CN105603482A - Plate pressing device, continuous feeding system and continuous vertical electroplating production line - Google Patents
Plate pressing device, continuous feeding system and continuous vertical electroplating production line Download PDFInfo
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- CN105603482A CN105603482A CN201610139557.2A CN201610139557A CN105603482A CN 105603482 A CN105603482 A CN 105603482A CN 201610139557 A CN201610139557 A CN 201610139557A CN 105603482 A CN105603482 A CN 105603482A
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- pressing plate
- substrate
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- wheel
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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
- C25D7/00—Electroplating characterised by the article coated
- C25D7/12—Semiconductors
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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
- C25D17/00—Constructional parts, or assemblies thereof, of cells for electrolytic coating
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K3/00—Apparatus or processes for manufacturing printed circuits
- H05K3/10—Apparatus or processes for manufacturing printed circuits in which conductive material is applied to the insulating support in such a manner as to form the desired conductive pattern
- H05K3/18—Apparatus or processes for manufacturing printed circuits in which conductive material is applied to the insulating support in such a manner as to form the desired conductive pattern using precipitation techniques to apply the conductive material
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- Microelectronics & Electronic Packaging (AREA)
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Abstract
The invention discloses a plate pressing device, a continuous feeding system and a continuous vertical electroplating production line. The plate pressing device comprises a vertical plate arranged on a horizontal platform, at least two plate pressing pieces movably arranged on the vertical plate respectively, and a driving device. A plate passing space is formed between each plate pressing piece and the vertical plate, and the driving device is used for driving the plate pressing pieces to change the size of the plate passing spaces. The continuous feeding system comprises a machine frame, and at least one feeding shaft, a transfer device, a plate connecting structure and the plate pressing device which are arranged on the machine frame. The vertical electroplating production line comprises the continuous feeding system, the electroplating device and a continuous receiving system. When plate replacement is needed, the tail end of a last substrate is pressed to the vertical plate through at least one plate pressing piece, the head end of a later substrate is pressed on the surface of the vertical plate through at least the other plate pressing piece, and at the moment, only one worker is needed to connect the head end of the later substrate with the tail end of the last substrate to finish the plate replacement process, so that plate replacement time is shortened, and plate replacement efficiency is improved.
Description
Technical field
The vertical electroplating technology field that the present invention relates to wiring board, is specifically related to a kind of presser device, companyContinuous feed system and continuously vertical plating production line.
Background technology
In the vertical electroplate technology of pcb board of prior art, need feed system that substrate is delivered to electricityIn coating bath, carry out electroplating processes, the substrate after plating need adopt material-receiving system to carry out rewinding, to carry outNext process. In order continuously substrate to be carried out to electroplating processes in electroplating bath, need feed systemCan be continuously to conveying substrate in electroplating bath, presser device just need to be set in feed system, willThe first and last end of adjacent two volume substrates connects, and during presser device changes plate, is positioned at presser device and electricityTransfer device between coating bath is constantly given conveying substrate in electroplating bath.
Chinese patent literature CN203715762U discloses a kind of presser device, comprises frame, along verticalDirection is fixed on the roller on rack table, and briquetting and driving briquetting move to change briquetting and rollerThe cylinder of the gap length between outer wall, briquetting on the surface of roller one side, have with roller outsideThe groove that wall matches. When conveying substrate, the initiating terminal of last volume substrate is through briquetting and rollerGap be fed forward, in the time that last volume substrate has been carried soon, air cylinder driven briquetting is towards roller directionMotion, is pressed in substrate on roller outer wall, stops travelling forward, now initial by a rear volume substrateEnd is overlapped on the end of last volume substrate, and the two is linked together, and completes and changes plate process, cylinderDrive briquetting towards moving away from roller direction, a rear volume substrate starts normal conveying.
But above-mentioned presser device is changing in plate process, because substrate is crushed on outside the arc of rollerOn wall, make the end of last volume substrate in the air, while changing plate, need people one hand-held last volumeThe end of substrate, another hand-held the initiating terminal of a rear volume substrate, also need last volume substrate simultaneouslyThe initiating terminal overlap joint of end and a rear volume substrate align, need two people to operate to realize simultaneously and changePlate process, causes changing plate process time long, easily causes at the appointed time and cannot complete and change plate, shadowRing the friction feeding of feed system.
Summary of the invention
Technical problem to be solved by this invention is that in prior art, the presser device in feed system changesThe plate time is long, affects the friction feeding of feed system.
For this reason, the invention provides a kind of presser device, comprise
Riser, is arranged on level table;
At least two pressing plate parts, are movably arranged on respectively on described riser, and difference between described riserFormed board space;
Drive unit, for driving described pressing plate part to change the described size of crossing board space.
Above-mentioned presser device, described pressing plate part is two, is the first pressing plate part and the second pressing plate part;Described the first pressing plate part and described riser form first and cross board space; Described the second pressing plate part and described verticalPlate forms second and crosses board space;
Described drive unit is two, is the first drive unit and the second drive unit, and described first drivesMoving device is used for driving described the first pressing plate part motion; The second drive unit is used for driving described second to pressPlate motion.
Above-mentioned presser device, described pressing plate part is pressing plate shaft, described pressing plate shaft is towards described riserOne side is plane.
Above-mentioned presser device, described the first pressing plate part and described the second pressing plate part are all along described riserExtend at vertical direction, described the first pressing plate part and described the second pressing plate part are established in the horizontal direction side by sidePut.
Above-mentioned presser device, described the first drive unit and/or described the second drive unit are cylinder,Described cylinder and described the first pressing plate part and described the second pressing plate part are arranged on the not ipsilateral of described riserUpper, the projecting shaft of described cylinder is connected to described the first pressing plate part and the second pressing plate through described riserOn part.
Above-mentioned presser device, on the installation first pressing plate part of described riser and the side of the second pressing plate partOffer vertical groove, described vertical groove is between described the first pressing plate part and the second pressing plate part.
The invention provides a kind of friction feeding system, comprise
Frame;
At least one feeding shaft, is vertically arranged on the level table of described frame Neng GouyanHorizontal direction is rotated and is vertically moved up and down, for sheathed substrate volume;
Above-mentioned presser device, passes for substrate, and compacting comes from adjacent two volumes of feeding shaftThe head and the tail two ends of substrate;
Link configuration, during suppressing the head and the tail two ends of adjacent two volume substrates, by phase at presser deviceThe head and the tail two ends of adjacent two volume substrates link together;
Transfer device, is arranged between described feeding shaft and described electroplating bath, for by feeding shaft outSubstrate through described presser device cross board space be passed in electroplating bath.
Above-mentioned friction feeding system, described transfer device comprises
At least two First Transitions are taken turns, and are vertically arranged on one end of the level table of described frame;
At least one section is poor takes turns, and is vertically arranged on the other end of the level table of described frame,Described section of poor wheel can slide towards described First Transition wheel direction, is wrapped in described the first mistake to cushionThe length of substrate between ferry boat and described section of poor wheel;
Tensioning apparatus, is arranged in described frame, with described section of poor same one end that is positioned at frame of taking turns, withDescribed section of poor wheel is fixedly connected with, and can drive described section of poor wheel towards taking turns direction away from described First TransitionMobile, be wrapped in the described section of substrate on poor wheel with tensioning;
Described substrate is that fold-line-shaped is wrapped in First Transition wheel successively and the poor wheel of section is upper, finally by one theOne transition wheel is delivered in described electroplating bath.
Above-mentioned friction feeding system, described transfer device also comprises
Track groups, is arranged on the table top of described frame, has that at least two along continuous straight runs extendTrack;
Mount pad, bottom is arranged on two tracks of described track groups, the poor wheel of section described at least oneBe fixed on described mount pad.
Above-mentioned friction feeding system, described section of poor wheel is at least two, and described First Transition is taken turns at leastIt is three.
Above-mentioned friction feeding system, also comprises
Checkout gear, takes turns with respect to the distance number between default First Transition wheel for detection of default section is poorAccording to;
Arrangements for speed regulation, for driving first of described feeding shaft rotation to drive according to described range data adjustmentThe rotating speed of moving device, so that the speed of output substrate and described electroplating bath inner driver on described feeding shaftThe speed of conveying substrate is identical.
Above-mentioned friction feeding system, also comprises
Fixed head, is vertically arranged on described mount pad;
Described checkout gear is displacement transducer, and described displacement transducer is arranged on the level of described frameOn table top, and be positioned at same one end with described tensioning apparatus.
Above-mentioned continuous feeding device, also comprises limit assembly, is positioned at two tracks of described track groupsBetween, for limiting the sliding distance of described section of poor wheel on described track.
Above-mentioned friction feeding system, also comprises
Lowering or hoisting gear, for driving described feeding shaft vertically to move up and down;
Deviation correcting device, is arranged on the level table of described frame, and be positioned at described feeding shaft with described inBetween presser device, whether reach for detection of the top edge place height of described feeding shaft output substrateA reference value, and control described lowering or hoisting gear and move up and down, to adjust described feeding shaft output substrateTop edge place height.
Above-mentioned friction feeding system, also comprises the level table that is vertically arranged on described frameOn at least one second transition wheel;
Described at least one, the second transition wheel is between described deviation correcting device and described presser device; With/Or
Between described presser device and described transfer device; And/or
Between described transfer device and described electroplating bath.
The invention provides a kind of vertical plating production line continuously, comprise
Above-mentioned feed system, for output substrate continuously;
Electroplanting device, has electroplating bath and conveying mechanism, for described feed system is inputted to described electricitySubstrate in coating bath is electroplated;
Material-receiving system, for collecting rolling by the substrate transferring out in described electroplating bath continuously;
Technical scheme provided by the invention, tool has the following advantages:
1. presser device provided by the invention, comprises the riser being arranged on level table, at least two pressuresPlate and drive unit, at least two pressing plate parts are movably arranged on riser respectively, and divide between riserDo not form board space, drive unit is for driving pressing plate part to change the size of board space.
The presser device of this structure, in the time that needs connect two volume substrates, drive unit drives at least onePressing plate part, towards the motion of riser direction, is compressed on vertical by the end of the last volume substrate that was positioned at board spaceOn plate surface; At least another pressing plate part, towards the motion of riser direction, will be positioned at rear one of board spaceThe initiating terminal of volume substrate is compressed on riser surface; Now only need a people by the head of front and back two volume substratesEnd links together, and changes the plate time thereby shorten, and improves and changes plate efficiency. In the first and last of two volume substratesAfter end connects, pressing plate part is all towards away from riser direction motion so that the initiating terminal of a rear volume substrate withThe end of last volume substrate passed board space and moved forward.
2. presser device provided by the invention, the installation first pressing plate part of riser and the side of the second pressing plate partOn offer vertical groove, vertical groove is between described the first pressing plate part and the second pressing plate part. ChangingWhen plate, if when last volume substrate end has unnecessary substrate, the first pressing plate part and the second pressing plate part are respectivelyThe two ends that were positioned at board space of last volume substrate are pressed on riser surface, and cut piece is vertical along thisLower stroke of groove just can be by the severing of last volume substrate, the one end that is positioned at the second pressing plate part as link withThe head end of a rear volume substrate connects, and cancelling in the one end that is positioned at the first pressing plate part, thereby conveniently reloadedIn journey, the redundance of last volume substrate end is carried out to cutting.
3. friction feeding system provided by the invention, comprises frame, at least one feeding shaft, above-mentioned pressurePanel assembly, link configuration and transfer device. Wherein, transfer device be arranged on feeding shaft and electroplating bath itBetween, presser device is between feeding shaft and transfer device, and presser device passes for substrate, andCompacting comes from the head and the tail two ends of the adjacent two volume substrates of feeding shaft; Link configuration is used at presser deviceDuring suppressing the head and the tail two ends of adjacent two volume substrates, the head and the tail two ends of adjacent two volume substrates are connected to oneRise; Transfer device is for being passed to feeding shaft substrate out in electroplating bath.
The friction feeding system of said structure, adopts above-mentioned any one presser device, and uses link configurationThe first and last end of adjacent two volume substrates is connected, shortened and changed the plate time, improve and change plate efficiency, guarantee to sendMaterial system can have enough buffer time to change plate, and while not shutting down in electroplating bath, the company of realizationThe feeding of continuous ground.
4. friction feeding system provided by the invention, transfer device comprises at least two First Transitions wheel, extremelyFew poor a wheel and tensioning apparatus of section. Wherein, at least two First Transition wheels and the poor wheel of at least one sectionBe separately positioned on the two ends of rack table, substrate is that fold-line-shaped is wrapped in First Transition wheel successively and section is poorOn wheel, be delivered in electroplating bath finally by a First Transition wheel; On the poor wheel of the tensioning apparatus section of being fixed on.
The transfer device of this structure, has carried need to change plate time last volume substrate soon until last volume substrateEnd be pressed in and on riser, stop carrying by the second pressing plate part, but in electroplating bath the transmission device of substrateUnder effect, take turns and tensioning apparatus is all taken turns towards First Transition near the substrate at electroplating bath place is can the section of drive poorDirection is slided, and shortens the substrate length of winding between First Transition wheel and the poor wheel of section, by unnecessary go out basePlate is delivered in electroplating bath, forms the buffering transportation section of substrate, makes enough buffer time by twoThe first and last end of volume substrate links together; Until the end of last volume substrate with after the initiating terminal of a volume substrateAfter linking together, unclamp the second pressing plate part and the first pressing plate part of presser device, a rear volume substrate is wornCross second and cross board space and be constantly fed forward, the substrate being wound around between First Transition wheel and the poor wheel of sectionLength elongated, even there is substrate relaxation, poor wheel of this court under the effect of tensioning apparatus periodTo sliding away from First Transition wheel direction, until be wrapped in the substrate between First Transition wheel and the poor wheel of sectionTill tensioning state, thereby realize while shutdown in electroplating bath, have enough changing plate buffer time,Also, constantly to input substrate in electroplating bath, changing and hardening after bundle, substrate still can section is poor take turns inTensioning state, guarantees the normal operation of friction feeding.
5. friction feeding system provided by the invention, the poor wheel in above-mentioned transfer device stage casing is for being at least twoIndividual, First Transition wheel is at least three, multiple sections of poor wheels is set and makes in the time changing plate, has sufficiently longSubstrate is cushioned and is delivered in electroplating bath, increases exponentially the buffer time of changing plate, and further guaranteeing hasTime enough connects the first and last end of front and back two volume substrates, realizes the friction feeding of feed system.
6. friction feeding system provided by the invention, also comprises checkout gear and arrangements for speed regulation, wherein detectsDevice is taken turns with respect to the range data between default First Transition wheel for detection of default section is poor, and speed governingDevice drives the rotating speed of the first driver of feeding shaft rotation according to range data adjustment, so that feeding shaftThe speed of upper output substrate is identical with the speed of electroplating bath inner driver conveying substrate, when the two conveyingWhen the speed of substrate is consistent, the poor wheel of section just keeps relative static conditions in orbit, makes like this feedingSystem can be more conveying substrate steadily and equably.
7. the invention provides continuous vertical plating production line, comprise feed system, electroplating system and rewinding systemSystem. Feed system is for giving continuously the interior conveying substrate of electroplating bath of electroplanting device, and electroplanting device is used forSubstrate carries out electroplating processes continuously, and material-receiving system is for receiving the substrate of exporting in electroplating bath continuouslyIntegrated rolled. The continuous vertical plating production line of this structure has adopted above-mentioned friction feeding system, at electricityWhile shutdown in coating bath, can shorten and change the plate time, and increase the buffer time of changing plate process, therebyRealize friction feeding, plating and the rewinding of vertical plating production line, improve the work effect of electroplating assembly lineRate.
Brief description of the drawings
In order to be illustrated more clearly in the specific embodiment of the invention or technical scheme of the prior art, underFace will be briefly described the accompanying drawing of required use in detailed description of the invention or description of the Prior Art,Apparently, the accompanying drawing in the following describes is some embodiments of the present invention, general for this areaLogical technical staff, is not paying under the prerequisite of creative work, can also obtain according to these accompanying drawingsObtain other accompanying drawing.
The structural representation of the presser device that Fig. 1 provides for the embodiment of the present invention 1;
The structural representation of the friction feeding system that Fig. 2 provides for the embodiment of the present invention 2;
The structural representation of lowering or hoisting gear in the friction feeding system that Fig. 3 provides for the embodiment of the present invention 2;
Description of reference numerals: 1-frame; 2-feeding shaft; 21-rotating shaft; 22-pallet; 3-fixed block; 41-First Transition wheel; 42-the second transition wheel; 5-section is poor takes turns; 6-presser device; 61-riser; 62-pressing plate part;621-the first pressing plate part; 622-the second pressing plate part; 63-drive unit; 631-the first drive unit; 632-The second drive unit; 64-vertical groove; 7-track; 8-mount pad; 9-tensioning apparatus; 10-fixed head;11-displacement transducer; 12-deviation correcting device; 13-lowering or hoisting gear; 131-lifter plate; 132-screw rod; 133-Nut; 134-gripper shoe; 135-driving wheel; 136-driven pulley; 137-bearing; 14-the first driver;15-lifting sensor block.
Detailed description of the invention
Below in conjunction with accompanying drawing, technical scheme of the present invention is clearly and completely described, obviously,Described embodiment is the present invention's part embodiment, instead of whole embodiment. Based on thisEmbodiment in bright, those of ordinary skill in the art obtain not making under creative work prerequisiteEvery other embodiment, all belong to the scope of protection of the invention.
In description of the invention, it should be noted that, term " " center ", " on ", D score, " left side ",The orientation of the instruction such as " right side ", " vertically ", " level ", " interior ", " outward " or position relationship are for based on accompanying drawing instituteThe orientation showing or position relationship, be only the present invention for convenience of description and simplified characterization, instead of instructionOr imply that the device of indication or element must have specific orientation, construct and operation with specific orientation,Therefore can not be interpreted as limitation of the present invention. In addition, term " first ", " second ", " the 3rd " only useIn describing object, and can not be interpreted as instruction or hint relative importance.
In description of the invention, it should be noted that, unless otherwise clearly defined and limited, artLanguage " installation ", " being connected ", " connection " should be interpreted broadly, and for example, can be to be fixedly connected with, and also canBe to removably connect, or connect integratedly; Can be mechanical connection, can be also electrical connection; CanBeing to be directly connected, also can being indirectly connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, can concrete condition understand above-mentioned term in the present inventionConcrete meaning.
In addition,, in the different embodiments of described the present invention, related technical characterictic needs only thatBetween this, not forming conflict just can mutually combine.
Embodiment 1
As shown in Figure 1, the present embodiment provides a kind of presser device, comprises
Riser 61, is arranged on level table;
At least two pressing plate parts 62, are movably arranged on respectively on riser 61, and difference between riser 61Formed board space;
Drive unit 63, for driving pressing plate part 62 to change the size of board space.
The presser device of said structure, in the time that needs connect two volume substrates, drive unit 63 is urged toA few pressing plate part 62 is towards riser 61 directions motions, will be positioned at the last volume substrate of board spaceEnd is compressed on riser 61 surfaces; At least another pressing plate part 62 moves towards riser 61 directions,The initiating terminal of a rear volume substrate that was positioned at board space is compressed on riser 61 surfaces; Now only need oneIndividual links together the first and last end of front and back two volume substrates, changes the plate time thereby shorten, and improves and changes plateEfficiency. After the first and last end of two volume substrates connects, pressing plate part 62 is all towards away from described riser 61 sidesTo motion, so that the initiating terminal of a rear volume substrate is along with the end of last volume substrate passes through board space forwardOperation.
As further preferred embodiment, as shown in Figure 1, pressing plate part 62 is two, is firstPressing plate part 621 and the second pressing plate part 622; The first pressing plate part 621 forms first with riser 61 and crosses plate skyBetween; The second pressing plate part 622 forms second with riser 61 and crosses board space;
Drive unit 63 is two, is the first drive unit 631 and the second drive unit 632, the firstDrive unit 631 changes the size of the first mistake board space for driving the first pressing plate part 621 to move;The second drive unit 632 changes the large of the second mistake board space for driving the second pressing plate part 622 to moveLittle.
The presser device of this structure, when conveying substrate, the initiating terminal of last volume substrate is successively through firstCross board space and second and cross board space and be constantly fed forward, treat that last volume substrate carried needs to change soonWhen plate, the second drive unit 632 drives the second pressing plate part 622 to move towards riser 61, will be positioned atTwo substrates of crossing board space are pressed on riser 61, the surface of the end of last volume substrate in riser 61On; The initiating terminal of a rear volume substrate is crossed board space through first, is pressed on by the first pressing plate part 621On riser 61, the initiating terminal of a rear volume substrate also on the surface in riser 61, now only needs onePeople is connected the initiating terminal of a rear volume substrate with the end of last volume substrate, thereby shortens while changing plateBetween, provide and change plate efficiency.
As preferred embodiment, pressing plate part 62 is pressing plate shaft, and pressing plate shaft is towards one of riser 61Face is plane, and the first pressing plate part 621 and the second pressing plate part 622 are all with riser 61 forming surfaces and facePressing mode, makes the first and last of two volume substrates hold paving level with both hands and is resisted against on riser 61, and last volume substrateEnd and the initiating terminal of a rear volume substrate fix in the lip-deep position of riser 61, can be more quicklyThe first and last end of two volume substrates is linked together.
Further preferably, on pressing plate shaft outer wall, be arranged with gland, outside the profile of gland and pressing plate shaftShape is consistent, the gland that for example adopts quality of rubber materials to make, as protective sleeve, prevent pressing plate shaft directly withWhen substrate contacts, the surface of substrate is produced to cut phenomenon, damaged substrate.
As distortion, the first pressing plate part 621 can be ganoid plate, cylinder axis, or otherThe briquetting of shape, only need be pressed on riser 61 being positioned at the first substrate of crossing board space, makes lastThe end tiling of volume substrate is resisted against on riser 61. Similarly, the second pressing plate part 622 also canFor briquetting of piece, cylinder axis or other shapes etc.
More preferably good, the first pressing plate part 621 and the second pressing plate part 622 all along riser 61 verticallyDirection is extended, and the first pressing plate part 621 and the second pressing plate part 622 are arranged side by side in the horizontal direction, makeObtain the end of last volume substrate and the initiating terminal of a rear volume substrate concordant in short transverse, more easily willTwo volume substrates link together, and shorten and change the plate time further.
As further preferred embodiment, the first drive unit 631 and the second drive unit 632Be cylinder, the first pressing plate part 621 and the second pressing plate part 622 are arranged on the different of riser 61 from cylinderOn side, the projecting shaft of cylinder is connected to the first pressing plate part 621 and the second pressing plate part through riser 61On 622.
Or the first drive unit 631 is cylinder, the second drive unit 632 is motor, and first pressesOn plate 621 and the side of the second pressing plate part 622 in riser 61, cylinder and motor are in riserOn 61 another side, the projecting shaft of cylinder and motor all passes riser 61 and is connected to the first pressing platePart 621 and the second pressing plate part 622; Or the second drive unit 632 is cylinder, the first drive unit631 is motor, or the drive unit that other can do stretching motion of the prior art can.
As more preferred embodiment good, installation the first pressing plate part 621 and second pressing plate of riser 61On the side of part 622, offer vertical groove 64, vertical groove 64 is positioned at the first pressing plate part 621 and secondBetween pressing plate part 622. In the time changing plate, when last volume substrate end has unnecessary substrate, the first pressing plateThe two ends that part 621 and the second pressing plate part 622 were positioned at last volume substrate in board space are respectively pressed inOn riser 61, cut piece is drawn downwards and the two ends of last volume substrate can be cut out along this vertical groove 64Disconnected, form link near one end of the second pressing plate part 622, be connected with the initiating terminal of a rear volume substrate,Near one end of the first pressing plate part 621 cancelling, thus in the process of conveniently reloading to last volume substrate endThe redundance of end carries out cutting.
Further preferably, on a side of offering vertical groove 64 of riser 61, there is level trough,This level trough is communicated with the top of vertical groove 64, and in the time changing plate, level trough is as two volume substrate first and lastThe datum line of the top edge alignment of end, is convenient to the first and last end alignment of two volume substrates to connect.
As distortion, above-mentioned pressing plate part 62 can also be three, four, five etc., only changesWhen plate, the initiating terminal of the end of last volume substrate and a rear volume substrate is compressed on riser, andDrive unit can be one, three, four, five etc., as long as can drive respectively a pressurePlate or multiple pressing plate part 62 move, to change the size of board space.
Embodiment 2
As shown in Figure 2, the present embodiment provides a kind of friction feeding system, comprises
Frame 1;
At least one feeding shaft 2, is vertically arranged on the level table of frame 1, can be along waterSquare to rotating and vertically moving up and down, for sheathed substrate volume;
Presser device 6, passes for substrate, and compacting comes from the adjacent two volume substrates of feeding shaft 2Head and the tail two ends;
Link configuration, during suppressing the head and the tail two ends of adjacent two volume substrates at presser device 6, willThe head and the tail two ends of adjacent two volume substrates link together;
Transfer device, is arranged between feeding shaft 2 and electroplating bath, for by feeding shaft 2 base outPlate is passed in electroplating bath through the board space of crossing of presser device 6;
Wherein, presser device 6 is any one presser device 6 of recording in embodiment 1.
The friction feeding system of said structure, adopts any one presser device 6 of recording in embodiment 1,And the first and last end of adjacent two volume substrates is connected by link configuration, shorten and changed the plate time, improve and change plateEfficiency, guarantees that feed system can have enough buffer time to change plate, and does not stop in electroplating bathWhen machine, realize feeding continuously.
As preferred embodiment, feeding shaft 2 is two, and a feeding shaft 2 is for exporting last volumeSubstrate, another feeding shaft 2 is for subsequent use, in the time that last volume substrate has been carried soon, of presser device 6The two ends that last volume substrate was positioned at board space by one pressing plate part 621 and the second pressing plate part 622 are pressed in verticalOn plate 61, by cut piece, by the severing of last volume substrate, one end of close the second pressing plate part 622 is as connectingConnect end, be connected with the initiating terminal of next volume substrate, the other end cancels; Now on another feeding shaft 2The initiating terminal of a rear volume substrate cross board space through first, and be pressed in riser by the first pressing plate part 621On 61, by link configuration, the end of two volume substrates is connected with initiating terminal, unclamps afterwards the first pressing platePart 621 and the second pressing plate part 622, a rear volume substrate just follows last volume substrate to continue to be fed forward, withThis by the 3rd volume substrate, Volume Four substrate etc., is connected in turn and realizes friction feeding analogically.
As distortion, above-mentioned feeding shaft 2 is also thought three, four, five etc., specifically arrangesNumber can be determined according to actual service condition.
As the preferred embodiment of feeding shaft 2, feeding shaft 2 comprises the rotating shaft vertically arranging21, and be fixed on the pallet 22 in rotating shaft, when substrate volume is set in rotating shaft 21, its base abutsOn pallet 22. Further preferably, on pallet, offer several through holes, be convenient to take out from rotating shaftSubstrate volume.
As preferred embodiment, transfer device comprises
Two First Transitions take turns 41, are vertically arranged on one end of the level table of frame 1;
Section is poor takes turns 5,, be vertically arranged on the other end of the level table of frame 1, section is poorWheel 5 can be taken turns 41 directions towards First Transition and be slided, and is wrapped in First Transition wheel 41 and section to cushionThe length of substrate between poor wheel 5;
Tensioning apparatus 9, is arranged in frame 1, with the poor 5 same one end that are positioned at frame 1 of taking turns of section, with sectionPoor wheel 5 is fixedly connected with, can move towards take turns 41 directions away from First Transition by the poor wheel 5 of the section of driving, withSubstrate on the poor wheel 5 of the tensioning section of being wrapped in;
Substrate is fold-line-shaped and is wrapped in successively on First Transition wheel 41 and the poor wheel 5 of section, finally by one theOne transition wheel 41 is delivered in electroplating bath.
The transfer device of this structure, in the time of conveying substrate, last volume substrate is set on feeding shaft 2,The initiating terminal of substrate is crossed board space and second through first of presser device 6 successively and is crossed board space, then isBroken line mode is wrapped on First Transition wheel 41 and the poor wheel 5 of section, finally by a First Transition wheel successively41 are transported in electroplating bath. Carried soon when plate need to be changed the end of last volume substrate until last volume substrateEnd is pressed on riser 61 and stops carrying by the second pressing plate part 622, but the transmission of substrate fills in electroplating bathPut under effect, near the substrate at electroplating bath place can the section of drive poor take turns 5 and tensioning apparatus 9 all towards firstTransition wheel 41 directions are slided, and shorten the substrate length being wound around between the poor wheel 5 of First Transition wheel 41 and section,By unnecessary go out substrate be delivered in electroplating bath, form the buffering transportation section of substrate, make enoughBuffer time links together the first and last end of two volume substrates; Until the end of last volume substrate with after a volumeAfter the initiating terminal of substrate links together, unclamp the second pressing plate part 622 and first of presser device 6 and pressPlate 621, a rear volume substrate is crossed board space through second and is constantly fed forward, First Transition wheel41 and the poor wheel 5 of section between the length of the substrate that is wound around elongated, even there is substrate relaxation, nowThe poor wheel 5 of section slides towards take turns 41 directions away from First Transition under the effect of tensioning apparatus 9, until twineAround the substrate between First Transition wheel 41 and the poor wheel 5 of section till tensioning state, thereby realize electricityWhile shutdown in coating bath, there is enough changing plate buffer time, also constantly to input substrate in electroplating bath,Changing and hardening after bundle, substrate still can be taken turns on 5 in tensioning state section is poor, guarantees that friction feeding justNormal operation.
Further preferably, transfer device also comprises track groups and mount pad 8. Wherein, track groups settingOn the table top of frame 1, there is the track 7 that at least two along continuous straight runs extend, the end of mount pad 8Portion is arranged on two tracks 7 of track groups, and the poor wheel 5 of section is fixed on mount pad 8, tensioning apparatus 9Be fixed on mount pad 8. While changing plate, under the effect of electroplating bath inner driver, electroplating bath placeSubstrate is by driving the poor wheel 5 of section to drive mount pad 8 to slide on track 7; Change and harden after bundle, tensioningInstall 9 drive installation seats 8 and drive the poor wheel 5 of section to slide on track 7, the establishing of at least two tracks 7Put, guarantee that the poor wheel 5 in substrate transportation process stage casing can move reposefully.
More preferably good, the poor wheel 5 of section is two, and First Transition wheel 41 is three. Changing in plate process,Arrange that two sections are poor takes turns 5 and make that First Transition wheel 41 and section are poor takes turns that between 5, to cushion the length of substrate longer,Increase the buffer time of changing plate process, further guarantee to have time enough by the first and last end of two volume substratesConnect. A poor wheel 5 o'clock of section is set in prior art, and the plate time of changing that can cushion is only 30 seconds left sidesThe right side, and two poor wheels 5 o'clock of section are set in the feed system of this structure, can arrive changing plate time lengthening60-150 second, change plate buffer time thereby be multiplied.
As distortion, the number of the poor wheel 5 of above-mentioned section can also be three, four, five etc.,The number of First Transition wheel 41 is four, five, six etc. accordingly, in a word, and the poor wheel 5 of sectionWhen number is n, the number of First Transition wheel 41 is n+1 accordingly, wherein n >=1, and the poor wheel 5 of section is establishedThe number of putting is more, and the length that the poor wheel 5 of section can cushion substrate is longer, correspondingly changes the plate time longer,More easily realize friction feeding.
As the preferred embodiment of tensioning apparatus 9, tensioning apparatus 9 comprises belt, roller, supportFrame and balancing weight. On the level table of frame 1, offer the through hole passing for belt, roller is by supportingFrame is arranged on this through hole, and one end of belt is fixed on mount pad 8, and the other end is wrapped on rollerAnd being positioned at the below of the level table of frame 1 through through hole, balancing weight is fixed on the other end of belt.As distortion, tensioning apparatus 9 can also be the tensioning apparatus of other structures in prior art.
As further preferred embodiment, friction feeding system also comprises checkout gear and speed governing dressPut. Wherein, checkout gear is taken turns between 41 with respect to default First Transition for detection of the poor wheel 5 of default sectionRange data; Arrangements for speed regulation are for driving first driving that feeding shaft 2 rotates according to range data adjustmentThe rotating speed of moving device 14, so that the speed of output substrate and the conveying of electroplating bath inner driver on feeding shaft 2The speed of substrate is identical.
When changing plate, feeding shaft 2 need to stop operating, to be changed hardening after bundle, and feeding shaft 2 is againStart to rotate, make like this speed of feeding shaft 2 output substrates and electroplating bath inner driver carry baseThe speed of plate can not be consistent at any time, needs arrangements for speed regulation to adjust the rotating speed of feeding shaft 2, makesThe speed of the two conveying substrate is consistent. In the time that the speed of the two conveying substrate is consistent, the poor wheel 5 of section just existsOn track, keep relative static conditions, make like this feed system can more steadily and equably carry basePlate.
More preferably good, also comprise the fixed head 10 being vertically arranged on mount pad 8, checkDevice is displacement transducer 11, for example ultrasonic displacement sensor, and displacement transducer 11 is arranged on frameOn 1 level table, and be positioned at same one end with tensioning apparatus 9.
For example, suppose that the poor wheel 5 of default section is 0cm with respect to the distance between default First Transition wheel 41Time, the first driver 14 rotates with maximum (top) speed accordingly, and feeding shaft 2 is with maximal rate output substrate;When the poor wheel 5 of default section is 100cm with respect to the distance between default First Transition wheel 41, accordingly theOne driver 14 stops operating, and feeding shaft 2 stops output substrate; The poor wheel 5 of default section is with respect to defaultWhen distance between First Transition wheel 41 is 60cm, speed and the feeding shaft of conveying substrate in electroplating bathThe speed of 2 output substrates is identical.
In the time of conveying substrate, if the distance that displacement transducer 11 detects is 70cm, the poor wheel of the section of showing5 under the pulling of tensioning apparatus 9, moves towards take turns 41 directions away from First Transition, and feeding shaft 2 is defeatedThe speed that goes out substrate is greater than substrate conveying speed in electroplating bath, and this Time Controller will be controlled the first driver14 reduce rotating speed, and the poor wheel 5 of the section of making is taken turns 41 directions towards First Transition and slided, until displacement transducerTill 11 distances that detect are 60cm; If the distance that displacement transducer 11 detects is 30cm, tableBright section of poor wheel 5 moves towards taking turns 41 directions near First Transition, and the speed of feeding shaft 2 output substrates is littleSubstrate conveying speed in electroplating bath, this Time Controller control first driver 14 increases rotating speed, the section of makingPoor wheel 5 moves towards take turns 41 directions away from First Transition, until the distance that displacement transducer 11 detectsTill being 60cm.
As more preferred embodiment good, also comprise limit assembly, be positioned at two tracks 7 of track groupsBetween, the sliding distance for the poor wheel 5 of the section of restriction on track 7.
Further preferably, limit assembly comprises at least one first locating part and at least one the second limitPosition part. Wherein, the first locating part is arranged on the level table of frame 1, takes turns 41 places with First TransitionIn same one end, and between First Transition wheel 41 and the poor wheel 5 of section, the second locating part is arranged on machineOn the level table of frame 1, in same one end, be resisted against second limit at mount pad 8 with tensioning apparatus 9On the part of position time, make the inner side of mount pad 8 in tensioning apparatus 9.
More preferably good, the first locating part comprises L-type support and buffering wheel, and L-type support is fixed on machineOn the level table of frame 1, buffering wheel is rack-mount and towards mount pad one side, installs makingIn seat 8 sliding processes, mount pad 8 is directly resisted against on buffering wheel and then is limited.
Similarly, the second locating part preferably includes L-type support and buffering wheel, and two buffering wheels are at waterSpacing square has upwards limited the sliding distance of mount pad 8 at track 7. The first locating part and secondLocating part can arrange multiple on the level table of frame 1, and multiple the first locating parts are at same straight lineUpper, multiple the second locating parts are on same straight line.
As distortion, the first locating part and the second locating part can also be other block pieces in prior art,The distance that only needs the two to coordinate lower restriction mount pad 8 to slide on track 7.
As further preferred embodiment, above-mentioned friction feeding system also comprises lowering or hoisting gear 13 HesDeviation correcting device 12. Wherein, lowering or hoisting gear 13 is for driving feeding shaft 2 vertically to move up and down;Deviation correcting device 12 is arranged on the level table of frame 1, between feeding shaft 2 and presser device 6,Whether the top edge place height for detection of feeding shaft 2 output substrates reaches a reference value, and controls literFalling unit 13 moves up and down, and to adjust the top edge place height of feeding shaft 2 output substrates, makes baseThe top edge height of plate reaches a reference value, guarantees that substrate that feeding shaft 2 exports is all on sustained height.
As the preferred embodiment of deviation correcting device 12, comprise the first checkout gear and the first controller.The first checkout gear has the U-shaped probe that Open Side Down, difference on the two side inner surface of U-shaped probeInduced signal transmitter and induced signal receiver are set, and signal projector and signal receiver are in levelDirection is just right, and U-shaped probe is arranged on the level table of frame 1, for example, be arranged on presser device 6Riser 61 tops on, the top edge of feeding shaft 2 output substrates passes in the groove of U-shaped probe,Induced signal transmitter will detect the top edge position of substrate, and contrast with a reference value, if detectValue, lower than a reference value, is sent the signal of rising feeding shaft 2 height to the first controller, first drivesDevice 14 drives lowering or hoisting gear 13 to do ascending motion, if detected value higher than a reference value, signal connects accordinglyReceive device and do not receive signal, send the signal that reduces feeding shaft 2 height, first to the first controllerDriver 14 drives lowering or hoisting gear 13 to do descending motion, until the top edge place height of substrate reachesTill a reference value.
As distortion, the deviation correcting device 12 of rising can also be in prior art other checkout gear andControl device, only need detect the top edge place height of feeding shaft 2 output substrates, with a reference value isNo consistent, when inconsistent, send signal to controller, controller drives lowering or hoisting gear 13 to move up and downAdjust the height of feeding shaft.
As shown in Figure 3, as the preferred embodiment of lowering or hoisting gear 13, lowering or hoisting gear 13 comprisesFagging 134, lifter plate 131, screw rod 132, nut 133 and drive unit. Gripper shoe 134 arrangesBelow the level table of frame 1, parallel with the level table of frame 1, lifter plate 131 is positioned at machineBetween the level table of frame 1 and gripper shoe 134, the rotating shaft 21 of feeding shaft 2 is through the level of frame 1Table top is fixed on lifter plate 131; The bottom of screw rod 132 is through gripper shoe 134 and by bearing 137Be fixed in gripper shoe 134, top is located on lifter plate 131, and nut 133 is set in screw rod 132Top on and be fixed on lifter plate 131 tops; Drive unit is connected on the bottom of screw rod 132,Rotate and make nut 133 drive lifter plate 131 to move up and down with drive screw 132.
Further preferably, lowering or hoisting gear 13 is quadruplet, is separately positioned on four angles of lifter plate 131Upper, or two be set on the diagonal angle of lifter plate 131, or one be set on lifter plate 131Middle etc.
More preferably good, quadruplet lowering or hoisting gear 13 is separately positioned on four angles of lifter plate 131, drivesMoving device comprises motor, driving wheel 135, driven pulley 136 and driving-chain, and driven pulley 136 is arranged on spiral shellOn the bottom of bar 132, driving wheel 135 is one, is arranged on the bottom of a screw rod 132 and positionIn the below of driven pulley 136, driving wheel 135 and driven pulley 136 are synchronously rotated. MotorBetween gear and driving wheel 135, adopt driving-chain to be connected, four driven pulleys 136 of quadruplet lowering or hoisting gear 13Between connect by driving-chain. Electric machine rotation drives driving wheel 135 to rotate, and driving wheel 135 drives fourIndividual driven pulley 136 rotates, and then drives screw rod 132 to rotate, and nut 133 on screw rod 132 is withMoving lifter plate 131 moves up and down, to adjust the height of feeding shaft 2.
More preferably good, the edge of lifter plate 131 arranges lifting sensor block 15, to detect lifter plate131 distances that rise or decline, make the first controller in deviation correcting device 12 control at any time lifting dressPut 13 operation.
As distortion, lowering or hoisting gear 13 comprises lifter plate 131 and motor, and feeding shaft 2 is fixed on liftingOn plate 131, motor has telescopic shaft, and the top of telescopic shaft is directly fixed on the bottom of lifter plate 131Upper, drive feeding shaft 2 to move up and down. Or in prior art, other can drive lifter plate 131The device moving up and down.
Further preferably, on lifter plate 131 top surfaces, fixed block 3 is set, drives feeding shaft 2 to turnThe first moving driver 14 is arranged in the lower surface of lifter plate 131, the end of the rotating shaft of feeding shaft 2Portion is connected in the first driver 14 through fixed block 3 and lifter plate 131, and by bearing by rotating shaft 21Be fixed on fixed block 3. For the first driver 14, be preferably motor.
As the preferred embodiment of link configuration, link configuration is wiring board specialty glue or adhesive tape, orOther press fit device, adhering fixture in person's prior art.
As preferred embodiment, also comprise three on the level table that is vertically located at frame 142, three the second transition wheels 42 of individual the second transition wheel lay respectively at deviation correcting device 12 and presser device 6Between, between presser device 6 and transfer device and between transfer device and electroplating bath. The second transition wheel42 the substrate that is arranged so that has more winding point in course of conveying, is convenient to change substrate throughput direction.
As distortion, can also be only between deviation correcting device 12 and presser device 6, or presser device6 and transfer device between, or the second transition wheel 42 is set between transfer device and electroplating bath. As forThe second transition wheel 42 arranges several, determines according to the landline of substrate in concrete service condition.
Embodiment 3
The present embodiment provides a kind of vertical plating production line continuously, comprises
Feed system, for output substrate continuously;
Electroplanting device, has electroplating bath and conveying mechanism, for feed system is inputted in electroplating bathSubstrate is electroplated;
Material-receiving system, for collecting rolling by the substrate transferring out in electroplating bath continuously;
Feed system is any one continuous conveying system of recording in embodiment 2.
The continuous vertical plating production line of said structure, has adopted any one of recording in embodiment 2 to connectContinuous feed system, when this electroplating assembly line is not shut down in electroplating bath, shortens and changes the plate time, withShi Zengjia change buffer time of plate process, improve and change plate efficiency, thereby realize vertical plating production lineFriction feeding, plating and rewinding, improve the operating efficiency of electroplating assembly line.
Obviously, above-described embodiment is only for example is clearly described, and not to the side of enforcementThe restriction of formula. For those of ordinary skill in the field, also can on the basis of the above descriptionTo make other changes in different forms. Here without also giving all embodimentsWith exhaustive. And the apparent variation of being extended out thus or the still guarantor in the invention of variationProtect among scope.
Claims (16)
1. a presser device, is characterized in that, comprises
Riser (61), is arranged on level table;
At least two pressing plate parts (62), are movably arranged on respectively described riser (61) upper, with described verticalPlate formed respectively board space between (61);
Drive unit (63), for driving described pressing plate part (62) to change the described size of crossing board space.
2. presser device according to claim 1, is characterized in that:
Described pressing plate part (62) is two, is the first pressing plate part (621) and the second pressing plate part (622);
Described the first pressing plate part (621) forms first with described riser (61) and crosses board space;
Described the second pressing plate part (622) forms second with described riser (61) and crosses board space;
Described drive unit (63) is two, is the first drive unit (631) and the second drive unit(632), described the first drive unit (631) is for driving described the first pressing plate part (621) motion;The second drive unit (632) is for driving described the second pressing plate part (622) motion.
3. presser device according to claim 1 and 2, is characterized in that, described pressing plate part (62)For pressing plate shaft, described pressing plate shaft is plane towards the one side of described riser (61).
4. according to the presser device described in claim 2 or 3, it is characterized in that described the first pressing plate part(621) and described the second pressing plate part (622) all along described riser (61) vertical direction extend,Described the first pressing plate part (621) and described the second pressing plate part (622) are arranged side by side in the horizontal direction.
5. according to the presser device described in any one in claim 2-4, it is characterized in that described firstDrive unit (631) and/or described the second drive unit (632) are cylinder, described cylinder with described inThe first pressing plate part (621) and described the second pressing plate part (622) are arranged on described riser (61) noOn ipsilateral, the projecting shaft of described cylinder is connected to described the first pressing plate through described riser (61)On part (621) and the second pressing plate part (623).
6. according to the presser device described in any one in claim 2-5, it is characterized in that: described riser(61) on installation the first pressing plate part (621) and the side of the second pressing plate part (622), offer verticallyGroove (64), described vertical groove (64) is positioned at described the first pressing plate part (621) and the second pressing plateBetween part (622).
7. a friction feeding system, is characterized in that, comprising:
Frame (1);
At least one feeding shaft (2), is vertically arranged on the level table of described frame (1),Can rotate and vertically move up and down by along continuous straight runs, for sheathed substrate volume;
Presser device (6) in claim 1-6 described in any one, passes for substrate, and compactingCome from the head and the tail two ends of the adjacent two volume substrates of feeding shaft (2);
Link configuration, during suppressing the head and the tail two ends of adjacent two volume substrates, by phase at presser deviceThe head and the tail two ends of adjacent two volume substrates link together;
Transfer device, is arranged between described feeding shaft (2) and electroplating bath, for by feeding shaft (2)Substrate is out passed in electroplating bath through the board space of crossing of described presser device (6).
8. friction feeding system according to claim 7, is characterized in that: described transfer device bagDraw together
At least two First Transitions are taken turns (41), are vertically arranged on the level of described frame (1)One end of table top;
At least one poor wheel of section (5), is vertically arranged on the level table of described frame (1)The other end, described section of poor wheel (5) can slide towards described First Transition wheel (41) direction, to delayPunching is wrapped in the length of substrate between described First Transition wheel (41) and described section of poor wheel (5);
Tensioning apparatus (9), is arranged on described frame (1) upper, is positioned at machine with described section of poor wheel (5)Same one end of frame (1), is fixedly connected with described section of poor wheel (5), can drive described section of poor wheel (5)Towards moving away from described First Transition wheel (41) direction, be wrapped in described section of poor wheel (5) with tensioningOn substrate;
Described substrate is fold-line-shaped and is wrapped in successively First Transition wheel (41) and the poor wheel of section (5) above,Be delivered in described electroplating bath by a First Transition wheel (41).
9. friction feeding system according to claim 8, is characterized in that: described transfer device alsoComprise:
Track groups, is arranged on the table top of described frame (1), has at least two along continuous straight runs and prolongsThe track (7) of stretching;
Mount pad (8), bottom is arranged on two tracks (7) of described track groups, at least one instituteThe poor wheel of the section of stating (5) is fixed on described mount pad (8).
10. according to the friction feeding system described in any one in claim 7-9, it is characterized in that: instituteThe poor wheel of the section of stating (5) is at least two, and described First Transition wheel (41) is at least three.
11. according to the friction feeding system described in any one in claim 7-10, it is characterized in that: alsoComprise:
Checkout gear, for detection of the default poor wheel of section (5) with respect to default First Transition take turns (41) itBetween range data;
Arrangements for speed regulation, for drive according to described range data adjustment that described feeding shaft (2) rotates theThe rotating speed of one driver, so that in the speed and described electroplating bath of the upper output substrate of described feeding shaft (2)The speed of transmission device conveying substrate is identical.
12. friction feeding systems according to claim 11, is characterized in that: also comprise
Fixed head (10), is vertically arranged on described mount pad (8);
Described checkout gear is displacement transducer (11), and described displacement transducer is arranged on described frame (1)On level table, and be positioned at same one end with described tensioning apparatus (9).
13. according to the friction feeding system described in any one in claim 7-12, it is characterized in that:Also comprise limit assembly, be positioned between two tracks (7) of described track groups, for limiting described sectionThe sliding distance of poor wheel (5) on described track (7).
14. according to the friction feeding system described in any one in claim 7-13, it is characterized in that: alsoComprise
Lowering or hoisting gear (13), for driving described feeding shaft (2) vertically to move up and down;
Deviation correcting device (12), is arranged on described frame (1) level table, and is positioned at described material loadingBetween axle (2) and described presser device (6), for detection of described feeding shaft (2) output substrateWhether top edge place height reaches a reference value, and controls described lowering or hoisting gear (13) and move up and down,To adjust the top edge place height of described feeding shaft (2) output substrate.
15. according to the friction feeding system described in any one in claim 7-14, it is characterized in that: alsoComprise along vertically putting at least one second transition wheel on the level table that is arranged on described frame (1)(42)，
Described at least one, the second transition wheel (42) is positioned at described deviation correcting device (12) and described pressing plateBetween device (6); And/or
Be positioned between described presser device (6) and described transfer device; And/or
Between described transfer device and described electroplating bath.
16. 1 kinds of continuous vertical plating production lines, is characterized in that, comprising:
Feed system in claim 7-15 described in any one, for output substrate continuously;
Electroplanting device, has electroplating bath and conveying mechanism, for described feed system is inputted to described electricitySubstrate in coating bath is electroplated;
Material-receiving system, for collecting rolling by the substrate transferring out in described electroplating bath continuously.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610139557.2A CN105603482B (en) | 2016-03-11 | 2016-03-11 | A kind of friction feeding system and continuous vertical plating production line |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610139557.2A CN105603482B (en) | 2016-03-11 | 2016-03-11 | A kind of friction feeding system and continuous vertical plating production line |
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| CN105603482B CN105603482B (en) | 2018-02-09 |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203715762U (en) * | 2013-12-13 | 2014-07-16 | 广州明毅电子机械有限公司 | Vertical reel-in/out machine of full-automatic reel-to-reel vertical continuous electroplating line |
| CN205529091U (en) * | 2016-03-11 | 2016-08-31 | 昆山东威电镀设备技术有限公司 | Presser device, continuous feeding system and in succession perpendicular electroplating production line |
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2016
- 2016-03-11 CN CN201610139557.2A patent/CN105603482B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203715762U (en) * | 2013-12-13 | 2014-07-16 | 广州明毅电子机械有限公司 | Vertical reel-in/out machine of full-automatic reel-to-reel vertical continuous electroplating line |
| CN205529091U (en) * | 2016-03-11 | 2016-08-31 | 昆山东威电镀设备技术有限公司 | Presser device, continuous feeding system and in succession perpendicular electroplating production line |
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Address after: 215311 East Side of Dongding Road, Bacheng Town, Kunshan City, Suzhou City, Jiangsu Province Patentee after: Kunshan Weiwei Science and Technology Co., Ltd. Address before: Suzhou City, Jiangsu province 215335 Dongting Lake Development District of Kunshan City Road 9, room 2 Patentee before: Kunshan Dongwei Plating Equipment Technology Co., Ltd. |