CN204659133U - A kind of laminating apparatus - Google Patents
A kind of laminating apparatus Download PDFInfo
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- CN204659133U CN204659133U CN201420847314.0U CN201420847314U CN204659133U CN 204659133 U CN204659133 U CN 204659133U CN 201420847314 U CN201420847314 U CN 201420847314U CN 204659133 U CN204659133 U CN 204659133U
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Abstract
A kind of laminating apparatus, comprises drive unit; The first fit body, described drive unit drives described the first fit body vertically to move, described the first fit body comprises casing, roller mounting platform, the first drive division and roller, described the first drive division is fixed on the sidewall of casing, described roller mounting platform is connected on described the first drive division, described the first drive division drives described roller mounting platform vertically to move, and described roller is connected to described roller mounting platform bottom; And second fit body, the adsorption plate that comprises horizontal base platform and be arranged on described horizontal base platform, described adsorption plate and described casing are oppositely arranged, and described horizontal base platform can move horizontally. Adopt this structure, the air between two base materials can be made in roller rolling process constantly to be driven out of to the direction of not fitting, complete two base material bubble-free, smooth laminating.
Description
Technical field
The utility model relates to abutted equipment technical field, particularly relates to a kind of laminating apparatus and applying method.
Background technology
At touch-screen and liquid crystal display board industry, mantle laminating is a very important corollary equipment, and along with the fast development of the sector, the equipment range of application of mantle laminating will be more and more extensive. Mantle laminating can be divided into soft base material laminating to soft base material to the laminating of hard substrate and soft base material. Usually said soft base material refers to PET (PET), solid-state OCA glue, the mantles such as film, hard substrate is glass cover-plate, SG (sensor glass, induction glass), LCM (liquid crystal module, liquid crystal module), the hard glass substrate such as LCD (liquid crystal display).
General mantle laminating adopts roller type laminating, because soft base material flexibility is better than hard substrate, arbitrarily variation of profile under being subject to External Force Acting or self gravitation effect, therefore bubble in traditional laminating process, conventionally easily can be there is, the problems such as laminating out-of-flatness, especially more likely there is above-mentioned phenomenon in the laminating between two panels mantle, simultaneously along with the size of soft base material becomes large, occur that this laminating bubble and the irregular phenomenon of laminating also can be more frequent, because soft base material size is larger, shape deformation randomness is also just larger, make laminating more difficult.
Utility model content
Based on this, be necessary that, for easily occurring bubble in mantle laminating process, the irregular problem of fitting, effectively avoids occurring laminating apparatus and the applying method of bubble when a kind of laminating is provided.
A kind of laminating apparatus, comprising:
Drive unit;
The first fit body, described drive unit drives described the first fit body vertically to move, described the first fit body comprises casing, roller mounting platform, the first drive division and roller, described the first drive division is fixed on the sidewall of casing, described roller mounting platform is connected on described the first drive division, described the first drive division drives described roller mounting platform vertically to move, and described roller is connected to described roller mounting platform bottom; And
The second fit body, the adsorption plate that comprises horizontal base platform and be arranged on described horizontal base platform, described adsorption plate and described casing are oppositely arranged, and described horizontal base platform can move horizontally.
In an embodiment, described the first fit body also comprises the second drive division wherein, and described the second drive division is installed on described roller mounting platform, and described the second drive division drives described roller level to move back and forth.
Wherein in an embodiment, also comprise and take out negative pressure assembly, described in take out negative pressure assembly and connect described casing, described drive unit comprises drive member, down-feed screw and vertical movable block, described down-feed screw connects described drive member, and described vertical movable block is connected with described down-feed screw.
In an embodiment, also comprise rotating member wherein, described rotating member is connected with described drive unit and described the first fit body respectively, rotatable described the first fit body of described rotating member.
Wherein in an embodiment, described the first drive division comprises rail slider mechanism, roller mounting platform and the first dynamical element, described rail slider mechanism is fixed on the sidewall of casing, described roller mounting platform is connected with described guide rail slide block mechanism, described the first dynamical element is connected with described roller mounting platform, and described the first dynamical element drives described roller mounting platform vertically to move back and forth along described rail slider mechanism.
Wherein in an embodiment, described the second drive division comprises horizontal screw lead, the second dynamical element, moves horizontally piece and horizontal drive plates, described horizontal screw lead is installed on roller mounting platform, described the second dynamical element is connected with horizontal screw lead, described roller mounting platform is offered slotted eye, the described piece that moves horizontally is connected with described horizontal screw lead and described horizontal drive plates respectively through described slotted eye, and described roller is fixed on described horizontal drive plates bottom.
In an embodiment, also comprise control device wherein, described control device be electrically connected respectively and control respectively described drive member, described the first dynamical element, described the second dynamical element, described rotating member and described in take out negative pressure device; The described negative pressure assembly of taking out comprises trachea and takes out negative pressure device, described trachea one end connect box, the other end stretch out casing outside with take out negative pressure device and be connected.
Wherein in an embodiment, described the first fit body also comprises position-limit mechanism and roller installing plate, described position-limit mechanism is connected with described roller mounting platform, for regulating the balance of roller mounting platform, described roller installing plate is offered adjustment hole, described adjustment hole is connected with adjusting rod member, and described adjusting rod member is for regulating the balance of described roller installing plate.
In an embodiment, described the second fit body comprises the 3rd drive division wherein, described 3rd drive division drives described adsorption plate to move horizontally.
A kind of applying method, comprises the following steps:
A kind of laminating apparatus as claimed in claim 1 is provided;
The casing of described the first fit body adsorbs a soft base material;
The adsorption plate of described the second fit body is placed a hard substrate or another soft base material;
Described the first fit body moves to laminating position;
Described roller moves down, and described soft base material is contacted, angled setting with described hard substrate or described another soft base material;
Described roller rolls toward the direction of not fitting, and makes described soft base material and described hard substrate or the laminating of another soft base material.
Above-mentioned laminating apparatus and applying method have following beneficial effect:
First, this laminating apparatus is provided with drive unit, the first fit body and the second fit body; The first fit body comprises the first drive division, roller and casing; The adsorbable soft base material of casing, adsorption plate absorption hard substrate or another soft base material of the second fit body; Drive unit drives the first fit body to move to laminating position, the first drive division driving rolls moves toward the second fit body, make two base material linear contact lay, angled setting, then the roller non-fitting part of fitting of rolling under the effect of a horizontal actuator force, in rolling process, the air between two base materials is constantly driven out of to the direction of not fitting, complete two little or in large base material bubble-free, smooth laminating. In addition, compare existing vacuum environment laminating type, the cost that laminating type of the present utility model decreases vacuum system costliness and the time that vacuumizes vacuum breaker, improve laminating efficiency and cost.
Secondly, the first fit body arranges the second drive division, when the first drive division drives two base material lines to touch, and shape is at angle time, the second drive division driving rolls moves to the base material direction of not fitting, in rolling process, air between two base materials by the better effects if of constantly driving out of to the direction of not fitting, complete two panels little or in the effect of large base material bubble-free, smooth laminating also better.
In addition, rotating member is connected with drive unit and the first bonding structure respectively, after drive unit drives the first fit body to move to laminating position, rotating member regulates the soft base material of casing absorption to be parallel to hard substrate or another soft base material on the second fit body, this structure can make two little or in large base material bubble-free, smooth, laminating.
In addition, roller is arranged on the bottom of roller installing plate, and the first fit body also comprises position-limit mechanism; The adjustment hole of installing plate is connected with adjusting rod member; Adopt this structure, position-limit mechanism, for regulating the balance of roller mounting platform, regulates the balance of rod member adjustable roller installing plate, thus controls the balance of roller, makes two base material rolling process stress balances, thus completes bubble-free, smooth laminating better.
Accompanying drawing explanation
Fig. 1 is the laminating apparatus structural representation of an embodiment;
Fig. 2 is the drive unit of Fig. 1 laminating apparatus and the structural representation of rotating member;
Fig. 3 is the structural representation of the first fit body of an embodiment;
Fig. 4 is the structural representation of another angle of the first fit body in Fig. 3;
Fig. 5 is the working state figure of laminating apparatus described in an embodiment;
Fig. 6 is the structural representation of another angle of laminating apparatus described in an embodiment;
Fig. 7 is the flow chart of steps of the applying method of the utility model one embodiment.
The corresponding title of Reference numeral is:
1 drive unit, 11 control parts, 110 installing plates, 111 drive member mount pads, 112 drive member, 113 upright guide rail slide block pedestals, 114 upright slide block mechanisms, 115 vertical movable blocks, 116 down-feed screw mount pads, 117 shaft couplings; 12 moving parts, 121 vertical drive plates, 122 vertical fixed heads, 123 horizontal fixed plate, 124 stiffeners, 125 connectors;
2 first fit bodies, 21 casings, 211 top boards, 212 left side plates, 2121 visual windows, 213 front and back side plates, 214 base plates, 215 housings, 22 first drive divisions, 221 upper/lower guide limit bases, 222 upright guide rail slide block mechanisms, 223 synchronizing wheels, 224 gripper shoes, 225 roller mounting platforms, 226 first dynamical elements, 227 position-limited racks, 228 limited blocks, 229 limited posts, 23 second drive divisions, 231 horizontal screw lead mount pads, 232 horizontal screw leads, 233 synchronizing wheels, 234 second dynamical element mount pads, 235 second dynamical elements, 236 move horizontally piece, 237 horizontal drive plates, 2371 buckles, 238 horizontal guide rail slide block mechanisms, 239 roller installing plates, 2391 adjustment holes, 24 roller mount pads, 25 rollers, 26 roller fixed heads,
3 second fit bodies, 31 horizontal base platforms, 32 base material adsorption plates;
4 rotating members, 41 motor mounts, 42 motors, 43 motor fixed plates;
5 soft base materials;
7 tracheaes;
6 another base materials;
10 vertical driving forces;
20 horizontal actuator forces.
Detailed description of the invention
In order to enable above-mentioned feature of the present utility model and beneficial effect more become apparent, below in conjunction with embodiment, the utility model is described in detail, it should be noted that, term as used herein " first ", " second ", " the 3rd ", " vertically ", " level ", " top ", " below " and similarly statement are just unique embodiments in order to play an illustration purpose, not represent.
See Fig. 1, it is the structural representation of laminating apparatus in embodiment. This laminating apparatus be used for fitting soft base material and hard substrate or soft base material and another soft base material. This laminating apparatus comprises drive unit 1, the first fit body 2, upper end connecting drive device 1, lower end connect the rotational structure 4 of the first fit body 2, be positioned at the second fit body 3 of the first fit body 2 below, the soft base material 5 that is adsorbed in the first fit body 2 and the hard substrate that is adsorbed in the second fit body 3 or another base material 6.
See Fig. 1 and Fig. 2, drive unit 1 comprises: control part 11 and the moving part 12 being connected with control part 11. Control part 11 comprises an installing plate 110, is installed on the drive member 112 of installing plate 110 top, is arranged at the middle down-feed screw (sign) of installing plate 110 and the vertical movable block 115 being connected on down-feed screw. Concrete, installing plate 110 top is fixedly connected with a drive member mount pad 111, and drive member 112 is fixed on the top of installing plate 110 by mount pad 111, and drive member 112 can be motor or cylinder or the combination of the two. Installing plate 110 both sides are installed with upright guide rail slide block pedestal 113, and upright slide block mechanism 114 is fixedly mounted on installing plate 110 both sides by pedestal 113. One down-feed screw mount pad 116 is respectively installed in the middle of installing plate 110 side up and down, and down-feed screw (sign) is installed in the middle of mount pad 116, down-feed screw is connected with drive member 112 by shaft coupling 117. Vertically movable block 115 is connected on down-feed screw, and vertically movable block 115 can, under the driving of drive member 112, pump with down-feed screw.
Moving part 12 connects control part 11, and can, under the driving of the drive member of control part 11 112, pump along down-feed screw. Moving part 12 comprises the vertical drive plate 121 being connected with vertical movable block 115, and the vertical fixed head 122 being connected with vertical drive plate 121. Concrete, vertically the middle part of drive plate 121 is fixedly connected with vertical movable block 115, vertically the both sides of drive plate 121 are connected with the upright guide rail slide block mechanism 114 of control part 11 by slide block, and so vertical fixed head 121 can pump with down-feed screw. Vertically fixed head 122 is fixedly connected with vertical drive plate 121 by connector 125, vertically the lower vertical of fixed head 122 connects a horizontal fixed plate 123, and at vertical fixed head 122 and horizontal fixed plate 123 left and right side, stiffener 124 is installed, like this, horizontal fixed plate 123 also can pump along down-feed screw under the driving of drive member 112.
Rotating member 4 is connected with drive unit 1 and casing 21 respectively, for regulating the first fit body 2, makes the first fit body 2 be parallel to the second fit body 3. Rotating member 4 comprises motor mount 41, motor 42 and motor fixed plate 43. Concrete, motor mount 41 is fixedly installed in horizontal fixed plate 123 below, one end of motor 42 is installed on horizontal fixed plate 123 by motor mount 41, the other end of motor 42 is fixedly connected with the first fit body 2 by motor fixed plate 43, described rotating member 4 can regulate the first fit body 2, and the soft base material 5 that the first fit body 2 is adsorbed is parallel with another base material 6 of absorption on the second fit body 3. Described another base material 6 is hard substrate or another soft base material. Described motor also can be the device of motor or other energy driven rotary.
See Fig. 1, Fig. 3 and Fig. 4, the first fit body 2 comprises casing 21, is contained in the first drive division 22 and the second drive division 23 in casing 21. The first drive division 22 provides vertical driving force for roller 25, and driving rolls 25 vertically moves, and the second drive division 23 provides horizontal actuator force for roller 25, and driving rolls 25 moves horizontally.
See Fig. 1, casing 21 comprises the top board 211 being fixedly connected with motor fixed plate 43, with top board 211 left side plate 212 connected vertically and front and back side plate 213, and one have the base plate 214 of flexible plate as casing 21, and on base plate 214, offer some holes, be convenient to casing 21 for subnormal ambient, base plate 214 adsorbs soft base material. Concrete, top board 211, left side plate 212, front and back side plate 213 and base plate 214 are by housing 215 fixing formation one accommodating cavity, and preferably, housing is aluminium frame. Base plate 214 is made for soft material, and when being convenient to roller 25 and rolling, base plate 214 bends downwards with the rolling of roller, realizes better bubble-free, smooth laminating. Preferably, base plate 214 is web plate, and web plate has some mesh, for adsorbing soft base material. The top board 211 of casing 21 is fixedly connected with rotating member 4 by motor fixed plate 43, thus, casing 21 can rotate under the driving of rotating member, and the soft base material that the web plate 214 of the first fit body 2 is adsorbed is parallel with hard substrate or another soft base material that the adsorption plate 32 of the second fit body 3 adsorbs. Left side plate 212 has visual windows 2121, preferably, visual windows 2121 glazed thin slice, also can be transparent plastic sheet, also can be net, or other things thoroughly, can also be the groove that there is no shelter, visual windows 2121 also can be opened in top board 211 or the front and back side plate 213 of casing.
Tracheae 7 one end is communicated with casing 21, the other end is taken out negative pressure device at case Ligation in vitro, preferably, the other end of tracheae 7 is through rotation motor 42, stretch out horizontal fixed plate 123 and take out negative pressure device and be connected, adopt this structure, the environment in casing 21 can be pumped into negative pressure state by taking out negative pressure device, be convenient to the base plate 214 below absorption soft base material of the first fit body 2, for laminating is afterwards laid a solid foundation.
See Fig. 2 and Fig. 3, the first drive division 22 is placed in casing 21, it comprises the upright guide rail slide block mechanism 222 that is fixedly installed in respectively casing 21 left side plate inwall, be connected in the upper/lower guide limit base 221 of upright guide rail slide block mechanism 222 top, be connected in the roller mounting platform 225 of upright guide rail slide block mechanism 222, and be installed on the first dynamical element 226 on roller mounting platform. Concrete, left side plate 212 inwall is respectively provided with a pair of upright guide rail slide block mechanism 222, each upright guide rail slide block mechanism 222 top is connected with upper/lower guide limit base 221, two pairs of upright guide rail slide block mechanisms 222 are all fixedly connected with a blessing plate 223, accommodate plate 223 downward vertical and connect a gripper shoe 224, roller mounting platform 225 is fixedly connected on left-and-right supporting plate 223, preferably, the first dynamical element 226 is two, diagonally be arranged on roller mounting platform, preferably, the first dynamical element 226 is motor or drives cylinder up and down. Adopt such structure, roller mounting platform 225 and the parts that are mounted thereon can, under the driving of the first dynamical element 226, pump along upright guide rail slide block mechanism 222, for roller 25 provides downward driving force.
The second drive division 23 is connected with the first drive division 22, is together placed in casing 21. the second drive division 23 comprises the horizontal screw lead 232 being installed on roller mounting platform 225, the second dynamical element 235 being connected with horizontal screw lead 232, roller mounting platform 225 has a strip slotted eye, move horizontally piece 236 to be connected with the horizontal drive plates 237 of horizontal screw lead 232 and roller mounting platform 225 below respectively by strip slotted eye, roller 25 is installed on horizontal drive plates 237 bottom. concrete, a horizontal screw lead mount pad 231 is fixed with respectively before and after on roller mounting platform 225, horizontal screw lead 232 is installed on horizontal screw lead mount pad 231, roller mounting platform 225 is provided with one second dynamical element mount pad 234, the second dynamical element 235 is installed on mount pad 234, preferably, the second dynamical element is motor or cylinder or both combinations, the second dynamical element 235 is connected with horizontal screw lead 232 with Timing Belt (sign) by synchronizing wheel 233, thus, the second dynamical element 235 can drive horizontal screw lead 232 to rotate, thus drive moving horizontally piece 236 and moving horizontally of being attached thereto, also be installed on regard to drive the roller 25 that moves horizontally piece 236 below to move horizontally, for roller 25 provides the driving force of level.
Further, on roller mounting platform 225 lower surface, the right and left is installed with horizontal guide rail slide block structure 238, horizontal drive plates 237 is connected horizontal guide rail slide block structure 238 by slide block, thus, horizontal drive plates 237 can move horizontally along horizontal guide rail slide block structure 238 better under the driving of the second dynamical element 235. Horizontal drive plates 237 below connects a roller installing plate 239, roller installing plate 239 below connection roller 25. Concrete, a buckle 2371 is respectively extended under horizontal drive plates 237 both sides, front and back mediad, buckle 2371 is provided with connecting hole, both sides, the front and back central authorities of roller installing plate 2371 are respectively correspondingly provided with a draw-in groove holding for buckle 2371, former and later two buckles 2371 of horizontal drive plates 237 are stuck in the front and back draw-in groove of roller installing plate, and by the connecting hole securing member of buckle 2371, horizontal drive plates 237 and roller installing plate 239 are coupled together, preferably, securing member is bolt or screw. Roller installing plate about 239 two ends are provided with roller mount pad 24, and roller 25 two ends are arranged on roller mount pad 24, and the outside of roller mount pad 24 is provided with roller fixed head 26, the stability of installing for strengthening roller.
Further, the first fit body also comprises position-limit mechanism, and position-limit mechanism is connected with roller mounting platform, for regulating the balance of roller mounting platform. Concrete, position-limit mechanism comprises position-limited rack 227, limited block 228 and limited post 229. Position-limited rack 227 is fixedly mounted on roller mounting platform 225, position-limited rack 227 is offered groove and through hole, limited block 228 is placed in the groove of position-limited rack 227, and be connected with the bottom of roller mounting platform 225, limited post 229 is connected with limited block 228 through the through hole on position-limited rack 227, by regulating the degree of tightness of limited post 229, the balance of roller mounting platform 225 can be regulated like this, also namely adjust the balance of roller 25, realize two base materials better, bubble-free, smooth laminating.
Further, on roller installing plate 239, interval is provided with two adjustment holes 2391 that run through roller installing plate 239, and horizontal drive plates 237 also offers the connecting hole corresponding with adjustment hole 2391, two regulate rod member to be connected roller installing plate 239 and horizontal drive plates 237 with the connecting hole in horizontal drive plates 237 through adjustment hole 2391, therefore the degree of tightness of rod member can be regulated to regulate the balance of roller installing plate 239 by conversion, thus the balance of mounted thereto roller 25 can be regulated, when ensureing that roller 25 moves horizontally, the power being applied on base material is balanced, with realize two little or in large base material better fit, bubble-free, fit more smooth. preferably, adjusting rod member is screw or bolt.
Further, drive unit 1 is provided with the 3rd dynamical element and the 4th dynamical element, 3rd dynamical element can make drive unit 1 and the first fit body 2 composition entirety move back and forth along A direction as shown in Figure 6 on previous level face, 4th dynamical element can make drive unit 1 and the first fit body 2 composition entirety move back and forth along B direction as shown in Figure 6 on previous level face, realize the soft base material on casing 21 and the hard substrate on base material adsorption plate 32 or the contraposition more accurately of another soft base material, realize two base materials and fit more accurately. In addition, the 4th dynamical element also can be arranged on the second fit body 3, and horizontal base platform 31 can be moved back and forth along B direction on original horizontal plane.
See Fig. 1, the second fit body 3 comprises horizontal base platform 31 and base material adsorption plate 32, and base material adsorption plate 32 is made up of hard material. Concrete, horizontal base platform 31 level is fixed, and base material adsorption plate 32 is arranged on horizontal base platform 31, for placing a hard substrate or another soft base material; Preferably, in one embodiment, horizontal base platform 31 can be made into cavity, base material adsorption plate is provided with some holes, and cavity can be taken out negative pressure device by a tracheae connection one, is taken out negative pressure device by controlling, the inner space of cavity is made to form subnormal ambient, like this, being adsorbed on base material adsorption plate 32 of base material Absorbable organic halogens, realizes better laminating. In addition, also can several fixtures be set on base material adsorption plate, base material is firmly clipped on horizontal base platform 31.
Adopt such structure, the casing 21 of the first fit body 2 is under subnormal ambient or vacuum environment, after base plate 214 adsorbs a soft base material, the first fit body 2 entirety can move toward the second fit body 3 under the driving of the drive member of drive unit 1 112, for laminating is prepared, then the first fit body 2 can rotate under the driving of rotating member 4, realize soft base material on the first fit body 2 parallel relative with another soft base material on the second fit body 3 or hard substrate, then, roller 25 can move down under the driving of the first dynamical element, base plate 214 is flexible, hard substrate or another soft base material is made on the one end of the soft base material on the first fit body 2 and the second fit body to form linear contact lay, the two base material shapes R that has angle, subsequently roller 25 is under the driving of the second dynamical element 235, anterior-posterior horizontal motion, namely roller 25 under the driving of the second dynamical element 235 on the soft base material of base plate absorption horizontal rolling, thus realize two base material bubble-free, smooth laminating. base plate 214 adsorbs soft base material also can by base plate 214 edge sectional fixture, clamps soft base material with fixture.
In addition, the second fit body 3 can be arranged on the fixing slide rail of a level, by moving horizontally of the second fit body 3, realize the relative motion of upper and lower two base materials, also the miscellaneous part of the second drive division 23 in the first fit body 2 can be removed, only retain roller 25, roller 25 is fixedly mounted on the below of roller mounting platform 225, like this, after the absorption web plate of the first fit body 2 adsorbs a soft base material, the first fit body 2 entirety can move toward the second fit body 3 under the driving of the drive member of drive unit 1 112, rotating member 4 rotation regulates, make the soft base material on the first fit body 2 parallel relative with another soft base material on the second fit body 3 or hard substrate, then, roller 25 can move down under the driving of the first dynamical element, hard substrate or another soft base material is made on the one end of the soft base material on the first fit body 2 and the second fit body to form linear contact lay, the two base material shapes R that has angle, subsequently second fit body 3 horizontal slip on slide rail, realize two little or in large base material bubble-free, smooth laminating.
In addition, this laminating apparatus also comprises control device, the first dynamical element 226 and second dynamical element 235, the rotating member 4 of the drive member 112 of drive unit 1, the first fit body 2, takes out negative pressure device or vacuum extractor, the 3rd dynamical element and the 4th dynamical element and is all electrically connected with control device. Control device control drive member 112, makes the first fit body pump along down-feed screw; Control device control first dynamical element 226, makes roller 25 pump along upright guide rail slide block mechanism 222; Control device can control the second dynamical element 235, and roller is rolled in the horizontal direction along horizontal screw lead 232; Control device rotation-controlled member 4, makes rotating member 4 regulate the soft base material of the first fit body 2 web plate absorption to be parallel to the hard substrate or another soft base material that on the second fit body, adsorb; Control device control is taken out negative pressure device or vacuum extractor, makes the inside cavity of casing 21 or the second fit body form subnormal ambient or vacuum environment, so that the first fit body 2 and the better adsorption substrates of the second fit body 3; Control device control the 3rd dynamical element, makes drive unit 1 and the first fit body 2 composition entirety move back and forth along A direction as shown in Figure 6 on previous level face; Control device control the 4th dynamical element, makes drive unit 1 and the first fit body 2 composition entirety move back and forth along B direction as shown in Figure 6 on previous level face. Therefore, preferably, soft base material and hard substrate or another soft base material bubble-free, smooth laminating easy and conveniently can be completed by manipulation control device.
See Fig. 1 to Fig. 5 and Fig. 7, set forth the preferred applying method of one of above-mentioned laminating apparatus below, comprise the following steps:
Step S101: an above-mentioned laminating apparatus is provided;
The casing of the step S102: the first fit body adsorbs a soft base material. Concrete, control device is opened and is taken out negative pressure device, makes the interior formation subnormal ambient of casing 21, then with artificial or machine operation, one soft base material is moved to web plate below, and due to the interior formation subnormal ambient of casing 21, therefore base plate 214 has certain absorption affinity absorption soft base material.
Carrying hard substrate or another soft base material on the base material adsorption plate of the step S103: the second fit body 3.
The step S104: the first fit body 2 moves to bonding position to the second fit body 3. Concrete, the drive member 112 of control device accessory drive 1, the first fit body 2 is moved along down-feed screw (not shown) toward the second fit body 3, and soft base material is almost fitted on hard substrate on the second fit body 3, for laminating is below prepared;
Step S105: rotating member 4 rotates the first fit body 2, makes it be parallel to the second fit body 3. Concrete, after the first fit body 2 is displaced downwardly to bonding position, control device control rotating member 4, regulates the first fit body, makes the soft base material under web plate 214 parallel with the hard substrate on the second fit body 3 or another soft base material;
Step S106: roller 25 moves down, makes soft base material one end and hard substrate one end or another soft base material one end linear contact lay. Concrete, control device control first dynamical element 226, roller 25 is pressed down along upright guide rail slide block mechanism 222 toward the second fit body 3, roller 25 has a power 10 straight down, make soft base material one end and hard substrate one end or another soft base material one end linear contact lay, the two base material shapes R (see Fig. 5) that has angle;
Step S107: roller rolls toward the direction of not fitting, makes described soft base material and described hard substrate or the laminating of another soft base material. Concrete, control device control second dynamical element 235, makes roller 25 have the power 20 of a horizontal direction, rolls in the direction of then not fitting along horizontal screw lead toward two base materials, realize two little or in large base material bubble-free, smooth laminating.
It is pointed out that in the implementation step of above method, order is not unique sure, and neither each step must have, for example, step S103 can complete before step S102, and step S105 can omit. In other applying methods, the base material on the second fit body 3 also can be fixed by fixture; In addition, when the level of the second fit body 3 is base platforms 31 during for cavity, can add and take out negative pressure device the air in cavity is extracted out in step 3, make cavity form the operation of subnormal ambient.
The above embodiment only have expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore restriction to the utility model the scope of the claims can not be interpreted as. It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, some distortion and improvement can also be made, these all belong to protection domain of the present utility model. Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (9)
1. a laminating apparatus, is characterized in that, comprising:
Drive unit;
The first fit body, described drive unit drives described the first fit body vertically to move, described the first fit body comprises casing, roller mounting platform, the first drive division and roller, described the first drive division is fixed on the sidewall of casing, described roller mounting platform is connected on described the first drive division, described the first drive division drives described roller mounting platform vertically to move, and described roller is connected to described roller mounting platform bottom; And
The second fit body, the adsorption plate that comprises horizontal base platform and be arranged on described horizontal base platform, described adsorption plate and described casing are oppositely arranged, and described horizontal base platform can move horizontally.
2. laminating apparatus according to claim 1, is characterized in that, described the first fit body also comprises the second drive division, and described the second drive division is installed on described roller mounting platform, and described the second drive division drives described roller level to move back and forth.
3. laminating apparatus according to claim 2, it is characterized in that, also comprise and take out negative pressure assembly, the described negative pressure assembly of taking out connects described casing, described drive unit comprises drive member, down-feed screw and vertical movable block, described down-feed screw connects described drive member, and described vertical movable block is connected with described down-feed screw.
4. laminating apparatus according to claim 3, is characterized in that, also comprises rotating member, and described rotating member is connected with described drive unit and described the first fit body respectively, rotatable described the first fit body of described rotating member.
5. laminating apparatus according to claim 4, it is characterized in that, described the first drive division comprises rail slider mechanism, roller mounting platform and the first dynamical element, described rail slider mechanism is fixed on the sidewall of casing, described roller mounting platform is connected with described guide rail slide block mechanism, described the first dynamical element is connected with described roller mounting platform, and described the first dynamical element drives described roller mounting platform vertically to move back and forth along described rail slider mechanism.
6. laminating apparatus according to claim 5, it is characterized in that, described the second drive division comprises horizontal screw lead, the second dynamical element, moves horizontally piece and horizontal drive plates, described horizontal screw lead is installed on roller mounting platform, described the second dynamical element is connected with horizontal screw lead, described roller mounting platform is offered slotted eye, described in move horizontally piece and be connected with described horizontal screw lead and described horizontal drive plates respectively through described slotted eye, described roller is fixed on bottom described horizontal drive plates.
7. laminating apparatus according to claim 6, it is characterized in that, also comprise control device, described control device be electrically connected respectively and control respectively described drive member, described the first dynamical element, described the second dynamical element, described rotating member and described in take out negative pressure device; The described negative pressure assembly of taking out comprises trachea and takes out negative pressure device, described trachea one end connect box, the other end stretch out casing outside with take out negative pressure device and be connected.
8. laminating apparatus according to claim 4, it is characterized in that, described the first fit body also comprises position-limit mechanism and roller installing plate, described position-limit mechanism is connected with described roller mounting platform, for regulating the balance of roller mounting platform, described roller installing plate is offered adjustment hole, and described adjustment hole is connected with adjusting rod member, and described adjusting rod member is for regulating the balance of described roller installing plate.
9. laminating apparatus according to claim 1 and 2, described the second fit body comprises the 3rd drive division, and described 3rd drive division drives described adsorption plate to move horizontally.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420847314.0U CN204659133U (en) | 2014-12-25 | 2014-12-25 | A kind of laminating apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420847314.0U CN204659133U (en) | 2014-12-25 | 2014-12-25 | A kind of laminating apparatus |
Publications (1)
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| CN204659133U true CN204659133U (en) | 2015-09-23 |
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| CN201420847314.0U Withdrawn - After Issue CN204659133U (en) | 2014-12-25 | 2014-12-25 | A kind of laminating apparatus |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104553233A (en) * | 2014-12-25 | 2015-04-29 | 深圳市联得自动化装备股份有限公司 | Sticking device and sticking method |
| WO2017185591A1 (en) * | 2016-04-28 | 2017-11-02 | 蓝思科技（长沙）有限公司 | Film-applying device and method for 3d glass with two opposite curved edges |
| CN108215438A (en) * | 2018-03-16 | 2018-06-29 | 广东利德泰智能装备科技有限公司 | A kind of pressing blanking device |
| CN109279079A (en) * | 2018-10-31 | 2019-01-29 | 江门市艾加得电子有限公司 | A kind of method for adhering film and its film sticking apparatus |
| CN111874623A (en) * | 2020-07-17 | 2020-11-03 | 苏州精濑光电有限公司 | Adsorption device and carrying device |
-
2014
- 2014-12-25 CN CN201420847314.0U patent/CN204659133U/en not_active Withdrawn - After Issue
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104553233A (en) * | 2014-12-25 | 2015-04-29 | 深圳市联得自动化装备股份有限公司 | Sticking device and sticking method |
| WO2017185591A1 (en) * | 2016-04-28 | 2017-11-02 | 蓝思科技（长沙）有限公司 | Film-applying device and method for 3d glass with two opposite curved edges |
| US10807317B2 (en) | 2016-04-28 | 2020-10-20 | Lens Technology (Changsha) Co., Ltd. | Film-applying device and method for 3D glass with two opposite curved edges |
| CN108215438A (en) * | 2018-03-16 | 2018-06-29 | 广东利德泰智能装备科技有限公司 | A kind of pressing blanking device |
| CN109279079A (en) * | 2018-10-31 | 2019-01-29 | 江门市艾加得电子有限公司 | A kind of method for adhering film and its film sticking apparatus |
| WO2020087740A1 (en) * | 2018-10-31 | 2020-05-07 | 江门市艾加得电子有限公司 | Film adhering method and film adhering apparatus thereof |
| CN109279079B (en) * | 2018-10-31 | 2020-06-16 | 江门市艾加得电子有限公司 | Film pasting method and film pasting device thereof |
| US11485064B2 (en) | 2018-10-31 | 2022-11-01 | Jiangmen Iguarder Electronic Co., Ltd. | Film pasting method and film pasting apparatus |
| CN111874623A (en) * | 2020-07-17 | 2020-11-03 | 苏州精濑光电有限公司 | Adsorption device and carrying device |
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Granted publication date: 20150923 Effective date of abandoning: 20170329 |