CN105603482B - A kind of friction feeding system and continuous vertical plating production line - Google Patents
A kind of friction feeding system and continuous vertical plating production line Download PDFInfo
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- CN105603482B CN105603482B CN201610139557.2A CN201610139557A CN105603482B CN 105603482 B CN105603482 B CN 105603482B CN 201610139557 A CN201610139557 A CN 201610139557A CN 105603482 B CN105603482 B CN 105603482B
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- pressing plate
- substrate
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- riser
- 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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- Materials Engineering (AREA)
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- Organic Chemistry (AREA)
- Manufacturing & Machinery (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Electroplating Methods And Accessories (AREA)
Abstract
The present invention discloses a kind of friction feeding system and continuous vertical plating production line, wherein described presser device includes the riser being arranged on level table, at least two pressing plate parts being movably arranged on respectively on riser, plate space was formed between at least two pressing plate parts and riser respectively；And for drive pressing plate part changed plate space size drive device；Friction feeding system includes frame, at least one feeding shaft, transfer device, link configuration and the above-mentioned presser device being arranged in frame；Vertical plating production line includes above-mentioned friction feeding system, electroplanting device and continuous material-receiving system.When needing to change plate, the end of preceding a roll of substrate is pressed on riser by least one pressing plate part, the head end of a roll of substrate is pressed on riser surface by least another pressing plate part afterwards, now only need a people that the first and last end of the front and rear substrate of volume two links together, just complete and change plate process, changed the plate time so as to shorten, plate efficiency is changed in raising.
Description
Technical field
The present invention relates to the vertical electroplating technology of wiring board, and in particular to a kind of friction feeding system and continuous vertical
Electroplating assembly line.
Background technology
In the vertical electroplate technology of pcb board of prior art, need feed system to deliver the substrate in electroplating bath and carry out
Electroplating processes, the substrate after plating need to use material-receiving system to carry out rewinding, to carry out next process.In order in electroplating bath
Electroplating processes continuously are carried out to substrate, it is necessary to which feed system being capable of the continuously conveying substrate into electroplating bath, it is necessary to sending
Presser device is set in material system, the first and last end of the adjacent substrate of volume two is connected, and during presser device changes plate, positioned at pressing plate
Transfer device between device and electroplating bath is constantly to conveying substrate in electroplating bath.
Chinese patent literature CN203715762U discloses a kind of presser device, including frame, is vertically fixed on machine
Roller on pallet face, briquetting and driving briquetting are moved to change the cylinder of the gap length between briquetting and roller outer wall,
There is the groove to match with roller outer wall on the surface towards roller side of briquetting.During conveying substrate, preceding a roll of substrate
Gap of the initiating terminal through briquetting and roller is fed forward, when a roll of substrate has conveyed soon before, cylinder driving briquetting court
Way roller direction is moved, and substrate is pressed on roller outer wall, stops travelling forward, and now overlaps the initiating terminal of rear a roll of substrate
In the end of preceding a roll of substrate, and the two is linked together, plate process is changed in completion, and cylinder driving briquetting is directed away from roller side
To motion, rear a roll of substrate starts normally to convey.
But above-mentioned presser device is during plate is changed, because substrate is crushed on the arc outer wall of roller so that preceding
The end of a roll of substrate is in aerial, it is necessary to which people holds the end of preceding a roll of substrate on the other hand when changing plate, another holds latter
The initiating terminal of substrate is rolled up, while also needs with the initiating terminal overlap joint of rear a roll of substrate to align the end of preceding a roll of substrate, it is necessary to two
Personal operate simultaneously could realize and change plate process, cause to change plate process time and grow, easily causing can not complete at the appointed time
Plate is changed, influences the friction feeding of feed system.
The content of the invention
The technical problems to be solved by the invention change plate time length in the presser device in feed system in the prior art,
Influence the friction feeding of feed system.
Therefore, the present invention provides a kind of presser device, including
Riser, it is arranged on level table；
At least two pressing plate parts, are movably arranged on the riser respectively, form plate sky respectively between the riser
Between；
Drive device, for driving the pressing plate part to change the size for crossing plate space.
Above-mentioned presser device, the pressing plate part are two, are the first pressing plate part and the second pressing plate part；First pressing plate
Part forms first with the riser and crosses plate space；The second pressing plate part forms second with the riser and crosses plate space；
The drive device is two, is first driving means and the second drive device, the first driving means are used for
Drive the first pressure panel movement；Second drive device is used to drive the second pressure panel movement.
Above-mentioned presser device, the pressing plate part are pressing plate shaft, and the one side of the pressing plate shaft towards the riser is plane.
Above-mentioned presser device, the first pressing plate part and the second pressing plate part are each along the riser in vertical direction
Extension, the first pressing plate part and the second pressing plate part are arranged side by side in the horizontal direction.
Above-mentioned presser device, the first driving means and/or second drive device are cylinder, the cylinder with
The first pressing plate part and the second pressing plate part are arranged on not on ipsilateral of the riser, and the projecting shaft of the cylinder passes through
The riser and be connected on the first pressing plate part and the second pressing plate part.
Opened up on above-mentioned presser device, installation the first pressing plate part of the riser and the side of the second pressing plate part vertical recessed
Groove, the vertical groove is between the first pressing plate part and the second pressing plate part.
The present invention provides a kind of friction feeding system, including
Frame；
At least one feeding shaft, it is arranged vertically on the level table of the frame, can turns in the horizontal direction
Move and vertically move up and down, for being arranged substrate volume；
Above-mentioned presser device, is passed through for substrate, and suppresses the head and the tail for the adjacent substrate of volume two for coming from feeding shaft
Both ends；
Link configuration, during the head and the tail both ends for suppressing the adjacent substrate of volume two in presser device, by the adjacent substrate of volume two
Head and the tail both ends link together；
Transfer device, it is arranged between the feeding shaft and the electroplating bath, the substrate for feeding shaft to be come out passes through
The plate space of crossing of the presser device is transferred in electroplating bath.
Above-mentioned friction feeding system, the transfer device include
At least two First Transition wheels, it is arranged vertically at one end of the level table of the frame；
At least one segment difference wheel, it is arranged vertically at the other end of the level table of the frame, the segment difference wheel
It can be slided towards the First Transition wheel direction, substrate between the First Transition wheel and the segment difference wheel is wrapped in buffering
Length；
Tensioning apparatus, it is arranged in the frame, same one end of frame is located at the segment difference wheel, consolidates with the segment difference wheel
Fixed connection, the segment difference wheel can be driven to be directed away from the First Transition wheel direction movement, the segment difference is wrapped in tensioning
Substrate on wheel；
The substrate is wrapped on First Transition wheel and segment difference wheel successively in fold-line-shaped, most defeated through a First Transition wheel afterwards
Deliver in the electroplating bath.
Above-mentioned friction feeding system, the transfer device also include
Track groups, it is arranged on the table top of the frame, there are at least two horizontally extending tracks；
Mounting seat, bottom are arranged on two tracks of the track groups, and at least one segment difference wheel is fixed on described
In mounting seat.
Above-mentioned friction feeding system, the segment difference wheel at least two, the First Transition wheel are at least three.
Above-mentioned friction feeding system, in addition to
Detection means, for detecting default segment difference wheel relative to the distance between default First Transition wheel data；
Arrangements for speed regulation, turn of the first driver for driving the feeding shaft rotation according to range data adjustment
Speed, so that the speed of output substrate is identical with the speed of the electroplating bath inner driver conveying substrate on the feeding shaft.
Above-mentioned friction feeding system, in addition to
Fixed plate, it is arranged vertically in the mounting seat；
The detection means is displacement transducer, and institute's displacement sensors are arranged on the level table of the frame, and
It is located at same one end with the tensioning apparatus.
Above-mentioned continuous feeding device, in addition to limit assembly, between two tracks of the track groups, for limiting
Make the sliding distance of the segment difference wheel on the track.
Above-mentioned friction feeding system, in addition to
Lowering or hoisting gear, for driving the feeding shaft vertically to move up and down；
Deviation correcting device, be arranged on the level table of the frame, and positioned at the feeding shaft and the presser device it
Between, whether height where the top edge for detecting the feeding shaft output substrate reaches a reference value, and controls the lifting dress
Put and move up and down, to adjust height where the top edge of the feeding shaft output substrate.
Above-mentioned friction feeding system, in addition at least one be arranged vertically on the level table of the frame
Individual second transition wheel；
At least one second transition wheel is between the deviation correcting device and the presser device；And/or
Between the presser device and the transfer device；And/or
Between the transfer device and the electroplating bath.
The present invention provides a kind of continuous vertical plating production line, including
Above-mentioned feed system, for continuously output substrate；
Electroplanting device, there is electroplating bath and conveying mechanism, for the base inputted to the feed system in the electroplating bath
Plate is electroplated；
Material-receiving system, for continuously that the substrate collection transferred out in the electroplating bath is coiled；
Technical scheme provided by the invention, has the following advantages that：
1. presser device provided by the invention, including the riser being arranged on level table, at least two pressing plate parts and drive
Dynamic device, at least two pressing plate parts are movably arranged on riser respectively, form plate space, drive device respectively between riser
For driving pressing plate part to change the size in plate space.
The presser device of this structure, when needing to connect the substrate of volume two, drive device drives at least one pressing plate part direction
Riser direction is moved, by positioned at the end of preceding a roll of substrate in plate space be compressed on riser surface；At least another pressing plate
Part moves towards riser direction, by positioned at the initiating terminal of rear a roll of substrate in plate space be compressed on riser surface；Now only
Need a people that the first and last end of the front and rear substrate of volume two links together, changed the plate time so as to shorten, plate efficiency is changed in raising.In volume two
After the first and last end connection of substrate, pressing plate part is directed away from the motion of riser direction, so that the initiating terminal of rear a roll of substrate is with preceding
The end of a roll of substrate passed through plate space to run forward.
2. opened up on presser device provided by the invention, installation the first pressing plate part of riser and the side of the second pressing plate part perpendicular
Straight groove, vertical groove is between the first pressing plate part and the second pressing plate part.When changing plate, if preceding a roll of substrate end has
During unnecessary substrate, the both ends for being located at plate space of preceding a roll of substrate are pressed in vertical by the first pressing plate part and the second pressing plate part respectively
In plate surface, cut piece just can be by preceding a roll of substrate severing, positioned at one end of the second pressing plate part along lower stroke of this vertical groove
It is connected with the head end of rear a roll of substrate as connection end, then cancels positioned at one end of the first pressing plate part, so as to process of conveniently reloading
In the redundance of preceding a roll of substrate end is cut.
3. friction feeding system provided by the invention, including frame, at least one feeding shaft, above-mentioned presser device, company
Harden structure and transfer device.Wherein, transfer device is arranged between feeding shaft and electroplating bath, and presser device is located at feeding shaft with passing
Between delivery device, presser device passes through for substrate, and suppresses the head and the tail both ends for the adjacent substrate of volume two for coming from feeding shaft；
Link configuration is used for during presser device suppresses the head and the tail both ends of the adjacent substrate of volume two, by the head and the tail both ends of the adjacent substrate of volume two
Link together；Transfer device is used to the substrate that feeding shaft comes out being transferred in electroplating bath.
The friction feeding system of said structure, using any of the above-described presser device, and with link configuration by adjacent volume two
The first and last end connection of substrate, shortens and changes the plate time, plate efficiency is changed in raising, it is ensured that feed system can have enough buffer time
When carrying out changing plate, and not shut down in electroplating bath, continuously feeding is realized.
4. friction feeding system provided by the invention, transfer device include at least two First Transition wheels, at least one section
Difference wheel and tensioning apparatus.Wherein, at least two First Transition wheels and at least one segment difference wheel are separately positioned on the two of rack table
End, substrate are wrapped on First Transition wheel and segment difference wheel successively in fold-line-shaped, are most delivered to plating through a First Transition wheel afterwards
In groove；Tensioning apparatus is fixed on segment difference wheel.
The transfer device of this structure, a roll of substrate has conveyed when needing to change plate soon before, and the end of preceding a roll of substrate is by the
Two pressing plate parts, which are pressed on riser, stops conveying, but in electroplating bath under the transmission device effect of substrate, the base at electroplating bath
Plate can drive segment difference wheel and tensioning apparatus to be slided towards First Transition wheel direction, shorten and twined between First Transition wheel and segment difference wheel
Around zig, by it is unnecessary go out substrate be delivered in electroplating bath, form the buffering transportation section of substrate so that have enough slow
Rushing the time links together the first and last end of the substrates of volume two；The end of a roll of substrate initiating terminal of a roll of substrate with after is connected before
After together, the second pressing plate part and the first pressing plate part of presser device are unclamped, rear a roll of substrate crosses plate space by not through second
It is fed forward disconnectedly, the length of the substrate wound between First Transition wheel and segment difference wheel, or even substrate relaxation occurs,
Now segment difference wheel be directed away from the presence of tensioning apparatus First Transition wheel direction slip, until be wrapped in First Transition wheel and
Untill substrate between segment difference wheel is in tensioning state, when not shut down in electroplating bath so as to realize, have enough when changing plate buffering
Between, the also constantly input substrate into electroplating bath, after changing hardened beam, substrate still is able to be in tensioning state on segment difference wheel, really
Protect the normal operation of friction feeding.
5. friction feeding system provided by the invention, segment difference wheel is at least two in above-mentioned transfer device, the first mistake
Ferry boat is at least three, sets multiple segment difference wheels so that when changing plate, has sufficiently long substrate to be buffered and be delivered in electroplating bath,
Exponentially the buffer time of plate is changed in increase, further ensures that and has sufficient time to the first and last end connection of the front and rear substrate of volume two,
Realize the friction feeding of feed system.
6. friction feeding system provided by the invention, in addition to detection means and arrangements for speed regulation, wherein detection means are used for
The default segment difference wheel of detection is relative to the distance between default First Transition wheel data, and arrangements for speed regulation are adjusted according to range data and driven
The rotating speed for the first driver that dynamic feeding shaft rotates, so that the speed of output substrate and electroplating bath inner driver are defeated on feeding shaft
Send the speed of substrate identical, when the speed of the two conveying substrate is consistent, segment difference wheel just keeps relative static conditions in orbit,
So enable feed system more steady and equably conveying substrate.
7. the present invention provides continuous vertical plating production line, including feed system, electroplating system and material-receiving system.Feeding system
Unite for being continuously used for continuous grade slab to conveying substrate in the electroplating bath of electroplanting device, electroplanting device and carrying out electroplating processes,
Material-receiving system is used for continuously that the substrate collection exported in electroplating bath is coiled.The continuous vertical plating production line of this structure uses
Above-mentioned friction feeding system, when not shut down in electroplating bath, can shorten and change the plate time, and increase the buffering for changing plate process
Time, so as to realize the friction feeding of vertical plating production line, plating and rewinding, improve the operating efficiency of electroplating assembly line.
Brief description of the drawings
, below will be to specific in order to illustrate more clearly of the specific embodiment of the invention or technical scheme of the prior art
The required accompanying drawing used is briefly described in embodiment or description of the prior art, it should be apparent that, in describing below
Accompanying drawing is some embodiments of the present invention, for those of ordinary skill in the art, before creative work is not paid
Put, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation for the presser device that the embodiment of the present invention 1 provides；
Fig. 2 is the structural representation for the friction feeding system that the embodiment of the present invention 2 provides；
Fig. 3 is the structural representation of lowering or hoisting gear in the friction feeding system that the embodiment of the present invention 2 provides；
Description of reference numerals：1- frames；2- feeding shafts；21- rotating shafts；22- pallets；3- fixed blocks；41- First Transition wheels；
The transition wheels of 42- second；5- segment difference wheels；6- presser devices；61- risers；62- pressing plate parts；621- the first pressing plate parts；622- second is pressed
Plate；63- drive devices；631- first driving means；The drive devices of 632- second；64- vertical grooves；7- tracks；8- is installed
Seat；9- tensioning apparatus；10- fixed plates；11- displacement transducers；12- deviation correcting devices；13- lowering or hoisting gears；131- lifter plates；132-
Screw rod；133- nuts；134- supporting plates；135- driving wheels；136- driven pulleys；137- bearings；The drivers of 14- first；15- is lifted
Sensor block.
Embodiment
Technical scheme is clearly and completely described below in conjunction with accompanying drawing, it is clear that described implementation
Example is part of the embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, ordinary skill
The every other embodiment that personnel are obtained under the premise of creative work is not made, belongs to the scope of protection of the invention.
In the description of the invention, it is necessary to explanation, term " " center ", " on ", " under ", "left", "right", " vertical ",
The orientation or position relationship of the instruction such as " level ", " interior ", " outer " be based on orientation shown in the drawings or position relationship, merely to
Be easy to the description present invention and simplify description, rather than instruction or imply signified device or element must have specific orientation,
With specific azimuth configuration and operation, therefore it is not considered as limiting the invention.In addition, term " first ", " second ",
" the 3rd " is only used for describing purpose, and it is not intended that instruction or hint relative importance.
In the description of the invention, it is necessary to illustrate, unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or be integrally connected；Can
To be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary, Ke Yishi
The connection of two element internals.For the ordinary skill in the art, with concrete condition above-mentioned term can be understood at this
Concrete meaning in invention.
As long as in addition, technical characteristic involved in invention described below different embodiments non-structure each other
It is be combined with each other into conflict can.
Embodiment 1
As shown in figure 1, the present embodiment provides a kind of presser device, including
Riser 61, is arranged on level table；
At least two pressing plate parts 62, are movably arranged on riser 61 respectively, form plate space respectively between riser 61；
Drive device 63, for driving pressing plate part 62 to change the size in plate space.
The presser device of said structure, when needing to connect the substrate of volume two, drive device 63 drives at least one pressing plate part
62 move towards the direction of riser 61, by positioned at the end of preceding a roll of substrate in plate space be compressed on the surface of riser 61；At least
Another pressing plate part 62 moves towards the direction of riser 61, by positioned at the initiating terminal of rear a roll of substrate in plate space be compressed on riser
On 61 surfaces；Now only need a people that the first and last end of the front and rear substrate of volume two links together, changed the plate time so as to shorten, improved
Change plate efficiency.After the first and last end connection of the substrate of volume two, pressing plate part 62 is directed away from the direction of riser 61 motion, so that after
The initiating terminal of a roll of substrate is run forward with the end of preceding a roll of substrate by plate space.
It is the first pressing plate part 621 and the as shown in figure 1, pressing plate part 62 is two as further preferred embodiment
Two pressing plate parts 622；First pressing plate part 621 forms first with riser 61 and crosses plate space；Second pressing plate part 622 and riser 61 form the
Two cross plate space；
Drive device 63 is two, is the drive device 632 of first driving means 631 and second, first driving means 631 are used
Moved in the first pressing plate part 621 of driving to change the first size for crossing plate space；Second drive device 632 is used to drive the second pressure
Plate 622 is moved to change the second size for crossing plate space.
The presser device of this structure, during conveying substrate, the initiating terminal of preceding a roll of substrate sequentially pass through first cross plate space and
Second, which crosses plate space, is constantly fed forward, and when preceding a roll of substrate has conveyed need to change plate soon, the second drive device 632 drives
Second pressing plate part 622 is moved towards riser 61, and the substrate that plate space is crossed positioned at second is pressed on riser 61, preceding a roll of substrate
End is on the surface of riser 61；The initiating terminal of a roll of substrate then crosses plate space through first afterwards, tight by the first pressing plate part 621
It is pressed on riser 61, the initiating terminal of rear a roll of substrate is also on the surface of riser 61, now only needs a people a roll of base by after
The initiating terminal of plate is connected with the end of preceding a roll of substrate, changes the plate time so as to shorten, there is provided change plate efficiency.
As preferred embodiment, pressing plate part 62 is pressing plate shaft, and the one side of pressing plate shaft towards riser 61 is plane, then
One pressing plate part 621 and the second pressing plate part 622 with the forming face of riser 61 and the pressing mode in face so that the first and last end of the substrate of volume two
Tiling is resisted against on riser 61, and position of the initiating terminal of the end of preceding a roll of substrate and rear a roll of substrate on the surface of riser 61
Fixation is put, the first and last end of the substrates of volume two can link together more quickly.
It is further preferred that being arranged with gland on pressing plate shaft outer wall, the profile of gland is consistent with the profile of pressing plate shaft, such as
Using gland made of quality of rubber materials, as protective case, when preventing that pressing plate shaft from directly contacting with substrate, the surface of substrate is produced
Cut phenomenon, damaged substrate.
As deformation, the first pressing plate part 621 can be the smooth plate in surface, cylinder axis, or the briquetting of other shapes, only
The substrate that plate space is crossed positioned at first need to be pressed on riser 61 so that the end tiling of preceding a roll of substrate is resisted against riser 61
It is upper.Similarly, the second pressing plate part 622 can also be briquetting of block, cylinder axis or other shapes etc..
More preferably preferably, the first pressing plate part 621 and the second pressing plate part 622 extend each along riser 61 in vertical direction, the
One pressing plate part 621 and the second pressing plate part 622 are arranged side by side in the horizontal direction so that the end of preceding a roll of substrate and rear a roll of base
The initiating terminal of plate is concordant in the height direction, it is easier to by the substrate connections of volume two together, further shortens and changes the plate time.
As further preferred embodiment, the drive device 632 of first driving means 631 and second is cylinder, the
One pressing plate part 621 and the second pressing plate part 622 and cylinder are arranged on not on ipsilateral of riser 61, and the projecting shaft of cylinder passes through riser
61 and be connected on the first pressing plate part 621 and the second pressing plate part 622.
Or first driving means 631 are cylinder, the second drive device 632 is motor, the first pressing plate part 621 and second
Pressing plate part 622 is on the one side of riser 61, and cylinder and motor are on the another side of riser 61, and cylinder and motor are stretched
Shaft is all connected to the first pressing plate part 621 and the second pressing plate part 622 through riser 61；Or second drive device 632 be
Cylinder, first driving means 631 are motor, or other drive devices that can do stretching motion of the prior art all may be used
With.
As more preferably preferred embodiment, the first pressing plate of installation part 621 of riser 61 and the side of the second pressing plate part 622
On open up vertical groove 64, vertical groove 64 is between the first pressing plate part 621 and the second pressing plate part 622.It is previous when changing plate
When there is unnecessary substrate volume substrate end, preceding a roll of substrate is located at by the first pressing plate part 621 and the second pressing plate part 622 respectively
The both ends for crossing plate space are pressed on riser 61, and cut piece is drawn downwards along this vertical groove 64 can be by the both ends of preceding a roll of substrate
Severing, connection end is formed close to one end of the second pressing plate part 622, is connected with the initiating terminal of rear a roll of substrate, close to the first pressing plate
One end of part 621 is then cancelled, so as to be cut during conveniently reloading to the redundance of preceding a roll of substrate end.
It is further preferred that having level trough on the one side for opening up vertical groove 64 of riser 61, this level trough is with erecting
The top connection of straight groove 64, when changing plate, datum line of the level trough as the top edge alignment at the substrate first and last end of volume two, it is easy to
The first and last end of the substrate of volume two is alignd and connected.
As deformation, above-mentioned pressing plate part 62 can also be three, four, five etc., when only changing plate, by preceding a roll
The initiating terminal of the end of substrate and rear a roll of substrate is compressed on riser, and drive device can be one, three, four
It is individual, five etc., as long as a pressing plate part or multiple pressing plate parts 62 can be driven to move respectively, to change the big of plate space
It is small.
Embodiment 2
As shown in Fig. 2 the present embodiment provides a kind of friction feeding system, including
Frame 1；
At least one feeding shaft 2, is arranged vertically on the level table of frame 1, can rotate in the horizontal direction
Vertically move up and down, for being arranged substrate volume；
Presser device 6, is passed through for substrate, and suppresses the head and the tail both ends for the adjacent substrate of volume two for coming from feeding shaft 2；
Link configuration, during the head and the tail both ends for suppressing the adjacent substrate of volume two in presser device 6, by the adjacent substrate of volume two
Head and the tail both ends link together；
Transfer device, it is arranged between feeding shaft 2 and electroplating bath, for the substrate that feeding shaft 2 comes out to be filled through pressing plate
The 6 plate space crossed is put to be transferred in electroplating bath；
Wherein, presser device 6 is any one presser device 6 described in embodiment 1.
The friction feeding system of said structure, using any one presser device 6 described in embodiment 1, and with connecting plate knot
Structure connects the first and last end of the adjacent substrate of volume two, shortens and changes the plate time, and plate efficiency is changed in raising, it is ensured that feed system can have foot
Enough buffer time carries out changing plate, and when not shut down in electroplating bath, realizes continuously feeding.
Preferably, feeding shaft 2 is two, and feeding shaft 2 is used for a roll of substrate before exporting, on another
Expect that axle 2 is standby, when a roll of substrate has conveyed soon before, the first pressing plate part 621 of presser device 6 and the second pressing plate part 622 are by before
The both ends that a roll of substrate was located at plate space are pressed on riser 61, with cut piece by preceding a roll of substrate severing, close to the second pressing plate
One end of part 622 is connected, the other end cancels as connection end with the initiating terminal of lower a roll of substrate；Now on another feeding shaft 2
The initiating terminal of rear a roll of substrate cross plate space by first, and be pressed in by the first pressing plate part 621 on riser 61, pass through connecting plate knot
The end of the substrates of volume two is connected by structure with initiating terminal, unclamps the first pressing plate part 621 and the second pressing plate part 622, rear a roll of base afterwards
Just and then preceding a roll of substrate continues to be fed forward plate, by that analogy by volume three substrate, Volume Four substrate etc., is sequentially connected
Get up to realize friction feeding.
As deformation, above-mentioned feeding shaft 2 also thinks three, four, five etc., specific to set number be according to reality
Depending on the service condition of border.
As the preferred embodiment of feeding shaft 2, feeding shaft 2 includes the rotating shaft 21 vertically set, and fixed
Pallet 22 in rotating shaft, when substrate volume is set in rotating shaft 21, its bottom is resisted against on pallet 22.It is further preferred that support
Several through holes are opened up on disk, are easy to take out substrate volume from rotating shaft.
As preferred embodiment, transfer device includes
Two First Transition wheels 41, it is arranged vertically at one end of the level table of frame 1；
One segment difference wheel 5, the other end of the level table of frame 1 is arranged vertically at, segment difference wheel 5 being capable of direction
The direction of First Transition wheel 41 is slided, and the length of substrate between First Transition wheel 41 and segment difference wheel 5 is wrapped in buffering；
Tensioning apparatus 9, it is arranged in frame 1, same one end of frame 1 is located at segment difference wheel 5, is fixedly connected with segment difference wheel 5,
Segment difference wheel 5 can be driven to be directed away from the movement of the direction of First Transition wheel 41, the substrate being wrapped in tensioning on segment difference wheel 5；
Substrate is wrapped on First Transition wheel 41 and segment difference wheel 5 successively in fold-line-shaped, most afterwards through a First Transition wheel 41
It is delivered in electroplating bath.
The transfer device of this structure, in conveying substrate, preceding a roll of substrate is set on feeding shaft 2, the initiating terminal of substrate
Plate space is crossed in the first plate space and second excessively for sequentially passing through presser device 6, then is wrapped in First Transition successively in broken line mode
On wheel 41 and segment difference wheel 5, most it is transported to afterwards through a First Transition wheel 41 in electroplating bath.A roll of substrate has conveyed needs soon before treating
When changing plate, the end of preceding a roll of substrate is pressed on riser 61 by the second pressing plate part 622 to stop conveying, but the substrate in electroplating bath
Under transmission device effect, the substrate at electroplating bath can drive segment difference wheel 5 and tensioning apparatus 9 towards the side of First Transition wheel 41
To slip, shorten the zig wound between First Transition wheel 41 and segment difference wheel 5, by it is unnecessary go out substrate be delivered to electroplating bath
It is interior, form the buffering transportation section of substrate so that have enough buffer time that the first and last end of the substrates of volume two links together；Before treating
After the initiating terminal of the end of a roll of substrate and rear a roll of substrate links together, the He of the second pressing plate part 622 of presser device 6 is unclamped
First pressing plate part 621, rear a roll of substrate are crossed plate space through second and are constantly fed forward, First Transition wheel 41 and segment difference wheel
The length of the substrate wound between 5, or even there is substrate relaxation, now segment difference wheel 5 is in the presence of tensioning apparatus 9
The slip of the direction of First Transition wheel 41 is directed away from, is opened until being wrapped in the substrate between First Transition wheel 41 and segment difference wheel 5 and being in
Untill tight state, when not shut down in electroplating bath so as to realize, have it is enough change plate buffer time, it is also constantly defeated into electroplating bath
Enter substrate, after changing hardened beam, substrate still is able to be in tensioning state on segment difference wheel 5, it is ensured that the normal operation of friction feeding.
It is further preferred that transfer device also includes track groups and mounting seat 8.Wherein, track groups are arranged on the platform of frame 1
On face, there are at least two horizontally extending tracks 7, the bottom of mounting seat 8 is arranged on two tracks 7 of track groups
On, segment difference wheel 5 is fixed in mounting seat 8, and tensioning apparatus 9 is fixed in mounting seat 8.When changing plate, in electroplating bath inner driver
In the presence of, the substrate at electroplating bath is by driving segment difference wheel 5 to drive mounting seat 8 to be slided on track 7；After changing hardened beam,
The tight drive installation seat 8 of device 9 drives segment difference wheel 5 to be slided on track 7, the setting of at least two tracks 7, it is ensured that substrate conveyed
Segment difference wheel 5 can smoothly be run in journey.
More preferably preferably, segment difference wheel 5 is two, and First Transition wheel 41 is three.During plate is changed, two segment differences are set
Wheel 5 make it that the length of buffer substrate between First Transition wheel 41 and segment difference wheel 5 is longer, and the buffer time of plate process is changed in increase, enters
One step ensures have time enough to connect the first and last end of the substrate of volume two.When one segment difference wheel 5 is set in the prior art, Neng Gouhuan
The plate time of changing of punching is only 30 seconds or so, and will can be changed the plate time during two segment difference wheels 5 of setting in the feed system of this structure
The 60-150 seconds are extended to, plate buffer time is changed so as to be multiplied.
As deformation, the number of above-mentioned segment difference wheel 5 can also be three, four, five etc., accordingly First Transition
The number of wheel 41 is four, five, six etc., and in a word, when the number of segment difference wheel 5 is n, accordingly First Transition wheel 41 is individual
Number is n+1, wherein n >=1, and the number that segment difference wheel 5 is set is more, and the length that segment difference wheel 5 is capable of buffer substrate is longer, correspondingly changes
The plate time is longer, it is easier to realizes friction feeding.
As the preferred embodiment of tensioning apparatus 9, tensioning apparatus 9 includes belt, roller, support frame and balancing weight.Machine
The through hole passed through for belt is opened up on the level table of frame 1, roller is installed on this through hole by support frame, and one end of belt is consolidated
It is scheduled in mounting seat 8, the other end is wrapped on roller and is located at the lower section of the level table of frame 1 through through hole, and balancing weight is solid
It is scheduled on the other end of belt.As deformation, tensioning apparatus 9 can also be the tensioning apparatus of other structures in the prior art.
As further preferred embodiment, friction feeding system also includes detection means and arrangements for speed regulation.Wherein, examine
Device is surveyed to be used to detect default segment difference wheel 5 relative to the distance between default First Transition wheel 41 data；Arrangements for speed regulation are used for root
According to range data adjust driving feeding shaft 2 rotate the first driver 14 rotating speed so that on feeding shaft 2 output substrate speed
It is identical with the speed of electroplating bath inner driver conveying substrate.
During due to changing plate, feeding shaft 2 needs to stop operating, and after hardened beam to be changed, feeding shaft 2 starts again at rotation, so
So that the speed of the output substrate of feeding shaft 2 and the speed of electroplating bath inner driver conveying substrate can not be consistent at any time,
Need the rotating speed of arrangements for speed regulation adjustment feeding shaft 2 so that the speed of the two conveying substrate is consistent.When the speed of the two conveying substrate
When consistent, segment difference wheel 5 just keeps relative static conditions in orbit, so that feed system can be more steady and equably defeated
Send substrate.
More preferably preferably, in addition to the fixed plate 10 that is arranged vertically in mounting seat 8, check device are that displacement passes
Sensor 11, such as ultrasonic displacement sensor, displacement transducer 11 are arranged on the level table of frame 1, and with tensioning apparatus 9
Positioned at same one end.
For example, it is assumed that when default segment difference wheel 5 relative to the distance between default First Transition wheel 41 is 0cm, accordingly the
One driver 14 is rotated with maximum (top) speed, and feeding shaft 2 is with maximal rate output substrate；Default segment difference wheel 5 is relative to default first
When the distance between transition wheel 41 is 100cm, accordingly the first driver 14 stops operating, and feeding shaft 2 stops output substrate；In advance
If segment difference wheel 5 relative to the distance between default First Transition wheel 41 is 60cm, in electroplating bath the speed of conveying substrate with it is upper
Expect that the speed of the output substrate of axle 2 is identical.
In conveying substrate, if the distance that displacement transducer 11 detects is 70cm, show segment difference wheel 5 in tensioning apparatus
Under 9 pulling, the movement of the direction of First Transition wheel 41 is directed away from, the speed of the output substrate of feeding shaft 2 is more than substrate in electroplating bath
Transporting velocity, now controller by control the first driver 14 reduce rotating speed, make segment difference wheel 5 towards the direction of First Transition wheel 41 slide
It is dynamic, untill distance that displacement transducer 11 detects is 60cm；If the distance that displacement transducer 11 detects is 30cm, table
Bright segment difference wheel 5 moves towards close to the direction of First Transition wheel 41, and the speed of the output substrate of feeding shaft 2 is defeated less than substrate in electroplating bath
Speed is sent, now controller controls the first driver 14 increase rotating speed, segment difference wheel 5 is directed away from the shifting of the direction of First Transition wheel 41
It is dynamic, untill distance that displacement transducer 11 detects is 60cm.
As more preferably preferred embodiment, in addition to limit assembly, between two tracks 7 of track groups, it is used for
Limit segment difference 5 sliding distance on track 7 of wheel.
It is further preferred that limit assembly includes at least one first locating part and at least one second locating part.Wherein,
First locating part is arranged on the level table of frame 1, is in same one end with First Transition wheel 41, and be located at First Transition wheel
Between 41 and segment difference wheel 5, the second locating part is arranged on the level table of frame 1, is in same one end with tensioning apparatus 9, is being pacified
When dress seat 8 is resisted against on the second locating part so that mounting seat 8 is in the inner side of tensioning apparatus 9.
More preferably preferably, the first locating part includes L-type support and buffering wheel, and L-type support is fixed on the level table of frame 1
On, buffering wheel is rack-mount and towards mounting seat side, and to cause in the sliding process of mounting seat 8, mounting seat 8 directly abuts
On buffering wheel and then it is limited.
Similarly, the second locating part preferably includes L-type support and buffering wheel, two buffering wheels in the horizontal direction between
Away from limiting sliding distance of the mounting seat 8 in track 7.First locating part and the second locating part can be in the level tables of frame 1
Upper setting is multiple, and on the same line, multiple second locating parts are on the same line for multiple first locating parts.
As deformation, the first locating part and the second locating part can also be other block pieces in the prior art, only need the two
The distance for coordinating lower limitation mounting seat 8 to be slided on track 7.
As further preferred embodiment, above-mentioned friction feeding system also includes lowering or hoisting gear 13 and deviation correcting device
12.Wherein, lowering or hoisting gear 13 is used to drive feeding shaft 2 vertically to move up and down；Deviation correcting device 12 is arranged on frame 1
On level table, between feeding shaft 2 and presser device 6, height where the top edge for detecting the output substrate of feeding shaft 2
Whether reach a reference value, and control lowering or hoisting gear 13 to move up and down, to adjust height where the top edge of the output substrate of feeding shaft 2
Degree, makes the top edge of substrate highly reach a reference value, it is ensured that the substrate that feeding shaft 2 exports is all on sustained height.
As the preferred embodiment of deviation correcting device 12, including the first detection means and the first controller.First detection dress
The U-shaped probe for having that Open Side Down is put, sets induced signal transmitter and sensing to believe on the two side inner surface of U-shaped probe respectively
Number receiver, signal projector and signal receiver face in the horizontal direction, U-shaped probe on the level table of frame 1,
Such as on the top of riser 61 of presser device 6, the top edge of the output substrate of feeding shaft 2 is worn out of U-shaped probe groove
Cross, induced signal transmitter will detect the top edge position of substrate, and be contrasted with a reference value, if detected value is less than benchmark
Value, then send the signal of the rise height of feeding shaft 2 to the first controller, and the first driver 14 driving lowering or hoisting gear 13 does elevator
Dynamic, if detected value is higher than a reference value, accordingly signal receiver does not receive signal, then sends reduction feeding to the first controller
The signal of the height of axle 2, the first driver 14 driving lowering or hoisting gear 13 do descending motion, and height reaches where the top edge of substrate
Untill a reference value.
As deformation, the deviation correcting device 12 of rising can also be other detection means and control device in the prior art,
Height where the top edge of the output substrate of feeding shaft 2 need to only be detected, it is whether consistent with a reference value, sent out when inconsistent to controller
Go out signal, controller driving lowering or hoisting gear 13 is moved up and down to adjust the height of feeding shaft.
As shown in figure 3, the preferred embodiment as lowering or hoisting gear 13, lowering or hoisting gear 13 includes supporting plate 134, lifter plate
131st, screw rod 132, nut 133 and drive device.Supporting plate 134 is arranged on below the level table of frame 1, the water with frame 1
Flat surface is parallel, and lifter plate 131 is located between level table and the supporting plate 134 of frame 1, and the rotating shaft 21 of feeding shaft 2 passes through machine
The level table of frame 1 is fixed on lifter plate 131；The bottom of screw rod 132 is fixed on through supporting plate 134 and by bearing 137
In supporting plate 134, top is located on lifter plate 131, and nut 133 is set on the top of screw rod 132 and is fixed on lifter plate
On 131 tops；Drive device is connected on the bottom of screw rod 132, is rotated with drive screw 132 and is caused nut 133 to drive lifting
Plate 131 moves up and down.
It is further preferred that lowering or hoisting gear 13 is four sets, it is separately positioned on four angles of lifter plate 131, or two sets
Be arranged on lifter plate 131 it is diagonal on, or one be set on centre of lifter plate 131 etc..
More preferably preferably, four sets of lowering or hoisting gears 13 are separately positioned on four angles of lifter plate 131, and drive device includes electricity
Machine, driving wheel 135, driven pulley 136 and driving-chain, driven pulley 136 are arranged on the bottom of screw rod 132, and driving wheel 135 is one
It is individual, on the bottom of a screw rod 132 and positioned at the lower section of driven pulley 136 so that driving wheel 135 is done with driven pulley 136
Synchronous axial system.Using transmission chain link, four driven pulleys of four sets of lowering or hoisting gears 13 between the gear and driving wheel 135 of motor
By being driven chain link between 136.Motor, which rotates, drives driving wheel 135 to rotate, and driving wheel 135 drives four 136 turns of driven pulleys
It is dynamic, and then drive screw rod 132 to rotate, and the nut 133 on screw rod 132 drives lifter plate 131 to move up and down, to adjust feeding
The height of axle 2.
More preferably preferably, lifter plate 131 edge set lifting sensor block 15, with detect lifter plate 131 rise or under
The distance of drop so that the first controller in deviation correcting device 12 controls the operation of lowering or hoisting gear 13 at any time.
As deformation, lowering or hoisting gear 13 includes lifter plate 131 and motor, and feeding shaft 2 is fixed on lifter plate 131, motor
With telescopic shaft, it is directly anchored at the top of telescopic shaft on the bottom of lifter plate 131, to drive feeding shaft 2 to move up and down.Or
Person in the prior art other can drive the device that lifter plate 131 moves up and down.
It is further preferred that fixed block 3 is set on the top surface of lifter plate 131, the first driving that driving feeding shaft 2 rotates
Device 14 is arranged in the lower surface of lifter plate 131, and the bottom of the rotating shaft of feeding shaft 2 connects through fixed block 3 and lifter plate 131
Rotating shaft 21 is fixed on fixed block 3 in the first driver 14, and by bearing.For the first driver 14, it is preferably
Motor.
As the preferred embodiment of link configuration, link configuration is wiring board specialty glue or adhesive tape, or prior art
Middle other press fit devices, adhering fixture.
Preferably, in addition to vertically three the second transition being located on the level table of frame 1
Wheel 42, three the second transition wheels 42 respectively positioned at deviation correcting device 12 and presser device 6 between, presser device 6 and transfer device it
Between between transfer device and electroplating bath.The setting of second transition wheel 42 causes substrate to have more windings in course of conveying
Point, it is easy to change substrate conveying direction.
, can also be only between deviation correcting device 12 and presser device 6 as deformation, or presser device 6 and transfer device
Between, or the second transition wheel 42 is set between transfer device and electroplating bath.Set as the second transition wheel 42 it is several, according to tool
In body service condition depending on the landline of substrate.
Embodiment 3
The present embodiment provides a kind of continuous vertical plating production line, including
Feed system, for continuously output substrate；
Electroplanting device, there is electroplating bath and conveying mechanism, for carrying out electricity to the substrate in feed system input electroplating bath
Plating；
Material-receiving system, for continuously that the substrate collection transferred out in electroplating bath is coiled；
Feed system is any one continuous conveying system described in embodiment 2.
The continuous vertical plating production line of said structure, any one friction feeding system described in embodiment 2 is employed,
During so that this electroplating assembly line not shut down in electroplating bath, the plate time is changed in shortening, while adds the buffer time for changing plate process,
Plate efficiency is changed in raising, so as to realize the friction feeding of vertical plating production line, plating and rewinding, improves the work of electroplating assembly line
Efficiency.
Obviously, above-described embodiment is only intended to clearly illustrate example, and is not the restriction to embodiment.It is right
For those of ordinary skill in the art, can also make on the basis of the above description it is other it is various forms of change or
Change.There is no necessity and possibility to exhaust all the enbodiments.And the obvious change thus extended out or
Among changing still in the protection domain of the invention.
Claims (14)
- A kind of 1. friction feeding system, it is characterised in that including：Frame (1)；At least one feeding shaft (2), is arranged vertically on the level table of the frame (1), can be in the horizontal direction Rotate and vertically move up and down, for being arranged substrate volume；Presser device (6), is passed through for substrate, and suppresses the head and the tail both ends for the adjacent substrate of volume two for coming from feeding shaft (2)； It includes being arranged on the riser (61) on level table；At least two pressing plate parts being movably arranged on respectively on the riser (61) (62), plate space was formed respectively between at least two pressing plate parts and the riser (61)；For driving the pressing plate part (62) Change the drive device (63) of the size for crossing plate space；Link configuration, during the head and the tail both ends for suppressing the adjacent substrate of volume two in presser device, by the head of the adjacent substrate of volume two Tail both ends link together；Transfer device, the feeding shaft (2) is arranged between electroplating bath, the substrate for feeding shaft (2) to be come out passes through institute The plate space of crossing for stating presser device (6) is transferred in electroplating bath；The transfer device includesAt least two First Transition wheels (41), it is arranged vertically at one end of the level table of the frame (1)；At least one segment difference wheel (5), it is arranged vertically at the other end of the level table of the frame (1), the segment difference Wheel (5) can be slided towards First Transition wheel (41) direction, with buffer be wrapped in the First Transition wheel (41) with it is described The length of substrate between segment difference wheel (5)；Tensioning apparatus (9), it is arranged in the frame (1), same one end of frame (1) is located at the segment difference wheel (5), it is and described Segment difference wheel (5) is fixedly connected, and the segment difference wheel (5) can be driven to be directed away from First Transition wheel (41) the direction movement, with Tensioning is wrapped in the substrate on the segment difference wheel (5)；The substrate is wrapped on First Transition wheel (41) and segment difference wheel (5) successively in fold-line-shaped, most afterwards through a First Transition Wheel (41) is delivered in the electroplating bath.
- 2. friction feeding system according to claim 1, it is characterised in that：The pressing plate part (62) is two, is the first pressing plate part (621) and the second pressing plate part (622)；The first pressing plate part (621) forms first with the riser (61) and crosses plate space；The second pressing plate part (622) forms second with the riser (61) and crosses plate space；The drive device (63) is two, is first driving means (631) and the second drive device (632), and described first drives Dynamic device (631) is used to drive the first pressing plate part (621) to move；Second drive device (632) is used to drive described second Pressing plate part (622) moves.
- 3. friction feeding system according to claim 1, it is characterised in that the pressing plate part (62) is pressing plate shaft, described The one side of pressing plate shaft towards the riser (61) is plane.
- 4. friction feeding system according to claim 2, it is characterised in that the first pressing plate part (621) and described Two pressing plate parts (622) extend each along the riser (61) in vertical direction, the first pressing plate part (621) and second pressure Plate (622) is arranged side by side in the horizontal direction.
- 5. the friction feeding system according to any one of claim 2-4, it is characterised in that the first driving means (631) and/or second drive device (632) is cylinder, the cylinder and the first pressing plate part (621) and described second Pressing plate part (622) is arranged on not on ipsilateral of the riser (61), the projecting shaft of the cylinder through the riser (61) and It is connected on the first pressing plate part (621) and the second pressing plate part (622).
- 6. the friction feeding system according to any one of claim 2-4, it is characterised in that：The installation of the riser (61) Vertical groove (64) is opened up on the side of first pressing plate part (621) and the second pressing plate part (622), the vertical groove (64) is located at Between the first pressing plate part (621) and the second pressing plate part (622).
- 7. the friction feeding system according to any one of claim 1-4, it is characterised in that：The transfer device also wraps Include：Track groups, it is arranged on the table top of the frame (1), there are at least two horizontally extending tracks (7)；Mounting seat (8), bottom are arranged on two tracks (7) of the track groups, and at least one segment difference wheel (5) is fixed on On the mounting seat (8).
- 8. the friction feeding system according to any one of claim 1-4, it is characterised in that：The segment difference wheel (5) is at least For two, the First Transition wheel (41) is at least three.
- 9. friction feeding system according to claim 7, it is characterised in that：Also include：Detection means, for detecting default segment difference wheel (5) relative to the distance between default First Transition wheel (41) data；Arrangements for speed regulation, the rotating speed of the first driver for driving feeding shaft (2) rotation according to range data adjustment, So that the speed of output substrate is identical with the speed of the electroplating bath inner driver conveying substrate on the feeding shaft (2).
- 10. friction feeding system according to claim 9, it is characterised in that：Also includeFixed plate (10), it is arranged vertically in the mounting seat (8)；The detection means is displacement transducer (11), and institute's displacement sensors are arranged on the frame (1) level table, and It is located at same one end with the tensioning apparatus (9).
- 11. friction feeding system according to claim 7, it is characterised in that：Also include limit assembly, positioned at the track Between two tracks (7) of group, for limiting sliding distance of the segment difference wheel (5) on the track (7).
- 12. the friction feeding system according to any one of claim 1-4, it is characterised in that：Also includeLowering or hoisting gear (13), for driving the feeding shaft (2) vertically to move up and down；Deviation correcting device (12), it is arranged on the frame (1) level table, and is filled positioned at the feeding shaft (2) and the pressing plate Between putting (6), whether height where the top edge for detecting the feeding shaft (2) output substrate reaches a reference value, and controls The lowering or hoisting gear (13) moves up and down, to adjust height where the top edge of the feeding shaft (2) output substrate.
- 13. friction feeding system according to claim 12, it is characterised in that：Also include being arranged on the machine along vertical put At least one second transition wheel (42) on the level table of frame (1),At least one second transition wheel (42) is between the deviation correcting device (12) and the presser device (6)；And/orBetween the presser device (6) and the transfer device；And/orBetween the transfer device and the electroplating bath.
- A kind of 14. continuous vertical plating production line, it is characterised in that including：Feed system any one of claim 1-13, for continuously output substrate；Electroplanting device, there is electroplating bath and conveying mechanism, the substrate for being inputted to the feed system in the electroplating bath enters Row plating；Material-receiving system, for continuously that the substrate collection transferred out in the electroplating bath is coiled.
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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 |
|---|---|---|---|
| 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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| Publication Number | Publication Date |
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| CN105603482A CN105603482A (en) | 2016-05-25 |
| CN105603482B true 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 |
-
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. |