CN107031901A - Film attachment device and method - Google Patents
Film attachment device and method Download PDFInfo
- Publication number
- CN107031901A CN107031901A CN201710040606.1A CN201710040606A CN107031901A CN 107031901 A CN107031901 A CN 107031901A CN 201710040606 A CN201710040606 A CN 201710040606A CN 107031901 A CN107031901 A CN 107031901A
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- China
- Prior art keywords
- film
- guide roller
- transfer piece
- tension force
- film transfer
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B33/00—Packaging articles by applying removable, e.g. strippable, coatings
- B65B33/02—Packaging small articles, e.g. spare parts for machines or engines
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B1/00—Optical elements characterised by the material of which they are made; Optical coatings for optical elements
- G02B1/10—Optical coatings produced by application to, or surface treatment of, optical elements
- G02B1/11—Anti-reflection coatings
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B1/00—Optical elements characterised by the material of which they are made; Optical coatings for optical elements
- G02B1/10—Optical coatings produced by application to, or surface treatment of, optical elements
- G02B1/14—Protective coatings, e.g. hard coatings
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- Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Optics & Photonics (AREA)
- General Physics & Mathematics (AREA)
- Manufacturing & Machinery (AREA)
- Mechanical Engineering (AREA)
- Nonlinear Science (AREA)
- Folding Of Thin Sheet-Like Materials, Special Discharging Devices, And Others (AREA)
- Chemical & Material Sciences (AREA)
- Crystallography & Structural Chemistry (AREA)
- Textile Engineering (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
- Labeling Devices (AREA)
- Decoration By Transfer Pictures (AREA)
Abstract
The present invention provides film attachment device and the film adherence method using the device, and film attachment device includes：Supporting part, for supporting workpiece；Film transfer piece, with the film to be attached in workpiece；It is separately fixed at the two ends of film transfer piece, the first tension adjustment portion and the second tension adjustment portion of tension force to adjust film transfer piece；Film facies posterior hepatis, the film configured in film transfer piece is attached to the surface of workpiece；Adjoining is configured at the first tension adjustment portion and the second tension adjustment portion respectively, to prevent the first guide portion and the second guide portion of the interference between film transfer piece and workpiece；First tension adjustment portion includes the first tension force holding meanss, the first tension force holding meanss is movably disposed, to keep the tension force of film transfer piece；Second tension adjustment portion includes the second tension force holding meanss, the second tension force holding meanss is movably disposed, to keep the tension force of film transfer piece；First tension force holding meanss distinguish each self-driven with the second tension force holding meanss.
Description
Technical field
The present invention relates to the film attachment device and method in workpiece attachment film, it is related in more detail with each
The device and method of the workpiece attachment film on shaped form (such as, C-shaped or S-shaped) surface of type.
Background technology
Up to now, the electronic product of the various uses such as mobile phone, tablet personal computer and notebook computer is developed.It is right
In the electronic product, using such as liquid crystal display device (Liquid Crystal Di splay Device), organic light emission
Display device (Organic Light Emitting Display Device) and Plasmia indicating panel (Plasma
Display Panel) etc. display device manufacture.
Display device can be manufactured by the display element of display picture on the glass or plastic base by usually being formed.This
When, in the film of the surface attachment various uses of the display device.For example, by for preventing diaphragm or the reduction of scratch
The film of the various uses of the anti-reflection film of external light reflection etc. is attached to the surface of the display device.Therefore, existing
A kind of film attachment device is proposed in technology, in the automatic attachment film in the surface of display device, especially showing dress
Put glass cover-plate (Cover Glass) surface of former configuration.
The electronic product of more diversified purposes is being developed recently, is especially being increased to that can improve U.S.
The variously-shaped requirement seen, to attract consumer.Accordingly, the glass cover can have all kinds of such as C-shaped or S-shaped
Curved surface.
But, existing film attachment device be in order to be designed in flat surface attachment film, therefore in C-shaped or
It is limited in the variously-shaped curved surface attachment film of person's S-shaped.Can be in various shaped form tables accordingly, it would be desirable to develop
The device and method of face attachment film.
The content of the invention
(the problem of solving)
The present invention designs to solve above-mentioned problem of the prior art, and it is an object of the invention to provide one kind is thin
Film attachment device and method, with can be in various curved surface attachment films.
(means for solving problem)
The present invention in order to reach above-mentioned purpose there is provided a kind of film attachment device, including：Supporting part, for supporting workpiece；
Film transfer piece, with the film to be attached in the workpiece；First tension adjustment portion, the one of the fixed film transfer piece
End, while adjusting the tension force of the film transfer piece；Second tension adjustment portion, the other end of the fixed film transfer piece, together
When adjust the tension force of the film transfer piece；Film facies posterior hepatis, the film configured in the film transfer piece is attached to described
The surface of workpiece；First guide portion, adjoining be configured at the first tension adjustment portion, with prevent the film transfer piece with it is described
Interference between workpiece；And second guide portion, adjoining is configured at the second tension adjustment portion, to prevent the film transfer
Interference between piece and the workpiece；Wherein, the first tension adjustment portion includes the first tension force holding meanss, movably sets
The first tension force holding meanss are put, to keep the tension force of the film transfer piece；The second tension adjustment portion includes second
Tension force holding meanss, are movably disposed the second tension force holding meanss, to keep the tension force of the film transfer piece；
The first tension force holding meanss distinguish each self-driven with the second tension force holding meanss.
First guide portion includes the first guide roller, first guide roller is movably disposed, to adjust
State the height of film transfer piece；Second guide portion includes the second guide roller, is movably disposed the second guiding rolling
Wheel, to adjust the height of the film transfer piece；It can move up and down and first guide roller can be movably set
And second guide roller, to lift the film transfer piece, while determining the lifting position of the film transfer piece.
First guide roller at least can be with one in the first downside guide roller and the first upside guide roller
It is individual, wherein first downside guide roller is located at the lower section of the film transfer piece, and pressurizeed the film transfer to upside
Piece, and first upside guide roller is located on the film transfer piece, and pressurizeed the film transfer piece to downside；It is described
Second guide roller can at least have one in the second downside guide roller and the second upside guide roller, wherein described the
Two downside guide rollers are located at the lower section of the film transfer piece, and are pressurizeed the film transfer piece to upside, and described second
Upside guide roller is located on the film transfer piece, and is pressurizeed the film transfer piece to downside.
First guide roller may include first downside guide roller and first upside guide roller, institute
State and the film transfer piece is placed with the middle of the first downside guide roller and first upside guide roller and is faced each other
Face is configured；Second guide roller may include second downside guide roller and second upside guide roller, institute
State and the film transfer piece is placed with the middle of the second downside guide roller and second upside guide roller and is faced each other
Face is configured.
The supporting part may include：The platform of the fixed workpiece；And the Shear tool of platform described in pitch drives.
The supporting part also includes the platform transfer instrument for being used to move the platform, and described the Shear tool may connect to institute
State between platform and the platform movement instrument.
Described the Shear tool can have：First connecting portion, is connected to the platform transfer instrument, and with through hole；
Second connecting portion, with the through hole for being connected to the platform；Rotary shaft, be inserted in be arranged respectively at the first connecting portion with
The through hole of the second connecting portion；And drive division, drive the rotary shaft；Wherein, the first connecting portion not with it is described
Rotation is rotated together with, and the second connecting portion is rotated together with the rotary shaft.
At least one in the film facies posterior hepatis, first guide portion and second guide portion may also include pressure
Power adjusts instrument, for adjusting the pressure for putting on the film transfer piece when lifting the film transfer piece.
At least one in the film facies posterior hepatis, first guide portion and second guide portion may include transfer
Instrument, for lifting the film transfer piece；The pressure regulation instrument can be by configuring in the slow of the transfer tool interior
Rush part composition.
At least one in the film facies posterior hepatis, first guide portion and second guide portion includes transfer work
Tool, for lifting the film transfer piece；Pressure regulation instrument can be by the buffer unit that is connected with the transfer instrument
Constitute.
The film facies posterior hepatis, first guide portion and second guide portion can be in above-mentioned first tension adjustment portions
Moved between the second tension adjustment portion, second guide portion can be adjusted from the film facies posterior hepatis and second tension force
The position that position between section portion is moved between the film facies posterior hepatis and the first tension adjustment portion.
The present invention may also include calibration portion, for the position for adjusting the film for being placed on the film transfer piece and the work
The position of part.
The present invention provides film adherence method, including following technique：By the configuration of film transfer piece below workpiece, and
The attachment roller of attachment film is provided for below the film transfer piece, is protected in the attachment roller and first tension force
Hold and the first guide roller is set between device, set second to draw between the attachment roller and the second tension force holding meanss
Guide roll wheel, wherein the film transfer piece has film, and one end is separately fixed at the first tension force holding meanss with the other end
With the second tension force holding meanss；The attachment roller is increased, one end attachment of the film of the film transfer piece will be placed on
In the surface of the workpiece；The film is attached to the table of the workpiece while moving the attachment roller in left-right direction
Face；The first tension force holding meanss and at least one in the second tension force holding meanss are moved in left-right direction, to protect
Hold the tension force of the film transfer piece；And in left-right direction and above-below direction moves first guide roller and described the
At least one in two guide rollers, to prevent the interference between the film transfer piece and the workpiece.
While the attachment roller is moved in left-right direction, the technique that the film is attached to the workpiece surface
In can perform following technique：Move in left-right direction in the first tension force holding meanss and the second tension force holding meanss
At least one, and in left-right direction and above-below direction move first guide roller with second guide roller
At least one.
In the case where making the workpiece heeling condition can perform move in left-right direction it is described attachment roller the film is adhered to
In the technique of the workpiece surface.
(The effect of invention)
Following effect is had according to the present invention as described above：
According to one embodiment of the invention, the first tension adjustment portion and the second tension adjustment are set in the both sides of film facies posterior hepatis
Portion, and then during film is attached into workpiece by the film facies posterior hepatis, film transfer piece can be enable flexibly to tackle
The curved surface of workpiece, therefore, it is possible to easily in the work with various types of shaped forms (such as, C-shaped or S-shaped) surface
Part attachment film.
According to one embodiment of the invention, the first guide portion and the second guide portion are set in the both sides of film facies posterior hepatis, and then
Do not make to interfere between film transfer piece and workpiece, therefore can prevent the film surface in attachment from producing fold or in attachment
Film and workpiece between the problem of there is bubble.
Brief description of the drawings
Fig. 1 is the schematic diagram of film attachment device according to an embodiment of the invention.
Fig. 2 shows the Shear tool according to an embodiment of the invention.
Fig. 3 a and Fig. 3 b are the drawings for the action for showing the Shear tool according to an embodiment of the invention.
Fig. 4 is the schematically stereogram of film facies posterior hepatis according to an embodiment of the invention.
Fig. 5 is the schematically stereogram of film facies posterior hepatis according to another embodiment of the present invention.
Fig. 6 a to Fig. 6 e are the artworks of film adherence method according to an embodiment of the invention.
Fig. 7 a to Fig. 7 f are the artworks for showing film adherence method according to another embodiment of the present invention.
Fig. 8 a to Fig. 8 e are the artworks for showing the film adherence method according to other embodiments of the invention.
Specific implementation method
Together advantages of the present invention, feature can be specified with accompanying drawing with reference to the embodiment being described in detail later and reach method.But
It is that the present invention is not limited by embodiments disclosed below, but can realize mutually different form, the present embodiment is to make this
The disclosure of invention is more complete, and is carried in order to which those skilled in the art are informed with the category of invention
Supply, and the present invention is only defined by the scope of claim.
Shape, size, ratio, angle, number etc. are examples disclosed in the drawing for illustrating embodiments of the invention
Property, therefore be not limited to that the project of the present invention is being shown.Identical reference marks refers to identical in specification entire content
Inscape.In addition, when illustrating the present invention, judging to make the main points of the present invention unclear illustrating for related known technology
In the case of, the detailed description will be omitted.In the case of using " comprising ", " having ", " composition " etc. in this manual, as long as
In the case of not using " only ", it may include other parts.In the case of with singular references inscape, as long as no special
Clear and definite specified particular also includes the situation of plural number statement.
When explaining inscape, even if being expressly recited without other, it should also be construed to include error range.
In the case of being carried out to position relationship, for example " ... on ", " ... top ", " ... bottom ",
In the case of the position relationship of two parts of the explanation such as " on ... side ", as long as in the case of as long as no " direct ", two
More than one other parts are may also set up between individual part.
In the case where being illustrated to time relationship, for example " ... afterwards ", " ... then ", " ... afterwards ",
In the case of the temporal precedence relationship of the explanation such as " ... before ", as long as not recording " direct ", then it may also comprise discontinuously
Situation.
Although first, second etc. uses to illustrate various inscapes, this composition key element is not by this
Term is limited.The term is intended merely to use from an another inscape of inscape differentiation.Therefore, referred to following
The first inscape the present invention technological thought in can also be the second inscape.
Each special type of various embodiments of the present invention can be combined with each other or combine some or all of, and in skill
Various gearings and driving can be carried out in art, for each embodiment, also can individually be implemented, and also can be with interrelated
Relation be implemented together.
Hereinafter, the preferred embodiments of the present invention are described in detail with reference to drawing.
Fig. 1 is the schematic diagram of film attachment device according to an embodiment of the invention.
It will be seen from figure 1 that film attachment device according to an embodiment of the invention includes supporting part 100, tension adjustment
Portion 200,300, film facies posterior hepatis 400, guiding (Guide) portion 500,600, calibration (Align) portion 700 and film transfer piece
800。
The supporting part 100 plays a part of support workpiece P while being located at the upside of film attachment device.The support
Portion 100 includes platform 110, platform transfer instrument 120 and tilts (tilt) instrument 130.
The platform 110 is the position for being mounted with workpiece P.Therefore, platform 110 has setting tool, for fixed institute
State workpiece P.As an example, the platform 110 has vacuum suction instrument, can fix the following workpiece P, but not
Vacuum suction instrument must be limited to, but settable fixture etc. is in well known various setting tools.
The platform transfer instrument 120 plays a part of the transfer platform 110.The platform 110 is the workpiece P's
" loaded " position should be moved to the position of attachment film after fixing the workpiece P.Therefore, the platform transfer instrument can be made
120 transfer the platform 110 with left and right directions (X-direction) and above-below direction (Z-direction).Transferred with this identical platform
Instrument 120 can be by being made up of engine-driven air cylinder device, but is not necessarily limited to this, but can be by well known
Various mobile instruments constitute.
Described the Shear tool 130 plays a part of tilting (tilt) driving platform 110.The attachment film F work
In the case that part P surface becomes variously-shaped (such as, C-shaped or S-shaped), easily exist in the state of workpiece P inclinations
The surface attachment film F of the workpiece P.Therefore, platform 110 described in the pitch drives of the Shear tool 130, and then make to be fixed on
The workpiece P of the platform 110 is tilted.
The Shear tool 130 as described above is configurable between the platform 110 and platform transfer instrument 120, right
This will be described below.
Play a part of keeping the fixation tension force of the film transfer piece 800 in the tension adjustment portion 200,300.With this phase
Same tension adjustment portion 200,300 includes the first tension adjustment portion 200 and the second tension adjustment portion 300.
The first tension adjustment portion 200 configures the side (for example, left side) in the film facies posterior hepatis 400 to fix
State one end of film transfer piece 800.The second tension adjustment portion 300 configures the other end (example in the film transfer piece 800
Such as, right side) fix the other end of the film transfer piece 800.
The first tension adjustment portion 200 and the second tension adjustment portion 300 are arranged respectively at the film attachment
The side in portion 400 and opposite side, and then by the film facies posterior hepatis 400 that the film F on the film transfer piece 800 is attached
In workpiece P technique, can remain in the side of film facies posterior hepatis 400 the film transfer piece 800 part with
Fixation tension force between the part of the film transfer piece 800 of the opposite side of the film facies posterior hepatis 400.
As described above, root one embodiment of the invention, sets first tension force to adjust in the both sides of the film facies posterior hepatis 400
Section portion 200 and the second tension adjustment portion 300, and then film F is being attached to the workpiece by the film facies posterior hepatis 400
During P, the film transfer piece 800 can be made flexibly to tackle workpiece P curved surface.
The first tension adjustment portion 200 includes the first tension force holding meanss 210 and the first tension force holding meanss are transferred
Instrument 220.
The first tension force holding meanss 210 fix one end of the film transfer piece 800.First tension force keeps dress
The fixed form between 210 and one end of the film transfer piece 800 is put to become in well known various methods.As
One example, a hole is at least formed in one end of the film transfer piece 800, and in the first tension force holding meanss 210
The projection for being inserted at least one hole can be formed, and may also comprise the first tension force holding meanss 210 and winds described
The curling roller of one end of film transfer piece 800 is to realize the fixing means.
The first tension force holding meanss transfer instrument 220 transfers the first tension force holding meanss 210.Specifically,
The first tension force holding meanss transfer instrument 220 transfers the first tension force holding meanss with left and right directions (x-axis direction)
210.First tension force holding meanss transfer instrument 220 can be by being made up of engine-driven air cylinder device, but need not
This is defined in, but can be by being constituted in well known various transfer instruments.
As described above, by the first tension force holding meanss transfer instrument 220 described in the first tension force holding meanss 210 can be with
Left and right directions is moved, and the institute being located between the first tension force holding meanss 210 and the film facies posterior hepatis 400 is can adjust accordingly
State the tension force of the part of film transfer piece 800.
The second tension adjustment portion 300 includes the second tension force holding meanss 310 and the second tension force holding meanss are transferred
Instrument 320.
The second tension force holding meanss 310 fix the other end of the film transfer piece 800.Second tension force is kept
Fixed form between device 310 and the other end of film transfer piece 800, with above-mentioned first tension force holding meanss 210 with
Fixed form between one end of the film transfer piece 800 is identical, becomes in well known various methods.
The second tension force holding meanss transfer instrument 320 is transferred second tension force with left and right directions (x-axis direction) and protected
Hold device 310.The second tension force holding meanss transfer instrument 320 transfers the phase of instrument 220 with the first tension force holding meanss
Together, can be by being constituted in well known various transfer instruments.Identical with this, the second tension force holding meanss transfer instrument
320 are individually constituted with the first tension force holding meanss transfer instrument 220, and then can distinguish each self-driven described second
Force retaining device 310 and the first tension force holding meanss 210.
As described above, can transfer instrument 320 by the second tension force holding meanss moves second tension force with left and right directions
Holding meanss 310, can adjust the institute being located between the second tension force holding meanss 310 and the film facies posterior hepatis 400 accordingly
State the tension force of the part of film transfer piece 800.
The film facies posterior hepatis 400 plays the table that the film F on the film transfer piece 800 is transferred to workpiece P
Effect of the face in the thin F of surface attachment of the workpiece P.Configured with this identical film facies posterior hepatis 400 with the film transfer
The position faced centered on piece 800 with the workpiece P.As illustrated, in workpiece P configurations in the film transfer piece 800
In the case of upside, the film facies posterior hepatis 400 is then located at the downside of the film transfer piece 800.
The film facies posterior hepatis 400 includes attachment roller 410, attachment roller supporting instrument 420 and attachment roller transfer
Instrument 430.
The attachment roller 410 is moved equivalent to the film transfer piece 800 from one end of the film F to the other end
Region, while the film F to be attached to workpiece P surface below the film transfer piece 800 that pressurizes.Therefore, institute is made
Attachment roller 410 is stated mobile with left and right directions (x-axis direction), to move the region of the film transfer piece 800.In addition, described
Attachment roller 410 rises below the film transfer piece 800, so that the film F on the film transfer piece 800 and workpiece P
Surface contact, be configured to the attachment roller 410 for this mobile with above-below direction (z-axis direction).
The attachment roller supporting instrument 420 is connected to the attachment roller 410 to support the attachment roller 410.
The attachment roller transfer instrument 430 is connected with the attachment roller supporting instrument 420, with above-below direction (z-axis side
To) and the mobile attachment roller supporting instrument 420 of left and right directions (x-axis direction), the attachment roller 410 is above and below accordingly
The attachment technique of the film F can be realized while direction (z-axis direction) and mobile left and right directions (x-axis direction).
On the other hand, when the attachment roller 410 pressurizes below the film transfer piece 800, if the plus-pressure mistake
Greatly, then the possibility of the surface damage of the workpiece P may be present.Therefore, it is described in order to prevent the surface damage of the workpiece P
Film facies posterior hepatis 400 may also include pressure regulation instrument, for adjust it is described attachment roller 410 plus-pressure, for this
Identical pressure regulation workpiece will be illustrated in subsequent content.
The guide portion 500,600 guides the film transfer piece 800.Especially, the guiding of guide portion 500,600 institute
The position (for example, height) of film transfer piece 800 is stated, and then does not make the film transfer in the technique for adhering to the film F
Interfered between piece 800 and the workpiece P." interference " between two structures illustrated in this manual refers to a structure
With another form touch, and then when a structure is moved by the situation of the obstruction of another structure.
If being interfered adhering to described in the technique of the film F between film transfer piece 800 and the workpiece P,
The film F can not accurately be attached to the surface of the workpiece P, therefore fold can occur or described in the film F
There is bubble between film F and the workpiece P.But, according to one embodiment of the invention, the both sides of the film facies posterior hepatis 400
The guide portion 500,600 is set, entered without being interfered between the film transfer piece 800 and the workpiece P, therefore
It can prevent the problem of fold occurs in the film F or bubble occurs between the film F and the workpiece P.
Guide portion 500,600 as described above includes the first guide portion 500 and the second guide portion 600.
First guide portion 500 is adjacent to the first tension adjustment portion 200, is located at the film facies posterior hepatis to guide
The position of the part of film transfer piece 800 of 400 side (for example, left side).Opened with this first guide portion of identical 500
It is located at before beginning film attachment technique between the first tension adjustment portion 200 and the film facies posterior hepatis 400.
Second guide portion 600 is adjacent to the second tension adjustment portion 300, is located at the film facies posterior hepatis to guide
The position of the part of film transfer piece 800 of 400 opposite side (for example, right side).Exist with this second guide portion of identical 600
Start to be located between the second tension adjustment portion 300 and the film facies posterior hepatis 400 before film attachment technique.
First guide portion 500 includes the first downside guide roller 510, the first upside guide roller 520, first and guided
The guide roller of roller supporting instrument 530 and first transfers instrument 540.
First downside guide roller 510 is located at the downside of the film transfer piece 800 come the film transfer that pressurizes
Below piece 800.Especially, with first downside guide roller 510 while first downside guide roller 510 is moved
The part of the film transfer piece 800 of contact rises, and can prevent dry between the film transfer piece 800 and the workpiece P
Relate to, adhering to technique with reference to film described later to this can be easier to understand.
First upside guide roller 520 is located at the upside of the film transfer piece 800 come the film transfer that pressurizes
Above piece 800.Especially, with first upside guide roller 520 while first upside guide roller 520 is moved
The part of the film transfer piece 800 of contact declines, and can prevent dry between the film transfer piece 800 and the workpiece P
Relate to, adhering to technique with reference to film described later to this can be easier to understand.
As illustrated, being placed between first downside guide roller 510 and first upside guide roller 520 described
Film transfer piece 800 faces each other face and configures and can move together, in this case, compared to each self-driven feelings respectively
Condition, can make the simple in construction of device.However, it is not necessary to be defined in this, but can also make first downside guide roller 510 with
First upside guide roller 520 is separated from each other movement.
The first guide roller branch stake tool 530 is connected on first downside guide roller 510 and described first
Side guide roller 520, to support first downside guide roller 510 and first upside guide roller 520.Also can be by one
Individual first guide roller branch stake tool 530 supports first downside guide roller 510 and first upside guide roller
520, but first downside guide roller 510 can be also supported by a first guide roller branch stake tool 530, and another
First guide roller branch stake tool 530 supports first upside guide roller 520.
The first guide roller transfer instrument 540 is connected with the first guide roller branch stake tool 530, with upper and lower
To (z-axis direction) and the mobile first guide roller branch stake tool 530 of left and right directions (x-axis direction).Therefore, described first
Downside guide roller 510 is with first upside guide roller 520 with adjustable institute while above-below direction (z-axis direction) movement
State the height of film transfer piece 800, and first downside guide roller 510 and first upside guide roller 520 with
Left and right directions (x-axis direction) can determine the height adjusted position of the film transfer piece 800 while mobile.
First downside guide roller 510 and first upside guide roller 520 pressurize the film transfer piece 800
When, if the plus-pressure is excessive, the tension force with the film transfer piece 800 becomes big.Therefore, it is this existing to prevent
As first guide portion 500 is identical with the film facies posterior hepatis 400 to may also include pressure regulation instrument.
Second guide portion 600 includes the second downside guide roller 610, the second upside guide roller 620, second and guided
The guide roller of roller supporting instrument 630 and second transfers instrument 640.
Second downside guide roller 610 is located at the downside of the film transfer piece 800 come the film transfer that pressurizes
Below piece 800.It is identical with the first above-mentioned downside guide roller 510, while second downside guide roller 610 is moved
The part of the film transfer piece 800 contacted with first downside guide roller 510 rises, and then can prevent the film
Interference between transfer sheet 800 and the workpiece P.
Second upside guide roller 620 is located at the upside of the film transfer piece 800 come the film transfer that pressurizes
Above piece 800.It is identical with above-mentioned first upside guide roller 520, what second upside guide roller 620 was moved
The part of the film transfer piece 800 contacted simultaneously with first upside guide roller 520 declines, and then can prevent described
Interference between film transfer piece 800 and the workpiece P.
The film transfer is placed between second downside guide roller 610 and second upside guide roller 620
Piece 800 faces each other face and configures and can move together, in this case, compared to each self-driven respectively, can make device
It is simple in construction.However, it is not necessary to be defined in this, but it can also be separated from each other mobile second downside guide roller 610 and institute
State the second upside guide roller 620.
The second guide roller branch stake tool 630 is connected on second downside guide roller 610 and described second
Side guide roller 620, to support second downside guide roller 610 and second upside guide roller 620.With it is above-mentioned
First guide roller branch stake tool 530 is identical, and second downside can be also supported by a second guide roller branch stake tool 630
Guide roller 610 and second upside guide roller 620, but also can be by a second guide roller branch stake tool 630
Second downside guide roller 610 is supportted, and supports second upside to draw by another the second guide roller branch stake tool 630
Guide roll wheel 620.
The second guide roller transfer instrument 640 is connected with the second guide roller branch stake tool 630, with upper and lower
To the mobile second guide roller branch stake tool 630 of (z-axis direction) and left and right directions (x-axis direction), accordingly described second
Downside guide roller 610 is with second upside guide roller 620 with above-below direction (z-axis direction) and left and right directions (x-axis side
To) it is mobile while can adjust the height of the film transfer piece 800 in position.
Second downside guide roller 610 and second upside guide roller 620 pressurize the film transfer piece 800
When, if the plus-pressure is excessive, the tension force with the film transfer piece 800 becomes big.Therefore, it is this in order to prevent
Phenomenon, second guide portion 600 identical with the film facies posterior hepatis 400 may also include pressure regulation instrument.
The position for adjusting the film F on the film transfer piece 800 is played with adhering to the film F in the calibration portion 700
Workpiece P position effect.Therefore, the calibration portion 700 may include imaging device, to confirm the terminal part of the film F,
To adjust the terminal part of the terminal part of the film F and the attaching surface of the workpiece P.
For the one side of the film transfer piece 800, as an example in temporary transient attachment film F above, perform remove accordingly
Transport the function of the carrier (Carrier) of the film F.The film transfer piece 800 can be made up of flexure strip.
Fig. 2 shows the Shear tool according to an embodiment of the invention, and this is to observe above-mentioned Fig. 1 film attachment in side
The drawing put.Fig. 3 a and Fig. 3 b are the drawings for the action for showing the Shear tool according to an embodiment of the invention.
Transferred figure it is seen that the Shear tool 130 according to an embodiment of the invention is configured in platform 110 and platform
Between instrument 120, and including first connecting portion 131, second connecting portion 132, rotary shaft 133 and drive division 134.
The first connecting portion 131 is connected to the platform transfer instrument 120.Especially, the first connecting portion 131 from
In downward direction extend below the platform transfer instrument 120.It may be configured with multiple with this identical first connecting portion 131 and connect
It is connected to below the platform transfer instrument 120.It is described to insert that the first connecting portion 131 has the through hole of lateral direction penetrating
Rotary shaft 133
The second connecting portion 132 is connected to the platform 110.Especially, the second connecting portion 132 is from the platform
Extend upwards above 110.It may be configured with multiple with this identical second connecting portion 132 and be connected to the upper of the platform 110
Face.There is the second connecting portion 132 through hole of lateral direction penetrating to insert the rotary shaft 133.The second connecting portion 132
Through hole and the through hole of the first connecting portion 131 form a line.
The rotary shaft 133 is inserted in the through hole of the second connecting portion 132 and the insertion of the first connecting portion 131
Hole.When the rotary shaft 133 rotates, rotate together with the first connecting portion 131, and rotate the rotary shaft 133
Shi Ze rotates together with the second connecting portion 132.Therefore, first connecting portion 131 plays the work for supporting the rotary shaft 133
With the second connecting portion 132 plays a part of passing on the rotation of the rotary shaft 133 in the platform 110.
The drive division 134 is connected with the rotary shaft 133, and the rotary shaft is rotated with direction pivots clockwise or counter-clockwise
133。
According to the Shear tool with this identical one embodiment of the invention, if by the drive division 134 with clockwise or
Rotary shaft 133 described in person's counterclockwise rotates, then the second connecting portion 132 rotated together with the rotary shaft 133, accordingly
The platform 110 for being connected to the second connecting portion 132 is tilted with direction pivots clockwise or counter-clockwise.Therefore, from Fig. 3 a with
And Fig. 3 b can be seen that the workpiece P of the lower section for being fixed on platform 110 and be tilted respectively with direction pivots clockwise or counter-clockwise.
Fig. 4 is the schematically stereogram of film facies posterior hepatis 400 according to an embodiment of the invention.
From fig. 4, it can be seen that film facies posterior hepatis 400 according to an embodiment of the invention includes attachment roller 410, attachment rolling
Take turns branch stake tool 420 and attachment roller transfer instrument 430.
The attachment roller 410 is connected to rotary shaft 415, and the rotary shaft 415 is inserted into configuration in the attachment roller
In the through hole of branch stake tool 420.
The through hole is configured with the attachment roller supporting instrument 420, and the through hole is provided with multiple axles
Hold 425.Therefore, the rotary shaft 415 being inserted into the through hole is rotated while contact with the bearing 425,
The attachment roller 410 is rotatably supported by the attachment roller supporting instrument 420 accordingly.
The attachment roller transfer instrument 430 includes above-below direction (z-axis direction) attachment roller transfer instrument.
The above-below direction attachment roller transfer instrument is connected to below the attachment roller supporting instrument 420, so that
The attachment roller supporting instrument 420 is lifted, and the attachment roller 410 is lifted accordingly.The above-below direction adheres to roller
Transfer instrument may include the engine of air cylinder device and the driving air cylinder device.
At this moment, the air cylinder device that the above-below direction attachment roller transfer instrument includes can have inside by such as spring
The pressure regulation instrument that buffer unit is constituted.Accordingly, the action for adhering to roller transfer instrument by the above-below direction makes described
When adhering to the rising of roller 410 come below the film transfer piece that pressurizes (reference, Fig. 1 drawing symbol 800), the plus-pressure quilt
Regulation, the problem of surface damage of the workpiece P can be prevented.
The attachment roller transfer instrument 430 may also include left and right directions (X-direction) attachment roller transfer instrument.
Though not specifically illustrated, the left and right directions attachment roller transfer instrument is configurable on the above-below direction attachment
Roller transfers the lower section of instrument.It may include engine and LM guiding pieces with this identical left and right directions attachment roller transfer instrument.
However, it is not necessary to this is defined in, but left and right directions attachment roller transfer instrument is also connected to the attachment roller supporting
The side of instrument 420.
Fig. 5 is the schematically stereogram of film facies posterior hepatis 400 according to another embodiment of the present invention.Except addition is set in addition
Put beyond pressure regulation instrument 433, it is identical with the film facies posterior hepatis 400 in above-mentioned Fig. 4.Therefore, phase is assigned for identical structure
With drawing symbol, different structures is illustrated at following.
From fig. 5, it can be seen that pressure regulation instrument 433 is connected to attachment roller transfer instrument 430, especially above and below
Above-below direction attachment roller transfer instrument.Specifically, the pressure regulation instrument 433 is configured in the attachment roller supporting work
Between tool 420 and above-below direction attachment roller transfer instrument.Therefore, roller is adhered to by the above-below direction and transfers the dynamic of instrument
Make, when the attachment roller 410 is risen come below the film transfer piece (reference numeral 800 of reference picture 1) that pressurizes, pass through
The pressure regulation regulation plus-pressure of instrument 433, and then the problem of the workpiece P surface damages can be prevented.The pressure regulation
Instrument 433 may include in well known various buffer units, it may include spring or fluid etc..
Though it is not specifically illustrated, above-mentioned guiding (Guide) portion (Fig. 1 reference numeral 500,600) structure and Fig. 4 and
Fig. 5 film facies posterior hepatis 400 is similar.
Fig. 6 a to Fig. 6 e, as the artwork of film adherence method according to an embodiment of the invention, are on C
The method of the workpiece P on the shape surface C-shaped surface attachment film F.For convenience of description, in above-mentioned film attachment device
The first tension force holding meanss 210, the second tension force holding meanss 310, the downside of attachment roller 410, first are merely illustrated in embodiment
Guide roller 510, the second upside guide roller 620 and film transfer piece 800.
First, it can be seen that from Fig. 6 a and the first tension force holding meanss 210, the second tension force guarantor be provided with below workpiece P
Hold device 310, attachment roller 410, the first downside guide roller 510, the second upside guide roller 620 and film transfer piece
800。
At this moment, one end of the film transfer piece 800 is separately fixed at the first tension force holding meanss 210 with the other end
With the second tension force holding meanss 310.In addition, the attachment roller 410 is positioned corresponding to configuration in the film transfer piece
The position of film F one end above 800.At this moment, it can adjust the film transfer piece using above-mentioned calibration (Align) portion 700
The position of film F on 800.Then, first downside guide roller 510 be located at the first tension force holding meanss 210 with
It is described attachment roller 410 between, second upside guide roller 620 be located at the second tension force holding meanss 310 with it is described
Adhere between roller 410.
Then, can be seen that from Fig. 6 b rises the attachment roller 410, will be placed on the film transfer piece 800
One end of the film F in face is attached to the surface of the workpiece P.
At this moment, it is described thin between the attachment roller 410 and the second tension force holding meanss 310 in order to prevent from being located at
Interference between the Part I 800a of film transfer sheet 800 and the workpiece P, second upside guide roller 620 is to remote
The direction movement of the second tension force holding meanss 310, specifically direction to the left.
Then, it can be seen that the attachment roller 410 from Fig. 6 c to move to the right, turn while the film will be placed on
Film F above printingout 800 is attached to the C-shaped surface of the workpiece P.
At this moment, in order to prevent the interference between the Part I 800a of the film transfer piece 800 and the workpiece P, institute
State the second upside guide roller 620 to move to the direction away from the second tension force holding meanss 310, specifically side to the left
To.Especially, in order to prevent the interference, second upside guide roller 620 adheres to roller 410 further to the left than described
Move side.
Then, can be seen that from Fig. 6 d will be placed on institute while the attachment roller 410 is further moved to the right
State the C-shaped surface that the film F above film transfer piece 800 is attached to the workpiece P.
At this moment, in order to prevent the interference between the Part I 800a of the film transfer piece 800 and the workpiece P, institute
The upward side of the second upside guide roller 620 is stated to movement.
As described above, the upward side of second upside guide roller 620 can increase the film in the case of movement
The Part I 800a of transfer sheet 800 tension force, therefore the second tension force holding meanss 310 is drawn to the described second upside
The close direction movement of guide roll wheel 620, specifically direction to the left.
In addition, in the case where the upward side of second upside guide roller 620 is to movement, positioned at the attachment roller
The Part II 800b of the film transfer piece 800 between 410 and the first tension force holding meanss 210 turns with the film
Interfered between the Part I 800a of printingout 800.Therefore, in order to prevent the Part II of the film transfer piece 800
Interfered between the Part I 800a of 800b ' and the film transfer piece 800, make first downside guide roller 510
Upward side is to movement.
Then, it can be seen that from Fig. 6 e and move the attachment roller 410 to the left, while in the film transfer piece 800
Above remaining film F the C-shaped surface of the workpiece P is attached to complete to adhere to the film F.
At this moment, in the case where the attachment roller 410 is moved to the left, the Part II of the film transfer piece 800
800b tension force is reduced, therefore makes the first tension force holding meanss 210 to the side away from first downside guide roller 510
To movement, specifically direction to the left.At this moment, in order to easily perform the film F attachment technique, second upside is guided
Roller 620 can upwards side to movement.
As described above, according to one embodiment of the invention, the upward side of the attachment roller 410 to, right direction movement with
And left direction movement, while the film F being placed on above the film transfer piece 800 to be attached to the C-shaped table of the workpiece P
Face.At this moment, first downside guide roller 510 is in the upward side of reasonable time point to movement, and second upside is drawn
Guide roll wheel 620 is moved in reasonable time point direction to the left and upside defence line, while preventing above-mentioned interference.In addition, described
First tension force holding meanss 210 are moved with the second tension force holding meanss 310 in reasonable time point direction to the left, and then
Keep the tension force of the film transfer piece 800.
On the other hand, though not shown, the time point of a certain technique utilizes above-mentioned inclination (tilt) work in Fig. 6 b to Fig. 6 e
Tool 130, can perform technique in the state of the workpiece P is tilted.
Fig. 7 a to Fig. 7 f, as the artwork for showing film adherence method according to another embodiment of the present invention, are on inciting somebody to action
The method of the S-shaped surface attachment film F of workpiece P with S-shaped surface.For convenience of description, adhere in above-mentioned film
The first tension force holding meanss 210, the second tension force holding meanss 310, attachment roller 410, the are merely illustrated in the embodiment of device
One upside guide roller 520, the second upside guide roller 620 and film transfer piece 800.
First, it can be seen that from Fig. 7 a and the first tension force holding meanss 210, the second tension force guarantor be provided with below workpiece P
Hold device 310, attachment roller 410, the first upside guide roller 520, the second upside guide roller 620 and film transfer piece
800。
At this moment, one end of the film transfer piece 800 is separately fixed at the first tension force holding meanss 210 with the other end
With the second tension force holding meanss 310.In addition, the attachment roller 410 is positioned corresponding to configuration in the film transfer piece
The position of one end of the film F above 800.At this moment, it can adjust the film transfer using above-mentioned calibration (Align) portion 700
The position of film F on piece 800.Then, first upside guide roller 520 is located at the first tension force holding meanss 210
It is described attachment roller 410 between, and second upside guide roller 620 be located at the second tension force holding meanss 310 with
Between the attachment roller 410.
Then, can be seen that from Fig. 7 b rises the attachment roller 410, will be placed on the film transfer piece 800
One end of the film F in face is attached to the surface of the workpiece P.
At this moment, it is described thin between the attachment roller 410 and the second tension force holding meanss 310 in order to prevent from being located at
Interference between the Part I 800a of film transfer sheet 800 and the workpiece P, second upside guide roller 620 is to remote
The direction movement of the second tension force holding meanss 310, specifically direction to the left.
At this moment, in order to reduce because first upside guide roller 520 and second upside guide roller 620 plus
Pressure and the tension force of the increased film transfer piece 800, make the first tension force holding meanss 210 to close on described first
The direction movement of side guide roller 520, specifically right direction, and the second tension force holding meanss 310 are to described in
The direction movement of second upside guide roller 620, specifically left direction.
Then, can be seen that from Fig. 7 c makes the attachment roller 410 move to the right, while the film will be placed on
Film F above transfer sheet 800 is attached to the S-shaped surface of the workpiece P.
Then, can be seen that from Fig. 7 d makes the attachment roller 410 further move to the right, while institute will be placed on
State the S-shaped surface that the film F above film transfer piece 800 is attached to the workpiece P.
At this moment, in order to prevent the interference between the attachment roller 410 and second upside guide roller 620, institute is made
Stating the second upside guide roller 620, together direction is moved to the right.Also, the film transfer is kept under for this case
The tension force of piece 800, makes the second tension force holding meanss 310 be moved to the direction away from second upside guide roller 620,
Specifically right direction.
Then, can be seen that from Fig. 7 e makes the attachment roller 410 further move to the right, while institute will be placed on
State the S-shaped surface that the film F above film transfer piece 800 is attached to the workpiece P.
At this moment, it is described in order to prevent the interference between the attachment roller 410 and second upside guide roller 620
Second upside guide roller 620 together move to the right by direction.
Then, can be seen that from Fig. 7 f makes the attachment roller 410 be moved to upper right side, while will turn in the film
Remaining film F is attached to the S-shaped surface of the workpiece P above printingout 800, to complete to adhere to the film F.
At this moment, it is described thin between the attachment roller 410 and the second tension force holding meanss 310 in order to prevent from being located at
Interference between the Part I 800a of film transfer sheet 800 and the workpiece P, first upside guide roller 520 is to remote
The direction movement of the first tension force holding meanss 210, specifically right direction.
As described above, according to another embodiment of the present invention, the upward side of the attachment roller 410 to and right direction move
It is dynamic, while the film F being placed on above the film transfer piece 800 to be attached to the S-shaped surface of the workpiece P.At this moment, it is described
First upside guide roller 520 in reasonable time point, move to the right by direction, and second upside guide roller 620 is suitable
When time point direction to the left and right direction movement, while preventing above-mentioned interference.In addition, first tension force is kept
Device 210 is moved with the second tension force holding meanss 310 in reasonable time point direction to the left or right direction, and then
Keep the tension force of the film transfer piece 800.
On the other hand, though not shown, a certain process time point in Fig. 7 b to Fig. 7 f, utilizes above-mentioned inclination (tilt)
Instrument 130, makes the workpiece P carry out technique in a slanted state.
Fig. 6 a to Fig. 6 e and Fig. 7 a to Fig. 7 f more than can be seen that attachment roller 410 and moved to the right from left side
While attachment film F in the case of, the first downside guide roller 510 is also required in the left side of attachment roller 410, and (Fig. 6 a are to scheming
6e), it is also desirable to the first upside guide roller 520 (Fig. 7 a to Fig. 7 f), the second upside is only needed on the right side of attachment roller 410
Guide roller 620.
Simply, also can be described attached in order to move attachment film F simultaneously to the left from right side in the attachment roller 410
The right side of roller 410 needs the second downside guide roller 610, it is also desirable to second upside guide roller 620, and described
The left side of attachment roller 410 only needs to the first upside guide roller 520.
Therefore, in order to all suitable for attachment roller 410 situation about being moved to the right from left side and from right side to
The situation of left side movement, identical with above-mentioned Fig. 1, preferably the first guide portion 500 together includes the first downside guide roller 510
With the first upside guide roller 520, and the second guide portion 600 then together include the second downside guide roller 610 and second on
Side guide roller 620.
But, can be diversified according to the apperance that interfering occurs in the curve form of the workpiece P, therefore can also make
The structure of first guide portion 500 and second guide portion 600 becomes diversified.For example, first guide portion
500 can have one in first downside guide roller 510 and first upside guide roller 520, and also both are complete
Portion possesses.In addition, second guide portion 600 is in second downside guide roller 610 and second upside guide roller
In 620 only have one, also can both of which possess.
Fig. 8 a to Fig. 8 e, as the artwork for showing the film adherence method according to other embodiments of the invention, are on profit
The method that film F is attached to the workpiece P showed with above-mentioned Fig. 6 a to Fig. 6 e identicals C-shaped with Fig. 1 film attachment device.
For convenience of description, the first tension force holding meanss 210, second in the embodiment to above-mentioned film attachment device are merely illustrated
Tension force holding meanss 310, attachment roller 410, the first downside guide roller 510, first the 520, second downside of upside guide roller
Guide roller 610, the second upside guide roller 620 and film transfer piece 800.
First, can be seen that from Fig. 8 a sets the first tension force holding meanss 210, the second tension force to keep in workpiece P lower section
Device 310, attachment roller 410, the first downside guide roller 510, the first upside guide roller 520, the second downside guide roller
610th, the second upside guide roller 620 and film transfer piece 800.
At this moment, one end of the film transfer piece 800 is separately fixed at the first tension force holding meanss 210 with the other end
With the second tension force holding meanss 310.In addition, the attachment roller 410 is positioned corresponding to be placed on the film transfer piece
The position of one end of the film F above 800.At this moment, it be can adjust using above-mentioned calibration portion 700 on the film transfer piece 800
The position of film F.In addition, first downside guide roller 510, the first upside guide roller 520 are located at first tension force
Between holding meanss 210 and the attachment roller 410, and second downside guide roller 610, the second upside guide roller
620 are located between the second tension force holding meanss 310 and the attachment roller 410.
Then, can be seen that from Fig. 8 b rises the attachment roller 410, will be placed on the film transfer piece 800
One end of the film F in face is attached to the surface of the workpiece P.
At this moment, it is described thin between the attachment roller 410 and the second tension force holding meanss 310 in order to prevent from being located at
On interference between the Part I 800a of film transfer sheet 800 and the workpiece P, second downside guide roller 610, second
Side guide roller 620 is moved to the direction away from the second tension force holding meanss 310, specifically left direction.
In addition, in order to prevent from being located at the attachment roller 410 and first tension force as the attachment roller 410 rises
The Part II 800b of the film transfer piece 800 between holding meanss 210 tension force increase, the first downside guiding rolling
The 510, first upside guide roller 520 of wheel together rises with the attachment roller 410.
Then, can be seen that from Fig. 8 c makes the attachment roller 410 move to the right, while the film will be placed on
Film F above transfer sheet 800 is attached to the C-shaped surface of the workpiece P.
At this moment, in order to prevent the interference between the Part I 800a of the film transfer piece 800 and the workpiece P, institute
The second downside guide roller 610, the second upside guide roller 620 are stated further to away from the second tension force holding meanss 310
Direction movement, specifically left direction.Especially, in order to prevent the interference, second downside guide roller 610,
Second upside guide roller 620 can be moved further to the left than the attachment roller 410.
Then, can be seen that from Fig. 8 d makes the attachment roller 410 further move to the right, while institute will be placed on
State the C-shaped surface that the film F above film transfer piece 800 is attached to the workpiece P.
At this moment, in order to prevent the interference between the Part I 800a of the film transfer piece 800 and the workpiece P, institute
The second downside guide roller 610, the upward side of the second upside guide roller 620 are stated to movement.
As described above, in second downside guide roller 610, the upward side of the second upside guide roller 620 to movement
In the case of, the Part I 800a of the film transfer piece 800 tension force, therefore the second tension force holding meanss can be increased
310 move to close to the direction of second downside guide roller 610, the second upside guide roller 620, specifically left side side
To.
In addition, in second downside guide roller 610, the upward side of the second upside guide roller 620 to mobile feelings
Under condition, the of the film transfer piece 800 between the attachment roller 410 and the first tension force holding meanss 210
It can be interfered between two part 800b and the Part I 800a of the film transfer piece 800.Therefore, in order to prevent described thin
Interfere, make described between the Part I 800a of the Part II 800b of film transfer sheet 800 and the film transfer piece 800
First downside/upside guide roller 510,520 upward sides are to movement.
Then, can be seen that from Fig. 8 e makes the attachment roller 410 move to the left, while will be in the film transfer
Remaining film F is attached to the C-shaped surface of the workpiece P above piece 800, to complete to adhere to the film F.
At this moment, in the case where the attachment roller 410 is moved to the left, the of the film transfer piece 800 can be reduced
Two part 800b tension force, thus make the first tension force holding meanss 210 to away from first downside guide roller 510,
The direction movement of first upside guide roller 520, specifically left direction.
It is same as the previously described embodiments, at the time point of a certain technique in Fig. 8 b to Fig. 8 e, utilize above-mentioned inclination
(tilt) instrument 130 can carry out technique in the state of the workpiece P is tilted.
More than, embodiments of the invention detailed further referring to the drawings, but the present invention is not necessarily limited to this, but
It can implement various modifications in the range of the technological thought without departing from the present invention.Therefore, in embodiment disclosed by the invention not
Be in order to limit the present invention technological thought but in order to illustrate, and must not by the embodiment limit the present invention technology think
Think.Therefore, it is all exemplary and non-limiting in all respects that can only be construed in embodiment described above.It should lead to
The scope for crossing claim explains protection scope of the present invention, and all technological thoughts in equivalents should be construed to
It is included in the interest field of the present invention.
Claims (15)
1. a kind of film attachment device, it is characterised in that including：
Supporting part, for supporting workpiece；
Film transfer piece, with the film to be attached in the workpiece；
First tension adjustment portion, one end of the fixed film transfer piece, while adjusting the tension force of the film transfer piece；
Second tension adjustment portion, the other end of the fixed film transfer piece, while adjusting the tension force of the film transfer piece；
Film facies posterior hepatis, the film configured in the film transfer piece is attached to the surface of the workpiece；
First guide portion, adjoining is configured at the first tension adjustment portion, with prevent the film transfer piece and the workpiece it
Between interference；And
Second guide portion, adjoining is configured at the second tension adjustment portion, with prevent the film transfer piece and the workpiece it
Between interference；
Wherein, the first tension adjustment portion includes the first tension force holding meanss, and is movably disposed first tension force
Holding meanss, to keep the tension force of the film transfer piece；The second tension adjustment portion includes the second tension force holding meanss, and
And the second tension force holding meanss are movably disposed, to keep the tension force of the film transfer piece；First tension force is protected
Hold device and distinguish each self-driven with the second tension force holding meanss.
2. film attachment device according to claim 1, it is characterised in that
First guide portion includes the first guide roller, is movably disposed first guide roller, described thin to adjust
The height of film transfer sheet；Second guide portion includes the second guide roller, is movably disposed second guide roller, with
Adjust the height of the film transfer piece；
It can along the vertical direction move and first guide roller can be movably set in left-right direction and described second draws
Guide roll wheel, to lift while the film transfer piece, determines the lifting position of the film transfer piece.
3. film attachment device according to claim 2, it is characterised in that
First guide roller at least has one in the first downside guide roller and the first upside guide roller, wherein
First downside guide roller is located at the lower section of the film transfer piece, and is pressurizeed the film transfer piece to upside, and institute
The first upside guide roller is stated on the film transfer piece, and is pressurizeed the film transfer piece to downside；
Second guide roller at least has one in the second downside guide roller and the second upside guide roller, wherein
Second downside guide roller is located at the lower section of the film transfer piece, and is pressurizeed the film transfer piece to upside, and institute
The second upside guide roller is stated on the film transfer piece, and is pressurizeed the film transfer piece to downside.
4. film attachment device according to claim 3, it is characterised in that
First guide roller includes first downside guide roller and first upside guide roller, described first
The centre of downside guide roller and first upside guide roller, which is placed with the film transfer piece and faces each other face, matches somebody with somebody
Put；
Second guide roller includes second downside guide roller and second upside guide roller, described second
The film transfer piece is placed with the middle of downside guide roller and second upside guide roller and faces each other face configuration.
5. film attachment device according to claim 1, it is characterised in that
The supporting part includes：The platform of the fixed workpiece；And the Shear tool of platform described in pitch drives.
6. film attachment device according to claim 5, it is characterised in that
The supporting part also includes the platform transfer instrument for being used to move the platform, and described the Shear tool is connected to the platform
Between the platform movement instrument.
7. film attachment device according to claim 6, it is characterised in that
Described the Shear tool has：First connecting portion, is connected to the platform transfer instrument, and with through hole；Second connects
Socket part, with the through hole for being connected to the platform；Rotary shaft, is inserted in and is arranged respectively at the first connecting portion and described the
The through hole of two connecting portions；And drive division, drive the rotary shaft；
Wherein, the first connecting portion is not rotated together with the rotary shaft, and the second connecting portion and the rotary shaft are together
Rotation.
8. film attachment device according to claim 1, it is characterised in that
At least one in the film facies posterior hepatis, first guide portion and second guide portion also includes pressure regulation
Instrument, for adjusting the pressure for putting on the film transfer piece when lifting the film transfer piece.
9. film attachment device according to claim 8, it is characterised in that
At least one in the film facies posterior hepatis, first guide portion and second guide portion includes transfer instrument,
For lifting the film transfer piece；
The pressure regulation instrument is made up of the buffer unit configured in the transfer tool interior.
10. film attachment device according to claim 8, it is characterised in that
At least one in the film facies posterior hepatis, first guide portion and second guide portion includes transfer instrument,
For lifting the film transfer piece；
The pressure regulation instrument is made up of the buffer unit being connected with the transfer instrument.
11. film attachment device according to claim 1, it is characterised in that
The film facies posterior hepatis, first guide portion and second guide portion can be in above-mentioned first tension adjustment portion and institutes
State and move between the second tension adjustment portion,
Second guide portion can be between the film facies posterior hepatis and the second tension adjustment portion position be moved to it is described
Position between film facies posterior hepatis and the first tension adjustment portion.
12. film attachment device according to claim 1, it is characterised in that also include：
Calibration portion, for adjusting the position for the film for being placed on the film transfer piece and the position of the workpiece.
13. a kind of film adherence method, it is characterised in that including following technique：
By the configuration of film transfer piece below workpiece, and it is provided for below the film transfer piece attachment of attachment film
Roller, the first guide roller is set between the attachment roller and the first tension force holding meanss, in the attachment roller and the
The second guide roller is set between two tension force holding meanss, wherein the film transfer piece has a film, and one end with it is another
End is separately fixed at the first tension force holding meanss and the second tension force holding meanss；
The attachment roller is set to increase, the one end that will be placed on the film of the film transfer piece is attached to the table of the workpiece
Face；
While moving the attachment roller in left-right direction, the film is attached to the surface of the workpiece；Along right and left
To the mobile first tension force holding meanss and at least one in the second tension force holding meanss, to keep the film to turn
The tension force of printingout；And
In left-right direction and above-below direction moves first guide roller and at least one in second guide roller,
To prevent the interference between the film transfer piece and the workpiece.
14. film adherence method according to claim 13, it is characterised in that
Along while moving the attachment roller with left and right directions, the film is attached in the technique of the workpiece surface and held
The following technique of row：Move in left-right direction in the first tension force holding meanss and the second tension force holding meanss at least
One, and in left-right direction and above-below direction move first guide roller with second guide roller at least
One.
15. film adherence method according to claim 13, it is characterised in that
Performed in the case where making the workpiece heeling condition and move the attachment roller in left-right direction, the film is attached to described
The technique of workpiece surface.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR10-2016-0006943 | 2016-01-20 | ||
| KR1020160006943A KR101764710B1 (en) | 2016-01-20 | 2016-01-20 | Apparatus and Method of attaching a film |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107031901A true CN107031901A (en) | 2017-08-11 |
| CN107031901B CN107031901B (en) | 2019-09-06 |
Family
ID=59419180
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710040606.1A Active CN107031901B (en) | 2016-01-20 | 2017-01-20 | Film attachment device and method |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6346968B2 (en) |
| KR (1) | KR101764710B1 (en) |
| CN (1) | CN107031901B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112124680A (en) * | 2020-09-17 | 2020-12-25 | 江西吉事达厨房用品有限公司 | Pad pasting mechanism for aluminum alloy processing |
| CN113968020A (en) * | 2020-07-24 | 2022-01-25 | 盟立自动化股份有限公司 | Internal circulation type laminating equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102118880B1 (en) * | 2018-03-08 | 2020-06-05 | (주)동방피앤디 | Apparatus for manufacturing 2 layers label |
| KR102353605B1 (en) * | 2020-04-09 | 2022-01-21 | 주식회사 프론테크 | Device for sticking protect film of curved display |
| CN112895422B (en) * | 2021-03-31 | 2022-12-06 | 厦门川智自动化科技有限公司 | Liquid crystal display film pasting device and method for pasting film by using same |
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| CN112124680A (en) * | 2020-09-17 | 2020-12-25 | 江西吉事达厨房用品有限公司 | Pad pasting mechanism for aluminum alloy processing |
Also Published As
| Publication number | Publication date |
|---|---|
| KR20170087560A (en) | 2017-07-31 |
| JP2017132637A (en) | 2017-08-03 |
| JP6346968B2 (en) | 2018-06-20 |
| CN107031901B (en) | 2019-09-06 |
| KR101764710B1 (en) | 2017-08-16 |
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