WO2014201701A1 - 液晶瓶壁残留液晶静置收集装置 - Google Patents

液晶瓶壁残留液晶静置收集装置 Download PDF

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Publication number
WO2014201701A1
WO2014201701A1 PCT/CN2013/077700 CN2013077700W WO2014201701A1 WO 2014201701 A1 WO2014201701 A1 WO 2014201701A1 CN 2013077700 W CN2013077700 W CN 2013077700W WO 2014201701 A1 WO2014201701 A1 WO 2014201701A1
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WIPO (PCT)
Prior art keywords
liquid crystal
bottle
frame
plate
wall
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/CN2013/077700
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English (en)
French (fr)
Inventor
刘岗
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
TCL China Star Optoelectronics Technology Co Ltd
Original Assignee
Shenzhen China Star Optoelectronics Technology Co Ltd
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Filing date
Publication date
Application filed by Shenzhen China Star Optoelectronics Technology Co Ltd filed Critical Shenzhen China Star Optoelectronics Technology Co Ltd
Priority to US13/981,681 priority Critical patent/US20140366987A1/en
Publication of WO2014201701A1 publication Critical patent/WO2014201701A1/zh
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
    • B67C—CLEANING, FILLING WITH LIQUIDS OR SEMILIQUIDS, OR EMPTYING, OF BOTTLES, JARS, CANS, CASKS, BARRELS, OR SIMILAR CONTAINERS, NOT OTHERWISE PROVIDED FOR; FUNNELS
    • B67C9/00—Devices for emptying bottles, not otherwise provided for

Definitions

  • the liquid crystal display (LCD) has power saving and has no extensive application.
  • T3 ⁇ 4m ( acklight module )
  • the working principle of the liquid crystal panel is to place liquid crystal molecules in two parallel glass substrates, to control the liquid crystal molecules to change direction by electricity or not, and to refract the light of the backlight module to produce a picture.
  • the light source needs to be normally displayed by the light source provided by the backlight module. Therefore, the backlight module becomes a key component of the liquid crystal display device, and the backlight module according to the incident position of the light source is different from the direct type backlight module.
  • the backlight module becomes a key component of the liquid crystal display device, and the backlight module according to the incident position of the light source is different from the direct type backlight module.
  • a light source such as a cathode fluorescent lamp (CCFL) or a light emitting diode (LED) is disposed behind the liquid crystal panel, and a surface light source is directly formed and supplied to the liquid crystal panel.
  • the side-lit backlight module has a backlight LED strip (Light bar) disposed on the edge of the back panel behind the liquid crystal panel, and the light emitted by the LED strip is from the light guide plate (LGP) side.
  • the surface enters the light guide plate, is reflected and diffused, and is emitted from the light exit surface of the light guide plate, and then passes through the optical film group to form a surface light source to be supplied to the liquid crystal panel.
  • a liquid crystal display generally comprises a color filter (CF) 100, a lower substrate (TFT) 300, and a liquid crystal (Liquid Crysta, LC) 500 sandwiched between the upper substrate 100 and the lower substrate 300.
  • the spacer ( Spacer ) 700 and the sealant ( Sealant ) 900 are generally formed by the following steps: an Array process (film yellow etching and stripping), a middle cassette (Ceil) process (TFT substrate and CF substrate bonding) and the rear module assembly process (drive IC and printed circuit board are pressed together).
  • the front Array process mainly forms a TFT substrate to control the movement of liquid crystal molecules; the middle section Ceii process mainly adds liquid crystal between the TFT substrate and the CF substrate; the latter stage.
  • the module assembly process is mainly driving IC pressing and printing.
  • the integration of the circuit board which in turn drives the rotation of the liquid crystal molecules, and shows the existing process of adding liquid crystal between the TFT substrate and the CF substrate, which is called liquid crystal dropping system.
  • One Drop Filling (ODF) which mainly includes: plastic frame coating, liquid crystal injection, vacuum assembly and high temperature curing.
  • the liquid crystal injection process is mainly accommodated in the liquid crystal bottle through the distribution method or the vacuum liquid crystal. When one bottle of liquid crystal is used up, liquid crystal adheres to the inner wall of the liquid crystal bottle.
  • the present invention provides a liquid crystal crystal static standing collecting device for a residual liquid crystal wall of a liquid crystal crystal bottle bottle, comprising: a box body, a static support frame installed in the box body, and being installed in the box body and located at the standstill a collection base frame under the support frame, the static support frame is used for placing a liquid crystal bottle with liquid crystal remaining on the bottle wall, the collection base frame is used for placing a liquid crystal collection bottle; when the liquid crystal is collected, the liquid crystal wall remains in the bottle wall
  • the liquid crystal bottle mouth is placed obliquely downward on the static support frame, and the liquid crystal collection bottle bottle mouth is placed upward on the collection base frame, and the bottle mouth of the liquid crystal bottle with the liquid crystal remaining on the bottle wall is close to the liquid crystal collection bottle bottle
  • the mouth is placed directly above the mouth of the liquid crystal collection bottle.
  • the box body comprises a top plate, a bottom plate disposed opposite to the top plate, two opposite side plates disposed between the top plate and the bottom plate, a rear plate disposed between the top plate and the bottom plate, and a sliding door disposed corresponding to the rear plate.
  • the stationary support frame includes opposite mounting brackets, a plurality of bearing plates respectively mounted on the mounting bracket at both ends, and two end portions respectively mounted on the mounting bracket and located under the bearing plate, the bearing portion
  • the plate has a plate-like structure, and is provided with a plurality of semi-circular grooves.
  • the diameter of the grooves is greater than or equal to the outer diameter of the liquid crystal bottle body in which the liquid crystal wall remains in the bottle wall, and the stop portion is correspondingly concave.
  • the slot is provided with a plurality of stop rings.
  • the inner diameter of the stop ring is smaller than the outer diameter of the liquid crystal bottle body in which the liquid crystal remains on the bottle wall, and is larger than the outer diameter of the liquid crystal bottle mouth in which the liquid crystal wall remains.
  • the angle is 30. ⁇ 80°
  • the minimum angle between the direction of the bottle opening and the vertical direction is 30° to 80°.
  • the diameter of the groove is greater than or equal to the corresponding stop ring on the second frame of the liquid crystal collection bottle body, and the plurality of second accommodating grooves are provided, and the diameter of the second accommodating groove is greater than or equal to the liquid crystal collection: ⁇ ⁇ 5:.
  • the two ends of the second frame are respectively provided with sliding rails, and the corresponding sliding rails on the side plates are provided with sliding slots, the sliding rails are inserted into the sliding slots, and the second frame is mounted on the side plates.
  • the chute is formed by two stainless steel squares welded to the side plates.
  • the top plate, the bottom plate, the side plates and the rear plate are made of a stainless steel plate having a thickness of .2 mm.
  • the sliding door comprises a frame, a door panel mounted in the door frame and a handle mounted on the frame, the door frame and the handle being made of stainless steel, the door plate being made of a transparent material.
  • the mounting bracket and the stop portion are made of a stainless steel material; the bearing plate, the first frame body and the second frame body are made of plastic.
  • the box is arranged in a rectangular parallelepiped shape with a length of 654 mm, a width of 352 mm and a height of 700 mm.
  • the invention also provides a liquid crystal bottle wall residual liquid crystal static collecting device, comprising: a box body, a static support frame installed in the box body, and a collecting base frame installed in the box body and located under the static support frame, the static
  • the support frame is used for placing a liquid crystal bottle with liquid crystal remaining on the bottle wall
  • the collection base frame is used for placing the liquid crystal collection bottle; when the liquid crystal is collected, the liquid crystal bottle bottle ⁇ with the liquid crystal remaining on the bottle wall is inclined downward to be placed on the static support.
  • the liquid crystal collection bottle mouth is placed upward on the collection base frame, and the bottle mouth of the liquid crystal bottle with the liquid crystal remaining on the bottle wall is close to the mouth of the liquid crystal collection bottle and placed at the mouth of the liquid crystal collection bottle.
  • the box body comprises a top plate, a bottom plate disposed opposite to the top plate, two opposite side plates disposed between the top plate and the bottom plate, a rear plate disposed between the top plate and the bottom plate, and a sliding door disposed corresponding to the rear plate;
  • the static support frame comprises a plurality of bearing plates respectively mounted on the mounting frame at opposite ends of the opposite mounting brackets, and two end portions respectively mounted on the mounting frame and located under the bearing plate, the bearing
  • the plate has a plate-like structure, and is provided with a plurality of semi-circular grooves, wherein the diameters of the grooves are greater than or equal to the outer diameter of the liquid crystal bottle body in which the liquid crystal wall remains in the bottle wall, and the stop portion corresponds to The groove is provided with a plurality of stop rings, the inner diameter of the stop ring is smaller than the outer diameter of the liquid crystal bottle body in which the liquid crystal remains on the bottle wall, and is larger than the outer diameter of the liquid crystal bottle mouth remaining in the bottle wall;
  • the static support frame is obliquely mounted on the two side plates, and the minimum angle between the oblique direction and the vertical direction is 30. ⁇ 80°, so that the minimum angle between the direction of the liquid crystal bottle with the liquid crystal left on the bottle wall placed on the stationary support frame and the vertical direction is 30° ⁇ 80°;
  • the collecting base frame includes a first frame body disposed on the bottom plate and a second frame body detachably mounted on the side plate, wherein the first frame body is provided with a plurality of first receiving grooves corresponding to the stop ring
  • the diameter of the first accommodating groove is greater than or equal to the outer diameter of the liquid crystal collection bottle body
  • the corresponding stop ring on the second frame body is provided with a plurality of second accommodating grooves, and the second accommodating groove
  • the diameter is greater than or equal to the liquid The outer diameter of the crystal collection bottle body
  • the sliding door includes a door frame, a door panel installed in the door frame, and a handle mounted on the door panel
  • the box body is arranged in a rectangular parallelepiped shape with a length of 654 mm, a width of 352 mm and a height of 700 mm.
  • the liquid crystal bottle wall residual liquid crystal static collecting device of the present invention by providing a static support frame in the box body and a collecting base frame under the static support frame, so that the liquid crystal liquid crystal bottle remains on the bottle wall
  • the bottle mouth is obliquely placed directly above the mouth of the liquid crystal collection bottle, and the liquid crystal bottle with the liquid crystal remaining in the bottle wall falls into the liquid crystal collection bottle under the action of gravity, thereby effectively reducing the waste of the liquid crystal and reducing the production cost, and the liquid crystal
  • the bottle wall residual liquid crystal static collecting device has a simple structure, is easy to manufacture, and has low production cost, which is advantageous for cost control.
  • FIG. 1 is a schematic structural view of a conventional liquid crystal display panel
  • FIG. 2 is a schematic perspective view of a liquid crystal bottle wall residual liquid crystal static collecting device according to the present invention
  • FIG. 3 is a schematic view showing the cooperation between the static support frame of the liquid crystal bottle wall residual liquid crystal static collecting device and the liquid crystal bottle with liquid crystal remaining on the bottle wall of the present invention;
  • FIG. 4 is a schematic front view showing the structure of a liquid crystal bottle standing residual liquid crystal static collecting device of the present invention
  • FIG. 5 is a side view showing the liquid crystal bottle wall residual liquid crystal static collecting device of the present invention
  • the utility model comprises: a static support frame 4 installed in the box body 2 and a collecting base frame 6 installed in the box body 2 and located below the stationary support frame 4, wherein the static support frame 4 is used.
  • a liquid crystal bottle 40 in which a liquid crystal remains on the wall of the bottle the collection base frame 6 is used for placing the liquid crystal collection bottle 60, and when the liquid crystal is collected, the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall is tilted downward to be placed on the wall.
  • the liquid crystal collection bottle 60 is placed on the collection base 6 with the bottle mouth facing upward, and the bottle mouth of the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall is close to the bottle mouth of the liquid crystal collection bottle 60 and placed thereon.
  • the liquid crystal collection bottle is directly above the 60 bottle mouth. Since the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall is inclined downward, the liquid crystal remaining on the bottle wall moves under the action of gravity toward the bottle mouth of the liquid crystal bottle 40 in which the liquid crystal wall remains, and finally the liquid crystal collection bottle The 60-well bottle was dropped into the liquid crystal collection bottle 60 to complete the liquid crystal collection.
  • the box body 2 is disposed in a rectangular parallelepiped shape having a length of 654 mm, a width of 352 mm, and a height of 700 mm.
  • the box body 2 includes a top plate 22 and a top plate 22
  • the oppositely disposed bottom plate 24 is disposed between the top plate 22 and the bottom plate 24 and oppositely disposed side plates 26, a rear plate 28 between the top plate 22 and the bottom plate 24, and a sliding door 29 disposed corresponding to the rear plate 28.
  • the top plate 22, the bottom plate 24, the side plates 26 and the rear plate 28 are made of a stainless steel plate having a thickness of 1.2 mm, and the top plate 22, the bottom plate 24, the inverted plate 26 and the rear plate 28 can be commonly used by welding, screwing, and the like.
  • the mounting manners are fixedly connected together to form a rectangular box 2, which is simple to manufacture, durable, and low in cost.
  • the sliding door 29 includes a door frame 292, a door panel 294 mounted in the door frame 292, and a handle 296 mounted on the door panel 294.
  • the sliding door 29 is oppositely disposed in two, which can pass through.
  • the hand 296 is opened and closed to open and close the cabinet 2.
  • the door frame 292 and the handle 296 are made of stainless steel, and the specifications of the square pass are: 10 1 O 1 mm.
  • the door frame 292 and the handle 296 are respectively made of SUS304, and the door panel 294 is transparent.
  • the material is made to close the door panel 294 when the liquid crystal is collected, thereby preventing the external environment from being polluted, and the inside of the liquid crystal bottle wall can be seen through the door panel 294 to facilitate the operation.
  • the transparent material can be Glass or transparent plastic.
  • the door panel 294 is made of plexiglass and is not easily damaged, thereby prolonging the service life of the liquid crystal static collection device remaining on the liquid crystal bottle wall and reducing the maintenance cost.
  • the static support frame 4 includes opposite mounting brackets 42 and two ends respectively.
  • the plurality of bearing plates 44 and the two ends of the mounting plate 42 are respectively mounted on the mounting frame 42 and are located at the stop portion 46 below the bearing plate 44.
  • the bearing plate 44 has a plate-like structure and is disposed thereon.
  • the retaining ring 462 has an inner diameter smaller than an outer diameter of the bottle of the liquid crystal bottle 40 in which the liquid crystal remains in the bottle wall, and is larger than an outer diameter of the bottle opening of the liquid crystal bottle 40 in which the liquid crystal wall remains.
  • the stationary support frame 4 is obliquely mounted on the two side plates 26, and the minimum angle between the oblique direction and the vertical direction is 30° to 80°, so that the bottle wall placed on the stationary support frame 4
  • the liquid crystal bottle with residual liquid crystal 40 has a minimum angle of 30° to 80° in the downward direction of the bottle mouth, so that the residual liquid crystal in the liquid crystal bottle flows smoothly.
  • the bottle mouth of the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall passes through the stop ring 462 from top to bottom, and is stuck in the stop ring 462. At this time, the liquid crystal liquid crystal remains on the bottle wall.
  • the stationary support frame 4 includes three bearing plates 44, which are arranged side by side from top to bottom to allow two liquid crystal bottles of 500 ml and 1000 ml to be relocated. Residual liquid crystal inside. When the residual liquid crystal in the liquid crystal bottle having a collection volume of 500 ml is allowed to stand, the 500 ml liquid crystal bottle body abuts against the two bearing plates 44 located below; when the static collection volume is 1000 ml When the liquid crystal remains in the liquid crystal bottle, the 1000 ml liquid crystal bottle body abuts against the two 'plates. 44-Ji.
  • the mounting bracket 42 is made of SUS304 and is fixedly mounted to the side plate 26 by a common mounting method such as welding or screwing.
  • the bearing plate 44 is made of plastic, and is preferably integrally formed of PP material.
  • the bearing plate 44 can be mounted on the mounting frame 42 by means of snapping, screwing, etc., in this embodiment, It is mounted on the mounting bracket 42 by a snapping manner, and the specific engaging structure can be realized by the existing common means, and details are not described herein.
  • the stop portion 46 is integrally formed of a stainless steel material and is connected.
  • the collection base 6 includes a first frame 62 disposed on the bottom plate 24 and a second frame 64 detachably mounted on the side plate 26.
  • the first frame 62 is provided with a corresponding stop ring 462.
  • the first accommodating groove 622 has a diameter greater than or equal to the outer diameter of the liquid crystal collection bottle 60; and the second frame 64 has a plurality of second corresponding stop rings 462.
  • the accommodating groove 642 has a diameter greater than or equal to an outer diameter of the liquid crystal collection bottle 60.
  • the first accommodating groove 622 of the first frame body 62 is for accommodating a liquid crystal collecting bottle having a volume of 1000 liters.
  • the second accommodating groove 642 of the second frame 64 is used for accommodating the liquid crystal collection bottle 60 having a volume of 500 ml, so that, regardless of the selection of the liquid crystal collection bottle having a volume of 1000 ml,
  • the liquid crystal collection bottle 60 having a volume of 500 ml can be close to the bottle mouth of the liquid crystal bottle 40 in which the liquid crystal remains on the bottle wall, so as to ensure that the liquid crystal flowing out from the bottle mouth of the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall completely falls into the liquid crystal. Collect the inside of the bottle 60 and complete the liquid crystal collection.
  • the first frame body 62 and the second frame body 64 are made of plastic, and are preferably integrally formed of a PP material.
  • the two ends of the second frame body 64 are respectively provided with a slide rail 640, and the corresponding side rails 26 are corresponding to the slide rails.
  • the 640 is provided with a sliding slot 260.
  • the sliding rail 640 is inserted into the sliding slot 260, and the second frame 64 is mounted on the side plate 26.
  • the sliding slot 260 is separated by two stainless steel squares. It is formed on the side plate 26, which is simple and convenient, and facilitates the insertion or removal of the second frame 64.
  • the slide rail 640 of the second frame 64 is first inserted into the sliding groove 260 of the inverted plate 26, and the liquid crystal collection bottle 60 is placed correspondingly to the second frame.
  • the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall is placed on the stationary support frame 4.
  • the bottle mouth of the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall is located at the liquid crystal collection. Just above the bottle 60.
  • the second frame 64 is taken out, and a liquid crystal collection bottle having a volume of 1000 ml is placed in the first accommodating groove 622 of the first frame 62. Then, the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall is placed on the stationary support frame 4. At this time, the mouth of the liquid crystal bottle 40 in which the liquid crystal remains on the bottle wall is located just above the liquid crystal collection bottle having a volume of 1000 ml.
  • the liquid crystal in the liquid crystal bottle 40 in which the liquid crystal wall remains in the bottle wall is first poured into the liquid crystal collection bottle 60, and there is no obvious liquid crystal in the liquid crystal bottle 40 in which the liquid crystal wall remains.
  • the liquid crystal bottle 40 with the liquid crystal remaining on the bottle wall is placed on the stationary support frame 4, and the liquid crystal collection bottle 60 is correspondingly placed on the collection base frame 6, and the liquid crystal bottle is left on the bottle wall.
  • 40 is placed on the liquid crystal collection bottle 60 for a period of time greater than or equal to 15 minutes to ensure that all of the residual liquid crystal is collected as much as possible to reduce waste, and the sliding door 29 is closed during the static collection to prevent the external environment from contaminating the liquid crystal.
  • liquid crystal bottle wall residual liquid crystal static collecting device can be used for collecting residual liquid crystals in a plurality of liquid crystal bottles at the same time, has high collection efficiency, and can be used for static recovery of liquid crystals of liquid crystal bottles of different specifications, and has high applicability.
  • a gear position can be set on the bottom plate 24 by measurement to abut against the first frame body 62, so that the liquid crystal collection bottle having a volume of 1000 ml is placed in the first frame body.
  • the first frame 62 is placed on the bottom plate 24 and abuts against the gear position.
  • the volume is 1000 ml of liquid crystal.
  • the bottle mouth of the collection bottle is located just below the mouth of the liquid crystal bottle 40 in which the liquid crystal remains on the bottle wall, thereby reducing the time ⁇ .
  • the second frame 64 can also be calculated by measurement.
  • the box 2' includes a frame 20, a top plate 22 mounted on the frame 20, and a bottom plate 24 mounted on the frame 20 and disposed opposite the top plate 22'. Mounted on the frame 20 and located on the top plate 22, opposite the bottom plate 24' and opposite side plates 26', mounted on the frame 20 and located on the top plate 22, the rear plate 28' between the bottom plate 24' and the mounting plate On the frame 20 and corresponding to the rear plate 28, a sliding door 29 is provided.
  • the top plate 22, the bottom plate 24, the side plate 26' and the rear plate 28 are fixedly mounted on the frame 20 by welding, and further comprise a rectangular box 2'.
  • the frame 20 is made of stainless steel square, preferably
  • the frame 20 is made of SUS304.
  • the specification of the square of the frame 20 is: 25x25x 1.2 ⁇ , and in the same way, the liquid crystal bottle wall remains in the clear liquid crystal collection device.
  • the static support frame and the collection base frame under the static support frame are arranged in the box body, so that the bottle mouth of the liquid crystal bottle with the liquid crystal remaining on the bottle wall is obliquely placed directly above the mouth of the liquid crystal collection bottle, and the liquid crystal is under the action of gravity.
  • the liquid crystal bottle with liquid crystal left in the bottle wall falls into the liquid crystal collection bottle, which effectively reduces the waste of the liquid crystal and reduces the production cost, and the liquid crystal static collection device of the liquid crystal bottle wall has a simple structure, is easy to manufacture, and has low production cost. Conducive to cost control.

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Abstract

一种液晶瓶壁残留液晶静置收集装置，包括：箱体（2）、安装于箱体（2）内的静置支撑架（4）及安装于箱体（2）内并位于静置支撑架（4）下方的收集底座架（6），所述静置支撑架（4）用于放置瓶壁残留有液晶的液晶瓶（40），所述收集底座架（6）用于放置液晶收集瓶（60）；液晶收集时，所述瓶壁残留有液晶的液晶瓶（40）瓶口朝下倾斜放置于静置支撑架（4）上，所述液晶收集瓶（60）瓶口朝上放置于收集底座架（6）上，所述瓶壁残留有液晶的液晶瓶（40）的瓶口靠近所述液晶收集瓶（60）瓶口并置于该液晶收集瓶（60）瓶口的正上方。

Description

液晶瓶壁残留液晶静置收集装
Figure imgf000003_0001
装.置„ 背景;
液晶显示装置 ( Liquid Crystal Display, LCD )具有 省电、 无 了广泛的应用。
Figure imgf000003_0002
， 其包 设于壳体内的液晶
Figure imgf000003_0003
t¾m ( acklight module ) 液晶面板的工作原理是在两片平行的 玻璃基板当中放置液晶分子， 通 .电与否来控制液晶分子改变方向， 将 背光模组的光线折射出来产生画面 由于液晶面板本身不发光， 需要借由 背光模组提供的光源来正常显示影 -, 因此， 背光模组成为液晶显示装置 的关键组件之 背光模组依照光源入射位置的不同 式背光模组 与直下式背光模组两种。 直下式背光模组是将发光光源例如阴极萤光灯管 (Cold Cathode Fluorescent Lamp , CCFL)或发光二极管 (Light Emitting Diode , LED)设置在液晶面板后方， 直接形成面光源提供给液晶面板。 而 侧入式背光模组是将背光源 LED灯条（Light bar )设于液晶面板侧后方的 背板边缘， LED灯条发出的光线从导光板 ( Light Guide Plate, LGP )—侧 的入光面进入导光板， 经反射和扩散后从导光板出光面射出， 再经由光学 膜片组， 以形成面光源提供给液晶面板。
请参阅图 1， 通常液晶显示器由上基板 ( Color Filter, CF ) 100、 下基 板 ( Thin Film Transistor, TFT)300, 夹于上基板 100与下基板 300之间的 液晶 （ Liquid Crysta , LC ) 500 , 间隔物 （ Spacer ) 700 及密封胶 ( Sealant ) 900组成， 其成型工艺一般包括: 前段阵列 ( Array )制程 (薄 膜 黄光 饯刻及剥膜） 、 中段成盒（Ceil )制程 （TFT基板与 CF基板 贴合）及后段模组组装制程（驱动 IC 与印刷电路板压合） 。 其中， 前段 Array制程主要是形成 TFT基板， 以便于控制液晶分子的运动； 中段 Ceii 制程主要是在 TFT基板与 CF基板之间添加液晶； 后段.模组组装制程主要 是驱动 IC 压合与印刷电路板的整合， 进而驱动液晶分子转动， 显示图 现有的在 TFT基板与 CF基板之间添加液晶的制程， 称为液晶滴下制 程 ( One Drop Filling, ODF ) ， 其主要包括: 胶框涂布、 液晶注入、 真空 组立及高温固化等几个制程。 其中， 液晶注入制程主要通过分配法或真空 液晶一般容置于液晶瓶内， 当一瓶液晶用完时， 液晶瓶内壁上会粘连 有液晶。 通过对液晶瓶壁残留液晶进行收集实验得知， 500mi 液晶瓶静置 后， 每瓶会残留 3.128g 液晶; 1000ml液晶瓶静置后， 每瓶会残留 3.794g 液晶。 而液晶材料的单价又比较昂贵， 对于液晶材料的节约也是各大生产 公司主要抓的重点项目之一。 发明内
Figure imgf000004_0001
为实现上述目的， 本发明提供一种液晶晶瓶瓶壁壁残残留留液液晶晶静置收集装置， 包括： 箱体， 安装于箱体内的静置支撑架及安装于箱体内并位于静置支撑 架下方的收集底座架， 所述静置支撑架用于放置瓶壁残留有液晶的液晶 瓶， 所述收集底座架用于放置液晶收集瓶； 液晶收集时， 所述瓶壁残留有 液晶的液晶瓶瓶口朝下倾斜放置于静置支撑架上， 所述液晶收集瓶瓶口朝 上放置于收集底座架上， 所述瓶壁残留有液晶的液晶瓶的瓶口靠近所述液 晶收集瓶瓶口并置于该液晶收集瓶瓶口的正上方。
所述箱体包括顶板、 与顶板相对设置的底板、 位于顶板与底板之间且 相对设置的两側板、 位于顶板与底板之间的后板及对应后板设置的拉门。
该静置支撑架包括相对设置的安装架、 两端分别安装于安装架上的数 个承靠板及两端分别安装于安装架上并位于承靠板下方的止位部， 所述承 靠板呈板状结构， 其上设有数个半圓形凹槽， 该些凹槽的直径大于或等于 所述瓶壁残留有液晶的液晶瓶瓶身的外径， 所述止位部上对应凹槽设有数 个止位环， 该止位环的内径小于所述瓶壁残留有液晶的液晶瓶瓶身的外 径， 大于所述瓶壁残留有液晶的液晶瓶瓶口的外径。
所述静置支撑
夹角为 30。 〜80°
Figure imgf000004_0002
瓶瓶口朝下的方向与垂直方向的最小夹角为 30° 〜80° 。 第二架体， 所述第一架体
Figure imgf000004_0003
槽的直径大于或等于所述液晶收集瓶瓶身 所述第二架体上对应止 位环设有数个第二容置槽， 该第二容置槽的直径大于或等于所述液晶收： ^ 夕卜 5：。
所述第二架体的两端分别设有滑轨， 所述侧板上对应滑轨设有滑槽， 所述滑轨插入滑槽内， 进而将第二架体安装于侧板上， 所述滑槽由两不锈 钢方通间隔焊接于侧板上形成。
所述顶板、 底板、 侧板及后板由厚度为 .2毫米的不锈钢板材制成。 所述拉门包括 Π框、 安装于门框内的门板及安装于 Π板上的把手， 所 述门框及把手由不锈钢方通制成， 所述门板由透明材料制成。
所述安装架、 及止位部由不锈钢材料制成； 所述承靠板、 第一架体及 第二架体由塑料制成。
所述箱体呈长方体设置， 其长度为 654毫米， 宽度为 352毫米， 高度 为 700毫米。
本发明还提供一种液晶瓶壁残留液晶静置收集装置， 包括： 箱体、 安 装于箱体内的静置支撑架及安装于箱体内并位于静置支撑架下方的收集底 座架， 所述静置支撑架用于放置瓶壁残留有液晶的液晶瓶， 所述收集底座 架用于放置液晶收集瓶； 液晶收集时， 所述瓶壁残留有液晶的液晶瓶瓶 α 朝下倾斜放置于静置支撑架上， 所述液晶收集瓶瓶口朝上放置于收集底座 架上， 所述瓶壁残留有液晶的液晶瓶的瓶口靠近所述液晶收集瓶瓶口并置 于该液晶收集瓶瓶口的正上方；
其中， 所述箱体包括顶板、 与顶板相对设置的底板、 位于顶板与底板 之间且相对设置的两侧板、 位于顶板与底板之间的后板及对应后板设置的 拉门；
其中， 该静置支撑架包括相对设置的安装架 两端分别安装于安装架 上的数个承靠板及两端分别安装于安装架上并位于承靠板下方的止位部， 所述承靠板呈板状结构， 其上设有数个半圓形凹槽， 该些凹槽的直径大于 或等于所述瓶壁残留有液晶的液晶瓶瓶身的外径， 所述止位部上对应凹槽 设有数个止位环， 该止位环的内径小于所述瓶壁残留有液晶的液晶瓶瓶身 的外径， 大于所述瓶壁残留有液晶的液晶瓶瓶口的外径；
其中， 所述静置支撑架倾斜安装于两侧板上， 该倾斜方向与垂直方向 的最小夹角为 30。 〜80° , 以使放置于该静置支撑架上的瓶壁残留有液晶 的液晶瓶瓶口朝下的方向与垂直方向的最小夹角为 30° ~80° ；
其中， 所述收集底座架包括置于底板上的第一架体及可拆卸安装于侧 板上的第二架体， 所述第一架体上对应止位环设有数个第一容置槽， 该第 一容置槽的直径大于或等于所述液晶收集瓶瓶身的外径； 所述第二架体上 对应止位环设有数个第二容置槽， 该第二容置槽的直径大于或等于所述液 晶收集瓶瓶身的外径；
Figure imgf000006_0001
其中， 所述拉门包括门框、 安装于门框内的门板及安装于门板上的把
Figure imgf000006_0002
其中， 所述箱体呈长方体设置， 其长度为 654 毫米， 宽度为 352 毫 米， 高度为 700毫米。
本发明的有益效果： 本发明的液晶瓶壁残留液晶静置收集装置， 通过 在箱体内设置静置支撑架及位于静置支撑架下方的收集底座架， 使得瓶壁 残留有液晶的液晶瓶的瓶口倾斜置于液晶收集瓶瓶口的正上方， 并在重力 作用下液晶由瓶壁残留有液晶的液晶瓶落入液晶收集瓶内， 有效减少液晶 的浪费， 降低生产成本， 且， 本液晶瓶壁残留液晶静置收集装置结构简 单， 易制作， 制作成本也较低， 利于成本控制。
为了能更进一步了解本发明的特征以及技术内容， 请参阔以下有关本 发明的详细说明与附图， 然而附图仅提供参考与说明用， 并非用来对本发 明加以限制。 附图说明
下面结合附图， 通过对本发明的具体实施方式详细描述， 将使本发明 的技术方案及其它有益效果显而易见。
附图中，
图 1为现有的液晶显示面板的结构示意图；
图 2为本发明液晶瓶壁残留液晶静置收集装置的立体结构示意图； 图 3 为本发明液晶瓶壁残留液晶静置收集装置的静置支撑架与瓶壁残 留有液晶的液晶瓶的配合示意图；
图 4为本发明液晶瓶壁残留液晶静置收集装置的正视结构示意图； 图 5为本发明液晶瓶壁残留液晶静置收集装置的侧视结构示意图； 图 6为本发明液晶瓶壁残留液晶静置收集装置的箱体的另一实施例的 结构示意图。 具体实施方式
Figure imgf000007_0001
置, 其包括： 箱体 2 安装于箱体 2内的静置支撑架 4及安装于箱体 2内 并位于静置支撑架 4下方的收集底座架 6, 所述.静置支撑架 4用于放置瓶 壁残留有液晶的液晶瓶 40 , 所述收集底座架 6用于放置液晶收集瓶 60， 当液晶收集时， 所述瓶壁残留有液晶的液晶瓶 40瓶口朝下倾斜放置于静 置支撑架 4上， 所述液晶收集瓶 60瓶口朝上放置于收集底座架 6上， 所 述瓶壁残留有液晶的液晶瓶 40的瓶口靠近所述液晶收集瓶 60瓶口并置于 该液晶收集瓶 60瓶口的正上方。 由于瓶壁残留有液晶的液晶瓶 40瓶口朝 下倾斜放置， 残留于瓶壁上的液晶在重力的作用下朝向瓶壁残留有液晶的 液晶瓶 40 的瓶口移动， 并最终由液晶收集瓶 60瓶口落入液晶收集瓶 60 内， 完成液晶收集。
具体地， 请参阅图 2， 在本实施例中所述箱体 2 呈长方体设置， 其长 度为 654毫米， 宽度为 352毫米， 高度为 700毫米， 所述箱体 2包括顶板 22 , 与顶板 22相对设置的底板 24 , 位于顶板 22与底板 24之间且相对设 置的两侧板 26、 位于顶板 22与底板 24之间的后板 28及对应后板 28设置 的拉门 29。 所述顶板 22、 底板 24、 侧板 26及后板 28由厚度为 1.2毫米 的不锈钢板材制成， 所述顶板 22、 底板 24、 倒板 26及后板 28可通过焊 接、 螺钉锁合等常用的安装方式固定连接在一起， 进而组成长方形的箱体 2 , 制作简单， 耐用性强， 且成本较低。
所述拉门 29包括门框 292、 安装于门框 292内的门板 294及安装于门 板 294上的把手 296， 在本实施例中， 所述拉门 29相对设置为两扇， 其可 通过. ί巴手 296打开和关闭， 以将箱体 2打开和关闭。
所述门框 292 及把手 296 由不锈钢方通制成， 该方通的规格为： 10 1 O 1 mm, 优选的， 所述门框. 292及把手 296分别由 SUS304制成， 所 述门板 294由透明材料制成， 使得收集液晶时可将门板 294关闭， 既防止 外部环境污染， 又可通过该门板 294看到液晶瓶壁残留液晶静置收集装置 内部的情况， 方便操作， 所述透明材料可为玻璃或透明塑料， 优选的， 所 述门板 294 由有机玻璃制成， 不易破损， 进而延长液晶瓶壁残留液晶静置 收集装置的使用寿命， 降低维修成本。
请参阅图 3 , 所述静置支撑架 4包括相对设置的安装架 42、 两端分别 安装于安装架 42上的数个承靠板 44及两端分别安装于安装架 42上并位 于承靠板 44下方的止位部 46, 所述承靠板 44呈板状结构， 其上设有数个 半圆形凹槽 442， 该些凹槽 442 的直径大于或等于所述瓶壁残留有液晶的 液晶瓶 40瓶身的外径， 所述止位部 46 上对应凹槽 442设有数个止位环 462, 该止位环 462的内径小于所述瓶壁残留有液晶的液晶瓶 40瓶身的外 径， 大于所述瓶壁残留有液晶的液晶瓶 40瓶口的外径。
优选的， 所述静置支撑架 4倾斜安装于两侧板 26 上， 该倾斜方向与 垂直方向的最小夹角为 30° 〜80° ， 以使放置于该静置支撑架 4上的瓶壁 残留有液晶的液晶瓶 40瓶口朝下的方向与垂直方向的最小夹角为 30° 〜80 ° ， 以便液晶瓶内的残留液晶顺利流出。 所述瓶壁残留有液晶的液晶瓶 40 的瓶口由上至下穿过所述止位环 462， 并卡位于所述止位环 462 内， 这 时， 所述瓶壁残留有液晶的液晶瓶 40 的瓶身置于所述承靠板 44 的凹槽 442 内， 以定位所述.瓶壁残留有液晶的液晶瓶 40。 本实施例中， 所述静置 支撑架 4 包括三个承靠板 44, 该三个承靠板 44从上至下并排设置， 以便 静置回收容积为 500 毫升和 1000 毫升两种规格液晶瓶内的残留液晶。 当 静置收集容积为 500毫升的液晶瓶内的残留液晶时， 该容积为 500毫升的 液晶瓶瓶身抵靠在位于下方的两个承靠板 44上； 当静置收集容积为 1000 毫升的液晶瓶内的残留液晶时， 该容积为 1000 毫升的液晶瓶瓶身抵靠在 该二个' 板. 44 -Ji。
具体地， 在本实施例中， 所述安装架 42由 SUS304制成， 通过焊接、 螺钉锁合等常用的安装方式固定安装于所述侧板 26上。 所述承靠板 44由 塑料制成， 优选用 PP料一体成型制成， 该承靠板 44可通过卡合、 螺釘锁 合等方式安装于所述安装架 42 上， 在本实施例中， 其通过卡合方式安装 于安装架 42 上， 其具体卡合结构， 可通过现有常用手段实现， 在此不作 赘述。 在本实施例中， 所述止位部 46 由不锈钢材料一体成型制成， 并通
' 所述收集底座架 6包括置于底板 24上的第一架体 62及可拆卸安装于 侧板 26上的第二架体 64, 所述第一架体 62上对应止位环 462设有数个第 一容置槽 622, 该第一容置槽 622的直径大于或等于所述液晶收集瓶 60瓶 身的外径； 所述第二架体 64上对应止位环 462设有数个第二容置槽 642 , 该第二容置槽 642 的直径大于或等于所述液晶收集瓶 60瓶身的外径。 所 述第一架体 62的第一容置槽 622用于容置容积为 1000亳升的液晶收集瓶
(未图示） ， 所述第二架体 64的第二容置槽 642用于容置容积为 500毫 升的液晶收集瓶 60， 以使得， 不论选用容积为 1000 毫升的液晶收集瓶、 还是容积为 500毫升的液晶收集瓶 60， 均可靠近瓶壁残留有液晶的液晶瓶 40 的瓶口， 以保证由瓶壁残留有液晶的液晶瓶 40 的瓶口流出的液晶能完 全落入液晶收集瓶 60内， 完成液晶收集。
第一架体 62 及第二架体 64 由塑料制成， 优选由 PP料一体成型制 成， 所述第二架体 64的两端分别设有滑轨 640, 所述側板 26上对应滑轨 640设有滑槽 260, 所述.滑轨 640插入滑槽 260内， 进而将第二架体 64安 装于侧板 26上， 本实施例中， 所述滑槽 260 由两不锈钢方通间隔悍接于 侧板 26 上形成， 简单方便， 便于第二架体 64 插入或拔出。 当用容积为 500 毫升的液晶收集瓶 60 对液晶进行收集时， 先将第二架体 64 的滑轨 640插入倒板 26的滑槽 260内， 再将液晶收集瓶 60对应置于第二架体 64 的第二容置槽 642 内， 然后将瓶壁残留有液晶的液晶瓶 40 置于静置支撑 架 4上， 此时， 瓶壁残留有液晶的液晶瓶 40 的瓶口恰好位于该液晶收集 瓶 60的正上方。 当用容积为 1000毫升的液晶收集瓶对液晶进行收集时， 将第二架体 64取出， 并将容积为 1000毫升的液晶收集瓶置于第一架体 62 的第一容置槽 622 内， 然后将瓶壁残留有液晶的液晶瓶 40 置于静置支撑 架 4 上， 此时， 瓶壁残留有液晶的液晶瓶 40 的瓶口恰好位于该容积为 1000毫升的液晶收集瓶的正上方。
值得一提的是， 在液晶收集时， 先将所述瓶壁残留有液晶的液晶瓶 40 内液晶倾倒于液晶收集瓶 60内， 至所述瓶壁残留有液晶的液晶瓶 40内无 明显液晶流出为止， 再将所述瓶壁残留有液晶的液晶瓶 40 置于静置支撑 架 4上， 将液晶收集瓶 60对应置于收集底座架 6上， 并使得所述瓶壁残 留有液晶的液晶瓶 40置于液晶收集瓶 60上的时间大于或等于 15分钟， 以保证残留的液晶尽可能的全部收集， 以减少浪费， 且在静置收集过程中 关闭拉门 29 以防止外部环境污染液晶。 此外， 该液晶瓶壁残留液晶静置 收集装置可用于同时收集多个液晶瓶内的残留液晶， 收集效率高， 且可用 于不同规格液晶瓶的液晶的静置回收， 适用性强。
另， 在实际操作时， 可以通过测量计算在底板 24 上设置一档位， 以 抵靠所述第一架体 62, 以使得在将容积为 1000 毫升的液晶收集瓶容置于 第一架体 62上后， 第一架体 62置于底板 24上， 并抵靠于档位， 当将瓶 壁残留有液晶的液晶瓶 40置于静置支撑架 4上时， 所述容积为 1000毫升 的液晶收集瓶的瓶口正好位于瓶壁残留有液晶的液晶瓶 40 的瓶口的正下 方， 进而减少 时闾。 同理， 所述第二架体 64 也可以通过测量计算来
Figure imgf000009_0001
:.请参阅 ii 6， 为本发明液晶瓶壁 留" i晶静置收集装置的箱体的另一 实施例的结构示意图， 在本实施例中， 所述箱体 2'包括一框架 20、 安装于 框架 20 上的顶板 22，、 安装于框架 20 上并与顶板 22'相对设置的底板 24，、 安装于框架 20上并位于顶板 22，与底板 24'之间且相对设置的两侧板 26'、 安装于框架 20上并位于顶板 22，与底板 24'之间的后板 28'及安装于 框架 20上并对应后板 28，设置的拉门 29，。 所述顶板 22，、 底板 24，、 侧板 26'及后板 28，通过焊接方式固定安装于框架 20 上， 进而组成长方形的箱 体 2'， 所述框架 20由不锈钢方通制成， 优选的， 该框架 20由 SUS304制 成， 在本实施例中， 制成框架 20 的方通的规格为: 25x25x 1.2匪， 同样 综上所述， 明的液晶瓶壁残留液晶静置收集装置， 通过在箱体内 设置静置支撑架及位于静置支撑架下方的收集底座架， 使得瓶壁残留有液 晶的液晶瓶的瓶口倾斜置于液晶收集瓶瓶口的正上方， 并在重力作用下液 晶由瓶壁残留有液晶的液晶瓶落入液晶收集瓶内， 有效减少液晶的浪费， 降低生产成本， 且， 本液晶瓶壁残留液晶静置收集装置结构简单， 易制 作， 制作成本也较低， 利于成本控制。
以上所述， 对于本领域的普通技术人员来说， 可以根据本发明的技术 方案和技术构思作出其他各种相应的改变和变形， 而所有这些改变和变形 都应属于本发明权利要求的保护范围„

Claims

权 利 要 求
】、 一种液晶瓶壁残留液晶静置收集装置， 包括： 箱体（2) 、 安装于 箱体（2) 内的静置支撑架 （4)及安装于箱体（2) 内并位于静置支撑架 (4) 下方的收集底座架 （6) ， 所述静置支撑架 （4) 用于放置瓶壁残留 有液晶的液晶瓶 （40 ) ， 所述收集底座架 （6 ) 用于放置液晶收集瓶 (60) ； 液晶收集时， 所述瓶壁残留有液晶的液晶瓶（40)瓶口朝下倾斜 放置于静置支撑架 （4) 上， 所述液晶收集瓶（60) 瓶口朝上放置于收集 底座架 （6) 上， 所述瓶壁残留有液晶的液晶瓶（40) 的瓶口靠近所述液 晶收集瓶（60)瓶口并置于该液晶收集瓶 (60)瓶口的正上方。
2、 如权利要求 1 所述的液晶瓶壁残留液晶静置收集装置， 其中， 所 述箱体（2) 包括顶板.（22) 、 与顶板（22)相对设置的底板（24) 、 位 于頂板 （22) 与底板 （24)之间且相对设置的两侧板（26) 、 位于顶板
(22 ) 与底板 （ 24) 之间的后板 （ 28 ) 及对应后板 （28 ) 设置的拉门 (29) 。
3、 如权利要求 2 所述的液晶瓶壁残留液晶静置收集装置， 其中， 该 静置支撑架 （4) 包括相对设置的安装架 （42) 、 两端分别安装于安装架
(42)上的数个承靠板（44)及两端分别安装于安装架 （42)上并位于承 靠板（44) 下方的止位部 （46) ， 所述承靠板（44) 呈板状结构， 其上设 有数个半圓形凹槽 （442) , 该些凹槽 （442) 的直径大于或等于所述瓶壁 残留有液晶的液晶瓶 (40)瓶身的外径， 所述止位部 (46) 上对应凹槽
(442 )设有数个止位环 （462 ) , 该止位环 （462 ) 的内径小于所述瓶壁 残留有液晶的液晶瓶（40)瓶身的外径， 大于所述瓶壁残留有液晶的液晶 瓶（40)瓶口的外径。
4、 如权利要求 3 所述的液晶瓶壁残留液晶静置收集装置， 其中， 所 述静置支撑架 （4) 倾斜安装于两侧板（26) 上， 该倾斜方向与垂直方向 的最小夹角为 30。 〜80° , 以使放置于该静置支撑架（4)上的瓶壁残留有 液晶的液晶瓶（40)瓶口朝下的方向与垂直方向的最小夹角为 30° 〜80 5、 如权利要求 3 所述的液晶瓶壁残留液晶静置收集装置， 其中， 所 述收集底座架 （6) 包括置于底板（24) 上的第一架体 （62)及可拆卸安 装于侧板（26) 上的第二架体（64) ， 所述第一架体 （62)上对应止位环 (462 )设有数个第一容置槽 （622 ) , 该第一容置槽 （622 ) 的直径大于 或等于所述液晶收集瓶（60)瓶身的外径； 所述第二架体（64)上对应止 位环 （462 )设有数个第二容置槽 （642 ) , 该第二容置槽 （642 ) 的直径 大于或等于所述液晶收集瓶（60)瓶身的外径。
6、 如权利要求 5 所述的液晶瓶壁残留液晶静置收集装置， 其中， 所 述第二架体（64) 的两端分别设有滑轨 (640) ， 所述侧板 (26) 上对应 滑轨（640)设有滑槽 （260) , 所述滑轨（640)插入滑槽 （260) 内， 进 而将第二架体（64)安装于侧板（26) 上， 所述滑槽 （260) 由两不锈钢 方通间隔评接于侧板（26)上形成。
7、 如权利要求 2 所述的液晶瓶壁残留液晶静置收集装置， 其中， 所 述顶板 (22) 、 底板 (24) 、 侧板 (26)及后板 (28) 由厚度为 1.2 毫米 的不锈钢板材制成。
8、 如权利要求 2 所述的液晶瓶壁残留液晶静置收集装置， 其中， 所 述拉门 (29) 包括门框 (292 ) 、 安装于门框 (292 ) 内的门板 (294)及 安装于门板 (294) 上的把手 (296) ， 所述门框 (292 )及把手 (296) 由 不锈钢方通制成， 所述门板（294) 由透明材料制成。
9、 如权利要求 4 所述的液晶瓶壁残留液晶静置收集装置， 其中， 所 述安装架 （42 ) 、 及止位部 （46 ) 由不锈钢材料制成； 所述承靠板
(44) 、 第一架体 (62 )及第二架体 (64) 由塑料制成。
10、 如权利要求 1 所述的液晶瓶壁残留液晶静置收集装置， 其中， 所 述箱体（2) 呈长方体设置， 其长度为 654 毫米， 宽度为 352 毫米， 高度 为 700毫米。
11、 一种液晶瓶壁残留液晶静置收集装置， 包括： 箱体 （2) 、 安装 于箱体（2) 内的静置支撑架 （4)及安装于箱体（2) 内并位于静置支撑 架 （4) 下方的收集底座架 （6) , 所述静置支撑架 （4) 用于放置瓶壁残 留有液晶的液晶瓶 （40) ， 所述收集底座架 （6) 用于放置液晶收集瓶 (60) ； 液晶收集时， 所述瓶壁残留有液晶的液晶瓶（40)瓶 α朝下倾斜 放置于静置支撑架 （4) 上， 所述液晶收集瓶（60)瓶口朝上放置于收集 底座架 （6) 上， 所述瓶壁残留有液晶的液晶瓶（40) 的瓶口靠近所述液 晶收集瓶 (60)瓶口并置于该液晶收集瓶（60)瓶口的正上方；
其中， 所述箱体 （2) 包括顶板（22) 、 与顶板（22)相对设置的底 板 （ 24 ) 、 位于顶板 ( 22 ) 与底板 ( 24 ) 之间且相对设置的两侧板 (26 ) 、 位于顶 ϋ (22 ) 与底板 （ 24 ) 之间的后 i ( 28 ) 及对应后板 (28)设置的拉门 (29) ；
其中， 该静置支撑架 （4) 包括相对设置的安装架 （42) 、 两端分别 安装于安装架 （42 ) 上的数个承靠板 （44 ) 及两端分别安装于安装架 (42)上并位于承靠板 (44) 下方的止位部 (46) ， 所述承靠板 (44)呈 板状结构， 其上设有数个半圆形凹槽 （442) , 该些凹槽 （442) 的直径大 于或等于所述瓶壁残留有液晶的液晶瓶（40)瓶身的外径， 所述止位部 (46) 上对应凹槽 （ 442 )设有数个止位环 462 ) , 该止位环 （ 462 的 内径小于所述瓶壁残留有液晶的液晶瓶（40)瓶身的外径， 大于所述瓶壁 残留有液晶的液晶瓶（40)瓶口的外径；
其中， 所述静置支撑架 （4) 倾斜安装于两侧板（26) 上， 该倾斜方 向与垂直方向的最小夹角为 30° 〜80° , 以使放置于该静置支撑架（4) 上 的瓶壁残留有液晶的液晶瓶（40)瓶口朝下的方向与垂直方向的最小夹角 为 30。 〜80。 ；
其中， 所述收集底座架 （ 6 ) 包括置于底板 （ 24 ) 上的第
(62)及可拆卸安装于側板 (26) 上的第二架体 (64) ， 所述第
(62)上对应止位环 （462)设有数个第一容置槽 （622) , 该第一
( 622 ) 的直径大于或等于所述液晶收集瓶（60) 瓶身的外径； 所 架体（64)上对应止位环 （462)设有数个第二容置槽 （642) ， 该 置槽（642) 的直径大于或等于所述液晶收集瓶（60)瓶身的外径；
其中， 所述第二架体 （64) 的两端分别设有滑轨（640 ) ， 所述側板 (26) 上对应滑轨（640 )设有滑槽 （260) , 所述滑轨（640) 插入滑槽 ( 260 ) 内， 进而将第二架体 ( 64 ) 安装于侧板 （26 ) 上， 所述滑槽 (260) 由两不锈钢方通间隔焊接于侧板 (26)上形成； 一一述容第
其中， 所述顶板（22) 、 底板（24) 、 侧板（26)及后板（28) ^二第架置由厚 体体工槽容 度为 1.2毫米的不锈钢板材制成；
其中， 所述拉门 (29) 包括门框 (292 ) , 安装于门框 (292 ) 内的门 板（ 294 )及安装于门板 ( 294 ) 上的把手 （ 296 所述门框 ( 292 )及把 手 （296) 由不锈钢方通制成， 所述门板（294) 由透明材料制成；
其中， 所述安装架 （42) 、 及止位部 （46) 由不锈钢材料制成； 所述 承靠板（44) 、 第一架体（62)及第二架体（64) 由塑料制成；
其中， 所述箱体（2)呈长方体设置， 其长度为 654毫米， 宽度为 352 毫米， 高度为 700毫米。
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