CN102409364A - Porous Iron Electrogilding Device - Google Patents
Porous Iron Electrogilding Device Download PDFInfo
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- CN102409364A CN102409364A CN2011102911000A CN201110291100A CN102409364A CN 102409364 A CN102409364 A CN 102409364A CN 2011102911000 A CN2011102911000 A CN 2011102911000A CN 201110291100 A CN201110291100 A CN 201110291100A CN 102409364 A CN102409364 A CN 102409364A
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25D—PROCESSES FOR THE ELECTROLYTIC OR ELECTROPHORETIC PRODUCTION OF COATINGS; ELECTROFORMING; APPARATUS THEREFOR
- C25D1/00—Electroforming
- C25D1/08—Perforated or foraminous objects, e.g. sieves
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25D—PROCESSES FOR THE ELECTROLYTIC OR ELECTROPHORETIC PRODUCTION OF COATINGS; ELECTROFORMING; APPARATUS THEREFOR
- C25D1/00—Electroforming
- C25D1/10—Moulds; Masks; Masterforms
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25D—PROCESSES FOR THE ELECTROLYTIC OR ELECTROPHORETIC PRODUCTION OF COATINGS; ELECTROFORMING; APPARATUS THEREFOR
- C25D21/00—Processes for servicing or operating cells for electrolytic coating
- C25D21/08—Rinsing
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25D—PROCESSES FOR THE ELECTROLYTIC OR ELECTROPHORETIC PRODUCTION OF COATINGS; ELECTROFORMING; APPARATUS THEREFOR
- C25D21/00—Processes for servicing or operating cells for electrolytic coating
- C25D21/12—Process control or regulation
Abstract
The invention provides a porous iron electrogilding device. The device includes an uncoiler uncoiling conductive porous sheet material coiled into coiling tube shape at a predetermined speed; an electrogilding module gilding the conductive porous sheet material uncoiled by the uncoiler through electrogilding; a washing module used for washing the sheet material after the electrogilding; a coiling module used for coiling the washed sheet material into the coiling tube shape. The invention can manufacture porous iron having uniform density continuously.
Description
Technical field:
The present invention relates to a kind of foam iron device, relate in particular to a kind of ferroelectric plating appts of foam through the foam iron that electro-plating method continuous production flexibility is good, tensile strength is high.
Background technology:
Usually, foamed metal (metal foam) is meant porous (porous) metal that has numerous bubble in metallic substance inside.This foamed metal is divided into open cell type (open cell type) and obturator-type (closed cell type) according to the shape of contained bubble in it.The open cell type foamed metal is because bubble interconnects, so gas or fluid can be easy to through bubble.On the contrary, the obturator-type foamed metal does not connect owing between bubble each other, and isolated relatively to each other, therefore is difficult for making gas or fluid to pass through.The similar of open cell type foamed metal is in human skeleton, and its surface to volume ratio is very big, and its weight is low weight, therefore serves many purposes.This foamed metal is applied in various industries, the strainer of using like battery electrode, fuel cell member, exhaust and filtration apparatus, pollution control device, support of the catalyst, sound equipment member or the like.Known foamed metal mainly with nickel, copper, aluminium or silver as base metal, but actually rare as the report of the foam iron of base metal with iron.
Technology contents:
In view of the foregoing, the present invention provides a kind of ferroelectric plating appts of foam that can the uniform foam iron of continuous production product density.
The present invention also provides a kind of foam ferroelectric plating appts, the rapid oxidized phenomenon of foam iron after this device can prevent to accomplish and electroplate.
The present invention also provides a kind of foam ferroelectric plating appts, and this device can not have any fracture ground rolling foam iron continuously with suitable tension force through regulating the tension force of accomplishing galvanized foam iron.
The ferroelectric plating appts of foam of the present invention can comprise: Abrollhaspel is wound into coil-like electroconductibility porous sheet by the predetermined speed uncoiling; Electroplating unit is arranged on the rear of said Abrollhaspel, through the said sheet material plating iron of plating mode to going out from said Abrollhaspel uncoiling; Wash the unit, be arranged on the rear of said electroplating unit, be used to wash the said sheet material of accomplishing electroplating unit; The rolling unit is arranged on the unitary rear of said washing, is used for being wound into the said sheet material of accomplishing washing coil-like.
The ferroelectric plating appts of foam of the present invention can also comprise air element, and said air element is used for from removing treatment solution through the unitary sheet material of washing.
The ferroelectric plating appts of foam of the present invention can also comprise drying unit, and said drying unit is used for dry sheet material through air element.
Said Abrollhaspel can comprise: axle is used to install and is wound into coil-like electroconductibility porous sheet; Drive-motor is used to drive said axle rotation.
Said Abrollhaspel can also comprise kink, and said kink is arranged between said Abrollhaspel and the said electroplating unit, transfer rate and the said sheet material that is used to compensate the said sheet material that goes out from the Abrollhaspel uncoiling poor between the rate of advance of said electroplating unit.
Said electroplating unit can comprise: electrolyzer, be loaded with electrolytic solution in it, and portion carries out the electroplating processes to said electroconductibility porous sheet within it; Floating roll is arranged in the said electrolyzer, is used for said electroconductibility porous sheet is immersed in the said electrolyzer; Cathode electrode unit is arranged on the said electrolyzer, presses the sheet material of predetermined speed drawing through said floating roll, and said sheet material is applied cathodic current; Anode unit is immersed in the said electrolyzer, is used to apply anodic current.
Said cathode electrode unit can comprise: the carriage that is arranged on said electrolyzer top; A pair of touch roll can be rotatably set on the said carriage, and is configured in the two sides of said sheet material and is adjacent to said sheet material, is used for applying cathodic current to said sheet material; Driver element drives said touch roll rotation.
Said driver element can comprise: the drive-motor that is arranged on said carriage one side; Be arranged on the driving gear in the said drive-motor rotating shaft; Be arranged at least one pair of touch roll in the wherein rotating shaft of a side contacts roller, and the follower gear that is meshed with said driving gear.
Said electroplating unit can be following structure: through the said a pair of touch roll that is configured in said sheet material two sides is applied cathodic current, said sheet material two sides is applied cathodic current.
Said electroplating unit can comprise further and be used to regulate between two touch rolls regulon at interval that said regulon comprises: pilot hole, be arranged on the said carriage, in the said a pair of touch roll wherein the rotating shaft of a side contacts roller within it portion move; Movable block is combined on the bearing of rotating shaft of a said side contacts roller; Transmit screw rod, can be rotatably set on the said carriage, its periphery is provided with screw thread, to be spirally connected each other with said movable block.
Said electroplating unit can further comprise the injection unit that is used for spraying to touch roll electrolytic solution.Said injection unit comprises: pipeline is arranged on said a pair of touch roll top, along the length direction extension of said a pair of touch roll; Nozzle along said piping arrangement, sprays electrolytic solution to said a pair of touch roll; Supply with flexible pipe, be connected a side of said pipeline, be used to supply with electrolytic solution.
Said electroplating unit can further comprise: the pickle solution pipeline is used for the said sheet surface through said a pair of touch roll is sprayed pickle solution; Nozzle along said pickle solution piping arrangement, is used for spraying pickle solution to said sheet surface; Supply with flexible pipe, be connected in a side of said pickle solution pipeline, be used to supply with pickle solution.
Said anode unit can comprise: at least one basket, and said basket is immersed in the electrolyzer, is filled with iron plate in it, and said at least one basket surface is provided with a plurality of holes; Axle is combined in the upper end of said at least one basket, is crossed on the top of said electrolyzer, is used for fixing said at least one basket, and applies anodic current to said at least one basket.
Said at least one basket can be made up of titanium metal material.
Said at least one basket can be separately positioned on the both sides of said sheet material, and separates with the two sides of said sheet material.
The ferroelectric plating appts of foam of the present invention can further comprise RF, and said RF is used for the electric current that rectification anticathode unit and anode unit apply.
Can be provided with block piece on the medial surface of said electrolyzer, said block piece is used to coat the said floating roll of process and goes to the two ends of sheet material on width between the said touch roll, and extends setting along said sheet material.
Can be provided with supporting member on the medial surface of said electrolyzer, said supporting member is used for two rotating shafts of rotatably mounted floating roll.Said supporting member can have guide groove, and said guide groove can supply the rotating shaft of said floating roll to move about therein.
Said at least one basket can be following structure: its outside is arranged with lid, and said lid is processed by the Vestolen PP 7052 cloth.
The bottom of said electrolyzer can be provided with the vent pipe that is used to discharge electrolytic solution, and said vent pipe is provided with the water displacement valve that is used to regulate the electrolytic solution water level.
Said washing unit can comprise: pickling portion, and said sheet material portion within it advances; At least one pickle solution pipeline is arranged on the inboard of said pickling portion, is used for spraying pickle solution to said sheet surface; Nozzle is along said pickle solution piping arrangement.
Said washing unit can further comprise: washing water portion, and in the configuration of said pickling portion, said sheet material portion within it advances continuously; At least one washing water pipeline is arranged on the inboard of said washing water portion, is used for spraying high-temperature wash water to said sheet surface; Nozzle is arranged along said washing water pipeline.
Said washing unit can further comprise: second wash water portion, and in the configuration of said washing water portion, said sheet material portion within it advances continuously; At least one washing water pipeline is arranged in the said second wash water portion, is used for spraying washing water to said sheet surface; Nozzle is arranged along said washing water pipeline.
Said washing unit is at least between said pickling portion and washing water portion; Perhaps further be provided with air spray portion in the rear end of said second wash water portion; Said sheet material advances in said air spray portion inside; Said air spray portion portion within it is provided with air line, and said air line is provided with nozzle, and said nozzle is used for to said sheet surface injection air.
Said air element can comprise: shell, be arranged on the unitary rear end of said washing, and said sheet material portion within it advances; At least one blast main is arranged on said enclosure; At least one air knife links to each other with said at least one blast main respectively, and is configured on the width of said sheet material, is used for injection air.
Said air element can be following structure: said sheet material tilts to advance down in said enclosure, and each in said at least one blast main and said at least one air knife constitutes multistage stepped along said sheet material.
Said drying unit can comprise: loft drier, and said sheet material portion within it advances; Supply-pipe is connected to a side of said loft drier, is used for to said loft drier inside high temperature air being provided.
Said rolling unit can comprise: wind-up roll, be arranged on the stand, and be used for the rolling sheet material; Drive-motor is connected in the rotating shaft of said wind-up roll, is used to rotate said wind-up roll; Poor between the rolling speed of said sheet material of detecting unit, rate of advance and the wind-up roll that is used to detect said sheet material.
Said detecting unit can comprise: the top proximity transducer, be arranged on the top of said sheet material, and be used for the rising of the said sheet material of sensing; The bottom proximity transducer is arranged on the below of said sheet material, is used for the decline of the said sheet material of sensing.
As above explanation, the present invention's uniform foam iron of density that can manufacture a product continuously.
And the present invention can prevent to accomplish in the continuous flow procedure of foam iron the foam iron oxidized phenomenon rapidly after electroplating, thereby improves the quality of products.
And the present invention can also, stably produce foam iron through regulating the tension force of foam iron with not having any fracture.
Description of drawings:
Fig. 1 is the structural representation of ferroelectric plating appts one embodiment of foam of the present invention.
Fig. 2 is the structure vertical view of ferroelectric plating appts one embodiment of foam of the present invention.
Fig. 3 and Fig. 4 are cathode electrode unit structure iron among ferroelectric plating appts one embodiment of foam of the present invention.
Fig. 5 is an anode unit structure iron among ferroelectric plating appts one embodiment of foam of the present invention.
Fig. 6 is cell construction figure among ferroelectric plating appts one embodiment of foam of the present invention.
Fig. 7 is washing modular construction figure among ferroelectric plating appts one embodiment of foam of the present invention.
Fig. 8 is the ferroelectric plating appts one embodiment air modular construction figure of foam of the present invention.
Fig. 9 is a drying unit structure iron among ferroelectric plating appts one embodiment of foam of the present invention.
Figure 10 is rolling modular construction figure among ferroelectric plating appts one embodiment of foam of the present invention.
Figure 11 is a detecting unit structure iron among ferroelectric plating appts one embodiment of foam of the present invention.
Embodiment:
Specify the present invention below in conjunction with accompanying drawing, so that those of ordinary skills' embodiment of the present invention easily.The embodiment that one with ordinary skill in the art would appreciate that the back narration can have the various deformation mode under the condition that does not break away from spirit of the present invention and scope, and is not limited to following examples.And in the accompanying drawings as far as possible identical or similar part with identical symbolic representation.
Fig. 1 and Fig. 2 illustrate an embodiment of the ferroelectric plating appts of foam of the present invention.
As shown in the figure, the ferroelectric plating appts of foam of the present invention comprises: Abrollhaspel (uncoiler) 100 is wound into coil-like electroconductibility porous sheet S by the predetermined speed uncoiling; Electroplating unit 200 is used the plating mode plating iron to the electroconductibility porous sheet S that goes out from Abrollhaspel 100 uncoilings; Washing unit 300 is used to wash the sheet material S from electroplating unit 200 outputs; Rolling unit 60 is used for being wound into the sheet material S that accomplishes washing coil-like.
The electroconductibility porous sheet is to be internally connected with the sheet structure body that deposits conducting material on the open cell type organic porous body surface of bubble.Wherein, organic porous body can be polymer foaming body, non-woven fabrics, organic fabric etc.In the present embodiment, the electroconductibility porous sheet is the material that on the organic porous body of polyurethane material, deposits titanium (Ti) metal.Except that titanium metal, can nickel deposited (Ni) on the said electroconductibility porous sheet or copper (Cu) etc.Said electroconductibility porous sheet S be cut into be wound into behind the suitable width coil-like.Explanation for ease is called sheet material S with said electroconductibility porous sheet below.
Said Abrollhaspel 100 supplies to subsequent handling after being wound into coil-like sheet material S by the predetermined speed uncoiling.Said Abrollhaspel 100 comprises: stand 110; Axle 120 can be rotatably set on the said stand 110, is equipped with on it and is wound into coil-like sheet material S; Drive-motor 130 is arranged on the said stand 110, and links to each other with said axle 120, is used to drive said axle 120.
Therefore, if drive-motor 130 is controlled and works, said axle 120 begins rotation, and goes out to be wound into coil-like sheet material S by the certain speed uncoiling.
The sheet material S that goes out from said Abrollhaspel 100 uncoilings is sent to the electrolyzer 210 of electroplating unit 200, and obtains electroplating processes.
Be provided with the kink 140 that is used to store the sheet material S that goes out from Abrollhaspel 100 uncoilings between said Abrollhaspel 100 and the electroplating unit 200.Upper end, the ingress of electrolyzer 210 is provided with a plurality of idle rolls 150, and said a plurality of idle rolls 150 are used to support the sheet material S that goes out from Abrollhaspel 100 uncoilings.Zone between the idle roll 150 of 140 said Abrollhaspels 100 of expression of kink described in the present embodiment and said electrolyzer 210.The sheet material S that goes out from Abrollhaspel 100 uncoilings is sagging between the idle roll 150 of the axle 120 of Abrollhaspel and electrolyzer 210 upper ends, and is stored by desired length.Through said kink 140, can compensate the transfer rate of the sheet material S that goes out from Abrollhaspel 100 uncoilings and go to poor between the rate of advance of sheet material S of electroplating unit 200.
Said electroplating unit 200 comprises: electrolyzer 210, be loaded with electrolytic solution in it, and be used to electroplate said sheet material S; Floating roll 220 is arranged in the said electrolyzer 210, is used for said sheet material S is impregnated in the electrolyzer 210; Cathode electrode unit is arranged on the electrolyzer 210, presses the sheet material S of certain speed drawing through floating roll 220, and sheet material S is applied cathodic current; Anode unit is immersed in the electrolyzer 210, and in order to carry out the electroplating operations of iron, anodic current is provided.Wherein, said cathode electrode unit is that sheet material S is applied motivating force, transmits the structure of sheet material S in fact, and detailed explanation will be carried out to this structure in the back.
The opened upper end of electrolyzer 210, inside is loaded with electrolytic solution.On the working direction of sheet material S, upper end, the place ahead of said electrolyzer 210 is provided with aforementioned idle roll 150, and is sent in the electrolyzer 210 through the sheet material S of idle roll, and is impregnated in the electrolytic solution.
The set inside of electrolyzer 210 has floating roll 220, and said floating roll 220 is used for the sheet material S through idle roll is impregnated into the electrolytic solution in the electrolyzer 210.Be provided with cathode electrode unit in floating roll 220 upside electrolyzers 210 upper ends.In view of the above, sheet material S also moves toward the cathode electrode unit on electrolyzer 210 tops through said floating roll 220 vertical shifting through idle roll and after being impregnated into electrolyzer 210 inside.
Said floating roll 220 is arranged on the inside of electrolyzer 210.Said in the present embodiment floating roll 220 can be processed by the PVC material.And, but said floating roll 220 is provided in wander up and down in the electrolytic solution.For this reason, floating roll 220 is hollow structures, can in electrolytic solution, float through buoyancy.And said electrolyzer 210 is on the width of sheet material S, and its two medial surfaces are provided with the supporting member 222 of the rotating shaft that is used to support floating roll 220 two ends.And said supporting member 222 is provided with guide groove 224, and said guide groove 224 supplies the rotating shaft of said floating roll 220 to move about.
In view of the above, floating roll 220 is interposed under the state in the supporting member guide groove 224 and can rotates freely in its rotating shaft, when the suffered tension force of sheet material S has change, carries out wander up and down along said guide groove 224.Under said floating roll 220 as above acts on, can prevent the said sheet material S distortion that under its suffered tension variation, is stretched.That is, said sheet material S is made up of polyurethane material because its material behavior, its tension force very a little less than.Therefore, when the suffered tension variation of said sheet material S, said sheet material easy deformation.As previously mentioned, the ferroelectric plating appts of foam of the present invention compensates the suffered tension variation of said sheet material S through the wander up and down of floating roll 220.Therefore, for example when the transfer rate that is used to make sheet material S progressive cathode electrode unit to sheet material S had change, floating roll 220 is wander up and down flexibly, thereby made the suffered tension force of sheet material S keep constant.
Said cathode electrode unit applies cathodic current transmitting through in the sheet material S of floating roll 220 to said sheet material S.
Fig. 3 and Fig. 4 illustrate the exemplary structure of said cathode electrode unit.
As shown in the figure, said cathode electrode unit comprises: carriage 230 is arranged on the both sides upper end of said electrolyzer 210 on sheet material S width; A pair of touch roll 232,234 can be rotatably set on the said carriage 230, and is configured in the two sides of said sheet material S and is adjacent to together with said sheet material, is used for applying cathodic current to said sheet material S; Driver element is used to rotate said a pair of touch roll.And, also be provided be used to regulate said a pair of touch roll 232, at interval regulon between 234.
Said a pair of touch roll 232,234 can be rotatably set between two carriages 230.The stationkeeping of one of them touch roll in two touch rolls 232,234, and another touch roll can relatively move, thus can regulate interval between the two.Explanation for ease is referred to as fixedly touch roll 232 with the touch roll of stationary state below, and movably touch roll is referred to as mobile touch roll 234.And, when not when fixedly touch roll and mobile touch roll differentiate, omitted " fixing " and " moving " these two statements, and only used term " touch roll " to describe.
Fixedly be provided with bearing 236 between the rotating shaft at touch roll 232 and mobile touch roll 234 two ends and the carriage 230.Therefore, be media with bearing 236, each touch roll 232,234 is rotatable with respect to carriage 230.
The central authorities of said carriage 230 are provided with slotted hole shape pilot hole 238, and said pilot hole 238 is used to support the bearing 236 of said fixedly touch roll 232 and mobile touch roll 234, and makes said mobile touch roll 234 move.In addition, carriage 230 upper ends are provided with the draw-in groove 240 that is used to install anode unit.As for draw-in groove 240, will do specifying in the back.
Said driver element comprises the drive-motor 242 that is arranged on carriage 230 1 sides, be arranged on driving gear 244 in the drive-motor rotating shaft, be arranged in the rotating shaft of said fixedly touch roll 232 and the follower gear 246 that is meshed with driving gear 244.Said driving gear 244 directly links to each other with the fixing follower gear 246 of touch roll 232.Moving touch roll 234 is idle running shapes, rotatablely is provided with freely.In view of the above, when the drive-motor rotation drove, the said fixedly touch roll 232 that is connected in driving gear 244 through follower gear 246 began rotation.And cross said sheet material S, being arranged on fixedly, the said mobile touch roll 234 of touch roll opposition side rotates under the state that is adjacent at sheet material.So, fixedly touch roll 232 and mobile touch roll 234 are able to transmit sheet material S through the fixing driving of touch roll 232 under the state of being close to the sheet material two sides.
At this, said cathode electrode unit is the structure that cathodic current is provided through fixedly touch roll 232 that is configured in sheet material S two sides and mobile touch roll 234 to the two sides of said sheet material.For this reason, the rotating shaft two ends of said fixedly touch roll 232 are provided with the junctor 250 that is used to apply cathodic current.Likewise, also be provided with the junctor 252 that is used to apply cathodic current on the rotating shaft two ends of said mobile touch roll 234.Said cathode electrode unit has the RF 254 that is used to apply cathodic current, and said RF 254 electrically connects through a side-connector 250 and said fixedly touch roll 232.And, move the junctor 252 of touch roll 234 and fixedly junctor 250 electric connections of touch roll 232.In view of the above, to fixedly touch roll 232 and mobile touch roll 234 all can apply cathodic current.
So, if apply cathodic current with mobile touch roll 234, just can apply electric current to the two sides of sheet material S through 254 pairs of said fixedly touch rolls 232 of RF.Therefore can reduce the difference between current on sheet material S two sides to greatest extent.Said difference between current is to produce owing to ununiformity that electroconductibility porous sheet S itself is had.Therefore, if only the one side of sheet material S is applied electric current, produce difference between current on the two sides of sheet material S.As previously mentioned, said cathode electrode unit all applies cathodic current to fixing touch roll 232 and mobile touch roll 234 through RF 254, evenly electric current is provided and prevents on the two sides of said sheet material S, to produce difference between current with the two sides to sheet material S.
In addition, said regulon is regulated the interval between two touch rolls through moving mobile touch roll 234 with respect to fixing touch roll 232.Said regulon comprises: movable block 260 combines with the bearing 236 of said mobile touch roll 234 rotating shafts in the outside of pilot hole 238; Transmit screw rod 262, can be rotatably set on the said carriage 230, its periphery is provided with screw thread, with said movable block 260 bolts; Knob 264 is arranged on the outboard end that transmits screw rod 262.
Said movable block 260 is combined in bearing 236 sides, and is configured on the travel direction of said mobile touch roll 234.The front end of movable block 260 is provided with the nut bore 266 that supplies said transmission screw rod 262 to be spirally connected.
And as shown in Figure 3, in the present embodiment, the travel direction of said movable block 260 is provided with tail rod 267 in the outer side upper edge of said carriage 230, and said tail rod 267 is used to guide said movable block 260.And said movable block 260 is provided with and is set on the said tail rod and slidable guide 268.Reference numeral 269 expressions that do not describe are arranged on the carriage 230, are used to put rotating shaft and its slide rail that moves that leads that moves touch roll 234.
Therefore, if the said knob 264 of turn, said transmission screw rod 262 will rotate, and then makes through nut bore 266 and move with the movable block 260 that said transmission screw rod 262 is meshed.In view of the above, the mobile touch roll 234 that is combined with movable block 260 perhaps leaves from said fixedly touch roll 232 near said fixedly touch roll 232, to regulate two intervals between the touch roll.
So, said cathode electrode unit can be through moving said mobile touch roll 234, suitably regulates the fixedly interval between the touch roll 232 and mobile touch roll 234 according to the thickness of said sheet material S.Interval between two touch rolls is set to slightly the thickness less than sheet material S.For example, when the thickness of sheet material S is 1.7mm, be spaced apart 1.5-1.67mm between two touch rolls.At this moment, two touch rolls apply small pressure and make it mobile sheet material S, and pressurized sheet material S is recovering original thickness through behind the touch roll according to the characteristic of itself during through two touch rolls.
Fig. 5 representes the anode unit in the present embodiment.
As shown in the figure, said anode unit comprises: basket 270 is immersed in electrolyzer 210 inside; Electrode strip 272 is used for fixing said basket 270 and anodic current is provided.
Said electrode strip 272 is clavate structures, is crossed on the upper end draw-in groove 240 of said carriage 230.Be provided with isolator 273 between the draw-in groove 240 of said electrode strip 272 and carriage 230.In the present embodiment, said electrode strip 272 is separately positioned on two draw-in grooves 240 on the carriage 230, and is configured in the both sides of sheet material S respectively.Therefore, be arranged on basket 270 on the said electrode strip 272 also is arranged on the sheet material S of vertical shifting in said electrolyzer 210 both sides, and separated by a distance with the two sides of said sheet material.
Said electrode strip 272 is connected in RF 254, and to said basket 270 anodic current is provided.Said RF 254 is electrically connected with a lateral electrode bar, and with the touch roll of said cathode electrode unit likewise, said two electrode strips 272 electrically connect each other and the two sides of sheet material are applied anodic current.Therefore, the sheet material S that is immersed in the electrolytic solution carries out moving of vertical direction between the basket that is arranged at its both sides 270, and is imposed electroplating processes.
In the present embodiment, the outside of said basket 270 can be arranged with lid, and said lid is used to coat said basket 270.Said lid is that the cloth of polypropylene material is processed by raw material.So, can prevent that the scum in the basket 270 from getting in the electrolytic solution through sheathed said lid.
And as shown in Figure 6, said sheet material S extension is provided with block piece 282 in the medial surface upper edge of said electrolyzer 210, and said block piece 282 is used to coat via said floating roll 220 and toward the two ends of progressive sheet material S on width between two baskets 270.Said block piece 282 extends on vertical direction and is arranged in the electrolyzer 210.Said block piece 282 extends on its length direction and is provided with the groove 284 that only supplies said sheet material S process, thereby blocks said basket 270 and said sheet material S between two ends on the width.
The width length of said block piece 282, the length on the width that promptly said sheet material S is stopped by said block piece 282 can be following: when the width of sheet material S was 45cm, the width length of said block piece was about 2cm.
So coat two ends of said sheet material S on its width, can prevent that said sheet material S from receiving undue electroplating processes on two ends through block piece 282.Therefore, whole lip-deep electroplating thickness of sheet material S and density can be set equably.
And as shown in Figure 6, said electrolyzer 210 bottoms are provided with the vent pipe 286 that is used to discharge electrolytic solution, and said vent pipe is provided with the water displacement valve 288 that is used to regulate the electrolytic solution water level.
Short more when the touch roll 232,234 and the distance between electrolyte surface of said cathode electrode unit, carry out electrolysis more easily.So, can be through vent pipe 286 and water displacement valve 288 be set on electrolyzer 210, the electrolytic solution water level in the electrolyzer 210 and the distance between the touch roll are approximately remained on the scope of 2-5cm.Said water displacement valve 288 can be the structure of directly carrying out folding by operator, also can be through sensed water level, by the structure of the controlled folding of mechanical system.
And as shown in Figure 6, the top of said touch roll 232,234 is provided with the injection unit that is used for to touch roll surface sprinkling electrolytic solution.As shown in Figure 6, said injection unit comprises: pipeline 292, and the length direction along said touch roll above touch roll 232,234 extends; Nozzle 294 along said piping arrangement, is used for spraying electrolytic solution to touch roll; Supply with flexible pipe 296, be connected in said pipeline 292 1 sides, be used for electrolytic solution being provided to said pipeline.Said supply flexible pipe 296 links to each other with said electrolyzer 210, is used for providing to said pipeline the electrolytic solution of electrolyzer 210.It is the top that benchmark is arranged on fixedly touch roll 232 with the mobile touch roll 234 on said sheet material two sides that said pipeline is configured in said sheet material S respectively, and evenly sprays electrolytic solution to each touch roll surface.When the beginning electrolysis, electrolytic solution sticks in through on the electrolytic foam iron, and passes through touch roll down in this state, therefore on touch roll, also can produce electrolysis, and can pollute touch roll.The iron of electrolysis to the touch roll immediately can oxidation, thereby increases decomposition voltage (decomposition voltage), therefore can't carry out uniform electrolysis.Therefore, can be through spraying electrolytic solution to said touch roll constantly, dissolve and removes, and on the whole surface of each touch roll, continue coating electrolytic solution, in case oxidation through electrolytic iron.And, through sprinkling electrolytic solution, the surface that can wash touch roll, thus can even and stable electric current be provided to touch roll.
And as shown in Figure 6, said pipeline top is provided with pickle solution pipeline 297, and said pickle solution pipeline 297 is used to remove through residual electrolytic solution on the sheet material of touch roll.Pickle solution pipeline 297 is along the width setting of sheet material, and it is provided with the nozzle 298 that is used for spraying to said sheet surface pickle solution.In addition, be connected with the supply flexible pipe 299 that is used to provide pickle solution on the side end of said pickle solution pipeline.In view of the above, through supply with pickle solution that flexible pipe is provided to the pickle solution pipeline through nozzles spray on whole sheet surface.Sheet material through impregnation in the process of electrolyzer electrolytic solution, and under the effect of such pickle solution that sprays as stated, the electrolytic solution on the sheet material is washed off.
Washed off through the sheet material S that obtains electroplating processes in the process of said electroplating unit 200 electrolytic solution on it in through the process of the washing unit 300 of horizontal arrangement above touch roll.Fig. 7 representes the washing unit 300 in the present embodiment.
As shown in the figure, said washing unit 300 has: the pickling portion 10 of horizontal arrangement, washing water portion 320, second wash water portion 330 and air spray portion 340.Said pickling portion 310 and washing water portion 320, second wash water portion 330 are configured on the working direction of said sheet material S.And said air spray portion 340 is configured between said pickling portion 310 and the said washing water portion 320 respectively, on the rear end of second wash water portion 330.
And, be respectively arranged with rotatable idle roll (Reference numeral 350,352 among Fig. 1) freely in the import and the exit of said washing unit 300, be used for the said sheet material S of horizontally-guided.
In the present embodiment, also be provided with the driver element that the said sheet material S of drive moves in the exit of said washing unit 300.For this reason, as shown in Figure 1, said driver element 300 comprises: backer roll 354, and the length direction of 300 exit idle rolls is arranged on the said idle roll along said washing unit, and is adjacent to said sheet material; Drive-motor (not shown) is connected in a side rotating shaft of said backer roll 354, is used to drive said backer roll rotation.
Said backer roll 354 is adjacent to said sheet material under with the state of the suitable said sheet material of exert pressure.Thus, through the rotation of said backer roll 354, spur the said sheet material that is closely attached between idle roll 352 and the backer roll 354, and make it through said washing unit 300.
Said pickling portion 310 portion within it is provided with at least one pickle solution pipeline 312; Said at least one pickle solution pipeline 312 is arranged on the width of said sheet material S; Its its length direction of surperficial upper edge is provided with nozzle 314, with the surface sprinkling pickle solution to said sheet material S.And the below of said pickling portion 310 is provided with a plurality of support rolls 316 that are used for supporting sheet S.In the present embodiment, said pickle solution pipeline 312 is positioned at the top of said sheet material S, sprays pickle solution to the sheet material S of its below.The bottom of said pickling portion 310 is provided with the vent pipe 318 that is used to discharge said pickle solution.In view of the above, in the process of the said pickling of said sheet material S process portion 310, wash said sheet material S with pickle solution.
Said washing water portion 320 portion within it has at least one washing water pipeline 322; Said washing water pipeline 322 is arranged on the width of said sheet material S; And be provided with nozzle 324 in its surface along its length, with this surface sprinkling high-temperature wash water to said sheet material S.The below of washing water portion 320 is provided with a plurality of support rolls 326 that are used to support said sheet material S.Said washing water pipeline 322 is positioned at the top of said sheet material S, sprays washing water to the sheet material S of its below.The bottom of said washing water portion 320 is provided with the vent pipe 328 that is used to discharge washing water.Said washing water portion 320 is to the surface sprinkling high-temperature wash water of said sheet material S, to wash the surface of said sheet material S.
Said second wash water portion 330 is continuously in 320 configurations of said washing water portion; Be provided with at least one washing water pipeline 332 in it; Said washing water pipeline 332 is arranged on the width of said sheet material S; And be provided with nozzle 334 in its surface along its length, with surface sprinkling washing water to said sheet material S.Second wash water portion 330 side-lower within it is provided with the support roll 336 that is used for supporting sheet S, and washing water pipeline 332 is arranged on the top of said sheet material S.And the bottom of second wash water portion 330 is provided with the vent pipe 338 that is used to discharge washing water.
Said air spray portion 340 portion within it has the air line 342 to said sheet material S jet surface air, and said air line 342 is arranged on the width of said sheet material S.Likewise, the air line 342 of said air spray portion 340 is arranged on the top of sheet material S, and thereunder is provided with the support roll 344 that is used to support said sheet material S.Said air spray portion 340 is arranged between pickling portion 310 and the washing water portion 320, is used to remove the lip-deep pickle solution of sheet material S that transmits to said washing water portion 320.And said air spray portion 340 also is arranged on the rear end of second wash water portion 330, is used for final the removal and sticks in the lip-deep washing water of said sheet material S.
So,, in process, contain and be immersed in the lip-deep electrolytic solution of its porous insert and washed off through the sheet material S of electroplating unit 200 via washing unit 300.
On the other hand, the ferroelectric plating appts of foam of the present invention further comprises air element 400, and said air element is used to remove the treatment solution that is attached through on the unitary sheet material S of said washing.And the ferroelectric plating appts of foam of the present invention further comprises drying unit 500, and it is used for dry sheet material S through air element.
As shown in Figure 8, said air element 400 is configured in the rear end of said washing unit 300, comprising: shell 410, and said sheet material S portion within it advances; At least one blast main 412 is arranged on said shell 410 inside; Air knife 414 links to each other with said blast main 412, is arranged on the width of said sheet material S, is used for to said sheet material S injection air.Said air knife 414 in the face of on the lower end of sheet material S, is provided with the successive slit at it along its length, and said air knife 414 is through said slot injection high-pressure air.Be useful on the support roll 416 of supporting sheet S bottom in the set inside of said shell 410.In the present embodiment, said support roll 416 can be arranged on the position corresponding with said air knife 414.In view of the above,, be positioned at the said sheet material S of support roll 416 supportings of air knife 414 belows, can prevent that thus sheet material S is sagging under the influence of high-pressure air when said air knife 414 during to said sheet material S inject high pressure air.
In said shell 410 inside of said air element 400, said sheet material S tilts to advance down, and each said blast main 412 is configured to multistage stepped with air knife 414 along said sheet material S.In the present embodiment, three blast mains 412 are arranged to tertiary structure with air knife 414, and have difference of altitude between each level.The bottom of said shell 410 is provided with vent pipe 418, and said vent pipe is used to discharge the treatment solution that removes from sheet material S.
Said sheet material S only is left the moisture of about 5-10% through in the process of air element after wherein contained residue is removed, contain moisture and inhibitor in the wherein said residue.The whole moisture that remain among the sheet material S are removed through in the process of drying unit.
Said drying unit 500 is arranged on the rear end of said shell 410 continuously.
As shown in Figure 9, said drying unit 500 comprises bottom loft drier 510 and top loft drier 512, and said top loft drier 512 can be rotatably set on the said bottom loft drier 510 through articulated elements 520.Offer groove 514,516 on the contact surface between said bottom loft drier 510 and the top loft drier 512 to the inside, said groove 514,516 supplies said sheet material S under interference-free state, to move.Said bottom loft drier 510 is hollow structures with top loft drier 512, and its groove 514,516 in the face of said sheet material S is provided with a plurality of slits 518,519, has between said a plurality of slits at interval.And the side of said top loft drier 512 is provided with supply-pipe 522, and said supply-pipe 522 is provided for the high temperature air of dry sheet material S to loft drier inside.The bottom of loft drier 510 is provided with and is used to discharge the output tube 524 through the high temperature air of said sheet material S in said bottom.In view of the above, the high temperature air that supplies to top loft drier 512 through supply-pipe 522 is ejected on the sheet material S after via the slit 519 that is arranged on the said groove 516, and dryly remains in the moisture on the sheet material S., and discharge through in the 518 entering bottom loft drier 510 of the slit on the groove 514 that is arranged on bottom loft drier 510 via the high temperature air of sheet material S through output tube 524.
The sheet material S rolling of the said drying unit of process is on rolling unit 600.
Figure 10 and Figure 11 illustrate the exemplary configurations of said rolling unit 600.
Said rolling unit 600 is arranged on the stand 610, comprising: the wind-up roll 620 that is used for rolling sheet material S; Be connected in the rotating shaft of wind-up roll 620 and drive the drive-motor 622 of said wind-up roll 620 rotations.Be arranged on and be respectively arranged with driving gear 624 in the rotating shaft of rotating shaft and wind-up roll 620 of the drive-motor 622 on the stand 610 and be meshing with each other and transferring power with 626, two gears of follower gear.In the present embodiment, said wind-up roll 620 is for coming the clamp structure of clamping disk tubular sheet of material through changing external diameter.Arranged outside at stand 610 has the driving cylinder 628 that is used for changing said wind-up roll 620 external diameters.External diameter about this wind-up roll 620 changes structure, and therefore existing a lot of correlation techniques omit its detailed description at this.
And said rolling unit 600 further comprises detecting unit 700, and said detecting unit is used to detect poor between the rolling speed of translational speed and 620 couples of sheet material S of wind-up roll of sheet material S.
Shown in figure 11, said detecting unit 700 comprises: top proximity transducer 710, and be arranged on its upper side, and be configured in the top of sheet material,, said sheet material S detects the rising of said sheet material when rising; Bottom proximity transducer 720 is arranged on its upper side, and is configured in the below of sheet material, when said sheet material S descends, detects the decline of said sheet material.
As previously mentioned, sheet material S is made up of polyurethane material, and its tension force is especially little, therefore needs exercise due diligence, in order to avoid it is elongated.For this reason, suitably regulate the rolling speed of said sheet material S, in case said rolling speed is faster or slower than the transfer rate of the sheet material S under the touch roll drive at wind-up roll 620.
Therefore, said rolling unit 600 reduces or increases the rolling speed of wind-up roll 620 according to the detection signal of said each transmitter, to cooperate the transfer rate of sheet material S.
That is, if sheet material is slower than the transfer rate of sheet material in the rolling speed of wind-up roll 620, on position between said drying unit and the rolling unit 600, said sheet material S will be sagging.Therefore, said sheet material S shifts to bottom proximity transducer 720 places under it, and said bottom proximity transducer 720 detects said sheet material.At this moment,, can control the drive-motor 622 of rolling unit 600, improve the rolling speed of wind-up roll 620, to cooperate the transfer rate of sheet material S according to the detection signal of bottom proximity transducer 720.Likewise, if the rolling speed of 620 pairs of sheet materials of wind-up roll, will spur sagging sheet material S between drying unit and rolling unit 600 faster than the transfer rate of sheet material, to promote said sheet material.Thus, said sheet material S shifts to top proximity transducer 710 places of its top, and said top proximity transducer 710 detects said sheet material.At this moment, according to the detection signal of top proximity transducer 710, the drive-motor 622 that can control said rolling unit 600 improves the rolling speed of said wind-up roll 620, to cooperate the transfer rate of sheet material S.
The effect of the ferroelectric plating appts of explanation foam of the present invention below.
Being rolled into coil-like sheet material S unties from the axle of Abrollhaspel.The sheet material S that rotation uncoiling through axle goes out is impregnated in the electrolyzer 210 through kink 140, and through between the fixedly touch roll 232 that is interposed in cathode electrode unit behind the floating roll 220 and the mobile touch roll 234 and be transmitted.
In said electrolyzer 210, said framework 270 is in the both sides of the sheet material S that transmits on the vertical direction.Under this state, said fixedly touch roll 232 is applied cathodic current with mobile touch roll 234, basket 270 is applied anodic current, thereby pass through plating mode plating iron on the porous insert surface of sheet material S.In addition, fixedly touch roll 232 receives power under the driving action of drive-motor 242, and is rotated.In view of the above, be interposed in the fixing sheet material S between the touch roll 232 and mobile touch roll 234 through being imposed electroplating processes continuously in electrolyzer 210 and the process that is transmitted.
Two sides to said sheet material S when transmitting sheet material S through said fixedly touch roll 232 and mobile touch roll 234 provides in the process of cathodic current, continues to two touch roll surface sprinkling electrolytic solution.The electrolytic solution that is sprayed onto on the touch roll is used for washing the touch roll surface, thereby makes said touch roll can continue to provide uniform electric current, behind the dissolved ferric iron on the said touch roll, removes electrolysis simultaneously, in case oxidation.
Through obtaining the sheet material S of electroplating processes in the process of electrolyzer 210, after the air element 400 and drying unit 500 that are in tilted layout with the said washing of horizontal direction process unit 300 and process, rolling is on rolling unit 600.The ferroelectric plating appts of foam of the present invention moves on in the process of rolling unit 600 after said sheet material is through two touch rolls, is not provided for transmitting the additional motive power of sheet material S.That is, the sheet material S that is gone out by Abrollhaspel 100 uncoilings moves on to till the rolling unit 600, and only the motivating force with touch roll transmits said sheet material.So, can protect the little sheet material S of tension force to greatest extent, and can reduce sheet material S to greatest extent and be plated in the distortion of the foam iron on the sheet material S through reducing to be used to transmit the motivating force of sheet material S to greatest extent.
Sheet material S contains and is immersed in the lip-deep whole electrolytic solution of its porous insert and moisture is removed in the process through washing unit 300, air element and drying unit.The continuous rolling of sheet material S of process drying unit is on the wind-up roll 620 of rolling unit 600.Said wind-up roll 620 is shown the speed rolling said sheet material S identical with the transfer rate of said sheet material S, the distortion in case said sheet material S is stretched greatly.The sheet material S that so plates iron through apparatus of the present invention finally is wound into coil-like back and in the manufacturing of foam iron, uses.
Top accompanying drawings exemplary embodiment of the present invention, but the present invention is not limited to the foregoing description, in not breaking away from spirit of the present invention, can have various embodiments and variation, these ought to belong in protection scope of the present invention.
Claims (25)
1. the ferroelectric plating appts of foam is characterized in that, comprising:
Abrollhaspel is wound into coil-like electroconductibility porous sheet by the predetermined speed uncoiling;
Electroplating unit is arranged on the rear of said Abrollhaspel, through the said sheet material plating iron of plating mode to going out from said Abrollhaspel uncoiling;
Wash the unit, be arranged on the rear of said electroplating unit, be used to wash the said sheet material of accomplishing electroplating unit;
The rolling unit is arranged on the unitary rear of said washing, is used for being wound into the said sheet material of accomplishing washing coil-like.
2. the ferroelectric plating appts of foam according to claim 1 is characterized in that, said washing unit comprises:
Pickling portion, said sheet material portion within it advances;
At least one pickle solution pipeline is arranged on the inboard of said pickling portion, is used for spraying pickle solution to said sheet surface;
Nozzle is along said pickle solution piping arrangement.
3. the ferroelectric plating appts of foam according to claim 2 is characterized in that, said washing unit also comprises:
Washing water portion, in the configuration of said pickling portion, said sheet material portion within it advances continuously;
At least one washing water pipeline is arranged on the inboard of said washing water portion, is used for spraying high-temperature wash water to said sheet surface;
Nozzle is arranged along said washing water pipeline.
4. the ferroelectric plating appts of foam according to claim 3 is characterized in that, said washing unit also comprises:
Second wash water portion, in the configuration of said washing water portion, said sheet material portion within it advances continuously;
At least one washing water pipeline is arranged in the said second wash water portion, is used for spraying washing water to said sheet surface;
Nozzle is arranged along said washing water pipeline.
5. the ferroelectric plating appts of foam according to claim 4; It is characterized in that said washing unit perhaps further is provided with air spray portion in the rear end of said second wash water portion at least between said pickling portion and washing water portion; Said sheet material advances in said air spray portion inside; Said air spray portion portion within it is provided with air line, and said air line is provided with nozzle, and said nozzle is used for to said sheet surface injection air.
6. the ferroelectric plating appts of foam according to claim 1; It is characterized in that; Further comprise the air element that is arranged on rear end, said washing unit, said air element is used to remove the treatment solution through on the unitary said sheet material of said washing, and said air element comprises:
Shell, said sheet material advances in said enclosure;
At least one blast main is arranged on said enclosure;
At least one air knife links to each other with said at least one blast main respectively, and is configured on the width of said sheet material, is used for injection air.
7. the ferroelectric plating appts of foam according to claim 6; It is characterized in that; Said air element has following structure: said sheet material tilts to advance down in said enclosure, and each in said at least one blast main and said at least one air knife constitutes multistage stepped along said sheet material.
8. the ferroelectric plating appts of foam according to claim 6 is characterized in that, further comprises drying unit, and said drying unit is used for dry sheet material through said air element, and said drying unit comprises:
Loft drier, said sheet material portion within it advances;
Supply-pipe is connected to a side of said loft drier, is used for to said loft drier inside high temperature air being provided.
9. the ferroelectric plating appts of foam according to claim 1 is characterized in that, said rolling unit comprises:
Wind-up roll is arranged on the stand, is used for the rolling sheet material;
Drive-motor is connected in the rotating shaft of said wind-up roll, is used to rotate said wind-up roll;
Poor between the rolling speed of said sheet material of detecting unit, transfer rate and the said wind-up roll that detects said sheet material.
10. the ferroelectric plating appts of foam according to claim 9 is characterized in that said detecting unit comprises:
The top proximity transducer is arranged on the top of said sheet material, is used to detect the rising of said sheet material;
The bottom proximity transducer is arranged on the below of said sheet material, is used to detect the decline of said sheet material.
11. the ferroelectric plating appts of foam according to claim 1; It is characterized in that; Said Abrollhaspel also comprises kink; Said kink is arranged between said Abrollhaspel and the said electroplating unit, transfer rate and the said sheet material that is used to compensate the said sheet material that goes out from the Abrollhaspel uncoiling poor between the rate of advance of said electroplating unit.
12., it is characterized in that said electroplating unit comprises according to the ferroelectric plating appts of any one described foam in the claim 1 to 11:
Electrolyzer is loaded with electrolytic solution in it, portion carries out the electroplating processes to said electroconductibility porous sheet within it;
Floating roll is arranged in the said electrolyzer, is used for said electroconductibility porous sheet is impregnated in the said electrolyzer;
Cathode electrode unit is arranged on the said electrolyzer, presses the sheet material of predetermined speed drawing through said floating roll, and said sheet material is applied cathodic current;
Anode unit is immersed in the said electrolyzer, is used to apply anodic current.
13. the ferroelectric plating appts of foam according to claim 12; It is characterized in that; Be provided with the supporting member of two rotating shafts rotatably supporting said floating roll in the inboard of said electrolyzer, said supporting member is provided with guide groove, and said guide groove supplies the rotating shaft of said floating roll to move about.
14. the ferroelectric plating appts of foam according to claim 12 is characterized in that, said cathode electrode unit comprises:
Carriage is arranged on said electrolyzer top;
A pair of touch roll can be rotatably set on the said carriage, and is configured in the two sides of said sheet material and is adjacent to said sheet material, is used for said sheet material is applied cathodic current;
Driver element drives said touch roll rotation.
15. the ferroelectric plating appts of foam according to claim 14 is characterized in that, said driver element comprises:
Be arranged on the drive-motor of said carriage one side;
Be arranged on the driving gear in the said drive-motor rotating shaft;
Be arranged in the said a pair of touch roll in the wherein rotating shaft of a side contacts roller, and the follower gear that is meshed with said driving gear.
16. the ferroelectric plating appts of foam according to claim 14 is characterized in that, said electroplating unit applies cathodic current through the said a pair of touch roll that is configured in said sheet material two sides is applied cathodic current to said sheet material two sides.
17. the ferroelectric plating appts of foam according to claim 14 is characterized in that, said electroplating unit further comprises the regulon that is used to regulate interval between the said a pair of touch roll, and said regulon comprises:
Pilot hole is arranged on the said carriage, in the said a pair of touch roll wherein the rotating shaft of a side contacts roller within it portion move;
Movable block is combined on the bearing of rotating shaft of a said side contacts roller;
Transmit screw rod, can be rotatably set on the said carriage, its periphery is provided with screw thread, to be spirally connected each other with said movable block.
18. the ferroelectric plating appts of foam according to claim 14 is characterized in that, said electroplating unit further comprises the injection unit that is used for spraying to said a pair of touch roll electrolytic solution, and said injection unit comprises:
Pipeline is arranged on the top of said a pair of touch roll, extends along the length direction of said a pair of touch roll;
Nozzle along said pipeline setting, is used for spraying electrolytic solution to said a pair of touch roll;
Supply with flexible pipe, be connected a side of said pipeline, be used to supply with electrolytic solution.
19. the ferroelectric plating appts of foam according to claim 18 is characterized in that, said electroplating unit further comprises:
The pickle solution pipeline is used for the said sheet surface through said a pair of touch roll is sprayed pickle solution;
Nozzle is provided with along said pickle solution pipeline, is used for spraying pickle solution to said sheet surface;
Supply with flexible pipe, be connected in a side of said pickle solution pipeline, be used to supply with pickle solution.
20. the ferroelectric plating appts of foam according to claim 14 is characterized in that the bottom of said electrolyzer is provided with the vent pipe that is used to discharge electrolytic solution, said vent pipe is provided with the water displacement valve that is used to regulate the electrolytic solution water level.
21. the ferroelectric plating appts of foam according to claim 14 is characterized in that, said anode unit comprises:
At least one basket, it is immersed in the electrolyzer, is filled with iron plate in it, and its surface is provided with a plurality of holes;
Axle is combined in the upper end of said at least one basket, is crossed on the top of said electrolyzer, is used for fixing said at least one basket, and applies anodic current to said at least one basket.
22. the ferroelectric plating appts of foam according to claim 21; It is characterized in that; The medial surface of said electrolyzer is provided with block piece; Said block piece is used to coat the said floating roll of process and goes to the two ends of sheet material on its width between the said touch roll, and extends setting along said sheet material.
23. the ferroelectric plating appts of foam according to claim 21 is characterized in that said at least one basket is separately positioned on the both sides of said sheet material, and is spaced from each other with the two sides of said sheet material.
24. the ferroelectric plating appts of foam according to claim 23 is characterized in that, said at least one basket is made up of titanium metal material.
25. the ferroelectric plating appts of foam according to claim 24 is characterized in that the outside of said at least one basket is arranged with lid, said lid is processed by the Vestolen PP 7052 cloth.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR10-2010-0091082 | 2010-09-16 | ||
| KR1020100091082A KR101206986B1 (en) | 2010-09-16 | 2010-09-16 | Electrolytic plating apparatus for steel foam |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102409364A true CN102409364A (en) | 2012-04-11 |
| CN102409364B CN102409364B (en) | 2014-10-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110291100.0A Withdrawn - After Issue CN102409364B (en) | 2010-09-16 | 2011-09-16 | Porous Iron Electrogilding Device |
Country Status (2)
| Country | Link |
|---|---|
| KR (1) | KR101206986B1 (en) |
| CN (1) | CN102409364B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105088296A (en) * | 2015-08-26 | 2015-11-25 | 聂效勇 | Foam metal electroplating technology |
| CN107613822A (en) * | 2015-04-17 | 2018-01-19 | 鲍尔公司 | Method and apparatus for the speed of the continuous lamellar body that controls material |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104289375A (en) * | 2014-10-17 | 2015-01-21 | 汕头市远东轻化装备有限公司 | Fixed-length zero-tension dip coating device |
| KR102047946B1 (en) * | 2017-11-29 | 2019-11-22 | (주)삼동 | Continuously wire electro deposition coating apparatus |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07122263A (en) * | 1993-01-27 | 1995-05-12 | Eltech Syst Corp | Electrode for high-density and high- capacity battery |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3700312B2 (en) | 1996-04-19 | 2005-09-28 | 住友電気工業株式会社 | Method for producing Fe metal porous body |
-
2010
- 2010-09-16 KR KR1020100091082A patent/KR101206986B1/en active IP Right Grant
-
2011
- 2011-09-16 CN CN201110291100.0A patent/CN102409364B/en not_active Withdrawn - After Issue
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07122263A (en) * | 1993-01-27 | 1995-05-12 | Eltech Syst Corp | Electrode for high-density and high- capacity battery |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107613822A (en) * | 2015-04-17 | 2018-01-19 | 鲍尔公司 | Method and apparatus for the speed of the continuous lamellar body that controls material |
| CN107613822B (en) * | 2015-04-17 | 2021-01-15 | 鲍尔公司 | Method and apparatus for controlling the speed of a continuous sheet of material |
| CN105088296A (en) * | 2015-08-26 | 2015-11-25 | 聂效勇 | Foam metal electroplating technology |
| CN105088296B (en) * | 2015-08-26 | 2018-01-02 | 深圳市深联发科技有限公司 | The electroplating technology of foam metal |
Also Published As
| Publication number | Publication date |
|---|---|
| KR20120029497A (en) | 2012-03-27 |
| CN102409364B (en) | 2014-10-29 |
| KR101206986B1 (en) | 2012-11-30 |
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