CN104258992A - Magnetic mud separation system of cutting equipment and separation method - Google Patents
Magnetic mud separation system of cutting equipment and separation method Download PDFInfo
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- CN104258992A CN104258992A CN201410599320.3A CN201410599320A CN104258992A CN 104258992 A CN104258992 A CN 104258992A CN 201410599320 A CN201410599320 A CN 201410599320A CN 104258992 A CN104258992 A CN 104258992A
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Abstract
The invention provides a magnetic mud separation system of cutting equipment and a separation method, belongs to the operation field, and solves the technical problems that the existing cutting equipment is low in oil sand liquid use efficiency and short in service life. The magnetic mud separation system of the cutting equipment comprises a liquid inlet pipe, a liquid discharge pipe and a magnetic separator, wherein an oil sand inlet and an oil sand outlet are formed in the cutting equipment, the liquid inlet of the magnetic separator is communicated with the oil sand outlet in the cutting equipment through the liquid discharge pipe, the liquid outlet of the magnetic separator is communicated with the sand oil inlet in the cutting equipment through the liquid inlet pipe, and a delivery pump sending the oil sand liquid into the oil sand inlet through the liquid inlet pipe is arranged between the liquid outlet of the magnetic and the liquid inlet pipe. The magnetic mud separation system has the advantages of always keeping the quality of the oil sand liquid. The magnetic mud separation method has the advantage that the oil sand liquid separated from magnetic mud immediately circulates to the cutting equipment, so that the use efficiency of the oil sand liquid is improved.
Description
Technical field
The invention belongs to field of operation, relate to a kind of magnetic mud piece-rate system of cutting equipment; The invention still further relates to a kind of magnetic mud separation method of cutting equipment, belong to field of operation.
Background technology
Have in existing cutting equipment and adopt oil-sand liquid to carry out cutting, such as multi-line cutting machine etc., containing diamond dust in oil-sand liquid, cutting is realized by diamond dust grinding work piece, magnetic material mud powder magnetic mud in cutting process under grinding or Powdered iron class chip impurity are understood and the mixing of oil-sand liquid, the one-tenth of mixed oil-sand liquid is grouped into and changes, and causes cutting efficiency to decline and cut workpiece surface quality instability, until cannot cut workpiece.
In order to save oil-sand liquid and protection of the environment; current oil-sand liquid is and recycles; by the magnetic mud in oil-sand liquid being removed, make the purity of oil-sand liquid return to the cutting of original state guarantee cutting equipment, magnetic mud is removed and is usually adopted magnetic separator.
Current, the process that cutting equipment produces the oil-sand liquid of mixing after dicing carries out magnetic mud isolation of purified by timing to the oil-sand liquid in oil-sand bucket, or stored by fluid reservoir, unified magnetic mud separation of concentrating the oil-sand liquid in fluid reservoir again, the pure oil-sand liquid after magnetic mud is separated again unification uses in cutting equipment.Such as, multi-wire cutting machine mortar circulation disclosed in Chinese patent literature and feed system and method [Authorization Notice No. CN102059751B], in this patent, the circulation of mortar is also described above with supply.The step that the cutting of current cutting equipment is separated with magnetic mud is separated, when adopting timing separating measure, part magnetic mud and impurity is still there is in oil-sand liquid, to being separated during this period of time next time after being separated each time, the concentration of the oil-sand liquid in recycling and composition, in continuous change, make cutting efficiency and cut quality decline; When employing first stores and unifies treatment measures afterwards, every expendable oil-sand liquid is first stored, processed rear use again, diamond dust in the oil-sand liquid of mixing and magnetic mud can deposit when standing, cannot be recycled in Magnetic mud separator, the diamond dust of deposition can cause the diamond dust content in oil-sand liquid to reduce, and reduces the quality of oil-sand liquid, affects the cutting of cutting equipment; Meanwhile, the diamond dust in pure oil-sand liquid also can standing after magnetic mud is separated time deposition, the purity profile of oil-sand liquid is uneven, reduce further the quality of oil-sand liquid, affects further the cutting of cutting equipment; Circulation like this causes decline the service life of oil-sand liquid.Further, because oil-sand liquid is cutting the step intermediate demand storage be separated with magnetic mud, causes that the amount of required oil-sand liquid is very large could meet Production requirement, improve production cost; And most oil-sand liquid is all in wait state, make the service efficiency of oil-sand liquid low.Further, current whole system huge structure, not compact, the plant area taken is large, virtually adds production cost.
Summary of the invention
The object of the invention is to there are the problems referred to above for existing technology, propose a kind of magnetic mud piece-rate system of cutting equipment, the oil-sand liquid settle accounts immediately that the technical problem that the present invention solves is to provide cutting equipment and the system recycled.
The invention allows for a kind of magnetic mud separation method of cutting equipment, the oil-sand liquid settle accounts immediately that another technical problem that this invention solves is to provide cutting equipment and the method recycled.
First technical problem that the present invention solves realizes by following technical proposal:
A kind of magnetic mud piece-rate system of cutting equipment, it is characterized in that, magnetic mud piece-rate system comprises feed tube, discharging tube and magnetic separator, cutting equipment is provided with oil-sand import and oil-sand outlet, the inlet of described magnetic separator is by the oil-sand outlet on discharging tube and cutting equipment, the liquid outlet of magnetic separator, by the oil-sand inlet communication on feed tube and cutting equipment, is provided with delivery pump oil-sand liquid being pumped into oil-sand import through feed tube between the liquid outlet of described magnetic separator and feed tube.
Pure oil-sand liquid pumps into oil-sand import by delivery pump and enters cutting equipment, the oil-sand liquid being mixed with magnetic mud flows out from oil-sand outlet, magnetic separator is flowed into through discharging tube, magnetic mud in oil-sand liquid can be separated by magnetic separator, the oil-sand liquid flowed out from the liquid outlet of magnetic separator becomes pure oil-sand liquid again, pump into cutting equipment by delivery pump again, circulate and so forth, realize the circulation Reusability of oil-sand liquid; Immediately be separated the magnetic mud in oil-sand liquid by magnetic separator, ensure the purity of oil-sand liquid, improve cutting efficiency and cut quality; Oil-sand liquid is all the time in flow circuit, and in oil-sand liquid, the concentration of diamond dust can keep stable, improves the service life of oil-sand liquid, and the use amount that circulation Reusability can reduce oil-sand liquid also can realize the cutting of cutting equipment, reduces production cost; Magnetic mud is just separated by oil-sand liquid when just producing, and there will not be magnetic mud and diamond dust to deposit the situation causing diamond dust to be wasted simultaneously; Simultaneously, magnetic mud can be separated by situation magnetic separator completely that simultaneously do not deposit at magnetic mud and diamond dust, improve the recovery utilization rate of magnetic mud, decrease the pollution of magnetic mud to environment, avoid the waste of diamond dust, namely ensure that the concentration of diamond dust in oil-sand liquid, improve the service life of oil-sand liquid, ensure that the efficiency of oil-sand liquid cutting processing; Owing to being mixed with the oil-sand liquid of magnetic mud without the need to prestoring, therefore can making magnetic mud piece-rate system compact conformation, reducing the demand to plant area, thus reduce production cost.
In the magnetic mud piece-rate system of above-mentioned cutting equipment, described magnetic mud piece-rate system also comprises oil-sand bucket, and described oil-sand bucket is communicated with the liquid outlet of magnetic separator, and above-mentioned delivery pump is located on oil-sand bucket, the import of delivery pump is positioned at oil-sand bucket, and conveying delivery side of pump is communicated with feed tube.Pure oil-sand liquid after magnetic separator processes is pre-stored in oil-sand bucket, then enters in cutting equipment by delivery pump by the oil-sand liquid pump in oil-sand bucket, realizes the circulation Reusability of oil-sand liquid; Can store a certain amount of oil-sand liquid in oil-sand bucket, and the oil-sand liquid measure in oil-sand bucket is supplemented constantly by magnetic separator, the oil-sand flow quantity that delivery pump pumps in cutting equipment remains stable, makes cutting equipment stable operation; Oil-sand liquid in oil-sand bucket is pure, therefore can not deposit the impurity such as magnetic mud in oil-sand bucket, without the need to cleaning oil-sand bucket, decreases the amount of labour and production cost.
In the magnetic mud piece-rate system of above-mentioned cutting equipment, the import department of described delivery pump is fixed with liquid suction pipe, the upper orifice of liquid suction pipe and the inlet communication of delivery pump, and the lower nozzle of liquid suction pipe is towards the bottom of oil-sand bucket.The oil-sand liquid pump of oil-sand bottom of the barrel preferentially can be entered cutting equipment by this structure, the diamond dust of oil-sand liquid is prevented to be deposited on the bottom of oil-sand bucket, in oil-sand liquid, the concentration of diamond dust concentration is maintained, oil-sand liquid is made to remain optimum Cutting concentration, oil-sand liquid can circulate Reusability immediately, also maintains the efficiency of cutting processing.
In the magnetic mud piece-rate system of above-mentioned cutting equipment, described magnetic separator is fixed with drain box, the liquid outlet of magnetic separator is arranged down, the box mouth laminating of drain box is fixed on magnetic separator, the liquid outlet of magnetic separator is positioned at box mouth, the side of drain box is opening, and described opening is positioned at directly over oil-sand bucket.The oil-sand liquid flowed out from the liquid outlet of magnetic separator flow in oil-sand bucket through drain box, realizes the circulation Reusability of oil-sand liquid; Oil-sand liquid flows into oil-sand bucket in drain box, drain box can prevent oil-sand liquid from splashing, and the flowing of oil-sand liquid is mild, prevent oil-sand liquid from stirring oil-sand liquid in oil-sand bucket when entering in oil-sand bucket, the oil-sand flow quantity that delivery pump is pumped in cutting equipment remains stable, makes cutting equipment stable operation.
In the magnetic mud piece-rate system of above-mentioned cutting equipment, described oil-sand bucket is fixed with the filter cylinder with filter bores, the opening of described drain box is positioned at directly over filter cylinder.Need through filter cylinder when oil-sand liquid flow in oil-sand bucket from magnetic separator, the large granular impurity of filter cylinder filterable oil sand liquid, in guarantee oil-sand liquid, particles of silicon carbide is even, and make oil-sand liquid realize settle accounts immediately, can circulate Reusability immediately.
In the magnetic mud piece-rate system of above-mentioned cutting equipment, the inlet of described magnetic separator is positioned at the below of oil-sand outlet.This structure oil-sand is flowed in magnetic separator through discharging tube naturally by gravity, and oil-sand realizes circulation between cutting equipment and magnetic separator, reaches the object recycling oil-sand liquid; Simultaneously without the need to extra drive source, make structure simple.
Second technical problem that the present invention solves realizes by following technical proposal:
A magnetic mud separation method for cutting equipment, comprises the following steps:
A, cutting feed flow: continuously pure oil-sand liquid is transported in oil-sand bucket cutting equipment by delivery pump and uses for cutting;
B, magnetic mud are separated: the oil-sand liquid being mixed with magnetic mud that cutting equipment produces directly is delivered to magnetic separator and carries out magnetic mud separation, and after magnetic separator is separated, pure oil-sand liquid flows back in oil-sand bucket.
Oil-sand liquid finally gets back to oil-sand bucket by cutting equipment and magnetic separator successively from oil-sand bucket, circulate and so forth, and the oil-sand liquid got back in oil-sand bucket is pure, realize the circulation Reusability of oil-sand liquid, and oil-sand liquid remains flow circuit in the process, the deposition of diamond dust can be prevented, ensure the stay in grade of the oil-sand liquid of input cutting equipment; The oil-sand liquid being mixed with magnetic mud flowed out in cutting equipment is separated magnetic mud by magnetic separator immediately, can magnetic mud be separated with diamond dust completely, avoids the loss of the diamond dust when being separated magnetic mud, makes the concentration of diamond dust in oil-sand liquid keep stable; Oil-sand liquid is all the time in flow circuit, in oil-sand liquid, the concentration of diamond dust can keep stable, improves the service life of oil-sand liquid, and the use amount that circulation Reusability can reduce oil-sand liquid also can realize the cutting of cutting equipment, improve the service efficiency of oil-sand liquid, reduce production cost.
In the magnetic mud separation method of above-mentioned cutting equipment, in step B, magnetic separator is separated when rear pure oil-sand liquid flows back to oil-sand bucket and carries out secondary filter by filter cylinder.Can by large granular impurity filtering in oil-sand liquid by filter cylinder, ensure to enter the even of particles of silicon carbide in the oil-sand liquid in oil-sand bucket, make oil-sand liquid realize settle accounts immediately, ensure the quality of oil-sand liquid, oil-sand liquid can be circulated Reusability immediately.
Compared with prior art, the oil-sand liquid with magnetic mud produced from cutting equipment can be separated magnetic mud by magnetic separator by the magnetic mud piece-rate system of this cutting equipment immediately, the oil-sand liquid be separated after magnetic mud is delivered to cutting equipment again by delivery pump immediately, oil-sand liquid is circulated Reusability immediately, and remain the purity of oil-sand liquid in the process, thus there is raising cutting efficiency, ensure the advantage of cut quality.
The magnetic mud separation method of this cutting equipment can realize instant be separated from cutting equipment produce with the magnetic mud the oil-sand liquid of magnetic mud, and the oil-sand liquid that can realize after separation magnetic mud is circulated to cutting equipment immediately, improves the advantage of the service efficiency of oil-sand liquid.
Accompanying drawing explanation
Fig. 1 is the annexation schematic diagram of the magnetic mud piece-rate system of this cutting equipment.
Fig. 2 is the sectional structure schematic diagram of magnetic separator in the magnetic mud piece-rate system of this cutting equipment.
Fig. 3 is the sectional structure schematic diagram at another visual angle of magnetic separator in the magnetic mud piece-rate system of this cutting equipment.
Fig. 4 is that in the magnetic mud piece-rate system of this cutting equipment, in magnetic separator, spring and pressure roller assemble schematic diagram.
In figure, 1, magnetic separator; 11, housing; 11a, lug boss; 11b, liquid storage district; 11c, inlet; 11d, liquid outlet; 12, cylinder; 13, cleaning shoe; 14, pressure roller; 141, central shaft; 141a, driven sprocket two; 142, gum cover; 15, lead; 151, nut is leaned; 152, guide plate; 16, spring; 17, power transmission shaft; 171, driven sprocket one; 172, connecting plate; 18, magnetic roller; 181, core axis; 182, magnetic shoe; 19, motor; 191, drive sprocket; 2, cutting equipment; 21, oil-sand import; 22, oil-sand outlet; 3, feed tube; 4, discharging tube; 5, oil-sand bucket; 51, filter cylinder; 6, drain box; 61, opening; 7, delivery pump; 71, liquid suction pipe.
Detailed description of the invention
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
A kind of magnetic mud piece-rate system of cutting equipment, as shown in Figure 1, magnetic mud piece-rate system comprises feed tube 3, discharging tube 4, magnetic separator 1 and oil-sand bucket 5, cutting equipment 2 is provided with oil-sand import 21 and oil-sand outlet 22, the inlet 11c of magnetic separator 1 exports 22 by discharging tube 4 with the oil-sand on cutting equipment 2 and is communicated with, the inlet 11c of magnetic separator 1 is positioned at the below of oil-sand outlet 22, oil-sand bucket 5 is arranged on the below of magnetic separator 1, magnetic separator 1 is fixed with drain box 6, the liquid outlet 11d of magnetic separator 1 is arranged down, the box mouth laminating of drain box 6 is fixed on magnetic separator 1, the liquid outlet 11d of magnetic separator 1 is positioned at box mouth, the side of drain box 6 is opening 61, oil-sand bucket 5 is fixed with the filter cylinder 51 with filter bores, the opening 61 of drain box 6 is positioned at directly over filter cylinder 51.Oil-sand bucket 5 is fixed with delivery pump 7, the import department of delivery pump 7 is fixed with liquid suction pipe 71, the upper orifice of liquid suction pipe 71 and the inlet communication of delivery pump 7, the lower nozzle of liquid suction pipe 71 is towards the bottom of oil-sand bucket 5, and the outlet of delivery pump 7 is connected by feed tube 3 with the oil-sand import 21 on cutting equipment 2.
As shown in Figures 2 and 3, in the present embodiment, magnetic separator 1 comprises the housing 11 with inlet 11c and liquid outlet 11d, the bottom of housing 11 has lug boss 11a between liquid outlet 11d and inlet 11c, liquid storage district 11b is formed between lug boss 11a and inlet 11c, the side that lug boss 11a is positioned at liquid storage district 11b is inclined-plane, and lug boss 11a is the arc surface concaved near the side of liquid outlet 11d, and liquid outlet 11d is positioned at the end of this arc surface.Cylinder 12 is rotatably connected in housing 11, the outer peripheral face of cylinder 12 lower end is corresponding with the arc surface of lug boss 11a to be arranged, be provided with the fixing and magnetic magnetic roller 18 of tool of relative housing 11 in cylinder 12, housing 11 is also fixed with the outer peripheral face of cylinder 12 against cleaning shoe 13.Oil-sand liquid enters from inlet 11c and can overflow after gathering in liquid storage district 11b, the oil-sand liquid overflowed flows to liquid outlet 11d along arc surface, magnetic mud now in oil-sand liquid can be absorbed and fixed on the outer peripheral face of cylinder 12, oil-sand liquid flows gently on arc surface, magnetic mud all can be adsorbed on cylinder 12, and the magnetic mud of oil-sand liquid is separated thoroughly.
As shown in Figures 2 and 3, top housing 11 being positioned at cylinder 12 is provided with pressure roller 14, pressure roller 14 comprises central shaft 141 and is fixed on the gum cover 142 on central shaft 141, and the outer peripheral face of gum cover 142 and the outer peripheral face of cylinder 12 are fitted against, the axis parallel of central shaft 141 and cylinder 12.
As shown in Figure 2 and Figure 4, the both sides of housing 11 all have bar hole, the two ends of central shaft 141 pass the bar hole of housing 11 both sides respectively, housing 11 two outside be all fixed with two leads 15, lead 15 is vertical with pressure roller 14, lead 15 is obliquely installed and is tilted to cylinder 12, the length direction of bar hole and the axis being parallel of lead 15; The two ends that central shaft 141 passes housing 11 are connected with guide plate 152 by bearing, and guide plate 152 is slidably connected on lead 15, and the both ends of central shaft 141 are all between two leads 15.
As shown in Figure 2 and Figure 4, on lead 15, all cover has and the outer peripheral face of the outer peripheral face of pressure roller 14 and cylinder 12 is remained fit against the spring 16 of trend, the threaded upper ends of lead 15 is connected with and leans nut 151, the upper end of spring 16 with lean nut 151 and lean, the lower end of spring 16 and the upper surface of guide plate 152 against, spring 16 is in compressive state all the time.
As shown in Figure 2, magnetic roller 18 is through cylinder 12, the two ends of cylinder 12 are all connected with magnetic roller 18 by bearing, wherein one end of magnetic roller 18 passes cylinder 12 and fixes with the side of housing 11, the opposite side of housing 11 is rotatably connected to power transmission shaft 17, power transmission shaft 17 and magnetic roller 18 coaxial line, power transmission shaft 17 is fixed by connecting plate 172 and cylinder 12.
As shown in Figures 2 and 3, magnetic roller 18 comprises core axis 181 and some magnetic shoes 182, on cylinder 12, the close arc surface of inlet 11c between pressure roller 14 and cylinder 12 least significant end is adsorption plane, several magnetic shoes 182 are evenly arranged on outer peripheral face corresponding with adsorption plane in core axis 181, have gap between some magnetic shoes 182.Magnetic shoe 182 can be fitted on the side face of fixing left magnetic roller 18, corresponding to adsorption plane on the active area of the magnetic attracting force that magnetic shoe 182 produces and cylinder 12, and the magnetic attracting force suffered by outer peripheral face outside cylinder 12 adsorption plane is relatively little, therefore magnetic mud to be firmly adsorbed on adsorption plane and magnetic mud rotate out adsorption plane outer time magnetic mud be adsorbed on event resolves on cylinder 12, make cleaning shoe 13 magnetic mud on cylinder 12 can be removed completely and collect.
As shown in Figure 2, housing 11 is fixed with actuator, actuator can be motor 19, also can be motor; As preferably, in the present embodiment, actuator is motor 19, is reducing motor more specifically.The turning cylinder of motor 19 is coaxially fixed with two drive sprockets 191, power transmission shaft 17 is fixed with driven sprocket 1, driven sprocket 1 engages with one of them drive sprocket 191, the end winding support that central shaft 141 is positioned at power transmission shaft 17 one end has driven sprocket two 141a, and driven sprocket two 141a is connected by chain with another drive sprocket 191.Driven sprocket 1 engages with one of them drive sprocket 191, the rotation direction of driven sprocket 1 is contrary with the rotation direction of drive sprocket 191, driven sprocket two 141a is connected by chain with a drive sprocket 191, the rotation direction of driven sprocket two 141a is identical with the rotation direction of drive sprocket 191, therefore the rotation direction of driven sprocket 1 and driven sprocket two 141a is contrary, thus it is contrary with pressure roller 14 rotation direction to realize cylinder 12, identical with corresponding drive sprocket 191 gearratio with driven sprocket two 141a by setting driven sprocket 1, realize cylinder 12 identical with pressure roller 14 rotating speed.
The magnetic mud separation method of this cutting equipment, comprises the following steps:
A, cutting feed flow: continuously pure oil-sand liquid is transported in oil-sand bucket 5 cutting equipment 2 by delivery pump 7 and uses for cutting;
B, magnetic mud are separated: the oil-sand liquid being mixed with magnetic mud that cutting equipment 2 produces directly is delivered to magnetic separator 1 and carries out magnetic mud separation, and magnetic separator 1 flows in oil-sand bucket 5 after being separated and carrying out secondary filter by filter cylinder 51 when rear pure oil-sand liquid flows back to oil-sand bucket 5 again.
Oil-sand liquid finally gets back to oil-sand bucket 5 by cutting equipment 2 and magnetic separator 1 successively from oil-sand bucket 5, circulate and so forth, and the oil-sand liquid got back in oil-sand bucket 5 is pure, realize the circulation Reusability of oil-sand liquid, and oil-sand liquid remains flow circuit in the process, the deposition of diamond dust can be prevented, ensure the stay in grade of the oil-sand liquid of input cutting equipment 2; The oil-sand liquid being mixed with magnetic mud flowed out in cutting equipment 2 is separated magnetic mud by magnetic separator 1 immediately, can magnetic mud be separated with diamond dust completely, avoids the loss of the diamond dust when being separated magnetic mud, makes the concentration of diamond dust in oil-sand liquid keep stable; Oil-sand liquid is all the time in flow circuit, in oil-sand liquid, the concentration of diamond dust can keep stable, improves the service life of oil-sand liquid, and the use amount that circulation Reusability can reduce oil-sand liquid also can realize the cutting of cutting equipment 2, improve the service efficiency of oil-sand liquid, reduce production cost.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.
Claims (8)
1. the magnetic mud piece-rate system of a cutting equipment, it is characterized in that, magnetic mud piece-rate system comprises feed tube (3), discharging tube (4) and magnetic separator (1), cutting equipment (2) is provided with oil-sand import (21) and oil-sand outlet (22), the inlet (11c) of described magnetic separator (1) exports (22) by discharging tube (4) with the oil-sand on cutting equipment (2) and is communicated with, the liquid outlet (11d) of magnetic separator (1) is communicated with the oil-sand import (21) on cutting equipment (2) by feed tube (3), the delivery pump (7) oil-sand liquid being pumped into oil-sand import (21) through feed tube (3) is provided with between the liquid outlet (11d) of described magnetic separator (1) and feed tube (3).
2. the magnetic mud piece-rate system of cutting equipment according to claim 1, it is characterized in that, described magnetic mud piece-rate system also comprises oil-sand bucket (5), described oil-sand bucket (5) is communicated with the liquid outlet (11d) of magnetic separator (1), above-mentioned delivery pump (7) is located on oil-sand bucket (5), the import of delivery pump (7) is positioned at oil-sand bucket (5), and the outlet of delivery pump (7) is communicated with feed tube (3).
3. the magnetic mud piece-rate system of cutting equipment according to claim 2, it is characterized in that, the import department of described delivery pump (7) is fixed with liquid suction pipe (71), the upper orifice of liquid suction pipe (71) and the inlet communication of delivery pump (7), the lower nozzle of liquid suction pipe (71) is towards the bottom of oil-sand bucket (5).
4. the magnetic mud piece-rate system of the cutting equipment according to Claims 2 or 3, it is characterized in that, described magnetic separator (1) is fixed with drain box (6), the liquid outlet (11d) of magnetic separator (1) is arranged down, the box mouth laminating of drain box (6) is fixed on magnetic separator (1), the liquid outlet (11d) of magnetic separator (1) is positioned at box mouth, the side of drain box (6) is opening (61), and described opening (61) is positioned at directly over oil-sand bucket (5).
5. the magnetic mud piece-rate system of cutting equipment according to claim 4, it is characterized in that, described oil-sand bucket (5) is fixed with the filter cylinder (51) with filter bores, the opening (61) of described drain box (6) is positioned at directly over filter cylinder (51).
6. the magnetic mud piece-rate system of the cutting equipment according to claim 1 or 2 or 3, is characterized in that, the inlet (11c) of described magnetic separator (1) is positioned at the below of oil-sand outlet (22).
7. a magnetic mud separation method for cutting equipment, comprises the following steps:
A, cutting feed flow: continuously pure oil-sand liquid is transported in oil-sand bucket (5) cutting equipment (2) by delivery pump (7) and uses for cutting;
B, magnetic mud are separated: the oil-sand liquid of magnetic mud that what cutting equipment (2) produced be mixed with directly is delivered to magnetic separator (1) and carries out magnetic mud separation, and after magnetic separator (1) is separated, pure oil-sand liquid flows back in oil-sand bucket (5).
8. the magnetic mud separation method of cutting equipment according to claim 7, it is characterized in that, in step B, magnetic separator (1) is separated when rear pure oil-sand liquid flows back to oil-sand bucket (5) and carries out secondary filter by filter cylinder (51).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410599320.3A CN104258992A (en) | 2014-10-30 | 2014-10-30 | Magnetic mud separation system of cutting equipment and separation method |
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| CN201410599320.3A CN104258992A (en) | 2014-10-30 | 2014-10-30 | Magnetic mud separation system of cutting equipment and separation method |
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| CN104258992A true CN104258992A (en) | 2015-01-07 |
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| CN201410599320.3A Pending CN104258992A (en) | 2014-10-30 | 2014-10-30 | Magnetic mud separation system of cutting equipment and separation method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105538529A (en) * | 2015-12-01 | 2016-05-04 | 安徽天思朴超精密模具股份有限公司 | Cooling device for wire cutting machine |
| CN108940586A (en) * | 2018-07-26 | 2018-12-07 | 戴杰磨床集团股份有限公司 | A kind of grinding machine oil filter method and its filter device |
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| CN102059751A (en) * | 2011-01-17 | 2011-05-18 | 西安华晶电子技术有限公司 | System and method for recycling and supplying mortar to multi-wire cutting machines |
| CN102257603A (en) * | 2008-12-20 | 2011-11-23 | 嘉柏微电子材料股份公司 | Wiresaw apparatus and method for continuous removal of magnetic impurities during wiresaw cutting |
| EP2749357A1 (en) * | 2011-08-25 | 2014-07-02 | UBE Industries, Ltd. | Mixture separation method and separation device |
| CN203697271U (en) * | 2013-12-19 | 2014-07-09 | 光为绿色新能源股份有限公司 | Mortar cooling and supply system of silicon wafer multi-wire cutting equipment |
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| CN1288798A (en) * | 1999-09-17 | 2001-03-28 | 住友特殊金属株式会社 | Method and device for cutting rare-earth alloy |
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| CN102059751A (en) * | 2011-01-17 | 2011-05-18 | 西安华晶电子技术有限公司 | System and method for recycling and supplying mortar to multi-wire cutting machines |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105538529A (en) * | 2015-12-01 | 2016-05-04 | 安徽天思朴超精密模具股份有限公司 | Cooling device for wire cutting machine |
| CN108940586A (en) * | 2018-07-26 | 2018-12-07 | 戴杰磨床集团股份有限公司 | A kind of grinding machine oil filter method and its filter device |
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Application publication date: 20150107 |