CN205708832U - A kind of module group backlight source automatic laminating machine utilizing - Google Patents
A kind of module group backlight source automatic laminating machine utilizing Download PDFInfo
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- CN205708832U CN205708832U CN201620387467.0U CN201620387467U CN205708832U CN 205708832 U CN205708832 U CN 205708832U CN 201620387467 U CN201620387467 U CN 201620387467U CN 205708832 U CN205708832 U CN 205708832U
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Abstract
This utility model provides a kind of module group backlight source automatic laminating machine utilizing, including installing plate, visual system, LCD dyestripping group, backlight dyestripping carrying group, backlight conveying robot group, rotating disk mechanism group and finished product discharging group.Rotating disk mechanism group is placed on installing plate, counterclockwise arranges feeding station, LCD dyestripping group station along rotating disk mechanism group, and LCD module treats station, upper backlight station and finished product discharging station.Described visual system, LCD dyestripping group, backlight dyestripping carrying group, backlight conveying robot group, the machinery equipment that rotating disk mechanism group and finished product discharging group are constituted, this equipment is by feeding station, LCD dyestripping station, LCD module treats station, and five station capstans such as upper backlight station and product discharge station complete simultaneously.Whole laminating process is entirely the operation using automatization, it is not necessary to manually participate in, it is to avoid the stability of man's activity dyestripping, is conducive to improving dyestripping stability and Anawgy accuracy.
Description
Technical field
This utility model relates to a kind of module group backlight source automatic laminating machine utilizing in terms of touching display screen production technology.
Background technology
Backlight (BackLight) is in liquid crystal display (LCD) a kind of light source behind, and the illumination effect of backlight will directly influence LCD MODULE (LCM) visual effect.Liquid crystal display itself is the most luminous, and figure shown by LCD MODULE or character are the results that light is modulated by backlight.Owing to the visual effect of LCD MODULE imaging is very clear, so lcd technology has been widely used in the industries such as touch screen, backlight, LCD/LCM, mobile phone, panel computer, GPS, solaode.In LCD MODULE, backlight bonding process has become as the requisite step of LCD MODULE assembling process.But existing backlight coating technique process is: remove the protecting film carried, visual-alignment, backlight source module of fitting.Owing to this bonding process is on current equipment, easily making dyestripping unstable, Anawgy accuracy is the highest.
Utility model content
In place of solving the deficiencies in the prior art, the purpose of this utility model is to provide a kind of module group backlight source automatic laminating machine utilizing improving dyestripping stability and improving Anawgy accuracy.
For achieving the above object, the technical solution adopted in the utility model is a kind of module group backlight source automatic laminating machine utilizing, and it includes installing plate, the visual system being located on installing plate, LCD dyestripping group, backlight dyestripping carrying group, backlight conveying robot group, rotating disk mechanism group and finished product discharging group；Rotating disk mechanism group is placed on installing plate, counterclockwise arranges feeding station along rotating disk mechanism group, LCD dyestripping group station, LCD module treat station, upper backlight station and finished product discharging station.
Limiting further according to technical characteristics, described visual system includes that the CCD installed on a mounting board adjusts slide, is arranged on CCD and adjusts the CCD hand adjustment slide unit on slide, is arranged on 44 CCD camera systems bottom installing plate and four CCD light sources；Described CCD camera system is arranged on CCD bottom installing plate and adjusts on the CCD hand adjustment slide unit of slide, and the CCD light source of said two backlight dyestripping carrying group is arranged on backlight conveying robot, on light source base；The CCD camera system of said two LCD dyestripping group is arranged on the fixing seat bottom installing plate and immediately below upper backlight station；Two described LCD dyestripping groups rotate light source and are arranged on the light source rotation floor of light source rotary cylinder, and light source rotary cylinder is arranged on backlight station left side.
Limiting further according to technical characteristics, described LCD dyestripping group includes support, control box, discharge mechanism, encoder apparatus, dyestripping mechanism, strainer and the receiving mechanism being located on support；Described dyestripping mechanism and encoder apparatus are positioned at the side of discharge mechanism, strainer and receiving mechanism and are positioned at the top of discharge mechanism, and strainer is positioned at the side of receiving mechanism.
Limiting further according to technical characteristics, described support includes installing riser, mounting base, and fixed block installing plate and mounting base linked together, and the adjustment screw that mounting base uses is fixing on a mounting board.
Limiting further according to technical characteristics, described discharge mechanism includes for by fixing for discharge mechanism fixed support on a mounting board, the blowing motor being connected with fixed support, the blowing swivel base being connected with blowing motor, being placed on the dyestripping adhesive tape of blowing swivel base；Described encoder apparatus includes encoder, is located at the fixed plate at the encoder back side, the idler shaft that one end is connected through fixed plate with encoder；Described dyestripping mechanism includes mounting bracket, is located at the dyestripping motor on the mounting bracket one end side plate back side, that be connected with dyestripping motor and be positioned at the horizontal linear guide rail that mounting bracket front is connected；The cylinder slide block being movably arranged on horizontal linear guide rail, is located at the dyestripping cylinder on cylinder slide block upper surface, the dyestripping knife plate be located on cylinder slider front, the dyestripping axis of guide, the dyestripping induction apparatus being connected with the dyestripping axis of guide；The described dyestripping axis of guide is positioned at the top of dyestripping knife plate；Described strainer includes the tensioning slide rail being located in installing plate, the two pieces of tensioning take-up housings being located on tensioning slide rail, the tension weight seat being located on every piece of tensioning take-up housing, it is located at the multiple balancing weights on every piece of tension weight seat, it is located at the idle pulley loading multiple balancing weights, being located at and be arranged on five fixed idler installing riser, three side by side and are fixed on the surface of tensioning slide unit, and two are fixed under tensioning slide unit；Described receiving mechanism includes for by fixing for receiving mechanism support on a mounting board, it is located at the rewinding buncher on a support wherein surface, the rewinding rotating shaft being located on another surface of support and be connected with rewinding buncher, is located at the waste material tape roll of set and rewinding rotating shaft.
Limiting further according to technical characteristics, described backlight dyestripping carrying group includes supplied materials switching mechanism, location array mechanism, Timing Belt servo transverse-moving mechanism, linear electric motors elevating mechanism, motor rotating mechanism, dyestripping cylinder transverse-moving mechanism, small cylinder chuck mechanism, vacuum cup mechanism, transfer platform mechanism.
Limit further according to technical characteristics, in described supplied materials switching mechanism, be provided with vacuum cup, rotary cylinder, oil spring buffer, vacuum cup absorption backlight；Described location array mechanism has linear electric motors, slide unit cylinder, oil spring buffer, spacing adjustment block, and described linear electric motors elevating mechanism is the positioning linear motor using screw mandrel with motor integral, and spacing adjustment block can adjust the product of different size；Being provided with Timing Belt in described Timing Belt servo transverse-moving mechanism, synchronize wheel, servomotor, line slideway, servomotor provides power drive, Timing Belt, synchronizes wheel and driven pulley；Described linear electric motors elevating mechanism is the lifting linear electric motors using screw mandrel with motor integral；Being provided with motor in described motor rotating mechanism, vacuum cup mechanism is arranged in motor rotary shaft, works with electric machine rotational axis；Described dyestripping cylinder transverse-moving mechanism is provided with position detection magnetic switch；Described small cylinder chuck mechanism is arranged on cylinder transverse-moving mechanism, moves with cylinder transverse-moving mechanism；It is additionally provided with, in described transfer platform mechanism, the photoelectric sensor detecting the presence of product.
Limiting further according to technical characteristics, described backlight conveying robot group includes backlight conveying robot, is located at backlight conveying robot, the mechanical hand light source base in four joints, light source and sucker disk seat.
Limit further according to technical characteristics, described rotating disk mechanism group includes the stage+module plate being arranged on bottom installing plate, it is located at the rotating stepper motor of stage+module plate, the hollow rotating platform being connected with motor, penetrate installing plate and directly control the rotation-indexing table that rotating disk rotates, arranging rotation supply mounting base in the middle of this rotation-indexing table, this rotation supply mounting base is provided with rotation supply gland；It is located at the discharging lift cylinder of rotation-indexing table side, is located at the discharging sucker of discharging lift cylinder, be located at and be connected with discharging lift cylinder and Rodless cylinder on a mounting board is installed, constitute finished product blanking with finished product discharging group.
Limiting further according to technical characteristics, this finished product discharging group includes aluminium profiles support, is located at the buncher of aluminium profiles stent ends bottom side, buncher is overlapped in Timing Belt side, synchronization wheel is overlapped in side, synchronizes wheel shaft and is locked belt, it is achieved buncher controls belt and rotates, finally realize finished product in Belt Conveying purpose, strap end is provided with induction apparatus, senses supplied materials, and buncher stops, after feeding, buncher normal rotation；It is located at the speed setting controller of frame end after aluminium profiles support.
This utility model Advantageous Effects: the technical program uses and is respectively mounted visual system on a mounting board, LCD dyestripping group, backlight dyestripping carrying group, backlight conveying robot group, the machinery equipment that rotating disk mechanism group and finished product discharging group are constituted, this machinery equipment is by feeding station, LCD dyestripping station, LCD module treats station, and five station capstans such as upper backlight station and product discharge station complete simultaneously.Whole laminating process is entirely the operation using automatization, it is not necessary to manually participate in, it is to avoid the stability of man's activity dyestripping, is conducive to improving dyestripping stability and Anawgy accuracy.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of module group backlight source of the present utility model automatic laminating machine utilizing；
Fig. 2 is installation bottom mechanism schematic diagram of the present utility model；
Fig. 3 is LCD dyestripping group front schematic view of the present utility model；
Fig. 4 is LCD dyestripping group side schematic view of the present utility model；
Fig. 5 is backlight dyestripping carrying group front schematic view of the present utility model；
Fig. 6 is backlight dyestripping carrying group front schematic view of the present utility model；
Fig. 7 is backlight conveying robot group of the present utility model, rotating disk mechanism group schematic diagram；
Fig. 8 is finished product discharging group schematic diagram of the present utility model.
Detailed description of the invention
In order to make those skilled in the art be more fully understood that this New Scheme, the utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.
Refer to shown in Fig. 1 to Fig. 8, a kind of module group backlight source automatic laminating machine utilizing, including installing plate 1, the visual system 2 being located on installing plate 1, LCD dyestripping group 3, backlight dyestripping carrying group 4, backlight conveying robot group 5, rotating disk mechanism group 6 and finished product discharging group 7.Rotating disk mechanism group 6 is placed on installing plate 1, goes out finished product treat station 11 and finished product discharge station 12 along side point feeding station 8, LCD dyestripping station 9, upper backlight station 10, backlight counterclockwise.
Described visual system 2 includes that the CCD being arranged on installing plate 1 adjusts slide 20, is arranged on CCD and adjusts the CCD hand adjustment slide unit 21 on slide 20, is arranged on four the CCD camera systems 22 bottom installing plate 1 and four CCD light sources 23；Described CCD camera system 22 is arranged on CCD bottom installing plate 1 and adjusts on the CCD hand adjustment slide unit 21 of slide 20, and the CCD light source 23 of said two backlight dyestripping carrying group is arranged on backlight conveying robot 5, on light source base；The CCD camera system 22 of said two LCD dyestripping group is arranged on the fixing seat bottom installing plate 1 and immediately below upper backlight station 10；Two described LCD dyestripping groups rotate light source and are arranged on the light source rotation floor of light source rotary cylinder, and light source rotary cylinder is arranged on backlight station left side.
Described LCD dyestripping group 3 includes support, control box 30, discharge mechanism, encoder apparatus, dyestripping mechanism, strainer and the receiving mechanism being located on support.Described dyestripping mechanism and encoder apparatus are positioned at the side of discharge mechanism, strainer and receiving mechanism and are positioned at the top of discharge mechanism, and strainer is positioned at the side of receiving mechanism.Described support includes installing riser 31, mounting base 32, and will install the fixed block that riser 31 links together with mounting base 32, and the adjustment screw that mounting base 32 uses is fixed on installation riser.Described discharge mechanism includes, for discharge mechanism is fixed on the fixed support 33 installed on riser 31, the blowing motor 34 being connected with fixed support 33, the blowing swivel base 35 being connected with blowing motor 34, being placed on the dyestripping adhesive tape 36 of blowing swivel base 35.Described encoder apparatus includes rotary encoder 37, is located at the fixed plate 38 at rotary encoder 37 back side, the idler shaft 39 that one end is connected through fixed plate 38 with rotary encoder 37.Described dyestripping mechanism includes mounting bracket 301, is located at the dyestripping motor 302 on the mounting bracket 301 one end side plate back side, that be connected with dyestripping motor 302 and be positioned at the horizontal linear guide rail 303 that mounting bracket 301 front is connected；The cylinder slide block 304 being movably arranged on horizontal linear guide rail 303, it is located at the dyestripping cylinder 305 on cylinder slide block 304 upper surface, it is located at the dyestripping knife plate 306 on cylinder slide block 304 front surface, the dyestripping axis of guide 307, the dyestripping induction apparatus 308 being connected with the dyestripping axis of guide 307；The described dyestripping axis of guide 307 is positioned at the top of dyestripping knife plate 306；Described strainer includes the tensioning slide rail 309 being located in installing plate 1, the two pieces of tensioning take-up housings 310 being located on tensioning slide rail 309, the tension weight seat 311 being located on every piece of tensioning take-up housing 310, it is located at the multiple balancing weights on every piece of tension weight seat 311, it is located at the idle pulley 312 loading multiple balancing weights, being located at and be arranged on the five fixing idle pulleys 312 installing riser 1, three side by side and are fixed on the surface of tensioning take-up housing 309, and two are fixed on tensioning block 309 times；Described receiving mechanism includes for receiving mechanism is fixed on the support on installing plate 1, it is located at the rewinding buncher 313 on a support wherein surface, the rewinding rotating shaft 314 being located on another surface of support and be connected with rewinding buncher 313, is located at the waste material tape roll 315 being placed in rewinding rotating shaft 314.
Described backlight dyestripping carrying group 4 includes supplied materials switching mechanism, location array mechanism, Timing Belt servo transverse-moving mechanism, linear electric motors elevating mechanism, motor rotating mechanism, dyestripping cylinder transverse-moving mechanism, small cylinder chuck mechanism, vacuum cup mechanism, transfer platform mechanism.Vacuum cup 40, supplied materials rotary cylinder 41, supplied materials oil spring buffer 42, supplied materials vacuum cup absorption backlight 43 it is provided with in described supplied materials switching mechanism；Described location array mechanism includes positioning linear motor 44, location slide unit cylinder 45, location oil spring buffer 46, positioning limit adjustment block 47, using the positioning linear motor 44 that screw mandrel is formed with motor integral, positioning limit adjustment block 47 can adjust the product of different size；Described Timing Belt servo transverse-moving mechanism includes servo synchronization band 48, servo synchronization wheel 49, servomotor 401, servo line slideway 402, and servo electricity 401 provides power drive, servo synchronization band 48, servo synchronization wheel 49 and servo driven wheel 403；Described linear electric motors elevating mechanism uses the lifting linear electric motors of screw mandrel and motor integral；Described motor rotating mechanism includes stepping electricity 404 machines and motor rotary shaft 405, and vacuum cup mechanism is arranged in motor rotary shaft 405, works with electric machine rotational axis 405；Described Timing Belt servo cylinder transverse-moving mechanism is provided with position detection magnetic switch；Described small cylinder chuck mechanism is arranged on Timing Belt servo cylinder transverse-moving mechanism, moves with Timing Belt servo cylinder transverse-moving mechanism；It is additionally provided with, in described transfer platform mechanism, the photoelectric sensor detecting the presence of product.
Described backlight conveying robot group 5 includes backlight conveying robot 50, is located at backlight conveying robot 50, the backlight mechanical hand light source base 51 in four joints, light source 52 and sucker disk seat 53.
Described rotating disk mechanism group 6 includes the stage+module plate 60 being arranged on bottom installing plate 1, it is located at the rotating stepper motor 61 of stage+module plate 60, the hollow rotating platform 62 being connected with rotating stepper motor 61, penetrate installing plate 1 and directly control the rotation-indexing table 63 that rotating disk rotates, arranging rotation supply mounting base 64 in the middle of this rotation-indexing table 63, this rotation supply mounting base 64 is provided with rotation supply gland 65；It is located at the discharging lift cylinder 66 of rotation-indexing table 63 side, is located at the discharging sucker 67 of discharging lift cylinder 66, be located at the Rodless cylinder 68 being connected with discharging lift cylinder 67 and being arranged on installing plate 1, constitute finished product blanking with finished product discharging group 7.
This finished product discharging group 7 includes aluminium profiles support 70, it is located at the discharging buncher 71 of aluminium profiles support 70 end bottom side, it is arranged at the discharging Timing Belt 72 of discharging buncher 71 side, it is arranged at discharging buncher 71 other side and overlaps discharging synchronization wheel 73, it is arranged at discharging and synchronizes wheel discharging synchronization wheel shaft 74 within 73, the discharging being locked for discharging synchronizes wheel shaft 74 synchronizes wheel belt 75, realize discharging buncher 71 control discharging synchronize wheel belt 75 rotate, finally realize finished product in Belt Conveying purpose, discharging synchronizes wheel belt 75 end and is provided with induction apparatus 76, this induction apparatus 76 is used for sensing supplied materials, discharging buncher 71 stops, after feeding, discharging buncher 71 normal rotation；It is located at the speed setting controller 77 of frame end after aluminium profiles support 70.
Machinery equipment described in the present embodiment is mainly completed by five station capstans simultaneously: 1. station: feeding station 8, and artificial (or mechanical handing) is rendered to module on the suction disc position of rotating disk.2. station: LCD dyestripping station 9, utilizes transparent adhesive tape to tear LCD dyestripping group 3 upper protective film.3. station: upper backlight station 10, comprises herein below: one. backlight dyestripping: backlight, through feeding, para-position, takes the engineerings such as backlight, dyestripping, and finally it is put on transfer platform, waits that mechanical hand captures.Two. mechanical hand, visual system, transfer platform detection has material, and mechanical hand runs and removes film backlight, after CCD processes and adjusts, sticks backlight to LCD dyestripping group 3.4. backlight goes out finished product and treats station 11: this station temporarily keeps the position of finished product.5. finished product discharge station 12: mechanical hand captures finished product at this station, puts into streamline, treats that finished product flows out, manually take down.
In sum, the technical program uses and is separately mounted to visual system 2 on installing plate 1, LCD dyestripping group 3, the machinery equipment that backlight dyestripping carrying group 4, backlight conveying robot group 5, rotating disk mechanism group 6 and finished product discharging group 7 are constituted, this machinery equipment is by feeding station, LCD dyestripping station, LCD dyestripping group 3 treats station, and 5 station capstans such as upper backlight station and product discharge station complete simultaneously.Whole laminating process is entirely the operation using automatization, it is not necessary to manually participate in, it is to avoid the stability of man's activity dyestripping, is conducive to improving dyestripping stability and Anawgy accuracy.
Although depicting the invention by embodiment, skilled addressee will appreciate that, this utility model has many deformation and change without deviating from spirit of the present utility model, it is desirable to appended claim includes that these deformation and change are without deviating from spirit of the present utility model.
Claims (10)
1. a module group backlight source automatic laminating machine utilizing, it includes installing plate, the visual system being located on installing plate, LCD dyestripping group, backlight dyestripping carrying group, backlight conveying robot group, rotating disk mechanism group and finished product discharging group；Rotating disk mechanism group is placed on installing plate, counterclockwise arranges feeding station along rotating disk mechanism group, LCD dyestripping group station, LCD module treat station, upper backlight station and finished product discharging station.
2. a kind of module group backlight source as claimed in claim 1 automatic laminating machine utilizing, it is characterized in that: described visual system includes that the CCD installed on a mounting board adjusts slide, it is arranged on CCD and adjusts the CCD hand adjustment slide unit on slide, be arranged on four CCD camera systems bottom installing plate and four CCD light sources；Described CCD camera system is arranged on CCD bottom installing plate and adjusts on the CCD hand adjustment slide unit of slide, and the CCD light source of said two backlight dyestripping carrying group is arranged on backlight conveying robot, on light source base；The CCD camera system of said two LCD dyestripping group is arranged on the fixing seat bottom installing plate and immediately below upper backlight station；Two described LCD dyestripping groups rotate light source and are arranged on the light source rotation floor of light source rotary cylinder, and light source rotary cylinder is arranged on backlight station left side.
3. a kind of module group backlight source as claimed in claim 1 automatic laminating machine utilizing, it is characterised in that: described LCD dyestripping group includes support, control box, discharge mechanism, encoder apparatus, dyestripping mechanism, strainer and the receiving mechanism being located on support；Described dyestripping mechanism and encoder apparatus are positioned at the side of discharge mechanism, strainer and receiving mechanism and are positioned at the top of discharge mechanism, and strainer is positioned at the side of receiving mechanism.
4. a kind of module group backlight source as claimed in claim 3 automatic laminating machine utilizing, it is characterized in that, described support includes installing riser, mounting base, and fixed block installing plate and mounting base linked together, and the adjustment screw that mounting base uses is fixing on a mounting board.
5. a kind of module group backlight source as claimed in claim 3 automatic laminating machine utilizing, it is characterized in that, described discharge mechanism includes for by fixing for discharge mechanism fixed support on a mounting board, the blowing motor being connected with fixed support, the blowing swivel base being connected with blowing motor, is placed on the dyestripping adhesive tape of blowing swivel base；Described encoder apparatus includes encoder, is located at the fixed plate at the encoder back side, the idler shaft that one end is connected through fixed plate with encoder；Described dyestripping mechanism includes mounting bracket, is located at the dyestripping motor on the mounting bracket one end side plate back side, that be connected with dyestripping motor and be positioned at the horizontal linear guide rail that mounting bracket front is connected；The cylinder slide block being movably arranged on horizontal linear guide rail, is located at the dyestripping cylinder on cylinder slide block upper surface, the dyestripping knife plate be located on cylinder slider front, the dyestripping axis of guide, the dyestripping induction apparatus being connected with the dyestripping axis of guide；The described dyestripping axis of guide is positioned at the top of dyestripping knife plate；Described strainer includes the tensioning slide rail being located in installing plate, the two pieces of tensioning take-up housings being located on tensioning slide rail, the tension weight seat being located on every piece of tensioning take-up housing, it is located at the multiple balancing weights on every piece of tension weight seat, it is located at the idle pulley loading multiple balancing weights, being located at and be arranged on five fixed idler installing riser, three side by side and are fixed on the surface of tensioning slide unit, and two are fixed under tensioning slide unit；Described receiving mechanism includes for by fixing for receiving mechanism support on a mounting board, it is located at the rewinding buncher on a support wherein surface, the rewinding rotating shaft being located on another surface of support and be connected with rewinding buncher, is located at the waste material tape roll of set and rewinding rotating shaft.
6. a kind of module group backlight source as claimed in claim 1 automatic laminating machine utilizing, it is characterised in that: described backlight dyestripping carrying group includes supplied materials switching mechanism, location array mechanism, Timing Belt servo transverse-moving mechanism, linear electric motors elevating mechanism, motor rotating mechanism, dyestripping cylinder transverse-moving mechanism, small cylinder chuck mechanism, vacuum cup mechanism, transfer platform mechanism.
7. a kind of module group backlight source as claimed in claim 6 automatic laminating machine utilizing, it is characterised in that: it is provided with vacuum cup, rotary cylinder, oil spring buffer, vacuum cup absorption backlight in described supplied materials switching mechanism；Being provided with linear electric motors, slide unit cylinder, oil spring buffer, spacing adjustment block in the array mechanism of described location, use the linear electric motors of screw mandrel and motor integral, spacing adjustment block can adjust the product of different size；Being provided with Timing Belt in described Timing Belt servo transverse-moving mechanism, synchronize wheel, servomotor, line slideway, servomotor provides power drive, Timing Belt, synchronizes wheel and driven pulley；Described linear electric motors elevating mechanism is the linear electric motors using screw mandrel with motor integral；Being provided with motor in described motor rotating mechanism, vacuum cup mechanism is arranged in motor rotary shaft, works with electric machine rotational axis；Described dyestripping cylinder transverse-moving mechanism is provided with position detection magnetic switch；Described small cylinder chuck mechanism is arranged on cylinder transverse-moving mechanism, moves with cylinder transverse-moving mechanism；It is additionally provided with, in described transfer platform mechanism, the photoelectric sensor detecting the presence of product.
8. a kind of module group backlight source as claimed in claim 1 automatic laminating machine utilizing, it is characterised in that: described backlight conveying robot group includes backlight conveying robot, is located at backlight conveying robot, the mechanical hand light source base in four joints, light source and sucker disk seat.
9. a kind of module group backlight source as claimed in claim 1 automatic laminating machine utilizing, it is characterized in that: described rotating disk mechanism group includes the stage+module plate being arranged on bottom installing plate, it is located at the rotating stepper motor of stage+module plate, the hollow rotating platform being connected with motor, penetrate installing plate and directly control the rotation-indexing table that rotating disk rotates, arranging rotation supply mounting base in the middle of this rotation-indexing table, this rotation supply mounting base is provided with rotation supply gland；It is located at the discharging lift cylinder of rotation-indexing table side, is located at the discharging sucker of discharging lift cylinder, be located at and be connected with discharging lift cylinder and Rodless cylinder on a mounting board is installed, constitute finished product blanking with finished product discharging group.
10. a kind of module group backlight source as claimed in claim 1 automatic laminating machine utilizing, it is characterised in that this finished product discharging group includes aluminium profiles support, being located at the buncher of aluminium profiles stent ends bottom side, buncher is overlapped in Timing Belt side, and synchronization wheel is overlapped in side, synchronize wheel shaft to be locked belt, realize buncher and control belt rotation, finally realize finished product and be provided with induction apparatus in Belt Conveying purpose, strap end, sensing supplied materials, buncher stops, after feeding, and buncher normal rotation；It is located at the speed setting controller of frame end after aluminium profiles support.
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| CN201620387467.0U CN205708832U (en) | 2016-05-03 | 2016-05-03 | A kind of module group backlight source automatic laminating machine utilizing |
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| CN201620387467.0U CN205708832U (en) | 2016-05-03 | 2016-05-03 | A kind of module group backlight source automatic laminating machine utilizing |
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