CN205529125U - Electroplate device and in succession perpendicular electroplating production line - Google Patents

Abstract

The utility model discloses an electroplate device and in succession perpendicular electroplating production line, wherein, the electroplating device includes the frame, and the plating bath of setting in the frame sets up the conveyer belt in the plating bath, and the drive and transmission area drives the actuating mechanism that the base plate on fixing bottom the conveyer belt removed in the plating bath to and the stop gear of setting in the frame, in succession perpendicular electroplating production line includes continuous feeding system, foretell electroplating device and receives the material system in succession, remove the in -process at the conveyer belt, stop gear can restrict the conveyer belt downstream for the conveyer belt remains throughout in the plating bath and moves on same height, and then makes the base plate fix on conveyer belt bottom edge move on same height, ensures the base plate and is electroplated uniformly in the plating bath, improves the electroplating performance of electroplating the device.

Description

A kind of electroplanting device and continuously vertical plating production line

Technical field

This utility model relates to the vertical electroplating technology field of wiring board, is specifically related to a kind of electroplanting device And continuous vertical plating production line.

Background technology

Such as in the vertical plating production line of the sheet materials such as the pcb board of prior art, substrate is through feed system Be delivered in electroplating bath, the conveyer device arranged in electroplating bath drive substrate the most constantly to Front movement, after electroplating substrate is complete, the outlet of the most electroplated device of substrate exports to material-receiving system.

At present, the conveyer device arranged in electroplating bath mainly includes drivewheel, driven pulley and conveyer belt, Conveyer belt is wrapped between drivewheel and driven pulley in the horizontal direction, the top of the substrate in entrance electroplating bath Edge, portion by holder on the bottom margin of conveyer belt, motor drive drivewheel rotate time, Drivewheel drives substrate to run forward in electroplating bath, it is achieved the electroplating process of substrate.

But, in above-mentioned electroplanting device, the top of substrate is fixed on the bottom of conveyer belt, transmits Band is in running, and substrate constantly applies the active force pulled down to conveyer belt, easily makes to pass Band is sent to move downward so that sustained height can not be kept when substrate moves in electroplating bath to run, nothing Substrate is electroplated by method equably, causes plating metacoxal plate not reach necessary requirement.

Utility model content

What technical problem to be solved in the utility model was wiring board in prior art vertically electroplates base Sustained height can not be kept when plate moves in electroplating bath to run.

To this end, this utility model provides a kind of electroplanting device, including

Frame；

Electroplating bath, is arranged in described frame, has substrate input, the inlet and outlet of output；

Conveyer belt, is arranged in described electroplating bath, for driving fixing substrate on its bottom in institute Move in the horizontal direction in stating electroplating bath；

Position-limit mechanism, is arranged in described frame, for when described conveyer belt moves, limits described Conveyer belt moves downward.

Above-mentioned electroplanting device, described position-limit mechanism includes

At least one first connecting plate, is arranged vertically at the top of the outside wall surface of described conveyer belt On；

At least one first guide wheel, has the first gathering sill, is arranged on the top of described first connecting plate On；

At least one second guide wheel, has the second gathering sill, is arranged on the bottom of described first connecting plate On, described second gathering sill is relative with described first gathering sill, to form the first plate space；

Spacing guidance set, is fixed in described frame, it is possible to inserts described first in the horizontal direction and inserts Board space, top matches with described first gathering sill as the first track, and bottom is as the second track Match with described second gathering sill, make described first guide wheel and the second guide wheel respectively at described first rail Slide on road and the second track.

Above-mentioned electroplanting device, described spacing guidance set includes

Track plates, inserts described first plate space in the horizontal direction, top as described first track, Bottom is as described second track；

Fixed block, is fixed in the outside wall surface of described track plates, and described first plate space is stretched out in one end Outer and be fixed in described frame.

Above-mentioned electroplanting device, described fixed block is hollow elongate plate, top and described first guide wheel Between reserved first gap, reserved second gap between bottom and described second guide wheel.

Above-mentioned electroplanting device, the top surface of the initiating terminal of described track plates and lower surface are all in inclining Skewed surface, the height of described initiating terminal is less than the height of other parts of described track plates.

Above-mentioned electroplanting device, described conveyer belt includes

Two horizontal segments；

First arc-shaped transition section, the one end with two described horizontal segments is connected respectively, is wrapped in described master On driving wheel outer wall, near described import；

Second crosses the arc section of crossing, and the other end with two described horizontal segments is connected respectively, is wrapped in described On driven pulley outer wall, near described outlet.

Above-mentioned electroplanting device, described position-limit mechanism is arranged on described horizontal segment and/or described first arc On changeover portion.

Above-mentioned electroplanting device, described substrate is fixed on the bottom margin of described conveyer belt by fixture.

Above-mentioned electroplanting device, described fixture includes

Installing plate, is arranged in the bottom outer wall of described conveyer belt, described conveyer belt has the first folder Hold portion；

Clamping plate, top is hinged on a mounting board by the first hinge member, has from the first hinge member The second clamping part downwardly extended, described second clamping part is relative with described first clamping part；

Second connecting plate, one end is hinged on a mounting board by the second hinge member；

Performing bar, have actuating station and hinged end, its hinged end is hinged on institute by the 3rd hinge member Stating on the other end of connecting plate, its hinged end is hinged on the top of described clamping plate by the 4th hinge member On；

Resetting-mechanism, one end is arranged on described installing plate, and the other end is arranged on holding of described execution bar Between row end and hinged end；

Described clamping plate, the second connecting plate and execution bar form double rocking lever by aforementioned four hinge member Mechanism, when operating execution bar along a first direction, the second clamping part and the first clamping part are opened, Do not operate execution bar or along second direction operation perform bar time, resetting-mechanism drive the second clamping part with First clamping part Guan Bi.

Above-mentioned electroplanting device, described first clamping part is for being molded on described conveyer belt bottom margin also The first boss downwardly extended.

Above-mentioned electroplanting device, described second clamping part and described first clamping part are from being in closure state During to full open position, the distance that the outward flange of described second clamping part is vertically retracted is more than The height of the clamping face of described second clamping part.

Above-mentioned electroplanting device, described resetting-mechanism is spring, and one end of described spring hangs over described peace In the through hole of the first otic placode arranged on dress plate, the other end hangs over the second ear arranged on described execution bar In the through hole of plate.

Above-mentioned electroplanting device, described fixture also includes

Pinch roller, is set in the actuating station of described execution bar,

Locking member, for being fixed on described actuating station by described pinch roller.

Above-mentioned electroplanting device, forms the second plate space between described pinch roller and described installing plate；Also Including

Clamp device is opened in first guiding, is fixed in described frame, and is positioned at described first arc-shaped transition section With the junction of a described horizontal segment, there is first section of heading into；

Drive described fixture to guide through described first at described conveyer belt and open clamp device, described first The section of heading into is inserted in described second plate space, operates described execution bar in the first direction.

Above-mentioned electroplanting device, described first guides and opens to clamp and be set to arc, and described arc includes

Described first section of heading into；

First linkage section, is molded in described first section of heading in the horizontal direction；

First section of ejecting, is molded on described first linkage section in the horizontal direction；

The thickness of described first linkage section is more than described second plate space, described first section of heading into and institute The thickness stating first section of ejecting is respectively less than or is equal to the width in described second plate space.

Above-mentioned electroplanting device, also includes that clamp device is opened in the second guiding, is fixed in described frame, position In the junction of described second arc-shaped transition section Yu same described horizontal segment, there is second section of heading into；

Drive described fixture to guide through described second at described conveyer belt and open clamp device, described second The section of heading into is inserted in described second plate space, operates described execution bar in the first direction.

Above-mentioned electroplanting device, described second guides and opens to clamp and be set to arc, and described arc includes

Described second section of heading into；

Second linkage section, is molded in described second section of heading in the horizontal direction；

Second section of ejecting, is molded on described second linkage section in the horizontal direction；

The thickness of described second linkage section is more than described second plate space, described second section of heading into and institute The thickness stating second section of ejecting is respectively less than or equal to described second plate space.

This utility model provides a kind of vertical plating production line continuously, including

Friction feeding system, for output substrate continuously；

Electroplanting device, for electroplating the substrate in described friction feeding system input electroplating bath；

Material-receiving system continuously, for continuously by the substrate collection rolling of output in described electroplating bath；

Described electroplanting device is the electroplanting device described in any of the above-described item.

The technical scheme that this utility model provides, has the advantage that

1. the electroplanting device that this utility model provides, including frame, the electroplating bath being arranged in frame, if Put the conveyer belt in electroplating bath, and the position-limit mechanism being arranged in frame.At conveyer belt moving process In, position-limit mechanism can limit conveyer belt and move downward so that conveyer belt remains in electroplating bath Sustained height runs, and then makes to be fixed on the substrate on conveyer belt bottom margin at sustained height Upper operation, it is ensured that substrate is electroplated in electroplating bath equably.

2. the electroplanting device that this utility model provides, position-limit mechanism includes at least one first connecting plate, extremely Few first guide wheel, at least one second guide wheel and spacing guidance set, the first connecting plate is along vertically Direction is fixed on the top of conveyer belt outside wall surface, and the first guide wheel and the second guide wheel are separately fixed at first On the top of connecting plate and bottom, the first gathering sill of the first guide wheel and the second gathering sill of the second guide wheel Relatively, to form the first plate space, spacing guidance set is fixed in frame, and top is as first The first track that gathering sill slides, the second track slided as the second gathering sill in bottom.Conveyer belt exists When moving in electroplating bath, the first guide wheel slides on the first track, and the second guide wheel is sliding on the second track Dynamic, by the limitation in height of conveyer belt in frame, thus limit conveyer belt and move downward, simultaneously first The movement locus of conveyer belt is played guide effect by track and the second track.

3. the electroplanting device that this utility model provides, in electroplating bath, substrate is fixed on conveyer belt by fixture On bottom margin, fixture includes installing plate, clamping plate, the second connecting plate, performs bar and resetting-mechanism, The top of clamping plate is hinged on a mounting board near one end of installing plate, and one end of remotely mounted plate is hinged on Perform on the hinged end of bar, to form double rocker mechanism；One end of resetting-mechanism is arranged on a mounting board, The other end is arranged on execution bar, when operating execution bar along a first direction, and the second clamping of clamping plate Portion opens with the first clamping part, when not operating execution bar or performing bar along second direction operation, multiple Position mechanism drives the second clamping part and the first clamping part Guan Bi.That is, the fixture of this structure, only need to be When opening fixture, apply an active force, afterwards without external forces to performing bar, it becomes possible to Under the self-acting of resetting-mechanism, fixture is made to be in closure state and keep this closure state, thus simple Change the operating process opening or closing fixture, it is simple to by the substrate clamping in entrance electroplating bath at fixture On.

4. the electroplanting device that this utility model provides, above-mentioned fixture, the second clamping part and the first clamping part In time being in closure state to full open position, the outward flange of the second clamping part is vertically retracted Distance more than the height of clamping face of the second clamping part.It is arranged vertically at several fixtures When clamping wiring board on conveyer belt, when fixture is in full open position, the second clamping part is vertically Not having lap on direction and between the held top of substrate, the second clamping part will not shadow Ring the course of conveying that substrate is follow-up, also allow for picking and placeing substrate.

5. the electroplanting device that this utility model provides, above-mentioned fixture also includes being set in the execution performing bar Pinch roller on end and for the locking member that pinch roller is fixed in actuating station.Pinch roller and described installing plate it Between form the second plate space, frame is fixed the first guiding and opens clamp device, open clamp device and be positioned at biography Send the junction of the first arc-shaped transition Duan Yuyi horizontal segment of band, there is first section of heading into, transmitting Band drives fixture to guide through first and opens clamp device, and first section of heading into is inserted into the second plate space In, operation performs bar in the first direction, to open fixture by the substrate clamping in entrance electroplating bath at folder On tool, when conveyer belt continues to run forward, fixture will be disengaged from the first guiding and opens clamp device, is resetting Under the effect of mechanism, fixture is in closure state voluntarily, and then is fixed on bottom conveyer belt by substrate On.In like manner the junction in the second arc-shaped transition section Yu same level section arranges the second guiding and opens clamp device, Opening clamp device at conveyer belt through the second guiding, the second guiding is opened clamp device and can be opened by fixture, Substrate will be disengaged from the outlet output of the electroplated groove of fixture, it is achieved on conveyer belt, fixture automatically opening up and closing Close, improve the work efficiency of holder substrate.

6. the continuous vertical plating production line that this utility model provides, including friction feeding system, above-mentioned Electroplanting device and continuous material-receiving system, friction feeding system is for output substrate, electroplanting device continuously For the substrate in friction feeding system input electroplating bath is electroplated；Material-receiving system is for even continuously The substrate collection rolling that continuous ground will export in electroplating bath, to form continuous print vertical plating production line.This Vertical plating production line uses any of the above-described the electroplanting device recorded continuously so that conveyer belt is in plating Groove remains that sustained height runs, it is ensured that the substrate being fixed on conveyer belt bottom margin is at same height Run on degree so that substrate is electroplated in electroplating bath equably, improve the plating resistance of electroplating assembly line Energy；Meanwhile, the fixture that conveyer belt is arranged can automatically open up and close, and is automatically clamped in by substrate Unclamp on fixture or from fixture.

Accompanying drawing explanation

In order to be illustrated more clearly that this utility model detailed description of the invention or technical side of the prior art Case, will make simply the accompanying drawing used required in detailed description of the invention or description of the prior art below Introduce, it should be apparent that, the accompanying drawing in describing below is embodiments more of the present utility model, right From the point of view of those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to according to These accompanying drawings obtain other accompanying drawing.

The structural representation of the electroplanting device that Fig. 1 is provided by this utility model embodiment；

The installation knot of conveyer belt and fixture in the electroplanting device that Fig. 2 is provided by this utility model embodiment Structure schematic diagram；

Fig. 3 is the partial enlargement structure chart of conveyer belt in Fig. 2；

Fig. 4 is to install fixture and first in Fig. 2 on conveyer belt to guide the structural representation opening clamp device；

The structural representation of fixture in the electroplanting device that Fig. 5 is provided by this utility model embodiment；

The cross-sectional view of fixture in the electroplanting device that Fig. 6 is provided by this utility model embodiment；

In the electroplanting device that Fig. 7 is provided by this utility model embodiment, fixture is in opening and closing View, the figure being wherein positioned at left side is the schematic diagram that fixture is closed, and is positioned at right side Figure be the schematic diagram that fixture is in full open position.

Description of reference numerals: 1-frame；2-electroplating bath；3-conveyer belt；31-horizontal segment；32-the first arc Shape changeover portion；33-the second arc-shaped transition section；4-the first connecting plate；51-the first guide wheel；52-the second guide wheel； 6-track plates；7-fixed block；8-fixture；9-the first clamping part；10-clamping plate；101-connecting portion；102- Chuck；103-the second clamping part；11-the second connecting plate；12-performs bar；121-actuating station；122-cuts with scissors Connect end；123-the 3rd raised plate；124-the 4th raised plate；13-resetting-mechanism；14-installing plate；15- Pinch roller；16-locking member；17-the first raised plate；18-the second raised plate；19-the first installing hole；20- Second installing hole；21-the 3rd installing hole；22-the 4th installing hole；23-first guides and opens clamp device；231- First section of heading into；232-the first linkage section；233-first section of ejecting；24-second guides and opens clamp device； 25-corrosion-inhibiting coating；A-the second clamping part and the first clamping part are from being in closure state to full open position Time, the distance that the outward flange of the second clamping part is vertically retracted；The clamping face of b-the second clamping part Highly.

Detailed description of the invention

Below in conjunction with accompanying drawing, the technical solution of the utility model is clearly and completely described, aobvious So, described embodiment is a part of embodiment of this utility model rather than whole embodiments. Based on the embodiment in this utility model, those of ordinary skill in the art are not making creative work The every other embodiment obtained under premise, broadly falls into the scope of this utility model protection.

In description of the present utility model, it should be noted that term " " center ", " on ", D score, " left ", The orientation of the instruction such as " right ", " vertically ", " level ", " interior ", " outward " or position relationship are for based on accompanying drawing institute The orientation shown or position relationship, be for only for ease of description this utility model and simplify describe rather than Instruction or the hint device of indication or element must have specific orientation, with specific azimuth configuration and Operation, therefore it is not intended that to restriction of the present utility model.Additionally, term " first ", " second ", " the 3rd " is only used for describing purpose, and it is not intended that indicate or hint relative importance.

In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, Term " is installed ", " being connected ", " connection " should be interpreted broadly, and connects for example, it may be fixing, it is possible to Being to removably connect, or it is integrally connected；Can be to be mechanically connected, it is also possible to be electrical connection；Can Being to be joined directly together, it is also possible to be indirectly connected to by intermediary, can be the company of two element internals Logical.For the ordinary skill in the art, can understand that above-mentioned term is in this reality with concrete condition With the concrete meaning in novel.

Additionally, technical characteristic involved in this utility model difference embodiment disclosed below is only The conflict of not constituting each other just can be combined with each other.

Embodiment 1

As Fig. 1 shows, the present embodiment provides a kind of electroplanting device, including

Frame 1；

Electroplating bath 2, is arranged in frame 1, has substrate input, the inlet and outlet of output；

Conveyer belt 3, is arranged in electroplating bath 2, for driving fixing substrate on its bottom in plating Move in the horizontal direction in groove 2；

Position-limit mechanism, is arranged in frame 1, for when conveyer belt 3 moves, limits conveyer belt 3 Move downward.

The electroplanting device of said structure, in conveyer belt 3 moving process, position-limit mechanism can limit biography Band 3 is sent to move downward so that conveyer belt 3 remains in electroplating bath 2 and runs on sustained height, And then the substrate being fixed on conveyer belt 3 bottom margin is run on sustained height, it is ensured that substrate Electroplated equably in electroplating bath 2, improved the plating performance of electroplanting device.

As shown in Figures 2 and 3, as preferred embodiment, position-limit mechanism includes

At least one first connecting plate 4, on the top of the outside wall surface being arranged vertically at conveyer belt 3；

At least one first guide wheel 51, has the first gathering sill, is arranged on the top of the first connecting plate 4 On；

At least one second guide wheel 52, has the second gathering sill, is arranged on the bottom of the first connecting plate 4 On, the gathering sill of its gathering sill and the first guide wheel 51 is relative, forms the first plate space；

Spacing guidance set, is fixed in frame 1, it is possible to insert the first plate space in the horizontal direction, Matching as the first track and the first gathering sill in top, bottom is as the second track and the second gathering sill Match, make the first guide wheel 51 and the second guide wheel 52 slide on the first track and the second track respectively.

As deformation, the first above-mentioned connecting plate 4 can be one, two, three, four etc., At least one first guide wheel 51 and at least one second guide wheel 52 is set on each first connecting plate 4, Multiple first guide wheel 51 and the second guide wheel 52 can certainly be set on first connecting plate 4, only The first gathering sill and the second gathering sill is needed relatively and to form the first plate space.

It is further preferred that as it is shown on figure 3, spacing guidance set includes track plates 6 and fixed block 7, Track plates 6 inserts the first plate space in the horizontal direction, and top is as the first track, and bottom is as Two tracks；Fixed block 7 is fixed in the outside wall surface of track plates 6, and the other end stretches out the first plate space Outer and be fixed in frame 1.The top of track plates 6 is positioned at the first gathering sill, and bottom is positioned at second In gathering sill so that the first guide wheel 51 and the second guide wheel 52 on track plates 6 along with conveyer belt 3 Run and slide, conveyer belt 3 run height be limited on track plates 6, stop conveyer belt 3 to Lower motion.

As it is further preferred that fixed block 7 is hollow elongate plate, top and the first guide wheel 51 it Between reserved first gap, reserved second gap between bottom and the second guide wheel 52.Hollow strip plate interior Sidewall is fixed in the outside wall surface of track plates 6, and its outside wall surface is fixed in frame 1.Due to track plates 6 Top and bottom insert in the first gathering sill and the second gathering sill respectively so that the end of the first guide wheel 51 The top of portion and the second guide wheel 52 lays respectively on track plates 6, the first reserved gap and the second gap, It is easy to the first guide wheel 51 and time the second guide wheel 52 slides on track plates 6, the most hindered.

As the most preferably, top surface and the lower surface of the initiating terminal of track plates 6 are the most inclined Surface, the height of the initiating terminal of track plates 6 is less than the height of other parts of track plates 6.Transmitting Band 3 is when track plates 6, and the top surface of the initiating terminal of track plates 6 and lower surface are nauropemeter Face so that the height of the initiating terminal of track plates 6 is less than the height in the first plate space, it is easier to by rail The top of guidance tape 6 initiating terminal and bottom are inserted in the first gathering sill and the second gathering sill respectively, limit Moving downward of conveyer belt 3.

As the preferred implementation of conveyer belt 3, as in figure 2 it is shown, above-mentioned conveyer belt 3 includes two Individual horizontal segment 31, first crosses the arc section of crossing 32 and the second arc-shaped transition section 33, the first arc-shaped transition section 32 is that arc one end respectively with two horizontal segments 31 is connected, and is wrapped on drivewheel outer wall, and close The import of electroplating bath 2；Second arc-shaped transition section 33, the other end with two horizontal segments 31 is connected respectively, It is wrapped on driven pulley outer wall, and near the outlet of electroplating bath 2.

It is further preferred that above-mentioned position-limit mechanism is arranged on horizontal segment 31 and the first arc-shaped transition section 32 On, motionless in the position of electroplating bath 2 owing to going up drivewheel in the horizontal direction, and driven pulley is at electroplating bath 2 Interior position can be moved, such as, when needing tensioning conveyer belt 3, under the effect of tensioner, drive Driven pulley is directed away from drivewheel direction and moves, on driven pulley be wound around the second arc-shaped transition section 33 also with Moving of driven pulley and move in the horizontal direction, if arranging position restrainer in the second arc-shaped transition section 33 Structure, can cause driven pulley to move in the horizontal direction and carry out tensioning conveyer belt 3, so in the second arc mistake Position-limit mechanism preferably it is not provided with, on horizontal segment 31 and the first arc-shaped transition section 31 in the section of crossing 33 Position-limit mechanism is set, or position-limit mechanism is only set on horizontal segment 31 or only in the first arc-shaped transition section Position-limit mechanism is set on 32.

It should be noted that the track plates 6 of horizontal segment 31 correspondence is horizontal plate, now the first guide wheel 51 Moving along a straight line on track plates 6 with the second guide wheel 52, the motion of conveyer belt is played and is led by track plates 6 To effect so that substrate moves along a straight line in electroplating bath 2 along with conveyer belt.And the first arc-shaped transition The track plates 6 of section 32 correspondences is the arc matched with the first arc-shaped transition section 32 radian.That is, Conveyer belt 3 is not only suspended in frame 1 by spacing guide rail, limits conveyer belt 3 and moves downward, Also the movement locus of conveyer belt 3 is played guide effect.

It should be noted that the track plates 6 of horizontal segment 31 correspondence is horizontal plate, the first arc-shaped transition section The track plates 6 of 32 correspondences is the arc matched with the first arc-shaped transition section 32 radian.

As the variant embodiment of position-limit mechanism, position-limit mechanism can also be for be arranged in frame 1 Slide rail, and the slide block being arranged on slide rail, the side surface back to track of slide block is fixed on transmission With in the outside wall surface of 3；Or other slide construction or device in existing, only need to realize conveyer belt 3 In moving process, limit conveyer belt 3 and move downward.

As further preferred embodiment, substrate is fixed on the bottom of conveyer belt 3 by fixture 8 On edge.

It is further preferred that as shown in Figure 4, Figure 5 and Figure 6, fixture 8 includes

Installing plate 14, is arranged in the bottom outer wall of conveyer belt 3, conveyer belt 3 has the first clamping Portion 9；

Clamping plate 10, top is hinged on installing plate 14 by the first hinge member, has from first hinged The second clamping part that parts downwardly extend, the second clamping part 103 is relative with the first clamping part 9；

Second connecting plate 11, one end is hinged on installing plate 14 by the second hinge member；

Performing bar 12, have actuating station 121 and hinged end 122, its hinged end 122 is by the 3rd hinge Relay part is hinged on the other end of the second connecting plate 11, and its hinged end 122 is by the 4th hinge member It is hinged on the top of clamping plate 10；

Resetting-mechanism 13, one end is arranged on installing plate 14, and the other end is arranged on and performs holding of bar 12 Between row end 121 and hinged end 122；

Clamping plate the 10, second connecting plate 11 and execution bar 12 are formed double by aforementioned four hinge member Endplay device, when operating execution bar 12 along a first direction, the second clamping part 103 and the first clamping Portion 9 opens, when not operating execution bar 12 or performing bar 12 along second direction operation, and reset machine Structure 13 drives the second clamping part 103 to close with the first clamping part 9.

The fixture 8 of this structure, is made clamping plate 10 by four hinge members, is performed bar 12 and second Connecting plate 11 forms double rocker mechanism, and wherein, the second connecting plate 11 and clamping plate 10 are respectively as one Rocking bar, when operating execution bar 12 along a first direction, performs bar 12 and can drive the second connecting plate 11 Rotate with clamping plate 10 so that the second clamping part 103 of clamping plate 10 is in the first clamping part 9 and opens State；Do not operate when performing bar 12 or perform bar 12 along the direction operation contrary with first direction Time, under the effect of resetting-mechanism 13, resetting-mechanism 13 drives execution bar 12 to drive the second connecting plate 11 and clamping plate 10 towards opposite direction rotate so that the second clamping part 103 closes with the first clamping part 9, The top of substrate is clamped on fixture 8.

It is further preferred that the first clamping part 9 is for being molded on conveyer belt 3 bottom margin and to downward The first boss stretched.First boss coordinates the top of clamping substrate with the second clamping part 103 of clamping plate 10 Edge.

As deformation, can not bottom conveyer belt 3 on the first boss is set as the first clamping part 9, Can also directly using the outside wall surface of conveyer belt 3 as the first clamping part 9.

As being more preferably preferably carried out mode, as it is shown in fig. 7, the figure being positioned at left side in figure is the second folder Holding portion 103 and the first clamping part 9 is in closure state, the figure being positioned at right side is the second clamping part 103 Be in full open position with the first clamping part 9, the second clamping part 103 and the first clamping part 9 from from When closure state to full open position, the outward flange of the second clamping part 103 is vertically retracted Distance a more than the height b of clamping face of the second clamping part 103.That is, the second clamping part 103 The distance that outward flange vertically rises is more than the height of the clamping face of the second clamping part 103, if When a dry fixture 8 is arranged vertically at that on conveyer belt 3, clamping circuit board moves, at fixture 8 When full open position, the second clamping part 103 in the vertical direction and the held top sides of substrate Not having any lap between edge, the second clamping part 103 does not interferes with the conveying that substrate is follow-up Process, also allows for picking and placeing substrate.

The most preferably, the second clamping part 103 is directed away from the first clamping part 9 rotational angle is 0-100 Degree, distance a that the outward flange of the second clamping part 103 is vertically retracted accordingly is 0-15mm. Such as second clamping part 103 is directed away from angle that the first clamping part 9 rotates when being 50 degree, accordingly Distance a that the outward flange of the second clamping part 103 is vertically retracted is 7.5mm, now the second folder The width of the clamping face holding portion 23 is 4.5mm；And for example the second clamping part 103 is directed away from the first clamping When the angle that portion 9 rotates is 70 degree, the outward flange of the second clamping part 103 vertically contracts accordingly Distance a returned is 11mm etc., in a word, is in full open position at fixture 8, this structure Distance a that in fixture 8, the outward flange of the second clamping part 103 is vertically retracted, ratio is in prior art The distance vertically retracted of the outward flange of the second clamping part of fixture 8 the biggest.

As the preferred implementation of resetting-mechanism 13, resetting-mechanism 13 is spring, one end of spring Hanging in the through hole of the first otic placode arranged on installing plate 14, the other end hangs over and arranges on execution bar 12 The second otic placode through hole in.

As shown in Figure 5 and Figure 6, as the preferred implementation of the first hinge member, the first articulated section Part includes two the first raised plate 17, three first installing holes 19 and the first connectors.Wherein, two First raised plate 17 is horizontally set on installing plate 14, and is parallel to each other；Three the first installing holes 19 On the one end of the close installing plate 14 being opened in two the first raised plate 17 and clamping plate 10 top respectively, One end of the close installing plate 14 at clamping plate 10 top is inserted between two the first raised plate 17 so that three Individual first installing hole 19 is relative；First connector passes three the first installing holes 19, is pushed up by clamping plate 10 One end of the close installing plate 14 in portion is articulated with two the first raised plate 17.

Similarly, the second hinge member preferably includes 18, three the second installing holes of two the second raised plate 20 and second connector.Two the second raised plate 18 are horizontally set on installing plate 14, and the most flat OK；Three the second installing holes 20 are opened in two the second raised plate 18 and the second connecting plate 11 respectively On one end of installing plate 14, one end of the close installing plate 14 of the second connecting plate 11 inserts two Between second raised plate 18 so that three the second installing holes 20 are relative；Second connector passes three Second installing hole 20, is articulated with two second by one end of the close installing plate 14 of the second connecting plate 11 Raised plate 18.

Similarly, the 3rd hinge member preferably includes 123, three the 3rd installing holes of two the 3rd raised plate 21 and the 3rd connector.Two the 3rd raised plate 123 are arranged horizontally at the bottom performing bar 12 On, as a part for hinged end 122, three the 3rd installing holes 21 be opened in respectively two the 3rd convex On the other end of the remotely mounted plate 14 playing plate 123 and the second connecting plate 11, the second connecting plate 11 The other end of remotely mounted plate 14 inserts between two the 3rd raised plate 123 so that three the 3rd installations Hole 21 is relative；Two the 3rd raised plate 123 are cut with scissors by the 3rd connector through three the 3rd installing holes 21 It is connected to the other end of the remotely mounted plate 14 of the second connecting plate 11.

Similarly, the 4th hinge member preferably includes 124, three the 4th installing holes of two the 4th raised plate 22 and the 4th connector.Four the 4th raised plate 124 are arranged horizontally at the bottom performing bar 12 On, and be parallel to each other, form hinged end 122 with two the 3rd raised plate 123；4th installing hole 22 On the one end of the remotely mounted plate 14 being opened in the 4th raised plate 124 and clamping plate 10 top respectively, folder One end of the remotely mounted plate 14 at plate 10 top is inserted between two the 4th raised plate 124 so that three Individual 4th installing hole 22 is relative；4th connector is the 4th convex by two through three the 4th installing holes 22 Play one end that plate 124 is hinged on the remotely mounted plate 14 at clamping plate 10 top.

As the deformation of hinge member, above-mentioned the first hinge member, the second hinge member, the 3rd hinge Relay part and the 4th hinge member can also be other hinge members of the prior art, as long as four Hinge member coordinates the top by the second connecting plate 11, execution bar 12 and clamping plate 10 to form double rocking lever Mechanism.

It is further preferred that the first connector is rivet, or other connector, the most hinged spiral shell Bolt or screw.Similarly, the second connector, the 3rd connector and the 4th connector all can preferably rivetings Nail, or link bolt etc..

As the preferred embodiments of clamping plate 10, as shown in Figure 6, clamping plate 10 include connecting portion 101, Chuck 102 and the second above-mentioned clamping part 103.Wherein, the close installing plate 14 of connecting portion 101 One end is hinged in the first raised plate 17, and the other end of remotely mounted plate 14 is hinged on and performs bar 12 In 4th raised plate 124；Chuck 102 is molded on the bottom of connecting portion 101, and with installing plate 14 Bottom preset clearance, between its inner surface and installing plate 14 formed gap；Second clamping part 103 becomes Type is on the bottom interior surface of chuck 102, and towards installing plate 14 side.

Further preferred embodiment, the second clamping part 103 is that horizontally extending second is convex Platform, and relative with the first boss.

Preferably, above-mentioned chuck 102 and the wall of the second clamping part 103 arrange corrosion-inhibiting coating 25, Such as Teflon coating, when preventing clamping wiring board in electroplating bath 2, is plated solution corrosion, right Fixture 8 plays a protective role.

As the most preferred embodiment, fixture 8 also includes pinch roller 15 and locking member 16, pinch roller 15 are set in the actuating station 121 performing bar 12, and locking member 16 is for being fixed on execution by pinch roller 15 On end 121, such as having step on actuating station 121 top, pinch roller 15 is set in actuating station 121, It is resisted against bottom it on this step, with nut, pinch roller 15 is fixed in actuating station 121.

It is further preferred that form the second plate space between pinch roller 15 and installing plate 14, such as Fig. 2 Shown in Fig. 4, above-mentioned electroplanting device also includes that clamp device 23 is opened in the first guiding, is fixed on frame 1 On, and it is positioned at the first arc-shaped transition section 32 and junction of a horizontal segment 31, have first and head into Section 231；When conveyer belt 3 drives fixture 8 to guide open clamp device 23 through first, first section of heading into 231 are inserted in the second plate space, and operation performs bar 12 in the first direction, drives the second folder Hold portion 103 and be directed away from the first clamping part 9 direction rotation, open fixture 8.

Substrate enters in electroplating bath 2 through import, and along the first arc-shaped transition section 32 and a horizontal segment The tangential direction of the junction of 31 moves in electroplating bath 2, drives folder at conveyer belt 3 through the first guiding During device 23, the first section of heading into 231 enters in the second plate space, and operation performs bar in the first direction Fixture 8 is opened by 12, and the top of substrate is located in the first clamping part 9 and sky of the second clamping part 103 In, along with constantly running forward of conveyer belt 3, the fixture 8 opened departs from the first guiding and opens and clamp Putting 23, under the effect of resetting-mechanism 13, the second clamping part 103 closes with the first clamping part 9, will The top of substrate is clamped on fixture 8, and along with conveyer belt 3 in electroplating bath 2 constantly to Front operation.

Guide the preferred implementation opening clamp device 23 as first, as shown in Figure 4, the first guiding is opened Clamp device 23 is arc, and arc includes the first above-mentioned section of heading into 231, in the horizontal direction molding The first linkage section 232 in the first section of heading into 231, and be molded on the first linkage section 232 One section of ejecting 233, the thickness of the first linkage section 232 is more than the second plate space, the first section of heading into 231 It is respectively less than with the thickness of the first section of ejecting 233 or is equal to the width in the second plate space.

At conveyer belt 3 through this arc, the first section of heading into 231 is inserted in the second plate space, Operation performs bar 12 in the first direction, and along with the movement of conveyer belt 3, the first section of heading into 231 is along first Direction is gradually increased to the operating physical force performing bar 12, allows the second clamping part 103 be gradually toward away from the One clamping part 9 direction rotates, and increases gap therebetween, treats that fixture 8 arrives the first linkage section 232 Time, the thickness of the first linkage section 232 is more than the second plate space, gives in the first direction and perform bar 12 more Big operating physical force, to fully open fixture 8, now the top of substrate is located just at the first clamping part 9； Running forward along with conveyer belt 3, the thickness of the first section of ejecting 233 is empty less than or equal to the second plate again Between width, its to perform bar 12 operating physical force in the first direction gradually decrease, at resetting-mechanism 13 Effect under, the second clamping part 103 be increasingly towards first clamping part 9 direction rotate, treat fixture 8 from When opening the first section of ejecting 233, fixture 8 is of completely closed, and the top of substrate is clamped in fixture 8 On so that fixture 8 realizes automatically opening up and closing, by substrate clamping at fixture 8 on conveyer belt 3 On.

Similarly, also fixing the second guiding and open clamp device 24 in frame 1, it is positioned at the second arc mistake The section of crossing 33 and the junction of same horizontal segment 31, have second section of heading into, drive at conveyer belt 3 Fixture 8 is when second guides and open clamp device 24, and second section of heading into is inserted in the second plate space, Operation performs bar 12 in the first direction, is unclamped by substrate being gradually opened fixture 8, and substrate is along level side To continuing to run forward the outlet output of electroplated groove 2.

Clamp device 23 is opened in similar first guiding, and clamp device 24 preferably also arc, arc are opened in the second guiding Shape plate includes the second above-mentioned section of heading into, the second connection being molded in the horizontal direction in second section of heading into Section, and second section of ejecting being molded on the second linkage section, the thickness of the second linkage section is more than second Plate space, the thickness of second section of heading into and second section of ejecting is respectively less than or equal to the second plate space Width.

As deformation, first guide open clamp device 23 or second guide open clamp device 24 can also be for it The fixture of his structure, as long as in electroplating bath 2 import department, it is achieved opened by the fixture 8 on conveyer belt 3 And the top of substrate is clamped on fixture 8, in electroplating bath 2 exit, it is achieved by conveyer belt 3 Fixture 8 open, and substrate is departed from fixture 8 the most electroplated groove 2 outlet transfer out i.e. Can.

As the deformation of fixture 8, fixture can also be other fixtures of the prior art, only need to be by base The top of plate is fixed on the bottom margin of conveyer belt 3.

As the preferred implementation of conveyer belt 3, conveyer belt 3 is steel band, or of the prior art The conveyer belt of other materials can.The position-limit mechanism provided in the present embodiment is used not only in electroplating bath 2 On interior conveyer belt 3, it is also possible to being used in other conveyer device, the operation to conveyer belt is carried out Guide and limit.

Embodiment 2

The present embodiment provides a kind of vertical plating production line continuously, including

Friction feeding system, for output substrate continuously；

Electroplanting device, for electroplating the substrate in friction feeding system input electroplating bath 2；

Material-receiving system continuously, for continuously by the substrate collection rolling of output in electroplating bath 2；

Above-mentioned electroplanting device is any one electroplanting device described in embodiment 1.

This vertical plating production line uses any one electroplanting device described in embodiment 1 so that transmit At electroplating bath 2, band 3 remains that sustained height runs, it is ensured that be fixed on conveyer belt 3 bottom margin Substrate run on sustained height so that substrate is electroplated in electroplating bath 2 equably, improve electricity The plating performance of plating production line；Meanwhile, the fixture 8 conveyer belt 3 arranged can automatically open up and close Close, substrate be clamped in automatically on fixture 8 or unclamp from fixture 8.

Obviously, above-described embodiment is only for clearly demonstrating example, and not to embodiment party The restriction of formula.For those of ordinary skill in the field, the most also may be used To make other changes in different forms.Here without also all of embodiment being given With exhaustive.And the obvious change thus extended out or variation are created still in this utility model Protection domain among.

Claims (18)

1. an electroplanting device, it is characterised in that include

Frame (1)；

Electroplating bath (2), is arranged in described frame (1), has substrate input, the inlet and outlet of output；

Conveyer belt (3), is arranged in described electroplating bath (2), for driving fixing substrate on its bottom to move in the horizontal direction in described electroplating bath (2)；

Position-limit mechanism, is arranged in described frame (1), for when described conveyer belt (3) is mobile, limiting described conveyer belt (3) and move downward.

Electroplanting device the most according to claim 1, it is characterised in that: described position-limit mechanism includes

At least one first connecting plate (4), on the top of the outside wall surface being arranged vertically at described conveyer belt (3)；

At least one first guide wheel (51), has the first gathering sill, is arranged on the top of described first connecting plate (4)；

At least one second guide wheel (52), has the second gathering sill, is arranged on the bottom of described first connecting plate (4), and described second gathering sill is relative with described first gathering sill, to form the first plate space；

Spacing guidance set, it is fixed in described frame (1), described first plate space can be inserted in the horizontal direction, match with described first gathering sill as the first track in top, matching with described second gathering sill as the second track in bottom, makes described first guide wheel (51) and the second guide wheel (52) slide on described first track and the second track respectively.

Electroplanting device the most according to claim 2, it is characterised in that: described spacing guidance set includes

Track plates (6), inserts described first plate space in the horizontal direction, and top is as described first track, and bottom is as described second track；

Fixed block (7), is fixed in the outside wall surface of described track plates (6), and one end is stretched out outside described first plate space and is fixed in described frame (1).

Electroplanting device the most according to claim 3, it is characterized in that: described fixed block (7) is hollow elongate plate, reserved first gap between top and described first guide wheel (51), reserved second gap between bottom and described second guide wheel (52).

Electroplanting device the most according to claim 3, it is characterized in that: the top surface of the initiating terminal of described track plates (6) and the most inclined surface of lower surface, the height of described initiating terminal is less than the height of other parts of described track plates (6).

6. according to the electroplanting device according to any one of claim 1-5, it is characterised in that: described conveyer belt (3) includes

Two horizontal segments (31)；

First arc-shaped transition section (32), the one end with two described horizontal segments (31) is connected respectively, is wrapped on drivewheel outer wall, near described import；

Second arc-shaped transition section (33), the other end with two described horizontal segments (31) is connected respectively, is wrapped on driven pulley outer wall, near described outlet.

Electroplanting device the most according to claim 6, it is characterised in that: described position-limit mechanism is arranged in described horizontal segment (31) and/or described first arc-shaped transition section (32).

Electroplanting device the most according to claim 7, it is characterised in that: described substrate is fixed on the bottom margin of described conveyer belt (3) by fixture (8).

Electroplanting device the most according to claim 8, it is characterised in that: described fixture (8) includes

Installing plate (14), is arranged in the bottom outer wall of described conveyer belt (3), and described conveyer belt (3) has the first clamping part (9)；

Clamping plate (10), top is hinged on installing plate (14) by the first hinge member, having the second clamping part (103) downwardly extended from the first hinge member, described second clamping part (103) is relative with described first clamping part (9)；

Second connecting plate (11), one end is hinged on installing plate (14) by the second hinge member；

Perform bar (12), there is actuating station (121) and hinged end (122), its hinged end (122) is hinged on the other end of described connecting plate by the 3rd hinge member, and its hinged end (122) is hinged on the top of described clamping plate (10) by the 4th hinge member；

Resetting-mechanism (13), one end is arranged on described installing plate (14), and the other end is arranged between actuating station (121) and the hinged end (122) of described execution bar (12)；

Described clamping plate (10), the second connecting plate (11) and execution bar (12) form double rocker mechanism by aforementioned four hinge member, when operating execution bar (12) along a first direction, second clamping part (103) is opened with the first clamping part (9), when not operating execution bar (12) or performing bar (12) along second direction operation, resetting-mechanism (13) drives the second clamping part (103) to close with the first clamping part (9).

Electroplanting device the most according to claim 9, it is characterised in that: described first clamping part (9) is the first boss being molded on described conveyer belt (3) bottom margin and downwardly extending.

11. electroplanting devices according to claim 9, it is characterized in that: described second clamping part (103) and described first clamping part (9) are in time being in closure state to full open position, and the distance (a) that the outward flange of described second clamping part (103) is vertically retracted is more than the height (b) of the clamping face of described second clamping part (103).

12. according to the electroplanting device according to any one of claim 9-11, it is characterized in that: described resetting-mechanism (13) is spring, one end of described spring hangs in the through hole of upper the first otic placode arranged of described installing plate (14), and the other end hangs in the through hole of upper the second otic placode arranged of described execution bar (12).

13. according to the electroplanting device according to any one of claim 9-11, it is characterised in that: described fixture (8) also includes

Pinch roller (15), is set in the actuating station (121) of described execution bar (12),

Locking member (16), for being fixed on described actuating station (121) by described pinch roller (15).

14. electroplanting devices according to claim 13, it is characterised in that: form the second plate space between described pinch roller (15) and described installing plate (14)；Also include

Clamp device (23) is opened in first guiding, it is fixed in described frame (1), and it is positioned at the junction of described first arc-shaped transition section (32) and a described horizontal segment (31), there is first section of heading into (231)；

When described conveyer belt (3) drives described fixture (8) to guide open clamp device (23) through described first, described first section of heading into (231) is inserted in described second plate space, operates described execution bar (12) in the first direction.

15. electroplanting devices according to claim 14, it is characterised in that: it is arc that clamp device (23) is opened in described first guiding, and described arc includes

Described first section of heading into (231)；

First linkage section (232), is molded on described first section of heading into (231) in the horizontal direction；

First section of ejecting (233), is molded on described first linkage section (232) in the horizontal direction；

The thickness of described first linkage section (232) is more than described second plate space, and the thickness of described first section of heading into (231) and described first section of ejecting (233) is respectively less than or is equal to the width in described second plate space.

16. according to the electroplanting device described in claims 14 or 15, it is characterized in that: also include that clamp device (24) is opened in the second guiding, it is fixed in described frame (1), it is positioned at the junction of described second arc-shaped transition section (33) and same described horizontal segment (31), there is second section of heading into；

When described conveyer belt (3) drives described fixture (8) to guide open clamp device (24) through described second, described second section of heading into is inserted in described second plate space, operates described execution bar (12) in the first direction.

17. electroplanting devices according to claim 16, it is characterised in that: it is arc that clamp device (24) is opened in described second guiding, and described arc includes

Described second section of heading into；

Second linkage section, is molded in described second section of heading in the horizontal direction；

Second section of ejecting, is molded on described second linkage section in the horizontal direction；

The thickness of described second linkage section is more than described second plate space, and the thickness of described second section of heading into and described second section of ejecting is respectively less than or equal to described second plate space.

18. 1 kinds of continuous vertical plating production lines, including

Friction feeding system, for output substrate continuously；

Electroplanting device, for electroplating the substrate in described friction feeding system input electroplating bath (2)；

Material-receiving system continuously, for continuously by the substrate collection rolling of interior for described electroplating bath (2) output；

It is characterized in that: described electroplanting device is the electroplanting device according to any one of claim 1-17.