CN202805883U - Pressing and laminating device for composite object - Google Patents
Pressing and laminating device for composite object Download PDFInfo
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- CN202805883U CN202805883U CN 201220360874 CN201220360874U CN202805883U CN 202805883 U CN202805883 U CN 202805883U CN 201220360874 CN201220360874 CN 201220360874 CN 201220360874 U CN201220360874 U CN 201220360874U CN 202805883 U CN202805883 U CN 202805883U
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Abstract
The utility model provides a pressing and laminating device for a composite object. The pressing and laminating device comprises a platform, a contact assembly and a driver, wherein the composite object is loaded on the platform, the contact assembly is configured on one side of the platform, the driver can be used for translating at least one of the platform and the contact assembly to ensure that the contact assembly and the composite object are mutually approached to be pressed in a contacting way, and the contact assembly presses an opposite angle of an end angle from the end angle of a pressed surface of the composite object for completing the integral pressing of the pressed surface so as to eliminate bubble residues in the composite object.
Description
[technical field]
The utility model is relevant for a kind of technology of applying, particularly a kind of laminating apparatus of exerting pressure of multiple layer object.
[background technology]
The multiple layer object of general common name refers to by object forms that forms bonded to each other such as thin plate, glue-line, films.At present common contact panel, touch-control display device, solar panels etc. all belong to a kind of in the multiple layer object.Take contact panel as example, this contact panel can for example be the multiple layer object that is made of a cover glass (Cover glass) and a touch base plate.Wherein, be further to see through a pressure-sensitive solid (Pressure Sensitive Adhesives, PSA is hereinafter to be referred as pressure-sensing glue) to fit between cover glass and the touch base plate.
Please refer to Fig. 1, answer the schematic top plan view of the applying method of layer object for tradition.The applying method of the multiple layer of tradition object 200, normally first pressure-sensing glue is placed in appointing of multiple layer object 200 two-layer between, facility 100 are exerted pressure with side 211 positions of opposing parallel in the pressure surface (upper surface) of multiple layer object 200 via one in property ground again afterwards, beginning along Y-direction press to another parallel opposite side 212 to finish applying.In this applying process, can produce bubble unavoidably and so that those applying bubbles residue in the multiple layer object 200 in a large number, and then affect applying quality and product yield.
Therefore, on the coating technique of multiple layer object, how effectively to get rid of the applying bubble, effectively to promote applying quality and product yield, be the problem that is worth at present in addition research and development.
[utility model content]
The laminating apparatus of exerting pressure of the present utility model is the configuration that changes between multiple layer object and the contact assembly, making between multiple layer object and the contact assembly is to form first oblique configuration then to press again, use solving multiple layer object generates the applying bubble when fitting problem, effectively promote applying quality and the yield of multiple layer object.
In view of this, the utility model provides a kind of multiple layer object laminating apparatus of exerting pressure, and comprising: a platform, carrying one multiple layer object; One contact assembly is disposed at one of this platform side; An and driver, this platform of translation and this contact assembly at least one of them, make this contact assembly with should multiple layer object close to each other and form and press, and allow this contact assembly press the whole face of finishing this pressure surface to the pair of horns at this end angle from one of them end angle of a pressure surface that should multiple layer object to press.
Further, above-mentioned multiple layer object comprises at least two grounds, and comprises an adhesion between this two ground.
Further, above-mentioned adhesion is a shaped as frame pressure-sensitive glued membrane.
Further, further be formed with a frame-shaped construction at least one of them the binding face of above-mentioned two grounds, and this adhesion is pressure-sensitive glued membrane or a shaped as frame pressure-sensitive glued membrane of a whole plane.
Further, an above-mentioned multiple layer object comprises at least two grounds, and one of them this ground is the ground of a whole plane, and this ground of wherein another is a shaped as frame adhesion ground.
Further, above-mentioned contact assembly is a cylinder, presses this multiple layer object with roll mode.
Further, above-mentioned contact assembly is a pressing plate, presses this multiple layer object with sliding type.
Further, the above-mentioned multiple layer object laminating apparatus of exerting pressure also comprises a tool, is arranged on this platform, be used for accommodating should multiple layer object.
Further, above-mentioned tool also comprises a fixture, is used for fixing this multiple layer object.
Further, above-mentioned platform also comprises a location mechanism, is used for adjusting and fixing the position of this tool.
Further, a pair of linea angulata of perpendicular or parallel this pressure surface in this coset part of above-mentioned contact assembly formed contact wire when pressing this pressure surface of this multiple layer object.
Further, the kenel of above-mentioned multiple layer object is a polygonized structure.
In sum, a multiple layer object provided by the utility model laminating apparatus of exerting pressure is got rid of the residual of applying bubble effectively, and then increases applying quality and product yield.
The implementation details of the technological means of above-described device and generation usefulness thereof please refer to the following example and graphic being illustrated.
[description of drawings]
Fig. 1 is the schematic top plan view of the applying method of the multiple layer of tradition object;
Fig. 2 a is the embodiment generalized section before the multiple layer of the utility model object pressed;
Fig. 2 b is the embodiment generalized section after the multiple layer of the utility model object pressed;
Fig. 3 is the exert pressure flow chart of applying method of the multiple layer of the utility model object;
Fig. 4 a is that the utility model is in order to carry out the schematic diagram of dynamically overlooking configuration of step shown in Figure 3;
Fig. 4 b is the key diagram of overlooking that disposes shown in Fig. 4 a, and the surface width details of pressurized on the multiple layer object is described;
Fig. 5 a to Fig. 5 c is the schematic top plan view of the various embodiments of the multiple layer of the utility model configuration object;
Fig. 6 is the exert pressure schematic perspective view of the first embodiment of laminating apparatus of the multiple layer of the utility model object;
Fig. 7 is the side-looking partial cutaway diagram of Fig. 6;
Fig. 8 is the exert pressure side-looking partial cutaway diagram of the second embodiment of laminating apparatus of the multiple layer of the utility model object;
Fig. 9 is the exert pressure schematic perspective view of the third embodiment of laminating apparatus of the multiple layer of the utility model object; And
Figure 10 is the side-looking partial cutaway diagram of Fig. 8.
Wherein description of reference numerals is as follows:
(1) the accompanying drawing part of prior art:
The 100 multiple layer object of facility 200 of exerting pressure
211 sides, 212 opposite side
(2) accompanying drawing part of the present utility model:
10 multiple layer object 10a the first ground
10b the second ground 10c adhesion
10d frame-shaped construction 101,102 binding faces
103 frame grooves, 11 pressure surfaces
11b first side district, 11a first end angle
11c second side district 11d the second end angle
11e the 3rd end angle 11f quadripolar corners
11g central area 12 sides
13 centroidal lines 14 line of deriving
20 contact assemblies, 21 contacts wire
30,30a driver (the first driver) 31,31a ball guide screw
32,52 second drivers 33,53 guide rails
34 slideways 40,40a platform
41 guide seats, 42 detent mechanisms
43 bolts, 50 slide units
51 guide seats, 60 tools
61 fixture 61a adsorption tanks
61b negative tube 64 bolts hole
θ angle a1, a2 diagonal
R triangular paths R1 adjacent side path
R3 hypotenuse path, R2 opposite side path
The S space plane
W1, w2, w3, w4, w5 surface width
The step explanation of S1 to S3 the utility model flow chart
[specific embodiment]
The utility model embodiment is that explanation utilizes exert pressure applying method and device thereof of multiple layer object to realize the applying of multiple layer of object, and by changing the configuration between multiple layer object and the contact assembly, making between multiple layer object and the contact assembly is to form first oblique configuration then to press applying again, and then solves the applying air bubble problem that multiple layer object generates when fitting.
In addition, mentioned multiple layer object kenel in the utility model embodiment, can be polygonal structure, a kind of quadrilateral structure particularly, such as the form of being joined and being formed by four edges (line segment) for rectangle, parallelogram, rhombus, class rectangle etc., wherein the class rectangle more can further comprise the deformation forms such as chamfering rectangle, round rectangle, arc limit rectangle.
Please merge and consult Fig. 2 a and Fig. 2 b, it is respectively the multiple layer of the utility model object and is pressed forward and backward embodiment generalized section.The multiple layer object 10 of present embodiment is for example to comprise at least two grounds (such as the first ground 10a and the second ground 10b) and an adhesion 10c.Wherein, the first ground 10a is being near further being formed with a frame-shaped construction 10d on the face of the second ground 10b, and described frame-shaped construction 10d essence is one to have the frame body of thickness, as the printing ink framework that utilizes the printshop to make.In addition, the first ground 10a and the second ground 10b are also unrestricted on actual design only to be single layer structure, more can be sandwich construction or coating structure.
Can be found out that by Fig. 2 a and Fig. 2 b present embodiment is to come overlapped forming by the first ground 10a, the adhesion 10c of a tool frame-shaped construction 10d and the second ground 10b of a whole plane at the laminated framework of multiple layer object 10.Wherein, adhesion 10c is the design of for example adopting the pressure-sensitive glued membrane of whole plane, and certainly in other embodiment application, adhesion 10c also can adopt the design of shaped as frame pressure-sensitive glued membrane.
In addition, do not drawing in the middle of other graphic embodiment, multiple layer object also can come overlapped forming by the second ground of the first ground, a shaped as frame adhesion and a whole plane of a whole plane.And in a further embodiment, multiple layer object more can come overlapped forming by the first ground, a shaped as frame adhesion and a shaped as frame second ground of a whole plane.Moreover, in the embodiment that further changes, multiple layer object also can come overlapped forming by the first ground and a shaped as frame adhesion ground of a whole plane, and wherein said shaped as frame adhesion ground is except being as the ground, and it directly has the pressure-sensitive stickiness especially near on the face of the first ground.
Exert pressure applying method and device thereof of a multiple layer object 10 of the present utility model for convenience of description, below among each embodiment, further be to illustrate at the multiple layer object 10 that be projected as rectangle of pressurized on axially with one, yet actual multiple layer object 10 chatted first bright not as limit at this.
Shown in Fig. 2 a and Fig. 2 b, represent the contact panel that can be of multiple layer object 10 in the present embodiment, and this contact panel comprises a protective substrate and a touch base plate, corresponds to respectively aforesaid the first ground 10a and the second ground 10b.Wherein, protective substrate (the first ground 10a) provides respectively a binding face 101 and 102 with touch base plate (the second ground 10b); between binding face 101 and 102 by an adhesion 10c is set, so that protective substrate and touch base plate can be integral by adhesion 10c in mutual applying.
More specifically, contact panel usually comprises a visible area and and is located in shielded area around the visible area.Wherein, the shielded area is formed by a frame-shaped construction 10d; and the visible area that frame-shaped construction 10d surrounds is to form a frame groove 103; in other words, will there be a difference in height in the formed zone of frame-shaped construction 10d and forms described frame groove 103 with the binding face 101 of script protective substrate (the first ground 10a).In addition; frame-shaped construction 10d is by printing ink or other has the medium of bridging effect; be formed at the binding face 101 of protective substrate (the first ground 10a) with printing or other coating means, be used for covering the perimeter circuit (not shown) on the touch base plate (the second ground 10b).
What remark additionally is, because the adhesion 10c of present embodiment is the design of adopting the pressure-sensitive glued membrane, and the thickness of pressure-sensitive glued membrane itself can be greater than the height of frame-shaped construction 10d usually.Therefore shown in Fig. 2 a; adhesion 10c is positioned between protective substrate (the first ground 10a) and the touch base plate (the second ground 10b) with lamellar morphology; yet after contact panel is pressed; namely shown in Fig. 2 b, the part that adhesion 10c is positioned at visible area in correspondence can suffer oppression and be covered with the frame groove 103 that surrounds in frame-shaped construction 10d.
By this, the framework of the multiple layer object 10 that presents based on above-mentioned contact panel, the utility model be when fitting by contact panel and a contact assembly (not shown) between the design improved of relative position, with convenient control binding face 101 and 102 and adhesion 10c between the applying bubble that produced overflow direction and position, it is residual effectively to reduce bubble, and to press the pressure that can not be subject to the 103 formed differences in height impacts of frame-shaped construction 10d and frame groove in the applying process and cause accepting inconsistent whole to allow contact panel, and then reduce the probability that generates the regeneration bubble after fitting.
Next, please further merge and consult Fig. 3 and Fig. 4 a, the exert pressure flow chart of applying method and in order to carry out the schematic diagram of dynamically overlooking configuration of step shown in Figure 3 of the multiple layer of the utility model object is described respectively.Subsidiary one carry be, shown in the X axis and Y-axis of the rectangular coordinate system among Fig. 4 a, the pressurized of the multiple layer object 10 of present embodiment axially is to belong to Z-axis direction, the multiple layer object 10 that present embodiment can be described thus axially is projected as rectangle on (Z-axis direction) at pressurized, that is is the shape that corresponds to a pressure surface 11 of multiple layer object 10.
Present embodiment provides a kind of applying method of exerting pressure of multiple layer object 10, and the multiple layer object 10 in the present embodiment also can correspond to the laminated aspect of aforementioned contact panel, understands with convenient.This applying method of exerting pressure comprises: pan feeding is layer object 10 again, then this contact assembly 20 of translation with should multiple layer object 10 at least one of them, make this contact assembly 20 with should be multiple layer object 10 close to each other and form and press, and allow one of them first end angle 11a of a pressure surface 11 of this contact assembly 20 runback layer objects 10 press pair of horns (the second end angle 11d) to this first end angle 11a to finish the whole face of pressure surface 11 and press.A formed contact wire 21 consisted of the angle theta of an on-right angle when in other words, arbitrary side 12 of the pressure surface 11 of multiple layer object 10 all can press multiple layer object 10 with this contact assembly 20.
With reference to implementation step shown in Figure 3, the above-mentioned technological means of present embodiment can see through step S1 to step S3 and implementation, wherein:
Step S1: relatively oblique configuration.
In the embodiment shown in Fig. 4 a, multiple layer object 10 is that arbitrary outer surface in the first ground 10a and the second ground 10b is the end of as, pan feeding is on a platform reposefully, and (for example: the pressure-sensitive glued membrane) puts an adhesion 10c between the first ground 10a and the second ground 10b.Alleged pan feeding on platform, mean that multiple layer object 10 put and fixed configurations on platform, and neighbor configuration is in the nearside of contact assembly 20.According to this, allow arbitrary side 12 of pressure surface 11 of the multiple layer object 10 of pan feeding on platform can consist of with contact wire 21 angle theta of on-right angles, and then form the relation of multiple layer object 10 and contact assembly 20 relative oblique configurations.
Specifically, the pressure surface 11 on the contact wire 21 on this contact assembly 20 and the multiple layer object 10 be the position on an identical space plane S, this angle theta is essentially a plane included angle θ; There is in fact the triangular paths R on a plane in this space plane S, and it comprises that enclosing group by an adjacent side path R1, a pair of wing footpath R2 and a hypotenuse path R3 forms.Wherein, this adjacent side path R1 is that center line or contact wire 21 by contact assembly 20 forms; This hypotenuse path R3 is by the centroidal line 13 of multiple layer object 10 or the line 14 of deriving of arbitrary side 12 of its pressure surface 11 forms; This opposite side path R2 is present among the triangle space planar S of adjacent side path R1 and hypotenuse path group that R3 encloses.
Further, this angle theta is to be present between arbitrary side 12 of pressure surface 11 of this contact wire 21 and multiple layer object 10, and the position forms the corresponding relation of this angle theta mutually on same level.In other words, above-mentioned angle theta also can refer to be present between the centroidal line 13 of this contact wire 21 and multiple layer object 10, and mutually forms the corresponding relation of this angle theta on same level.But, to get rid of between this contact wire 21 and this opposite side path R2 and be parallel to each other, described eliminating is parallel to each other to comprise and gets rid of the situation that mutually overlaps between this contact wire 21 and this opposite side path R2 and exist.
Usually know that the knowledgeable can be understood in the rectangular coordinate system of a two dimension or three-dimensional by foregoing, no matter be that multiple layer object 10 is tilting and contact assembly 20 is flat in this coordinate system, or will answer layer object 10 horizontal and contact assembly 20 will be inclined in this coordinate system, can make all that maintenance one is mutually the relative oblique configuration relation of the angle theta of plane on-right angle between the contact wire 21 of arbitrary side 12 and this contact assembly 20 of pressure surface 11 of multiple layer object 10, and have described opposite side path R2.
The contact assembly 20 of present embodiment is the design of adopting a cylinder, and this cylinder is a free cylinder free to rotate, presses the pressure surface 11 of multiple layer object 10 with roll mode.The position, arbitrary point of contact on roll circumference surface all can form this contact wire 21 by the mode that the point of contact consists of tangent line, and this contact wire 21 is that center line with cylinder is parallel to each other, therefore can be preseted be the arbitrary tangent position that is seated the roll circumference surface to this contact wire 21, and specifically form when cylinder presses multiple layer object 10.In another embodiment of the present utility model, contact assembly 20 also can adopt the design of a pressing plate, and directly by the next position as pressing multiple layer object 10 of the edges of boards of pressing plate, presses the pressure surface 11 of multiple layer object 10 and form contact wire 21 with sliding type.
Step S2: translation close to each other.
In the embodiment shown in Fig. 4 a, the allocation position of this contact assembly 20 can be fixed, the above-mentioned platform that has carried multiple layer object 10 can see through the driving of a driver and move, make multiple layer object 10 on this platform along opposite side path R2 and towards contact assembly 20 translations, make the translation close to each other of generation between multiple layer object 10 and the contact assembly 20 (as among Fig. 4 a with shown in the dotted line of arrow).Described translation, mean multiple layer object 10 and contact assembly 20 at least one of them be seated among the described space plane S mobile.
In addition, usually know that the knowledgeable can be understood by foregoing, platform fixed and make in the motionless situation of contact panel 10, also can move towards multiple layer object 10 through driver drives this contact assembly 20 along opposite side path R2, or driving at the same time or separately multiple layer object 10 through identical or different driver relatively moves along opposite side path R2 with contact assembly 20, all can make between multiple layer object 10 and the contact assembly 20 and produce translation close to each other.
Step S3: mutually press to separation.
In the embodiment shown in Fig. 4 a, the pressure surface 11 of multiple layer object 10 can press in translation process close to each other mutually with the contact wire 21 of contact assembly 20, and then allows the contact assembly 20 be that the first end angle 11a of the pressure surface 11 of runback layer object 10 presses the whole face of finishing pressure surface 11 to the second end angle 11d and presses.
Mandatory declaration be, when contact assembly 20 is cylinder, because cylinder surface can produce the phenomenon that elasticity slightly falls into shape when pressing multiple layer object 10, so that above-mentioned contact wire 21 also can present with the form of contact-making surface.Present embodiment is described to be pressed mutually, means one of them of this multiple layer object 10 and contact assembly 20, must apply a predetermined force (F) and produce pressure (P) in this pressure surface 11 when being in contact with one another.
In sum, present embodiment by relatively oblique configuration between multiple layer object 10 and the contact assembly 20 with press, can control described binding face 101 and 102 respectively and the applying bubble that produces between the adhesion 10c overflow direction and position, allow the applying bubble overflow from 11d place, the second end angle fully, and then effectively reduce the residual of applying bubble.
In addition, according to the theorem of active force (F)=pressure (P) * lifting surface area (A), when this active force (F) when keeping certain value, 11 moments of pressure surface, stressed area (A) was larger, and pressure (P) is just little; Opposite, (A) is less for stressed area, and pressure (P) is just larger.Present embodiment is in the whole applying process of exerting pressure, maintained in the specific scope by to be allowed lifting surface area (A) on this pressure surface 11 (as be relatively set with frame-shaped construction 10d zone) and be unlikely to produce excessive variation, so when active force (F) is kept definite value output, present embodiment is just obtained suitable pressure (P) easily, and keeps the stable of this pressure (P).And know that keeping suitable and stable pressure (P) helps to reduce the probability that generates the regeneration bubble after multiple layer object 10 fitted.
Please continue to consult Fig. 4 b, be the surface width detailed schematic of Fig. 4 a, be used for further specifying the advantage that the utility model can reach.
In the phase I that presses the applying process, contact assembly 20 is the first end angle 11a that press pressure surface 11, forms the surface width w1 that is acted on first end angle 11a by contact wire 21; Subsequently, in the second stage that presses the applying process, contact assembly 20 is first side district 11b, second side district 11c and the central area 11g that press simultaneously pressure surface 11, and form respectively by contact wire 21 act on first side district 11b surface width w2, form the surface width w3 that is acted on second side district 11c by contact wire 21, and form the surface width w5 that is acted on central area 11g by contact wire 21; At last, in the phase III that presses the applying process, contact assembly 20 is the second end angle 11d (being the diagonal angle of first end angle 11a) that press pressure surface 11, formation is acted on the surface width w4 of the second end angle 11d by contact wire 21, and after finishing in the phase III, contact assembly 20 namely separates with multiple layer object 10.
Hence one can see that, and present embodiment is by the relatively oblique configuration of multiple layer object 10 and contact assembly 20, and contact assembly 20 is that the first end angle 11a by multiple layer object 10 begins to press, and finish from the second end angle 11d and to press rear separation.So what the whole applying process of exerting pressure of present embodiment was controlled the applying bubble effectively overflows direction and position, allow the applying bubble be to concentrate on a bit on (the second end angle 11d) to overflow at last, get rid of the residual of applying bubble.
Moreover, because first end angle 11a, first side district 11b, second side district 11c and the second end angle 11d are the positions corresponding to frame-shaped construction 10d, so that pressure surface 11 is when being pressed, the zone of first end angle 11a, first side district 11b, second side district 11c and the second end angle 11d is obtained larger reaction force, and the zone of central area 11g then obtains less reaction force.Therefore when pressing in the second stage of applying process, when first side district 11b, central area 11g and second side district 11c were subject to exerting pressure simultaneously, the set active force (F) that contact assembly 20 applies can most of be born by first side district 11b and second side district 11c.Thus, the pressure surface 11 of multiple layer object 10 presses in the applying process whole, the width of exerting pressure that each stage mainly is subject to namely sequentially is surface width w1, surface width w2+w3 and surface width w4, change width between each stage compared to the applying process that presses (such as Fig. 1) of conventional art obviously than convergence one more among a small circle within, and then obtain desirable lifting surface area (A).This is because of the shown multiple layer object 200 of Fig. 1, its to the framework that printing ink framework 220 should be arranged under, the pressure surface of its phase I is whole side 211 areas, the pressure surface of second stage only has two side ends 213,214, the pressure surface of phase III is again whole opposite side 212 areas, because the pressure surface of multiple layer object 200 has larger variation in different phase, therefore suffered pressure also changes larger in different positions.By this, in the whole applying process of exerting pressure, present embodiment relatively easily stable maintenance contact assembly 20 acts on the multiple layer of pressure (P) in the object 10, so that multiple layer object 10 is not easy to generate the bubble of regenerating in the dry run of applying relief adhesion 10c of exerting pressure.
Please consult Fig. 5 a to Fig. 5 c based on the framework of Fig. 4 a, disclose respectively the utility model contact assembly and answer layer schematic top plan view of the different embodiment of the relatively oblique configuration of object.
Fig. 5 a explanation contact assembly 20 when pressing the pressure surface 11 of multiple layer object 10 formed contact wire 21 perpendicular to a pair of linea angulata a1 of the pressure surface 11 of multiple layer object 10.Wherein, the diagonal a1 of Fig. 5 a is formed between the first end angle 11a and the second end angle 11d of pressure surface 11 of multiple layer object 10, and diagonal a1 is parallel to each other with opposite side path R2, and described being parallel to each other comprises overlapping.
Fig. 5 b explanation contact assembly 20 formed contact wire 21 when pressing the pressure surface 11 of multiple layer object 10 is parallel to a pair of linea angulata a2 of the pressure surface 11 of multiple layer object 10.Wherein, the diagonal a2 of Fig. 5 b is formed between the 3rd end angle 11e and quadripolar corners 11f of multiple layer object 10, and diagonal a2 is parallel to each other with adjacent side path R1, and described being parallel to each other comprises overlapping.
Arbitrary diagonal a1, a2 on the pressure surface 11 of the multiple layer of Fig. 5 c explanation object 10 and contact assembly 20 when pressing multiple layer object 10, get rid of between the formed contact wire 21 be parallel to each other also get rid of mutual vertical.In particular, described arbitrary diagonal a1, a2 are distributed between adjacent side path R1 and the opposite side path R2; In other words, first end angle 11a, the second end angle 11d, the 3rd end angle 11e and the quadripolar corners 11f of the pressure surface 11 of multiple layer object 10 are distributed among four quadrants that adjacent side path R1 and opposite side path R2 intersect to form separately.
Please merge and consult Fig. 6 and Fig. 7, the multiple layer object that discloses respectively the utility model the first embodiment the exert pressure schematic perspective view of laminating apparatus and the partial cutaway diagram of side-looking.As shown in the figure, this laminating apparatus of exerting pressure comprises platform 40, contact assembly 20 and a driver 30.Wherein, platform 40 is used for carrying multiple layer object 10, and contact assembly 20 is sides that are disposed at platform 40; This driver 30 are this platforms of translation 40 with this contact assembly 20 at least one of them, make this contact assembly 20 and multiple layer object 10 close to each other and form and press, and allow the first end angle 11a of pressure surface 11 of these contact assembly 20 runback layer objects 10 press the pair of horns (the second end angle 11d) to first end angle 11a and the whole face of finishing pressure surface 11 presses.Formed contact wire 21 consisted of the angle theta of an on-right angle when in other words, arbitrary side 12 of the pressure surface 11 of the multiple layer object 10 that carry of this platform 40 and this contact assembly 20 pressed the pressure surface 11 of multiple layer object 10.What further specify is, above-mentioned in, the angle theta of alleged on-right angle, meaning in the equal circumference angle that this angle theta gets rid of is a right angle.
In particular, in Figure 6 and Figure 7 embodiment, multiple layer object 10 is to be fixed on this platform 40.Contact assembly 20 is designs of for example adopting cylinder, also can adopt in addition the design such as pressing plate.Contact assembly 20 is placed a side of this platform 40 by suspension frame, and contact assembly 20 can press the width of multiple layer object 10 must be greater than the oblique bearing width of multiple layer object 10.Driver 30 can be a motor, and is disposed at this laminating apparatus inside of exerting pressure, and drives a ball guide screw 31 in order to link and rotates, and links a guide seat 41 on this ball guide screw 31, and this guide seat 41 is ends that are integrally formed at platform 40.By this, driver 30 can see through ball guide screw 31 and guide seat 41 and 40 translations of band moving platform, orders about multiple layer object 10 on the platform 40 and produces relatively translation near contact assembly 20.
In further implementing, above-mentioned driver 30 is one first drivers, and the laminating apparatus of exerting pressure of present embodiment also comprises the relatively guide rail 33 of configuration of one second driver 32 and two.This contact assembly 20 is sliding sides of organizing between described guide rail 33 and then being disposed at platform 40, is used for accepting the driving of the second driver 32 and contacts the multiple layer object 10 on the platform 40 and enter the opposite side path R2 of described angle theta.This second driver 32 can be a pneumatic cylinder, provides contact assembly 20 to apply set active force (F) in multiple layer object 10.
See also Fig. 8, the multiple layer object that the discloses the utility model the second embodiment side-looking partial cutaway diagram of laminating apparatus of exerting pressure.Present embodiment is to illustrate that the platform 40a of the multiple layer of carrying object 10 is actionless, and come along the relative translation of this opposite side path R2 by the driving that contact assembly 20 is accepted a driver 30a, make multiple layer object 10 and contact assembly 20 mutually oblique pressing then separate.
Further, the slide unit 50 of laminating apparatus of exerting pressure is to be arranged in the laminating apparatus of exerting pressure two relatively on the slideways 34 of configuration, and be used for unsettled this contact assembly 20 that mounts, make contact assembly 20 be disposed at a side of this platform 40 and along the R2 translation of opposite side path.Driver 30a can be a motor, and is disposed at this laminating apparatus inside of exerting pressure, and is used for linking driving one ball guide screw 31a and rotates.Ball guide screw 31a links the guide seat 51 in this slide unit 50; By this, driver 30a can see through ball guide screw 31a and guide seat 51 and the contact assembly 20 that drives on the slide unit 50 produces the translation that relatively approaches multiple layer object 10.
In further implementing, above-mentioned driver 30a is one first driver, and the laminating apparatus of exerting pressure of present embodiment also comprises the second driver 52 and two guide rails 53 that relatively dispose that are set up on this slide unit 50.Contact assembly 20 is sliding groups between described guide rail 53, and accepts the driving of the second driver 52 and contact multiple layer object 10 on the platform 40.The second driver 52 can be a pneumatic cylinder, provides contact assembly 20 in place moving past to apply set active force (F) in the journey in multiple layer object 10.
See also Fig. 9 and Figure 10, the multiple layer object that discloses respectively the third embodiment of the utility model schematic perspective view and the side-looking partial cutaway diagram thereof of laminating apparatus of exerting pressure.Present embodiment roughly the first embodiment with Figure 6 and Figure 7 is identical, and discrepancy is that the laminating apparatus of exerting pressure of present embodiment also comprises a tool 60 that is fixedly arranged on the platform 40, in order to accommodating multiple layer object 10.
Further, this tool 60 also comprises a fixture 61, is used for fixing multiple layer object 10; During enforcement, fixture 61 comprises an adsorption tank 61a and who forms an accommodating multiple layer object 10 at tool 60 and is installed in negative tube 61b in the adsorption tank 61a, see through negative tube 61b and in adsorption tank 61a, produce negative-pressure sucking, and then with the fixing multiple layer object 10 of suction type.In addition, fixture 61 also can be to adopt lock, button, embedding, folder or other to be enough to multiple layer object 10 is fixed in equivalent object on the tool 60.
In addition, the platform 40 of present embodiment also comprises a location mechanism 42, is used for adjusting and fixing the position of this tool 60.Wherein, this detent mechanism 42 can for example be the design of adopting a plurality of lockholes, is drilled with on platform 40 in the mode that distributes between grade.Thus, in practical operation, can by the bolt hole 64 that bolt 43 and the side around tool 60 are drilled with respectively adjust and fixed jig 60 in the actual applying desired position of exerting pressure.In addition, know that usually the knowledgeable should understand, this detent mechanism 42 also can be to adopt button, embedding, folder or other to be enough to adjust and fix this tool 60 in the combination of the equivalent object of the position of platform 40.
Detailed description via above-described embodiment, usually know that the knowledgeable can utilize the multiple layer object laminating apparatus of exerting pressure to carry out the applying step of exerting pressure of multiple layer object, and then solve and to be present in the multiple layer object because pressing applying bubble that applying causes and the problem of regeneration bubble, to promote the applying quality of multiple layer of object.
Moreover, above-described embodiment illustrational contact panel only be the wherein example of multiple layer object, multiple layer object broad sense comprises more that the object ground is bonded to each other forms by thin plate, glue-line, film etc., as: touch-control display device, solar panels etc., as long as anyly be projected as a tetragonal multiple layer object at pressurized on axially, all can obtain because of the utility model the improvement of binding yield.
Generally, as long as can consist of the angle relation of the on-right angle on plane between arbitrary side of the pressure surface of multiple layer object and the contact wire of contact assembly, and allow between multiple layer object and the contact assembly is that along the opposite side path in the angle relation that consists of each other and mutually translation approaches, and then the process that presses is that one of them end angle of the pressure surface of runback layer object presses pair of horns to this end angle to finish the whole face person of pressing of pressure surface, can effectively remove the applying bubble that multiple layer object generates in the applying process, and the generation of the bubble of can effectively avoiding in the dry run after applying regenerating.
To sum up institute is old, and above embodiment has been only for having expressed several embodiment of the present utility model, but can not so and be interpreted as restriction to the utility model claim.Should be pointed out that for having in the technical field under the utility model and know usually and without departing from the concept of the premise utility, can also make complex deformation and improvement for the knowledgeable that these all belong to protection domain of the present utility model.Therefore, the utility model should be as the criterion with the request item content that limits in the claim.
Claims (10)
1. multiple layer object laminating apparatus of exerting pressure is characterized in that, comprising:
One platform, carrying one multiple layer object;
One contact assembly is disposed at a side of this platform; And
One driver, this platform of translation and this contact assembly at least one of them, make this contact assembly with should multiple layer object close to each other and form and press, and allow this contact assembly press the whole face of finishing this pressure surface to the pair of horns at this end angle from one of them end angle of a pressure surface that should multiple layer object to press.
2. a multiple layer object according to claim 1 laminating apparatus of exerting pressure is characterized in that this multiple layer object comprises at least two grounds, and comprises an adhesion between this two ground.
3. a multiple layer object according to claim 2 laminating apparatus of exerting pressure is characterized in that this adhesion is a shaped as frame pressure-sensitive glued membrane.
4. a multiple layer object according to claim 2 laminating apparatus of exerting pressure is characterized in that, further be formed with a frame-shaped construction at least one of them the binding face of this two ground, and this adhesion is pressure-sensitive glued membrane or a shaped as frame pressure-sensitive glued membrane of a whole plane.
5. a multiple layer object according to claim 1 laminating apparatus of exerting pressure is characterized in that this multiple layer object comprises at least two grounds, and one of them this ground is the ground of a whole plane, and this ground of wherein another is a shaped as frame adhesion ground.
6. a multiple layer object according to claim 1 laminating apparatus of exerting pressure is characterized in that this contact assembly is a cylinder, presses this multiple layer object with roll mode.
7. a multiple layer object according to claim 1 laminating apparatus of exerting pressure is characterized in that this contact assembly is a pressing plate, presses this multiple layer object with sliding type.
8. a multiple layer object according to claim 1 laminating apparatus of exerting pressure is characterized in that, also comprises a tool, is arranged on this platform, be used for accommodating should multiple layer object.
9. a multiple layer object according to claim 8 laminating apparatus of exerting pressure is characterized in that this tool also comprises a fixture, is used for fixing this multiple layer object.
10. a multiple layer object according to claim 8 laminating apparatus of exerting pressure is characterized in that this platform also comprises a location mechanism, is used for adjusting and fixing the position of this tool.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220360874 CN202805883U (en) | 2012-07-24 | 2012-07-24 | Pressing and laminating device for composite object |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220360874 CN202805883U (en) | 2012-07-24 | 2012-07-24 | Pressing and laminating device for composite object |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202805883U true CN202805883U (en) | 2013-03-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220360874 Expired - Fee Related CN202805883U (en) | 2012-07-24 | 2012-07-24 | Pressing and laminating device for composite object |
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| Country | Link |
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| CN (1) | CN202805883U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103568452A (en) * | 2012-07-24 | 2014-02-12 | 宸鸿科技(厦门)有限公司 | Pressing and applying method and device for multilayer object |
-
2012
- 2012-07-24 CN CN 201220360874 patent/CN202805883U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103568452A (en) * | 2012-07-24 | 2014-02-12 | 宸鸿科技(厦门)有限公司 | Pressing and applying method and device for multilayer object |
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