CN202778773U - Electrostatic oil coating knife girder device of multiple needle-shaped electrode - Google Patents
Electrostatic oil coating knife girder device of multiple needle-shaped electrode Download PDFInfo
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- CN202778773U CN202778773U CN 201220487153 CN201220487153U CN202778773U CN 202778773 U CN202778773 U CN 202778773U CN 201220487153 CN201220487153 CN 201220487153 CN 201220487153 U CN201220487153 U CN 201220487153U CN 202778773 U CN202778773 U CN 202778773U
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- oil groove
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Abstract
The utility model relates to an electrostatic oil coating knife girder device of a multiple needle-shaped electrode. The electrostatic oil coating knife girder device of the multiple needle-shaped electrode is characterized in that a plastic film (6) is arranged between a left piece of the knife girder (5) and a right piece of the knife girder (8). A first rectangle-shaped oil groove (3) is arranged on the lower portion between the left piece of the knife girder (5) and the right piece of the knife girder (8). A gap which is 0.1mm to 0.2mm long is arranged under the first rectangle-shaped oil groove (3). A second rectangle-shaped oil groove (2) is arranged under the first rectangle-shaped oil groove (3). An electrode support frame (1) is embedded in the second rectangle-shaped oil groove (2). A steel needle (9) penetrates through the gap under the second rectangle-shaped oil groove and is evenly inserted into the electrode support frame (1) with the depth ranging from 2mm to 3mm. The distance between the steel needle (9) and an adjacent steel needle ranges from 4mm to 5mm. The diameter of the steel needle ranges from 0.1 mm to 0.2mm. A pinhead of the steel needle is 5mm to 10mm away from cutting edges of the left piece of the knife girder (5) and the right piece of the knife girder (8). An opposite electrode is straightly under the pinhead of the steel needle (9). The electrostatic oil coating knife girder device of the multiple needle-shaped electrode not only can effectively reduce energy consumption of an electrostatic oil coating machine and improve safety of the electrostatic oil coating machine, but also has the advantages of being simple in structure, good in atomization effect and obvious in economic benefits.
Description
Technical field
The utility model belongs to the electrostatic oiler technical field, is specifically related to a kind of Electrostatic greasing cutter boom device of multi-needle electrode.
Background technology
Cutter beam type electrostatic atomization apparatus is adopted at present electrostatic spraying mostly, and its coating quality is good, spraying evenly, fuel consumption is few, has overcome that other device spraying is irregular, the defectives of strip holiday and a large amount of wastes of fluid.But because the antirust oil that sprays is insulating properties liquid in the electrostatic oiler, obtain that its key of desirable atomizing effect is the charged of fluid and to the optimization of tank structure.In order to give at short notice drop electric charge as much as possible, improve electric-field intensity and be effective method, such as " electrostatic greasing equipment " (ZL98232316.6) patented technology, disclose that to add machete beam voltage be the effective ways that increase electric-field intensity, thereby reached the purpose that improves the oil atomization effect; The patented technology of " a kind of cutter boom device of high pressure electrostatic painting " (201120521486.5) or " a kind of cutter boom device for electrostatic oiler " (201110416627.1) and for example, adopt the Bi-V shape tank structure of intermediate projections, can effectively avoid under less fuel delivery because the disturbing phenomenon of jet speed when causing fluid to pass through gap, cutter boom device cutting edge place; For another example " improved structure of atomizing knife beam of electrostatic oiler " (201020144406) patented technology prevents that by the cross sectional shape that changes cutter beam inside tank the inner slit of cutter beam from stopping up to improve spraying effect.Although above-mentioned various cutter beam has certain effect in the spraying that improves oiler, these cutter beams still exist following problem:
(1) realizing that operating voltage required in the atomizing effect situation preferably is still larger; Or
(2) under the condition that does not increase operating voltage, be difficult to realize the super-fine atomization of charged drop.
Summary of the invention
The utility model is intended to overcome the defective of prior art, purpose provide a kind of simple in structure, security good, the Electrostatic greasing cutter boom device of the low and multi-needle electrode that atomizing effect is good of energy consumption.
For achieving the above object, the technical solution adopted in the utility model is: this device comprises right of left of cutter beam, plastic sheeting and cutter beam.Left length and width of cutter beam and height equate with right length and width of cutter beam and height that respectively right of left of cutter beam and cutter beam pass through bolt-connection, and the two ends that left of cutter beam and cutter beam are right respectively are provided with cutter beam baffle plate.Top between right of left of cutter beam and cutter beam is provided with circulating oil tank, and the bottom between right of left of cutter beam and cutter beam is provided with the first rectangle oil groove; Be provided with plastic sheeting between right of left of cutter beam and cutter beam, plastic sheeting is positioned at the zone of the first rectangle oil groove top except circulating oil tank, and left of cutter beam and right gap below the first rectangle oil groove of cutter beam are 0.1 ~ 0.2
Mm
Be provided with the second rectangle oil groove below described the first rectangle oil groove, the second rectangle oil groove is embedded with electrode suppor, and in the electrode insertion support, draw point is as the supplemantary electrode of this Electrostatic greasing cutter boom device equably in the gap that draw point passes the second rectangle oil groove below.The degree of depth of draw point electrode insertion support is 2 ~ 3mm, and the distance between draw point is 4 ~ 5mm; The diameter of draw point is 0.1 ~ 0.2mm, and the syringe needle of draw point is 5 ~ 10mm apart from the distance of left of cutter beam and right cutting edge of cutter beam, and the syringe needle below of draw point is the other side's electrode.
Vertical range apart from left upper end of cutter beam
l 3The place flatly is provided with successively from left to right the first work and uses the oil-in with oil-in, recycle oil entrance, recycle oil outlet and the second work, and the first work is symmetrical with the oil-in with oil-in and the second work, and recycle oil entrance and recycle oil outlet are symmetrical; The second work exports apart from the respective distance on a nearer limit of left cutter beam with oil-in and recycle oil
l 1With
l 2
Medial surface on left of cutter beam is provided with left circulating oil tank, left circulating oil tank communicates with recycle oil entrance and recycle oil outlet, one end of left circulating oil tank is positioned at the first work with between oil-in and recycle oil entrance, the other end of left circulating oil tank is positioned at the second work with between oil-in and recycle oil outlet, and the cross section of left circulating oil tank is rectangle.In the vertical range of left inner surface of cutter beam apart from the lower end
l 4Place's along continuous straight runs is provided with left the first rectangle oil groove, the first work communicates with left the first rectangle oil groove with the first interior oil circuit groove of oil-in by left inner surface of cutter beam, and the second work communicates with left the first rectangle oil groove with the second interior oil circuit groove of oil-in by left inner surface of cutter beam; The lower horizontal of left the first rectangle oil groove be provided with left the second rectangle oil groove.
Medial surface on right of cutter beam is provided with right circulating oil tank, and the section shape and size of right circulating oil tank is identical with left circulating oil tank, and right circulating oil tank is identical in the position of left of cutter beam with left circulating oil tank in the position of right of cutter beam.Below right circulating oil tank, flatly be provided with successively right the first rectangle oil groove and right the second rectangle oil groove, right the first rectangle oil groove is identical with the section shape and size of left the first rectangle oil groove, the section shape and size of right the second rectangle oil groove is identical with left the second rectangle oil groove, and right the first rectangle oil groove is identical at the correspondence position of left of cutter beam with left the second rectangle oil groove with left the first rectangle oil groove in the position of right of cutter beam with right the second rectangle oil groove.
When being installed, this Electrostatic greasing cutter boom device first with the alignment pin location, then passes through bolt-connection.After this Electrostatic greasing cutter boom device is installed, right the first rectangle oil groove and left the first rectangle oil groove consist of the first rectangle oil groove of this Electrostatic greasing cutter boom device, right the second rectangle oil groove and left the second rectangle oil groove consist of the second rectangle oil groove of this Electrostatic greasing cutter boom device, and left circulating oil tank and right circulating oil tank consist of the circulating oil tank of this Electrostatic greasing cutter boom device.
In technique scheme:
lLength for this Electrostatic greasing cutter boom device;
l 0Height for the cutter boom device;
l 1 =0.016 ~ 0.02
l l 2 =0.027 ~ 0.035
l l 3 =0.2 ~ 0.3
l 0 l 4 =0.26 ~ 0.37
l 0The distance between center line of the first rectangle oil groove and the second rectangle oil groove is 4 ~ 6
Mm
Described the first work uses the diameter of oil-in all than the width of the first rectangle oil groove large 1 ~ 2 with diameter and second work of oil-in
MmThe width of the first rectangle oil groove is 7 ~ 9
Mm, highly be 5 ~ 6
MmDescribed the second rectangle oil groove width is 5 ~ 7mm, highly is 5 ~ 6mm.
The material of described electrode suppor is plastics; The shape of electrode suppor is: middle is the strip rectangular block, is provided with to strip rectangular block bilateral symmetry three block bearings, and three block bearings evenly distribute, the height of each block bearing
lThe height of 6 to the second rectangle oil grooves
l5 little 1 ~ 2mm, the height of strip rectangular block
l7 than the little 1 ~ 2mm of each block height of support, the width of strip rectangular block
lLittle 1 ~ the 2mm of 8 to the second rectangle oil groove width, the width of electrode suppor
l9 equate with the width of the second rectangle oil groove.
Owing to adopt technique scheme, the utility model is on the patented technology basis of " a kind of cutter boom device for electrostatic oiler " (201110416627.1) of " a kind of cutter boom device of high pressure electrostatic painting " (201120521486.5) that the applicant authorizes or applicant's application, the Bi-V shape oil groove that the below of the first rectangle oil groove is provided with changes the second rectangle oil groove into, and namely the below of the first rectangle oil groove is provided with the second rectangle oil groove.Electrode suppor is embedded in the second rectangle oil groove dexterously, inserts the draw point as supplemantary electrode in the cutter beam gap below the second rectangle oil groove, form the Electrostatic greasing cutter boom device of additional needle electrode, simple in structure.
The utility model is by inserting draw point as supplemantary electrode in electrode suppor, when oiling fluid began the cutting edge position of the Electrostatic greasing cutter boom device by multi-needle electrode, the cutting edge place carried out the point discharge first time, makes oil charging; When arriving draw point along with this oiling fluid by electrode suppor, because draw point tip curvature radius is very little, will carry out the point discharge second time at the most advanced and sophisticated place of draw point, near the electric-field intensity in draw point tip is significantly increased.As in the identical situation of voltage, field intensity is by without 1.3 * 10 of the oiling cutter boom device cutting edge place of supplemantary electrode
6V/m brings up to the oiling cutter boom device cutting edge place 2.7 * 10 of supplemantary electrode
6V/m.Owing to the tip place of oiling fluid Continuous Flow through cutting edge and draw point, fluid is energy continuous discharge in flow process, thereby significantly improved the charged ability of fluid, has promoted the super-fine atomization of charged drop again.
The utility model utilizes the point discharge effect, has added needle electrode in existing Electrostatic greasing machine knife boom device, has significantly improved near the electric-field intensity of Electrostatic greasing cutter boom device needle electrode.As in the identical situation of voltage, in the middle of the cutter beam average field intensity in the needle electrode zone being arranged is 1.7 * 10
6V/m, apparently higher than cutter beam two ends without in the needle-like electrode zone 6.0 * 10
5The average field intensity of V/m has obtained larger electric-field intensity with lower voltage, has also obtained preferably atomizing effect.
The utility model can significantly reduce the operating voltage of electrostatic oiler, and namely ceiling voltage can be reduced to 40KV by original 80KV, thereby has obviously reduced the energy consumption of electrostatic oiler.Experiment showed, when operating voltage of the present utility model drops to 35KV by original 60KV, can obtain the atomizing effect identical with the Electrostatic greasing cutter boom device of the additional needle electrode of nothing.
Therefore, the utility model can not only effectively reduce the electrostatic oiler energy consumption and improve its security, also has simple in structure and the good characteristics of atomizing effect, and significant economic benefit and wide market prospects are arranged.
Description of drawings
Fig. 1 is a kind of structural representation of the present utility model;
Fig. 2 is the left TV structure schematic diagram of Fig. 1;
Fig. 3 is the A-A cross-sectional view of Fig. 1;
Fig. 4 is the inside structure schematic diagram of right 8 on cutter beam among Fig. 1;
Fig. 5 is the schematic top plan view of electrode suppor 1 among Fig. 3.
Specific embodiments:
Below in conjunction with the drawings and specific embodiments the utility model is described further.
A kind of Electrostatic greasing cutter boom device of multi-needle electrode.This device comprises right 8 on left 5 on cutter beam, plastic sheeting 6 and cutter beam as shown in Figure 1.Left 5 length and widths of cutter beam and height equate with right 8 length and widths of cutter beam and height that respectively right 8 on left 5 on cutter beam and cutter beam pass through bolt 10 and connect, and the two ends that left 5 on cutter beam and cutter beam are right 8 respectively are provided with cutter beam baffle plate 15.The top that left 5 on cutter beam and cutter beam are right 8 is provided with circulating oil tank 7, and the bottom that left 5 on cutter beam and cutter beam are right 8 is provided with the first rectangle oil groove 3.Right 8 on left 5 on cutter beam and cutter beam are provided with plastic sheeting 6, and plastic sheeting 6 is positioned at the zone of the first rectangle oil groove 3 tops except circulating oil tank 7, and right 8 gap below the first rectangle oil groove 3 of left 5 on cutter beam and cutter beam is 0.1 ~ 0.16
Mm
Be provided with the second rectangle oil groove 2, the second rectangle oil grooves 2 and be embedded with electrode suppor 1 below the first rectangle oil groove 3, in the electrode insertion support 1, draw point 9 is as the supplemantary electrode of Electrostatic greasing cutter boom device equably in the gap that draw point 9 passes the second rectangle oil groove 2 belows.The degree of depth of draw point 9 electrode insertion supports 1 is 2 ~ 2.5mm, and the distance that draw point is 9 is 4 ~ 4.5mm; The diameter of draw point 9 is 0.1 ~ 0.16mm, and the syringe needle of draw point 9 is 5 ~ 8mm apart from the distance of the cutting edge of right 8 on left 5 on cutter beam and cutter beam.The syringe needle below of draw point 9 is the other side's electrode.
As shown in Figure 2, apart from the vertical range of left 5 upper ends of cutter beam
l 3The place flatly is provided with successively from left to right the first work and works with oil-in 14 with oil-in 11, recycle oil entrance 4, recycle oil outlet 13 and second, the first work is symmetrical with oil-in 14 with oil-in 11 and the second work, and it is 13 symmetrical that recycle oil entrance 4 and recycle oil export; The second work with the respective distance on a nearer limit of the left cutter beam of oil-in 14 and recycle oil outlet 13 distances 5 is
l 1With
l 2
As shown in Figure 3, medial surface on left 5 on cutter beam is provided with left circulating oil tank 17, left circulating oil tank 17 communicates with recycle oil entrance 4 and recycle oil outlet 13, one end of left circulating oil tank 17 is positioned at the first work with 4 of oil-in 11 and recycle oil entrances, the other end of left circulating oil tank 17 is positioned at the second work and exports 13 with oil-in 14 and recycle oil, and the cross section of left circulating oil tank 17 is rectangle.In the vertical range of left 5 inner surfaces of cutter beam apart from the lower end
l 4Place's along continuous straight runs is provided with left the first rectangle oil groove 19, the first work communicates with left the first rectangle oil groove 19 with the first interior oil circuit groove 18 of oil-in 11 by left 5 inner surfaces of cutter beam, and the second work communicates with left the first rectangle oil groove 19 with the second interior oil circuit groove 16 of oil-in 14 by left 5 inner surfaces of cutter beam; The lower horizontal of left the first rectangle oil groove 19 be provided with left the second rectangle oil groove 20.
As shown in Figure 3 and Figure 4, medial surface on right 8 on cutter beam is provided with right circulating oil tank 21, the section shape and size of right circulating oil tank 21 is identical with left circulating oil tank 17, and right circulating oil tank 21 is identical in the position of left 5 on cutter beam in the position of right 8 on cutter beam and left circulating oil tank 17.Below right circulating oil tank 21, flatly be provided with successively right the first rectangle oil groove 22 and right the second rectangle oil groove 23, right the first rectangle oil groove 22 is identical with the section shape and size of left the first rectangle oil groove 19, the section shape and size of right the second rectangle oil groove 23 is identical with left the second rectangle oil groove 20, and right the first rectangle oil groove 22 and right the second rectangle oil groove 23 are identical at the correspondence position of left 5 on cutter beam at the position of right 8 on cutter beam and left the first rectangle oil groove 19 and left the second rectangle oil groove 20.
As shown in Figure 2, when being installed, this Electrostatic greasing cutter boom device first with alignment pin 12 location, then connects by bolt 10.After this Electrostatic greasing cutter boom device is installed, as shown in Figure 3 and Figure 4, right the first rectangle oil groove 22 and left the first rectangle oil groove 19 consist of the first rectangle oil groove 3 of these Electrostatic greasing cutter boom devices, right the second rectangle oil groove 23 and left the second rectangle oil groove 20 consist of the second rectangle oil groove 2 of these Electrostatic greasing cutter boom devices, and left circulating oil tank 17 and right circulating oil tank 21 consist of the circulating oil tank 7 of these Electrostatic greasing cutter boom devices.
As shown in Figures 2 and 3, in the present embodiment:
lLength for this Electrostatic greasing cutter boom device;
l 0Height for this Electrostatic greasing cutter boom device;
l 1 =0.016 ~ 0.02
l l 2 =0.027 ~ 0.035
l l 3 =0.2 ~ 0.3
l 0 l 4 =0.26 ~ 0.37
l 0The distance between center line of the first rectangle oil groove 3 and the second rectangle oil groove 2 is 4 ~ 6
Mm
Described the first work uses the diameter of oil-in 14 all than the width of the first rectangle oil groove 3 large 1 ~ 2 with diameter and second work of oil-in 11
MmThe width of the first rectangle oil groove 3 is 7 ~ 9
Mm, highly be 5 ~ 6
MmDescribed the second rectangle oil groove 2 width are 5 ~ 7mm, highly are 5 ~ 6mm.
The material of described electrode suppor 1 is plastics.The shape of electrode suppor 1 is as shown in Figure 5: the centre is the strip rectangular block, is provided with to strip rectangular block bilateral symmetry three block bearings; Three block bearings evenly distribute, the height of each block bearing
lThe height of 6 to the second rectangle oil grooves 2
l5 little 1 ~ 1.8mm, the height of strip rectangular block
l7 than the little 1 ~ 1.5mm of each block height of support, the width of strip rectangular block
lLittle 1 ~ the 1.5mm of the width of 8 to the second rectangle oil grooves 2, the width of electrode suppor 1
l9 equate with the width of the second rectangle oil groove 2.
Embodiment 2
A kind of Electrostatic greasing cutter boom device of multi-needle electrode.Except following technical parameter, all the other are with embodiment 1:
Right 8 gap below the first rectangle oil groove 3 of left 5 on cutter beam and cutter beam is 0.14 ~ 0.2
Mm
The degree of depth of draw point 9 electrode insertion supports 1 is 2.5 ~ 3mm, and the distance that draw point is 9 is 4.5 ~ 5mm; The diameter of draw point 9 is 0.14 ~ 0.20mm, and the syringe needle of draw point 9 is 7 ~ 10mm apart from the distance of the cutting edge of right 8 on left 5 on cutter beam and cutter beam.
Be provided with to strip rectangular block bilateral symmetry three block bearings; Three block bearings evenly distribute, the height of each block bearing
lThe height of 6 to the second rectangle oil grooves 2
l5 little 1.2 ~ 2mm, the height of strip rectangular block
l7 than the little 1.5 ~ 2mm of each block height of support, the width of strip rectangular block
lLittle 1.5 ~ the 2mm of the width of 8 to the second rectangle oil grooves 2.
This specific embodiment is authorized " a kind of cutter boom device of high pressure electrostatic painting " (ZL201120521486.5) or the patented technology basis of " a kind of cutter boom device for electrostatic oiler " (CN 201110416627.1) that the applicant applies for the applicant, the Bi-V shape oil groove that the below of the first rectangle oil groove 3 is provided with changes the second rectangle oil groove 2 into, and namely the below of the first rectangle oil groove 3 is provided with the second rectangle oil groove 2.Electrode suppor 1 is embedded in the second rectangle oil groove 2 dexterously, inserts the draw point 9 as supplemantary electrode in the cutter beam gap below the second rectangle oil groove 2, form the Electrostatic greasing cutter boom device of multi-needle electrode, simple in structure.
This specific embodiment is by inserting draw point 9 as supplemantary electrode in electrode suppor 1, when oiling fluid began the cutting edge position of the Electrostatic greasing cutter boom device by multi-needle electrode, the cutting edge place carried out the point discharge first time, makes oil charging; When passing through electrode suppor 1 arrival draw point 9 along with this oiling fluid, because the tip curvature radius of draw point 9 is very little, will carry out the point discharge second time at the place, tip of draw point 9, near the most advanced and sophisticated electric-field intensity of draw point 9 is significantly increased.As in the identical situation of voltage, field intensity is by without 1.3 * 10 of the oiling cutter boom device cutting edge place of supplemantary electrode
6V/m bring up to supplemantary electrode oiling cutter boom device cutting edge place 2.7 * 10
6V/m.Owing to the tip place of oiling fluid Continuous Flow through cutting edge and draw point, fluid is energy continuous discharge in flow process, thereby significantly improved the charged ability of fluid, has promoted the super-fine atomization of charged drop again.
This specific embodiment is utilized the point discharge effect, has added needle electrode in existing Electrostatic greasing machine knife boom device, has significantly improved near the electric-field intensity of Electrostatic greasing cutter boom device needle electrode.As in the identical situation of voltage, in the middle of the cutter beam average field intensity in the needle electrode zone being arranged is 1.7 * 10
6V/m, apparently higher than cutter beam two ends without in the needle-like electrode zone 6.0 * 10
5The average field intensity of V/m has obtained larger electric-field intensity with lower voltage, has also obtained preferably atomizing effect.
This specific embodiment can significantly reduce the operating voltage of electrostatic oiler, and namely ceiling voltage can be reduced to 40KV by original 80KV, thereby has obviously reduced the energy consumption of electrostatic oiler.Experiment showed, when operating voltage of the present utility model drops to present 35KV by original 60KV, can obtain the atomizing effect identical with the Electrostatic greasing cutter boom device of the additional needle electrode of nothing.
Therefore, this specific embodiment can not only effectively reduce the electrostatic oiler energy consumption and improve its security, also has simple in structure and the good characteristics of atomizing effect, and significant economic benefit and wide market prospects are arranged.
Claims (3)
1. the Electrostatic greasing cutter boom device of a multi-needle electrode, comprise cutter beam left (5), plastic sheeting (6) and right of cutter beam (8), left (5) length and width of cutter beam and height equate with right (8) length and width of cutter beam and height respectively, cutter beam left (5) and cutter beam right (8) connect by bolt (10), and the two ends of cutter beam left (5) and cutter beam right (8) respectively are provided with cutter beam baffle plate (15); Top between cutter beam left (5) and cutter beam right (8) is provided with circulating oil tank (7), bottom between cutter beam left (5) and cutter beam right (8) is provided with the first rectangle oil groove (3), be provided with plastic sheeting (6) between cutter beam left (5) and cutter beam right (8), plastic sheeting (6) is positioned at the zone of the first rectangle oil groove (3) top except circulating oil tank (7), and cutter beam left (5) and right (8) gap below the first rectangle oil groove (3) of cutter beam are 0.1 ~ 0.2
MmIt is characterized in that being provided with in the below of described the first rectangle oil groove (3) the second rectangle oil groove (2), the second rectangle oil groove (2) is embedded with electrode suppor (1), the gap that draw point (9) passes the second rectangle oil groove (2) below is equably in the electrode insertion support (1), the degree of depth of draw point (9) electrode insertion support (1) is 2 ~ 3mm, and the distance between draw point (9) is 4 ~ 5mm; The diameter of draw point (9) is 0.1 ~ 0.2mm, and the syringe needle of draw point (9) is 5 ~ 10mm apart from the distance of cutter beam left (5) and right (8) cutting edge of cutter beam, and the syringe needle below of draw point (9) is the other side's electrode.
2. the Electrostatic greasing cutter boom device of multi-needle electrode according to claim 1, the width that it is characterized in that described the second rectangle oil groove (2) is 5 ~ 7mm, highly is 5 ~ 6mm.
3. the Electrostatic greasing cutter boom device of multi-needle electrode according to claim 1, the material that it is characterized in that described electrode suppor (1) is plastics; The shape of electrode suppor (1) is: middle is the strip rectangular block, is provided with to strip rectangular block bilateral symmetry three block bearings, and three block bearings evenly distribute, the height of each block bearing
lThe height of 6 to the second rectangle oil grooves (2)
l5 little 1 ~ 2mm, the height of strip rectangular block
l7 than the little 1 ~ 2mm of each block height of support, the width of strip rectangular block
lLittle 1 ~ the 2mm of 8 to the second rectangle oil groove (2) width, the width of electrode suppor (1)
l9 equate with the width of the second rectangle oil groove (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220487153 CN202778773U (en) | 2012-09-24 | 2012-09-24 | Electrostatic oil coating knife girder device of multiple needle-shaped electrode |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220487153 CN202778773U (en) | 2012-09-24 | 2012-09-24 | Electrostatic oil coating knife girder device of multiple needle-shaped electrode |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202778773U true CN202778773U (en) | 2013-03-13 |
Family
ID=47806117
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220487153 Expired - Fee Related CN202778773U (en) | 2012-09-24 | 2012-09-24 | Electrostatic oil coating knife girder device of multiple needle-shaped electrode |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202778773U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102824973A (en) * | 2012-09-24 | 2012-12-19 | 武汉科技大学 | Electrostatic oiling knife beam device for additional electrode |
| CN107790339A (en) * | 2017-09-14 | 2018-03-13 | 首钢京唐钢铁联合有限责任公司 | A kind of galvanized wire Electrostatic greasing system, oiling control method and device |
-
2012
- 2012-09-24 CN CN 201220487153 patent/CN202778773U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102824973A (en) * | 2012-09-24 | 2012-12-19 | 武汉科技大学 | Electrostatic oiling knife beam device for additional electrode |
| CN107790339A (en) * | 2017-09-14 | 2018-03-13 | 首钢京唐钢铁联合有限责任公司 | A kind of galvanized wire Electrostatic greasing system, oiling control method and device |
| CN107790339B (en) * | 2017-09-14 | 2019-10-29 | 首钢京唐钢铁联合有限责任公司 | A kind of galvanized wire Electrostatic greasing system, oiling control method and device |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130313 Termination date: 20130924 |