CN202192830U - Touch panel laminating machine - Google Patents
Touch panel laminating machine Download PDFInfo
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- CN202192830U CN202192830U CN2011203110679U CN201120311067U CN202192830U CN 202192830 U CN202192830 U CN 202192830U CN 2011203110679 U CN2011203110679 U CN 2011203110679U CN 201120311067 U CN201120311067 U CN 201120311067U CN 202192830 U CN202192830 U CN 202192830U
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Abstract
The utility model provides a touch panel laminating machine. In the laminating machine, a first operation unit, a second operation unit, a material taking unit, a pressing unit, a rotation unit and a pair of laminating units are arranged on a machine frame. The laminating machine has the characteristics that the two operation units are respectively used for detecting and counterpoint adjusting an adhesive film or a second base material and a first base material respectively; the adhesive film or the second base material is moved to one of the laminating units through the material taking unit in a linear manner; the rotation unit can rotate and change positions, the first base material can be driven by the pressing unit to move, and the adhesive film or the second base material can be laminated with the first base material; therefore, in the existing laminating machine, when the base materials or the adhesive film is laminated in an overturning method, the error generated in laminating caused by centrifugal force in overturning can be avoided; in addition, in the touch panel laminating machine, as the two laminating units are adopted and can feed and laminate synchronously, the production efficiency can be greatly improved.
Description
Technical field
The utility model belongs to the field that contact panel is made, and refers to that especially a kind of mobile device that utilizes precision with linear mode, moves through and detects and an adjusted base material of contraposition and a glued membrane, and the contact panel make-up machine of fitting.
Background technology
Popular along with digitlization life, various as: 3C Products such as mobile communication device, personal digital assistant, notebook computer and plate computer, develop towards convenience, direction multi-functional and attractive in appearance invariably.And those 3C Products all are through the main interface of display screens conduct with user's communication, the convenience when using in order to improve, and most of at present contact panel (Touch Panel) that adopts is traditional like input units such as keyboard or slide-mouse to replace.At present; The type of common on the market contact panel is to be main flow for two kinds with capacitance type touch-control panel and electric resistance touch-control panel; And contact panel mainly comprises an elasticity glued membrane (Flexible Flim) and a base material (Glass Substrate); After its contraposition and pressing, so that the two is carried out parallel applying and obtains preferable flatness through precision.
Develop a kind of contact panel make-up machine of semi-automation for this reason; It mainly is provided with a switching mechanism and a fit body; And this fit body is relatively arranged on this switching mechanism one side; This elasticity glued membrane and this base material are arranged at respectively on this switching mechanism and this fit body, after the upset of this switching mechanism and cover this fit body, are integral so that this elasticity mucous membrane and this base material are fitted.
But because this switching mechanism uses fulcrum to be positioned at the mechanism design of single side more, so it is asymmetric very easily to produce the left and right sides during this switching mechanism upset, the bigger torsion of needs can overturn, and also can produce vibrations in the pressing process; Moreover; The many directly lockings of one feed mechanism of existing contact panel make-up machine are on a frame; Along with service time is cumulative; The bolt of locking is prone to pitch because of bearing vibrations for a long time, and then the situation of instability or slip can take place when causing this feed mechanism running, causes problems such as manufacturing efficient and quality be low.
Or the full-automatic contact panel make-up machine that is used in combination high-accuracy optical detecting instrument and mobile device arranged; And get material, contraposition adjustment and fit; The full-automatic contact panel make-up machine of this kind system has adopted optical detecting device (as: CCD (the Charge-coupled Device of a plurality of precisions; Charge coupled cell) optical detecting device) so that this glued membrane and this base material are carried out detections such as phase angle, size; And be provided with the multiaxis guiding mechanism and carry out the contraposition adjustment of this glued membrane and this base material, so can obtain better applying quality, but the involving great expense of the full-automatic contact panel make-up machine of this kind; Also can't significantly promote manufacturing efficient, and be necessary to improve.
In view of this; The designer of the utility model provides a kind of contact panel make-up machine of semi-automation; It uses two operating units of lesser amt and cheap optical detecting device, simultaneously to this glued membrane and this base material detects and the contraposition adjustment, and combines rotating two groups of applying unit; When fit in one group of applying unit; Carry out next this glued membrane of group synchronously and this base material detects, contraposition adjustment and feed be in another unit of fitting, thus can shorten time, according to and promote its manufacturing efficient; Moreover, because this glued membrane and this base material also can be taken into account its quality bills of materials all through detecting and the contraposition adjustment.
Summary of the invention
One purpose of the utility model; Aim to provide a kind of contact panel make-up machine, after detection when simultaneously a glued membrane and one first base material being carried out feed and the contraposition adjustment, feed into respectively in an applying unit and the lamination unit; And when joint movement begins; Carry out another section detection, contraposition adjustment and feed synchronously, and can shorten time, make efficient and promote.
A time purpose of the utility model; Aim to provide a kind of contact panel make-up machine; Utilize one first operating unit, one second operating unit, to get in a material unit and the lamination unit and be respectively equipped with a mobile device, and these a plurality of mobile devices move torsion and vibration when not having upset with the linear mode of precision; And the error that produces can avoid feed the time takes place, and the effect that promotes quality bills of materials is also arranged.
Another purpose of the utility model aims to provide a kind of contact panel make-up machine, utilizes this first operating unit and this second operating unit to use the optical detecting device of lesser amt, and does not have the setting of multiaxis contraposition guiding mechanism, so can reduce its manufacturing cost.
For reaching above-mentioned purpose, the contact panel make-up machine of the utility model comprises:
One frame, it has a positive and back side that is oppositely arranged, and these frame central authorities stride and are provided with a horizontal support;
One first operating unit; Be located at a side of this frame, this first operating unit is provided with one first mobile device, is movably equipped with one first on this first mobile device and gets the material support arm; This first is got material support arm below and is provided with a material placing area and one first pair of position detecting mechanism; This material placing area supplies to place at least one glued membrane, first gets the material support arm and drives this glued membrane and move to this first pair of position detecting mechanism and detect its placement location through this, and two neighboring edges to this glued membrane carry out the contraposition adjustment again;
One second operating unit; Be located at the opposite side of this frame, this second operating unit is provided with one second mobile device, and this second mobile device and this first mobile device are set in parallel; Be movably equipped with one first on this second mobile device and put the material platform to place one first base material; And in this first put the material platform a side be provided with one second pair of position detecting mechanism, be provided with detecting the placement location of this first base material, carry out the contraposition adjustment to two neighboring edges of this first base material again;
One gets material unit; Be located at the front of this horizontal support; This is got material unit and is provided with one the 3rd mobile device, is movably equipped with one on the 3rd mobile device and gets the material support arm, and this is got the material support arm and supplies to grasp on this first operating unit through this glued membrane that detects and the contraposition adjustment finishes;
One lamination unit; Be located at the back side of this horizontal support; This lamination unit is provided with one the 4th mobile device, is movably equipped with one on the 4th mobile device and gets the material laminating mechanism, and this is got the material laminating mechanism and supplies to grasp on this second operating unit through this first base material that detects and the contraposition adjustment finishes;
One rotary unit; Be located at this frame bottom and be positioned at the below of horizontal support, this rotary unit is provided with a rotating power source and a spiral arm, and the center of this spiral arm is located on this rotating power source; And this rotating power source is set at the reciprocal rotation mode that once rotates 180 °; So that this spiral arm is when rotating and be formed with one first anchor point and one second anchor point, this first anchor point is positioned on the path of the 3rd mobile device, and this second anchor point is positioned on the path of the 4th mobile device; And
A pair of applying unit is located at the both ends of this spiral arm respectively, and corresponds respectively to the position of this first anchor point and this second anchor point; During running; Wherein one should get this glued membrane that material unit grasps in the position carry of this first anchor point by this in the applying unit; Turn to the position of this second anchor point through this rotary unit; By this lamination unit this first base material is suppressed and covered on this glued membrane, by this applying unit this glued membrane and the applying of this first base material are integral again at last.
In an embodiment; This first pair of position detecting mechanism has a suction platform; And the periphery of this suction platform is provided with a pair of first movable plate, and should be provided with first movable plate is vertical each other, and this is respectively equipped with at least one first contraposition bar and one first optical detecting device to first movable plate; This second pair of position detecting mechanism in this first put the material platform the periphery be provided with a pair of second movable plate, and should be provided with second movable plate is each other vertical, this is to being respectively equipped with at least one second contraposition bar and one second optical detecting device on second movable plate; Moreover; This first optical detecting device and the second optical detecting device be selected from respectively CCD fluorescence detector, white light LEDs optical detecting device, infrared LEDs optical detecting device or laser optics detector one of them; Be provided with detecting the position of this glued membrane and the placement of this first base material; And activate these a plurality of first contraposition bars and these a plurality of second contraposition bars, and this glued membrane and this first base material are carried out the contraposition adjustment, improve the accuracy when fitting; Can immediately it be taken off replacing by operating personnel as promptly running into defective products in detecting, just find defective products after avoiding making and reduce unnecessary waste.
In another embodiment; This contact panel make-up machine of the utility model has more one the 3rd operating unit; Be located at a side of this first pair of position detecting mechanism, the 3rd operating unit is provided with one the 5th mobile device, and is set in parallel with this first mobile device; Be movably equipped with one second on the 5th mobile device and put the material platform to place one second base material; And in this second put the material platform a side be provided with one the 3rd pair of position detecting mechanism, be provided with detecting the placement location of this second base material, carry out the contraposition adjustment to two neighboring edges of this second base material again.Moreover; The 3rd pair of position detecting mechanism in this second put the material platform the periphery be provided with a pair of the 3rd movable plate; And should be provided with the 3rd movable plate is vertical each other; Should be to being respectively equipped with at least one the 3rd contraposition bar and one the 3rd optical detecting device on the 3rd movable plate, and the 3rd optical detecting device be selected from CCD fluorescence detector, white light LEDs optical detecting device, infrared LEDs optical detecting device or laser optics detector one of them.
In an embodiment, this comprises respectively the applying unit: a cavity, top have the box structure body of an open surface, and contiguous this open surface of this cavity is respectively equipped with a spacing track; One web plate is processed and is coated and be located on this open surface with elastic material, for carrying this glued membrane; One moves seat, and activity is located between this spacing track and is positioned at this web plate below, and this moves and is provided with at least one roller bearing in the seat, and this roller bearing is shored this web plate; And a power source, be located at the bottom of this cavity and move seat and be connected with this, should move seat and in this cavity, do spacing moving to drive.Moreover; This contact panel make-up machine of the utility model has more a vavuum pump; And be connected with this cavity and make it become vacuum state, with will detect and this glued membrane absorption that the contraposition adjustment finishes on it, and come off when being unlikely this applying unit rotational or squint.
In an embodiment; This contact panel make-up machine of the utility model has more a vavuum pump; And respectively with this first pair of position detecting mechanism, this second pair of position detecting mechanism, this gets the material support arm, this is got the material laminating mechanism and produces pull of vacuum; Be provided with when detection, contraposition adjustment and feed, effectively adsorbing this glued membrane and this first base material, and avoid it to get loose.
In an embodiment, the central authorities of this material placing area are provided with a lifting platform, and are provided with a plurality of bodies of rod and enclose this glued membrane with frame around it, thus can this glued membrane of multi-disc be positioned over this material placing area with the mode of stacking, and utilize this lifting platform to raise by a plurality of glued membranes.
Description of drawings
Fig. 1 is the utility model preferred embodiment front view;
Fig. 2 is the positive structural representation of the utility model preferred embodiment;
Fig. 3 is the structural representation of the utility model preferred embodiment reverse side;
Fig. 4 is the structural representation of the applying unit of the utility model preferred embodiment;
View () when Fig. 5 turns round for the utility model preferred embodiment;
View (two) when Fig. 6 turns round for the utility model preferred embodiment;
View (three) when Fig. 7 turns round for the utility model preferred embodiment;
View (four) when Fig. 8 turns round for the utility model preferred embodiment;
View (five) when Fig. 9 turns round for the utility model preferred embodiment;
View (six) when Figure 10 turns round for the utility model preferred embodiment;
View (seven) when Figure 11 turns round for the utility model preferred embodiment;
View (eight) when Figure 12 turns round for the utility model preferred embodiment;
View (nine) when Figure 13 turns round for the utility model preferred embodiment.
Description of reference numerals: 1-contact panel make-up machine; The 11-frame; The 111-skeleton; The 112-horizontal support; 12-first operating unit; 121-first mobile device; 122-first gets the material support arm; The 123-material placing area; The 1231-lifting platform; The 1232-body of rod; First pair of position detecting mechanism of 124-; 1241-suction platform; 1242-first movable plate; The 1243-first contraposition bar; The 1244-first optical detecting device; 13-second operating unit; 131-second mobile device; 132-first puts the material platform; Second pair of position detecting mechanism of 133-; 1331-second movable plate; The 1332-second contraposition bar; The 1333-second optical detecting device; 14-the 3rd operating unit; 141-the 5th mobile device; 142-second puts the material platform; The 3rd pair of position detecting mechanism of 143-; 1431-the 3rd movable plate; 1432-the 3rd contraposition bar; 1433-the 3rd optical detecting device; 15-gets material unit; 151-the 3rd mobile device; 152-gets the material support arm; The 16-lamination unit; 161-the 4th mobile device; 162-gets the material laminating mechanism; The 17-rotary unit; The 171-rotating power source; The 172-spiral arm; 18,18 '-applying unit; 181,181 '-cavity; 182,182 '-spacing track; 183,183 '-web plate; 184,184 '-mobile seat; 185,185 '-roller bearing; 186,186 '-power source; The 19-vavuum pump; The 2-glued membrane; 3-first base material; 4-second base material.
The specific embodiment
Your, sincerely, please consult with description collocation accompanying drawing for making auditor can know the content of understanding the utility model.
See also Fig. 1, Fig. 2, Fig. 3, Fig. 4, be the structural representation of the utility model preferred embodiment front view and structural representation thereof, reverse side, with and the structural representation of applying unit.Shown in figure, the contact panel make-up machine 1 of the utility model comprises that a frame 11, one first operating unit 12, one second operating unit 13, one the 3rd operating unit 14, get material unit 15, a lamination unit 16, a rotary unit 17, a pair of applying unit 18 and a vavuum pump 19.
Wherein this frame 11 is made up of many skeletons 111 and cover plate (not shown), and the front that is oppositely arranged of this frame 11 and being formed with (among the figure not label) and a back side (among the figure not label), and strides in these frame 11 central authorities and to be provided with a horizontal support 112.
This first operating unit 12 is located at a side of this frame 11; This first operating unit 12 mainly is provided with one first mobile device 121; And this first mobile device 121 be movably equipped with one first get the material support arm 122; This first is got material support arm 122 belows and is provided with a material placing area 123 and one first pair of position detecting mechanism 124, and the central authorities of this material placing area 123 are provided with a lifting platform 1231, and is provided with a plurality of bodies of rod 1232 around it and encloses this multi-disc glued membrane 2 with frame; And this first pair of position detecting mechanism 124 has a suction platform 1241; This suction platform 1,241 two peripheral adjacent side are respectively equipped with one first movable plate 1242, and should be provided with and can move back and forth first movable plate 1242 is vertical each other, and this is on first movable plate 1242 and be respectively equipped with three first contraposition bars 1243 and one first optical detecting device 1244; Utilize of both side edges and the promotion of these a plurality of first contraposition bars 1243, and reach the purpose of contraposition adjustment by supporting this glued membrane 2.It should be noted; This suction platform 1241 of the utility model is connected with this vavuum pump 19 and produces pull of vacuum to adsorb this glued membrane 2; Its pull of vacuum is controlled in the just power of adsorbable this glued membrane 2, and is unlikely to can't be promoted by these a plurality of first contraposition bars 1243 because absorption affinity is too strong.In addition; This first optical detecting device 1244 is selected from (the Charge-coupled Device like CCD; Charge coupled cell) fluorescence detector, white light LEDs (Light Emitting Diode; Light emitting diode) optical detecting device, infrared LEDs optical detecting device or laser optics detector one of them; In the present embodiment, this first optical detecting device 1244 is selected white light LEDs optical detecting device for use and can accurately be detected the placement location of this glued membrane 2, and activates and should utilize 1243 pairs of these glued membranes 2 of these a plurality of first contraposition bars to carry out contraposition adjustment by a plurality of first movable plates 1242.
This second operating unit 13 is located at the opposite side of this frame 11; This second operating unit 13 is provided with one second mobile device 131; And be set in parallel with this first mobile device 121; Be movably equipped with one first on this second mobile device 131 and put material platform 132 to place one first base material 3; And first put material platform 132 peripheries and be provided with one second pair of position detecting mechanism 133 in this; This second pair of position detecting mechanism 133 first put two peripheral adjacent side of material platform 132 and is respectively equipped with one second movable plate 1331 in this, and should be provided with second movable plate 1331 is vertical each other, and this is to being respectively equipped with three second contraposition bars 1332 and one second optical detecting device 1333 on second movable plate 1331.It should be noted; This first is put material platform 132 and is connected with this vavuum pump 19 and produces pull of vacuum; To adsorb this first base material 3, its pull of vacuum is controlled in the just power of adsorbable this first base material 3, and is unlikely to can't be promoted by these a plurality of second contraposition bars 1332 because absorption affinity is too strong.In addition; The second optical detecting device be selected from respectively as CCD fluorescence detector, white light LEDs optical detecting device, infrared LEDs optical detecting device or laser optics detector one of them; In the present embodiment; This second optical detecting device adopts the cheaper infrared LEDs optical detecting device of price, is provided with detecting the placement location of this first base material 3, and these a plurality of second movable plates 1331 of actuating utilize 1332 pairs of these first base materials 3 of these a plurality of second contraposition bars to carry out the contraposition adjustment.
It should be noted that this first operating unit 12 and the 3rd operating unit 14 need be selected a use and can't use simultaneously, and this first operating unit 12 supplies to drive one second base material 4 that these soft glued membrane 2, the three operating units supply to drive hard.Wherein the 3rd operating unit 14 is located at a side of this first pair of position detecting mechanism 124; The 3rd operating unit 14 is provided with one the 5th mobile device 141; And be set in parallel with this first mobile device 121; Be movably equipped with one second on the 5th mobile device 141 and put material platform 142 to place this second base material 4; And in this second put the material platform 142 a side be provided with one the 3rd pair of position detecting mechanism 143; The 3rd pair of position detecting mechanism 143 comprises that being located at this respectively second puts one the 3rd movable plate 1431 of two peripheral adjacent side of material platform 14, and should be provided with the 3rd movable plate 1431 is vertical each other, and this is to being respectively equipped with three the 3rd contraposition bars 1432 and one the 3rd optical detecting device 1433 on the 3rd movable plate 1431.It should be noted; This second is put material platform 14 and is connected with this vavuum pump 19 equally and produces pull of vacuum to adsorb this second base material 4; And its pull of vacuum is controlled in the just power of adsorbable this second base material 4, and is unlikely to can't be promoted by these a plurality of second contraposition bars 1332 because absorption affinity is too strong.In addition; The 3rd optical detecting device 1433 be selected from as CCD fluorescence detector, white light LEDs optical detecting device, infrared LEDs optical detecting device or laser optics detector one of them; In the present embodiment; The 3rd optical detecting device 1433 adopts the cheaper infrared LEDs optical detecting device of price, is provided with detecting the placement location of this second base material 4, and these a plurality of the 3rd movable plates 1431 of actuating utilize 1432 pairs of these second base materials 4 of these a plurality of the 3rd contraposition bars to carry out the contraposition adjustment.
This gets the front that material unit 15 is located at this horizontal support 112; And this is got material unit 15 and is provided with one the 3rd mobile device 151; Be movably equipped with one on the 3rd mobile device 151 and get material support arm 152; This is got material support arm 152 and supplies to grasp this glued membrane 2 that process detects and the contraposition adjustment finishes on this first operating unit 12, or this second base material 4 on the 3rd operating unit.It should be noted that this is got material support arm 152 and is connected with this vavuum pump 19 and produces pull of vacuum to adsorb this glued membrane 2 or this second base material 4.
This lamination unit 16 is located at the back side of this horizontal support 112; This lamination unit 16 is provided with one the 4th mobile device 161; And be movably equipped with one on the 4th mobile device 161 and get material laminating mechanism 162, this is got material laminating mechanism 162 and supplies to grasp on this second operating unit 13 through this first base material 3 that detects and the contraposition adjustment finishes.
This rotary unit 17 is located at these frame 11 bottoms and is positioned at the below of horizontal support 112; This rotary unit 17 is provided with a rotating power source 171 and a spiral arm 172; The center of this spiral arm 172 is located on this rotating power source 171; And this rotating power source 171 is set at the reciprocal rotation mode that once rotates 180 °; So that this spiral arm 172 is when rotating and be formed with one first anchor point (not shown) and one second anchor point (not shown), this first anchor point is positioned on the path of the 3rd mobile device 151, and this second anchor point is positioned on the path of the 4th mobile device 161.
This is located at the both ends of this spiral arm 172 respectively to applying unit 18,18 ', and corresponds respectively to the position of this first anchor point and this second anchor point; During running; This applying unit 18 is got this glued membrane 2 that material unit 15 is grasped in the position carry of this first anchor point by this; Turn to the position of this second anchor point through this rotary unit 17; With 3 compactings of this first base material and cover on this glued membrane 2, by this applying unit 18,18 ' this glued membrane 2 and this first base material 3 being fitted at last is integral again, and this comprises respectively applying unit 18,18 ': a cavity 181,181 ' by this lamination unit 16; The top has the box structure body of an open surface, and this cavity 181,181 ' contiguous this open surface is respectively equipped with a spacing track 182,182 '; One web plate 183,183 ' is processed and is coated and be located on this open surface with elastic material, for carrying this glued membrane 2; One moves seat 184,184 ', and activity is located at this spacing track 182, between 182 ' and be positioned at this web plate 183,183 ' below, and this moves in the seat 184,184 ' and is provided with a roller bearing 185,185 ', and this roller bearing 185,185 ' is shored this web plate 183,183 '; And a power source 186,186 ', be located at this cavity 181,181 ' bottom and move seat 184,184 ' and be connected with this, should move seat 184,184 ' and in this cavity 181,181 ', did spacing moving to drive.It should be noted, this cavity 181,181 ' and be connected with this vavuum pump 19 and make it become vacuum state, with will detect and these glued membrane 2 absorption that the contraposition adjustment finishes on it, avoid this glued membrane 2 when this applying unit 18,18 ' rotates, to come off or squint.
See also Fig. 5～Figure 13 again, each view when turning round for the utility model preferred embodiment.As shown in Figure 5, at first, this a plurality of glued membrane 2 is positioned in this material placing area 123 with the mode of stacking, and utilizes this lifting platform 1231 to raise by a plurality of glued membranes 2.As shown in Figure 6; This first is got material support arm 122 and moves to the top of this material placing area 123 through this first mobile device 121; Extracting is positioned at this glued membrane 2 of the top; Move to again on this suction platform 1241 through this first mobile device 121 again, utilize this glued membrane 2 of pull of vacuum absorption of this suction platform 124.As shown in Figure 7; This get material unit 15 this get position and this glued membrane 2 of clamping that material support arm 152 moves to this suction platform 1241; Get this glued membrane 2 between material support arm 152 and this suction platform 1241 so that be held on this; Carry out the placement position detection and the contraposition adjustment of this glued membrane 2 through this first pair of position detecting mechanism 124; Wherein these a plurality of first fluorescence detectors 1244 along with this to first movable plate, 1242 same moved further, like the placement location of this glued membrane 2 problem is arranged, then do not carry out the contraposition adjustment and notify the site operation personnel to handle; Normal like placement location, then utilize these a plurality of first contraposition bars 1243 on these a plurality of first movable plates 1242 to promote to be positioned at the adjacent both side edges of this glued membrane 2 on this suction platform 1241, and reach the purpose of contraposition adjustment.As shown in Figure 8; Through this glued membrane 2 that detects and the contraposition adjustment finishes; This that then get material unit 15 through this got material support arm 152 and moved on this applying unit 18 that is positioned at this first locating point position; Because this applying unit 18 is vacuum state, and adsorbable this glued membrane 2 and the position that can guarantee its placement.As shown in Figure 9, please arrange in pairs or groups simultaneously Fig. 1, Fig. 4 utilize 180 ° of these rotary unit 17 forward rotation, make this applying unit 18,18 ' transposition, and this applying unit 18 turns to position (meaning i.e. the back side of this frame 11) that should second anchor point.Shown in figure 10; The site operation personnel is with manual mode; With this first base material 3 be positioned over this first put the material platform 132 on and absorption; Then 1333 pairs of these first base materials 3 of these second optical detecting devices by this second pair of position detecting mechanism 133 carry out the detection of placement location, like the detection then not start of machine that makes a mistake, and notify the site operation personnel to handle; As detect normal, then utilize these a plurality of second movable plates 1331 should a plurality of second contraposition bars 1332 promote be positioned at this first put this first base material 3 of material platform 132 adjacent both side edges, to reach the purpose that contraposition is adjusted.Shown in figure 11; This first base material 3 that warp detects and the contraposition adjustment finishes is by 131 drives of this second mobile device; First put material platform 132 and together driven the back side with this to this frame 11; This of this lamination unit 16 got material laminating mechanism 162 and driven by the 4th mobile device 161, and move to this first put material platform 132 the top, and grasp and be positioned at this first this first base material 3 of putting on the material platform 132.Shown in figure 12; Fig. 4 simultaneously please arranges in pairs or groups; Then move to this 18 tops, applying unit again, this of this lamination unit 16 got material laminating mechanism 162 and moved down, and coats these cavity 181 end faces that are covered on this applying unit 18; And fit in (this section action of these first base material, 3 surfaces with this glued membrane 2 is parallel from bottom to top by this roller bearing 185 of this applying unit 18; Show among the figure), airtight fully and present vacuum state because of this cavity 181, so can between this glued membrane and this first base material 3, not produce hole after the applying like bubble.Shown in figure 13, fit finish after, this rotary unit 17 original position that can applying unit 18 reverses back; And the finished product after will being fitted by the site operation personnel takes off; Accomplish whole manufacturing process, in this simultaneously, placement position detection, contraposition adjustment and the feed of this applying unit 18 ' to repeat aforementioned this glued membrane 2; So can shorten time, and improve the efficient of making.In addition; When desire fits this second base material 3 and this first base material 4; Then utilize manual mode that this second base material 3 is positioned in the 3rd operating unit 14 by the site operation personnel, and according to detecting like Figure 10 identical operations mode and after contraposition adjustment finishes, getting material unit 15 by this it is moved in this applying unit 18; Then as should be shown in Figure 9 and turn to the back side of this frame 11, all the other steps then as Figure 10 to shown in Figure 13 and completion applying.
Only; The above person is merely the preferred embodiment of the utility model, is not in order to limit the scope that the utility model is implemented; So should have common knowledge the knowledgeable in the affiliated technical field; Or be familiar with this technology and done equivalence or variation person easily, the equalization of under spirit that does not break away from the utility model and scope, being done changes and modifies, and all should be covered by in the claim of the utility model.
Claims (10)
1. a contact panel make-up machine is characterized in that, comprising:
One frame, it has a positive and back side that is oppositely arranged, and these frame central authorities stride and are provided with a horizontal support;
One first operating unit; Be located at a side of this frame, this first operating unit is provided with one first mobile device, is movably equipped with one first on this first mobile device and gets the material support arm; This first is got material support arm below and is provided with a material placing area and one first pair of position detecting mechanism; This material placing area supplies to place at least one glued membrane, first gets the material support arm and drives this glued membrane and move to this first pair of position detecting mechanism and detect its placement location through this, and two neighboring edges to this glued membrane carry out the contraposition adjustment again;
One second operating unit; Be located at the opposite side of this frame, this second operating unit is provided with one second mobile device, and this second mobile device and this first mobile device are set in parallel; Be movably equipped with one first on this second mobile device and put the material platform to place one first base material; And in this first put the material platform a side be provided with one second pair of position detecting mechanism, be provided with detecting the placement location of this first base material, carry out the contraposition adjustment to two neighboring edges of this first base material again;
One gets material unit; Be located at the front of this horizontal support; This is got material unit and is provided with one the 3rd mobile device, is movably equipped with one on the 3rd mobile device and gets the material support arm, and this is got the material support arm and supplies to grasp on this first operating unit through this glued membrane that detects and the contraposition adjustment finishes;
One lamination unit; Be located at the back side of this horizontal support; This lamination unit is provided with one the 4th mobile device, is movably equipped with one on the 4th mobile device and gets the material laminating mechanism, and this is got the material laminating mechanism and supplies to grasp on this second operating unit through this first base material that detects and the contraposition adjustment finishes;
One rotary unit; Be located at this frame bottom and be positioned at the below of horizontal support, this rotary unit is provided with a rotating power source and a spiral arm, and the center of this spiral arm is located on this rotating power source; And this rotating power source is set at the reciprocal rotation mode that once rotates 180 °; So that this spiral arm is when rotating and be formed with one first anchor point and one second anchor point, this first anchor point is positioned on the path of the 3rd mobile device, and this second anchor point is positioned on the path of the 4th mobile device; And
A pair of applying unit is located at the both ends of this spiral arm respectively, and corresponds respectively to the position of this first anchor point and this second anchor point; During running; Wherein one should get this glued membrane that material unit grasps in the position carry of this first anchor point by this in the applying unit; Turn to the position of this second anchor point through this rotary unit; By this lamination unit this first base material is suppressed and covered on this glued membrane, by this applying unit this glued membrane and the applying of this first base material are integral again at last.
2. contact panel make-up machine as claimed in claim 1; It is characterized in that; This first pair of position detecting mechanism has a suction platform; And the periphery of this suction platform is provided with a pair of first movable plate, and should be provided with first movable plate is vertical each other, and this is respectively equipped with at least one first contraposition bar and one first optical detecting device to first movable plate; This second pair of position detecting mechanism in this first put the material platform the periphery be provided with a pair of second movable plate, and should be provided with second movable plate is each other vertical, this is to being respectively equipped with at least one second contraposition bar and one second optical detecting device on second movable plate.
3. contact panel make-up machine as claimed in claim 2; It is characterized in that this first optical detecting device and the second optical detecting device are selected from one of them of CCD fluorescence detector, white light LEDs optical detecting device, infrared LEDs optical detecting device or laser optics detector respectively.
4. according to claim 1 or claim 2 contact panel make-up machine; It is characterized in that, have more one the 3rd operating unit, be located at a side of this first pair of position detecting mechanism; The 3rd operating unit is provided with one the 5th mobile device; And be set in parallel with this first mobile device, be movably equipped with one second on the 5th mobile device and put the material platform placing one second base material, and in this second put the material platform a side be provided with one the 3rd pair of position detecting mechanism; Be provided with detecting the placement location of this second base material, two neighboring edges to this second base material carry out the contraposition adjustment again.
5. contact panel make-up machine as claimed in claim 4; It is characterized in that; The 3rd pair of position detecting mechanism in this second put the material platform the periphery be provided with a pair of the 3rd movable plate; And should be provided with the 3rd movable plate is vertical each other, this is to being respectively equipped with at least one the 3rd contraposition bar and one the 3rd optical detecting device on the 3rd movable plate.
6. contact panel make-up machine as claimed in claim 5 is characterized in that, the 3rd optical detecting device is selected from one of them of CCD fluorescence detector, white light LEDs optical detecting device, infrared LEDs optical detecting device or laser optics detector.
7. contact panel make-up machine as claimed in claim 1 is characterized in that, this comprises respectively the applying unit: a cavity, and this cavity top has the box structure body of an open surface, and contiguous this open surface of this cavity is respectively equipped with a spacing track; One web plate, this web plate are processed with elastic material and are coated and be located on this open surface, for carrying this glued membrane; One moves seat, and this moves an activity and is located between this spacing track and is positioned at this web plate below, and this moves and is provided with at least one roller bearing in the seat, and this roller bearing is shored this web plate; And a power source, this power source is located at the bottom of this cavity and is moved seat with this and is connected, and should in this cavity, do spacing moving by mobile seat to drive.
8. contact panel make-up machine as claimed in claim 7 is characterized in that, has more a vavuum pump, and is connected with this cavity.
9. contact panel make-up machine as claimed in claim 1 is characterized in that, has more a vavuum pump, and respectively with this first pair of position detecting mechanism, this second pair of position detecting mechanism, this gets the material support arm, this gets the material laminating mechanism and this is connected to the applying unit.
10. contact panel make-up machine as claimed in claim 1 is characterized in that, these material placing area central authorities are provided with a lifting platform, and is provided with a plurality of bodies of rod and encloses this glued membrane with frame around this lifting platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203110679U CN202192830U (en) | 2011-08-25 | 2011-08-25 | Touch panel laminating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203110679U CN202192830U (en) | 2011-08-25 | 2011-08-25 | Touch panel laminating machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202192830U true CN202192830U (en) | 2012-04-18 |
Family
ID=45947760
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203110679U Expired - Fee Related CN202192830U (en) | 2011-08-25 | 2011-08-25 | Touch panel laminating machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202192830U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105260072A (en) * | 2015-11-02 | 2016-01-20 | 深圳市立德通讯器材有限公司 | CTP full fitting technology |
| CN106964962A (en) * | 2017-03-23 | 2017-07-21 | 广东长盈精密技术有限公司 | Auxiliary material press fit device |
| WO2019127522A1 (en) * | 2017-12-29 | 2019-07-04 | 深圳市柔宇科技有限公司 | Laser alignment system and laser alignment method |
| CN109976589A (en) * | 2019-04-08 | 2019-07-05 | 深圳市华星光电半导体显示技术有限公司 | Detect touch screen abutted equipment and its applying method |
-
2011
- 2011-08-25 CN CN2011203110679U patent/CN202192830U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105260072A (en) * | 2015-11-02 | 2016-01-20 | 深圳市立德通讯器材有限公司 | CTP full fitting technology |
| CN106964962A (en) * | 2017-03-23 | 2017-07-21 | 广东长盈精密技术有限公司 | Auxiliary material press fit device |
| CN106964962B (en) * | 2017-03-23 | 2019-06-07 | 广东长盈精密技术有限公司 | Auxiliary material pressing device |
| WO2019127522A1 (en) * | 2017-12-29 | 2019-07-04 | 深圳市柔宇科技有限公司 | Laser alignment system and laser alignment method |
| CN111433558A (en) * | 2017-12-29 | 2020-07-17 | 深圳市柔宇科技有限公司 | Laser alignment system and laser alignment method |
| CN111433558B (en) * | 2017-12-29 | 2021-12-28 | 深圳市柔宇科技股份有限公司 | Laser alignment system and laser alignment method |
| CN109976589A (en) * | 2019-04-08 | 2019-07-05 | 深圳市华星光电半导体显示技术有限公司 | Detect touch screen abutted equipment and its applying method |
| CN109976589B (en) * | 2019-04-08 | 2022-04-26 | 深圳市华星光电半导体显示技术有限公司 | Touch screen laminating detection equipment and laminating method thereof |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120418 Termination date: 20130825 |