CN204234447U - Display panels disassembling flow line - Google Patents

Display panels disassembling flow line Download PDF

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Publication number
CN204234447U
CN204234447U CN201420612836.2U CN201420612836U CN204234447U CN 204234447 U CN204234447 U CN 204234447U CN 201420612836 U CN201420612836 U CN 201420612836U CN 204234447 U CN204234447 U CN 204234447U
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China
Prior art keywords
display panels
flow line
backlight module
platform
guide rail
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CN201420612836.2U
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Chinese (zh)
Inventor
张�浩
许开华
秦玉飞
鲁习金
龚道年
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Jiangxi Green Recycling Industry Co.,Ltd.
Wuhan green recycling electronic waste disposal Co.,Ltd.
Original Assignee
Gelinmei (wuhan) Mineral Circulation Industrial Park Development Co Ltd
Jiangxi Green Eco-Manufacture Resource Cycle Co Ltd
Wuhan Gelinmei City Mining Equipment Co Ltd
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Priority to CN201420612836.2U priority Critical patent/CN204234447U/en
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Abstract

The utility model discloses a kind of display panels disassembling flow line, it comprises processing guide rail, installing rack and driving mechanism, and along the separator that processing guide rail bearing of trend is arranged in order, ultrasonic cleaning equipment and hot air drying stove, described processing guide rails assembling is on described installing rack, described driving mechanism is fixed on described installing rack, and drive the work of described processing guide rail, described separator comprises the storage platform be fixed on successively on described installing rack, heater, cutter and mounting table, and the sucker manipulator be slidably connected on described processing guide rail.Ultrasonic cleaner, one-stage water wash groove, secondary rinsing bowl and shower water washing trough is utilized to clean described perspex panels and backlight module panel; then hot air drying stove is utilized to dry described machine face glass and backlight module panel; thus reach effectively disassembling described display panels; and realize each Sorting Materials; environmental protection is reclaimed, and effectively reduces production cost.

Description

Display panels disassembling flow line
Technical field
The utility model relates to liquid crystal surface and reclaims field, particularly relates to a kind of display panels disassembling flow line.
Background technology
Because LCD (Liquid Crystal Display liquid crystal display) has lightweight, slimming and the feature such as radiationless, its use amount is on a monitor increased day by day.In recent years, also because the price of LCD display is tending towards popular, and its quality is esthetically acceptable to the consumers, therefore, and the CRT screen of the own beyond tradition of occupation rate of market of global LCD display.The manufacture of Taiwan LCD is the hat in the whole world, although many LCD displays are as export trade, also can produce the substandard product of many LCD displays in manufactory, therefore has many for LCD device for disassembling at present.
But most of LCD device for disassembling is only disassemble the stripping of LCD, has not yet to see the streamline disassembled for useless LCD.The domestic and international process for useless LCD display at present, focuses on the resource reclaim research of material.But, before this resource will recycle, do not give in advance suitably for each several part material in LCD display, classification rapidly, the operation such as environmental protection treatment, effectively cleaning.And the mode of disassembling of the LCD that gives up at present, generally only carry out in artificial mode, its instrument used is the related tools such as electric screw driver.Only have LCD glass to be separated at present and reclaim, one does not relate to LCD disassembling flow line.
Utility model content
The purpose of this utility model is to provide a kind of display panels disassembling flow line of convenient and swift, safety and environmental protection.
In order to solve the problems of the technologies described above, the utility model provides a display panels disassembling flow line, wherein, described display panels disassembling flow line comprises processing guide rail, installing rack and driving mechanism, and along the separator that processing guide rail bearing of trend is arranged in order, ultrasonic cleaning equipment and hot air drying stove, described processing guide rails assembling is on described installing rack, described driving mechanism is fixed on described installing rack, and drive the work of described processing guide rail, described separator comprises the storage platform be fixed on successively on described installing rack, heater, cutter and mounting table, and the sucker manipulator be slidably connected on described processing guide rail, described storage platform is for placing display panels, described heater is used for heating the periphery of described display panels, to decompose the organic polymer glue in described display panels, described cutter is for cutting the periphery of described display panels, described display panels to be separated into one piece of perspex panels and one piece of backlight module panel, described mounting table is for placing described machine face glass and backlight module panel, described sucker manipulator is used for transmitting described display panels successively through described heater and cutter from described storage platform, and transmit described perspex panels and backlight module panel extremely described mounting table, described ultrasonic cleaning equipment comprises the ultrasonic cleaner be fixed on successively on described installing rack, one-stage water wash groove, secondary rinsing bowl and shower water washing trough, described machine face glass and backlight module panel are successively through described ultrasonic cleaner, one-stage water wash groove, secondary rinsing bowl and shower water washing trough are cleaned, described hot air drying stove is for drying described machine face glass and backlight module panel.
Wherein, described cutter comprises fixed platform, locating dowel, motion guide rail, motion platform and cutting blade, described fixed platform is installed on described installing rack, and be provided with fixing sucking disk, described fixing sucking disk is in order to secure the above display panels, and described display panels cross-sectional horizontal is placed, described locating dowel is arranged at described fixed platform week side, for locating described display panels, described motion guide rail is arranged at above described fixed platform, and extend along the periphery annular being parallel to described display panels, described motion platform slides along described motion guide rail and arranges, described cutting blade is rotationally connected with described motion platform, described cutting blade moves with described motion platform, and rotate setting around vertical direction relative to described motion platform, in order to cut described display panels periphery.
Wherein, described storage platform is provided with multiple clamping groove vertically arranged, and clamping groove described in each is in order to horizontal positioned one piece of described display panels.
Wherein, described heater is provided with exhaust gas collector, and described exhaust gas collector is for collecting the waste gas in described display panels after organic polymer decomposition.
Wherein, described fixed platform is rotationally connected and described installing rack, and the turning cylinder of described fixed platform is axially horizontally disposed with, and after described machine face glass is separated with backlight module panel, described fixed platform turns over turnback by described turning cylinder.
Wherein, described placement platform comprises multiple standing groove vertically arranged, and standing groove described in each is for placing one piece of described machine face glass or one piece of described backlight module panel.
Wherein, described ultrasonic cleaner, one-stage water wash groove, secondary rinsing bowl and the equal correspondence of shower water washing trough are provided with water-circulation filtering device.
Wherein, described heater is provided with temperature adjusting key, and described temperature adjusting key is in order to regulate the temperature of described heater.
Wherein, described display panels disassembling flow line also comprises computer control, described computer control is electrically connected described driving mechanism, separator, ultrasonic cleaning equipment and hot air drying stove, in order to control described driving mechanism, separator, ultrasonic cleaning equipment and hot air drying stove coordinate operation.
Wherein, described hot air drying stove is provided with dust cover, and described dust cover drops in described perspex panels and backlight module panel for preventing dust.
Display panels disassembling flow line provided by the utility model, by described separator, described display panels is separated into one piece of perspex panels and one piece of backlight module panel, and utilize described ultrasonic cleaner, one-stage water wash groove, secondary rinsing bowl and shower water washing trough are cleaned described perspex panels and backlight module panel, then hot air drying stove is utilized to dry described machine face glass and backlight module panel, thus reach effectively disassembling described display panels, and realize each Sorting Materials, environmental protection is reclaimed, effectively reduce production cost.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical solution of the utility model, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the display panels disassembling flow line schematic diagram that the utility model embodiment provides;
Fig. 2 is the II enlarged schematic partial view of the display panels disassembling flow line of Fig. 1;
Fig. 3 is the III enlarged schematic partial view of the display panels disassembling flow line of Fig. 1.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described.
See also Fig. 1, Fig. 2 and Fig. 3, a kind of display panels disassembling flow line 100 that the utility model embodiment provides.Described display panels disassembling flow line 100 comprises processing guide rail 10, installing rack 20 and driving mechanism 30, and along separator 40, ultrasonic cleaning equipment 50 and hot air drying stove 60 that processing guide rail 10 direction of transfer is arranged in order.
Described processing guide rail 10 is installed on described installing rack 20, and described driving mechanism 30 is fixed on described installing rack 20, and drives described processing guide rail 10 to work.
Described separator 40 comprises the storage platform 41, heater 42, cutter 43 and the placement platform 44 that are fixed on successively on described installing rack 20, and is slidably connected to the sucker manipulator 45 on processing guide rail 10.
Described storage platform 41 is for placing display panels 1; Described heater 42 is for heating the periphery of described display panels 1, to decompose the organic polymer glue in described display panels 1; Described cutter 43 for cutting the periphery of described display panels 1, so that described display panels 1 is separated into one piece of perspex panels 2 and one piece of backlight module panel 3; Described mounting table 44 is for placing described machine face glass 2 and backlight module panel 3; Described sucker manipulator 45 for transmitting described display panels 1 successively through described heater 42 and cutter 43 from described storage platform 41, and transmits described perspex panels 2 and backlight module panel 3 to described mounting table 44.
Described ultrasonic cleaning equipment 50 comprises the ultrasonic cleaner 51 be fixed on successively on described installing rack 20, one-stage water wash groove 52, secondary rinsing bowl 53 and shower water washing trough 54, and described perspex panels 2 and backlight module panel 3 clean through described ultrasonic cleaner 51, one-stage water wash groove 52, secondary rinsing bowl 53 and shower water washing trough 54 successively.
Described hot air drying stove 60 is for drying described perspex panels 2 and backlight module panel 3.
By described separator 40, described display panels 1 is separated into one piece of perspex panels 2 and one piece of backlight module panel 3; and utilize described ultrasonic cleaner 51, one-stage water wash groove 52, secondary rinsing bowl 53 and shower water washing trough 54 to clean described perspex panels 2 and backlight module panel 3; then hot air drying stove 60 is utilized to dry described machine face glass 2 and backlight module panel 3; thus reach effectively disassembling described display panels 1; and realize each Sorting Materials; environmental protection is reclaimed, and effectively reduces production cost.
In present embodiment, described processing guide rail 10 linearly extends, described processing guide rail 10 is provided with transmission chain (not shown) and motion platform 10a, described transmission chain drives described motion platform 10a to move around along the straight line bearing of trend of described processing guide rail 10.Described driving chain is driven by described driving mechanism 30, described sucker manipulator 45 is fixed on described motion platform 10a, move with described motion platform 10a, thus realize transmission to described liquid crystal panel 1, and the transmission to described perspex panels 2 and backlight module panel 3.In other embodiments, described processing guide rail can also be prolong circumferential direction to extend.
In present embodiment, described installing rack 20 is fixed on ground, and described mounting bracket 20 is made up of many steel pipes, rectangular rectangular frame.The length direction of described installing rack 20 is parallel to the length direction of described processing guide rail 10.Described installing rack 20 is provided with multiple support bar (not shown), described support bar can be bolted residence and state storage platform 41, heater 42, cutter 43 and mounting table 44, and described ultrasonic cleaner 51, one-stage water wash groove 52, secondary rinsing bowl 53 and shower water washing trough 54.In other embodiments, described installing rack can also be rectangle box body, and described installing rack can also be arrange multiple host cavity, with fixing described separator and cleaning device.
In present embodiment, described driving mechanism 30 comprises the first motor 31 and the second motor 32.Described first motor 31 is fixed on described installing rack 20, described first motor 31 drives described sucker manipulator 45 to move, the rotating shaft of described first motor drives described transmission chain to move by gear (not shown), thus drives described motion platform 10a and described sucker manipulator 45.Described second motor 32 is fixed on described installing rack 20, and near described cutter 43, described second motor 32 drives described cutter 43 to run.Certainly, in other embodiments, driving mechanism can also be only arrange a motor, drives described sucker manipulator and described cutter by gear drive.
In present embodiment, described storage platform 41 is first station of described display panels disassembling flow line 100, described storage platform 41 is placed the described display panels 1 eliminating polaroid.Can display panels 1 described in holding multiple pieces on described storage platform 41, thus successively can disassemble recovery operation to display panels described in polylith 1.Described storage platform 41 comprises two the first support 411 and the second supports 412 be oppositely arranged.Described first support 411 and described second support 412 lay respectively at the both sides of described processing guide rail 10, described first support 411 supports two relative sides of described display panels 1 respectively with described second support 412, thus make to hold described display panels 1 in the convenient spacing between described first support 411 and the second support 412 of described sucker manipulator 45, realize the transmission transport to described display panels 1.Certainly, in other embodiments, described storage platform can also be arranged on described processing guide rail side, by arranging feed lead rail above described storage platform, described sucker manipulator is moved to above described storage platform, and then realizes transmitting the described display panels of transport.
In present embodiment, described heater 42 is second station of described display panels disassembling flow line 100.Described heater 42 is electrothermal furnace, and the heating gate of described heater 42, towards vertically upward, is arranged away from described installing rack 20.Described heater 42 is positioned at described processing guide rail 10 side, and when described sucker manipulator 45 transmits described display panels 1 to described heater 42, the edge of heating gate to described display panels 1 of described heater 42 heats.The organic polymer glue of one edge of described display panels 1 is decomposed, thus make organic polymer glue lose viscosity, and then described perspex panels 2 and backlight module panel 3 are separated, to facilitate the cutting to described display panels 1 at edge.In addition, described heater 42 is provided with temperature adjusting key (not shown) and Timing key (not shown).Described temperature adjusting key, in order to regulate the temperature of described heater, makes it possible to effectively disassemble the display panels 1 of different size; Described Timing key for controlling the heat time of described display panels, thus avoids the superheated of described display panels, thus damages described display panels.Certainly, in other embodiments, described heater also can be heat a side of described display panels, and the side of described display panels is first separated.
In present embodiment, after the organic polymer glue of an edge of described display panels 1 decomposes, lose viscosity, an edge of described display panels 1 is made to form two-layer panel, gap is had between two-layer panel, thus described cutter 43 cuts from the edge gap of described display panels 1, the periphery of described display panels 1 around after periphery one circle of described display panels 1, and then is cut open two-layer by described cutter 43.Thus facilitate being separated of described perspex panels 2 and backlight module panel 3.Certainly, in other embodiments, can also be that described cutter cuts from a side of described display panels to another side.
In present embodiment, described mounting table 44 is roughly the same with described storage platform 41 structure, places described perspex panels 2 and backlight module panel 3 unlike on described mounting table 44.Concrete, described sucker manipulator 45 is positioned over the top of described mounting table 44 after being picked up by described backlight module panel 3, described sucker manipulator 45 is positioned over the bottom of described mounting table 44 after being picked up by described perspex panels 2, described perspex panels 2 is separated with described backlight module panel 3, avoids described perspex panels 2 and described backlight module panel 3 to stick together again.In addition, described placement platform 44 comprises multiple standing groove (not shown) vertically arranged, and standing groove described in each is for placing one piece of described machine face glass or one piece of described backlight module panel.Certainly, in other embodiments, can also be arrange dividing plate on described mounting table, described perspex panels and described backlight module panel be positioned over described dividing plate both sides respectively.
In present embodiment, described ultrasonic cleaner 51 is arranged near described mounting table 44, described ultrasonic cleaner 51 is rectangular box, in described ultrasonic cleaner 51, cleaning fluid is set, pass through cleaning fluid generation ultrasonic oscillation simultaneously, thus the impurity on described poly (methyl methacrylate) plate 2 and described backlight module panel 3 is cleaned up.In other embodiments, can also be utilize water to clean in described ultrasonic cleaner.
In present embodiment, described one-stage water wash groove 52 is rectangular box, places clear water and clean described perspex panels 2 and backlight module panel 3, to rinse out cleaning fluid and impurity in described one-stage water wash groove 52.Described one-stage water wash groove 52 washes most cleaning fluid on described perspex panels 2 and backlight module panel 3, and goes out to remove oarse-grained impurity.In other embodiments, described one-stage water wash groove can also arrange agitating device, thus accelerates cleaning.
In present embodiment, described secondary rinsing bowl 53 is rectangular box, places clear water and clean described perspex panels 2 and backlight module panel 3, to rinse out cleaning fluid and impurity in described secondary rinsing bowl 53.Described secondary rinsing bowl 53 washes cleaning fluid less on described perspex panels 2 and backlight module panel 3, and goes out to remove short grained impurity.In other embodiments, described secondary rinsing bowl can also arrange agitating device, thus accelerates cleaning.
In present embodiment, described shower water washing trough 54 is rectangular box, spray head (not shown) is provided with above the openend of described shower water washing trough 54, described spray head sprays clear water to described perspex panels 2 and backlight module panel 3, to rinse out remaining cleaning fluid and few impurity, thus described perspex panels 2 and backlight module panel 3 are thoroughly cleaned up.In other embodiments, described shower water washing trough can also arrange overturn platform, to carry out multi-angle cleaning to described perspex panels and backlight module panel.
In present embodiment, described hot air drying stove 60 comprises conveyer belt 61 and dust cover 62.Described conveyer belt 61 is installed on described installing rack 20, and the length direction along described processing guide rail 10 extends, for transmitting described perspex panels 2 and backlight module panel 3.Described dust cover 62 covers described conveyer belt 61, and described dust cover 62 drops in described perspex panels 2 and backlight module panel 3 for preventing dust.Heater (not shown) and air-dry apparatus (not shown) are set inside described dust cover 62.In other embodiments, described hot air drying stove can also be arranged in closed area.
Further, described cutter 43 comprises fixed platform 431, locating dowel 432, motion guide rail 433, motion platform 434 and cutting blade 435.
Described fixed platform 431 is installed on described installing rack 20, and is provided with fixing sucking disk 431a, and described fixing sucking disk 431a in order to secure the above display panels 1, and makes described display panels 1 cross-sectional horizontal place.
Described locating dowel 432 is arranged at described fixed platform 431 weeks sides, for locating described display panels 1.
Described motion guide rail 433 is arranged at above described fixed platform 431, and extends along the periphery annular being parallel to described display panels 1.
Described motion platform 434 slides along described motion guide rail 433 and arranges, described cutting blade 435 is rotationally connected with described motion platform 434, described cutting blade 435 moves with described motion platform 434, and rotate setting around vertical direction relative to described motion platform 434, in order to cut described display panels 1 periphery.
Arrange described cutting blade 435 by described cutter 42 to cut around described display panels 1, what make described display panels 1 isolates complete described perspex panels 2 and backlight module panel 3, adds the organic efficiency of described display panels 1.
In present embodiment, described fixed platform 431 is provided with four fixing sucking disk 431a, when described display panels 1 is passed to described cutter 43 by described sucker manipulator 45, described sucker manipulator 45 declines, described display panels 1 is held in described fixed platform 431, thus described four fixing sucking disk 431a hold display panels 1 away from described sucker manipulator 45 one side, after described display panels 1 cuts by described cutting blade 435, described sucker manipulator 45 is up, described display panels 1 is separated one piece of described perspex panels 2 and one piece of described backlight module panel 3.Described perspex panels 2 holds by described fixed platform 431, and described backlight module panel 3 holds by described sucker manipulator 45.In addition, described fixed platform 431 is rotationally connected and described installing rack 20, the turning cylinder of described fixed platform 431 is axially horizontally disposed with, after described perspex panels 2 is separated with backlight module panel 3, described fixed platform 431 turns over turnback by described turning cylinder, the mucilage glue surface of described perspex panels 2 and the mucilage glue surface of described backlight module 3 are no longer oppositely arranged, avoid described backlight module panel 3 and described perspex panels 2 again to bond together.In other embodiments, can also be that described fixed platform holds described backlight module panel, described sucker manipulator secures the above perspex panels.
In present embodiment, described locating dowel 432 is around described fixed platform 431 weeks sides, and described locating dowel 432 in the vertical direction can move up and down, when described display panels 1 is passed in the process of described fixed platform 431, described locating dowel 432 is sunk, and facilitates the transmission of described display panels 1; When described display panels 1 is fixed in described fixed platform 1, described locating dowel 432 rises, thus by four location, sides of described display panels 1, convenience is cut the edge that described cutting blade 435 aims at described display panels 1.When described cutting blade 435 cuts the side of described display panels 1, the described locating dowel 432 corresponding to described side is sunk, and to step down, described cutting blade 435 cuts; After treating the cutting of described cutting blade 435, described locating dowel 432 rises.In other embodiments, also described locating dowel can not be set.
In present embodiment, described cutting blade 435 is fixed on a rotating shaft 435a, is rotationally connected with described motion platform 434, and described rotating shaft 435a is axially vertically arranged.The cross-sectional horizontal of described cutting blade 435 is arranged, described cutting blade 435 is when cutting the side of described display panels 1, the relatively described motion platform 434 of described cutting blade is fixed, when described cutting blade 435 cuts the corner of described display panels 1, described cutting blade 435 rotates relative to described motion platform 1, thus ensures that the length direction of described cutting blade is the side of vertical described display panels 1 all the time.In other embodiments, can also be described cutting blade be disc, described cutting blade rotates relative to described motion platform all the time.
Further, described storage platform 41 is provided with multiple clamping groove 41a vertically arranged, and clamping groove 41a described in each is in order to the described display panels 1 of horizontal positioned one piece.
In present embodiment, described clamping groove 41a comprises the first groove 411a and the second groove 412a.Multiple described first groove 411a vertically equidistant arrangement on described first support 411, multiple described second groove 412a vertically equidistant arrangement on described second support 412.The relatively described second groove 412a of described first groove 411a is arranged, a side of display panels 1 described in described first groove 411a clamping, another side of display panels 1 described in described second groove 412a clamping.Thus make described storage platform 41 can place multiple described display panels 1.In other embodiments, described clamping groove can also arrange in the horizontal direction.
Further, described heater 42 is provided with exhaust gas collector 42a, and described exhaust gas collector 42a is for collecting the waste gas in described display panels after organic polymer decomposition.
In present embodiment, described exhaust gas collector 42a is installed on described installing rack 20, the collection mouth of described exhaust gas collector 42a and the heating gate of described heater 42 are oppositely arranged, the waste gas produced when described display panels 1 is heated on described heater 42 is collected by described exhaust gas collector 42a at once, thus avoids exhaust emission environment.In other embodiments, described exhaust gas collector can also be arrange extractor fan.
Further, the equal correspondence of described ultrasonic cleaner 51, one-stage water wash groove 52, secondary rinsing bowl 53 and shower water washing trough 54 is provided with water-circulation filtering device 50a.By utilizing described water-circulation filtering device 50a, make described ultrasonic cleaner 51, one-stage water wash groove 52, the water resource of secondary rinsing bowl 53 and shower water washing trough 54 recycled, and filter out noxious pollutant, meet environmental requirement, make described display panels disassembling flow line 100 safe and effective.
Further, described display panels disassembling flow line 100 also comprises computer control 70, described computer control 70 is electrically connected described driving mechanism 30, separator 40, ultrasonic cleaning equipment 50 and hot air drying stove 60, in order to control described driving mechanism 30, separator 40, ultrasonic cleaning equipment 50 and hot air drying stove 60 coordinate operation.By described computer control 60, work order is sent to described driving mechanism 30, separator 40, ultrasonic cleaning equipment 50 and hot air drying stove 60, and accept feedback command, the effective coordinate operation of described driving mechanism 30, separator 40, ultrasonic cleaning equipment 50 and hot air drying stove 60, realizes automation processing.
Display panels disassembling flow line provided by the utility model; by described separator, described display panels is separated into one piece of perspex panels and one piece of backlight module panel; and utilize described ultrasonic cleaner, one-stage water wash groove, secondary rinsing bowl and shower water washing trough to clean described perspex panels and backlight module panel; then hot air drying stove is utilized to dry described machine face glass and backlight module panel; thus reach effectively disassembling described display panels; and realize each Sorting Materials, environmental protection is reclaimed.

Claims (10)

1. a display panels disassembling flow line, it is characterized in that, described display panels disassembling flow line comprises processing guide rail, installing rack and driving mechanism, and along the separator that processing guide rail bearing of trend is arranged in order, ultrasonic cleaning equipment and hot air drying stove, described processing guide rails assembling is on described installing rack, described driving mechanism is fixed on described installing rack, and drive the work of described processing guide rail, described separator comprises the storage platform be fixed on successively on described installing rack, heater, cutter and mounting table, and the sucker manipulator be slidably connected on described processing guide rail, described storage platform is for placing display panels, described heater is used for heating the periphery of described display panels, to decompose the organic polymer glue in described display panels, described cutter is for cutting the periphery of described display panels, described display panels to be separated into one piece of perspex panels and one piece of backlight module panel, described mounting table is for placing described machine face glass and backlight module panel, described sucker manipulator is used for transmitting described display panels successively through described heater and cutter from described storage platform, and transmit described perspex panels and backlight module panel extremely described mounting table, described ultrasonic cleaning equipment comprises the ultrasonic cleaner be fixed on successively on described installing rack, one-stage water wash groove, secondary rinsing bowl and shower water washing trough, described machine face glass and backlight module panel are successively through described ultrasonic cleaner, one-stage water wash groove, secondary rinsing bowl and shower water washing trough are cleaned, described hot air drying stove is for drying described machine face glass and backlight module panel.
2. display panels disassembling flow line according to claim 1, it is characterized in that, described cutter comprises fixed platform, locating dowel, motion guide rail, motion platform and cutting blade, described fixed platform is installed on described installing rack, and be provided with fixing sucking disk, described fixing sucking disk is in order to secure the above display panels, and described display panels cross-sectional horizontal is placed, described locating dowel is arranged at described fixed platform week side, for locating described display panels, described motion guide rail is arranged at above described fixed platform, and extend along the periphery annular being parallel to described display panels, described motion platform slides along described motion guide rail and arranges, described cutting blade is rotationally connected with described motion platform, described cutting blade moves with described motion platform, and rotate setting around vertical direction relative to described motion platform, in order to cut described display panels periphery.
3. display panels disassembling flow line according to claim 2, is characterized in that, described storage platform is provided with multiple clamping groove vertically arranged, and clamping groove described in each is in order to horizontal positioned one piece of described display panels.
4. display panels disassembling flow line according to claim 3, is characterized in that, described heater is provided with exhaust gas collector, and described exhaust gas collector is for collecting the waste gas in described display panels after organic polymer decomposition.
5. display panels disassembling flow line according to claim 4, it is characterized in that, described fixed platform is rotationally connected and described installing rack, the turning cylinder of described fixed platform is axially horizontally disposed with, after described machine face glass is separated with backlight module panel, described fixed platform turns over turnback by described turning cylinder.
6. display panels disassembling flow line according to claim 5, it is characterized in that, described placement platform comprises multiple standing groove vertically arranged, and standing groove described in each is for placing one piece of described machine face glass or one piece of described backlight module panel.
7. display panels disassembling flow line according to claim 6, is characterized in that, described ultrasonic cleaner, one-stage water wash groove, secondary rinsing bowl and the equal correspondence of shower water washing trough are provided with water-circulation filtering device.
8. display panels disassembling flow line according to claim 1, it is characterized in that, described heater is provided with temperature adjusting key and Timing key, described temperature adjusting key is in order to regulate the temperature of described heater, and described Timing key is for controlling the heat time of described display panels.
9. display panels disassembling flow line according to claim 1, it is characterized in that, described display panels disassembling flow line also comprises computer control, described computer control is electrically connected described driving mechanism, separator, ultrasonic cleaning equipment and hot air drying stove, in order to control described driving mechanism, separator, ultrasonic cleaning equipment and hot air drying stove coordinate operation.
10. display panels disassembling flow line according to claim 1, is characterized in that, described hot air drying stove is provided with dust cover, and described dust cover drops in described perspex panels and backlight module panel for preventing dust.
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CN104923551A (en) * 2015-07-08 2015-09-23 上海第二工业大学 Dismantling and classifying process of waste liquid crystal display
CN104941988A (en) * 2015-07-08 2015-09-30 上海第二工业大学 Dismantling and classifying system of waste liquid crystal display
CN105044944A (en) * 2015-09-01 2015-11-11 京东方科技集团股份有限公司 Equipment for disassembling and cleaning display panel
CN105158941A (en) * 2015-09-16 2015-12-16 中山市拓电电子科技有限公司 Vibration type liquid crystal screen detaching tool structure
CN105372855A (en) * 2015-11-17 2016-03-02 成都大梦空间文化传播有限公司 Liquid crystal screen detaching apparatus

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Publication number Priority date Publication date Assignee Title
CN104923551A (en) * 2015-07-08 2015-09-23 上海第二工业大学 Dismantling and classifying process of waste liquid crystal display
CN104941988A (en) * 2015-07-08 2015-09-30 上海第二工业大学 Dismantling and classifying system of waste liquid crystal display
CN104941988B (en) * 2015-07-08 2017-04-05 上海第二工业大学 A kind of waste liquid crystal display disassembles categorizing system
CN105044944A (en) * 2015-09-01 2015-11-11 京东方科技集团股份有限公司 Equipment for disassembling and cleaning display panel
US10307799B2 (en) 2015-09-01 2019-06-04 Boe Technology Group Co., Ltd. Apparatus for dismantling and cleaning a display panel
US20170059895A1 (en) * 2015-09-01 2017-03-02 Boe Technology Group Co., Ltd. Apparatus for Dismantling and Cleaning a Display Panel
CN105044944B (en) * 2015-09-01 2018-01-09 京东方科技集团股份有限公司 A kind of equipment for disassembling cleaning display panel
CN105158941B (en) * 2015-09-16 2018-04-03 中山市拓电电子科技有限公司 A kind of oscillatory type liquid crystal display disassembles cutter structure
CN105158941A (en) * 2015-09-16 2015-12-16 中山市拓电电子科技有限公司 Vibration type liquid crystal screen detaching tool structure
CN105372855A (en) * 2015-11-17 2016-03-02 成都大梦空间文化传播有限公司 Liquid crystal screen detaching apparatus

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