TW527232B - Device and method for recycling and processing disposed LCD - Google Patents
Device and method for recycling and processing disposed LCD Download PDFInfo
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- TW527232B TW527232B TW90100570A TW90100570A TW527232B TW 527232 B TW527232 B TW 527232B TW 90100570 A TW90100570 A TW 90100570A TW 90100570 A TW90100570 A TW 90100570A TW 527232 B TW527232 B TW 527232B
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527232 五、發明說明(l) 《發明背景》 由於科技的日新月異及網際網路的盛行,為求產品輕 薄短小且攜帶方便,那麼廠商便使用了大量的液晶製造: 顯示器做為縮小體積、減少厚度之方式,放眼觀之筆纪型 電腦係擁有液晶顯示器,另如洗衣機、隨身聽、手錶σ立 響、手機、啤叫器等等,皆係利用液晶製造:顯示器i二 伴隨而來的即是人們亦將面對大量廢棄之液晶顯示哭. =第一圖所示’液晶顯示器係由兩片錮鈦:化物 ¥電玻㈤基板2 2間夾設有-液晶材料2 3,並利用 ΐ Π 4塗設於該兩片錮鈦氧化物導電玻璃基板2 2之 夾縫四周,俾將該液晶材料2 3封於兮不μ力 乙< 電玻璃基板”間;又利用兩片3偏姻鈦氧化物導 兩片錮鈦氧化物導電玻璃基板2 2外2丄刀別貼設於該 該液晶顯示器。 2之外側表面±,俾形成 惟,廢液晶顯示器中之液晶材 癌性之苯分子(如附件一所示),#刀=化合物常含有致 數眾多的廢液晶顯示器,和日漸拎了 =文善處理,這些為 些液晶螢幕相關產品的報廢量:對二機、呼叫器及-害。 "尉每境帶來嚴重的危 為女善解決國内為數眾多的 相關產品對環境污染所產生的問顳聿屺型電腦及液晶螢幕 液晶顯示器中之液晶去除並回收可,本發明研究乃著重於 電玻璃基板,以達到廢棄物=再利用之銦鈦氧化物導 里及貧源保育之雙重目的。527232 V. Description of Invention (l) "Invention Background" Due to the rapid development of technology and the prevalence of the Internet, in order to make products thin, short, and convenient to carry, manufacturers use a large number of liquid crystals to manufacture them: the display is used to reduce the size and thickness In the way, the pen-type computer with a clear view has a liquid crystal display, such as a washing machine, a walkman, a watch sigma ring, a mobile phone, a beer maker, etc., all are manufactured using liquid crystal: the monitor i is accompanied by People will also cry in the face of a large number of discarded liquid crystal displays. = The first picture shows that the liquid crystal display is composed of two pieces of rhenium titanium: compound ¥ electric glass ㈤ substrate 2 2-liquid crystal material 2 3, and ΐ Π 4 is coated around the gap between the two pieces of 锢 titanium oxide conductive glass substrate 22, and the liquid crystal material 23 is sealed between Xi Bili < electric glass substrate; and two pieces of 3 partial titanium The oxide-conducting two pieces of titanium oxide conductive glass substrate 2 2 and the outer 2 are attached to the liquid crystal display. 2 The outer surface is ±, and the formation of cancerous benzene molecules of the liquid crystal material in the waste liquid crystal display ( As attached (Shown), # 刀 = compounds often contain a large number of waste liquid crystal displays, and they are gradually being treated by Wen Shan. These are the scrapped quantities of some LCD screen-related products: damage to two machines, pagers, and-harmful. &Quot; Wei Every environment brings serious dangers. It is good for women to solve the problem of environmental pollution caused by a large number of related products in the country. The liquid crystal in liquid crystal displays and LCD monitors can be removed and recycled. The research of the present invention focuses on electricity. Glass substrates, to achieve the dual purpose of waste = reused indium titanium oxide guide and conservation of poor sources.
第5頁 527232 五、發明說明(2) 乃為Page 5 527232 V. Description of Invention (2) is
因此,如何便利、搢位iL 士芥明所μ絚玉+ 衣保地回收該廢液晶顯示器, 本發明所欲解決之目的。 《發明 本 回收處 帶,該 液晶玻 晶玻璃 該廢液 晶破璃 示; 再 酒精超 液態氮 超音波 基板上 如附件 璃基板 者。 目的》 發明之主要目总一 & 理裝置與方、去,ί在k供—種廢液晶顯示器之資源 輸送帶先前端俜今署, 工作十。上叹铷 链A 4 糸〇又置一人工拆解單位,以拆解出廢 其二151〜二利用一精密的玻璃切割系統,將該廢液 i ΐ Θ it 準確的沿著該封膠的邊緣處切割,俾使 晶玻璃機板周_ a I ^八„ β 圍之封膠處被去除,進達到將該廢液 I W月玻璃基板之目的者(如附件二)所 經由該輸送帶上的&名斗、 立、、皮雳# $、主# 4 ^式吸盤將玻璃基板依序送入 :ί: Γ貝!、酒精超音波清洗槽、加熱裝置及 ΐ二、:咕::J:理進行酒精超音波震盪浸潰、酒精 晨〉月洗、加溫、/¾ P卩+ 及^間的急速降溫,俾使該玻璃 ::绞 ΐ和偏光膜能夠完全的去除及分離( 一不,並侍到乾淨且完整的銦鈦氧化物導電破 ,俾達完全之資源回收、防止環境污染之功效ΚTherefore, how to recycle the waste liquid crystal display conveniently and conveniently with the iL Shi Jie Ming Sou + Jie Bao, is the object to be solved by the present invention. "Invention of this recycling zone, the liquid crystal glass crystal glass, the waste liquid crystal broken glass is shown; then the alcoholic ultra-liquid nitrogen ultrasonic substrate such as the accessory glass substrate. Purpose "The main purpose of the invention is to & manage devices and methods, and provide resources for waste LCD monitors. The front end of the conveyor belt is currently in the Department, and works ten. The upper chain A 4 糸 〇 is equipped with a manual dismantling unit to dismantle the waste 2151 ~ 2. Using a precision glass cutting system, the waste liquid i ΐ Θ it is accurately along the sealant. Cut at the edge, so that the crystal glass machine board is around_ a I ^ 八 „β The sealant around the β is removed, and it is passed on the conveyor belt through which the purpose of the waste liquid IW glass substrate (such as Annex II) is passed &Amp; Mingdou, Li ,, Pi Li # $ 、 主 # 4 ^ -type suction cups sequentially feed the glass substrate into: ί: Γ 贝!, Alcohol ultrasonic cleaning tank, heating device and ΐ 二 :: J: Liquor ultrasonic immersion, alcohol morning> monthly washing, warming, rapid temperature drop between / ¾ P 卩 + and ^, so that the glass :: twisted ray and polarizing film can be completely removed and separated ( No, and wait for a clean and complete indium titanium oxide conductive break, and achieve complete resource recovery and prevent environmental pollution
技術内容、特點及功效Technical content, characteristics and effects
527232 五、發明說明(3) 並 配 合 ^ — 較 佳 實 施 例 1 詳 細 介 紹 說 圖 號 說 明 1 • 玻 璃 切 割 系 統 2 • 廢 液 晶 玻 璃 基 板 2 1 偏 光 膜 2 2 錮 鈦 氧 化 物 導 電 玻 璃 基 板 2 3 液 晶 材 料 2 4 封 合 材 料 2 5 封 膠 處 3 • 玻 璃 基 板 分 離 裝 置 3 1 • 抽 氣 式 吸 盤 4 • 一 百 八 十 度 翻 轉 5 • m 送 帶 系 統 6 • 酒 精 超 音 波 震 盪 浸 潰 槽 6 1 • 酒 精 或 相 同 性 質 的 液 晶 分 7 • 酒 精 超 音 波 震 盪 清 洗 槽 8 • 玻 璃 基 板 翻 轉 裝 置 送 帶 9 • 旋 轉 式 橡 膠 爽 9 1 支 撐 玻 璃 基 板 的 架 子 1 0 加 熱 裝 置 1 1 控 制 及 溫 度 升 降 開 關 1 2 隔 溫 式 液 態 氮 浸 潰 槽 液態氮527232 V. Description of the invention (3) and cooperation ^ — Preferred Embodiment 1 Detailed description of the drawing number description 1 • Glass cutting system 2 • Waste liquid crystal glass substrate 2 1 Polarizing film 2 2 Titanium oxide conductive glass substrate 2 3 Liquid crystal Material 2 4 Sealing material 2 5 Sealing place 3 • Glass substrate separation device 3 1 • Suction suction cup 4 • 180 degree flip 5 • m Belt feeding system 6 • Alcohol ultrasonic vibration impregnation tank 6 1 • Alcohol or similar liquid crystal points 7 • Alcohol ultrasonic vibration cleaning tank 8 • Glass substrate turning device feeding belt 9 • Rotary rubber cooler 9 1 Shelf supporting glass substrate 1 0 Heating device 1 1 Control and temperature rise switch 1 2 Liquid nitrogen immersion tank
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12 2· •有孔式的撈網 13··可二百六十度左右旋轉的可伸縮式橡膠夾裝置 131··支撐玻璃基板的架子 1 4 ··可三百六十度左右旋轉和自由上下移動的存放 乾淨玻璃基板架子 圖號說明 第一圖係液晶顯示器之構造示意圖。 第二圖係本發明之方塊流程圖。12 2 • • Perforated fishing net 13 ·· Retractable rubber clip device that can rotate around 260 degrees 131 ·· Frame supporting glass substrate 1 4 ·· Can rotate around 360 degrees and free The frame number of the clean glass substrate rack that is moved up and down illustrates that the first diagram is a schematic diagram of the structure of a liquid crystal display. The second figure is a block flow chart of the present invention.
第三圖係本發明之動作流程圖(一)。 第四圖係本發明之動作流程圖(二)。 分子之照片。 之照片。 氮將偏光膜分 附件一:錮鈦氧化物導電玻璃基板殘留液晶 附件二·錮鈦氧化物導電玻璃基板與偏光膜 附件三··錮鈦氧化物導電玻璃基板利用液態 離之照片。 破瑪基板分離裝 吕月爹閱弟二圖、第四圖,並配合第 主要係包括:一精密的玻璃切割系統1 置3、抽氣式吸盤系統3丄、玻璃基板輸送帶5、酒精超 音波震盪浸潰槽6、酒精超音波震盪清洗槽7、玻璃基板 翻轉裝置輸送^8、旋轉式橡膠夾9、加熱襄置1 〇隔 溫式液態氮浸潰槽i 2、可三百六十度左右旋轉的伸 式橡膠夾裝置1 3、可三百六十度左右旋轉和自由上移 動的存放乾淨破螭基板架子丄4所構成;The third diagram is the operation flowchart (1) of the present invention. The fourth diagram is an operation flowchart (2) of the present invention. Molecular photos. Photos. Nitrogen divides the polarizing film. Appendix 1: Residual liquid crystals on 锢 titanium oxide conductive glass substrate. 二 二 Titanium oxide conductive glass substrate and polarizing film. 三 · 锢 Titanium oxide conductive glass substrate. Po Ma's substrate is separated and installed by Lu Yuediao's second and fourth pictures, and the main system includes: a precision glass cutting system 1 set 3, suction suction cup system 3 丄, glass substrate conveyor belt 5, alcohol super Sonic vibration impregnation tank 6, alcohol ultrasonic vibration cleaning tank 7, glass substrate turning device transport ^ 8, rotary rubber clip 9, heating and heating 1 〇 temperature-isolated liquid nitrogen impregnation tank i 2, 360 The left and right rotation type rubber clip device 1 3, which can be rotated around 360 degrees and freely moved up and down, is composed of a clean and broken substrate shelf 4;
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其t ’該精密的玻璃切割系統1 ,將該廢液晶玻璃基 板2固定並準確的沿著該封膠處2 1的邊緣切割,俾使該 廢液晶玻璃基板2周圍之封膠處2丄被去除; 、、,,’將該已切除周圍封膠處2 5之廢液晶玻璃基板2 ^ =該玻璃基板分離裝置3中,其中該玻璃基板分離裝置 附f的上下各一的抽氣式吸盤3 1 ,並利用該上下各 *白! ί Γ式吸盤31將該已切除周圍封膠處2 5之廢液晶 ΐϋ 2、向i、向下反相拉開,俾使該廢液晶玻璃基板 p 9貝廿刀開為上、下各一片之錮鈦氧化物導電玻璃基板 =晶=:=::電;璃f板22之内側還殘留一 …广之外側電 -百基板分離裝置3下方的抽氣式吸盤3 1可經 百八十度翻轉4後與上方 =1 =、,二 俾將其準確的送往附有抽 ^二3 1方向一致’ 的輪送帶系統5上。 、 ^ ''以固疋方向前進 該輸送帶系統5 ,利用苴所附夕4丄# 、 【分離且外側黏有偏光膜2 ;、及内侧殘:士:: 1將該 3的錮鈦虱化物導電玻螭基板2 2, 二液阳材料2 $盪浸潰槽6内浸潰清洗液晶約三分‘迗=酒精超音波 攻震盡浸潰槽6 ’丨内裝置了一 j中該酒精超音 精或相同性質的液晶分子溶解液體(如^盪盗並盛置了酒 ,以利清洗尚有液晶材料2 3殘留且外:f、丙鲷)6 1 卜甸黏有偏光膜2工 麵 第9頁 527232 五、發明說明(6) 的姻欽氧化物導電玻璃基板2 2,俾將該殘留於該錮鈦氧 化物導電玻璃基板2 2之液晶材料2 3快速去潰清除; 再將該去潰後之錮鈦氧化物導電玻璃基板2 2送入酒 精超音波震盪清洗槽7清洗約三分鐘,其中該酒精超音波 震盪清洗槽7 ,其内同樣裝置了一超音波震盪器並盛置了 酒精或相同性質的液晶分子溶解液體6 1 ,俾使該錮鈦氧 化物導電玻璃基板2 2可充分的二次清洗,進使該液晶材 料2 3可完全被去除洗淨; 而後’再將該已經過酒精超音波震盪清洗槽7三分鐘 清洗後的錮鈦氧化物導電玻璃基板2 2送入以固定方向前 進的玻璃基板翻轉裝置輸送帶8上;其中該玻璃基板翻轉 裝置輸送帶8,其上可放置並輸送已無任何液晶材料2 3 殘留且外侧黏有偏光膜2 1的錮鈦氧化物導電玻璃基 2 ; 又於該玻璃基板翻轉裝置輸送帶8的後方設置一可支 撐玻璃基板的架子9 1 ,其上方的支撐面成一凹字狀,且 其凹陷的覓度和深度與後方設置的可翻轉和上下移動的旋 轉式橡膠夾9的寬度和深度相同,以利該橡膠夾9可準確 的夾住该已無液晶材料2 3殘留且外側黏有偏光膜2 1的 錮鈦氧化物導電玻璃基板2 2,並將其翻轉1 8 〇度,再 利用抽氣式吸盤3 1將翻轉後,且下方黏有偏光膜2 3的 錮鈦氧化物導電玻璃基板2 2吸住,並輸送到可讓抽氣式 吸盤3 1及該錮鈦氧化物導電玻璃基板2 2進入且以固^ 方向前進之加熱裝置1〇加熱。The t'the precise glass cutting system 1 fixes the waste liquid crystal glass substrate 2 and cuts accurately along the edge of the sealing place 21, so that the sealing place 2 around the waste liquid crystal glass substrate 2 is quilted. Remove; ,,,, 'The waste liquid crystal glass substrate 2 from which the surrounding sealing portion 25 has been cut off 2 ^ = in the glass substrate separation device 3, wherein the glass substrate separation device is attached with an upper and lower suction cup of f 3 1, and use the upper and lower parts of the white! Γ Γ sucker 31 to remove the waste liquid crystal around the sealed area 2 5 waste liquid crystal 向 2, pull backward i, downward and reverse, so that the waste liquid crystal glass substrate p 9 shells are opened for the top and bottom of the titanium oxide conductive glass substrate = crystal =: = :: electricity; there is still one inside the glass f-plate 22 ... the wide side electrical-hundred substrate separation device 3 The suction-type suction cup 31 can be turned over one hundred and eighty degrees 4 and the top = 1 =, and the second one will be accurately sent to the carousel system 5 with the same direction as the pumping ^ 2 31. , ^ '' Advance the conveyor belt system 5 in a solid direction, using the attached 丄 4 丄 #, [separated and polarized film 2 adhered to the outside; and the inner residue: 1 The conductive glass fiber substrate 2 2 and the two liquid cation materials 2 $ immerse and wash the liquid crystal in the immersion tank 6 for about three minutes; 迗 = alcohol ultrasonic shock shock to immerse the immersion tank 6 ′, and install a j in the alcohol. Supersonic liquid or liquid crystal molecules of the same nature dissolve liquid (such as ^ pirate and filled with wine to facilitate the cleaning of liquid crystal materials 2 3 remaining and outside: f, propane) 6 1 Budian has a polarizing film 2 Page 9 527232 V. Description of the invention (6) of the indium oxide conductive glass substrate 22, the liquid crystal material 2 3 remaining on the titanium oxide conductive glass substrate 2 2 is quickly removed and removed; After the decontamination, the titanium oxide conductive glass substrate 22 is sent to an alcohol ultrasonic cleaning tank 7 for cleaning for about three minutes. The alcohol ultrasonic cleaning tank 7 is also equipped with an ultrasonic oscillator in the same place. Placing alcohol or liquid crystal molecules of the same nature to dissolve the liquid 6 1 makes the titanium oxide conductive glass. The substrate 22 can be fully cleaned twice, so that the liquid crystal material 23 can be completely removed and cleaned; and then the titanium oxide conductive glass substrate that has been washed in the alcohol ultrasonic vibration cleaning tank for 7 minutes is washed. 2 2 Feed on the glass substrate inverting device conveyor belt 8 advancing in a fixed direction; wherein the glass substrate inverting device conveyor belt 8 can be placed and transported without any liquid crystal material 2 3 remaining and a polarizing film adhered on the outside 2 1锢 Titanium oxide conductive glass substrate 2; and a glass substrate supporting frame 9 1 is arranged behind the glass substrate inverting device conveyor belt 8. The supporting surface above it is formed in a concave shape, and the degree of depression and The depth is the same as the width and depth of the reversible and up-and-down rotating rubber clip 9 provided at the rear, so that the rubber clip 9 can accurately clamp the no-liquid crystal material 2 3 remaining and the polarizing film 2 1 on the outside.锢 Titanium oxide conductive glass substrate 2 2 and turn it 180 degrees, and then use the suction suction cup 3 1 to turn it over, and the 锢 Titanium oxide conductive glass substrate 2 3 with a polarizing film 2 3 under it is sucked. Live and To allow suction of the sucker 31 and a conductive indium titanium oxide and the glass substrate 22 into the direction of advance of the solid ^ 1〇 heating means heating.
第ίο頁 527232 五、發明說明(7) 其中該加熱裝置1 〇上附有可控制機器運作及溫度升 降的開關1 1 ,使得該加熱裝置1 〇的溫度保持在1 0 〇 °C〜1 5 0 °C間,俾使該下方黏有偏光膜2 1之錮鈦氧化 物導電玻璃基板2 2之溫度迅速上升; 又該加熱裝置1 〇的内部可讓清洗後乾淨且下方黏有 偏光膜2 1的錮鈦氧化物導電玻璃基板2 2在内部以固定 方向前進,並加熱約五分鐘後送至該隔溫式液態氮浸潰槽 1 2浸潰。 9P. 527232 V. Description of the invention (7) The heating device 1 〇 is attached with a switch 1 1 that can control the operation of the machine and the temperature rise and fall, so that the temperature of the heating device 10 is maintained at 10 0 ° C ~ 1 5 Between 0 ° C, the temperature of the titanium oxide conductive glass substrate 22, which has a polarizing film 2 1 attached below, rapidly rises; and the inside of the heating device 10 can be cleaned after cleaning, and the polarizing film 2 is attached below. The 1 thoriated titanium oxide conductive glass substrate 2 2 advances in a fixed direction inside, and is heated for about five minutes and then sent to the temperature-isolated liquid nitrogen impregnation tank 12 for impregnation. 9
其中該隔溫式液態氮浸潰槽1 2内盛有充足的液態氮 1 2 1 ,其可將加熱後且下方黏有偏光膜2 1的錮鈦氧化 物導電玻璃基板2 2充分的浸潰在槽中,俾使該下方黏有 偏光膜2 1的錮鈦氧化物導電玻璃基板2 2之溫度急遽下 降,進使該錮鈦氧化物導電玻璃基板2 2下方的偏光膜2 1因急速熱漲冷縮而脫落(如附件三所示);另,該隔溫 式液態氮浸潰槽1 2中下方附設一張可撈起脫落偏光^ P 1的有孔式撈網1 2 2 ,俾使該使用者可輕鬆將嗜卩5、、w' 液態氛浸潰槽12之偏光膜21榜起。 式The temperature-isolated liquid nitrogen impregnation tank 1 2 contains sufficient liquid nitrogen 1 2 1, which can fully impregnate the rhenium-titanium oxide conductive glass substrate 2 2 with a polarizing film 2 1 after heating. In the tank, the temperature of the osmium titanium oxide conductive glass substrate 2 with the polarizing film 21 1 stuck there was drastically decreased, and the polarizing film 21 under the osmium titanium oxide conductive glass substrate 2 2 was rapidly heated due to the rapid heating. It expands and shrinks and falls off (as shown in Attachment III); In addition, there is a perforated fishing net 1 2 2 for lifting and falling off polarized light ^ P 1 in the middle and lower part of the temperature-isolated liquid nitrogen impregnation tank 1 2, 俾This allows the user to easily list the polarizing film 21 of the liquid immersion tank 12 and the w 'liquid atmosphere. formula
而經隔溫式液態氮浸潰槽1 2之液態氮1 2 1處理過 後的乾淨錮鈦氧化物導電玻璃基板2 2將送到以固定方^ 前進的玻璃基板輸送帶裝置8。 σ 該以固定方向前進的玻璃基板輸送帶裝置8 ,可嚷妒 浸潰在液態氮浸潰槽1 2槽内處理過後的乾淨錮欽氧化 導電玻璃基板2 2放置在該玻璃基板輸送帶裝置8之 、, 帶上輸送至後方,而輸送帶的後方亦設置_ ,匕On the other hand, the cleaned 2titanium oxide conductive glass substrate 22 processed by the liquid nitrogen 1 2 1 of the temperature-isolated liquid nitrogen impregnation tank 12 will be sent to the glass substrate conveyor belt device 8 which advances in a fixed direction. σ The glass substrate conveyor belt device 8 advancing in a fixed direction can be jealous of being impregnated in a liquid nitrogen impregnation tank 12 and cleaned after being treated in the tank. The oxidized conductive glass substrate 2 2 is placed on the glass substrate conveyor belt device 8 Zhi ,, the belt is conveyed to the rear, and the rear of the belt is also set with _, dagger
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板的架子1 3 1 ’其上方的支樓面成一凹字狀,且其凹p 的寬度和深度與後方設置的可三百六十度左右旋轉的可= 縮式橡膠夾裝置1 3的寬度和深度相同,以利橡膠夹可準 確的夾住乾淨的錮鈦氧化物導電玻璃基板2 2,可將全^ 處理完後的乾淨完整錮鈦氧化物導電玻璃基板2 2夾至可 二百六十度左右旋轉和自由上下移動的存放乾淨玻 架子1 4存放。 土 該可三百六十度左右旋轉和自由上下移動的存放乾 破璃基板架子1 4,其中設置了可自由上下移動的架子數 個,並可自由的上下移動和三百六十度左右轉動。以利存 放乾淨的錮鈦氧化物導電玻璃基板2 2。 而這些經處理過後的錮鈦氧化物導電玻璃基板2 2將 可再次的割成較小塊的錮鈦氧化物導電玻璃基板2 2以達 二次利用的目的。 《本發明之優點及特點》The shelf of the board 1 3 1 'The supporting floor above it has a concave shape, and the width and depth of the concave p are the same as the width of the retractable rubber clip device 13 which can be rotated around 360 degrees. With the same depth, the rubber clip can accurately hold the clean 锢 titanium oxide conductive glass substrate 2 2, which can completely and completely clean the 锢 titanium oxide conductive glass substrate 2 2 to 260. Storage around 10 degrees and free up and down storage Clean glass shelf 1 4 storage. The dry broken glass substrate shelf 14 can be rotated around 360 degrees and freely moved up and down, and there are several shelves that can be moved up and down freely, and can be moved up and down freely and rotated around 360 degrees. . In order to store the clean osmium titanium oxide conductive glass substrate 2 2. And these processed hafnium-titanium oxide conductive glass substrates 22 can be cut into smaller pieces of hafnium-titanium oxide conductive glass substrates 22 again for the purpose of secondary use. "Advantages and Features of the Invention"
可自動化回收錮鈦氧化物導電玻璃基板,以減少人工 成本、避免資源浪費,且減少掩埋場之負荷。 處理後的玻璃基板,可割成較小面積的銦鈦氧化物導 電玻螭基板,再次的作成液晶顯示器的相關產品,達 到資源回收再利用的目的。 7其過程中若有玻璃基板破裂可將之收集後,磨成玻 璃砂亦可作成製作玻璃的原料添加物。The rhenium titanium oxide conductive glass substrate can be automatically recycled to reduce labor costs, avoid waste of resources, and reduce the load on the landfill. After processing, the glass substrate can be cut into a smaller area of the indium titanium oxide conductive glass substrate, which can be used to make related products of the liquid crystal display again to achieve the purpose of resource recycling and reuse. 7 If any glass substrate is broken during the process, it can be collected and ground into glass sand. It can also be used as a raw material additive for making glass.
527232 五、發明說明(9) 4、該處理後的液晶分子,亦會經由再次的廢液處理,避 免二次污染並達到環境保護的主要目的。 綜合以上所陳,本發明所提供之一種廢液晶顯示器之 資源回收處理裝置與方法,使廢液晶玻璃基板之回收工作 得以順利進行而有環保之效,以突破傳統之窠臼,誠符合 新型之要求,爰依法提出發明專利申請,祈請 鈞局明鑑 賜予本發明專利權為褚。 惟,以上所述者僅係本發明之一較佳可行之實施例而 已,舉凡用本作上述之方法、狀、構造所作之變化,皆應 包含於本案之專利範圍内。527232 V. Description of the invention (9) 4. The liquid crystal molecules after the treatment will also be treated with the waste liquid again to avoid secondary pollution and achieve the main purpose of environmental protection. To sum up, a resource recovery processing device and method for a waste liquid crystal display provided by the present invention enables the recycling of waste liquid crystal glass substrates to be carried out smoothly and has environmental protection effects, so as to break through the tradition and meet the requirements of the new type. He filed an application for an invention patent in accordance with the law, and hopes that the Bureau of Mingyuan will grant the patent right of the invention to Chu. However, the above is only one of the preferred and feasible embodiments of the present invention. For example, any changes made to the above-mentioned methods, shapes, and structures should be included in the patent scope of this case.
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Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN100392477C (en) * | 2006-07-07 | 2008-06-04 | 南京大学 | Liquid crystal display panel resource processing method |
CN102207640A (en) * | 2010-03-30 | 2011-10-05 | 比亚迪股份有限公司 | Method for recycling TFT (Thin Film Transistor) liquid crystal display with liquid crystal bubbles |
WO2015128582A1 (en) | 2014-02-27 | 2015-09-03 | Centre National De La Recherche Scientifique (Cnrs) | Method for extracting the liquid crystals contained in an element that comprises a first support and a second support - associated device |
CN105022181A (en) * | 2014-04-18 | 2015-11-04 | 远东科技大学 | Method for separating polymer film of liquid crystal glass by microwave heating |
DE102020123051B3 (en) | 2020-09-03 | 2021-07-29 | DER STEG gGmbH, Gesellschaft zur Förderung von Menschen mit psychischen Beeinträchtigungen | Method and device for the recovery of glass substrates from display elements of discarded LCD flat screens |
-
2001
- 2001-01-10 TW TW90100570A patent/TW527232B/en not_active IP Right Cessation
Cited By (7)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN100392477C (en) * | 2006-07-07 | 2008-06-04 | 南京大学 | Liquid crystal display panel resource processing method |
CN102207640A (en) * | 2010-03-30 | 2011-10-05 | 比亚迪股份有限公司 | Method for recycling TFT (Thin Film Transistor) liquid crystal display with liquid crystal bubbles |
CN102207640B (en) * | 2010-03-30 | 2014-05-28 | 比亚迪股份有限公司 | Method for recycling TFT (Thin Film Transistor) liquid crystal display with liquid crystal bubbles |
WO2015128582A1 (en) | 2014-02-27 | 2015-09-03 | Centre National De La Recherche Scientifique (Cnrs) | Method for extracting the liquid crystals contained in an element that comprises a first support and a second support - associated device |
CN105022181A (en) * | 2014-04-18 | 2015-11-04 | 远东科技大学 | Method for separating polymer film of liquid crystal glass by microwave heating |
CN105022181B (en) * | 2014-04-18 | 2017-12-29 | 远东科技大学 | Method for separating polarizing film of liquid crystal glass by microwave heating |
DE102020123051B3 (en) | 2020-09-03 | 2021-07-29 | DER STEG gGmbH, Gesellschaft zur Förderung von Menschen mit psychischen Beeinträchtigungen | Method and device for the recovery of glass substrates from display elements of discarded LCD flat screens |
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