201202786 六、發明說明： 【發明所屬之技術領域】 本發明關於液晶供應裝置。 【先前技術】 液晶顯示器(LCDs)包含具有彩色據光層以形成彩色影 像的母板、具有薄膜電晶體的另—母板、以及在兩個母板之 間的液晶層。 晶 液晶顯示器顯示影像之方式為，驅動裝置驅動構成液 層的液晶分子，以控制透過液晶層穿透的光量。 塗二=單位面板區域界定於各母板上。液晶滴 同時’液晶塗佈機包含塗佈頭單元。塗佈頭單元利 嘴塗佈液晶滴到單位面板區域。液晶瓶(於後簡稱「瓶、 ^移除地裝設於塗佈醉心絲具魏蓋。瓶蓋具有接受 連接液晶槽，而第二二槽:二:的 :=r部。最後一或關閉管= 為了供應液晶到瓶器，管件支撐管插人瓶蓋的接受 201202786 孔’而塵力供應單元供應壓力到液晶槽内部。於此狀態， 當閥件開啟管件時’儲存於液晶槽中的液晶透過管件及接 受孔供應到瓶器。 同時’為了更換要塗佈到單位面板區域之液晶種類， 液晶槽、管件、以及閥件都必須更換成新的，而避免新種 類的液晶與現有的液晶混雜。 【發明内容】 因此，本發明有鑑於先前技術所發生的問題，本發明之 一目的在於提供一種液晶供應裝置，其促進更換供應到瓶器 之液晶種類的操作。 為了達成上述目的，本發明提供一種液晶供應裝置，包 含：複數液晶槽各儲存不同種類的液晶；複數管件具有第一 端連接個觸液晶槽；管件讀錢财孔分讓管件 的第二端插人；複數閥件提供於個別的管件；以及麼力供應 單元供應壓力到液晶槽。 於另-觀點，本發明提供—種液晶供應裝置包含：複 存ίΓ種類的液晶;複數管件具有第-端連接 個別的液日日槽，減讀支#管分 提赌倾騎件，·《絲力簡單力到 -、夜曰㈣—種液晶供應裝置，包含:第 押管件具有第—料接第一液晶 9 B牛田弟—液晶槽換成儲存另-種液晶之第二液 201202786 晶，時，另一管件之第一端連接第二液晶槽；管件支撐塊具 有複數穿孔，分別供該些管件的第二端插入ϋ閥件提供 於個別管件上，以及壓力供應單元，供應壓力到液晶槽。 々於又另一觀點，本發明提供一種液晶供應裝置，包含： 第-液晶槽儲存液晶於其中：管件具有第—端連接第一液晶 槽另ϊ件^第一液晶槽換成儲存另一種液晶之第二液 ^槽時，另，管件之第—端連接第二液晶槽.；複數管件支樓 官供該些官件之第二端分獅人；複數·提供於個別管件 上，以及壓力供應單元供應壓力到液晶槽。 【實施方式】 曰批Γΐ帛參考魏圖式魏雜據本發明第—實施例之液 圖1為根據本發明第一實施例之液晶供應裝置以及要 供應液晶之液晶塗佈機10之示意圖。 =i所示’液晶塗佈機10包含主框架u、供放置母 板之平σ 13、可㈣地提供於主框架u之塗佈頭單元支撐 ί 支撐框15所支撐的塗佈頭單元 ㈣Γ 於塗佈頭單元17。瓶器2〇具有 瓶盍21。接文孔21a形成於瓶蓋21中。 液晶塗佈機10位於潔淨△ Y由 的母板受到雜質汙染。中’以避免放在平台 根據本發明第-實施例之液晶供縣置包含底板⑽、 6 S. 201202786 複數液晶槽12卜l22、及IB、壓力供應單元13〇、注入單 元140、複數管件15卜152、及153、以及複數閥件161、 162、及 163。 如圖1所不，液晶槽121、122、及123以及壓力供應 單元130安裝於底板110的上表面上。 液晶槽12卜122、及123各儲存不同種類的液晶。 第一液晶槽121儲存A種液晶(層列液晶” 第二液晶槽122儲存b種液晶（向列液晶 第三液晶槽123儲存C種液晶(膽固醇液晶）。 壓力供應單元130包含空氣泵13卜主管M、子管S1 S2、及S3、以及轉向閥132。 空氣泵131透過主管M、轉向閥132、子管3卜s2 及S3供應壓力到液晶槽12ι、122、及123。 121時，轉向閥 122時，轉向閥 當空氣泵131供應壓力到第一液晶 132使主管M與第一子管S1相通。9 當空氣泵131供應壓力到第二液 132使主管M與第二子管％相通。曰 田工氣I 131供應壓力到第三液晶槽⑵時，轉向間 201202786 132使主管Μ及第三子管S3相通。 注入單元140包含底板141、汽紅142、支托器143、 以及管件支撐塊144。 汽缸142安裝於底板141的上表面上。支托器143耦接 汽缸142的桿件142a。 支托器143支托管件支撐塊144。 圖2顯示圖1之管件支撐塊144的側視圖。 如圖2所示’管件支撐塊144具有穿孔144a、144b、 及 144c。 第一穿孔144a、第二穿孔144b、及第三穿孔144c從管 件支撐塊144的前表面F穿過後表面R而形成。 第一管件151的第一端連接第一液晶槽121。第一管 件151的第二端插入第一穿孔144a。第一管件151的第二 端從管件支撐塊144的前表面F突出。 第二管件152的第一端連接第二液晶槽122。第二管 件152的第二端插入第二穿孔144b。第二管件152的第二 端從管件支撐塊144的前表面F突出。 第三管件153的第一端連接第三液晶槽123。第三管 件153的第二端插入第三穿孔144c。第三管件153的第二201202786 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a liquid crystal supply device. [Prior Art] Liquid crystal displays (LCDs) include a mother board having a color light-emitting layer to form a color image, another mother board having a thin film transistor, and a liquid crystal layer between the two mother boards. The crystal liquid crystal display displays images in such a manner that the driving device drives liquid crystal molecules constituting the liquid layer to control the amount of light transmitted through the liquid crystal layer. The coating 2 = unit panel area is defined on each motherboard. The liquid crystal droplet simultaneously 'liquid crystal coater' includes a coating head unit. The coating head unit nozzle coated the liquid crystal to the unit panel area. The liquid crystal bottle (hereinafter referred to as "bottle, ^ removed to be installed in the coated drunken silk Wei cover. The cap has the connection to accept the LCD tank, and the second two slots: two:: r part. Last one or close Tube = In order to supply the liquid crystal to the bottle, the tube support tube is inserted into the cap to receive the 201202786 hole' and the dust supply unit supplies the pressure to the inside of the liquid crystal tank. In this state, when the valve member opens the tube, it is stored in the liquid crystal tank. The liquid crystal is supplied to the bottle through the tube and the receiving hole. At the same time, in order to replace the type of liquid crystal to be applied to the unit panel area, the liquid crystal cell, the tube member, and the valve member must be replaced with new ones, and a new type of liquid crystal and the existing one are avoided. BACKGROUND OF THE INVENTION Accordingly, the present invention has been made in view of the problems occurring in the prior art, and it is an object of the present invention to provide a liquid crystal supply device which facilitates replacement of a liquid crystal type supplied to a bottler. The present invention provides a liquid crystal supply device comprising: a plurality of liquid crystal cells each storing different kinds of liquid crystals; a plurality of tube members having a first end connected to a liquid crystal cell; The second hole of the pipe fitting is inserted; the plurality of valve members are provided to the individual pipe members; and the force supply unit supplies the pressure to the liquid crystal tank. In another aspect, the present invention provides a liquid crystal supply device comprising: a resetting A variety of liquid crystals; a plurality of pipe fittings having a first end connected to an individual liquid day and day slot, a subtraction reading branch, a pipe branching, a gambling riding device, a "silk force simple force to -, a nightingale (four) - a liquid crystal supply device, comprising: The first pipe is connected to the first liquid crystal 9 B Niutian-the liquid crystal cell is replaced with the second liquid 201202786 crystal of another liquid crystal, and the first end of the other pipe is connected to the second liquid crystal cell; the pipe support block The utility model has a plurality of perforations, wherein the second end of the tubular members are inserted into the valve member to be provided on the individual pipe members, and the pressure supply unit supplies the pressure to the liquid crystal cells. In still another aspect, the present invention provides a liquid crystal supply device, including The first liquid crystal cell stores the liquid crystal therein: the pipe member has a first end connected to the first liquid crystal cell, and the first liquid crystal cell is replaced with a second liquid liquid groove of another liquid crystal, and the first end connection of the pipe member Second liquid a plurality of pipe fittings for the second end of the official members to be divided into lions; plurals are provided on individual pipe fittings, and the pressure supply unit supplies pressure to the liquid crystal tank. [Embodiment] BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a liquid crystal supply device according to a first embodiment of the present invention and a liquid crystal coater 10 for supplying a liquid crystal. The liquid crystal coater 10 shown in FIG. The main frame u, the flat σ 13 for placing the mother board, and the coating head unit supported by the main frame u. The coating head unit (4) supported by the support frame 15 is applied to the coating head unit 17. The bottle holder 2 There is a bottle 21. The receiving hole 21a is formed in the bottle cap 21. The liquid crystal coater 10 is located on the mother board of the clean ΔY, which is contaminated with impurities, to avoid placing the liquid crystal according to the first embodiment of the present invention. The county includes a bottom plate (10), a 6 S. 201202786 plurality of liquid crystal cells 12b, and IB, a pressure supply unit 13A, an injection unit 140, a plurality of tubes 15b, 152, and 153, and a plurality of valve members 161, 162, and 163. As shown in Fig. 1, the liquid crystal cells 121, 122, and 123 and the pressure supply unit 130 are mounted on the upper surface of the bottom plate 110. The liquid crystal cells 12, 122, and 123 each store different types of liquid crystals. The first liquid crystal cell 121 stores A liquid crystal (layered liquid crystal). The second liquid crystal cell 122 stores b kinds of liquid crystals (the nematic liquid crystal third liquid crystal cell 123 stores C kinds of liquid crystals (cholesterol liquid crystal). The pressure supply unit 130 includes an air pump 13 The main pipe M, the sub-pipes S1 S2, and S3, and the steering valve 132. The air pump 131 supplies pressure to the liquid crystal cells 12, 122, and 123 through the main pipe M, the steering valve 132, and the sub-pipes 3 s2 and S3. At the time of valve 122, the steering valve supplies pressure to the first liquid crystal 132 when the air pump 131 supplies pressure to the first sub-tube S1. 9 When the air pump 131 supplies pressure to the second liquid 132, the main pipe M communicates with the second sub-tube. When the Putian process gas I 131 supplies pressure to the third liquid crystal cell (2), the steering room 201202786 132 communicates the main pipe and the third sub-tube S3. The injection unit 140 includes a bottom plate 141, a steam red 142, a support 143, and a pipe fitting. The support block 144. The cylinder 142 is mounted on the upper surface of the bottom plate 141. The support 143 is coupled to the rod 142a of the cylinder 142. The support 143 supports the support member support block 144. Figure 2 shows the tube support block 144 of Figure 1. Side view. As shown in Figure 2, the tube support block 144 has a perforation 144. a, 144b, and 144c. The first through hole 144a, the second through hole 144b, and the third through hole 144c are formed from the front surface F of the pipe support block 144 through the rear surface R. The first end of the first pipe member 151 is connected to the first liquid crystal. The second end of the first tubular member 151 is inserted into the first through hole 144a. The second end of the first tubular member 151 protrudes from the front surface F of the tubular support block 144. The first end of the second tubular member 152 is connected to the second liquid crystal tank 122. The second end of the second tube member 152 is inserted into the second through hole 144b. The second end of the second tube member 152 protrudes from the front surface F of the tube support block 144. The first end of the third tube member 153 is connected to the third liquid crystal groove 123. The second end of the three pipe member 153 is inserted into the third through hole 144c. The second pipe member 153 is second.
SS
S 201202786 端從管件支撐塊144的前表面F突出。 第一穿孔144a、第二穿孔]44b、及第三穿孔144c以由 上到下的位置順序設置。管件支撐塊144的前表面F具有階 梯式形狀，使得第一穿孔144a、第二穿孔144b、及第三穿 孔144c從管件支撐塊144的上到下依序長度越來越短。由 =此結構，避免從第一管件151排出的A種液晶塗到第二 f件152或第三管件153。此外，避免從第二管件152排出 的B種液晶塗到第三管件】53。 閥件161、162、及163分別關閉或開啟管件151、152、 及153 ’以控制液晶的流動。 第一閥件161關閉或開啟第一管件151，以控制對應 液晶的流動。 第二閥件162關閉或開啟第二管件152，以控制對應 液晶的流動。 第二閥件163關閉或開啟第三管件153，以控制對應 液晶的流動。 參考圖1及圖2 ’說明细根據本發明第-實施例之 液晶供應裝置供應液晶到瓶器2〇的操作。 首先說明將A種液晶供應到瓶器2〇的操作。 液晶塗佈機10移動塗佈頭單元支馳15，而使裝設 201202786 於塗佈頭單元17的瓶器2〇設置於參考點。「參考點」—詞 表示瓶器20所在的位置能因汽缸142之桿件14厶使支托 器143前進預定距離，而讓管件支撐塊144可插入接受孔 21a。 之後，汽缸142之桿件142a使支托器M3前進預定距 離，而讓管件支撐塊144插入接受孔21a。 接著，第一閥件161開啟第一管件151，而使八種 晶可流過第一管件151。 · 轉向閥132使主管Μ與第一子管S1相通。 空氣泵131透過主管Μ及第一子管S1供應壓力到第 一液晶槽121。 然後，A種液晶藉由施加到第一液晶槽121的壓力， 而透過第一管件151及接受孔^1&供應到瓶器2〇。 以下§兒明將B種液晶供應到瓶器2〇的操作。 作業員以新的瓶器更換瓶器2〇。 液晶塗佈機10移動塗佈頭單元支撐框15，而使裝設於 塗佈頭單元17的瓶器2〇設置於參考點。 、 之後，汽缸142之桿件142a使支托器丨43前進預定距 離’而讓管件支撐塊144插入接受孔2ia。 201202786 接著，第二閥件162開啟第二管件152，而使B種液 晶可流過第二管件152。 轉向閥132使主管Μ與第二子管S2相通。 空氣泵131透過主管Μ及第二子管S2供應壓力到第 一液晶槽122 〇 然後，B種液晶藉由施加到第二液晶槽122的壓力， 而透過第二管件152及接受孔2ia供應到瓶器20。 接著，以下說明將C種液晶供應到瓶器20的操作。 作業員以新的瓶器更換瓶器2〇。 液晶塗佈機10移動塗佈頭單元支撐框15，而使裝設 於塗佈頭單元17的瓶器2〇設置於參考點。 之後，汽红I42之桿件⑷後支托$⑷前進預定距 離，而讓管件支撐塊144插入接受孔21a。 接著，第三閥件163開啟第三管件153，而使 晶可流過第三管件153。 轉向閥132使主管Μ與第三子管S3相通。 空氣栗131透過主管M及第三子管％供應壓力到第 201202786 然後，C種液晶藉由施加到第三液晶槽123的壓力， 而透過第三管件153及接受孔21a供應到瓶器20。 於後，將說明根據本發明第二實施例之液晶供應裝置。 圖4為根據本發明第二實施例之液晶供應裝置的示意 圖。 如圖4所示，根據本發明第二實施例之液晶供應裝置包 含底板110、複數液晶槽121、122、及123、壓力供應單元 130、注入單元140、複數管件151、152、及153、以及複 數閥件161、162、及163。 除了注入單元140，第二實施例液晶供應裝置之元件與 第一實施例液晶供應裝置之元件相同，因此不需要進一步的 說明。僅詳細說明注入單元140。 ，注入單元140包含底板hi、汽缸142、支托器143、 以及複數管件支撐管145a、145b、及145c。 底板141安裝於潔淨台X側壁的内面。 汽缸142提供於底板141的上表面上。支托器143耦接 汽缸142的桿件142a。 支托杰丨43支托管件支撐管145a、]45b、及】45c。 圖5為圖4之管件支樓管145a、145b、及145c之側視 201202786The S 201202786 end protrudes from the front surface F of the tube support block 144. The first through hole 144a, the second through hole 44b, and the third through hole 144c are disposed in order from top to bottom. The front surface F of the pipe support block 144 has a stepped shape such that the first through hole 144a, the second through hole 144b, and the third through hole 144c are shorter in length from the top to the bottom of the pipe support block 144. By this structure, the A liquid crystal discharged from the first pipe member 151 is prevented from being applied to the second f member 152 or the third pipe member 153. Further, the B type liquid crystal discharged from the second tube member 152 is prevented from being applied to the third tube member 53. The valve members 161, 162, and 163 respectively close or open the tubes 151, 152, and 153' to control the flow of the liquid crystal. The first valve member 161 closes or opens the first tube member 151 to control the flow of the corresponding liquid crystal. The second valve member 162 closes or opens the second tubular member 152 to control the flow of the corresponding liquid crystal. The second valve member 163 closes or opens the third tube member 153 to control the flow of the corresponding liquid crystal. The operation of supplying the liquid crystal to the bottle holder 2 according to the liquid crystal supply device of the first embodiment of the present invention will be described with reference to Figs. 1 and 2'. First, the operation of supplying the liquid crystal of A to the bottle 2 说明 will be described. The liquid crystal coater 10 moves the coating head unit fulcrum 15 to set the bottle holder 2 装 of the coating head unit 17 installed at 201202786 to the reference point. "Reference point" - the word indicates that the position of the bottle holder 20 can advance the holder 143 by a predetermined distance due to the rod 14 of the cylinder 142, and the tube support block 144 can be inserted into the receiving hole 21a. Thereafter, the rod 142a of the cylinder 142 advances the holder M3 by a predetermined distance, and the tube supporting block 144 is inserted into the receiving hole 21a. Next, the first valve member 161 opens the first tube member 151, so that eight crystals can flow through the first tube member 151. • The steering valve 132 communicates the main bore 第一 with the first sub-tube S1. The air pump 131 supplies pressure to the first liquid crystal tank 121 through the main pipe and the first sub-tube S1. Then, the liquid crystal of the A type is supplied to the bottle holder 2 through the first tube member 151 and the receiving hole ^1 & by the pressure applied to the first liquid crystal cell 121. The following § shows the operation of supplying B liquid crystals to the bottle holder. The operator replaces the bottle holder with a new bottle holder. The liquid crystal coater 10 moves the coating head unit support frame 15 to set the bottle holder 2 attached to the coating head unit 17 to the reference point. Thereafter, the rod 142a of the cylinder 142 advances the holder 丨43 by a predetermined distance' and the tube support block 144 is inserted into the receiving hole 2ia. 201202786 Next, the second valve member 162 opens the second tubular member 152, allowing the B liquid crystal to flow through the second tubular member 152. The steering valve 132 communicates the main pipe 第二 with the second sub-tube S2. The air pump 131 supplies pressure to the first liquid crystal cell 122 through the main pipe and the second sub-tube S2. Then, the B liquid crystal is supplied to the second liquid crystal cell 122 by the pressure applied to the second liquid crystal cell 122, and is supplied to the second pipe member 152 and the receiving hole 2ia. Bottle holder 20. Next, the operation of supplying the C liquid crystals to the bottle 20 will be described below. The operator replaces the bottle holder with a new bottle holder. The liquid crystal coater 10 moves the coating head unit support frame 15 to set the bottle holder 2 attached to the coating head unit 17 to the reference point. Thereafter, the rod member (4) of the steam red I42 (4) is advanced by a predetermined distance, and the tube supporting block 144 is inserted into the receiving hole 21a. Next, the third valve member 163 opens the third tube member 153 to allow the crystal to flow through the third tube member 153. The steering valve 132 communicates the main pipe 第三 with the third sub-tube S3. The air pump 131 supplies the pressure through the main pipe M and the third sub-tube to the 201202786. Then, the C liquid crystal is supplied to the bottle 20 through the third pipe member 153 and the receiving hole 21a by the pressure applied to the third liquid crystal cell 123. Hereinafter, a liquid crystal supply device according to a second embodiment of the present invention will be explained. Fig. 4 is a schematic view of a liquid crystal supply device according to a second embodiment of the present invention. As shown in FIG. 4, a liquid crystal supply device according to a second embodiment of the present invention includes a bottom plate 110, a plurality of liquid crystal cells 121, 122, and 123, a pressure supply unit 130, an injection unit 140, a plurality of tubes 151, 152, and 153, and The plurality of valve members 161, 162, and 163. Except for the injection unit 140, the elements of the liquid crystal supply device of the second embodiment are the same as those of the liquid crystal supply device of the first embodiment, and therefore no further explanation is required. Only the injection unit 140 will be described in detail. The injection unit 140 includes a bottom plate hi, a cylinder 142, a holder 143, and a plurality of tube support tubes 145a, 145b, and 145c. The bottom plate 141 is attached to the inner surface of the side wall of the clean bench X. A cylinder 142 is provided on the upper surface of the bottom plate 141. The holder 143 is coupled to the rod 142a of the cylinder 142. Supported by 丨 丨 43 support members support tubes 145a, 45b, and 45c. Figure 5 is a side view of the pipe branch pipes 145a, 145b, and 145c of Figure 4 201202786
ο ㈣ti圖1所不管件支樓管他、⑷卜及咖可利用 彼此軸。㈣地，f件支撐管i45a、礙 145c可利用繩帶綁在一起。 及145= 151 152、及153分別插人管件支標管145a、145b、 杜件151的第一端連接第一液晶槽121。第一管 的第二端插入第一管件支樓管i45a 的第二端從第―管件支撐管他的-端突出。 件牛152的第一端連接第二液晶槽122。第二管 ^一端插入第二管件支撐管勵。第二管件152 的苐一鳊從官件支撐管145b的一端突出。 件牛153的第一端連接第三液晶槽123。第三管 =3的第二端插人第三管件支 的第二端從第三管件支撐管145e的—端突出第&件153 第—管件支撐管H5a的入σ、第二管件支撐管_ 平。二件支擇管145c的人口在平面P彼此齊 :管：支、第二管件支撐管^、以及第 牛支# s M5c以從上到下的位置順序設置。第一管件 巧的長度L1、第二管件支撐管咖的長度、 支撐$丨伙的長度U從帛1件<#1 5a到第三管件支撐管丨45c依序遞減。 13 1 201202786 由於此結構，避免從第一管件151排出的A種液晶塗 到苐一管件152或第二管件153。此外，避免從第二管件 152排出的B種液晶塗到第三管件153。 參考圖1及圖4,說明利用根據本發明第二實施例之液 晶供應裝置供應液晶到瓶器20的操作。 首先§兒明將A種液晶供應到瓶器2〇的操作。 液晶塗佈機10移動塗佈頭單元支撐框15，而使裝設 於塗佈頭單元17的瓶器20設置於參考點。 曰「參考點」一詞表示瓶器20所在的位置能因汽缸142 之桿件142a使支托器143前進預定距離，而讓管件支撐管 145a、145b、及145c可插入接受孔21a。ο (4) ti Figure 1 regardless of the piece of the building, he, (4) Bu and coffee can use each other axis. (4) Ground, f-support tubes i45a and 145c can be tied together with a rope. And 145=151 152, and 153 are respectively inserted into the pipe fittings 145a, 145b, and the first end of the 151 is connected to the first liquid crystal cell 121. The second end of the first tube is inserted into the second end of the first tube branch tube i45a to protrude from the other end of the first tube support tube. The first end of the piece of cattle 152 is connected to the second liquid crystal cell 122. The second tube ^ is inserted into the second tube support tube at one end. The cymbal of the second tube member 152 protrudes from one end of the official member support tube 145b. The first end of the piece of cattle 153 is connected to the third liquid crystal cell 123. The second end of the third tube=3 is inserted into the second end of the third tube member and protrudes from the end of the third tube support tube 145e. The first member 153 is the inlet σ of the tube support tube H5a and the second tube support tube. _ flat. The population of the two pieces of the selection pipe 145c are aligned with each other on the plane P: the pipe: the branch, the second pipe support pipe ^, and the first cow branch #s M5c are arranged in order from the top to the bottom. The length L1 of the first pipe member, the length of the second pipe member supporting the pipe, and the length U of the support member are sequentially decreased from the 帛1 piece <#1 5a to the third pipe support pipe 丨45c. 13 1 201202786 Due to this configuration, the A type liquid crystal discharged from the first tube member 151 is prevented from being applied to the first tube member 152 or the second tube member 153. Further, the B kinds of liquid crystals discharged from the second tube member 152 are prevented from being applied to the third tube member 153. Referring to Figures 1 and 4, the operation of supplying liquid crystal to the bottle 20 using the liquid crystal supply device according to the second embodiment of the present invention will be described. First of all, § Ming will supply the liquid crystal of A to the operation of the bottle. The liquid crystal coater 10 moves the coating head unit support frame 15 to set the bottle stopper 20 attached to the coating head unit 17 at a reference point. The term "reference point" indicates that the position of the bottle holder 20 can advance the holder 143 by a predetermined distance due to the rod 142a of the cylinder 142, and the tube support tubes 145a, 145b, and 145c can be inserted into the receiving hole 21a.
之後汽缸142之桿件1423使支托器143前進預定距 ’而讓管件支撐管145a、145b、及145c插入接受孔21a。 而使A種液 接著，第一閥件161開啟第一管件15ι 晶可流過第一管件15i。 轉向閥132使主管jv[與第一子管s〗相通。 空氣泵131透過主管M及第一子管幻 丨 液晶槽〗21。 刀到弟 厶後A種液晶藉由施加到第一液晶槽a〗的塵力， 14 201202786 而透過第一管件151及接受孔21a供應到瓶器20。 以下說明將B種液晶供應到瓿器20的操作。 作業員以新的瓶器更換瓶器20。 液晶塗佈機10移動塗佈頭單元支撐框15，而使裝設 於塗佈頭單元17的瓶器20設置於參考點β 之後’汽缸142之桿件142a使支托器143前進預定距 離，而使管件支撐管145a、145b、及145c插入接受孔2ia。 接著，第二閥件162開啟第二管件152，而使B種液 晶可流過第二管件152。 轉向閥132使主管Μ與第二子管S2相通。 空氣栗131透過主管μ 二液晶槽122。 及第二子管S2供應壓力到第 $ — 種液晶藉由施加到第二液晶槽U2的壓力， 而、匕弟一 ^件152及接受孔21&供應到瓶器加。 接著以下说明將C種液晶供應到瓶器2〇的操作。 20 作業員以新的瓶器更換瓶器 15，而使裝設於 液晶塗佈機丨0移動塗佈頭單元支撐框 201202786 塗佈頭單元Π的瓶器20設置於參考點。 之後，汽缸142之桿件142a使支托器143前進預定距 離’而使管件支撐管145a、145b、及145c插入接受孔2la。 接著，第三閥件163開啟第三管件153，而使c種液 晶可流過第三管件153。 轉向閥132使主管Μ與第三子管S3相通。 空氣泵131透過主管Μ及第三子管S3供應壓力到第 二液晶槽123。 然後’ C種液晶藉由施加到第三液晶槽123的壓力， 而透過第三管件153及接受孔21a供應到瓶器20。 於後’將說明根據本發明第三實施例之液晶供應裝置。Thereafter, the rod member 1423 of the cylinder 142 advances the holder 143 by a predetermined distance and allows the tube support tubes 145a, 145b, and 145c to be inserted into the receiving hole 21a. With the A type of liquid, the first valve member 161 opens the first tube member 15 ι to flow through the first tube member 15i. The steering valve 132 communicates the main pipe jv [with the first sub-tube s]. The air pump 131 passes through the main pipe M and the first sub-tube phantom liquid crystal tank. The knives are supplied to the bottle holder 20 through the first tube member 151 and the receiving hole 21a by the dust force applied to the first liquid crystal cell a, 14 201202786. The operation of supplying the B liquid crystals to the buffer 20 will be described below. The operator replaces the bottle 20 with a new bottle. The liquid crystal coater 10 moves the coating head unit support frame 15 so that the bottle member 20 installed in the coating head unit 17 is disposed at the reference point β, and the rod 142a of the cylinder 142 advances the holder 143 by a predetermined distance. The tube support tubes 145a, 145b, and 145c are inserted into the receiving holes 2ia. Next, the second valve member 162 opens the second tubular member 152 to allow the B liquid crystal to flow through the second tubular member 152. The steering valve 132 communicates the main pipe 第二 with the second sub-tube S2. The air pump 131 passes through the main pipe 2 liquid crystal cell 122. And the second sub-tube S2 supplies pressure to the first liquid crystal by the pressure applied to the second liquid crystal cell U2, and the plenum 152 and the receiving hole 21& are supplied to the bottle. Next, the operation of supplying the C liquid crystals to the bottle 2 2 will be described below. 20 The operator replaces the bottle holder 15 with a new bottle holder, and the bottle holder 20 mounted on the liquid crystal coater 丨0 moving coating head unit support frame 201202786 coating head unit 设置 is set at the reference point. Thereafter, the rod 142a of the cylinder 142 advances the holder 143 by a predetermined distance', and the tube support tubes 145a, 145b, and 145c are inserted into the receiving holes 21a. Next, the third valve member 163 opens the third tubular member 153, so that c liquid crystal can flow through the third tubular member 153. The steering valve 132 communicates the main pipe 第三 with the third sub-tube S3. The air pump 131 supplies pressure to the second liquid crystal cell 123 through the main pipe and the third sub-tube S3. Then, the liquid crystal is supplied to the bottle 20 through the third tube member 153 and the receiving hole 21a by the pressure applied to the third liquid crystal cell 123. Hereinafter, a liquid crystal supply device according to a third embodiment of the present invention will be described.
I 圖6為根據本發明第三實施例之液晶供應裝置之示意 圖。 如圖6所示，根據本發明第三實施例之液晶供應裝置包 含底板110、複數液晶槽121、122、及123、壓力供應單元 130、注入單元140、複數管件151、152、及153、以及複 數閥件16卜162、及163。 除了壓力供應單元丨30，第三實施例液晶供應裝置之元 件與第一實施例液晶供應裝置之元件相同。再者，除了壓力 201202786 供應單元130及注入單元140，根據第三實施例液晶供應裝 置之元件與第二實施例液晶供應裝置之元件相同。因此，於 下僅詳細說明壓力供應單元13〇。 壓力供應單元130包含複數空氣泵131a、131b、及131c 以及複數壓力供應管Ml、M2、及M3。 空氣泵131a、131b、及131c透過壓力供應管Μ卜M2、 及M3分別供應壓力到液晶槽m、122、及123。 第一空氣泵131a透過第一壓力供應管Ml供應壓力到 第一液晶槽121。 第二空氣泵131b透過第二壓力供應管m2供應壓力到 第一液晶槽122。 第二空氣泵131c透過第三壓力供應管M3供應壓力到 第二液晶槽123。 參考圖1及圖6，說明利用根據本發明第三實施例之 液晶供應裝置供應液晶到瓶器2〇的操作。 首先說明將A種液晶供應到瓶器2〇的操作。 液a日塗佈機ίο移動塗佈頭單元支撐框15，而使裝設 於塗佈頭單元17的瓶器2〇設置於參考點。 參考點」-詞表示瓶器2〇所在的位置能因汽缸142 201202786 使支托器143前進預定距離，而讓管件支撐塊144可插入 接受孔21a。 之後’汽缸142之桿件142a使支托器143前進預定距 離，而使管件支撐塊144插入接受孔21a。 接著，第一閥件161開啟第一管件151，而使A種液 晶可流過第一管件151。 第一空氣泵131a透過第一壓力供應管M1供應壓力到 第一液晶槽12卜 然後’ A種液晶藉由施加到第一液晶槽12ι的壓力， 而透過第一管件151及接受孔21a供應到瓶器2〇。 以下說明將B種液晶供應到瓶器2〇的操作。 作業員以新的瓶器更換瓶器20。 液晶塗佈機10移動塗佈頭單元支撐框15,而使裝設於 塗佈頭單元17的瓶器20設置於參考點。 之後’汽缸142之桿件142a使支托器143前進預定距 離，而使管件支撐塊144插入接受孔21a。 接著，第二閥件162開啟第二管件152，而使B種液 晶可流過第二管件152。 18 201202786 第二空氣泵13lb透過第二壓力供應管m2供應壓力到 第二液晶槽122。 然後’ B種液晶藉由施加到第二液晶槽122的壓力， 而透過第二管件152及接受孔2ia供應到瓶器20。 接著’以下說明將C種液晶供應到瓶器2〇的操作。 作業員以新的瓶器更換瓶器20。 液晶塗佈機10移動塗佈頭單元支撐框15,而使裝設於 塗佈頭單元17的瓶器20設置於參考點。 之後，>%缸142之桿件i42a使支托器143前進預定距 離，而使管件支撐塊144插入接受孔21a。 接著，第三閥件163開啟第三管件153，而使c種液 晶可流過第三管件153。 力供應管M3供應壓力到 第二空氣泵131c透過第三壓 第三液晶槽123。 然，，c種液晶藉由施加到第三液晶槽123的壓力， 而透過第三管件153及接受孔2la供應到瓶器20。 於後，將說龍據本發明第四實關之液晶供應裳置。 圖7為根據本發明第四實施例之液晶供應裝置之示意 201202786 圖。 如圖7所示’根據本發明第四實施例之液晶供應裝置包 含底板110、液晶槽120、壓力供應單元130、.注入單元140、 複數管件15卜152、及153、以及複數閥件16卜162、及 163。 除了液晶槽120及壓力供應單元130，第四實施例液晶 供應裝置之元件與第一實施例液晶供應裝置之元件相同。再 者，除了液晶槽120、壓力供應單元13〇及注入單元140， 根據第四實施例液晶供應裝置之元件與第二實施例液晶供 應裝置之元件相同。因此，以下僅詳細說明液晶槽】2〇及壓 力供應單元130。 如圖7所示，液晶槽120及壓力供應單元13〇放置於底 板110之上表面上。於第四實施例十，僅要供應到瓶器20 之液晶種類的液晶槽是放在底板11〇上。此乃因為液晶槽的 更換不¥發生，所以不需要將不是儲存要供應到瓶器2〇之 液曰a種類的液晶槽放到底板上表面上。藉此減少安裝液 晶槽120所需的空間。 壓力供應單元13〇包含空氣泵131以及壓力供應管133。 空氣泵131透過壓力供應管133供應壓力到液晶槽12〇。 壓力供應管133的第一端連接液晶槽⑽，而第二端連 接空氣泵13卜 & 20 201202786 液晶槽120儲存A種類的液晶。 液晶槽120連接到第一管件ι51及壓力供應管133的 第一端。 當需要供應B種液晶到瓶器2〇時，以新的瓶器更換瓶 器20 ,◦液晶槽12〇也以儲存B種液晶的另一液晶槽來取 代。之後’儲存B種液晶的液晶槽120連接到第二管件152 及壓力供應管133的第一端。 _备需要供應C種液晶到瓶器20時，以新的瓶器更換瓶 器20:液晶槽120也以儲存c種液晶的另一液晶槽來取 代。之後’儲存C種液晶的液晶槽120連接到第三管件153 及壓力供應管133的第一端。 、參考圖1及圖7，說明利用根據本發明第四實施例之 液晶供織置供應液晶舰H 20的操作。 首先说明將A種液晶供應到瓶器20的操作。 塗佈機1G移動塗佈頭單元支撐框15，而使裝設 於塗饰頭單元17的瓶器20設置於參考點。 ^ αΐ考點」一詞表示瓶器2 〇所在的位置能因汽缸14 2 f ,器143月進預定距離’而讓管件支撲塊144可插入 接文孔21a。 之後，汽缸丨42之桿件】42a 使支托器143前進預定距 201202786 離，而使管件支撐塊144插入接受孔21a。 接著，第一閥件161開啟第一管件151，而使a種液 晶可流過第一管件151。 空氣泵131透過壓力供應管133供應壓力到液晶槽 120。 然後，A種液晶藉由施加到液晶槽12〇的壓力，而透 過第一管件151及接受孔21a供應到瓶器2〇。 以下說明將B種液晶供應到瓶器2〇的操作。 作業員以新的瓶器更換瓶器2〇。 作業員以儲存有B種液晶的液晶槽取代液晶槽12〇。 作業員將筒存有B種液晶的液晶槽12〇連接到望一 件152及壓力供應管133的第一端。 _ 接著，液晶塗佈機10移動塗佈頭單元支撐框15， 裝設於塗佈頭單元17的瓶器20設置於參考點。 之後，汽缸142之桿件142a使支托器143前進預 離’而使管件支撐塊144插入接受孔21a。 接著，第二閥件】62開啟第二管件h52，而使b 晶可流過第二管件152。Figure 6 is a schematic view of a liquid crystal supply device in accordance with a third embodiment of the present invention. As shown in FIG. 6, a liquid crystal supply device according to a third embodiment of the present invention includes a bottom plate 110, a plurality of liquid crystal cells 121, 122, and 123, a pressure supply unit 130, an injection unit 140, a plurality of tubes 151, 152, and 153, and The plurality of valve members 16 162, and 163. Except for the pressure supply unit 30, the elements of the liquid crystal supply device of the third embodiment are the same as those of the liquid crystal supply device of the first embodiment. Further, the elements of the liquid crystal supply device according to the third embodiment are the same as those of the second embodiment liquid crystal supply device except for the pressure 201202786 supply unit 130 and the injection unit 140. Therefore, only the pressure supply unit 13A will be described in detail below. The pressure supply unit 130 includes a plurality of air pumps 131a, 131b, and 131c and a plurality of pressure supply pipes M1, M2, and M3. The air pumps 131a, 131b, and 131c supply pressure to the liquid crystal cells m, 122, and 123, respectively, through the pressure supply tubes M2 and M3. The first air pump 131a supplies pressure to the first liquid crystal cell 121 through the first pressure supply pipe M1. The second air pump 131b supplies pressure to the first liquid crystal cell 122 through the second pressure supply pipe m2. The second air pump 131c supplies pressure to the second liquid crystal tank 123 through the third pressure supply pipe M3. Referring to Fig. 1 and Fig. 6, an operation of supplying liquid crystal to the bottle holder 2 by the liquid crystal supply device according to the third embodiment of the present invention will be described. First, the operation of supplying the liquid crystal of A to the bottle 2 说明 will be described. The liquid a day coater ίο moves the coating head unit support frame 15 to set the bottle holder 2 attached to the coating head unit 17 to the reference point. The reference point "-" indicates that the position of the bottle holder 2 can advance the holder 143 by a predetermined distance due to the cylinder 142 201202786, and the tube support block 144 can be inserted into the receiving hole 21a. Thereafter, the rod 142a of the cylinder 142 advances the holder 143 by a predetermined distance, and the tube support block 144 is inserted into the receiving hole 21a. Next, the first valve member 161 opens the first tube member 151, so that the liquid crystal of the A type can flow through the first tube member 151. The first air pump 131a supplies pressure to the first liquid crystal cell 12 through the first pressure supply pipe M1, and then the liquid crystal is supplied to the first liquid crystal cell 12 by the pressure applied to the first liquid crystal cell 12, and is supplied to the first pipe member 151 and the receiving hole 21a. Bottle 2 〇. The operation of supplying the B liquid crystals to the bottle 2 以下 will be described below. The operator replaces the bottle 20 with a new bottle. The liquid crystal coater 10 moves the coating head unit support frame 15 to set the bottle holder 20 attached to the coating head unit 17 at a reference point. Thereafter, the rod 142a of the cylinder 142 advances the holder 143 by a predetermined distance, and the tube support block 144 is inserted into the receiving hole 21a. Next, the second valve member 162 opens the second tubular member 152 to allow the B liquid crystal to flow through the second tubular member 152. 18 201202786 The second air pump 13lb supplies pressure to the second liquid crystal cell 122 through the second pressure supply pipe m2. Then, the B liquid crystal is supplied to the bottle 20 through the second tube member 152 and the receiving hole 2ia by the pressure applied to the second liquid crystal cell 122. Next, the operation of supplying the C liquid crystals to the bottle 2 说明 will be described below. The operator replaces the bottle 20 with a new bottle. The liquid crystal coater 10 moves the coating head unit support frame 15 to set the bottle holder 20 attached to the coating head unit 17 at a reference point. Thereafter, the rod i42a of the >% cylinder 142 advances the holder 143 by a predetermined distance, and the tube support block 144 is inserted into the receiving hole 21a. Next, the third valve member 163 opens the third tubular member 153, so that c liquid crystal can flow through the third tubular member 153. The force supply pipe M3 supplies pressure to the second air pump 131c to pass through the third pressure third liquid crystal cell 123. However, the c liquid crystal is supplied to the bottle 20 through the third tube member 153 and the receiving hole 2la by the pressure applied to the third liquid crystal cell 123. After that, it will be said that according to the fourth embodiment of the present invention, the liquid crystal supply is placed. Figure 7 is a schematic view of a liquid crystal supply device according to a fourth embodiment of the present invention 201202786. As shown in FIG. 7, a liquid crystal supply device according to a fourth embodiment of the present invention includes a bottom plate 110, a liquid crystal cell 120, a pressure supply unit 130, an injection unit 140, a plurality of tube members 15, 152, and 153, and a plurality of valve members 16 162, and 163. Except for the liquid crystal cell 120 and the pressure supply unit 130, the elements of the liquid crystal supply device of the fourth embodiment are the same as those of the liquid crystal supply device of the first embodiment. Further, in addition to the liquid crystal cell 120, the pressure supply unit 13A, and the injection unit 140, the elements of the liquid crystal supply device according to the fourth embodiment are the same as those of the liquid crystal supply device of the second embodiment. Therefore, only the liquid crystal cell and the pressure supply unit 130 will be described in detail below. As shown in Fig. 7, the liquid crystal cell 120 and the pressure supply unit 13 are placed on the upper surface of the bottom plate 110. In the fourth embodiment, only the liquid crystal cell of the liquid crystal type to be supplied to the bottle 20 is placed on the bottom plate 11''. This is because the replacement of the liquid crystal cell does not occur, so that it is not necessary to place the liquid crystal cell which is not the type of the liquid a which is to be supplied to the bottle holder 2 on the surface of the substrate. Thereby, the space required for mounting the liquid crystal bath 120 is reduced. The pressure supply unit 13A includes an air pump 131 and a pressure supply pipe 133. The air pump 131 supplies pressure to the liquid crystal cell 12 through the pressure supply pipe 133. The first end of the pressure supply pipe 133 is connected to the liquid crystal cell (10), and the second end is connected to the air pump 13 & 20 201202786 The liquid crystal cell 120 stores the liquid crystal of the A type. The liquid crystal cell 120 is connected to the first tube ι 51 and the first end of the pressure supply tube 133. When it is necessary to supply the B liquid crystal to the bottle 2, the bottle 20 is replaced with a new bottle, and the liquid crystal cell 12 is replaced by another liquid crystal cell storing the B liquid crystal. Thereafter, the liquid crystal cell 120 storing the B kinds of liquid crystals is connected to the first ends of the second tube member 152 and the pressure supply tube 133. When it is necessary to supply the C liquid crystal to the bottle 20, the bottle 20 is replaced with a new bottle: the liquid crystal cell 120 is also replaced by another liquid crystal cell storing c kinds of liquid crystals. Thereafter, the liquid crystal cell 120 storing the C liquid crystal is connected to the first end of the third tube member 153 and the pressure supply tube 133. Referring to Fig. 1 and Fig. 7, the operation of supplying the liquid crystal ship H 20 by the liquid crystal for woven according to the fourth embodiment of the present invention will be described. First, the operation of supplying the liquid crystal of A to the bottle 20 will be described. The coater 1G moves the coating head unit support frame 15 to set the bottle holder 20 attached to the coating head unit 17 to the reference point. The term "αΐ考点" indicates that the position of the bottle holder 2 能 can be inserted into the receiving hole 21a by the cylinder 14 2 f , the 143 month advance by a predetermined distance ’. Thereafter, the rod member 42a of the cylinder bore 42 advances the holder 143 by a predetermined distance 201202786, and the tube support block 144 is inserted into the receiving hole 21a. Next, the first valve member 161 opens the first tube member 151, so that a type of liquid crystal can flow through the first tube member 151. The air pump 131 supplies pressure to the liquid crystal cell 120 through the pressure supply pipe 133. Then, the liquid crystal of the A type is supplied to the bottle holder 2 through the first tube member 151 and the receiving hole 21a by the pressure applied to the liquid crystal chamber 12''. The operation of supplying the B liquid crystals to the bottle 2 以下 will be described below. The operator replaces the bottle holder with a new bottle holder. The operator replaces the liquid crystal cell 12〇 with a liquid crystal cell in which B liquid crystals are stored. The operator connects the liquid crystal cell 12 of the B type liquid crystal to the first end of the desired one 152 and the pressure supply pipe 133. Next, the liquid crystal coater 10 moves the coating head unit support frame 15, and the bottle 20 attached to the coating head unit 17 is set at a reference point. Thereafter, the rod member 142a of the cylinder 142 advances the holder 143 to advance the insertion member 144 into the receiving hole 21a. Next, the second valve member 62 opens the second tube member h52 so that the b crystal can flow through the second tube member 152.
22 -S 201202786 空氣泵131透過壓力供應管133供應壓力到液晶槽 120。 然後’ B種液晶藉由施加到液晶槽12〇的壓力，而透 過第二管件152及接受孔21a供應到瓶器20。 接著’以下說明將C種液晶供應到瓶器2〇的操作。 作業員以新的瓶器更換瓶器20。 作業員以儲存有C種液晶的液晶槽取代液晶槽丨。 作業員將儲存有C種液晶的液晶槽12〇連接到第三管 件153及壓力供應管133的第一端。 一 接著，液晶塗佈機10移動塗佈頭單元支撐框15，而 裝設於塗佈頭單元17的瓶器2〇設置於參考點。 之後，汽缸142之桿件142a使支托器143前進預 離，而使管件支撐塊144插入接受孔21a。 欠足巨 晶二STs;63開啟第三管件153 ’而〜 空氣栗131透過壓力供應管133供應壓力到液晶样 然後，C種液晶藉由施加到液晶槽12〇的壓力，而透 120 201202786 過第三管件153及接受孔2ia供應到瓶器2〇。 如上所述，於本發明之液晶供應農置中，針對不同種類 同的管件及閥件。因此’在管件支撐塊或複數 撐官插入接受孔後，可透過對應的管件供應所需種類 从飞阳到對應魏ϋ。因此，可促進更換供驗晶麵的操 作。 【圖式簡單說明】 本發明前述及其他的目的、特徵、以及優點，結合伴隨 圖式與詳細說明將更清晰，其中： 糾由圖1為根據本發明第一實施例之液晶供應裝置以及要 供應液晶之液晶塗佈機之示意圖； 圖2為圖1之管件支撐塊之側視圖； 圖3為插入圖2之管件支撐塊之第一管件 件心以及第三管件153的側視圖； 第一 & 圖4為根據本發明第二實施例之液晶供應裝置的示意 圖； ， 圖5為圖4之管件支撐管之侧視圖； 圖6為根據本發明第三實施例之液晶供應裝置之示 圖；以及 圖7為根據本發明第四實施例之液晶供應裝置之示意 【主要元件符號說明】 1 〇液晶塗佈機 13平台 11主框架 15塗佈頭單元支樓框 201202786 17塗佈頭單元 21瓶蓋 110底板 121、122、123 液晶槽 131空氣泵 132轉向閥 140注入單元 142汽缸 143支托器 144a、144b、144c 穿孔 151、152、153 管件 A黏著劑 U、L2、L3 長度22 - S 201202786 The air pump 131 supplies pressure to the liquid crystal tank 120 through the pressure supply pipe 133. Then, the B liquid crystal is supplied to the bottle 20 through the second tube member 152 and the receiving hole 21a by the pressure applied to the liquid crystal cell 12''. Next, the operation of supplying the C liquid crystals to the bottle 2 说明 will be described below. The operator replaces the bottle 20 with a new bottle. The operator replaces the liquid crystal cell with a liquid crystal cell in which C liquid crystals are stored. The operator connects the liquid crystal cell 12〇 storing the C kinds of liquid crystals to the first ends of the third tube member 153 and the pressure supply tube 133. First, the liquid crystal coater 10 moves the coating head unit support frame 15, and the bottle holder 2 attached to the coating head unit 17 is placed at a reference point. Thereafter, the rod 142a of the cylinder 142 advances the holder 143 to advance, and the tube support block 144 is inserted into the receiving hole 21a. The undersized giant STs; 63 open the third tube 153' and the air pump 131 supplies pressure to the liquid crystal through the pressure supply tube 133. Then, the C liquid crystal is applied to the pressure of the liquid crystal cell 12, and passes through 120 201202786. The third pipe member 153 and the receiving hole 2ia are supplied to the bottle holder 2''. As described above, in the liquid crystal supply farm of the present invention, different types of pipe fittings and valve members are used. Therefore, after the pipe support block or a plurality of support members are inserted into the receiving hole, the required type can be supplied through the corresponding pipe fittings from Feiyang to the corresponding Wei Wei. Therefore, the operation of replacing the crystal face can be promoted. BRIEF DESCRIPTION OF THE DRAWINGS The foregoing and other objects, features, and advantages of the present invention will become more apparent from the accompanying drawings and the detailed description, wherein: Figure 1 is a liquid crystal supply apparatus according to a first embodiment of the present invention and 2 is a side view of the tube support block of FIG. 1; FIG. 3 is a side view of the first tube member and the third tube 153 inserted into the tube support block of FIG. 2; Figure 4 is a schematic view of a liquid crystal supply device according to a second embodiment of the present invention; Figure 5 is a side view of the pipe support tube of Figure 4; Figure 6 is a view of a liquid crystal supply device according to a third embodiment of the present invention; And FIG. 7 is a schematic diagram of a liquid crystal supply device according to a fourth embodiment of the present invention. [Main component symbol description] 1 〇LCD coater 13 platform 11 main frame 15 coating head unit branch frame 201202786 17 coating head unit 21 Cap 110 bottom plate 121, 122, 123 liquid crystal tank 131 air pump 132 steering valve 140 injection unit 142 cylinder 143 holder 144a, 144b, 144c perforation 151, 152, 153 pipe member A adhesive U, L2, L3 long
Ml、M2、M3壓力供應管 R後表面SI、S2、S3子管 20瓶器 21a接受孔 120液晶槽 130壓力供應單元 131a、131b、131c 空氣泵 133壓力供應管 141底板 142a桿件 144管件支撐塊 145a、145b、145c管件支撐管 161、162、163 閥件 F前表面 Μ主管 Ρ平面 X潔淨台Ml, M2, M3 pressure supply pipe R rear surface SI, S2, S3 sub-tube 20 bottle 21a receiving hole 120 liquid crystal cell 130 pressure supply unit 131a, 131b, 131c air pump 133 pressure supply pipe 141 bottom plate 142a rod 144 pipe support Blocks 145a, 145b, 145c pipe support tubes 161, 162, 163 valve member F front surface Μ main Ρ plane X clean table