CN206684416U - The full-automatic contraposition design device that FPC is bonded with FPC hot pressing on LCD glass - Google Patents

Abstract

The utility model relates to a fully automatic alignment design device for FPC on LCD glass and FPC thermal pressure bonding, including a base body, an LCD glass placement platform, an LCD glass placement platform fine-tuning mechanism, an automatic clamping FPC mechanism, and an FPC With FPC calibration mechanism, CCD image real-time alignment mechanism, lower pressure platform components, and UVW automatic alignment platform, when in use, the automatic alignment design device through FPC and FPC hot pressing can replace manual operation steps fully automatically , no manual participation in the bonding process is required at all, and accurate process parameters are obtained, thereby reducing labor costs and improving the quality of hot-press bonding. It is suitable for mass production and can be disassembled repeatedly, which is conducive to improving the consistency of mass production. At the same time, it is also beneficial to improve alignment efficiency and alignment accuracy.

Description

Fully automatic alignment design device for FPC and FPC hot-press bonding on LCD glass

【Technical field】

The utility model relates to a fully automatic alignment design device used in the field of production equipment for hot-press bonding FPC and FPC on LCD glass.

【Background technique】

Mobile phones or tablet computers have become one of the products that people need in their daily lives, and the bonding process is an essential process in the assembly process of mobile phones or tablet computers. Most of the existing FPC and FPC bonding methods use manual bonding. The manual bonding is: manually align the FPC and FPC by aligning the PIN hole, and then place it on a special fixture to observe the effect, and adjust it according to the measured value. After adjusting to fit, it will fit completely manually. However, in this process, the work efficiency is low due to the lamination inspection first and then the full lamination adjustment. This method is more suitable for less than 20PCS/H, resulting in extremely high requirements for the operator's technology and proficiency. Manual operation and repeated bonding will damage and pollute the bonding surface, and it cannot be bonded with non-detachable glue such as OCA. Since manual adjustment and fitting can only guarantee the display effect, it cannot guarantee the consistency of mass production, which increases the difficulty of implementing the subsequent process.

【Content of utility model】

In view of this, the technical problem to be solved by the utility model is to provide a fully automatic alignment design device for FPC on LCD glass and FPC hot-press bonding, this automatic alignment design device can not only improve alignment efficiency, Improve the alignment accuracy, but also reduce labor costs, improve the quality of hot pressing and bonding, and improve the consistency of mass production.

In order to solve the above-mentioned technical problems, the technical solution in the utility model adopts a fully automatic alignment design device for FPC and FPC hot-press bonding on LCD glass, which includes a base body, an LCD glass placement platform, and an LCD glass placement platform. Platform fine-tuning mechanism, automatic clamping FPC mechanism, FPC and FPC calibration mechanism, CCD image real-time alignment mechanism, lower pressure platform components, and UVW automatic alignment platform, the FPC and FPC calibration mechanism are installed on the base body, and Located on one side of the base body; the automatic clamping FPC mechanism is installed inside the FPC and the FPC calibration mechanism, and the LCD glass placement platform fine-tuning mechanism is installed on the base body and is located on the other side of the base body; the LCD glass placement platform is installed On the LCD glass placement platform fine-tuning mechanism; the lower pressure platform assembly is installed between the automatic clamping FPC mechanism and the LCD glass placement platform fine-tuning mechanism, and the CCD image real-time alignment mechanism is installed on an LCD glass placement platform fine-tuning On the side of the mechanism, the UVW automatic alignment platform is installed on the base body; the CCD image real-time alignment mechanism can move precisely and is controlled by a servo motor and a screw, and the CCD irradiation surface and the FPC are designed to be perpendicular to each other; the LCD glass is placed The platform fine-tuning mechanism controls the fine-tuning through the tight screw rod, which is convenient for accurate clamping and alignment of FPC.

According to the above main technical features, the base body includes two upper and lower base plates, a plurality of support blocks installed between the two base plates, and a connecting plate installed between the plurality of support blocks; A large base plate, a plurality of support blocks and connecting plates are connected with each other to form a base frame.

According to the above main technical features, the LCD glass placement platform includes LCD auxiliary suction bottom plate, LCD auxiliary suction bottom plate, fixed auxiliary suction bottom plate, fixed auxiliary suction bottom slats, auxiliary suction fixed large bottom block, LCD fixing ring, and small rotating shaft; The auxiliary suction bottom plate is installed on the upper end surface of the auxiliary suction fixed large bottom block, and the LCD auxiliary suction bottom plate and the auxiliary suction fixed large bottom block are movably connected together through a plurality of small rotating shafts and the LCD fixing ring, and the fixed auxiliary suction bottom plate is movable and fixed Connected to the small rotating shaft, the fixed auxiliary suction bottom plate is installed on the fixed auxiliary suction bottom slat, the LCD auxiliary suction bottom plate is installed on the fixed auxiliary suction bottom plate; the LCD auxiliary suction bottom plate is installed on the LCD glass placement platform Right above the fine-tuning mechanism, under the condition of forming a vacuum, the LCD glass is adsorbed and fixed.

According to the above main technical features, the LCD glass placement platform fine-tuning mechanism includes a fine-tuning small bottom plate installed on the large base plate, a fine-tuning adjustment bar installed on the back side of the small fine-tuning bottom plate, and installed on the auxiliary suction fixed large bottom block The fine-tuning support bar, the fine-tuning rotating shaft and the fine-tuning fixed ring installed on the upper end of the fine-tuning support bar, the fine-tuning guide block installed on the side of the auxiliary suction fixed large bottom block, and the two fine-tuning fixed bearing seats installed on the small fine-tuning bottom plate, install The fine-tuning precision screw on the fine-tuning fixed bearing seat, the nut pair installed on the middle end of the fine-tuning precision screw, the fine-tuning stepping motor installed on one end of the fine-tuning precision screw, the guide rail slider installed under the small bottom plate of the fine-tuning; The linear motion of the nut pair on the precision screw rod is tangent to the inclined surface of the fine-tuning guide block, and the linear motion is converted into the rotary motion of the LCD placement platform, which can be finely adjusted to facilitate the automatic alignment of the FPC board; when the LCD glass plate specifications When the size changes, you can adjust the fine-tuning adjustment bar to place the FPC on the LCD glass at a suitable position and then fix it.

According to the above main technical features, the automatic clamping FPC mechanism includes X-direction calibration cylinder, Z-axis calibration cylinder, Z-axis calibration cylinder, chuck bar, chuck strip, UVW automatic alignment platform, X-axis cylinder, and the first cylinder The fixed plate and the second cylinder fixed plate; the UVW automatic alignment platform is installed above the base plate, the first cylinder fixed plate is installed on the UVW automatic alignment platform, and the chuck rod is installed on the top of the first cylinder fixed plate, The X-axis cylinder is installed on the back of the first cylinder fixing plate, the second cylinder fixing plate is installed on the side of the first cylinder fixing plate, and the Z-axis calibration cylinder is installed on the first cylinder fixing plate and the second cylinder fixing plate Between a cylinder fixing plate, the Z-axis direction calibration cylinder is installed between the first cylinder fixing plate and the second cylinder fixing plate; the automatic clamping FPC mechanism communicates intelligently with the CCD image real-time alignment mechanism, in the visual image Under processing, the mechanism automatically aligns the two FPC boards; the FPC and FPC calibration mechanism is composed of an automatic clamping FPC mechanism and a UVW automatic alignment platform.

According to the above main technical features, the CCD image real-time alignment mechanism includes the main body of the CCD image real-time alignment system, an installation substrate for an automatic X-sliding table, two manual X-axis sliding tables, two supports, and four CCD camera; the installation substrate of the automatic X slide table is installed on the back of the main body of the CCD image real-time alignment system in the X-axis direction, and the two manual X-axis slide tables and the two supports are respectively installed on the installation substrate of the automatic X slide table At both ends, the CCD cameras are installed on the manual X-axis sliding table and the support respectively, two of the CCD cameras are fixed on the two manual X-axis sliding tables, and the other two CCD cameras are directly fixed on the supports on the X-axis sliding table On the seat, four cameras work at the same time to complete real-time shooting of two products at one time, screen capture, group by group independent analysis, and complete accurate alignment.

According to the above main technical features, the lower pressing platform assembly includes the pressing head assembly and the pressing platform; the pressing head assembly includes a heating tube, a strip lamp, light-transmitting quartz glass, a small spacer, and a heating tube The installation block, the mold, and the long fixed bottom block; the long fixed bottom block is installed on the large plate of the base, the heating pipe installation block is installed on the long fixed bottom block, and the small pad is installed on the heating pipe installation block. The light-transmitting quartz glass described above is installed on the small block, and the mold is installed at one end of the light-transmitting quartz glass; the heating tube continues to generate heat, which can control the temperature within a certain range, and the strip light continues to emit light, which is convenient for CCD to grab After the image is taken, it is automatically aligned with the clamping components.

Beneficial technical effects of the utility model: the technical scheme adopts a base body, an LCD glass placement platform, a fine-tuning mechanism for an LCD glass placement platform, an automatic clamping FPC mechanism, an FPC and FPC calibration mechanism, a CCD image real-time alignment mechanism, and a lower pressure platform Components, and UVW automatic alignment platform, the FPC and FPC calibration mechanism are installed on the base body and located on one side of the base body; the automatic clamping FPC mechanism is installed inside the FPC and FPC calibration mechanism, and the LCD glass is placed on the platform The fine-tuning mechanism is installed on the base body and is located on the other side of the base body; the LCD glass placement platform is installed on the fine-tuning mechanism of the LCD glass placement platform; the lower pressure platform assembly is installed on the automatic clamping FPC mechanism and the LCD glass placement Between the platform fine-tuning mechanisms, the CCD image real-time alignment mechanism is installed on the side of an LCD glass placement platform fine-tuning mechanism, and the UVW automatic alignment platform is installed on the base body; the CCD image real-time alignment mechanism can move precisely, through the servo The motor and the screw are controlled, and the CCD irradiation surface and the FPC are designed to be perpendicular to each other; the LCD glass placement platform fine-tuning mechanism is fine-tuned through the tight screw control, which is convenient for accurate clamping and alignment of the FPC. When in use, the automatic alignment design device of FPC and FPC hot pressing can replace the manual operation steps fully automatically, without manual participation in the laminating process, and obtain accurate process parameters, thereby reducing labor costs and improving hot pressing. Good quality, suitable for mass production, and the patch can be disassembled repeatedly, which is conducive to improving the consistency of mass production. At the same time, it is also beneficial to improve alignment efficiency and alignment accuracy.

The technical solutions of the present utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments.

【Description of drawings】

Fig. 1 is the schematic diagram of the fully automatic alignment design device for FPC and FPC thermocompression bonding on LCD glass in the utility model;

Fig. 2 is the three-dimensional view of base body in the utility model;

Fig. 3 is the perspective view of LCD glass placement platform in the utility model;

Fig. 4 is the perspective view of the fine-tuning mechanism of the LCD glass placement platform in the utility model;

Figure 5 is a perspective view of the automatic clamping FPC mechanism in the utility model;

Fig. 6 is the perspective view of the utility model FPC and FPC calibration mechanism;

Fig. 7 is the perspective view of CCD image real-time alignment mechanism in the utility model;

Fig. 8 is a three-dimensional view of the depressing platform assembly in the utility model;

【detailed description】

In order to make the technical problems, technical solutions and beneficial effects to be solved by the utility model clearer and clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

Please refer to Fig. 1 to Fig. 8, the following will describe the fully automatic alignment design device for FPC on LCD glass and FPC thermocompression lamination in conjunction with the embodiment, which mainly includes base body 1, LCD glass placement platform 2, LCD glass Place platform fine-tuning mechanism 3, automatic clamping FPC mechanism 4, FPC and FPC calibration mechanism 5, CCD image real-time alignment mechanism 6, lower pressure platform assembly 7, and UVW automatic alignment platform 8. The base body 1 is mainly a basic component for installing other components. The LCD glass placing platform 2 is for placing LCD glass, and the LCD can be placed on this position flatly. The fine-tuning mechanism 3 of the LCD glass placement platform converts the linear motion of the nut pair on the fine-tuning precision screw rod into the inclined plane of the fine-tuning guide block by fine-tuning the relative movement of the precision screw rod and the fine-tuning guide block, and transforms it into an LCD glass placement platform The rotary movement of the fine-tuning mechanism components is designed to facilitate the alignment of the FPC. The automatic clamping FPC mechanism 4 is mainly composed of an X-direction calibration cylinder, a Z-axis calibration cylinder, a Z-axis calibration cylinder, a chuck bar, a chuck bar, and a cylinder fixing plate. The automatic clamping FPC mechanism 4 mainly plays the role of stable clamping. The component parts of the FPC and the FPC calibration mechanism 5 are installed on the UVW automatic alignment platform 8, and the FPC and the FPC calibration mechanism 5 communicate intelligently with the CCD image real-time alignment mechanism 6. Under the processing of the visual image, the FPC and the FPC calibration Mechanism 5 clamps the FPC on the LCD glass for automatic alignment. This component mainly plays the role of checking and calibrating, which is a process completed in cooperation with the imaging system. The CCD image real-time alignment platform 6 is mainly composed of 4 CCD cameras and X-axis components. When working, the 4 CCD cameras work at the same time, and each two sets of positions analyze the data separately. The platform mechanism cooperates to complete the expected effect. The mechanism is mainly a visual imaging system, which is fixed on the X-axis to move, so that the CCD camera can play its role to the maximum and improve efficiency. The FPC and the FPC calibration mechanism 5 are installed on the base body 1 and are located on one side of the base body 1; the automatic clamping FPC mechanism 4 is installed inside the FPC and the FPC calibration mechanism 5, and the LCD glass placement platform fine-tuning mechanism 3 is installed On the base body 1, and located on the other side of the base body 1; the LCD glass placement platform 2 is installed on the LCD glass placement platform fine-tuning mechanism 3; the lower pressure platform assembly 7 is installed on the automatic clamping FPC mechanism 4 and The LCD glass is placed between the fine-tuning mechanism 3 of the platform, and the real-time alignment mechanism 6 of the CCD image is installed on the side of the fine-tuning mechanism 3 of the LCD glass placement platform, and the UVW automatic alignment platform 8 is installed on the base body 1; the real-time alignment of the CCD image The positioning mechanism 6 can move precisely, controlled by the servo motor and the screw rod, and the CCD irradiation surface and the FPC are designed in a direction perpendicular to each other; the LCD glass placement platform fine-tuning mechanism 3 is fine-tuned through the tight screw rod control, which is convenient for accurate clamping of the FPC and the alignment bit.

Please refer to shown in Figure 2, the base body 1 includes two base plates 11 up and down, a plurality of support blocks 12 installed between the two base plates 11, and a connecting plate installed between the plurality of support blocks 12 13. The two large base plates 11, a plurality of support blocks 12 and connecting plates 13 are connected to each other to form a base frame. In this embodiment, the two base plates 11, six support blocks 12, and one connecting plate 13 form a base body, which forms a stable mechanical structure, reliable components, no shaking in movement, strong rigidity, High stability characteristics. The base body 1 is a basic component, and many components are installed on the base body 1, such as: LCD glass placement platform 2, LCD glass placement platform fine-tuning mechanism 3, automatic clamping FPC mechanism 4, FPC and FPC calibration mechanism 5, lower pressure Platform components7.

Please refer to Figure 3, the LCD glass placement platform 2 includes LCD auxiliary suction bottom plate 21, LCD auxiliary suction bottom plate 22, fixed auxiliary suction bottom plate 23, fixed auxiliary suction bottom slats 24, auxiliary suction and fixed large bottom block 25, LCD fixing ring 26 , the rotating small shaft 27; the LCD auxiliary suction bottom plate 21 is installed on the upper end surface of the auxiliary suction fixed large bottom block 25, and the LCD auxiliary suction bottom plate 22 and the auxiliary suction fixed large bottom block 25 are moved through a plurality of small rotating shafts 27 and the LCD fixing ring 26 Connected together, the fixed auxiliary bottom suction plate 24 is movable and fixedly connected on the small rotating shaft 27, the fixed auxiliary bottom suction plate 23 is installed on the fixed auxiliary bottom suction plate 24, and the LCD auxiliary bottom suction plate 21 is installed on the Fix the auxiliary suction bottom plate 23; the LCD auxiliary suction bottom plate 21 is installed directly above the fine-tuning mechanism 3 of the LCD glass placement platform, and absorbs and fixes the LCD glass under the condition of forming a vacuum.

Please refer to Figure 4, the LCD glass placement platform fine-tuning mechanism 3 includes a small fine-tuning bottom plate 31 installed on the base plate 11, a fine-tuning adjustment bar 32 installed on the back side of the small fine-tuning bottom plate 31, installed on the auxiliary suction fixing The fine-tuning support bar 33 on the big bottom block 25, the fine-tuning rotation small shaft 34 and the fine-tuning fixed ring 35 installed on the fine-tuning support bar 33 upper ends, the fine-tuning guide block 36 that is installed in the auxiliary suction fixed big bottom block 25 sides, is installed in the fine-tuning small Two fine-tuning fixed bearing blocks 37 above the base plate 31, the fine-tuning precision screw mandrel 38 installed on the fine-tuning fixed bearing seat 37, the nut pair 39 installed on the middle end of the fine-tuning precision screw mandrel 38, installed on the fine-tuning precision screw mandrel 38 one end The fine-tuning stepper motor 031 is installed on the guide rail slider 032 under the small bottom plate 31 of the fine-tuning; the linear motion of the nut pair 39 on the fine-tuning precision screw rod 38 is tangent to the inclined plane of the fine-tuning guide block 36, and the linear motion is converted into LCD glass placement The rotary motion of the platform 2 can be finely adjusted to facilitate the automatic alignment of the FPC board; when the size of the LCD glass plate changes, the FPC on the LCD glass can be placed in a proper position by adjusting the fine-tuning adjustment bar 32 Then fix it.

Please refer to FIG. 5, the automatic clamping FPC mechanism 4 includes an X-direction calibration cylinder 41, a Z-axis calibration cylinder 42, a Z-axis calibration cylinder 43, a collet bar 44, a collet bar 45, an UVW automatic alignment platform 8, and an X-axis calibration cylinder 43. The shaft cylinder 46, the first cylinder fixing plate 47 and the second cylinder fixing plate 48; the UVW automatic alignment platform 8 is installed above the base plate 11, and the first cylinder fixing plate 47 is installed on the UVW automatic alignment platform 8. The collet rod 44 is installed on the upper end of the first cylinder fixing plate 47, the X-axis cylinder 46 is installed on the back side of the first cylinder fixing plate 47, and the second cylinder fixing plate 48 is installed on the first cylinder fixing plate 47 The side of the Z-axis calibration cylinder 42 is installed between the first cylinder fixing plate 47 and the first cylinder fixing plate 47, and the Z-axis calibration cylinder 43 is installed between the first cylinder fixing plate 47 and the second cylinder Between the fixed plates 48; the automatic clamping FPC mechanism 4 communicates intelligently with the CCD image real-time alignment mechanism 6. Under the processing of the visual image, the mechanism automatically aligns and automatically aligns the two FPC boards; the FPC and the FPC The calibration mechanism 5 is composed of an automatic clamping FPC mechanism 4 and a UVW automatic alignment platform 8 . In the initial state, the chuck bar 44 and the chuck bar 45 are in an open state, and the chuck bar 44 and the chuck bar 45 leave the depressing platform under the action of the X-axis cylinder 46. When a product is put into , the LCD glass placement platform fine-tuning mechanism 3 starts to act, so that the collet bar 44 and the collet bar 45 clamp the upper FPC on the LCD and align the lower FPC.

Please refer to FIG. 7, the CCD image real-time alignment mechanism 6 includes a CCD image real-time alignment system main body 61, an installation base plate 62 of an automatic X slide table, two manual X-axis slide tables 63, and two supports 64, 4 CCD cameras 65; the installation substrate 62 of the automatic X slide table is installed on the back of the main body 61 of the CCD image real-time alignment system in the X-axis direction, and the two manual X-axis slide tables 63 and the two supports 64 are respectively Installed on both ends of the installation substrate 62 of the automatic X slide table, the CCD cameras 65 are installed on the manual X-axis slide table 63 and the support 64 respectively, wherein two CCD cameras 65 are fixed on two manual X-axis slide tables 63, and The other two CCD cameras 65 are directly fixed on the support 64 on the manual X-axis slide table 63, and the four CCD cameras 65 work at the same time to complete the real-time shooting and picture capture of two products at one time, and a group of independent Analysis, and complete accurate alignment.

Please refer to FIG. 8 , the lower pressing platform assembly 7 includes the pressing head assembly and the pressing platform; the pressing head assembly includes a heating tube, a bar lamp, light-transmitting quartz glass 73, and a small spacer 74. Heating pipe installation block 75, mold 76, and long fixed bottom block 77; the long fixed bottom block 77 is installed on the base plate 11, the heating pipe installation block is installed on the long fixed bottom block 77, and the small cushion block 74 Installed on the heating tube mounting block 75, the light-transmitting quartz glass 73 is installed on the small pad 74, and the mold 76 is installed on one end of the light-transmitting quartz glass 73; the heating tube continues to generate heat, and the temperature can be controlled at a certain level. Within the range, the strip lights continue to glow, which is convenient for the CCD camera 65 to capture the image and automatically align with the clamping component. The lower pressing platform assembly 7 is an auxiliary mechanism made in order to complete the pressing process. The pressing mechanism is mainly composed of the pressing head assembly and the pressing platform assembly.

The FPC on the LCD glass and the FPC calibration mechanism 5, under the action of the visual image system, cooperate with each other through various mechanisms and the visual image system to realize the alignment of the automatic FPC and the FPC, and complete the alignment on the basis of software program control. Desired action to achieve desired effect. After the FPC on the LCD is stably clamped by the automatic clamping FPC mechanism 4, the visual image system and image data processing communicate with the UVW automatic alignment platform 8 to realize automatic alignment.

Firstly, the LCD with FPC is grasped by the robot arm, and the product is sucked up by the vacuum suction cup, and then automatically placed on the local pressure mobile platform, that is, after the LCD glass on the module is placed on the platform fine-tuning mechanism 3, the X-axis cylinder 46 is in the extended state, and the Z-axis calibration cylinder 42 is also in the extended state, but the Z-axis direction calibration cylinder 43 is in the retracted state. When the automatic clamping FPC mechanism 4 receives a product, the LCD glass placement platform fine-tuning mechanism 3 Start the action, the screw nut pair moves in the opposite direction to the fine-tuning stepping motor 031, and the LCD glass placement platform 2 rotates in the opposite direction at the same time. When the rotation reaches a certain range, the X-axis cylinder 46 retracts, and the Z-axis calibration cylinder 42 also retracts. , the Z-axis direction calibration cylinder 43 stretches out, through the automatic clamping of the FPC mechanism 4, the collet bar, the collet bar stably clamps the FPC in the role of the Z-axis calibration cylinder 42 and the Z-axis direction calibration cylinder 43, and presses down at the same time The platform component 7 moves to the visual image position, and at the same time, the clamping mechanism grabs the upper FPC, and the bar light on the platform is always on when the bottom is pressed down. The CCD imaging system starts to move, automatically captures the picture, and continuously automatically aligns with the UVW Platform 8 real-time communication, combined with CCD visual image intelligent system, realizes automatic alignment of the lower FPC. Finally, the manipulator grabs the pressed LCD and places it in the lower station. The component continues to perform the above actions in a cycle, and the final efficiency is improved and the quality is guaranteed.

When in use, the automatic alignment module can replace the manual operation steps fully automatically, and does not require manual participation in the alignment and bonding process to obtain accurate process parameters, thereby achieving the technical purpose of reducing labor costs and improving bonding quality, and It is suitable for mass production, and the patch can be disassembled repeatedly, which is beneficial to improve the consistency of mass production. Compared with the bonding method of similar products in the prior art, the utility model also has the technical effects of simple operation and convenient realization of full automation.

The preferred embodiments of the present utility model have been described above with reference to the accompanying drawings, and the scope of rights of the present utility model is not limited thereto. Any modifications, equivalent replacements and improvements made by those skilled in the art without departing from the scope and essence of the present invention shall fall within the scope of rights of the present invention.

Claims (7)

1. a kind of full-automatic contraposition design device being bonded for FPC on LCD glass with FPC hot pressing, it includes base body, LCD Glass placement platform, LCD glass placement platform micro-adjusting mechanisms, automatic clamping FPC mechanisms, FPC and FPC correcting mechanisms, CCD images Real-time positioning mechanism, lower flattening bench component, and UVW automatic aligning platforms, it is characterised in that：The FPC and FPC adjusting machines Structure is arranged on above base body, and is located at base body one side；Described automatic clamping FPC mechanisms are arranged on FPC and FPC and calibrated On the inside of mechanism, LCD glass placement platforms micro-adjusting mechanism is arranged on above base body, and is located at base body other side face；It is described LCD glass placement platform is arranged on above LCD glass placement platform micro-adjusting mechanisms；The lower flattening bench component is arranged on automatic Grip between FPC mechanisms and LCD glass placement platform micro-adjusting mechanisms, the described real-time positioning mechanism of CCD images is arranged on one The side of LCD glass placement platform micro-adjusting mechanisms, UVW automatic aligning stage+modules are on base body；CCD images align in real time Mechanism can be accurate mobile, is controlled by way of servomotor and screw mandrel, and CCD shadow surfaces are set with FPC in mutually perpendicular direction Meter；LCD glass placement platform micro-adjusting mechanisms are controlled by close screw mandrel and finely tuned, and are easy to accurately grip FPC and contraposition.

2. the full-automatic contraposition design device being bonded as claimed in claim 1 for FPC on LCD glass with FPC hot pressing, it is special Sign is：The base body includes the big plate of upper and lower two pieces of bases, a plurality of support blocks between two blocks of big plates of base, peace Connecting plate between a plurality of support blocks；The big plate of two pieces of bases, a plurality of support blocks and connecting plate are connected with each other Into bedframe.

3. the full-automatic contraposition design device being bonded as claimed in claim 1 for FPC on LCD glass with FPC hot pressing, it is special Sign is：LCD glass placement platform includes LCD auxiliary and inhales bottom plate, and LCD auxiliary inhales bottom plate, and fixed auxiliary inhales bottom plate, fixed auxiliary Bottom plate bar is inhaled, auxiliary inhales fixed big sole piece, LCD retainer rings, rotates small axle；It is fixed big installed in auxiliary suction that LCD auxiliary inhales bottom plate Sole piece upper surface, small axle is rotated by complex root LCD is aided in into suction bottom plate with LCD retainer rings, auxiliary inhales fixed big sole piece activity Connect, described fixed auxiliary is inhaled bottom plate bar activity and is fixedly connected on the small axle of rotation, and described fixed auxiliary inhales bottom plate Aid in inhaling above bottom plate bar installed in fixed, described LCD auxiliary suction bottom plates are arranged on fixed auxiliary and inhale substrate；It is described LCD auxiliary inhales the surface that bottom plate is arranged on LCD glass placement platform micro-adjusting mechanisms, and in the case where forming vacuum, absorption is solid Surely LCD glass is lived.

4. the full-automatic contraposition design device being bonded as claimed in claim 1 for FPC on LCD glass with FPC hot pressing, it is special Sign is：The LCD glass placement platform micro-adjusting mechanism includes being arranged on the fine setting platter above the big plate of base, installed in micro- Turn the fine setting adjustment bar of bottom plate reverse side down, the fine setting lattice framing on fixed big sole piece is inhaled installed in auxiliary, installed in fine setting branch The fine setting of bar upper end rotates small axle and fine setting retainer ring, and the fine setting guide pad of fixed big sole piece side, installation are inhaled installed in auxiliary Two fine setting fixed bearing blocks on fine setting platter, the microadjustment precision screw mandrel on fine setting fixed bearing block, peace Pair of nut in microadjustment precision screw mandrel middle-end, the fine steps motor installed in microadjustment precision screw mandrel one end, installed in micro- Turn the guide rail slide block below bottom plate down；The secondary linear motion of microadjustment precision screw mandrel top nut, it is tangent with fine setting guide pad inclined-plane, will Transform linear motion is the rotary motion of LCD placement platforms, can be with Precision trimming section, in order to realize that FPC plates automatically align； When LCD glass plate specifications change, adjustment bar can be finely tuned by adjusting, the FPC on LCD glass is placed into conjunction Fixed again behind suitable position.

5. the full-automatic contraposition design device being bonded as claimed in claim 1 for FPC on LCD glass with FPC hot pressing, it is special Sign is：Automatic clamping FPC mechanisms include X-direction calibration cylinder, Z axis calibration cylinder, Z-direction calibration cylinder, chuck rod, folder Top news, UVW automatic aligning platforms, X-axis cylinder, the first air cylinder fixed plate and the second air cylinder fixed plate；UVW automatic aligning platforms Above the big plate of base, the first air cylinder fixed plate is arranged on above UVW automatic aligning platforms, and described chuck rod is arranged on First air cylinder fixed plate upper end, described X-axis cylinder are arranged on the back side of the first air cylinder fixed plate, and the second described cylinder is fixed Plate is arranged on the side of the first air cylinder fixed plate, and described Z axis calibration cylinder is arranged on the first air cylinder fixed plate and the first cylinder Between fixed plate, described Z-direction calibration cylinder is arranged between the first air cylinder fixed plate and the second air cylinder fixed plate；Automatically FPC mechanisms and the real-time positioning mechanism intelligent communication of CCD images are gripped, under the processing of visual pattern, the mechanism automatic aligning will Two panels FPC plates are aligned automatically；The FPC and FPC correcting mechanisms are by automatic clamping FPC mechanisms and UVW automatic aligning platform groups Into.

6. the full-automatic contraposition design device being bonded as claimed in claim 1 for FPC on LCD glass with FPC hot pressing, it is special Sign is：The real-time positioning mechanism of CCD images includes the real-time alignment system main body of CCD images, the installation of 1 automatic X slide unit Substrate, 2 manual X-axis slide units, 2 bearings, 4 CCD cameras；The installation base plate of automatic X slide units is arranged on X-direction The real-time alignment system main body back side of CCD images, described 2 manual X-axis slide units, 2 bearings are separately mounted to automatic X slide units Installation base plate both ends, CCD camera are separately mounted on manual X-axis slide unit and bearing, and two of which CCD camera is fixed on 2 On individual manual X-axis slide unit, and two other CCD camera is directly anchored on the bearing on X-axis slide unit, and four cameras are simultaneously Work, disposably complete the captured in real-time to two products, picture crawl, a group by a group independent analysis, and completion is accurately right Position.

7. the full-automatic contraposition design device being bonded as claimed in claim 1 for FPC on LCD glass with FPC hot pressing, it is special Sign is：Lower flattening bench component includes this pressure head component and this pressure platform forms；Described pressure head component includes heat-generating pipe, Strip light, printing opacity quartz glass, small cushion block, heat-generating pipe mounting blocks, mould, and long fixed sole piece；The long fixed sole piece peace Above the big plate of base, heat-generating pipe mounting blocks are arranged on above long fixed sole piece, and the small cushion block is installed installed in heat-generating pipe Above block, described printing opacity quartz glass is arranged on above small cushion block, and described mould installion is in printing opacity quartz glass one end；Hair Heat pipe persistent fever, can be by temperature control in certain scope, strip light continuous illumination, after facilitating CCD crawl images, matches somebody with somebody Co-clip grabs component automatic aligning.