 梁永权 | Full-automatic permanent-magnet de-ironing machine |
| CN104475243A (en) * | 2014-12-23 | 2015-04-01 | 山东润科机电设备有限公司 | Method and equipment for movably removing iron by magnetic bars |
| CN106238200A (en) * | 2016-09-20 | 2016-12-21 | 荆门市格林美新材料有限公司 | Automation control system except magnetic foreign body |
| CN107803270A (en) * | 2017-11-20 | 2018-03-16 | 华南理工大学 | A kind of powder suspension conveyance conduit removes magnetic-particle device |
| CN113441276A (en) * | 2021-06-07 | 2021-09-28 | 中国神华煤制油化工有限公司 | Slurry iron removal equipment and slurry iron removal method |
| CN113953085A (en) * | 2021-12-22 | 2022-01-21 | 潍坊新力超导磁电科技有限公司 | Sorting method of low-temperature superconducting magnetic separator |
-
2004
- 2004-09-20 CN CN 200420088561 patent/CN2724843Y/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406198A (en) * | 2013-07-08 | 2013-11-27 | 梁永权 | Full-automatic permanent-magnet de-ironing machine |
| CN103406198B (en) * | 2013-07-08 | 2016-08-10 | 梁永权 | A kind of full automatic permanent magnetic separator de-ironing |
| CN104475243A (en) * | 2014-12-23 | 2015-04-01 | 山东润科机电设备有限公司 | Method and equipment for movably removing iron by magnetic bars |
| CN106238200A (en) * | 2016-09-20 | 2016-12-21 | 荆门市格林美新材料有限公司 | Automation control system except magnetic foreign body |
| CN107803270A (en) * | 2017-11-20 | 2018-03-16 | 华南理工大学 | A kind of powder suspension conveyance conduit removes magnetic-particle device |
| CN107803270B (en) * | 2017-11-20 | 2023-07-18 | 华南理工大学 | Device for removing magnetic particles through powder suspension conveying pipeline |
| CN113441276A (en) * | 2021-06-07 | 2021-09-28 | 中国神华煤制油化工有限公司 | Slurry iron removal equipment and slurry iron removal method |
| CN113441276B (en) * | 2021-06-07 | 2022-12-23 | 中国神华煤制油化工有限公司 | Slurry iron removal equipment and slurry iron removal method |
| CN113953085A (en) * | 2021-12-22 | 2022-01-21 | 潍坊新力超导磁电科技有限公司 | Sorting method of low-temperature superconducting magnetic separator |
| CN113953085B (en) * | 2021-12-22 | 2022-05-17 | 潍坊新力超导磁电科技有限公司 | Sorting method of low-temperature superconducting magnetic separator |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |