CN106476396B - Film pressing device and laminator - Google Patents
Film pressing device and laminator Download PDFInfo
- Publication number
- CN106476396B CN106476396B CN201610826443.5A CN201610826443A CN106476396B CN 106476396 B CN106476396 B CN 106476396B CN 201610826443 A CN201610826443 A CN 201610826443A CN 106476396 B CN106476396 B CN 106476396B
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- Prior art keywords
- film
- slide plate
- pressing
- roller
- printed board
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/0046—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by constructional aspects of the apparatus
- B32B37/0053—Constructional details of laminating machines comprising rollers; Constructional features of the rollers
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- Lining Or Joining Of Plastics Or The Like (AREA)
- Folding Of Thin Sheet-Like Materials, Special Discharging Devices, And Others (AREA)
Abstract
The present invention relates to technical field of automation equipment, more particularly to film pressing device and laminator, film pressing device is applied to be attached in printed board on laminator and by dry film, laminator includes mounting bracket, film pressing device includes the sliding rack being slidably mounted on mounting bracket, is installed on sliding rack pressing film roller, for driving sliding rack to be slided in mounting bracket so that pressing film roller abuts the sliding driving source of printing board surface and connect with pressing film roller and be used to drive pressing film roller rotation dry film to be attached to the source of rotational drive of printing board surface, source of rotational drive is installed on sliding rack.Present invention can assure that pressing film roller compress printed board when avoid printed board because in transmission process bent upon itself and cause and occur pad pasting overlapping, bending etc. it is bad, it is particularly suitable that pad pasting is carried out to flexible printed circuit, pad pasting yields and production efficiency can be greatly promoted.
Description
Technical field
The present invention relates to technical field of automation equipment more particularly to film pressing devices and laminator.
Background technology
Printed wiring board is important electronic unit, is the supporter of electronic component, is electronic component electrical connection
Carrier, printed wiring board develops to two-sided, multilayer and flexibility from single layer, and remains on respective development trend, by
Develop to high-precision, high density and high reliability direction in constantly, constantly reduce volume, reduce cost, improve performance so that
Printed wiring board still maintains powerful vitality in the development engineering of future electronic equipment.Wherein, printed wiring board exists
It needs to carry out patch dry film process before exposure, when the device of the prior art carries out patch dry film to printed wiring board, generally by not
Disconnected conveying printed circuit board moves forward, and then attaches on a printed circuit board dry film during Forward, completes in this way
To the pad pasting of printed circuit board.But when for flexible circuit board, since the material is soft for it, when conveying flexible print electricity
When the plate of road, end is easy nature bending, then when dry film attaches flexible circuit board, is accommodated in flexible circuit board
End occur pad pasting overlapping, bending etc. it is bad, to cause production product it is bad.
Invention content
The purpose of the present invention is to provide a kind of pad pasting module and laminators, it is intended to solve the prior art and be directed to flexible print
The technical problem for the problems such as pad pasting overlapping, bending easily occur when plate progress pad pasting and causing product undesirable.
To achieve the above object, the technical scheme is that：A kind of film pressing device is applied on laminator and by dry film
It is attached in printed board, the laminator includes mounting bracket, and the film pressing device includes being slidably mounted on the mounting bracket
Sliding rack, the pressing film roller being installed on the sliding rack, for driving the sliding rack to be slided in the mounting bracket so that
The pressing film roller abuts the sliding driving source of the printing board surface and is connect with the pressing film roller and be used to drive the pressure
The dry film to be attached to the source of rotational drive of the printing board surface, the source of rotational drive is installed on described for deflector roll rotation
On sliding rack.
Beneficial effects of the present invention：Dry film when work, is attached to printed board by a kind of film pressing device of the present invention in advance
End, film pressing device by slide driving source drive pressing film roller towards printed board direction move, until by pressing film roller drive to
It is pressed on the surface of the pre- printed board end for posting dry film, pressing film roller rotation is then driven by source of rotational drive, is realized on one side
Dry film attaching is carried out to printed board, the printed board that the dry film of conveying completion on one side attaches is delivered to next process and is processed.This
The film pressing device of invention can be by driving pressing film roller to be moved towards printed board direction to compress the pre- printed board for posting dry film, generation
Flexible printed circuit is delivered to the mode below pressing film roller for tradition, so, it can be ensured that keep away when pressing film roller compresses printed board
Exempt from printed board because in transmission process bent upon itself and cause and occur pad pasting overlapping, bending etc. it is bad, it is particularly suitable to be directed to
Flexible printed circuit carries out pad pasting, greatly promotes the yields to flexible printed circuit pad pasting；Meanwhile pad pasting process realizes automation,
Human cost can either be saved, and production efficiency can be improved, it is highly practical.
The present invention another technical solution be：A kind of laminator, including mounting bracket and it is installed on the upper of the mounting bracket
The film pressing device stated.
The laminator of the present invention, due to the use of above-mentioned film pressing device, so as to pass through the pressure for driving film pressing device
Deflector roll is moved towards printed board direction to compress the pre- printed board for posting dry film, and flexible printed circuit is delivered to press mold instead of tradition
Mode below roller, so, it can be ensured that pressing film roller compress printed board when avoid printed board because in transmission process itself
Bend and cause and pad pasting overlapping, bending occur etc. it is bad, it is particularly suitable to carry out pad pasting for flexible printed circuit, greatly promote pair
The yields of flexible printed circuit pad pasting；Meanwhile pad pasting process realizes automation, can either save human cost, and can improve
Production efficiency, it is highly practical.
Description of the drawings
Fig. 1 is the structural schematic diagram of laminator provided in an embodiment of the present invention.
Fig. 2 is in structure cutting when the first working condition for the film pressing device of laminator provided in an embodiment of the present invention
Figure.
Fig. 3 is in structure cutting when second of working condition for the film pressing device of laminator provided in an embodiment of the present invention
Figure.
Fig. 4 is that laminator provided in an embodiment of the present invention hides the structural schematic diagram after rack.
Fig. 5 is that laminator provided in an embodiment of the present invention hides another structural schematic diagram after rack.
The knot of each component before Fig. 6 is the preceding transportation section of laminator provided in an embodiment of the present invention and is installed on carriage
Structure schematic diagram.
Fig. 7 is the another of the preceding transportation section of laminator provided in an embodiment of the present invention and each component before being installed on carriage
One structural schematic diagram.
Fig. 8 is the partial enlargement structural representation at A in Fig. 2.
Fig. 9 is the partial enlargement structural representation at B in Fig. 3.
Figure 10 is the axis geodesic structure cut-away illustration of laminator provided in an embodiment of the present invention.
Figure 11 is the structural schematic diagram of the film pressing device of laminator provided in an embodiment of the present invention.
Figure 12 is another structural schematic diagram of the film pressing device of laminator provided in an embodiment of the present invention.
Figure 13 is the part-structure schematic diagram of the pre- film sticking apparatus of laminator provided in an embodiment of the present invention.
Figure 14 is another part structural schematic diagram of the pre- film sticking apparatus of laminator provided in an embodiment of the present invention.
Reference numeral includes：
10-rack 11-third, 20-transmission devices of sliding slot
21-preceding transportation sections 22-rear 30-vacuum generator of transportation section
40-control device 50-pad pasting, 51-mounting brackets of module
52-film pressing devices 60-pre- 61-pad pasting of film sticking apparatus disk
62-pre- pad pasting driving source 63-synchronous rotating shaft, 64-synchromesh gears
65-rack 66-dry film, 67-leading axles of axis
70-71-cutteves of film cutter 72-cut film driving source
73-protective cover 74-cutter, 80-centralising devices of avoiding hollow groove
81-the first centering plate the 82-the second centering plate 83-centering driving source
The upper Roller for sticking dust of 84-90-dust-extraction units of centering sensor 91-
92-lower Roller for sticking dust 93-upper binding dust paper roll 94-go up binding dust driving source
95-lower binding dust paper rolls 96-lower binding dust driving source 100-go up turning mechanism
101-102-roller 211 of plugging into-preceding carriages of rollover stand
212-preceding 213-nipper of conveying roller wheel assemblies 214-preceding feed drive source
221-rear carriages 222-rear 223-backgear of conveying roller component
224-rear the 511-the first empty avoiding of feed drive source mouth the 512-the second empty avoiding mouths
513-the first guide rail the 514-the second guide rail 515-third guide rail
516-517-castor of supporting rod, 518-knobs
521-522-pressing film roller of sliding rack, 523-sliding driving sources
524-525-pressure-driven of source of rotational drive source, 526-press mold gear assemblies
527-auxiliary conveying roller 528-rotary encoder, 529-dry film guiding pieces
611-612-arcwall faces of pad pasting disk vacuum hole 731-go out the edge of a knife
5211-the first slide plate 5213-the first sliding groove of the 5212-the second slide plate
5214-5215-connecting shafts of second sliding slot
P-printed board D-dry film.
Specific implementation mode
The embodiment of the present invention is described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning to end
Same or similar label indicates same or similar element or element with the same or similar functions.Below with reference to attached
The embodiment that Fig. 1~14 is described is exemplary, it is intended to for explaining the present invention, and is not considered as limiting the invention.
In the description of the present invention, it is to be understood that, term " length ", " width ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, and does not indicate or imply the indicated dress
It sets or element must have a particular orientation, with specific azimuth configuration and operation, therefore should not be understood as the limit to the present invention
System.
In addition, term " first ", " second " are used for description purposes only, it is not understood to indicate or imply relative importance
Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or
Implicitly include one or more this feature.In the description of the present invention, the meaning of " plurality " is two or more,
Unless otherwise specifically defined.
In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " fixation " etc.
Term shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；Can be that machinery connects
It connects, can also be electrical connection；It can be directly connected, can also can be indirectly connected through an intermediary in two elements
The interaction relationship of the connection in portion or two elements.It for the ordinary skill in the art, can be according to specific feelings
Condition understands the concrete meaning of above-mentioned term in the present invention.
As shown in Fig. 1 to Figure 14, film pressing device 52 is applied to make embodiment explanation on laminator below.
Film pressing device 52 provided in an embodiment of the present invention is used to dry film D being attached to printed board P, and printed board P can be
Flexible printed circuit P or hard printed board P.Laminator includes rack 10, is installed on the biography for conveying printed board P in rack 10
Device 20 is sent, is slidably connected with rack 10 and for dry film D to be attached at the pad pasting module 50 on the surfaces printed board P and for controlling
The control device 40 of transmission device 20 processed and the work of the electrical components of pad pasting module 50.Specifically, rack 10 for all parts into
Row installation can be equipped with panel and cover body according to specific requirements in the outside of rack 10, in this way can be to being installed on rack 10
Safety when all parts play the role of protection and water proof and dust proof and promote each component working.Control device 40 can be adopted
The electrical components of transmission device 20 and the electrical components of pad pasting module 50 are controlled with PLC or computer etc., it is described
Electrical components are generally motor, cylinder and sensor etc..Wherein, the electricity of the electrical components of transmission device 20 and pad pasting module 50
Dynamic component can have multiple, and according to the operation requirement of actual production, mutually electricity can will be carried out between multiple electrical components
Property connection, then electrical components will be electrically connected one by one with control device 40, it is right by control device 40 its purpose is to realize
Each electrical components are controlled, to realize automatically working.
As shown in Fig. 1~3 and Fig. 8~9, in the present embodiment, transmission device 20 includes being set to rack 10 to input along printed board P
Direction one end with the preceding transportation section 21 of pad pasting will be carried out in printed board P input chassis 10 and set on rack 10 it is defeated along printed board P
Rear transportation section 22 outside printed board P output racks 10 of the outgoing direction one end pad pasting will be completed.Specifically, the work of preceding transportation section 21
With being to realize that the printed board P for carrying out dry film D attachings will be needed to be transported in rack 10 carries out pad pasting for pad pasting module 50 to it, when
Pad pasting module 50 is completed after carrying out dry film D attachings to printed board P, and pad pasting module 50 can assist conveying to complete the print that dry film D is attached
For making sheet P to rear transportation section 22, the effect of rear transportation section 22 is then to realize that will complete the printed board P that dry film D is attached is transported to needs
In the equipment for carrying out next process processing to printed board P.Wherein, transmission device 20 passes through preceding transportation section 21 and rear transportation section 22
Combination, form conveying to printed board P pipeline systems, this kind of mode of production can accelerate processing efficiency.
As shown in Fig. 2~3 and Fig. 8~12, in the present embodiment, pad pasting module 50 includes being installed on rack 10 and positioned at preceding defeated
It send the mounting bracket 51 between section 21 and rear transportation section 22 and is installed on the film pressing device 52 of mounting bracket 51, film pressing device 52 includes
The sliding rack 521 that is slidably mounted on mounting bracket 51, the pressing film roller 522 being installed on sliding rack 521, for driving sliding rack
521 slide between preceding transportation section 21 and rear transportation section 22 so that pressing film roller 522 abuts the sliding driving source on the surfaces printed board P
523 and connect with pressing film roller 522 and for drive pressing film roller 522 rotation dry film D to be attached to the rotation on the surfaces printed board P
Driving source 524, source of rotational drive 524 are installed on sliding rack 521.Specifically, sliding driving source 523 can drive pressing film roller
522 are moved, and are abutted with pressure roller in this way, avoiding printed board P being delivered to, by driving the movement of pressing film roller 522 come to print
Making sheet P carries out pad pasting, causes because of occurring bending in transmission process medial end portions so as to effectively prevent printed board P flexible
The bad problem of pad pasting.It should be noted that cylinder or electric cylinders may be used in sliding driving source 523, it is specific according to equipment
It is formed come to cylinder, either electric cylinders are installed to realize that cylinder or electric cylinders driving sliding rack 521 move.Rotation driving
Servo motor may be used in source 524, and either the output shaft of the servo motor such as stepper motor or stepper motor passes through transmission parts
It is connect with pressing film roller 522 and the driving rotation of pressing film roller 522 can be realized, and then realize that compressing dry film D on one side is attached to printed board P's
Surface, the frictional force generated between printed board P when passing through rotation on one side, which drives, completes the printed board P Forwards that dry film D is attached.
The course of work of the laminator of the embodiment of the present invention is：The printed board P for carrying out pad pasting will be needed to be placed on transmission dress
It sets on 20 preceding transportation section 21, printed board P is delivered in rack 10 by preceding transportation section 21, and dry film D is attached to printed board P in advance
End, the film pressing device 52 of pad pasting module 50 drives pressing film roller 522 towards the direction of printed board P by sliding driving source 523
It is mobile, until driving pressing film roller 522 to the surface for being pressed on the pre- ends printed board P for posting dry film D, then driven by rotating
Dynamic source 524 drives pressing film roller 522 to rotate, the conveying in conjunction with preceding transportation section 21 to printed board P, realizes and is carried out on one side to printed board P
Dry film D is attached, and the rear transportation section 22 that the printed board P that dry film D is attached is delivered to transmission device 20 is completed in conveying on one side, is finally completed
Transportation section 22 is delivered to next process and is processed after the printed board P warps that dry film D is attached.
The laminator of the embodiment of the present invention can be by driving the pressing film roller 522 of film pressing device 52 towards the directions printed board P
Movement is to compress the pre- printed board P for posting dry film D, instead of flexible printed circuit P to be delivered to the mode of 522 lower section of pressing film roller, such as
This, it can be ensured that avoid printed board P to cause because of the bent upon itself in transmission process when pressing film roller 522 compresses printed board P
And it is bad pad pasting overlapping, bending occur etc., and it is particularly suitable to carry out pad pasting for flexible printed circuit P, it greatly promotes to flexible print
The yields of plate P pad pastings；Meanwhile pad pasting process realizes automation, can either save human cost, and production effect can be improved
Rate, it is highly practical.
As shown in Fig. 2~5 and Fig. 8~12, in the present embodiment, film pressing device 52 further includes connecting to be used in combination with pressing film roller 522
Dry film D is pressed in the pressure-driven source 525 on the surfaces printed board P in driving pressing film roller 522, pressure-driven source 525 is installed on cunning
In moving frame 521.Specifically, being acted on dry film D in order to ensure pressing film roller 522 can apply sufficiently large pressure, pass through pressure
The setting of driving source 525, you can drive pressing film roller 522 to move by the pressure-driven source 525, it is ensured that pressing film roller 522 will be done
Film D is pressed on the surface of printed board P, and then can ensure that dry film D is attached to the stability on the surfaces printed board P.It needs to illustrate
It is that pressure-driven source 525 can be that either electric cylinders are connect by cylinder or the output end of electric cylinders with pressing film roller 522 cylinder, i.e.,
Driving pressing film roller 522 can be achieved to move along a straight line.That is, driving pressing film roller 522 towards printing by cylinder or electric cylinders
It moves on the surface of plate P, you can realize and compress dry film D on the surface of printed board P, then the pressure applied is sufficiently large, further
Ensure that dry film D is attached to the reliability on the surfaces printed board P.
As shown in Fig. 2~5 and Fig. 8~12, in the present embodiment, film pressing device 52 further includes press mold gear assembly 526, press mold
There are two rollers 522, and two pressing film rollers 522 are vertically arranged up and down；Source of rotational drive 524 passes through press mold gear assembly 526
Upper surface and the following table for being connect with two pressing film rollers 522 and driving two pressing film rollers 522 that dry film D is pressed in printed board P respectively
Face.Specifically, press mold gear assembly 526 is by the modular construction that is formed of multiple gears engagement connection, plurality of gear can be with
It is that size is identical or of different sizes.The setting of two pressing film rollers 522 ensures the upper and lower surface realized to printed board P
Dry film D attachings are carried out, the pressing film roller 522 rotated by two can also convey printed board P.Pressure-driven source 525
When output shaft rotates, each gear rotation of a press mold gear assembly 526 is driven, wherein the two of press mold gear assembly 526 nibble
The gear of conjunction is fixedly connected with two adjacent ends of pressing film roller 522 respectively, passes through each gear of press mold gear assembly 526 in this way
Rotation two pressing film rollers 522 of drive can be realized rotate synchronously, and then two pressing film rollers 522 of driving can be realized dry film D
It is pressed in the upper and lower surface of printed board P respectively, and will complete to convey after the printed board P that dry film D is attached is continued on to
In section 22.
As shown in Fig. 2~5 and Fig. 8~12, in the present embodiment, sliding rack 521 include be oppositely arranged the first slide plate 5211,
Second slide plate 5212 and the connecting shaft 5215 being fixedly connected between the first slide plate 5211 and the second slide plate 5212；Pressing film roller
522 are movably connected between the first slide plate 5211 and the second slide plate 5212, and source of rotational drive 524 is installed on the first slide plate 5211
And with the first end of pressing film roller 522 be drivingly connected, pressure-driven source 525 be installed on the second slide plate 5212 and with pressing film roller 522
Second end be drivingly connected；The position corresponding with the first slide plate 5211 and the second slide plate 5212 of mounting bracket 51 is equipped with the first empty avoiding mouth
511 and the second empty avoiding mouth 512, the first slide plate 5211 and the second slide plate 5212 are respectively arranged on the first empty avoiding mouth 511 and the second empty avoiding
In mouth 512 and sliding driving source 523 is installed on the first slide plate 5211 or the second slide plate 5212 for driving the first slide plate
5211 and second slide plate 5212 respectively at sliding in the first empty avoiding mouth 511 and the second empty avoiding mouth 512.Specifically, the first slide plate
5211, the second slide plate 5212 and connecting shaft 5215 form sliding rack 521 in conjunction with connection, pacify for the remaining part of film pressing device 52
Dress.Wherein, the area of the first empty avoiding mouth 511 is more than the area of the first slide plate 5211, can ensure the first slide plate 5211 in this way
There can be enough dimensional slips in the first empty avoiding mouth 511.Similarly, the area of the second empty avoiding mouth 512 is more than the second slide plate
5212 area can ensure that the second slide plate 5212 can have enough dimensional slips in the second empty avoiding mouth 512 in this way.
Sliding rack 521 so can be realized to slide relative to rack 10, in this way, the component being installed on sliding rack 521 such as pressing film roller
522 i.e. slidably.And then realize that dry film D compressions are attached to printing by the top that printed board P is moved to by controlling pressing film roller 522
On plate P.
As shown in Fig. 2~5 and Fig. 8~12, in the present embodiment, film pressing device 52 further includes being installed on 5211 He of the first slide plate
The printed board P of completion dry film D attachings is conveyed between second slide plate 5212 and positioned at 522 rear of pressing film roller for auxiliary at least
One auxiliary conveying roller 527, it is each that conveying roller 527 is assisted to be drivingly connected by press mold gear assembly 526 and source of rotational drive 524.
Specifically, when dry film D compression is attached on printed board P by the pressing film roller 522 of film pressing device 52, need continuously to printed board P into
Row conveying continuously can carry out dry film D attachings, then passing through the auxiliary conveying roller being arranged in mounting bracket 51 to printed board P
527 rotate synchronously with pressing film roller 522, and this makes it possible to ensure by pressing film roller 522 and to complete the printed board P that dry film D is attached logical
It crosses the auxiliary conveying roller 527 to continue to convey, until being delivered on rear transportation section 22, such structure design, it is ensured that production is continuous not
Interruption, greatly improves production efficiency.It wherein, can be by multiple auxiliary conveying rollers 527 if there is multiple auxiliary conveying rollers 527
End is connected by pitch wheel in press mold gear assembly 526.
As shown in Fig. 2~5 and Fig. 8~10, in the present embodiment, film pressing device 52 further include be installed on the first slide plate 5211 or
The input terminal of rotary encoder 528 on second slide plate 5212, rotary encoder 528 is connect with press mold gear assembly 526, rotation
Encoder 528 is electrically connected with source of rotational drive 524.Specifically, the input terminal by rotary encoder 528 detects press mold gear
The rotating speed of gear in component 526, and the tach signal is directly or indirectly transmitted in source of rotational drive 524, it is given to and turns
The signal of dynamic 524 1 feedbacks of driving source, so that the control of source of rotational drive 524, which increases or reduce it, controls pressing film roller 522
Rotating speed, form moderate pressure and conveying speed to ensure to carry out dry film D to printed board P to compress the when of attaching.
As shown in Fig. 2~5 and Fig. 8~10, in the present embodiment, the upper and lower ends portion of the first slide plate 5211 is equipped with the first cunning
Slot 5213, the first empty avoiding mouth 511 position corresponding with the first sliding groove 5213 are equipped with first to be slidably matched with the first sliding groove 5213
Guide rail 513；The upper and lower ends portion of second slide plate 5212 is equipped with second sliding slot 5214, the second empty avoiding mouth 512 and second sliding slot
5214 corresponding positions are equipped with the second guide rail 514 being slidably matched with second sliding slot 5214.Specifically, by 5211 He of the first slide plate
Pass through the first sliding groove 5213 and the first guide rail 513 between second slide plate 5212 and the first empty avoiding mouth 511 and the second empty avoiding mouth 512
Cooperation and the cooperation of second sliding slot 5214 and the second guide rail 514, then may insure the first slide plate 5211 and the second slide plate
5212 can slide on the position of setting, it is ensured that the stability and reliability that sliding rack 521 moves.
As shown in Fig. 2~5, Fig. 8~10 and Figure 13~14, in the present embodiment, pad pasting module 50 further includes being respectively arranged on peace
51 internal upper parts and the pre- film sticking apparatus 60 of lower part are shelved, acting on for pre- film sticking apparatus 60 carries out dry film D attachings to printed board P
Before, the upper and lower surface that dry film D is attached to the ends printed board P by pre- film sticking apparatus 60 is first passed through, in this way as transmission fills
20 couples of printed board P are set to carry out conveying and can be realized carrying out dry film D to printed board P automatically and being sticked.Wherein, each pre- film sticking apparatus 60 wraps
It includes set on the pad pasting disk 61 for being used to adsorb dry film D between the first slide plate 5211 and the second slide plate 5212 and is connect with pad pasting disk 61
And the table for driving the movement of pad pasting disk 61 to be affixed on printed board P in advance close to its outer end with the dry film D that will be adsorbed on pad pasting disk 61
The pre- pad pasting driving source 62 in face.Specifically, dry film D is adsorbed on the surface of pad pasting disk 61 first, then pass through pre- pad pasting driving source
62 driving pad pasting disks 61 are moved towards the surface of printed board P, until the dry film D for being adsorbed on 61 surface of pad pasting disk is attached to printing
On the surface of plate P, pre- pad pasting driving source 62 is resetted in driving pad pasting disk 61, that is, completes the pre- pad pasting work to printed board P,
In, the pre- film sticking apparatus 60 for being set to the upper and lower part in mounting bracket 51 respectively carries out the upper and lower surface of printed board P
Dry film D is pasted in advance.Cylinder or electric cylinders may be used in pre- pad pasting driving source 62, it is preferred to use cylinder passes through the piston of cylinder in this way
Bar can control pad pasting disk 61 to be moved.It is pasted in advance by carrying out dry film D to printed board P, follow-up pressing film roller can be facilitated in this way
522 compress the dry film D of the pre- patch, and realize upper surface and following table that dry film D is gradually sticked to entire printed board P by rotating
Face.
As shown in Fig. 2~5, Fig. 8~10 and Figure 13~14, in the present embodiment, pre- film sticking apparatus 60 further includes being set to first
Synchronous rotating shaft 63 between slide plate 5211 and the second slide plate 5212, synchromesh gear 64 and difference set on 63 both ends of synchronous rotating shaft
Two racks 65 engaged with two synchromesh gears 64, one end of two racks 65 is fixed with the both ends of pad pasting disk 61 respectively to be connected
It connects.Specifically, when pad pasting disk 61 makes movement under the driving of pre- pad pasting driving source 62, then being connect with the both ends of pad pasting disk 61
Two racks 65 also make movement, realize and rotate with the synchromesh gear 64 that rack 65 coordinates, two synchromesh gears 64 drive together
It walks shaft 63 to rotate, can ensure that the mobile synchronization at 61 both ends of pad pasting disk in this way, and then ensure that part dry film D is attached to printed board P in advance
Surface when planarization more preferably.In the present embodiment, there are two pre- pad pasting driving sources 62, and two pre- pad pasting driving sources 62 are pacified respectively
Loaded on the first slide plate 5211 and the second slide plate 5212, and two pre- pad pasting driving sources 62 are cut with scissors with the both ends of pad pasting disk 61 respectively
It connects.Specifically, two pre- pad pasting driving sources 62 of setting can be synchronized and be driven to the both ends of pad pasting disk 61, synchronized then combining
Shaft 63, when may further ensure that pad pasting disk 61 moves, both ends are more steady.
As shown in Fig. 2~5, Fig. 8~10 and Figure 13~14, in the present embodiment, it is correspondingly arranged at 65 He of rack of the same side
The 62 angled setting of pre- pad pasting driving source.Specifically, rack 65 and the angle of 62 angle at an acute angle of pre- pad pasting driving source are arranged, this
Interference is produced when sample can act to avoid rack 65 between pre- pad pasting driving source 62, also to paste in advance by this kind of structure design
The direction that film driving source 62 drives pad pasting disk 61 mobile generates angle change, so as to according to the structure inside mounting bracket 51
Adaptively to be installed to pre- film sticking apparatus 60.
As shown in Fig. 1~3 and Fig. 8~10, in the present embodiment, the surface of pad pasting disk 61 is equipped with several for being connected to vacuum
Generator 30 is to carry out dry film D the pad pasting disk vacuum hole 611 of vacuumizing and adsorbing.Specifically, the pad pasting disk that pad pasting disk 61 is arranged
Vacuum hole 611 is connect by pipeline with vacuum generator 30, by the vacuum action of vacuum generator 30 dry film D is adsorbed
On the surface of pad pasting disk 61.Wherein, vacuum generator 30 can be arranged in rack 10 or outside rack 10, according to specific requirements
And it selectes.
In the present embodiment, 61 plate-like structure of pad pasting disk, and pad pasting disk 61 is equipped with arcwall face close to the end of printed board P
612.Specifically, the pad pasting disk 61 of platy structure has the surface area of bigger, more pad pasting disk vacuum holes can be set in this way
611, more preferably to the absorption stability to dry film D.Pad pasting disk 61 is equipped with arcwall face 612 close to the end of printed board P, in this way
Be conducive to pad pasting disk 61 preferably to support the dry film D for being adsorbed on its surface and printed board P under the driving of pre- pad pasting driving source 62
It connects, the end of pad pasting disk 61 will not generate interference with remaining part, reasonable in design, highly practical.
As shown in Fig. 2~5, Fig. 8~10 and Figure 13~14, in the present embodiment, pre- film sticking apparatus 60 further includes being deposited for rolling up
The dry film axis 66 of dry film D and leading axle 67 for guiding dry film D to be adsorbed on pad pasting disk 61, dry film axis 66 and leading axle 67
It is rotationally connected between the first slide plate 5211 and the second slide plate 5212.Specifically, dry film axis 66 is used to roll up the dry film D for being saved as volume
Volume, D volumes of dry film release dry film D by the guiding of leading axle 67 so that its end is adsorbed on the surface of pad pasting disk 61, certainly, dry film
D can also be further across the guiding of synchronous rotating shaft 63.In this way, dry film D rotates and applies stressed effect in pressing film roller 522
Under, gradually pull D volumes of rotation of dry film so that D volumes of dry film is constantly released dry film D and attached for printed board P, and production efficiency is very
It is high.
As shown in Fig. 2~3 and Fig. 8~10, in the present embodiment, pad pasting module 50 further include be set to 51 internal upper part of mounting bracket and
The film cutter 70 of lower part, film cutter 70 include be set to cutter 71 between the first slide plate 5211 and the second slide plate 5212 with
And it is installed on the first slide plate 5211 and/or the second slide plate 5212 and is connect with cutter 71 and for driving cutter 71 towards dry film D
It is mobile to cut film driving source 72 with cut dry film D.Specifically, when dry film D attaches the surface of full monoblock printed board P, startup is cut
Film driving source 72 cuts film driving source 72 and cutter 71 connected to it is driven to be cut towards dry film D, in this way, monolithic printed board P's is dry
Film D attaches work and completes.Wherein, the arrangement of cutter 71 is as the mode of pressing film roller 522 and pad pasting disk 61, each along machine
The width direction of frame 10 is arranged.
As shown in Fig. 2~3 and Fig. 8~10, in the present embodiment, cut there are two film driving sources 72, two are cut film driving source 72
It is respectively arranged on the first slide plate 5211 and the second slide plate 5212, and two are cut film driving source 72 and connected respectively with the both ends of cutter 71
It connects.Specifically, cut film driving source 72 by two while 71 both ends of cutter being driven to synchronize towards dry film D movements until cutting away dry
Film D ensures cutter in this way it is possible to prevente effectively from causing dry film D to be attached on cutter 71 because the both ends of cutter 71 are asynchronous
71 cut the reliability of film work.Further, it completes the dry film D after cutting to be then attracted on pad pasting disk 61, and waits for pad pasting
Disk 61 carries out pre- pad pasting work next time.It cuts film driving source 72 and preferably uses cylinder, electricity can also be used in other embodiment
Cylinder.
As shown in Fig. 2~3 and Fig. 8~10, in the present embodiment, film pressing device 52 further includes set on the first slide plate 5211 and the
Dry film guiding piece between two slide plates 5212 and along vertical two arranged up and down for guiding dry film D to be attached on printed board P
529, each dry film guiding piece 529 and pressure-driven source 525 connect and through pressure-driven source 525 drive with a corresponding pressing film roller
522 move in the same direction.Specifically, dry film D passes through the guiding of the dry film guiding piece 529, then right by pressing film roller 522
It compress and is attached on printed board P, can prevent dry film D the problems such as being overlapped before attaching to printed board P in this way, carry
It rises dry film D and is attached to the fluency on printed board P.
As shown in Fig. 1~3 and Fig. 8~9, in the present embodiment, pad pasting module 50 further includes vacuum generator 30, and pad pasting disk is true
Emptying aperture 611 is connect by pipeline (not shown) with vacuum generator 30.Specifically, the effect of vacuum generator 30 is take out very
Sky can ensure the dry film D that pending pre- pad pasting work can be adsorbed with the pad pasting disk 61 that it is connect by pipeline in this way.
In the present embodiment, the surface of dry film guiding piece 529 is equipped with several for being connected to vacuum generator 30 with to dry film D
Carry out the guiding piece vacuum hole (not shown) of vacuumizing and adsorbing.Specifically, the setting by guiding piece vacuum hole can be further
It prevents dry film D from the problems such as fold, overlapping occur, improves pad pasting quality.
In the present embodiment, sliding driving source 523 is telescopic cylinder, and the cylinder body of telescopic cylinder is fixedly connected on sliding rack 521
On, the end of the piston rod of telescopic cylinder is fixedly connected with mounting bracket 52 with the band when the piston rod of telescopic cylinder makees stretching motion
The dynamic sliding rack 521 being fixedly connected with the cylinder body of telescopic cylinder is slided relative to mounting bracket 51.In this way, it is entire that driving can be realized
Film pressing device 52 moves.
As shown in Fig. 2~3 and Fig. 8~10, in the present embodiment, film cutter 70 further includes set on the first slide plate 5211 and the
Between two slide plates 5212 and the protective cover 73 outside cutter 71 is enclosed, protective cover 73, which is equipped with, to be moved for cutter 71 to cut dry film
D's goes out the edge of a knife 731.Specifically, the effect of protective cover 73 can touch the cutter 71 to avoid extraneous component or staff,
It prevents damage cutter 71 or cutter 71 from damaging staff, security performance can be promoted.Wherein, the setting of the edge of a knife can be for cutting
Knife 71 stretches out when acting.
As shown in Fig. 2~3 and Fig. 8~10, in the present embodiment, film cutter 70 further includes set on the first slide plate 5211 and the
The cutter avoiding hollow groove 74 of cutting moving direction between two slide plates 5212 and positioned at cutter 71.Specifically, cutter avoiding hollow groove 74
Setting provides an activity space when on the one hand carrying out cutting work for cutter 71, it is ensured that diaphragm is smoothed out.On the other hand,
The setting of cutter avoiding hollow groove 74 can also avoid because cutting film driving source 72 drives moving out stroke and accidentally contacting for cutter 71
Other component, and then can effectively avoid the problem that occurring mutually damage between cutter 71 and remaining part.
As shown in Fig. 2~3 and Fig. 8~10, in the present embodiment, the side of mounting bracket 51 is equipped with third guide rail 515, rack 10
It is interior to be slidably connected equipped with the third sliding slot 11 arranged along its width direction, third guide rail 515 and third sliding slot 11 so that installing
Frame 51 is slided along the width direction of rack 10.Specifically, being made by being slidably matched between third sliding slot 11 and third guide rail 515
Obtaining mounting bracket 51 can slide relative to rack 10, then by pulling mounting bracket 51 that sliding can be realized, may be implemented in this way
Entire pad pasting module 50 is removed by sliding.It is convenient that pad pasting module 50 is assembled and safeguarded.
As shown in Fig. 1~3, Fig. 5 and Fig. 8~10, in the present embodiment, the side of mounting bracket 51, which is equipped with, is used to support mounting bracket
51 supporting rod 516, the bottom end of supporting rod 516 are equipped with the castor 517 slided for mounting bracket 51.Specifically, in sliding pad pasting
When module 50, due to being provided with castor 517 in the bottom end of supporting rod 516, castor 517 can be rotated relative to bottom surface, to
More rapidly pad pasting module 50 can be pushed and pulled.
As shown in figure 5, in the present embodiment, the outside of mounting bracket 51, which is equipped with, to be held for hand to push and pull mounting bracket 51 along rack 10
Width direction sliding knob 518.Specifically, staff can hold the knob 518, pushed with applying to mounting bracket 51
The power either pulled may be implemented to apply the power for pushing or pulling to entire pad pasting module 50 in this way, be conveniently operated, practicability
By force.
As shown in Fig. 4~7 and Fig. 8~10, in the present embodiment, preceding transportation section 21 includes preceding carriage 211, along preceding carriage
Several adjacent and ends before 211 extending direction is arranged on carriage 211 pass through the engagement connection of nipper wheel assembly 213
It preceding conveying roller 212 and is connect on preceding carriage 211 and with the gear of nipper wheel assembly 213 to drive each preceding conveying roller
The preceding feed drive source 214 of 212 rotations.Specifically, preceding feed drive source 214 can be stepper motor or servo motor etc.,
It is connect with the gear of nipper wheel assembly 213 by the output end in preceding feed drive source 214, nipper wheel assembly 213 includes multiple phases
Mutually engage and be fixedly connected on the gear of the end of a corresponding preceding conveying roller 212, that is to say, that each gear mesh should connect
Connect the end of conveying roller 222 after one.In this way, when one of nipper wheel assembly 213 gear rotates, you can drive remaining
Gear rotates, and can be completed each preceding conveying roller 212 is driven to turn in the same direction in this way, to realize that drive is placed on preceding conveying
Printed board P movements on roller 212.
As shown in Fig. 2~10, in the present embodiment, laminator further includes centralising device 80, and centralising device 80 includes setting respectively
It is used in combination in the first centering plate 81 of 211 width direction both sides of preceding carriage and the second centering plate 82, set on 211 lower section of preceding carriage
Whether centering sensor 84 positioned at the first centering plate 81 and the second centering plate 82 between and it is set to preceding defeated in detection printed board P
Send 211 lower section of frame for driving the first centering plate 81 and/or the second centering plate 82 to move so that pair that printed board P carries out centering is clamped
Middle driving source 83, centering driving source 83 are electrically connected with centering sensor 84.Specifically, cylinder may be used in centering driving source 83
Or electric cylinders, it is preferred to use cylinder.Centering sensor 84 senses its top when having printed board P, centering sensor 84 directly or
Person is given to 83 signal of centering driving source indirectly, and then centering driving source 83 at least controls the first centering plate 81 or the second centering plate 82
Middle movement, and clamp printed board P and realize centering, ensure that preceding transportation section 21 can smoothly, accurately by printed board P input in this way
Dry film D is carried out in rack 10 attaches work.
As shown in Fig. 2~10, in the present embodiment, there are two centering driving sources 83, and two centering driving sources 83 are respectively with
One centering plate 81 and the connection of the second centering plate 82 are to drive the first centering plate 81 and the second centering plate 82 towards opposite or opposite
It moves in direction.Specifically, the first centering plate 81 and the second centering plate 82 are respectively driven by two centering driving sources 83, it is right in this way
Faster, and stability is more preferable for middle process.Wherein, when needing centering, the first centering plate 81 and the second centering plate 82 are simultaneously towards print
It moves in the directions making sheet P.When completing centering, the first centering plate 81 and the second centering plate 82 are moved backwards to the directions printed board P simultaneously.
As shown in Fig. 2~3 and Fig. 6~10, in the present embodiment, laminator further includes being installed on preceding 211 end of carriage simultaneously
Close to the dust-extraction unit 90 of film pressing device 52, dust-extraction unit 90 is used to be removed powder to the printed board P before progress dry film D attachings
Dirt.Dust-extraction unit 90 includes before being installed on carriage 211 and at least one upper Roller for sticking dust 91 of vertical distribution corresponding up and down
With at least one lower Roller for sticking dust 92, upper Roller for sticking dust 91 and lower Roller for sticking dust 92 are connected to the upper and lower surface of printed board P respectively
And it is rotated with the movement of printed board P to paste the dust on the surfaces printed board P.Specifically, printed board P is in the defeated of preceding transportation section 21
It sending down and enters between Roller for sticking dust 91 and lower Roller for sticking dust 92, upper Roller for sticking dust 91 and lower Roller for sticking dust 92 abut mobile printed board P,
And the movement of doubling printed board P and rotate, in rotation process, the surface of upper Roller for sticking dust 91 and lower Roller for sticking dust 92 is bonded printing respectively
The dust on removal printed board P can be realized in the dust of the upper and lower surface of plate P in this way.Wherein, upper Roller for sticking dust 91 is under
The surface of Roller for sticking dust 92 is provided with the sticking glue-line of tool.
As shown in Fig. 2~3 and Fig. 6~10, in the present embodiment, dust-extraction unit 90 further include upper binding dust paper roll 93 and with it is upper
Binding dust paper roll 93 connects and for driving binding dust paper roll 93 to abut upper 91 surface of Roller for sticking dust to be bonded with 91 surface of Roller for sticking dust
It the upper binding dust driving source 94 of dust and lower binding dust paper roll 95 and is connect with lower binding dust paper roll 95 and for driving lower binding dust paper roll
95 abut lower 92 surface of Roller for sticking dust to be bonded the lower binding dust driving source 96 of the dust on 92 surface of lower Roller for sticking dust；Upper binding dust driving source 94
Before being mounted on lower binding dust driving source 96 on carriage 211.Specifically, the effect of upper binding dust paper roll 93 is to be bonded with Roller for sticking dust
Dust on 91, upper binding dust paper roll 93 abut 91 surface of Roller for sticking dust under the action of upper binding dust driving source 94, and with upper viscous
The rotation of dirt roller 91 and rotate, and then realize and the dust on 91 surface of upper Roller for sticking dust be bonded in the surface of upper binding dust paper roll 93, that
Removing thoroughly is completed to the dust of the upper surface of printed board P finally by replacing or removing upper binding dust paper roll 93.Similarly,
The effect of lower binding dust paper roll 95 is the dust on Roller for sticking dust 92, effect of the lower binding dust paper roll 95 in lower binding dust driving source 96 under bonding
92 surface of Roller for sticking dust under lower abutting, and rotated with the rotation of lower Roller for sticking dust 92, and then realize 92 surface of lower Roller for sticking dust
Dust is bonded in the surface of lower binding dust paper roll 95, then finally by replacing or removing lower binding dust paper roll 95 i.e. thoroughly to printing
The dust of the lower surface of plate P is completed to remove.
As shown in Fig. 2~10, in the present embodiment, laminator further includes 211 end of carriage and separate press mold before being installed on
The upper turning mechanism 100 of device 52, upper turning mechanism 100 include the rollover stand 101 plugged into preceding carriage 211 and be set to rollover stand
At least one roller 102 of plugging between 101 both ends, the both ends of rollover stand 101 and the both ends of preceding carriage 211 are hinged.Specifically,
Preceding transportation section 21 can plug into remaining equipment, then can by the rollover stand 101 by the upper turning mechanism of overturning 100,
Then preceding transportation section 21 and remaining equipment are plugged into, then overturning rollover stand 101 and resetting makes it plug into the equipment plugged into is needed.
Plug into roller 102 effect undertaking auxiliary conveying printed board P, to ensure before printed board P is delivered on conveying roller 212.
As shown in Fig. 2~10, in the present embodiment, rear transportation section 22 includes rear carriage 221, prolonging along rear carriage 221
Stretch the rear conveying that several adjacent and ends that direction is arranged on rear carriage 221 pass through the engagement connection of backgear component 223
Roller 222 and connect on rear carriage 221 and with the gear of backgear component 223 with drive it is each after conveying rotation it is rear defeated
Send driving source 224.Specifically, rear feed drive source 224 can be stepper motor or servo motor etc., pass through rear feed drive
The output end in source 224 is connect with the gear of backgear component 223, and backgear component 223 includes multiple intermeshings and fixed company
It is connected on the gear of the end of conveying roller 222 after corresponding one, that is to say, that conveying roller after each gear is correspondingly connected with one
222 end.In this way, when one of backgear component 223 gear rotates, you can drive remaining gear to rotate, in this way
Can be completed driving it is each after conveying roller 222 turn in the same direction, to realize printing that drive is placed on rear conveying roller 222
Plate P movements.
Shown in attached drawing 1~12, the operation principle of the laminator of the embodiment of the present invention is described further：
The laminator of the embodiment of the present invention can respectively plug on preceding transportation section 21 and rear transportation section 22, and other are automated
Equipment, wherein by overturning the rollover stand 101 of upper turning mechanism 100 so that preceding carriage 211 is plugged into other automation equipments
Connection.When work, printed board P place or by other automation equipments be delivered to mounted on preceding carriage 211 several
On the preceding conveying roller 212 being disposed adjacent, preceding feed drive source 214 drives the gear rotation of nipper wheel assembly 213, nipper wheel assembly
213 gear drives each rotation of preceding conveying roller 212 to realize and is conveyed to printed board P.When centering sensor 84 senses print
When making sheet P is delivered to its top, centering sensor 84 is sent a signal to two centering driving sources 83, two centering driving sources 83
The first centering plate 81 and the second centering plate 82 are respectively driven towards printed board P movements and clamps printed board P completions to printed board P
Centering process, latter two right centering driving source 83 respectively drives the first centering plate 81 and the second centering plate 82 backwards to printed board P
It is mobile to reset.Then, preceding conveying roller 212 is rotated further conveying under the driving in preceding feed drive source 214 and completes the printing in
Plate P is by dust-extraction unit 90 until the front end of printed board P enters in rack 10.The upper Roller for sticking dust 91 of dust-extraction unit 90 is under
Roller for sticking dust 92 is bonded the dust on printed board P respectively, is then bonded with again by upper binding dust paper roll 93 and lower binding dust paper roll 95 viscous
Dust on dirt roller 91 and lower Roller for sticking dust 92, to realize dedusting.Wherein, the dry of D volumes of the dry film deposited will be rolled up on dry film axis 66 in advance
The end of film D is adsorbed on by the guiding of leading axle 67 on pad pasting disk 61.Pre- pad pasting driving source 62 drives pad pasting disk 61 to be moved to
The outer end of printed board P is moved closer to, until the dry film D being adsorbed on pad pasting disk 61 is attached to printed board P close to its outer end in advance
On the surface in portion, then pre- pad pasting driving source 62 drives pad pasting disk 61 to reset, wherein in synchronous rotating shaft 63 and synchromesh gear 64
Under setting with rack 65, it can be ensured that two pre- pad pasting driving sources 62 drive the both ends Simultaneous Stabilization movement of pad pasting disk 61.It is complete
After the pre- pad pastings of pairs of printed board P, the film pressing device 52 of pad pasting module 50 drives 522 direction of pressing film roller by sliding driving source 523
The direction of printed board P is moved, until by the driving of pressing film roller 522 to the surface for being pressed on the pre- ends printed board P for posting dry film D,
Then pressing film roller 522 is driven to rotate by source of rotational drive 524, the conveying in conjunction with preceding transportation section 21 to printed board P is realized on one side
Dry film D attachings are carried out to printed board P, the rear conveying that the printed board P that dry film D is attached is delivered to transmission device 20 is completed in conveying on one side
Section 22.Wherein, when pressing film roller 522 attaches dry film D, dry film guiding piece 529 plays the role of being oriented to dry film D, prevents
Only dry film D is overlapped.After the surface of one piece of printed board P attaches full dry film D, start film cutter 70 cuts film driving source
72 driving cutteves 71 cut dry film D, complete the dry film D after cutting and continue to be attracted on pad pasting disk 61.Then it completes
The transportation sections 22 after auxiliary conveying roller 527 is delivered to the printed board P that dry film D is attached, it is finally defeated behind transportation section 22 later
The rotation of conveying roller 222 completes the printed board P that dry film D is attached with conveying roller after sending driving source 224 to be driven by backgear component 223
It continues on on next automation equipment or specified position.
The present invention is the good characteristic more than having in summary, is able to enable it in use, promotes institute in conventional art
The efficiency that does not have and there is practicability, become the product of a great practical value.
The above is merely preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention thought and
Any modification, equivalent replacement or improvement etc., should all be included in the protection scope of the present invention made by within principle.
Claims (9)
1. a kind of film pressing device is attached to applied on laminator and by dry film in printed board, the laminator includes mounting bracket,
It is characterized in that：The film pressing device includes the sliding rack being slidably mounted on the mounting bracket, is installed on the sliding rack
Pressing film roller, for driving the sliding rack to be slided in the mounting bracket so that the pressing film roller abuts the printed board table
It the sliding driving source in face and is connect with the pressing film roller and is used to drive pressing film roller rotation the dry film to be attached at
The source of rotational drive of the printing board surface, the source of rotational drive are installed on the sliding rack；
The film pressing device further includes being connect with the pressing film roller and being used to drive the pressing film roller that the dry film is pressed in institute
The pressure-driven source of printing board surface is stated, the pressure-driven source is installed on the sliding rack；
The sliding rack includes the first slide plate being oppositely arranged, the second slide plate and is fixedly connected on first slide plate and described
Connecting shaft between second slide plate；The pressing film roller is movably connected between first slide plate and second slide plate, described
Source of rotational drive is installed on first slide plate and is drivingly connected with the first end of the pressing film roller, the pressure-driven source peace
Loaded on second slide plate and with the second end of the pressing film roller be drivingly connected；The mounting bracket and first slide plate and institute
It states the corresponding position of the second slide plate and is equipped with the first empty avoiding mouth and the second empty avoiding mouth, first slide plate and second slide plate difference
In the first empty avoiding mouth and the second empty avoiding mouth and the sliding driving source is installed on first slide plate or described
For driving first slide plate and second slide plate respectively at the first empty avoiding mouth and described second on second slide plate
Sliding in empty avoiding mouth.
2. film pressing device according to claim 1, it is characterised in that：The film pressing device further includes press mold gear assembly,
There are two the pressing film rollers, and two pressing film rollers are vertically arranged up and down；The source of rotational drive passes through the press mold
Gear assembly connect with two pressing film rollers and drives two pressing film rollers that the dry film is pressed in the printing respectively
The upper and lower surface of plate.
3. film pressing device according to claim 1, it is characterised in that：The film pressing device further includes being installed on described first
Between slide plate and second slide plate and it is located at the pressing film roller rear for the printing that the dry film attaches will be completed
Plate is delivered at least one auxiliary conveying roller on rear transportation section, each auxiliary conveying roller by the press mold gear assembly with
The source of rotational drive is drivingly connected.
4. film pressing device according to claim 3, it is characterised in that：The film pressing device further includes being installed on described first
Rotary encoder on slide plate or second slide plate, the input terminal of the rotary encoder connect with the press mold gear assembly
It connects, the rotary encoder is electrically connected with the source of rotational drive.
5. film pressing device according to claim 1, it is characterised in that：The upper and lower ends portion of first slide plate is equipped with
One sliding slot, the first empty avoiding mouth position corresponding with the first sliding groove are equipped with first to be slidably matched with the first sliding groove
Guide rail；The upper and lower ends portion of second slide plate is equipped with second sliding slot, and the second empty avoiding mouth is corresponding with the second sliding slot
Position be equipped with the second guide rail for being slidably matched with the second sliding slot.
6. film pressing device according to claim 1, it is characterised in that：The film pressing device further includes being set to described first to slide
It is between plate and second slide plate and dry in printed board for guiding the dry film to be attached to along vertical two arranged up and down
Film guiding piece, each dry film guiding piece are connected with the pressure-driven source and are driven with corresponding one through the pressure-driven source
A pressing film roller moves in the same direction.
7. film pressing device according to claim 6, it is characterised in that：It is used equipped with several on the surface of the dry film guiding piece
In connection vacuum generator to carry out the guiding piece vacuum hole of vacuumizing and adsorbing to the dry film.
8. according to claim 1~7 any one of them film pressing device, it is characterised in that：The sliding driving source is flexible gas
The cylinder body of cylinder, the telescopic cylinder is fixedly connected on the sliding rack, the end of the piston rod of the telescopic cylinder and installation
Frame is fixedly connected to be connected with driving to fix with the cylinder body of the telescopic cylinder when the piston rod of the telescopic cylinder makees stretching motion
The sliding rack connect is slided relative to the mounting bracket.
9. a kind of laminator, including mounting bracket, it is characterised in that：The laminator further includes the right for being installed on the mounting bracket
It is required that 1~8 any one of them film pressing device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610826443.5A CN106476396B (en) | 2016-09-14 | 2016-09-14 | Film pressing device and laminator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610826443.5A CN106476396B (en) | 2016-09-14 | 2016-09-14 | Film pressing device and laminator |
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| Publication Number | Publication Date |
|---|---|
| CN106476396A CN106476396A (en) | 2017-03-08 |
| CN106476396B true CN106476396B (en) | 2018-08-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610826443.5A Active CN106476396B (en) | 2016-09-14 | 2016-09-14 | Film pressing device and laminator |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109159416B (en) * | 2018-09-29 | 2020-10-30 | 苏州市信睦知识产权服务有限公司 | Film pressing device for plastic products and convenient to adjust cutting position and size |
| CN110775337B (en) * | 2019-11-04 | 2021-06-22 | 深圳市新嘉智诚自动化有限公司 | Tension type film pasting structure and power battery film pasting machine |
| CN114103093A (en) * | 2021-09-28 | 2022-03-01 | 安徽新富新能源科技有限公司 | Be applied to membrane mechanism of rolling over of new energy automobile cooling tube sticking film machine |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH02191958A (en) * | 1988-09-22 | 1990-07-27 | Somar Corp | Method for sticking thin film and device for executing this method |
| JP2572197B2 (en) * | 1993-12-27 | 1997-01-16 | ソマール株式会社 | Film sticking device |
| CN101155482A (en) * | 2006-09-29 | 2008-04-02 | 志圣工业股份有限公司 | Clamp transmission mechanism of pre-attaching machine |
| CN201328218Y (en) * | 2008-11-14 | 2009-10-14 | 志圣工业股份有限公司 | Two-section shifting mechanism |
| CN201808262U (en) * | 2010-06-30 | 2011-04-27 | 蔡莳铨 | Automatic film sticking machine |
| CN202029481U (en) * | 2011-03-25 | 2011-11-09 | 上海飞为自动化系统有限公司 | Rack synchronous mechanism for automatic laminator |
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Address after: 523000 building 13, No. 2, Xingye Road, Songshanhu Park, Dongguan City, Guangdong Province Patentee after: Guangdong Siwo advanced equipment Co.,Ltd. Address before: 523000 1st floor, building a, No.1 Rd Rd Rd, Songshanhu hi tech Industrial Park, Dongguan City, Guangdong Province Patentee before: GUANGDONG SOWOTECH Co.,Ltd. |