CN206154844U - Curved surface glass's rubberizing system - Google Patents
Curved surface glass's rubberizing system Download PDFInfo
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- CN206154844U CN206154844U CN201621117494.2U CN201621117494U CN206154844U CN 206154844 U CN206154844 U CN 206154844U CN 201621117494 U CN201621117494 U CN 201621117494U CN 206154844 U CN206154844 U CN 206154844U
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- glued membrane
- curved surface
- microscope carrier
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- glass
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Abstract
The utility model discloses a curved surface glass's rubberizing system, its characterized in that: including glued membrane hot press molding device (1), dyestripping device (2) and laminating device (3), glued membrane hot press molding device (1) with planar glued membrane form after vacuum adsorption, heating, pressfitting and shearing with the curved surface glued membrane of curved surface glass looks adaptation, peel off from the type membrane the fashioned curved surface glued membrane upper surface of glued membrane hot press molding device (1) dyestripping device (2), laminating device (3) is drawn behind the central curved surface glass who counterpoints from its counterpoint module, drives through the arm and make curved surface glass and the laminating of curved surface glued membrane together with glued membrane microscope carrier (11) pressfitting behind glued membrane microscope carrier (11) top of glued membrane hot press molding device (1), and the quick automatic shaping that contains the OCA optics glued membrane of curved surface, curved surface glass and the automatic scheduling problem of laminating of curved surface glued membrane have been solved to it, and a fashioned curved surface glued membrane is harmonious totally with curved surface glass.
Description
Technical field
The present invention relates to industrial automation, more particularly to a kind of rubberizing system of bend glass.
Background technology
Gradually into the design focus of mobile terminal, it is production that the 3D bend glasses of screen front are pasted to curved surface/cambered surface
An important step with curved surface/cambered surface mobile terminal.In concrete production link, need first to paste toward on 3D bend glasses
OCA optical cements.Existing OCA optical cements part is essentially all pure-surface, on the one hand needs cutting to be adapted to different size
Glass, on the other hand, for 3D bend glasses, if pure-surface OCA optical cements part is directly pasted, it is impossible to realization and cambered surface
Good fit.In order to improve the laminating effect of the OCA optical cements of 3D bend glasses, automaticity and the life of processing is improved
Produce efficiency and be necessary the molding of the corresponding glued membrane of OCA optical cements for being directed to 3D bend glasses and on 3D bend glasses
Laminating provides the solution of a set of automatization.
The content of the invention
The purpose of this utility model is one or more deficiencies for overcoming prior art problem, there is provided a kind of bend glass
Rubberizing system, rapid automatized molding, bend glass and the curved surface glued membrane that it solves the OCA optical adhesive films containing curved surface is automatic
The problems such as laminating, the curved surface glued membrane of institute's molding is completely harmonious with bend glass, and avoids the generation of fold and bubble,
Bend glass concordance and has good uniformity after fitting with curved surface glued membrane.
The rubberizing system of bend glass of the present utility model, it is characterised in that：Including glued membrane heat pressing forming device, dyestripping dress
Put and laminating apparatus, the glued membrane heat pressing forming device forms the glued membrane of plane Jing vac sorb, heating, pressing and after shearing
The curved surface glued membrane being adapted with bend glass；The coat peeling unit is by the curved surface glued membrane upper table of glued membrane heat pressing forming device institute molding
The mould release membrance in face is peeled off；The laminating apparatus are drawn Jing after the bend glass of center para-position from its contraposition module, Jing mechanical arms
Drive makes bend glass fit with curved surface glued membrane to the glued membrane microscope carrier top of glued membrane heat pressing forming device with the pressing of glued membrane microscope carrier
Together.
Preferably, the glued membrane heat pressing forming device includes glued membrane microscope carrier and hot pressing module, and the glued membrane microscope carrier includes：Carry
Plate and lower heating plate, have product profiling portion on the support plate, product profiling portion top surface is provided with some vac sorbs and leads to
Hole；The hot pressing module includes：Top board and upper heating plate, the top board has the recessed of matching corresponding with product profiling portion
Portion；The product profiling portion surface of glued membrane vac sorb to be formed on support plate, the upper heating plate and lower heating plate are by glued membrane
Heating, hot pressing module to glued membrane microscope carrier pressing makes coating film forming.
Preferably, the glued membrane heat pressing forming device also includes vacuum tank and cylinder, and cylinder drives hot pressing module with respect to glue
Film microscope carrier is moved up and down；The glued membrane microscope carrier and vacuum tank UNICOM, to pass through vac sorb through hole on product profiling portion surface pair
Glued membrane to be formed forms vac sorb.
Preferably, described glued membrane microscope carrier also includes pressure strip, for lower heating plate to be fixedly mounted on the lower section of support plate；
The lower heating plate and/or pressure strip have the hollow bulb matched with the product profiling portion size of support plate, with product profiling portion
Surface forms uniform vac sorb.
Preferably, also there is successively mutual attaching type peace to hold thermal insulation board, sucker dividing plate for described glued membrane microscope carrier lower section
And silica gel piece；Described lower thermal insulation board, dividing plate and sealing silica gel piece same position are provided with some ventholes, described vac sorb
The hollow bulb of through hole, lower heating plate and/or pressure strip is by described venthole and vacuum tank UNICOM.
Preferably, level(l)ing mechanism is provided between described hot pressing module and cylinder, makes hot pressing module just to the glue
Film microscope carrier is simultaneously in parallel.
Preferably, also including cutting mechanism, the cutting mechanism has the ring with the product profiling portion form fit of support plate
Shape cutting knife, when the cutting mechanism is pressed together on above glued membrane microscope carrier, the ring-type cutting knife of the cutting mechanism by product profiling portion with
Outer glued membrane cuts off.
Preferably, laminating apparatus include that contraposition module and glass are drawn and module of fitting, and the contraposition module is used for putting
The bend glass put in the above carries out center para-position；The glass is drawn to be used for curved surface by its suction disc with module of fitting
Glass evacuated absorption and para-position, and driven to the glued membrane microscope carrier top of glued membrane heat pressing forming device and glued membrane microscope carrier by mechanical arm
Pressing makes bend glass fit together with curved surface glued membrane.
Preferably, the glass is drawn with module of fitting including mounting bracket, the mounting bracket hoisting motor；The horse
Positioning case is lifted with the rotating shaft extended downwardly up to rotor；The positioning case has the opening matched with vacuum tank, positions case
Inside has suction disc, has some suckers on the suction disc, and suction disc is connected with the vacuum connection tube on motor rotor.
Preferably, the coat peeling unit includes little ear feed mechanism, jaw cylinder and servomotor, on the little ear
Material mechanism completes the feeding to little ear, and jaw cylinder is used to capture the mould release membrance that little ear is pasted onto curved surface glued membrane upper surface,
And complete removing for mould release membrance through servomotor driving.
Preferably, also include being moved to target location with module of fitting for driving glued membrane microscope carrier, hot pressing module, glass to draw
Dynamic manipulator mechanism；And vacuum pump, for by with vacuum tank and/or vacuum connection tube bonding in vacuum.
Compared with prior art, invention effect is included but is not limited to：There is provided a kind of curved surface coating film forming and and curved surface
The automation solutions of glass gluing, the curved surface glued membrane bend glass of institute's molding is completely harmonious；And avoid fold
And bubble, the problem for overcoming bend glass rubberizing difficult.
Description of the drawings
Fig. 1 is system block diagram of the present utility model；
Fig. 2 is the overall structure diagram of the rubberizing system of certain embodiment mean camber glass；
Fig. 3 is the partial structural diagram of the rubberizing system of certain embodiment mean camber glass；
Fig. 4 is that glass is drawn and structure of adhering module schematic diagram in certain embodiment；
Fig. 5 is the structural representation of the glued membrane heat pressing forming device in certain embodiment；
Fig. 6 is the explosive view of glued membrane microscope carrier in certain embodiment；
Fig. 7 is hot pressing module, the structural representation that cylinder, level(l)ing mechanism are fitted together；
Fig. 8 is the structural representation of level(l)ing mechanism；
Fig. 9 is the structural representation of cutting mechanism；
Figure 10 is the structural representation at another visual angle of cutting mechanism.
Specific embodiment
Below in conjunction with drawings and embodiments, the utility model is described in further detail.
As shown in Figures 1 to 3, the rubberizing system of certain embodiment mean camber glass includes glued membrane heat pressing forming device 1, dyestripping
Device 2, the big major part of laminating apparatus 3 three.Wherein, glued membrane heat pressing forming device 1 by the glued membrane Jing vac sorbs of plane, plus
The curved surface glued membrane that formation is adapted with bend glass after heat, pressing and shearing；Coat peeling unit 2 is by the institute of glued membrane heat pressing forming device 1
The mould release membrance of the curved surface glued membrane upper surface of molding is peeled off；Laminating apparatus 3 draw the curved surface of Jing center para-positions from its contraposition module
After glass, drive Jing mechanical arm makes song to the top of glued membrane microscope carrier 11 of glued membrane heat pressing forming device 1 with the pressing of glued membrane microscope carrier 11
Surface glass fits together with curved surface glued membrane.
As shown in Figures 2 and 4, laminating apparatus 3 include that contraposition module 31 and glass are drawn and module 32 of fitting, contraposition module 31
For carrying out center para-position to the bend glass in the face of being placed on it；Glass is drawn and fits module 32 for by its suction disc
321 by bend glass vacsorb and para-position, and is driven by mechanical arm to the top of glued membrane microscope carrier 11 of glued membrane heat pressing forming device 1
Bend glass is set to fit together with curved surface glued membrane with the pressing of glued membrane microscope carrier 11 afterwards.Glass is drawn to be included installing with module 32 of fitting
Support 326, the hoisting motor 327 of mounting bracket 326；Positioning case 323 is lifted with the rotating shaft that the rotor of motor 327 is extended downwardly；It is fixed
Position case 323 has the opening matched with vacuum tank 13, and the inside of positioning case 323 has suction disc 321, has on suction disc 321 some
Sucker 322, suction disc 321 is connected with the vacuum connection tube 325 on the rotor of motor 327.In addition in preferred version, case is positioned
Also it is arranged with spring 3241 to play buffer protection function on connecting pole 324 between 323 and mounting bracket 326, it is to avoid pressing
The excessive damage to product of power.Coat peeling unit 2 includes little ear feed mechanism, jaw cylinder and servomotor, little ear feeding
Mechanism completes the feeding to little ear, and jaw cylinder is used to capture the mould release membrance that little ear is pasted onto curved surface glued membrane upper surface, and
Drive through servomotor and complete removing for mould release membrance.In addition, the rubberizing system of bend glass as shown in Fig. 2,4,5 also includes using
In the manipulator mechanism for driving the absorption of glued membrane microscope carrier 11, hot pressing module 12, glass to move to target location with module 32 of fitting；With
And vacuum pump 4, for by with vacuum tank 13 and/or the bonding in vacuum of vacuum connection tube 325.
Fig. 5 shown in certain embodiment, the structural representation of the main body of glued membrane heat pressing forming device 1.Glued membrane is hot-forming
Device 1 includes glued membrane microscope carrier 11 and hot pressing module 12, vacuum tank 13, level(l)ing mechanism 15, cylinder 14 etc..Glued membrane microscope carrier 11 is used
In the glued membrane placed and fixation is to be formed（Such as OCA optical adhesive films）, and the mould for providing molding for glued membrane.Glued membrane microscope carrier 11 is pacified
It is mounted in above vacuum tank 13.As extension, the equipment that glued membrane microscope carrier 11 can also connect other evacuation, it is preferred that scheme,
Above vacuum tank 13, the uniformity and dynamics size of vacuum adsorption force can be improved, it is to avoid absorption affinity is excessive or inequality
Glued membrane is caused to deform.Vacuum tank 13 can also connect vacuum pump（Do not show in figure）.Hot pressing module 12 is used to match somebody with somebody with glued membrane microscope carrier 11
The mould for constituting coating film forming is closed, while after pressing, making coating film forming.Hot pressing module 12 is connected with cylinder 14, and cylinder 14 drives
Hot pressing module 12 is moved up and down on the first slide rail 16 relative to glued membrane microscope carrier 11.In preferred version, cylinder 14 and hot pressing module
12 are additionally provided with level(l)ing mechanism 15, make hot pressing module 12 just to glued membrane microscope carrier 11 and in parallel, improve the precision of pressing
With the quality of the glued membrane of final molding.In certain preferred embodiments, vacuum tank 13 is arranged on one group of second slide rail 17, can be with
Control whole glued membrane heat pressing forming device to move horizontally, to coordinate the enforcement of other operations.
Fig. 6 shows the explosive view of the glued membrane microscope carrier 11 in the corresponding enforcements of Fig. 5.The main body of glued membrane microscope carrier 11 is by support plate 111
Constitute with lower heating plate 112.There is product profiling portion 1111, the upper surface of product profiling portion 1111 is provided with some true on support plate 111
The attached through hole 11111 of suction.The quantity and density of vac sorb through hole 11111 can be decided according to the actual requirements, preferably uniformly
Distribution.Corresponding with 3D bend glasses or 3D curve screens, product profiling portion 1111 has arc-shaped side frame portion 11112（That is curved surface
Frame）.The product profiling portion in product profiling portion 1111 is customized profiling according to 3D bend glasses or 3D curve screens, with
Their size, shape, radian etc. are matched.The area of support plate base 11113 of support plate 111 is greater than the face of product profiling portion 1111
Product, leaves surplus, for different size of product, the size of product profiling portion 1111 can with different, but support plate base 11113
Size can be fixed, when so producing the glued membrane needed for the 3D bend glasses or 3D curve screens of different model, only need to be whole
Individual support plate 111 is replaced, and other parts being subsequently previously mentioned and structure can be reused.Lower heating plate 112 is fixed
Installed in the bottom of support plate 111, the integrated some groups of heating wires of lower heating plate 112, and generate heat after being powered by wire 1122.Preferred version
In, lower heating plate 112 is compressed and installed in the bottom of support plate 111 by pressure strip 114.Lower heating plate 112 and pressure strip 114 have
Hollow bulb, that is, descend the first hollow bulb 1121 of heating plate 112 and the second hollow bulb 1141 of pressure strip 114, the first hollow bulb
1121 and second the size of hollow bulb 1141 match with the size of product profiling portion 1111.So, in the product profiling portion of support plate 111
1111（Especially below vac sorb through hole 11111）A vacuum space is formed, is conducive to improving the vac sorb to glued membrane
Uniformity, prevent local absorption affinity excessive, it is to avoid to cause a difficult problem for the easy fold of thermoforming process glued membrane.
Again as shown in fig. 6, glued membrane microscope carrier 11 can also include from top to bottom lower thermal insulation board 113, dividing plate 115, sealing silica gel
Piece 116, support plate 111, lower heating plate 112, pressure strip 114, lower thermal insulation board 113, dividing plate 115, sealing silica gel piece 116 are from top to bottom
It is jointly mounted to mutually together, fastening means can be that screw or bolt are fixed, or other common fixed forms.Under
Thermal insulation board 113, dividing plate 115, sealing silica gel piece 116 identical position be respectively equipped with some ventholes, i.e. the first venthole 1131,
Second venthole 1151, the 3rd venthole 1161.In vac sorb through hole 11111, lower heating plate 112 and/or pressure strip 114
Empty portion（That is the first hollow bulb 1121 and the second hollow bulb 1141 pass sequentially through the first venthole 1131, the 3rd venthole 1161 with
The UNICOM of vacuum tank 13.When the vacuum pump work of vacuum tank 13 is connected, vacuum tank 13 and the bottom of vac sorb through hole 11111
First hollow bulb 1121 and the second hollow bulb 1141 form vacuum, and glued membrane is firm by vacuum and uniformly adsorbs in product profiling portion
On 1111.In certain embodiments, first venthole 1131 and second venthole 1151 pairs of dividing plate 115 of lower thermal insulation board 113
Answer contact surface position that also there is sealing ring 1152 to improve sealing property.
Fig. 7 shows the structural representation that hot pressing module 12, cylinder 14, level(l)ing mechanism 15 are fitted together.Wherein,
Hot pressing module 12 includes top board 122, upper heating plate 121 and upper thermal insulation board 122；From bottom to top, top board 122, upper heating plate
121 and upper thermal insulation board 122 be securedly mounted to successively together.Top board 122 has and the corresponding matching in product profiling portion 1111
Recess（It is to show in figure）.So, when hot pressing module 12 is pressed together with glued membrane microscope carrier 11, the recess and product of top board 122
Profiling portion 1111 is collectively forming the mould of glued membrane.In some embodiments, may be used also between cylinder 14 and level(l)ing mechanism 15
To link together by contiguous block 18, then hot pressing module 12 is fixedly mounted on into the lower section of level(l)ing mechanism 15.
As shown in figure 8, being the one of which organization plan of level(l)ing mechanism 15.The top of level(l)ing mechanism 15 has first
The rotary shaft 151 of adjusting screw 152 and first, by the elastic of the first adjusting screw 152, can adjust hot pressing module 12 and support plate
Gap size before and after 111 contact surfaces；The lower section of level(l)ing mechanism 15 is provided with the second adjusting screw 153 and the second rotary shaft 154,
Second adjusting screw 153 is directly connected to the top of hot pressing module 12；Second rotary shaft 154 is then flexibly connected hot pressing module 12 and level
Governor motion 15, so by the elastic of the second adjusting screw 153, can adjust hot pressing module 12 left with the contact surface of support plate 111
Right gap size.Can make hot-die group 12 just to glued membrane microscope carrier 11 by level(l)ing mechanism 15 and be parallel to each other, improve pressure
The effect of synthesis type.
Fig. 9 and 10 shows the structural representation of cutting mechanism.In some preferred implementations, the hot-forming dress of glued membrane
Put and also include cutting mechanism 19, cutting mechanism 19 has the ring-type cutting knife with the form fit of product profiling portion 1111 of support plate 111,
When cutting mechanism 19 is pressed together on above glued membrane microscope carrier 11, the ring-type cutting knife of cutting mechanism 19 is by the glue beyond product profiling portion 1111
Film cuts off.The top of cutting mechanism 19 is base plate 195, and cutting mechanism 19 is fixedly mounted on other machinery arm by base plate 195（Figure
In do not show）On.The both sides of base plate 195 are the 3rd slide rails 192；Connecting plate 193 is arranged on slide rail 192.The bottom of connecting plate 193 is fixed
Ring-type cutting knife 194 is installed.One second cylinder 191 is set between ring-type cutting knife 194 and base plate 195, and the second cylinder 191 drives ring-type
Lower edge slide rail 192 is moved on cutting knife 194.
The overall operation principle of glued membrane heat pressing forming device is：Hot pressing module 12 is adjusted to by level by governor motion 15；
Glued membrane to be formed is placed on above the product profiling portion 1111 of glued membrane microscope carrier 11；Vac sorb above product profiling portion 1111
Through hole 11111 uniformly firmly adsorbs glued membrane；The lower heating plate 112 of glued membrane microscope carrier 11 and the upper heating plate of hot pressing module 12
Product profiling portion and/or glued membrane are heated to ideal temperature by 121 jointly；Cylinder 14 drives hot pressing module 12 to push, and realizes glued membrane
Molding；After coating film forming, hot pressing module 12 is removed, and cutting mechanism 19 is moved to above glued membrane microscope carrier 11 by mechanical arm, and second
Cylinder 191 drives ring-type cutting knife 194 to push, and the glued membrane beyond product profiling portion 1111 is cut off.So, the glue of last molding
Film has and product profiling portion 1111（That is 3D bend glasses or 3D curve screens）Corresponding curved surface, and size, present situation,
Curved surface features etc. are highly consistent with them, can highly fit with corresponding 3D bend glasses or 3D curve screens.Using this reality
It is high with the curved surface glued membrane process is simple of the molding of new device, standardization level, at the same avoid forming process adsorb loosely, hold
The problems such as being also easy to produce fold.
Based on the rubberizing system structure scheme of bend glass above, the sticking method and principle of bend glass are：
First the glued membrane of plane is Jing the vac sorb of glued membrane heat pressing forming device, heating, pressing and is formed after shearing and has
The curved surface glued membrane being adapted with bend glass；Coat peeling unit carries out feeding to little ear, and jaw cylinder captures little ear and is pasted onto
The mould release membrance of curved surface glued membrane upper surface, and complete removing for mould release membrance through servomotor driving；The contraposition module of laminating apparatus
The bend glass in the face of being placed on it is carried out after the para-position of center, the glass of laminating apparatus is drawn bend glass with module of fitting
Vacsorb and para-position, and bend glass is carried to into glued membrane heat pressing forming device makes it fit together with curved surface glued membrane.
Embodiment of the present utility model is the foregoing is only, the scope of the claims of the present utility model is not thereby limited, it is every
The equivalent structure made using this utility model description and accompanying drawing content or equivalent flow conversion, or be directly or indirectly used in
Other related technical fields, are included in the same manner in scope of patent protection of the present utility model.In addition, above word description is not
The expression that Fig. 1 to 10 is may be referred in place of to the greatest extent goes to implement；This utility model scheme except can be used for OCA optical adhesive film molding,
Can be used for the molding of other materials glued membrane.
Claims (11)
1. the rubberizing system of bend glass, it is characterised in that：Including glued membrane heat pressing forming device（1）, coat peeling unit（2）And laminating
Device（3）, the glued membrane heat pressing forming device（1）By the glued membrane of plane Jing vac sorb, heating, pressing with shearing after formed with
The curved surface glued membrane that bend glass is adapted；The coat peeling unit（2）By glued membrane heat pressing forming device（1）The curved surface glued membrane of institute's molding
The mould release membrance of upper surface is peeled off；The laminating apparatus（3）Draw Jing after the bend glass of center para-position from its contraposition module, Jing
Mechanical arm is driven to glued membrane heat pressing forming device（1）Glued membrane microscope carrier（11）With glued membrane microscope carrier behind top（11）Pressing makes curved surface glass
Glass fits together with curved surface glued membrane.
2. the rubberizing system of bend glass according to claim 1, it is characterised in that the glued membrane heat pressing forming device
（1）Including glued membrane microscope carrier（11）With hot pressing module（12）, the glued membrane microscope carrier（11）Including：Support plate（111）With lower heating plate
（112）, the support plate（111）It is upper that there is product profiling portion（1111）, product profiling portion（1111）Top surface is provided with some true
The attached through hole of suction（11111）；The hot pressing module（12）Including：Top board（122）With upper heating plate（121）, the top board
（122）With with product profiling portion（1111）The recess of corresponding matching；Glued membrane vac sorb to be formed is in support plate（111）On
Product profiling portion（1111）Surface, the upper heating plate（121）With lower heating plate（112）Glued membrane is heated, hot pressing module
（12）To glued membrane microscope carrier（11）Pressing makes coating film forming.
3. the rubberizing system of bend glass according to claim 2, it is characterised in that the glued membrane heat pressing forming device
（1）Also include vacuum tank（13）And cylinder（14）, cylinder（14）Drive hot pressing module（12）With respect to glued membrane microscope carrier（11）On move down
It is dynamic；The glued membrane microscope carrier（11）With vacuum tank（13）UNICOM, with by vac sorb through hole（11111）In product profiling portion
（1111）Treat the glued membrane of molding and form vac sorb in surface.
4. the rubberizing system of bend glass according to claim 3, it is characterised in that described glued membrane microscope carrier（11）Also wrap
Include pressure strip（114）, for by lower heating plate（112）It is fixedly mounted on support plate（111）Lower section；The lower heating plate（112）
And/or pressure strip（114）With with support plate（111）Product profiling portion（1111）The hollow bulb of size matching, with imitative in product
Shape portion（1111）Surface forms uniform vac sorb.
5. the rubberizing system of bend glass according to claim 4, it is characterised in that described glued membrane microscope carrier（11）Lower section
Also there is successively mutual attaching type peace to hold thermal insulation board（113）, sucker dividing plate（115）And silica gel piece（116）；Under described every
Hot plate（113）, dividing plate（115）With sealing silica gel piece（116）Same position is provided with some ventholes, described vac sorb through hole
（11111）, lower heating plate（112）And/or pressure strip（114）Hollow bulb pass through described venthole and vacuum tank（13）Connection
It is logical.
6. the rubberizing system of bend glass according to claim 5, it is characterised in that described hot pressing module（12）With vapour
Cylinder（14）Between be provided with level(l)ing mechanism（15）, make hot pressing module（12）Just to the glued membrane microscope carrier（11）And it is in parallel.
7. the rubberizing system of bend glass according to claim 6, it is characterised in that also including cutting mechanism（19）, institute
State cutting mechanism（19）With with support plate（111）Product profiling portion（1111）The ring-type cutting knife of form fit, the cutter
Structure（19）It is pressed together on glued membrane microscope carrier（11）When above, the cutting mechanism（19）Ring-type cutting knife by product profiling portion（1111）With
Outer glued membrane cuts off.
8. according to the rubberizing system of the arbitrary described bend glass of claim 1 to 7, it is characterised in that laminating apparatus（3）Including
Contraposition module（31）Draw and module of fitting with glass（32）, the contraposition module（31）For the curved surface to the face of being placed on it
Glass carries out center para-position；The glass is drawn and module of fitting（32）For by its suction disc（321）Bend glass is true
Suction takes and para-position, and is driven to glued membrane heat pressing forming device by mechanical arm（1）Glued membrane microscope carrier（11）Carry with glued membrane behind top
Platform（11）Pressing makes bend glass fit together with curved surface glued membrane.
9. the rubberizing system of bend glass according to claim 8, it is characterised in that the glass is drawn and module of fitting
（32）Including mounting bracket（326）, the mounting bracket（326）Hoisting motor（327）；The motor（327）Rotor is to downward
Positioning case is lifted with the rotating shaft stretched（323）；The positioning case（323）With with vacuum tank（13）The opening for matching, positioning
Case（323）Inside has suction disc（321）, the suction disc（321）It is upper that there are some suckers（322）, suction disc（321）With installed in horse
Reach（327）Vacuum connection tube on rotor（325）Connection.
10. the rubberizing system of bend glass according to claim 9, it is characterised in that the coat peeling unit（2）Including little
Ear feed mechanism, jaw cylinder and servomotor, the little ear feed mechanism completes the feeding to little ear, jaw cylinder
For capturing the mould release membrance that little ear is pasted onto curved surface glued membrane upper surface, and the shifting for completing mould release membrance is driven through servomotor
Walk.
The rubberizing system of 11. bend glasses according to claim 10, it is characterised in that also include for driving glued membrane to carry
Platform（11）, hot pressing module（12）, glass draw and module of fitting（32）To the manipulator mechanism of target location movement；And vacuum
Pump（4）, for by with vacuum tank（13）And/or vacuum connection tube（325）Bonding in vacuum.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621117494.2U CN206154844U (en) | 2016-10-13 | 2016-10-13 | Curved surface glass's rubberizing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621117494.2U CN206154844U (en) | 2016-10-13 | 2016-10-13 | Curved surface glass's rubberizing system |
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| Publication Number | Publication Date |
|---|---|
| CN206154844U true CN206154844U (en) | 2017-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621117494.2U Expired - Fee Related CN206154844U (en) | 2016-10-13 | 2016-10-13 | Curved surface glass's rubberizing system |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106494053A (en) * | 2016-10-13 | 2017-03-15 | 深圳市策维科技有限公司 | The rubberizing system and method for bend glass |
| CN108049545A (en) * | 2017-12-12 | 2018-05-18 | 中展远洋商务咨询（北京）有限公司 | A kind of spread puts up method on the curved surface apex angle of exhibition ceiling framework |
| CN108128490A (en) * | 2017-11-23 | 2018-06-08 | 东莞华清光学科技有限公司 | A kind of 3D bend glasses abutted equipment and applying method |
| CN109383020A (en) * | 2019-01-02 | 2019-02-26 | 深圳市强瑞电子有限公司 | A kind of curved surface film sticking equipment |
| CN109895440A (en) * | 2017-12-11 | 2019-06-18 | 秦文隆 | The pressurizing device of air hermetic continuous hot-press molding machine |
| CN110171180A (en) * | 2019-04-23 | 2019-08-27 | 惠州华科技术研究院有限公司 | Electronic product module gasbag-type is laminated the laminating method of fixture, laminater and its anti-residual gas |
| CN112010082A (en) * | 2020-08-27 | 2020-12-01 | 博众精工科技股份有限公司 | Heating double-suction-head material clamping device |
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Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106494053A (en) * | 2016-10-13 | 2017-03-15 | 深圳市策维科技有限公司 | The rubberizing system and method for bend glass |
| CN108128490A (en) * | 2017-11-23 | 2018-06-08 | 东莞华清光学科技有限公司 | A kind of 3D bend glasses abutted equipment and applying method |
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