五'發明説明（I ) 經濟部智慧財產局員工消費合作社印製 本發明係有關篩網印刷裝置，特别是有關於藉簡單又 小型之機構’將欲印刷之基片沿X方向、γ方向、轉動方 向予以定位於位置固定之製版之技術。 按’篩網印刷裝置由於其印刷位置僅在製版及基片刷 之間設有狹窄間隙_面，其為更換基片之操作裝置乃需適 當空間’致通常係在該印刷位置之離開位置設置基片更換 位置，並為基片自基片更換位置搬移至印刷位置而設有可 作往復驅動之基片搬運台。且此種篩網印刷裝置為基片對 準製版位置而在該基搬運台裝有χ、γ、0調節機構， 則在進行篩網印刷之前藉X、γ、β調節機構將基片之X 方向位置，與該X方向呈直交之γ方向位置，以及轉動角 度位置Θ對於製版予以調節，俾使欲印刷之圖案定位於基 片。 唯，上述習知Χ、Υ、0調節機構係具有：例如在底 板被引導可移動自如於X方向之X方向移動板，促該X方 向移動板微動於X方向之X方向微動調節裝置，將X方向 移動板予以鎖固之X方向鎖固裝置，在X方向移動板被引 導可移動自如於Υ方向之Υ方向移動板，促該Υ方向移動 板微動於Υ方向之Υ方向微動調節裝置，將γ方向移動板 予以鎖固之Υ方向鎖固裝置，在Υ方向移動板被設成可沿 其略中心轉動自如之轉動板，將該轉動板之轉動角度位置 予以微動調節之轉動微動調節裝置，將轉動板予以鏑固之 轉動鎖固裝置等，且被構成在其轉動板上再裝載基片，致 該Χ、Υ、Θ調節機構體積龐大，需要其容納空間而篩網 本紙張又度適用中國國家標準（CNS)A4規格（ 210X297公釐） .4 - ----------裝------訂------線 I (请先^读背面之注意Ϋ項再填寫本頁) ____B7_ ____B7_ 經濟部智慧財產局員工消費合作社印製 五、發明説明（2 ) 印刷裝置亦變呈大型同時，為往復移動該重量龐大之X、 Υ、Θ調節機構所需機構亦變大，並因須要較多構件以致 有篩網印刷裝置售價變高之不妥3 本發明即以上述情形為背景所促成者，係以提供一種 構造簡單、小型且價廉’並具χ、γ、0調節機構之篩網 印刷裝置為目的。 為達成上述目的’本發明要點係為一種具：設於基片 印刷位置之製版，與被引導於預先設定之基片更換位置及 該基片印刷位置之間之搬運台本體，與被設成於該搬運台 本艘上對上述製版可接近移離自如之上下桌台，並備有可 將在該基片更換位置裝載於上下桌台上之基片搬移至上述 基片印刷位置之基片搬運台，且在篩網印刷時可使上述基 片定位於上述製版底下形式之篩網印刷裝置，而上述上下 桌台則含有：（a)上下基板，與（b)為支象上述基片被裝於 該基板上呈可沿該上下基板平行方向相對移動自如之移動 板’與（c)為將該移動板把持於X方向被設於上述上下基板 之一對構件，即根據電氣信號受驅動於X方向之X方向驅 動構件及被賦與向該X方向驅動構件施加所定施力之X方 向施力構件’與（d)為將上述移動板在上述X方向以離開所 定距離之狀態予以把持於與X方向呈直交之Y方向而被設 於上述上下基板之兩對構件，即根據電氣信號被驅動於γ 方向之第一Y方向驅動構件及第二γ方向驅動構件，以及 被賦予向該第一Y方向驅動構件及第二γ方向驅動構件施 加所定施力之第一Y方向施力構件.及第二γ方向施力構件 本紙張从遑用中國國家揉準（CNS)八4聽( 210X297公4 ) - 5 - ----------^------tr------,ii Γ κ (請先閲讀背面之注$項再填寫本頁) 經濟部智慧財產局員工消费合作社印製 ________B7_五、發明説明（3 ) α 如此，被裝載於上下基板上之移動板可由又方向驅動 構件及X方向施力構件以所定施力予以把持於又方向同時 ’亦由第一Υ方向驅動構件及第一γ方向施力構件與第二 Υ方向驅動構件及第二Υ方向施力構件分別以所定施力予 以把持於Υ方向，因此藉移動X方向駆動構件可將移動板 所支承基片對於製版之位置沿X方向予以調節，及藉同量 移動第一 Υ方向驅動構件及第二γ方向驅動構件可將移動 板所支承基片對於製版之位置沿γ方向予以調節，以及藉 不同量不同方向移動第一Υ方向驅動構件及第二Υ方向驅 動構件可將移動板所支承基片對於製版之轉動位置β予以 調節。因此，依據本發明乃不必使用；在基板由引導軌道 移動自如地沿X方向予以引導之X方向移動板，將該X方 向移動板沿X方向予以微動之X方向微動調節裝置，用於 鎖定X方向移動板之X方向鎖固裝置，在該X方向移動板 由引導軌道移動自如地沿Υ方向予以引導之Υ方向移動板 ，將該Υ方向移動板沿Υ方向予以微動之γ方向微動調節 裝置，用於鎖定Υ方向移動板之Υ方向鎖固裝置，被設成 在該Υ方向移動板沿其略中心周邊轉動自如之轉動板，將 該轉動板之轉動角度位置予以微動調節之轉動微動調節裝 置，用於鎖定轉動板之轉動鎖固裝置等，即能構成Χ、Υ 、0調節機構，致體積變小其所需空間亦小且篩網印刷裝 置變呈小型同時，Χ、γ、<9調節機構重量隨之變輕俾使 其往復移動之機構亦變小，以及構件數目較少，故篩網印 I i I I 裝 I I I 訂 I !. 線 T* (請先閱锖背面之注意事項再填寫本莧) 本纸張尺度速用中國國家樣準（CNS ) A4規格（210X 297公釐） 經濟部智慧財產局员工消費合作社印製 Α7 £7_ 五、發明説明（4 ) 刷裝置乃變成較為廉價· 在此，更佳者尚含有：（e)上述上下基板頂面所形成 多數氣孔，與（〇促使該上下基板之多數氣孔放出壓縮氣 體之壓縮氣體供應裝置，與（g)俾使上述上下基板之多數 氣孔呈負壓將上述移動板吸住於該上下基板之負壓供應裝 置’與（h)在上述移動板之移動期問内俾使上述壓縮氣體 供應裝置向上述上下基板供應壓縮氣體，在該移動板定位 完妥後俾使上述負壓供應裝置向該上下基板供應負壓將該 移動板固定於該上下基板之切換控制閥。如此，即在移動 板之移動期間内’藉切換控制閥由壓縮氣體供應裝置對上 下基板供應壓縮氣體，促使上述上下基板之多數氣孔放出 壓縮氣體可在移動板及支承該移動板之上下基板之間形成 空氣膜，致移動板能可由極小力量予以移動同時，當該移 動板定位完了後’藉切換控制閥自負壓供應裝置向該上下 基板供應負壓’促使上述上下基板之多數氣孔呈負壓將移 動板吸住於支承該移動板之上下基板，以確實固持該移動 板。因此，乃不需將移動板沿χ、γ方向或轉動方向予以 移動之引導執道等’而具裝置簡單又小型之優點。 又’更佳者係含有⑴藉變更上述X方向驅動構件之X 方向位置以定位上述基片之對於上述製版之X方向位置， 藉同量變更上述第一Υ方向軀動構件及第二γ方向驅動構 件之Υ方向位置以定位該基片之對於製版之Υ方向位置， 藉不同量變更該第一Υ方向驅動構件及第二γ方向驅動構 件之Υ方向位置以定位該基片之對於製版之轉動位置之位 ( CNS ) Α4^Μ· ( 2I0X297/>it )"--η - ----------^-------tr------φ. (請先閱讀背面之注意事項再填寫本頁) 五、發明説明（5 A7 B7 經濟部智慧財產局員工消費合作社印製 置對合控制裝置》如此，藉控制小型之X方向驅動構件， 第一Y方向驅動構件及第二Y方向驅動構件可進行基片之 位置對合，致不需使用X方向桌台引導裝置，χ方向桌台 移位螺桿裝置，Y方向桌台引導裝置，γ方向桌台移位螺 桿裝置，桌台轉動機構及轉動移位裝置，而可由小型且輕 量之移位螺桿機構進行調節移動板之X方向位置、γ方向 位置' 轉動角度位置0之優點。 且，更佳者再含有：具⑴由小徑孔及繼續之大徑孔 所成而貫通於上述移動板之階梯孔，與（幻較上述大徑孔 為小徑之鏔固板，與（1)具比上述小徑孔更小徑而貫通於 該小徑孔且前端固定有該鎖固板之輸出桿，並備有被設於 上述上下基板之固定氣筒之鎖固裝置，如此，在上下基板 之多數氣孔未呈負壓狀態下，亦具有能將移動板固定於上 下基板之優點。 再’更佳者則為（m)將上述移動板形成為矩形，（n)上 述X方向駆動構件與X方向施力構件為卡合於該移動板之 Y方向平行兩邊且將該移動板把持於χ方向之圓形剖面之 銷體’（〇)上述第一Y方向驅動構件及第二γ方向驅動構件 與第一 Y方向施力構件及第二γ方向施力構件為分別卡合 於上述移動板之X方向平行兩邊且將該移動板把持於γ方 向之圓形剖面销艘。如是，移動板互相平行兩邊係於X方 向及Y方向由圚形剖面銷體以所定施力分別予以挾持，致 X方向16動構件、X方向施力構件、第一 Y方向媒動構件 '第二Y方向驅動構件、第一 Y方.向施力構件、第二γ方 本紙張尺度適用中國國家標準（CNS ) A4規雇（210X297公釐） (請先閲讀背面之注意事項再填寫本頁} •裝 訂 線 ^ 43 86 8 1 ^ 43 86 8 1 經濟部智慧財產局員工消費合作社印製 五、發明説明（6 ) 向施力構件對於移動板之抵觸位置雖有脫離，亦具有能不 影響移動板之調節位置之優點。 [本發明之較佳實施形態] 以下依據圖示說明本發明一實施形態之大型基片用筛 網印刷裝置10。第1圖為篩網印刷裝置10之側視圖，第2圓 為正視圖。在第1圖，滑動台驅動裝Ϊ 12係由復蓋該滑動 台驅動裝置12之蓋片予以表示，在第2圖，調整用基月位 置檢測裝置13及後述之滑動台驅動裝置12等則被拆除β且 ，第2圖之右側部份R為對後述基片42予以施加篩網印刷 之印刷位置，左側部份L為該基片42由未圖示操作裝置予 以更換之更換位置，亦是在更換之新基片42進行印刷前， 將由一對上述調整用基片位置檢測裝置13檢出之該基片42 上一對標記，藉後述上下桌台114之Χ-Υ-0位置調節功能 予以定位於預先設定印刷位置之位置a 該篩網印刷裝置10係具有正視呈橫向較長之矩形框狀 側視呈直角三角框狀之構架即框架14 »該框架14乃含有： 具多數接觸於水平安裝面亦即床面之床整16之矩形框狀基 架18’與自該基架18之非作業者（背面）側之一對角隅向垂 直方向立設且頂端由水平連結樑20予以互相連接之一對垂 直柱22’與自該基架18之作業者（前面）側之—對角觸向例 如60度左右傾斜狀態予以立設並被連接於上述垂直柱22頂 端之一對斜柱24,與被固定於上述一對斜柱24頂端及底端 且分別水平架設於該等頂端間及底端間之上部水平框26及 下部水平框28»而該上部水平框26及下部水平框28則由其 本紙張尺度遑用中國囷家橾率（CNS ) Α4规格（210Χ297公釐） —---------^------t------0 {請先聞讀背面之注項再填寫本頁) 9 43 8681 A7 B7 五、發明説明（7 ) 中間所連結補強構件30、32、34予以提高剛性》 如第3圖所示，上述篩網印刷裝置1〇所採用製版36為 如具有1 500(縱向）mm x 1 8〇〇(橫向）mm左右外形之極大型 厚膜印刷用者’係由鋁合金等之輕合金製矩形框38與張設 於該矩形框38—面之篩網40所構成，且該篩網40乃在被塗 敷所定厚度之由光致硬化性樹脂所成乳膠後經曝光時亦即 乳膠硬化時’藉除去經遮光未硬化部份以形成欲印刷圖像 之負像。由於篩網40當中被除去上述光致硬化性樹脂塗層 部份才能穿透糊漿，致可在如4〇英吋等離子髋顯示裝置用 大型基片42上進行所盼圖案之厚膜印刷。上述上部水平框 26及下部水平框28則設有以60度左右傾斜狀態保持或把持 上述製版36予以固定於框架14用之多數個（在本實施例為6 個）製版保持裝置44。上述上部水平框26及下部水平框28 係具有當作製版固定框架將製版36以60度左右傾斜狀態予 以固定之功能。 上部水平框26及下部水平框28又分別以水平狀固設有 具對向於製版36 —側面即矩形框38之篩網40侧面之引導面 之長向狀一對第一引導板46，及對向於製版36端面之引導 面之長向狀一對第二引導板48，並藉該等第一引導板46及 第二引導扳48可將製版36引導於水平方向。且，各第一引 導板46以自其引導面稍微突出之狀態分別設有多數球狀轉 動體50同時，亦設有自被固定於下部水平框28之第二引導 板48引導面而藉氣筒52予以凸出之一對尼龍樹脂製，氣素 樹脂製等之樹脂製搬運滚輪5 4，致.在更換較重之上述製版 本纸張尺度通用中國國家梯準（CNS ) A4規格（210X297公釐} I -----^------tr------^ (請先閲讀背面之注意事項再填寫本頁) 經濟部智慧財產局員工消費合作社印製 10 43 43 經濟部智慧財產局員工消費合作社印製 A7 B7 五、發明説明（8 ) 36而將原來之製版36或新換製版36沿水平方向亦即第2圖 正視圖之左右方向予以移動時’可由上述球狀轉動體50及 樹脂製搬運滾輪54之轉動減輕其移動阻抗》又，上述第一 引導板46及第二引導板48係介所定間隔構件而被固定於上 部水平框26及下部水平框28»例如下部水平框28乃如第3 及4围所示，介下部水平框28上面所固定正方形剖面之長 向狀構件56及被固定於該長向狀構件56前面之間隔構件58 而固定有第一引導板46 » 上述製版保持裝置44如第3圖乃至第5囷所詳示，在各 第一引導板46較長方向三個位置所設欠口 59内係具有：藉 固定於上述間隔構件58之引導軌道60予以引導於與第一引 導板46之引導面呈垂直方向且可沿第一引導板46或製版36 之厚度方向移動之抵觸板62,與被固定於長向狀構件56且 將該抵觸板62驅動於上述厚度方向移動之抵觸板驅動氣筒 64，與在篩網印刷時為設定製版36之篩網40與基月42間之 版間距m所需板狀厚規之版間距規66,與底面具有可吸 住版間距規66之永久磁鐵68及前面上半部形成有可裝脫自 如嵌入該版間距規66之嵌合孔70，且藉一體連結與固定於 長向狀構件56之滑動氣筒72之可動部74而被定位於平行與 製版36之篩網40上下方向兩個位置之規體保持構件76，與 為承受挾壓負荷以滑自如抵觸於上述規體保持構件76背面 之狀態被固定於長向狀構件56之支援構件78,與前端固定 有推壓墊80且可向上述抵觸板62突出之輪出桿82,以及備 有介托架84被固定於下部水平框28之挾緊氣筒86。 本紙張尺度逋用中國國家揉準（CNS ) A4規格（210X297公釐） ----------裝 —-----IT------漆 ' (請先閲讀背面之注意事項再填窝本頁)V. Description of the invention (I) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs This invention is related to screen printing devices, and in particular, it is related to simple and small institutions' to print substrates along the X direction, γ direction, The direction of rotation is to position the plate making technology at a fixed position. According to the 'screen printing device, because of its printing position, there is only a narrow gap between the plate making and the substrate brush, which requires an appropriate space for the operating device to replace the substrate', which is usually set at the leaving position of the printing position. The substrate replacement position is provided with a substrate handling table capable of reciprocating driving for the substrate to be moved from the substrate replacement position to the printing position. And this kind of screen printing device is for the substrate to be aligned with the plate making position, and the x, γ, and 0 adjustment mechanisms are installed on the base handling table. Before the screen printing is performed, the X of the substrate is adjusted by the X, γ, and β adjustment mechanisms. The directional position, the γ-direction position orthogonal to the X direction, and the rotation angle position Θ are adjusted for plate making, so that the pattern to be printed is positioned on the substrate. However, the above-mentioned conventional X, Y, and 0 adjusting mechanism has, for example, an X-direction moving plate that is guided to move freely in the X direction on the bottom plate, and urges the X-direction moving plate to move in the X direction. The X-direction locking device for locking the X-direction moving plate. The X-direction moving plate is guided to move the plate in the Υ direction and moves the plate in a Υ direction, and urges the Υ-direction moving plate to move slightly in the Υ direction. A Υ-direction locking device for locking the γ-direction moving plate, and the 移动 -direction moving plate is set to a rotation plate capable of rotating freely along its slightly center, and the rotation angle position of the rotation plate is finely adjusted. Rotary locking device that fixes the rotating plate, and is configured to load the substrate on the rotating plate, so that the X, Υ, Θ adjustment mechanism is bulky, and it needs its accommodation space, and the screen paper Applicable to China National Standard (CNS) A4 specification (210X297mm). 4----------- installation ------ order ------ line I (please read ^ (Please note this item before filling out this page) ____B7_ ____B7_ Intellectual Property of the Ministry of Economic Affairs Printed by the employee consumer cooperative V. Description of the invention (2) The printing device has also become large. At the same time, the mechanism required to move the heavy X, 调节, Θ adjustment mechanism back and forth has also become larger, and it requires more components to be screened. The inconvenience of the screen printing device becoming expensive 3 The present invention is facilitated by the above situation as the background, and aims to provide a screen printing device with simple structure, small size and low price, and equipped with χ, γ, and 0 adjustment mechanisms. purpose. In order to achieve the above-mentioned object, the gist of the present invention is a platen provided at a printing position of a substrate, a conveying table body guided between a predetermined substrate replacement position and the substrate printing position, and The above-mentioned plate making can be easily moved away from the upper and lower tables on the handling platform, and there is a substrate transfer that can move the substrate loaded on the upper and lower tables at the substrate replacement position to the above substrate printing position. And the screen can be positioned in the screen printing device in the form of the above-mentioned plate making during screen printing, and the upper and lower tables include: (a) upper and lower substrates, and (b) supporting the substrate as described above. The moving plate is mounted on the substrate and can move relatively in the parallel direction of the upper and lower substrates, and (c) is a pair of members provided on the upper and lower substrates to hold the moving plate in the X direction, that is, it is driven according to an electrical signal The X-direction driving member in the X direction and the X-direction applying member that is given a predetermined urging force to the X-direction driving member are provided in a state where the moving plate is separated from a predetermined distance in the X direction. The two pairs of members provided on the upper and lower substrates held in the Y direction orthogonal to the X direction, that is, a first Y-direction driving member and a second γ-direction driving member that are driven in the γ direction according to an electrical signal, and are provided with The first Y-direction driving member and the second γ-direction driving member apply a predetermined urging force to the first Y-direction urging member and the second γ-direction urging member. (210X297 male 4)-5----------- ^ ------ tr ------, ii Γ κ (Please read the note on the back before filling this page) Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ________B7_ V. Description of the Invention (3) α In this way, the moving plate loaded on the upper and lower substrates can be controlled by the direction driving member and the X direction force member with a predetermined force. At the same time, the first Υ direction driving member and the first γ direction urging member and the second Υ direction driving member and the second Υ direction urging member are held in the Υ direction by a predetermined urging force, so by moving X The direction moving member can position the substrate supported by the moving plate with respect to the plate making in the X direction. By adjusting and moving the first Υ direction driving member and the second γ direction driving member by the same amount, the position of the substrate supported by the moving plate for the plate making can be adjusted in the γ direction, and the first Υ direction can be moved by different amounts and in different directions. The driving member and the second Υ-direction driving member can adjust the substrate-supported rotating plate β for the plate making rotation position β. Therefore, it is not necessary to use it according to the present invention; an X-direction micro-motion adjustment device for moving the X-direction moving plate in the X direction to be guided in the X direction freely by the guide rail, and an X-direction micro-motion adjustment device for locking the X X-direction locking device of the direction-moving plate, in which the X-direction moving plate is freely moved by the guide rail in the Υ-direction moving plate, and the Υ-direction moving plate is finely moved in the Υ-direction in the γ-direction micro-movement adjusting device The Υdirection locking device for locking the Υdirection moving plate is set to rotate the rotation plate in the Υdirection moving plate along the periphery of its slightly center, and the rotation angle position of the rotation plate is finely adjusted. Device, used to lock the rotation lock device of the rotating plate, etc., can constitute the X, Y, 0 adjustment mechanism, so that the volume becomes smaller, the required space is smaller, and the screen printing device becomes smaller. At the same time, X, γ, < 9 The weight of the adjustment mechanism becomes lighter. The mechanism that makes it reciprocate also becomes smaller and the number of components is smaller. Therefore, the screen printing I i II is installed III and the order I !. Thread T * (please read 锖Please fill in this note again for this matter.) This paper size is quick to use Chinese National Standard (CNS) A4 specification (210X 297 mm). Printed by the Intellectual Property Bureau Staff Consumer Cooperative of the Ministry of Economy A7 £ 7_ V. Description of Invention (4) The brush device has become cheaper. Here, the better still contains: (e) a plurality of air holes formed on the top surface of the upper and lower substrates, and (0) a compressed gas supply device that causes most of the air holes of the upper and lower substrates to release compressed gas, and ( g) negative pressure supply device 'and making most of the air holes of the upper and lower substrates negative to hold the moving plate on the upper and lower substrates; and (h) during the moving period of the moving plate, make the compressed gas supply device to The upper and lower substrates supply compressed gas, and after the positioning of the moving plate is completed, the negative pressure supply device supplies negative pressure to the upper and lower substrates to fix the moving plate to the switching control valve of the upper and lower substrates. During the movement period, the compressed gas supply device supplies compressed gas to the upper and lower substrates by switching the control valve, so that most of the air holes on the upper and lower substrates can release the compressed gas. An air film is formed between the moving plate and the upper and lower substrates supporting the moving plate, so that the moving plate can be moved by a small amount of force. At the same time, after the positioning of the moving plate is completed, the negative pressure supply device is used to supply negative pressure to the upper and lower substrates by switching the control valve. Pressure 'causes most of the air holes in the upper and lower substrates to assume a negative pressure to attract the moving plate to the upper and lower substrates supporting the moving plate to securely hold the moving plate. Therefore, it is not necessary to place the moving plate in the χ, γ direction or the rotation direction. Moving guides, etc. have the advantage of simple and compact devices. The "better ones" include the method of changing the X-direction position of the X-direction driving member to locate the X-direction position of the substrate with respect to the plate making. Change the Υ-direction position of the first Υ-direction body member and the second γ-direction drive member by the same amount to locate the Υ-direction position of the substrate for plate making, and change the first Υ-direction drive member and the second γ by different amounts. The directional position of the directional driving member is used to position the position of the substrate for the plate rotation position (CNS) Α4 ^ Μ · (2I0X297 / > it) "-η----------- ^ ------- tr ------ φ. (Please read the notes on the back before filling out this page) V. Description of the invention (5 A7 B7 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs "Control device" In this way, by controlling a small X-direction driving member, the first Y-direction driving member and the second Y-direction driving member can perform position alignment of the substrate, so that the X-direction table guide device is not required, and the χ-direction table Table shift screw device, Y direction table guide device, γ direction table shift screw device, table rotation mechanism and rotation shift device, and the X direction of the moving plate can be adjusted by a small and lightweight shift screw mechanism Position, γ-direction position 'The advantage of the rotation angle position 0. And, the better one further includes: a stepped hole formed by a small-diameter hole and a continuous large-diameter hole and penetrating through the moving plate, and (magic than the large-diameter hole is a small-diameter fixed plate, and ( 1) An output rod having a smaller diameter than the above-mentioned small-diameter hole, penetrating through the small-diameter hole and fixing the locking plate at the front end, and provided with a locking device of a fixed air cylinder provided on the upper and lower substrates, so that in Most of the air holes of the upper and lower substrates have the advantage of being able to fix the moving plate to the upper and lower substrates even when the air pressure is not negative. More preferably, (m) the moving plate is formed into a rectangle, and (n) the X direction is moved The member and the X-direction urging member are pin bodies which are engaged on two parallel sides of the moving plate in the Y direction and hold the moving plate in a circular cross section in the χ direction. '(〇) The first Y-direction driving member and the second γ The directional driving member, the first Y-direction urging member, and the second γ-direction urging member are circular cross-section pins engaged with the X-direction parallel sides of the moving plate and holding the moving plate in the γ direction. The two sides of the moving plate are parallel to each other in the X direction and the Y direction. The cross-section pin body is respectively held by a predetermined urging force, resulting in a 16-direction moving member, an X-direction urging member, a first Y-direction mediating member, a second Y-direction driving member, and a first Y-direction. The second gamma paper size is subject to the Chinese National Standard (CNS) A4 (210X297 mm) (Please read the precautions on the back before filling out this page} • Gutter ^ 43 86 8 1 ^ 43 86 8 1 Ministry of Economic Affairs Printed by the Intellectual Property Bureau's Consumer Cooperatives V. Description of the Invention (6) Although the force-applying member has a disengaged position against the moving plate, it also has the advantage of not affecting the adjustment position of the moving plate. [The preferred embodiment of the present invention ] The following describes a screen printing device 10 for large substrates according to an embodiment of the present invention. The first figure is a side view of the screen printing device 10, and the second circle is a front view. In the first figure, the slide table is driven. The decoration 12 is shown by a cover sheet covering the sliding table driving device 12. In FIG. 2, the adjustment base month position detection device 13 and the sliding table driving device 12 described later are removed β, and FIG. 2 The right part R is for the substrate 42 described later. The printing position to which screen printing is applied. The left part L is the replacement position of the substrate 42 replaced by an operating device not shown. It is also a pair of adjustment substrates before the replacement of the new substrate 42 for printing. The pair of marks on the substrate 42 detected by the sheet position detecting device 13 is positioned at a preset printing position by the X-Υ-0 position adjustment function of the upper and lower table 114 described later a. The screen printing device 10 has Front view is a long rectangular frame. Side view is a right-angled triangular frame. That is, the frame 14. The frame 14 contains: a rectangular frame base 18 with a majority of the bed 16 in contact with the horizontal mounting surface, that is, the bed surface. 'A pair of vertical pillars 22' which are diagonally positioned vertically from one of the non-operator (back) sides of the base frame 18 and whose top ends are connected by horizontal connecting beams 20 'and the operations from the base frame 18 On the (front) side-it is erected at a diagonal angle of, for example, about 60 degrees, and is connected to one pair of inclined columns 24 at the top of the vertical column 22, and fixed to the top and bottom of the pair of inclined columns 24 And erected horizontally between the tops The upper horizontal frame 26 and the lower horizontal frame 28 between the bottom end and the upper horizontal frame 26 and the lower horizontal frame 28 are based on their paper size and use the China Household Standard (CNS) A4 size (210 × 297 mm) — --------- ^ ------ t ------ 0 {Please read the notes on the back before filling this page) 9 43 8681 A7 B7 V. Description of the invention (7) Reinforcement members 30, 32, and 34 connected to the center increase rigidity. As shown in FIG. 3, the plate-making 36 used in the screen printing device 10 is, for example, 1 500 (longitudinal) mm x 1 800 (horizontal) mm. The left-right and extra-large thick-film printing users are composed of a light alloy rectangular frame 38 made of aluminum alloy and a screen 40 stretched on one side of the rectangular frame 38, and the screen 40 is being coated. When a latex made of a photocurable resin of a predetermined thickness is exposed after the exposure, that is, when the latex is hardened, the uncured portion through shading is removed to form a negative image of the image to be printed. Since the photo-hardenable resin coating is removed from the screen 40 to penetrate through the paste, thick film printing of a desired pattern can be performed on a large substrate 42 such as a 40-inch plasma hip display device. The upper horizontal frame 26 and the lower horizontal frame 28 are provided with a plurality of plate-holding devices 44 (in this embodiment, six) for holding or holding the plate-making 36 and fixing it to the frame 14 at an angle of about 60 degrees. The above-mentioned upper horizontal frame 26 and lower horizontal frame 28 have a function as a plate-making fixed frame to fix the plate-making 36 at an angle of about 60 degrees. The upper horizontal frame 26 and the lower horizontal frame 28 are respectively horizontally fixed with a pair of first guide plates 46 having a long guide surface facing the plate making 36—the side is the side of the screen 40 of the rectangular frame 38, and A pair of second guide plates 48 in a longitudinal direction opposite to the guide surface of the end surface of the plate making 36, and the plate making 36 can be guided in the horizontal direction by the first guide plate 46 and the second guide plate 48. In addition, each of the first guide plates 46 is provided with a plurality of spherical rotating bodies 50 in a state that slightly protrudes from its guide surface. At the same time, it is also provided with a guide tube from a second guide plate 48 fixed to the lower horizontal frame 28 to borrow air. 52 to be protruded one of the nylon resin, gas resin, and other resin-made transporting rollers 5 4 to, in the replacement of the heavier version of the above-mentioned paper standard GM China National Standard (CNS) A4 specifications (210X297) Li} I ----- ^ ------ tr ------ ^ (Please read the notes on the back before filling this page) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 10 43 43 Economy A7 B7 printed by the Consumer Cooperative of the Ministry of Intellectual Property Bureau V. Invention Description (8) 36 and the original plate 36 or the newly changed plate 36 is moved in the horizontal direction, that is, the left and right direction of the front view in Figure 2 The rotation of the rotator 50 and the resin-conveying roller 54 reduces its moving resistance. Also, the first guide plate 46 and the second guide plate 48 are fixed to the upper horizontal frame 26 and the lower horizontal frame 28 through predetermined spacer members. For example, the lower horizontal frame 28 is as shown in the third and fourth circles. The first guide plate 46 is fixed to the elongated member 56 with a square cross section fixed on the horizontal frame 28 and the spacer member 58 fixed to the front of the elongated member 56. »The above-mentioned plate-making holding device 44 is as shown in Fig. 3 to 5 As shown in detail, the openings 59 provided at three positions in the longer direction of each of the first guide plates 46 are provided with a guide rail 60 fixed to the above-mentioned spacer member 58 to be guided to the guide surface of the first guide plate 46 An abutment plate 62 that is vertical and movable in the thickness direction of the first guide plate 46 or plate-making 36, and an abutment plate driving air cylinder 64 that is fixed to the long-shaped member 56 and drives the abutment plate 62 in the thickness direction. The plate spacing gauge 66 with a plate-like thickness gauge required for setting the plate spacing m between the screen 40 of the plate making 36 and the base month 42 during screen printing, and the permanent magnet 68 and the bottom surface having a suction plate spacing gauge 66 and The upper half of the front is formed with a fitting hole 70 that can be detachably inserted into the plate spacing gauge 66, and is positioned in parallel with the plate making 36 by integrally connecting and fixing the movable portion 74 of the sliding cylinder 72 fixed to the long-shaped member 56. Of the screen 40 in two positions The gauge body holding member 76 is supported by a support member 78 fixed to the longitudinal member 56 in a state of slidingly abutting against the back surface of the above-mentioned gauge body holding member 76 in order to withstand the pressure load, and a pressing pad 80 is fixed to the front end and can be moved to The abutment lever 82 protruding from the abutment plate 62 and the tightening air cylinder 86 provided with the media bracket 84 are fixed to the lower horizontal frame 28. The paper size is in accordance with China National Standard (CNS) A4 (210X297 mm) ---------- Install ------- IT ------ lacquer '(Please read the precautions on the back before filling this page)
II 經濟部智慧財產局员工消費合作社印製 A7 _____B7五、發明説明（9 ) 製版36之篩網40與篩網印刷時被提昇之基片42(第3圊 之一點销線所示）間之版間距D1係為篩網印刷之設定條件 之一，須由篩網40之網格、印刷囷案之線條粗細程度、糊 漿之黏度等加以變化。在本實施例之篩網印刷裝置1〇乃藉 上述所構成製版保持裝置44之高信賴性又簡單之構造，而 习進行高精確度之版間距D1零確認及印刷狀態之版間距 D1設定。即’在製版36被引導至所定印刷位置之狀態， 如第3、4、5圖之實線所示，該輸出桿82由挾緊氣筒86拉 引而處於非挾壓位置，及該可動部74由滑動氣筒72予以處 於上昇位置俾使版間距規66自對向於抵觸板62背面位置轉 變為處於向上離開之位置同時，如第4圖之兩點鎖線所示 ，藉抵觸板驅動氣筒64將該抵觸板62拉至非作業者側，可 使該製版36下降至第一引導板46侧，故由上昇至印刷位置 之基片42與上述篩網40之間之間隙狀態及互相接觸之狀態 ，可容易使作業者進行版間距D1之零確認。 其次，藉由抵觸板驅動氣筒64該抵觸板62乃被突出於 作業者侧、製版3 6則上昇至挾緊氣筒8 6側即作業者侧並以 自第一引導板46離開之狀態，將為形成適合印刷條件之版 間距D1所需之版間距規66更換其原來者並裝設於規髏保 持構件76之喪合孔70。該版間距規66係略具有版間距D1 如上嵌合孔70深度之厚度尺寸。然後由滑動氣筒72將該可 動部74處於下降位置俾使版間距規66處於對向抵觸板62背 面位置同時，當由抵觸板驅動氣筒64將該抵觸板62拉至非 作業者側時，在抵觸板62與支援構件78之間之版間距規66 ----------裝------訂------線 * (請先聞讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家梂準（CNS > Α4规格（210X297公釐） 12 經濟部智慧財產局貝工消費合作社印製 A7 B7五、發明説明（10) 及規體保持構件76即一起被挾壓，致抵觸板62前面隨所形 成版間距D1程度凸向挾緊氣筒86。且以此種狀態，該挾 緊氣筒86之輸出桿82呈突出狀態，並以其前端之推壓墊8〇 與抵觸板82之間挾住矩形框38，而以確實形成版間距D1 狀態將製版36予以固定》 藉此’比及為使版間距D1可連讀變化而設置複雜機 構之情形，不只搆造變為簡單又小型且裝設空間亦變小而 易於保養同時，尚可提昇所設定之版間距D1信賴性。即 ，藉由抵觸板驅動氣筒64與挾緊氣筒86挾壓版間距規66 * 致一旦被設定該版間距D1後即不會變化而可提高其信賴 性，並版間距規66之更換亦極為簡單，故具有版間距設定 所需工數較少之優點。 又，係由前面上部具上述版間距規66可裝脫自如嵌入 之嵌合孔70且被設置於製版36外周部之矩形框38與位置固 定構件之支援構件78之間之規體保持構件76,以及將該規 體保持構件76移動於該支援構件78與製版36間之版間距規 66介插位置及不介插位置之間且以促動器作用之滑動氣筒 72構成一版間距規保持裝置88,而藉該版間距規保持裝置 88以未介插版間距規66之狀態由挾緊氣筒86之推壓墊80推 壓製版36時，由於該推壓墊80與支援構件78間未存在版間 距規66，致可確認版間距D1之零狀態同時，由於嵌合孔70 被形成於規體保持構件76頂部，故具可容易更換版間距規 66之優點。 又，由於在製版36外周部之矩形框38與版間距規66之 ----------^------ΐτ------i - · (請先《讀背面之注$項再填寫本頁) 本纸張尺^逋用中國國家標準（〇^>八4规格（210><297公釐> 13 經濟部智慧財產局员工消費合作社印製 A7 B7__五、發明説明（11 ) 間設有：對向推壓墊80且可沿其推壓方向及反推壓方向移 動之抵觸板62，以及藉將該抵觸板62驅動至上述推壓方向 以其背面與支援構件78間挾住版間距規66,或藉將該抵觸 板62駆動至上述反推壓方向可使規艟保持構件76上下方向 移動之具促動器功能之抵觸板驅動氣茼64,故藉將製版36 提升至較低抵觸板62更為上方俾使規體保持構件76移向上 方，而具不關製版36負荷可容易更換版間距軌66之優點η 又，由具推壓構件功能之推壓墊80與具先端固定有該 推壓墊80之輸出桿82且介托架84被固定於框架14之挾緊氣 筒86構成一挾持裝置90，致藉將推壓墊80推向呈位置固定 構件之支援構件78而能以該等之間距挾住製版36,故具有 不關製版36之厚度可容易予以固定之優點。 又，上述抵觸板62係具有比及將版間距規66穿插於支 援構件78與製版36之間所增加厚度更大之厚度尺寸，因此 在版間距確認零狀態時篩網40與版間距規66尚呈離開，且 上述嵌合孔70又呈其嵌入之版間距規66可拉出篩網40中央 部而周緣一部份被切開，故具有可容易更換嵌入於規體保 持構件76之嵌合孔70内之版間距規66之優點。 再參照第1圖，框架14乃設有將印刷前之基片42自基 片更換位置L搬送至印刷位置R，及將印刷後之基片42自 印刷位置R搬送至基片更換位置L之基片搬運裝置100。該 基片搬運裝置100則具有：藉分別向水平方向即後述之X 方向延伸而被固定於框架14之上部水平框26及下部水平框 28之兩搬運軌道102,以與該製版36平行之傾斜狀態被引 ----------^------1T------.^ ► - <請先閩讀背面之注意事項再填寫本頁) 本紙張尺度遑用中國國家標準（CNS >八4規《格（210X297公釐） -14 A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明説明（12 ) 導於上述基片更換位置L及印刷位置R之間之基片搬運台 104，以及將該基片搬運台104往復駆動於基片更換位置L. 至印刷位置R之間之搬運驅動裝置106。 如第1圖所示，上述基片搬運台104係具有：由上述搬 運軌道1〇2予以引導之板狀搬運台本體110,與藉引導桿112 引導於與搬運台本艘110呈垂直之方向並可接近離開製版 36地被設於搬運台本體110之板狀上下桌台114，與可當作 驅動上下桌台114之驅動裝置作用之上下桌台驅動氣筒 。又上述搬運驅動裝置106則具有：一部份被固定於上述 搬運台本體110頂端及底端之一對無端輸送帶120，與在平 行於包括上述兩搬運軌道102之平面即製版36之篩網面之 平面内，以與搬運台本體110之搬運方向垂直之姿勢介秘 承122轉動自如地由框架14予以支承之轉動轴124，與被固 定於該轉動轴124兩端而捲繞上述一對無端輸送帶120之一 對滑輪126,與被固定於轉動轴124中段部且與驅動馬達128 之輪出轴所固定滑輪130 —齊被捲繞無論輸送帶132之滑輪 134。藉此，上述基片搬運台1〇4可由骚動馬達128往復堪 動於基片更換位置L與印刷裝置之間。 第6圚為上述基片搬運台104之上下桌台U4正面示意 圖’第7及8圚為其底面圊及側視圖，第9圖為除去移動板.丨46 之上下桌台114正面圖，第10圖為除去移動板146及第二上 下基板U4狀態下之上下桌台114正面示意圖。 如上圖詳示’上述基片搬運台104之上下桌台114亦具 有在基片更換位置L或印刷位置R可自動或手動微調節對 ---------裝-- (請先閲讀背面之注意事項再填寫本頁) 訂 線 本紙張尺度逋用中國國家棣準(；CNS )从規潘（21〇·κ297公釐） 15 經濟部智慧財產局員工消費合作社印製 A 7 _____B7__五、發明説明（) 應Is·版36之基片42 X方向位置、γ方向位置、轉動角度位 置Θ之功能’乃含有：上述引導桿丨丨2被固定之矩形第一 上下基板〖38,與在該第一上下基板138令央部介多數板狀 間隔物140被固定於該第一上下基板138之矩形第二上下基 板144 ’與以由未圖示定位構件予以定位之狀態而為裝載 或支承基片42可作平行方向相對移動地被裝載於該第二上 下基板144之移動板〖46,與為將移動板146把持於X方向（ 在本實施例由作業者視之為左右方向）而被設於第一上下 基板〖38及第二上下基板144之一對構件，即依據電氣信號 被驅動於X方向之X方向驅動銷148及被賦予對該X方向驅 動銷148之所定施力之X方向施力銷15〇,與為將移動板146 以與X方向離開所定距離A之狀態予以把持於與該X方向 直交之Y方向而被裝設於第一上下基板138及第二上下 基板144之兩對構件，即依據電氣信號被駆動於γ方向之 第一 Y方向驅動銷152及第二Y方向驅動銷154，以及被賦 與對於該第一 Y方向驅動銷152及第二Y方向驅動銷154之 所定施力之第_Y方向施力銷156及第二Y方向施力銷158 〇 藉此’被裝載於第二上下基板144上之移動板146可由 X方向驅動銷148及X方向施力銷150以所定施力把持於X 方向同時，亦由第一 Υ方向驅動銷152及第一 Υ方向施力銷 156與第二Υ方向驅動銷154及第二Υ方向施力銷158分別以 所定施力把持於Υ方向，致藉移動X方向驅動銷148可將移 動板146所支承基片42在X方向之對應於製版36之位置予 {請先閎讀背面之注$項再填寫本X) 订 本紙張尺度適用中國國家標準（CNS > Α4规格（210X297公釐） 16 A7 438681 __ B7 五、發明説明（丨4 ) (請先闖请背面之注意事項再填寫本頁) 以調節，並藉同量移動第一 Y方向驅動銷152及第二Y方向 驅動銷154可將移動板146所支承基片42在Y方向之對應於 製版36之位置予以調節，且藉不同量或不同方向移動第一 Y方向驅動銷152及第二Y方向驅動銷154可將移動扳146所 支承基片42對應於製版36之轉動位置Θ予以調節，因此不 需使用在上述第二上下基板144由引導軌道移動自如地引 導於X方向之X方向移動板，將該X方向移動板微動於X方 向之X方向微動調節裝置，為鎖固X方向移動板之X方向 鎖固裝置，在該X方向移動板由引導軌道移動自如地引導 於Y方向之Y方向移動板，將Y方向移動板微動於γ方向之 Y方向微動調節裝置，為鎖固Y方向移動板之γ方向鎖固 裝置，在該Y方向移動板可沿其略中心周邊轉動自如地予 以裝設之轉動板，可微動調節該轉動板之轉動角度位置之 轉動微動調節裝置，為鎖固轉動板之轉動鎖固裝置等，而 能構成Χ'Υ、Θ調節機構，故體積變小其所需空間亦較 少並篩網印刷裝置10又呈較薄型同時，χ、γ、Θ調節機 構之重量變輕其往復移動所需機構亦變小，致構件數目也 變少可得輕量廉價之篩網印刷裝置。 經濟部智慧財產局員工消费合作社印# 上述第二上下基板〖44雖具有與第一上下基板138相同 幅度尺寸’但其縱向尺寸則是較第一上下基板138為十分 小之例如僅％以下者，且如第11圖詳示，係具有：介板狀 間隔物140被固定於第一上下基板丨38上面之下側板160， 舆以密接狀態被固定於該下側板16〇上面之上側板162，與 以所定間隔全面排列地貫通於該上側板162之較小徑多數 17 本纸張尺度適用中國國家揉率（CNS )八4洗格（21〇χ297公董） 經濟部智慧財產局員工消費合作杜印製 4 3 86 81 A7 ______B7_五、發明説明（I5 ) 氣孔164，與將形成於下侧板160上面之上述多數氣孔164 在上側板162背面互相予以連通，呈其頂面設有多數氣孔 164狀態之連通凹處166。該連通凹處166乃可選擇性連結 於介控制切換閥168俾使氣孔164内呈負壓將移動板146吸 住於第二上下基板144之負壓供應裝置170及自氣孔164放 出壓縮氣體之壓縮氣體供應裝置172。該控制切換閥168則 在移動板146移動期間内促使壓縮氣體供應裝置172對第二 上下基扳144之連通凹處166供應壓縮氣體，在該移動板146 定位完妥後乃促使負壓供應裝置170對該第二上下基板144 之連通凹處166供應負壓俾將移動板146固定於該第二上下 基板144。上述負壓供應裝置170可由例如輪出負壓之真空 泵予以構成，上述壓縮氣體供應裝置172可由例如輸出壓 縮空氣之壓縮空氣機予以構成》 藉此，在移動板146移動期間内可藉作為切換控制裝 置作用之控制切換閥168自壓縮氣體供應裝置172向第二上 下基板144供應壓縮氣體，因此自該第二上下基板144之多 數氣孔164會放出壓縮空氣俾使在移動板146及支承移動板 146之第二上下基板144之間形成壓縮氣體層或壓縮氣體膜 ，故藉隨電氣信號被驅動之X方向驅動銷148、第一 Y方向 驅動銷152、第二Y方向驅動銷146可由極小力量移動該移 動板146同時，當完成該移動板146之定位後，藉控制切換 閥168可自負壓供應裝置170向第二上下基板144供應負壓 ，致第二上下基板144之多數氣孔164内呈負壓將移動板 146吸住於支承該移動板146之第二上下基板144，以確實 ----------#------ΤΓ------0 ·♦ (請先Μ讀背面之注意事項再填寫本頁) 本纸張尺度速用中國國家標準{ CNS ) Α4規格（210X297公釐} 18 經濟部智慧財產局員工消费合作社印製 五、發明説明（16) 固定該移動板146。是故，乃不需促使移動板146移動於X 、丫方向及轉動方向0之引導軌道，而具有篩網印刷裝置 10呈簡單又小型之優點。又，在移動板146之移動時可介 壓縮氣體層由苐二上下基板144予以支承，故亦具有可使 後述X方向位置移動裝置180、第一 Y方向位置移動裝置182 、第二Y方向位置移動裝置184之馬達及螺桿大幅度小型 化之優點。 卡合於上述移動板146之Y方向平行邊端面之X方向驅 動銷148與卡合於移動板146之X方向平行邊端面之第一 Y 方向驅動銷152及第二Y方向驅動銷154係分別具有X方向 驅動構件及Y方向驅動構件之功能，例如藉微型軸承或小 型軸承予以構成而呈園形剖面。該等X方向驅動銷146與 第一 Y方向驅動銷152及第二Y方向驅動銷154乃分別被裝 設於X方向位置移動裝置180與第_Y方向位置移動裝置 182及第二Υ方向位置移動裝置184。該等X方向位置移動 裝置180、第一 Υ方向位置移動裝置182、及第二Υ方向位 置移動裝置184則被構成如第11及12圓所示。以下即就該 等構造以X方向位置移動裝置180為代表加以說明。 在第11及12圖，X方向位置移動裝置180係含有：介 軸承186以與X方向平行之方向被轉動自如地支承於第一 上下基板138之螺桿188，與連結於該螺桿188並具轉動驅 動裝置功能予以驅動轉動之X方向脈衝馬達190,舆被固 定於第一上下基板138而平行於X方向之引導軌道192,舆 由該引導軌道192予以引導於X方向且被螺接於上述螺桿 — 裝 訂 線 0 * (請先S讀背面之注意事項再填寫本頁) 本紙垠尺度逋用中國國家橾隼（CNS > Μ規格（210><297公釐） 19 A7 B7 經濟部智慧財產局8工消費合作社印製 五、發明説明（17) 188並可移動對應於該螺桿188轉動角距離之移動塊194， 與自該移動塊194凸出而被收容於沿第二上下基板144端緣 X方向予以割開之X方向欠口 196内之臂狀物198，與其園 筒狀外周面接觸於移動板146之平行於Y方向端面且該外 周面之曲率中心線與第二上下基板144呈垂直地被裝設於 該臂狀物198前端之圊形剖面X方向驅動銷148 » 又，卡合於上述移動板146之平行於Y方向邊端面並 與X方向驅動銷148共同把持移動板146之X方向施力銷150 ，以及卡合與移動板146之平行於X方向邊端面且與第一 Y 方向驅動銷152及第二Y方向驅動銷154共同把持移動板 146之第一 Y方向施力銷156及第二Y方向施力銷158則分別 被設於X方向施力裝置200及第一 Y方向施力裝置202以及 第二Y方向施力裝置204。該等X方向施力裝置200、第一 Y方向施力裝置202及第二Y方向施力裝置204乃被構成如 第13圖乃至第15圊所示》以下即就該等構造以X方向施力 裝置200為代表加以說明。 如第13圖乃至第15圖所示，該X方向施力裝置200係 具有：被固定於第二上下基板144底面之施力氣筒206，與 被固定於該施力氣筒206之輸出桿208先端且由平行於該輸 出桿208之引導桿210予以固定於輸出桿208_端，並被制 止沿其軸心周圍轉動之輸出板212，與自該輸出板212凸出 並被收容於沿X方向被切割形成於第二上下基板144端緣 之X方向欠口 214内之臂狀物216,與其圓筒狀外周面抵觸 於移動板146之平行於Y方向端面且其外周面曲率甲心線 ----------裝-- * . (請先闐讀背面之注意事項再填寫本頁) 訂 線 本紙張尺度速用中國國家標準（CNS ) A4規格（210 X 297公釐） 20II Printed by A7 _____B7 printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs V. Invention Description (9) Between the screen 40 of plate 36 and the substrate 42 (shown at point 3) at the time of screen printing The plate spacing D1 is one of the set conditions for screen printing, and must be changed by the grid of the screen 40, the thickness of the lines of the printing scheme, and the viscosity of the paste. The screen printing device 10 in this embodiment is based on the highly reliable and simple structure of the plate-making holding device 44 constituted as described above, and it is used to perform high-accuracy plate-distance D1 zero confirmation and printing-state plate-distance D1 setting. That is, in a state where the plate-making 36 is guided to a predetermined printing position, as shown by the solid lines in Figs. 3, 4, and 5, the output lever 82 is pulled by the tightening cylinder 86 and is in a non-pressing position, and the movable portion 74 is moved to the raised position by the sliding air cylinder 72, so that the plate spacing gauge 66 changes from the position facing the back of the abutment plate 62 to the upward upward position. At the same time, as shown by the two-point lock line in FIG. Pulling the abutment plate 62 to the non-operator side can lower the plate-making 36 to the side of the first guide plate 46. Therefore, the clearance state between the substrate 42 and the screen 40 raised from the printing position and contact with each other The state allows the operator to easily check the plate spacing D1. Next, the air cylinder 64 is driven by the abutment plate, and the abutment plate 62 is projected on the operator side, and the plate making 36 is raised to the side of tightening the air cylinder 86, that is, the operator side, and leaves the first guide plate 46. The plate spacing gauge 66 required to form the plate spacing D1 suitable for the printing conditions is replaced by the original space gauge 66 and is fitted in the coupling hole 70 of the scale holding member 76. The plate spacing gauge 66 has a thickness dimension with a plate spacing D1 of the depth of the fitting hole 70 as above. Then, the movable part 74 is placed in the lowered position by the sliding air cylinder 72 so that the plate spacing gauge 66 is at the back position of the opposing abutment plate 62. When the abutment plate drives the air cylinder 64 to pull the abutment plate 62 to the non-operator side, Plate spacing rule 66 between the contact plate 62 and the supporting member 78 ---------- installation ------ order ------ line * (Please read the precautions on the back before reading (Fill in this page) This paper size applies to the Chinese National Standard (CNS > Α4 size (210X297 mm) 12 Printed by the Shelley Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 B7 V. Description of the invention (10) and regulatory body retaining member 76 That is, they are pressed together, causing the front of the contact plate 62 to protrude toward the tightening cylinder 86 according to the formed plate spacing D1. In this state, the output rod 82 of the tightening cylinder 86 is in a protruding state, and is pushed by the front end thereof. The rectangular frame 38 is held between the pressure pad 80 and the abutting plate 82, and the plate making 36 is fixed in a state that the plate spacing D1 is formed. "This is compared to the situation where a complicated mechanism is provided to make the plate spacing D1 readable and changeable. , Not only the structure becomes simple and small, the installation space also becomes small, and it is easy to maintain. Reliability of the set plate distance D1. That is, the air cylinder 64 and the pinch air cylinder 86 are driven by the abutting plate and the plate space gauge 66 is pressed. * Once the plate space D1 is set, it will not change and can improve its reliability. The replacement of the plate spacing gauge 66 is also very simple, so it has the advantage of less labor required to set the plate spacing. In addition, the above-mentioned plate spacing gauge 66 is provided with a fitting hole 70 that can be detachably inserted and installed. A ruler holding member 76 between the rectangular frame 38 on the outer periphery of the plate-making 36 and the support member 78 of the position fixing member, and a plate-spacing rule 66 that moves the ruler holding member 76 between the support member 78 and the plate-making 36 Between the insertion position and the non-insertion position, the sliding air cylinder 72 acting as an actuator constitutes a plate spacing gauge holding device 88, and the plate spacing gauge holding device 88 is tightened in a state of not interposing the plate spacing gauge 66. When the pressing pad 80 of the air cylinder 86 pushes the plate 36, the plate gap gauge 66 does not exist between the pressing pad 80 and the supporting member 78, and the zero state of the plate gap D1 can be confirmed. At the same time, the fitting hole 70 is formed in Gauge body holding member 76 top, so the fixture can be easily Advantages of the plate change gauge 66. In addition, due to the rectangular frame 38 on the outer periphery of the plate making 36 and the plate gauge 66 ------------ ^ ------ ΐτ ------ i-· (Please read "Notes on the back of the page before filling in this page") This paper ruler ^ 逋 uses the Chinese national standard (0 ^ > 8-4 specifications (210 > < 297 mm >) 13 Ministry of Economic Affairs wisdom Printed by the Consumer Cooperative of the Property Bureau A7 B7__V. The description of the invention (11) is provided with an opposing plate 62 that pushes the mat 80 in the opposite direction and can move in the pushing direction and the reverse pushing direction, and by using the resisting plate 62 The plate 62 is driven to the above-mentioned pressing direction to hold the plate spacing gauge 66 between its back surface and the supporting member 78, or by moving the abutment plate 62 to the above-mentioned reverse pressing direction, the gauge holding member 76 can be moved up and down. The resistance plate of the actuator function drives the air 茼 64, so by raising the plate making 36 to a lower resistance plate 62 to be more upward, the gauge holding member 76 is moved upward, and the plate spacing rail can be easily replaced with the plate making 36 unloaded. Advantages of 66. In addition, the pressing pad 80 with the function of a pressing member and the output rod 82 with the pressing pad 80 fixed at the tip and the bracket 84 are fixed to the frame 14. The air tight tube 86 constitutes a holding device 90, so that by pushing the pressing pad 80 to the supporting member 78 which is a fixed member in position, the plate 36 can be held at these intervals, so the thickness of the plate 36 can be easily fixed. Advantages. In addition, the abutment plate 62 has a thickness larger than the thickness increased by interposing the plate spacing gauge 66 between the support member 78 and the plate making 36. Therefore, when the plate spacing is confirmed to be zero, the screen 40 and the plate spacing gauge 66 are thick. It is still away, and the above-mentioned fitting hole 70 has its embedded plate spacing gauge 66, which can be pulled out of the center of the screen 40 and a part of the periphery is cut, so it has a fitting that can be easily replaced and embedded in the gauge body holding member 76. Advantages of plate spacing gauge 66 in hole 70. Referring again to FIG. 1, the frame 14 is provided with a substrate 42 before printing that is transported from the substrate replacement position L to a printing position R, and a printed substrate 42 that is transported from the printing position R to the substrate replacement position L Substrate conveying device 100. The substrate conveying device 100 includes two conveying rails 102 which are fixed to the upper horizontal frame 26 and the lower horizontal frame 28 of the frame 14 by extending in the horizontal direction, which will be described later in the X direction, and are inclined parallel to the plate 36. Status Cited ---------- ^ ------ 1T ------. ^ ►-< Please read the notes on the back before filling this page) This paper size 遑Printed in accordance with Chinese National Standards (CNS > Regulation 8 (210X297 mm) -14 A7 B7 Employees' Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. V. Invention Description (12) Guided at the substrate replacement position L and printing position A substrate transfer table 104 between R, and a transfer driving device 106 that reciprocates the substrate transfer table 104 between the substrate replacement position L. to the printing position R. As shown in FIG. 1, the above-mentioned substrate transfer The table 104 has a plate-shaped conveying table body 110 guided by the conveying rail 102, and is provided on the conveying table in a direction perpendicular to the conveying table 110 by the guide rod 112 and can be separated from the plate 36. The plate-like upper and lower table 114 of the main body 110 functions as a driving device for driving the upper and lower table 114 The upper and lower tables drive the air cylinders. The conveying driving device 106 has a pair of endless conveyor belts 120 fixed to one of the top and bottom ends of the conveying table body 110 and parallel to a plane including the two conveying rails 102. That is, in the plane of the screen surface of the plate making 36, the support shaft 122 is rotatably supported by the frame 14 in a posture perpendicular to the conveying direction of the conveying table body 110, and is fixed at both ends of the rotation shaft 124 A pair of pulleys 126, which is one of the pair of endless conveyor belts 120, is wound around a pulley 134 which is fixed to the middle portion of the rotation shaft 124 and fixed to the pulley 130 of the wheel output shaft of the drive motor 128. In this way, the above-mentioned substrate transfer table 104 can be moved back and forth between the substrate replacement position L and the printing device by a turbulent motor 128. Section 6 is a schematic front view of the substrate table U4 above and below the substrate transfer table 104 ' Figures 7 and 8 are the bottom surface and side view. Figure 9 is the front view of the upper and lower table 114. Figure 10 is the upper and lower table with the moving plate 146 and the second upper and lower substrate U4 removed. Front view of platform 114 As shown in the figure above, the above-mentioned substrate handling table 104 above and below the table 114 also has a substrate replacement position L or printing position R that can be automatically or manually fine-adjusted. (Please read the notes on the back and fill in this page again.) The paper size of the booklet is in accordance with the Chinese National Standards (; CNS). From the standard pan (21〇 · κ297 mm) 15 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A 7 _____B7_ _V. Description of the invention () The function of the X-position, γ-direction position, and rotation angle position Θ of the substrate 42 of the Is · 36 version is to include: the above-mentioned guide rods 丨 2 fixed rectangular first upper and lower substrates 〖38 A rectangular second upper and lower substrate 144 ′ where the central part of the first upper and lower substrate 138 is fixed to the first upper and lower substrate 138 and a rectangular second upper and lower substrate 144 ′, and is positioned by a positioning member (not shown); The loading or supporting substrate 42 can be relatively moved in a parallel direction and is mounted on the moving plate 〖46 of the second upper and lower substrate 144, and to hold the moving plate 146 in the X direction (in this embodiment, it is regarded as left and right by the operator). Direction) while being placed on the first upper and lower substrates [38 and the second One pair of components of the lower substrate 144, that is, the X-direction driving pin 148 driven in the X-direction according to the electrical signal and the X-direction driving pin 15 which is given a predetermined urging force on the X-direction driving pin 148, and will move The plate 146 is held in a state of being separated from the X direction by a predetermined distance A, and is mounted on the two pairs of members of the first upper and lower substrates 138 and the second upper and lower substrates 144 in the Y direction orthogonal to the X direction, that is, it is moved in accordance with electrical signals. The first Y-direction driving pin 152 and the second Y-direction driving pin 154 in the γ direction, and the _Y-direction given a predetermined urging force on the first Y-direction driving pin 152 and the second Y-direction driving pin 154. The urging pin 156 and the second Y-direction urging pin 158 are thereby held by the X-direction driving pin 148 and the X-direction urging pin 150 to be held at X by the X-direction driving pin 148 and the X-direction urging pin 150. At the same time, the first Υ direction driving pin 152 and the first Υ direction urging pin 156 and the second Υ direction driving pin 154 and the second Υ direction urging pin 158 are held in the 施 direction by a predetermined urging force, respectively. Moving the X-direction driving pin 148 can move the substrate 42 supported by the moving plate 146 in the X direction. The position of the direction corresponding to the plate 36 is {Please read the note $ on the back before filling in this X) The paper size of the book is applicable to Chinese national standards (CNS > Α4 size (210X297mm) 16 A7 438681 __ B7 V. Description of the invention (丨 4) (please fill in the precautions on the back before filling this page) to adjust and move the first Y-direction drive pin 152 and the second Y-direction drive pin 154 by the same amount to support the moving plate 146 The position of the substrate 42 in the Y direction corresponding to the plate 36 is adjusted, and by moving the first Y-direction driving pin 152 and the second Y-direction driving pin 154 by different amounts or in different directions, the substrate 42 supported by the moving trigger 146 can be correspondingly The rotation position Θ is adjusted at the plate making 36, so there is no need to use the X-direction moving plate that is freely guided in the X direction by the guide rail on the second upper and lower substrates 144, and the X-direction moving plate is slightly moved in the X direction of the X direction The micro-movement adjusting device is an X-direction locking device for locking the X-direction moving plate. In the X-direction moving plate, the Y-direction moving plate is guided by the guide rail to move freely, and the Y-direction moving plate is micro-moved to the γ direction. Flick in Y direction The y-direction locking device is a γ-direction locking device that locks the Y-direction moving plate. The Y-direction moving plate can be rotatably installed along the perimeter of its center, and the rotation angle position of the rotation plate can be finely adjusted. The rotation micro-adjustment device can be used to lock the rotating plate, and can be used to adjust the X'Υ, Θ adjustment mechanism, so the volume becomes smaller, the space required is less, and the screen printing device 10 is thinner. As the weight of the χ, γ, Θ adjustment mechanism becomes lighter, the mechanism required for its reciprocating movement becomes smaller, so that the number of components also decreases, and a lightweight and inexpensive screen printing device can be obtained. Employee Consumption Cooperative Society of the Intellectual Property Bureau of the Ministry of Economic Affairs ## Although the above second upper and lower substrates 44 have the same width and size as the first upper and lower substrates 138, but their longitudinal dimensions are very small compared to the first upper and lower substrates 138, for example, only less than% As shown in FIG. 11 in detail, the interposer-shaped spacer 140 is fixed to the upper and lower side plates 160 of the first upper and lower substrates 38 and 38, and is fixed to the lower side plate 160 and the upper side plate 162 in a tight contact state. , And the smaller diameter that passes through the upper side plate 162 in a comprehensive arrangement at predetermined intervals. Most of the 17 paper sizes are applicable to the Chinese National Kneading Rate (CNS) of 8 4 grids (21 × 297). Consumption of employees of the Intellectual Property Bureau of the Ministry of Economic Affairs. Cooperative Du printed 4 3 86 81 A7 ______B7_ V. Description of the Invention (I5) The air holes 164 communicate with the above-mentioned majority of air holes 164 to be formed on the lower side plate 160 on the back of the upper side plate 162, and the top surface is provided with The communication recesses 166 in the state of most air holes 164. The communication recess 166 can be selectively connected to the medium control switching valve 168 so that the negative pressure in the air hole 164 attracts the moving plate 146 to the negative pressure supply device 170 of the second upper and lower substrate 144 and the compressed gas is released from the air hole 164. Compressed gas supply device 172. The control switching valve 168 causes the compressed gas supply device 172 to supply compressed gas to the communication recess 166 of the second upper and lower base plate 144 during the movement of the moving plate 146. After the positioning of the moving plate 146 is completed, the negative pressure supply device is prompted. 170 supplies negative pressure to the communication recess 166 of the second upper and lower substrate 144, and fixes the moving plate 146 to the second upper and lower substrate 144. The above-mentioned negative pressure supply device 170 may be constituted by, for example, a vacuum pump that discharges negative pressure, and the above-mentioned compressed gas supply device 172 may be constituted by, for example, a compressed air machine that outputs compressed air. "Thus, during the movement of the moving plate 146, it can be used as a switching control. The control switching valve 168 of the device supplies compressed gas from the compressed gas supply device 172 to the second upper and lower substrates 144. Therefore, compressed air is released from most of the air holes 164 of the second upper and lower substrates 144 to move the moving plate 146 and support the moving plate 146. A compressed gas layer or a compressed gas film is formed between the second upper and lower substrates 144, so that the X-direction driving pin 148, the first Y-direction driving pin 152, and the second Y-direction driving pin 146 can be moved by a small force by being driven by an electrical signal. At the same time, after the positioning of the moving plate 146 is completed, the negative pressure can be supplied from the negative pressure supply device 170 to the second upper and lower substrates 144 by controlling the switching valve 168, so that most of the air holes 164 of the second upper and lower substrates 144 are present. The negative pressure sucks the moving plate 146 to the second upper and lower substrates 144 supporting the moving plate 146, so as to ensure -------- ##-ΤΓ ------ 0 · ♦ ( Read the notes on the back before filling in this page.) This paper is a quick-use Chinese national standard {CNS} A4 specification (210X297 mm). 18 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Consumer Cooperatives. 5. Description of the invention (16) Fixed The moving plate 146. Therefore, the moving plate 146 does not need to be moved in the X, Y direction and the guiding direction of the rotation direction 0, and has the advantage that the screen printing device 10 is simple and small. Also, in the moving plate 146, When moving, the compressed gas layer is supported by the second and upper substrates 144, so it also has a motor and a screw that enable the X-direction position moving device 180, the first Y-direction position moving device 182, and the second Y-direction position moving device 184 to be described later. The advantage of a substantial reduction in size. The X-direction driving pin 148 engaged with the Y-direction parallel side end surface of the moving plate 146 and the first Y-direction driving pin 152 and the second Y-direction driving pin engaged with the X-direction parallel side end surface of the moving plate 146. The Y-direction driving pins 154 have the functions of an X-direction driving member and a Y-direction driving member, for example, they are formed by miniature bearings or small bearings and have a circular cross-section. These X-direction driving pins 146 The first Y-direction driving pin 152 and the second Y-direction driving pin 154 are respectively installed in the X-direction position moving device 180, the _Y-direction position moving device 182, and the second Y-direction position moving device 184. These X directions The position moving device 180, the first Υ-direction position moving device 182, and the second Υ-direction position moving device 184 are structured as shown in the 11th and 12th circles. The X-direction position moving device 180 is representative of these structures. 11 and 12, the X-direction position moving device 180 includes a screw 188 that is rotatably supported by the first upper and lower substrates 138 in a direction parallel to the X direction, and is connected to the screw 188. The X-direction pulse motor 190, which has the function of a rotation driving device to drive and rotate, is fixed to the first upper and lower substrates 138 and is parallel to the guide rail 192 in the X direction, and the guide is guided by the guide rail 192 in the X direction and is screwed. On the above screw-gutter 0 * (Please read the precautions on the back before filling in this page) This paper uses the standard of China (CNS > Μ specifications (210 > < 297 mm) 19 A7 B7 Economy Printed by the Ministry of Intellectual Property Bureau, 8th Industrial Cooperative Cooperative, V. Invention Description (17) 188 and a movable block 194 corresponding to the rotation angle distance of the screw 188, and protruding from the movable block 194 and housed along the second upper and lower sides The arm 198 in the X-direction undercut 196 of the end edge of the base plate 144 that is cut in the X-direction is in contact with the cylindrical outer peripheral surface of the moving plate 146 parallel to the Y-direction end, and the center line of curvature of the outer peripheral surface and the second The upper and lower substrates 144 are perpendicularly mounted on the front end of the arm 198 in a zigzag-shaped cross-section X-direction drive pin 148 »and are engaged with the end face of the moving plate 146 parallel to the Y-direction side and are shared with the X-direction drive pin 148 The X-direction urging pin 150 of the moving plate 146 is gripped, and the end face of the moving plate 146 that is parallel to the X-direction side is gripped with the first Y-direction driving pin 152 and the second Y-direction driving pin 154 A Y-direction urging pin 156 and a second Y-direction urging pin 158 are disposed on the X-direction urging device 200, the first Y-direction urging device 202, and the second Y-direction urging device 204, respectively. The X-direction urging device 200, the first Y-direction urging device 202, and the second Y-direction urging device 204 are constituted as shown in Figs. 13 to 15 (i). The force device 200 will be described as a representative. As shown in FIG. 13 to FIG. 15, the X-direction urging device 200 includes: a urging gas cylinder 206 fixed to the bottom surface of the second upper and lower substrates 144, and an output rod 208 fixed to the urging gas cylinder 206 at the tip and An output plate 212 which is fixed to the output rod 208_ end by a guide rod 210 parallel to the output rod 208 and is prevented from rotating around its axis, and which protrudes from the output plate 212 and is housed in the X-direction. The arm 216 formed in the X-direction undercut 214 at the end edge of the second upper and lower substrates 144 is cut against the cylindrical outer peripheral surface of the moving plate 146 parallel to the end surface in the Y-direction and its outer peripheral surface has a curved centerline-- -------- Installation-*. (Please read the precautions on the reverse side before filling out this page) Thread guide book paper size quick use Chinese National Standard (CNS) A4 specification (210 X 297 mm) 20
經濟部智慧財產局男工消费合作社印製 ___B7_五、發明説明（IS ) 與第二上下基板144呈垂直地被裝設於臂狀物216前端之圓 形剖面X方向方施力銷150。而對應於賦予施力氣筒206壓 力之施力則自X方向施力銷150供應給移動板146。 如上述，X方向驅動銷148、X方向施力銷150、第一 Y方向驅動銷152、第一Y方向施力銷156、第二Y方向驅 動銷154、第二Y方向施力銷158係呈圓形剖面，並藉卡合 於矩形移動板146之Y方向平行兩邊及X方向平行兩邊，致 該移動板146分別由所定施力予以挾持，故就算該等銷逋 對移動板146之抵觸位置有錯離，亦不會影響移動板146之 調節位置，並無反作用力，而具有可獲得高定位精確度之 擾點。 又，第二上下基板144乃如第16圖所詳示，設有將上 述移動板146予以適當固定之鎖固裝置220 »該移動板146 在其第一上下基板138侧被形成有小徑孔222同時，其連續 之大徑孔224被形成於基片42側，該小徑孔222及大徑孔224 所成樓梯孔則貫穿於該移動板146»上述鎖固裝置220係具 有被固定於第二上下基板144底面之固定氣筒226、及對於 大徑孔224内周面具有所定間隙D2稍小之外形且被嵌入於 該大徑孔224内之圚形塊板228，該塊板228乃被固定於自 固定氣筒226穿經小徑孔222而凸出之輸出桿230前端。該 輸出桿230外周面與小徑孔222内周面所成間隔則被設成與 上述間隙D2同等以上，致該移動板146可於該間隙D2範圍 内對第二上下基板144呈平行之面内進行移動同時，藉上 述固定氣筒226之輸出桿230被拉引，而在第二上下基板H4 — I m I n ^^-1— I —訂 I I 11 線 • -. (請先M讀背面之注^^項再填寫本頁) 本紙張尺度逋用中國國家揉準（CNS ) Α4規格（210X297公釐） 21 43 86 8 1 A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明説明（l9 ) 之多數氣孔164未呈負壓狀態下，亦能被固定於第二上下 基板144。 第Π、18、19圖為含有第一上下基板13 8等之上下桌 台114由上下桌台驅動氣筒U6向接近製版36侧予以上昇進 行印刷時，為提高基片42之對於製版36之反復定位精確度 而被裝設於上述第一上下基板138與屬於位置固定構件之 間隔構件58間之定位裝置240烊細說明圖。在第17圖，該 間隔構件58如第3及5圖所示乃是一被固定於下部水平框28 及上部水平框26之位置固定構件，而上述定位裝置240則 含有：軸心被貫穿與上述第一上下基板138呈垂直方向之 嵌合孔242所成且介圓筒狀裝設構件244被固定於上述間隔 構件58頂部兩角隅（參照第6、9、10圖等）之一對嵌合構件 246,以及當第一上下基板138上昇時可嵌入該嵌合構件246 之嵌合孔242地被裝設於該第一上下基板138之一對嵌合銷 裝置248。 上述嵌合銷裝置248係含有：外徑比上述嵌合孔242稍 小且在與該嵌合孔242呈同心位置自第一上下基扳138向間 隔構件58側亦即製版36側凸出之®筒狀擴徑銷250，與被 嵌插於該擴徑銷250内之内插銷252,與被固定於第一上下 基板138底面而以沿軸向驅動該内插銷252之内插銷驅動裝 置作用之内插銷驅動氣茼254。 如第18及19圖所作詳示，上述圓简狀氣筒254乃形成 有在周緣呈等間隔沿其中心軸平面自前端予以切割之多數 (本實施例為8個）之裂縫256，與在.内周面愈往先端愈呈小 ----------裝-- * * (请先聞讀背面之注$項再填寫本頁) 訂 本紙張尺度適用中國國家梯準（CNS ) A4规格（2丨0X297公釐） · 22 - W： :) A7 B7 經濟部智慧財產局貝X消費合作社印製 五、發明説明（20) 徑之推拔内周面258，及在上述内插銷252外周面愈向先端 愈呈小徑之推拔外周面260。因此，藉使第一上下基板138 向製版36側接近至第17圖之兩點鎖線所示位置以嵌合構件 246之嵌合孔242内嵌上述擴徑銷250之狀態，由上述内插 銷驅動氣筒254將内插銷252予以驅動至先端侧，則上述推 拔外周面260被推拔内周面258擠開以致擴徑銷250外形呈 擴徑而嵌合構件246與嵌合銷裝置248對準中心，故可使上 下桌台114及其裝載之基片42對製版36以高精確度定位。 又，藉由嵌入於嵌合孔242之擴徑銷250之擴徑可進行位置 對合，致不需要於嵌合孔242内設置推拔面，故不易受組 合調整及經時變化，而具有可持續保持定位精確度之優點 〇 又，上述基片搬運台104係具有：藉搬運軌道102被引 導於基片印刷位置R與基片更換位置L之間之搬運台本體 110，與在該搬運台本體U0上被設成可接近離開製版36之 上下桌台114’且由於上述嵌合孔242被設於位置固定之間 隔構件5 8中對應於基片印刷位置R之部位，又該嵌合銷裝 置248被設於上下桌台114，致可解除由俾使上下桌台U4 昇降移動之上下機構所需間隙為因之定位參差不齊，以更 如提高基片42之定位精確度。依據本發明人之實驗，針對 習知裝置之基片42定位精確度為正負15〜20# m左右，本 實施例篩網印刷裝置丨0則為正負3 # m左右。且本實施例 之篩網印刷裝置〖0亦變為不需裝設搬運裝置102及由引導 桿112予以引導之直線滑動部位之滑動軸承以及將其預壓 ----------裝— * I (請先閲讀背面之注意事項再填寫本頁) 訂 線 本纸法尺度逍用中國國家揉準（CNS ) A4洗格（210X297公兼） 23 43S681 Α7 — Β7 經濟部智慧財產局员工消費合作社印製 五、發明説明（21 ) 之機構，故具有維修工數變少裝置變為價廉之優點β 又’上述擴徑銷250、内插銷252、内插銷驅動氣筒254 所成之嵌合銷裝置248係被設於上下桌台114之第一上下基 板138 ’故比及被設於間隔構件58等之製版侧構件時，乃 具有易予裝設滑動台驅動裝置12之優點。 再參照第17圖，該上下桌台114之第一上下基板138係 設有抵觸於間隔構件58所固定塊體262之第一上下基板138 側一面之止動構件264 ’可正確定位上下桌台114對製版36 側之移動位置。該等塊體262及止動構件264乃可裝成多數 組，唯只裝一組亦無妨。又符號266則定為抑制第一上下 基板138之上昇端及下降端抵觸時所發生振動而用之缓衝 裝置。 又’如第20圊所示，上述塊體262係設有V形溝268， 且在止動構件264為嵌合於該V形溝268内而形成愈先端幅 度愈小之推拔部270。如是可更加提高定位精確度，並為 獲得充份之定位精確度乃可至少設兩處即兩處以上之上述 定位裝置240，或設置一個定位裝置240及上述第20圖所示 塊體262與其所嵌合止動構件264即可《後者時則宜使定位 裝置240之軸心存在於V形溝268延長線上較妥。 其次，將上述第1圖之滑動台驅動裝置12以第21圖乃 至第25圖加以說明》第21圖為滑動台驅動裝置12之正面示 意圖’第22圖為滑動台驅動裝置12之要部擴大示意圖，第 23圖為第22圖之XXIII〜XXIII線剖面圖，係將滑動台驅動 裝置12之要部予以擴大顯示圖，第24圖為將刮具368予以 ----------襄-- 4 » (请先聞读背面之注意事項再填寫本頁) 、ΤΓ 線 本紙張尺度適用中國國家揉準（CNS ) Α4規格（210Χ297公釐） 24 經濟部智慧財產局貝工消費合作杜印製 J A7 _______B7 __ 五、發明説明（22) 架設之狀態剖面示意圖，第25圖為滑動台侧聯軸器392及 刮具側聯軸器394裝設於滑動台支承板290及到具支承板 292之狀態剖面示意圖。 該滑動台驅動裝置12係為在篩網印刷時將載置於製版 36之篩網40上糊漿（未圖示）沿該篩網4〇單向（第21囷之向 上方向）側予以壓延，且在其回途將推向單向側之糊漿推 回另向（第21圖之向下方向）惻所用者。在第21圖，該滑動 台驅動裝置12乃具藉分別設於上部水平框％及下部水平框 28之兩對引導軌道280以平行於製版36之狀態並對製版36 呈垂直方向予以引導，且藉分別設於上部水平框26及下部 水平框28之兩對氣筒282予以接近離開製版之矩形框體284 。該矩形框體284頂部則介多數支（在本實施例為4支）連接 棒286聯結有驅動基板288。 上述矩形框體284左右側邊沿其較長方向係固定有一 對引導軌道289、滑動台支承板290及到具支承板292則被 設成藉該一對引導軌道289引導於其左右兩端，而可在製 版3 6之篩網40至作業者侧之離開所定距離之位置沿該製版 36獨立往復移動。上述矩形框體284左右邊底部及上述驅 動基板288乃設有兩對軸承294,頂端及底端由該等轴承294 予以轉動自如地支承之一對螺桿296而被設呈與上述引導 軌道289呈平行。該驅動基扳288係固定有減速機298及堪 動馬達300 ’上述一對螵榫296之一方介其頂部速結之減速 機298而與驅動馬達300連結同時，該一對螺桿296又介分 別固定於頂端之滑輪3〇2所繞纏帶體304被可作動地予以連 ----------1------ir------.^ (請先閾婧背*之注意事項再填窝本Jr) 本紙張困國家鮮（CNS) ( 21_7公着） 經濟部智慧財產局貝工消费合作社印製 43 86 81 A7 B7五、發明説明（23 ) 結。藉此，兩端由上述一對螺桿296予以螺接之滑動台支 承板290及其所連接刮具支承板292乃藉上述驅動馬達300 可在自製版36之篩網4〇離開所定距離之位置沿該製版36被 一艎往復驅動。在本實施例，上述滑動台支承板290及刮 具支承板292則具第一往復移動構件及第二往復移動構件 之功能。 上述滑動台支承板290及刮具支承板292藉設置於滑動 台支承板290兩端之左右一對板體連結裝置306被連結呈可 裝脫自如。該板體連結裝置306如第24圖所詳示，係具有 :自滑動台支承板290向到具支承板292上侧凸伸之連結板 308，以及可接近離開刮具支承板292地被設於該連結板308 先端，且藉未圖示彈簧施力於該刮具支承板292侧而與該 刮具支承板292上面所形成卡合孔3 10卡合之連結銷312 » 如第22及23圖所詳示，上述滑動台支承板290係設有 :將滑動台320驅動至抵觸於製版36之篩網40再予以押下 之位置及自該篩網40離開所定距離之位置之滑動台上下氣 筒322，與以中間高度止動器功能將滑動台320定位於其先 端恰抵觸於篩網40中間高度之中間高度位置止動氣筒324 ，與設定滑動台320上昇限制位置之上昇限制位置止動器 326。上述滑動台320呈較製版36幅度尺寸稍短之長向狀而 由如聚氨酯橡膠之合成橡膠製或天然橡膠製之彈性體造長 向帶狀滑動台本體328，與將該滑動台本體328予以挾持之 金屬製滑動台保持構件330所構成。又，上述滑動台上下 氣筒322乃設有可設定其輸出桿突出之高度即滑動台320下 (請先閲讀背面之注意事項再填寫各頁) 本紙法尺度適用肀國國家標準（CNS ) A4規格（ 210X297公釐） 26 Α7 Β7 43 86 81 五、發明説明（24 ) 限位置之具鎖固功能調節螺絲332。且，上述中間高度位 置止動氣筒324則設有可設定其輪出桿突出長度即滑動台 320之中間高度止動位置之具鎖固功能調節螺絲334。而上 昇限制位置止動器326更設有可設定其底端高度位置即滑 動台320之上昇限制位置之具鎖固功能調節螺絲336。 上述滑動台上下氣筒322之輸出桿338先端係連結有可 保持上述滑動台320之滑動台保持裝置34〇。該滑動台保持 裝置340乃具有：呈兩端向下突出之長向板狀，藉其較長 方向兩端被向下固定於上述滑動台支承板290底面之一對 引導軌道342予以引導而被引導於篩網4〇垂直方向，且較 長方向中央部介搖動聯轴器344而與上述輸出桿338連結之 長向狀上下構件346，與可調節上下方向相對位置地由調 節螺絲348設於該上下構件346且由上下動固定螺絲35〇加 以固定之上下位置調節構件352，與被設成對該上下位置 調節構件352可沿軸心周圍轉動且由轉動固定螺絲354予以 固定之長向狀轉動位置調節棒365,與被等間隔設於該轉 動位置調節棒356之較長方向，且由卡合於上述滑動台320 之滑動台保持搆件330外面所形成一對卡合槽358予以保持 之剖面ϋ字形狀卡合構件360及為將該卡合構件360固定於 轉動位置調節棒356而與該卡合搆件360螺接之固定螺絲 362所成多數固定具364。 藉此’該滑動台320可由滑動台上下氣筒322將其滑動 台本體328予以上下驅動於離開篩網40位置及押下篩網4〇 位置同時’當中間高度位置止動氣筒324之輸出桿呈向下 本紙張尺度逋用中國國家樣準（CNS ) Α4規格（2丨0X297公釐） ----------¢------*Γ-------線 < β. (請先閲讀背面之注意本項再填寫本頁) 經濟部智慧財產局員工消费合作社印製 27 43 86 8 1 Α7 Β7 經濟部智慧財產局貝工消費合作社印製 五、發明説明（25 ) 突出時由滑動台上下氣筒322予以向上驅動，該滑動台本 體328即可被定位於剛好或輕微接觸與篩網40之位置。又 ’該滑動台320藉變更上述轉動位置調節棒356之轉動角乃 可調節其滑動台本體328對於篩網40之接觸角度α，藉由 調節螺絲348變更上述上下位置調節構件3 52之位置而可調 節滑動台本體328押下篩網40之位置及強度》 如第22圊所示，上述刮具支承板292係具有使刮具368 抵觸於製版36之篩網40並驅動於將其押下位置及自該篩網 40離開所定距離位置之刮具上下氣筒370，與由固定於刮 具支承板292之引導軌道372予以可上下方向移動地引導且 藉該刮具上下氣筒3 70予以上下方向驅動之上下構件374， 與被設成可調節對於該上下構件374之上下方向相對位置 且由上下動固定螺絲376予以固定之長向狀上下位置調節 構件378，與被裝設為對該上下位置調節構件378可沿軸心 周圍轉動且由未作圚示轉動固定螺絲予以固定之長向狀轉 動位置調節棒380，與為固定到具368被等間隔設於該轉動 位置調節棒380之較長方向之多數固定具382。而該刮具368 乃如第24圖所示為不銹鋼等之金屬製成，則由呈兩端被弩 向滑動台320側之板狀刮具本體384，與一體被連結於該刮 具本體384頂端之刮具連結構件386所成，而該固定具382 又由舆該刮具連結構件386卡合之卡合構件388，及卡合於 該到具連結構件386並為將其固定於轉動位置調節棒380而 螺接於卡合構件388之固定螺絲390所成。 上述刮具上下氣筒370與上述滑動台上下氣筒322係由 ----------^-------1Τ-------齊 (請先閲讀背面之注意Ϋ項再填寫本頁) 本紙張尺度逋用中國國家標準（CNS ) Α4洗格（210X297公釐） 28 438681 at B7 經濟部智慧財產局員工消費合作社印製 五、發明説明（26 ) 其中間分別具被固定於滑動台支承板290及刮具支承板292 且當該等互相接近時被連接成裝脫自如之滑動台側聯韩器 392及到具側聯轴器394之一對空氣壓配管396、398予以連 接，且到具上下氣筒370之一對壓力室中當滑動台320上昇 時呈高壓之壓力室與滑動台上下氣筒322之一對壓力室中 當到具368下降時呈高壓之壓力室乃互相連接同時，刮具 上下氣茼370之一對壓力室中當滑動台320下降時呈高壓之 壓力室與滑動台上下氣筒322之一對壓力室中當刮具368上 昇時呈高壓之壓力室亦互相連接。藉此，該刮具368在滑 動台320下降時，其底端（先端）即由刮具上下氣筒370予以 定位於自篩網40離開之位置，在滑動台320上昇時，其底 端（先端）則由刮具上下氣筒370予以定位於與篩網40接觸 之位置。 如是，由於沿製版36之篩網40往復移動而互相獨立之 滑動台支承板290及到具支承板292係分別被設置滑動台 320及到具368，致藉以往復移動構件連結裝置作用之板體 連結裝置306可使該等滑動台支承板290及到具支承板292 於連結狀態被互相一體往復驅動，故如同習知，藉將滑動 台320以抵觸於製版36之篩網40狀態予以前進，該製版36 之篩網40上之糊漿乃被單向壓延進行篩網印刷，藉將刮具 368以抵觸於製版36之篩網40狀態予以後退，該滑動台320 單向移動之糊漿又被反向推回。 又，在更換糊漿等時，藉將板體連結裝置306之連結 銷312由作業者自卡合孔310予以拔出以解開滑動台支承板 ----------裳-- (請先Μ讀背面之注意Ϋ項再填寫本頁) 訂 本紙張尺度適用十國國家#窣（〇邴）八4規格（210父297公釐） 29 438681 A7 B7 五、發明説明（27 ) 290及刮具支承板292之連結，即能使該等滑動台支承板290 及刮具支承板292互相充份離開。因此，可充份增大滑動 台支承板290所設滑動台320與刮具支承板292所設刮具368 之間隔，致可有效進行主要存在於滑動台320及到具368對 向側之糊漿回收操作同時，亦較易進行黏住於該等滑動台 320及刮具368之糊漿清除作業，而可縮短作業時間並作充 份清除。又，如第25圖所示，關連於滑動台支承板290及 刮具支承板292可互相連接、離開，被設置於促使滑動台 上下氣筒322之壓力室與到具上下氣筒370之壓力室連通之 空氣壓配管396、398中間且被固定於滑動台支承板290及 刮具支承板292之滑動台側聯軸器392及刮具側聯轴器394 係可互相連接、離開，故能使滑動台支承板290所設滑動 台320與刮具支承板292所設刮具368之間隔不致受滑動台 上下氣筒322與刮具上下氣筒370間之空氣壓配管396、398 限制可自由增大同時，亦具不被該空氣壓配管396、398妨 害以進行糊漿清掃作業之優點。又，滑動台支承板290及 刮具支承板292以及支承該等之矩形框體284係設有由氣筒 282予以大幅度離開製版36之驅動台驅動裝置提舉裝置， 唯該裝置乃專用於製版36之更換或維修者，而包括上述糊 漿更換作業之通常作業則均不予使用。 在此，作為將製版36之篩網40以傾斜狀態予以固定之 製版固定框體而作用之上部水平框26及下部水平框28中， 位於上側位置之上部水平框26與刮具支承板292之間乃設 有當該刮具支承板292被滑動台支承板290向上推到其固定 本紙張尺度適用中國國家標準（CNS ) A4洗格（210X297公釐） I--------1------'玎------0 I I (請先閲讀背面之注意事項再填寫本頁) 經濟部智慧財產局員工消費合作社印製 30 4 3 86 81 A7 B7 五、發明説明（28 ) 位置時可自動卡合俾使該刮具支承板292卡止於該固定位 置之卡止裝置410。如第24圖詳示，該卡止裝置410係含有 :介托架412被固定於上部水平框26，且被形成為愈離開 平行於上部水平框26及刮具支承板292之移動方向並上側 呈開放狀下侧呈關閉狀態之卡止溝414及上部水平框26愈 往向卡止構件414之較深方向，而具有鄰接於卡止溝414下 侧之傾斜引導面416之卡止構件418，與介托架420被裝設 於刮具支承板292，並由未圖示彈簧予以向該卡止構件414 之深度方向施力而其製版36側之先端被嵌插於上述卡止溝 414内之卡止銷422。藉此，當刮具支承板292接近上部水 平框26時，在卡止銷422先端經傾斜引導面416予以推入並 到達上述卡止溝414後即藉突伸於其中而自動卡止，且藉 作業者將上述卡止銷422自卡止溝414予以拔出，卡止銷422 與卡止溝414之卡止即被解開，刮具支承板292對製版36及 框架14乃呈可自由移動。 又，上述滑動台支承板290則固設有當上述板體連結 裝置306所致之滑動台支承板290及刮具支承板292之互相 連結被解除時，可將刮具支承板292推昇所定距離以上予 以離開之推昇氣筒430同時，該刮具支承板292乃固設有該 推昇氣筒430之輸出桿432先端所抵觸之柢觸板434。而該 推昇氣筒430則呈對應被設於滑動台支承板290之切換開關 操作可將該輸出桿432切換為退縮狀態或凸伸狀態。 依據上述卡止裝置410，在清掃糊漿之前，如將滑動 台支承板290斜上前進驅動以推舉刮具支承板292至其卡止 本紙張尺度逍用中國國家標率（CNS ) A4規格（210 X 297公釐） I. t~ [ 11 ] 訂 . -H 線 (請先S:讀背面之注意事項再填寫本頁) 經濟部智慧財產局員工消費合作社印製 31 經濟部智慧財產局員工消#合作社印製 ____B7_ 五、發明説明（29 ) 位置時，由於刮具支承板292乃會自動卡止，故不需要防 止刮具支承板292掉下之固定操作。又，如是將刮具支承 板292卡止於卡止裝置410後再將滑動台支承板29〇予以斜 下後退驅動，則能容易隔開滑動台支承板290及刮具支承 板292。且，由推昇氣筒41〇促使刮具支承板292凸伸，可 令到具支承板292與滑動台支承板290易於分開同時，並具 有藉由空氣作動之推昇氣茼410之緩和.衝擊作用可緩和刮 具支承板292抵觸於上述卡止裝置410時之衝擊。 如上構成之篩網印刷裝置10係呈可由例如第26圖所示 控制裝置予以控制。圖示之電子控制裝置440為含有CPU 、ROM、RAM、輸入出介面等之所謂微電腦，該CPU乃 依據預先存儲於ROM之程式進行處理輸入信號而控制： 促使搬運滾輪昇降用氣筒52作動之電磁閥442，促使抵觸 板驅動氣筒64作動之電磁閥444、促使滑動氣筒72作動之 電磁閥446、促使挾緊氣筒86作動之電磁閥448，將移動板 146驅動於X方向之X方向脈衝馬達190,將移動板146驅動 於Y方向之Y方向或0方向之第一 γ方向位置移動裝置182 之第一 Y方向脈衝馬連450及第二Y方向位置移動裝置184 之第二Y方向脈衝馬連452，促使銷固裝置220之固定氣筒 226作動之電磁閥453，促使搬運台本艘110作動於基片更 換位置L舆印刷位置R之間之驅動馬達128，促使上下桌台 驅動氣筒116作動之電磁閥454，促使内插銷驅動氣筒254 作動之電磁閥456，驅動滑動台320之軀動馬達300，促使 滑動台上下氣筒322作動之電磁閥458，促使辛間高度位置 本紙張尺度適用中國國家揉準（CNS ) A4思格（210X297公釐） 32 I nfi i I 裝— I I 訂— 線 (請先閲請背面之注^MF再填寫本頁) 經濟部智慧財產馬具工消#合作社印製 ，，： ' A7 ____B7___ 五、發明説明（3G) 止動氣筒324作動之電磁閥460，促使推昇氣筒430作動之 電磁閥462，促使滑動台驅動裝置12接近離開製版36之氣 筒282作動之電磁閥464。 操作零件箱466則分別設有：可切換為藉單獨以手操 作各促動器作動之手動方式或自動使各促動器作動之自動 方式之手動自動切換開關468，可起動或停止自動性篩網 印刷之印刷起動停止開關470，將搬運滾輪54切換於上昇 位置及下降位置之搬運滾輪上下開關472，將抵觸板62自 支援構件78予以離開並切換於提昇製版36狀態及將抵觸板 62移動至支援構件78側狀態之抵觸板驅動開關474，將版 間距規66切換為介插或不介插於製版36與支援構件78間之 版間距規滑動開關476，將製版36固定於框架14之挾緊開 關478 ’將移動板146驅動操作於X方向之X方向開關480， 將移動板146驅動操作於Y方向或Θ方向之第一Y方向開關 482及第二Y方向開關484，為簡易固定移動板146促使銷 固裝置220作動之移動板銷固開關485，將搬運台本體110 驅動於基片更換位置L與印刷位置R之間之桌台驅動開關 486 ’促使上下桌台114上下之桌台上下開關488，為驅動 内插銷252即嵌合銷裝置248之定位開關490，將滑動台320 沿篩網40予以前進後退驅動之滑動台驅動開關492，將滑 動台320予以上下之滑動台上下開關494，將滑動台320於 其前進後退過程予以上昇至中間高度之中間高度開關496 ’令滑動台驅動裝置12接近離開製版36之滑動台驅動裝置 上下開關498，該等開關所產生操作信號即被提供給電子 本紙银尺度逍用中國國家標準（CNS ) A4规格（210X297公釐） 33 装 訂 線 (請先閲讀背面之注意事項再填寫本頁) Α7 Β7 經濟部智慧財產局負工消費合作社印製 五、發明説明（31) 控制裝置440。又，促使推昇氣筒430作動之切換開關436 之操作信號亦被供應給電子控制裝置440。 由上述手動自動切換開關468之操作而被選擇於手動 方式時’上述搬運滾輪上下開關472、抵觸板堪動開關474 、版間距規滑動開關476、挾緊開關478、X方向開關480 、第一 Y方向開關4 82及第二Y方向開關484、移動板銷固 開關485、桌台驅動開關486、桌台上下開關488、定位開 關490、滑動台驅動開關492、滑動台上下開關494、中間 高度開關496、滑動台驅動裝置上下開關498，切換開關436 等手動開關之操作即呈有效，可單獨進行對應該等開關之 作動。 例如在更換製版36時，藉手動自動切換開關468之操 作選擇手動方式後，由挾緊開關478之操作解除挾緊氣筒86 之挾緊作用，並經抵觸板驅動開關474之操作將製版36向 滑動台驅動裝置12予以推昇同時，經版間距規滑動開關476 之操作俾使版間距規66上昇至未被介插之位置後，再由抵 觸板驅動開關474之操作將抵觸板62拉向支援構件78而可 使製版36下降至抵觸於第一引導板46。則以此種狀態藉搬 運滾輪上下開關472之操作促使搬運滾輪54上昇時，原本 所用製版36即可由搬運滾輪54及球狀轉動體50輕易地予以 移動，而被引出於篩網印刷裝置10外。反之，新製版36即 由上述搬運滾輪54及球狀轉動體50輕易地予以插入所定裝 設位置，並藉搬運滾輪上下開關472之操作將搬運滾輪54 予以下降》此時，如欲預先進行版間距零確認時，即藉挾 (請先閱讀背面之注意事項再填窝本頁) ί -3 Τ 本紙張尺度遑用中國國家梂準{ CMS ) A4规格（210Χ297公釐） 34 A7 B7 五、發明説明（32) . - - - : -1-1 HI E ^^1 --1 1— 1— f - (請先Μ讀背面之注意^項再填寫本頁) 緊開關478之操作進行挾緊氣筒86之挾緊，該製版36乃被 挾住於挾緊氣筒86之推壓墊80與抵觸板62之間》此時由於 版間距規66處於未被介插之狀態，故藉桌台上下開關488 之操作俾使裝載基片42之上下桌台114上昇，即可確認篩 網40與基片42之間之版間距D1是否為零〇其次由挾緊開 關478之操作解除挾緊氣筒86之挾緊作用，並由抵觸板軀 動開關474之操作將製版36推昇至滑動台驅動裝置12側同 時亦藉版間距規滑動開關476之操作予以下降至版間距規 66可穿插之位置後，再由抵觸板驅動開關474之操作拉入 抵觸板62及由挾緊開關478之操作進行挾緊氣筒86之挾住 動作以固定製版36，即能形成對應版間距規66之版間距D1 。且，該版間距規66係在由版間距規滑動開關476之操作 將規體保持構件予以上昇期間，可依需以適合新製版36者 予以更換。 線 經濟部智慧財產局員工消費合作社印製 又，如欲更換糊漿時，經手動自動切換開關468之操 作選為手動方式後，由板體連結裝置306解除滑動台支承 板290與刮具支承板292之連結，並藉切換開關436之操作 由推昇氣筒430之輸出桿432將刮具支承板292推昇至自滑 動台支承板290離開之所定距離，且以此種狀態由滑動台 驅動開關492之操作俾使滑動台支承板290前進將到具支承 板292驅動至最上昇（卡止）位置時，即藉卡止裝置410可使 刮具支承板292自動卡止於該位置》而，由滑動台堪動開 關492之操作俾使滑動台支承板290後退時，刮具支承板292 與滑動台支承板290之間距被大幅度離開，可容易進行滑 35 本紙浪又度適用中國國家標準（CNS ) Α4规格（210Χ297公釐） 經濟部智慧財產局員工消费合作社印製 A7 B7 五、發明説明（33) 動台320及刮具368以及篩網40之清掃作業。並完成該清掃 作業後'再由滑動台驅動開關492之操作俾使滑動台支承 板290予以前進時’則藉卡止裝置41〇之卡止销422之拔出 操作解除刮具支承板292之卡止狀態由上述推昇氣筒43〇之 輸出桿432予以承住，再以藉切換開關436之操作將推昇氣 筒430之輸出桿432予以拉入之狀態操作板體連結裝置3〇6 之連結銷312而可將刮具支承板292連接與滑動板支承板 290。 但’由手動自動切換開關468之操作被選擇於自動方 式時，上述手動開關之操作即呈無效而對應印刷起動停止 開關470之操作自動實行篩網印刷《亦即，藉未圖示處理 裝置將新基片42載置於位置在基片更換位置L之基片搬運 台104之移動板146上時，附在該基片42之一對位置標記乃 被調整用基片位置檢測裝置13予以檢出以進行調整作動。 亦即’ X方向位置移動裝置180、第一 Y方向位置移動裝置 182、第二Y方向位置移動裝置184被作動致使該一對位置 標記可自動一致於預先設定之位置。其次，基片搬運台104 由驅動馬達104予以驅動至印刷位置R後，上下桌台〗14乃 接近於製版36側同時，藉嵌合銷裝置248之擴徑銷250被擴 徑而可使固定於框架14之製版36與載置於上下桌台114之 基片42互相予以定位。此時，在前進（上昇）位置處於中間 高度位置之滑動台320如上昇至其上限位置時到具368則同 時下降至接觸於篩網40之位置，並以此種狀態該滑動台320 及刮具368—旦後退至其後退（下降_)位置後，該滑動台320 本紙張尺度適用中围國家標準（CNS > A4規格（21〇Χ297公釐） 36 -------Μ---1.------tr------0 {请先鬩讀背面之注意事項再填寫本頁) 經濟部智慈財產局貝工消費合作社印製 438681 A7 B7_ 五、發明説明（34) 會被下降至將篩網40予以押下之位置並同時使刮具368上 昇，且以此狀態再予以前進而可將篩網40上之糊漿以所定 圊案複製於基片42上》於是，滑動台320再被定位於其中 間位置同時，上下桌台114被向離開篩網40位置予以下降 後，基片搬運台104即由驅動馬達128驅動至基片更換位置 ，並由處理裝置將印刷後之基片42予以更換為新基片42。 上述調整作動時，電子控制裝置440係以位置對合控 制製置之作用：藉變更X方向驅動銷148之X方向位置以定 位基片42之對於製版36之X方向位置，藉同量變更第一γ 方向軀動銷152及第二Y方向驅動銷154之Y方向位置以定 位基片42之對於製版36之Y方向位置，藉不同量變更第一 Y方向驅動銷152及第二Y方向驅動銷154之Y方向位置以 定位基片42之對於製版36之轉動位置0。藉此，即不需使 用引導X方向桌台之X方向引導裝置，移送X方向桌台之X 方向桌台移動螺桿機構，引導Y方向桌台之γ方向引導裝 置’移送Y方向桌台之Y方向桌台移送螺桿機構，將桌台 引導於轉動方向之轉動方向引導裝置，促使桌台轉動於轉 動方向之轉動方向軀動裝置，而可進行移動板之X方向位 置、Y方向位置、轉動角度位置Θ之調整。 又，上述電子控制裝置440在調整作動時之移動板146 移動期間内，藉將切換控制閥丨68予以切換，乃可俾使壓 縮氣體供應裝置172向第二上下基板144供應壓縮氣體而在 移動板146與將其支承之第二上下基板144之間形成壓縮氣 艘層’並由依據電氣信號所驅動χ方向驅動銷148、第一 γ 本^困國家標準(CNS)八娜(2!οχ297公釐)-7~ΤΓ~-- ------,1----t-------IT------pi (請先閱讀背面之注意事項再填寫本頁) 經濟部智慧財產局興工消費合作社印製 43 86 81 A7 -----------B7_ 五 '發明説明（35 ) 方向期動銷152、苐二γ方向堪動鎖154以極小力量可使移 動板146移動同時，當該移動板丨46完成定位後，藉將切換 控制閥168予以切換，俾使負壓供應裝置170向第二上下基 板H4提供負壓，則可將移動板146吸住於第二上下基板U4 予以固定。藉此’而具有可使X方向驅動銷148、第一 γ方 向驅動銷152'第二γ方向驅動銷154等驅動機構及固定機 構予以極小型化之優點》 以上係為依據圖示說明本發明之一實施例者，唯本發 明亦可適用於其他形態》 例如，上述實施例之篩網印刷裝置1 〇雖將製版36以傾 斜狀態予以固定於框架14，唯亦可為以水平狀態予以固定 之形式。因為如此亦可獲得與上述實施例同樣效果， 又，上述實施例之移動板146係被形成直接支承基片42 ’唯介由其他構件予以間接支承亦無妨》 又，上述實施例之上下桌台114係採用互相一髖固定 之第一上下基板138及第二上下基板144,唯亦可使用單一 之上下基板。 又，上述實施例係將X方向驅動銷148、第一Y方向驅 動銷152、第二Y方向驅動銷154設置於第一上下基板138 、及將X方向施力銷150、第一 Y方向施力銷156、第二Y 方向施力銷158裝設於第二上下基板144,唯只要固定於第 一上下基板138及第二上下基板144之任一方均可。 又，上述實施例之X方向施力銷丨50、第一Y方向施力 銷156、第二Y方向施力銷158乃由空氣壓予以施力，但構 本紙張又度適用中國國家揉準（CMS ) Α4規格（2!0Χ297公釐） 38 I--------m------11------^ • ί ί請先Μ讀背面之注意事項再填寫本筲) Α3Ε6 81')ί Α7 Β7_ 五、發明説明（36) 成為以彈性力予以施力亦可。 又，例如在上述X方向位置移動裝置180，亦可採用 介多數球體予以螺設之球體.螺桿為驅動X方向驅動銷148 之螺桿188。 又，在上述實施例之X方向驅動銷148、第一 Υ方向驅 動銷152、第二Υ方向驅動銷154、以及X方向施力銷15、 第一 Υ方向施力銷156、第二Υ方向施力銷158均呈圓形剖 面，唯亦可形成三角形剖面或橢圓形刮面亦無妨。 又，上述倒底僅為本發明之一實施例而已，本發明只 要不脫離其要旨範圍内乃可施以種種變化者。 [圖示之簡單說明] 第1圖為本發明一實施例之篩網印刷裝置側視圖； 第2圊為在第1圖之印刷裝置除去調整裝置、滑動台堪 動裝置、基片搬運裝置等以說明框架之正視圖； 第3圖為第2圖之製版保持裝置詳示圖，亦是實施例 ΙΙΙ-ΙΙΙ線之剖視圖； 第4圖為第2圖之製版保持裝置之平面示意圖； 第5圖為第2圖之製版保持裝置之正視示意圖； 經濟部智慧財產局員工消費合作社印製 第6圖為說明含於第1圈基片搬運台之上下桌台正視圖； 第7圖為第6圖之上下桌台底面示意圖； 第8圈為第6圈之上下桌台側視示意圖； 第9圈為在第6圖除去移動板狀態之上下桌台正視示意 圖； 第10圖為在第6圖除去移動板及第二上下板狀態之上 43 86 ^ 1 a? B7 五、發明説明（37 ) 下桌台正視不意圖， 第11圖為第6圖之X方向位置移動裝置側視示意圖； 第12圖為第6圖之X方向位置移動裝置平面示意圖； 第13圖為第6圖之X方向施力裝置側視示意囷； 第14圖為第6圖之X方向施力裝置平面示意圖； 第15圖為第6圖之X方向施力裝置正視示意圖； 第16圖為說明第6圖之鎖固裝置要部剖面圖； 第17圖為含於第1圖基片搬運台之上下桌台之第一上 下板擴大示意圖； 第18圖為第17圖之擴徑銷及内插銷之形狀擴大說明圖； 第19圖為第17圖之擴徑銷形狀擴大之正視說明圖； 第20圖為第17圖之塊體及止動構件之另例說明圖； 第21圖為第1圖之滑動台軀動裝置之正視說明圖； 第22圖為第21圖之滑動台支承板及刮具支承板之要部 擴大顢示圖； 第23圖為將第21圈之顢示滑動台支承板要部擴大之一 部份予以切開顢示之侧視圖； 第24圈為說明設於第21圖之滑動台支承板及刮具支承 板之板艟連結裝置、卡止裝置、滑動台、刮具等之要部剖 面圖； 第25圈為裝脫自如地連接第21圖之空氣廑配管之滑動 台側聯輛器及刮具側聯轴器之示意圈； 第26圖為設於第1圈之篩網印刷裝置之控制裝置構造 說明方塊圖。 本紙張尺度逋用中國國家揉準（〇泌^4^格（210乂297公釐） (請先閲讀背面之注意事項再填寫本頁) 訂 線 經濟部智慧財產局BK工消費合作社印製 40 A7 B7 經濟部智慧財產局員工消費合作社印製Printed by the Men ’s Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs _B7_V. Description of the invention (IS) is perpendicular to the second upper and lower substrates 144 and is mounted on the front end of the arm 216 in a circular cross-section in the X direction. . The urging force corresponding to the pressure applied to the urging cylinder 206 is supplied from the X-direction urging pin 150 to the moving plate 146. As described above, the X-direction driving pin 148, the X-direction urging pin 150, the first Y-direction driving pin 152, the first Y-direction urging pin 156, the second Y-direction driving pin 154, and the second Y-direction urging pin 158 are It has a circular cross-section and is engaged with two parallel sides in the Y direction and two parallel sides in the X direction of the rectangular moving plate 146, so that the moving plate 146 is respectively held by a predetermined force, so even if the pins interfere with the moving plate 146, If the position is misaligned, it will not affect the adjustment position of the moving plate 146, there is no reaction force, and it has a disturbance point that can obtain high positioning accuracy. The second upper and lower substrate 144 is provided with a locking device 220 for appropriately fixing the moving plate 146 as shown in FIG. 16. The moving plate 146 is formed with a small-diameter hole on the first upper and lower substrate 138 side. 222 At the same time, the continuous large-diameter hole 224 is formed on the substrate 42 side, and the stair hole formed by the small-diameter hole 222 and the large-diameter hole 224 penetrates the moving plate 146 »The above-mentioned locking device 220 is fixed to The fixed air cylinder 226 on the bottom surface of the second upper and lower substrates 144 and the small-shaped outer plate 228 with a small gap D2 for the inner peripheral mask of the large-diameter hole 224 are embedded in the large-diameter hole 224. The plate 228 is It is fixed to the front end of the output rod 230 that is protruded through the small-diameter hole 222 through the self-fixing gas cylinder 226. The interval between the outer peripheral surface of the output rod 230 and the inner peripheral surface of the small-diameter hole 222 is set to be equal to or more than the gap D2, so that the moving plate 146 can be parallel to the second upper and lower substrates 144 within the gap D2. At the same time when moving inside, the output rod 230 of the fixed gas cylinder 226 is pulled, and the second upper and lower substrates H4 — I m I n ^^-1 — I — order II 11 line •-. (Please read M first on the back Note ^^ and refill this page) This paper size is in Chinese National Standard (CNS) Α4 size (210X297 mm) 21 43 86 8 1 A7 B7 Printed by the Consumers ’Cooperative of Intellectual Property Bureau, Ministry of Economic Affairs Most of the air holes 164 (19) can be fixed to the second upper and lower substrates 144 without being in a negative pressure state. Figures Π, 18, and 19 show the upper and lower tables 114 including the first upper and lower substrates 13 8 and the like. The upper and lower tables 114 are driven by the upper and lower tables to drive the air cylinder U6 to the side closer to the plate 36 for printing. A detailed illustration of a positioning device 240 positioned between the first upper and lower substrates 138 and the spacer member 58 belonging to the position fixing member with the positioning accuracy. In FIG. 17, the spacer member 58 is a position fixing member fixed to the lower horizontal frame 28 and the upper horizontal frame 26 as shown in FIGS. 3 and 5, and the positioning device 240 includes: the shaft center is penetrated and The first upper and lower substrates 138 are formed by fitting holes 242 in the vertical direction, and a cylindrical mounting member 244 is fixed to one of the two corners of the spacer member 58 (refer to FIGS. 6, 9, and 10). The fitting member 246 and a pair of fitting pin devices 248 that can fit into the fitting holes 242 of the fitting member 246 when the first upper and lower substrates 138 rise are mounted on the first upper and lower substrates 138. The above-mentioned fitting pin device 248 includes: the outer diameter is slightly smaller than the above-mentioned fitting hole 242 and protrudes from the first upper and lower base plate 138 toward the spacer member 58 side, that is, the plate-making 36 side, at a position concentric with the fitting hole 242. ® Cylindrical diameter expansion pin 250, an internal latch 252 inserted into the diameter expansion pin 250, and an internal latch driving device that is fixed to the bottom surface of the first upper and lower substrate 138 to drive the internal latch 252 in the axial direction. Within the latch drive air 茼 254. As shown in detail in Figures 18 and 19, the above-mentioned round-shaped gas cylinder 254 is formed with a plurality of slits 256 (eight in this embodiment) that are cut from the front end at equal intervals along the plane of its central axis at the periphery, and in. The inner peripheral surface becomes smaller as the apex becomes smaller ---------- installation-* * (please read the note on the back before filling in this page) The size of the paper is applicable to the Chinese national standard (CNS ) A4 specification (2 丨 0X297mm) · 22-W: :) A7 B7 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and printed by X Consumer Cooperatives V. Description of the invention (20) The inner peripheral surface of the diameter is 258, and within the above The outer peripheral surface of the latch 252 is pushed toward the tip, and the outer peripheral surface 260 is reduced in diameter. Therefore, when the first upper and lower substrates 138 approach the plate 36 side to the position indicated by the two-point lock line in FIG. 17, the above-mentioned diameter expansion pin 250 is embedded in the fitting hole 242 of the fitting member 246, and is driven by the above-mentioned insertion pin. The air cylinder 254 drives the inner pin 252 to the tip side, and the above-mentioned pushing outer peripheral surface 260 is pushed apart by the pushing inner peripheral surface 258 so that the outer diameter of the enlarged-diameter pin 250 is enlarged, and the fitting member 246 is aligned with the fitting pin device 248 The center allows the upper and lower tables 114 and the substrate 42 loaded on them to position the plate 36 with high accuracy. In addition, the position expansion can be performed by the diameter expansion of the diameter expansion pin 250 embedded in the fitting hole 242, so that there is no need to provide a push-out surface in the fitting hole 242, so it is not easy to be adjusted by combination and changes with time. The advantage of continuously maintaining positioning accuracy is that the above-mentioned substrate transfer table 104 has a transfer table body 110 that is guided between the substrate printing position R and the substrate replacement position L by the transfer rail 102, and during the transfer. The table body U0 is provided close to the upper and lower table table 114 'away from the plate making 36 and the fitting hole 242 is provided at a fixed position of the spacer member 58 corresponding to the substrate printing position R, and the fitting The pin device 248 is provided on the upper and lower tables 114, which can release the gap required for the upper and lower mechanisms caused by the upper and lower tables U4 to move up and down due to uneven positioning, so as to improve the positioning accuracy of the substrate 42 more. According to experiments by the inventors, the positioning accuracy of the substrate 42 of the conventional device is about 15-20 m, and the screen printing device of this embodiment is about 3 m. And the screen printing device of this embodiment [0] also becomes a sliding bearing of the linear sliding part guided by the guide rod 112 without the need to install a carrying device 102 and pre-pressing it ------------ Equipment — * I (Please read the precautions on the back before filling this page) Bookmarking and paper size standards use Chinese National Standard (CNS) A4 Washing (210X297) and 23 43S681 Α7 — Β7 Intellectual Property Bureau, Ministry of Economic Affairs Employee Consumer Cooperative Co., Ltd. printed the fifth, invention description (21) mechanism, so it has the advantage of reducing the number of maintenance workers and the device becomes cheaper β. Also, the above-mentioned expansion pin 250, inner pin 252, and inner pin drive cylinder 254 are formed. The fitting pin device 248 is provided on the first upper and lower substrates 138 ′ of the upper and lower tables 114 and has a merit that the slide table driving device 12 can be easily installed when compared with the plate-making side member provided on the spacer member 58 and the like. Referring to FIG. 17 again, the first upper and lower substrates 138 of the upper and lower tables 114 are provided with a stopper member 264 which is in contact with the side of the first upper and lower substrates 138 of the block 262 fixed by the spacer member 58, and the upper and lower tables can be positioned correctly. 114 pairs of movement positions on the 36 side of the master. The blocks 262 and the stopper members 264 may be installed in a plurality of groups, but only one group may be installed. Reference numeral 266 is a buffering device for suppressing vibration that occurs when the rising end and the falling end of the first upper and lower substrates 138 are in conflict. As shown in Fig. 20 (a), the block 262 is provided with a V-shaped groove 268, and the stopper member 264 is fitted into the V-shaped groove 268 to form a push-out portion 270 having a smaller tip width. If it is possible to further improve the positioning accuracy, and to obtain sufficient positioning accuracy, at least two or more positioning devices 240 may be provided, or a positioning device 240 and the block 262 shown in FIG. 20 and the above The fitted stopper member 264 can be satisfied (in the latter case, it is appropriate that the axis of the positioning device 240 exists on the V-groove 268 extension line. Next, the slide table driving device 12 of the above-mentioned FIG. 1 will be described with reference to FIGS. 21 to 25. ”FIG. 21 is a schematic front view of the slide table driving device 12. FIG. 22 is an enlarged portion of the slide table driving device 12. Schematic diagram, Fig. 23 is a sectional view taken along line XXIII-XXIII of Fig. 22, which is an enlarged view of the main part of the sliding table driving device 12, and Fig. 24 is a drawing of the scraper 368 --------- -XIANG-4 »(Please read the precautions on the back before filling out this page) 、 The size of the paper is applicable to the Chinese National Standards (CNS) Α4 specification (210 × 297 mm) 24 Shellfish Consumption, Intellectual Property Bureau, Ministry of Economic Affairs Cooperative Du printed J A7 _______B7 __ V. Description of the invention (22) Sectional schematic diagram of the erected state, the 25th figure is the sliding table side coupling 392 and the scraper side coupling 394 installed on the sliding table support plate 290 and to A schematic sectional view of the state of the support plate 292. The slide table driving device 12 is used for rolling the paste (not shown) on the screen 40 of the plate making 36 during the screen printing, and rolling it along the screen 40 one-way (upward direction of the 21st). , And on its way back, push the paste pushed to the one-way side back to the other direction (downward direction of Figure 21). In FIG. 21, the slide table driving device 12 is provided with two pairs of guide rails 280 respectively arranged in the upper horizontal frame% and the lower horizontal frame 28 in a state parallel to the plate making 36 and guides the plate making 36 in a vertical direction, and The two pairs of air cylinders 282 respectively provided in the upper horizontal frame 26 and the lower horizontal frame 28 are approached away from the rectangular frame body 284 that makes the plate. A driving substrate 288 is connected to the top of the rectangular frame 284 via a plurality of branches (four in this embodiment) connecting rods 286. The left and right sides of the rectangular frame 284 are fixed with a pair of guide rails 289, a sliding table support plate 290, and a support plate 292 along its longer direction. The pair of guide rails 289 are provided to guide the left and right ends of the pair of guide rails 289. And the screen 40 of the plate 36 can be moved back and forth along the plate 36 independently from the predetermined distance from the operator side. The right and left bottoms of the rectangular frame body 284 and the drive substrate 288 are provided with two pairs of bearings 294, and a pair of screws 296 are rotatably supported at the top and bottom ends by the bearings 294, and are provided in the same manner as the guide rail 289. parallel. The driving base plate 288 is fixed with a reduction gear 298 and a movable motor 300 ′. One of the pair of tenon 296 mentioned above is connected to the driving motor 300 through the top speed reducer 298. At the same time, the pair of screws 296 are connected respectively. The wrapping body 304 around the pulley 30 fixed to the top end is movably connected ---------- 1 ------ ir ------. ^ (Please threshold first Note for Jingbei * Please fill in the book again Jr) This paper is printed on the National Fresh (CNS) (21_7) Printed by Shelley Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 43 86 81 A7 B7 V. Explanation of Invention (23). As a result, the sliding table support plate 290 and the scraper support plate 292 connected to the two ends by the above pair of screws 296 can be separated from the predetermined distance of the screen 40 of the self-made plate 36 by the driving motor 300 described above. It is driven back and forth along this plate making 36. In this embodiment, the slide table support plate 290 and the scraper support plate 292 have the functions of a first reciprocating member and a second reciprocating member. The slide table support plate 290 and the scraper support plate 292 are detachably connected by a pair of left and right plate connection devices 306 provided at both ends of the slide table support plate 290. As shown in detail in FIG. 24, the plate connecting device 306 includes a connecting plate 308 protruding from the sliding table supporting plate 290 to the upper side of the supporting plate 292, and is provided at a position close to the scraper supporting plate 292. The connecting plate 308 is at the front end, and is connected with the engaging hole 3 10 formed on the upper surface of the scraper supporting plate 292 by a spring force (not shown) on the side of the scraper supporting plate 292. As shown in detail in the figure, the above-mentioned sliding table support plate 290 is provided with: the upper and lower air cylinders of the sliding table that drive the sliding table 320 to a position that abuts against the screen 40 of the plate 36 and then depresses it, and a position that leaves a predetermined distance from the screen 40 322, with the intermediate height stopper function, the slide table 320 is positioned at a middle height position whose tip just touches the middle height of the screen 40 to stop the air cylinder 324, and the lift limit position stopper which sets the slide table 320 ascent limit position 326. The slide table 320 has a long shape slightly shorter in width than the plate making 36, and is made of an elastomer such as urethane rubber or a rubber made of natural rubber. The clamped metal slide table holding member 330 is configured. In addition, the upper and lower air cylinders 322 of the sliding table are provided with a height that can be set to project the output rod, that is, under the sliding table 320 (please read the precautions on the back before filling in each page). The standard of this paper is applicable to the national standard (CNS) A4. (210X297 mm) 26 Α7 Β7 43 86 81 V. Description of the invention (24) Limiting position adjustment screw 332 with locking function. In addition, the above-mentioned intermediate height position stopper gas cylinder 324 is provided with a locking function adjusting screw 334 which can set the protruding length of its wheel-out lever, that is, the intermediate height stop position of the slide table 320. The lifting limit position stopper 326 is further provided with a locking function adjusting screw 336 which can set the bottom end height position, that is, the lifting limit position of the slide table 320. A tip of the output rod 338 of the upper and lower cylinders 322 of the slide table is connected to a slide table holding device 34o that can hold the slide table 320. The slide table holding device 340 has a long plate shape protruding downward at both ends, and is guided by the guide rail 342 by being fixed to one of the bottom surfaces of the slide table support plate 290 in the longer direction. The long vertical member 346 which is guided in the vertical direction of the screen 40 and is connected to the output lever 338 by shaking the coupling 344 in the center of the longer direction is provided by an adjusting screw 348 at an adjustable position relative to the vertical direction. The up-and-down member 346 is fixed by the up-and-down movement of the fixing screw 35o, and the up-and-down position adjusting member 352 is arranged in a long shape that is capable of rotating the up-and-down position adjusting member 352 around the shaft center and fixed by turning the fixing screw 354. The rotation position adjusting rod 365 is equidistant from the longer direction of the rotation position adjusting rod 356 and is held by a pair of engagement grooves 358 formed on the outside of the slide table holding member 330 engaged with the slide table 320. The cross-section U-shaped engaging member 360 and a plurality of fixing tools 364 are formed by fixing screws 362 screwed to the engaging member 360 to fix the engaging member 360 to the rotation position adjusting rod 356. With this, 'the slide table 320 can be driven up and down by the slide table upper and lower cylinders 322 to move the slide table body 328 up and down from the screen 40 position and the screen 40 position at the same time.' When the intermediate height position stops the output rod of the air cylinder 324 toward The following paper standards use China National Standards (CNS) Α4 specifications (2 丨 0X297 mm) ---------- ¢ ------ * Γ ------- line < β. (Please read the note on the back before filling this page) Printed by the Consumers ’Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 27 43 86 8 1 Α7 Β7 Printed by the Shellfish Consumers’ Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs (25) When protruding, the upper and lower air cylinders 322 of the sliding table drive upwards, and the sliding table body 328 can be positioned just or slightly contacting the screen 40. Also, the sliding table 320 can adjust the contact angle α of the sliding table body 328 to the screen 40 by changing the rotation angle of the rotating position adjusting rod 356, and the position of the upper and lower position adjusting member 3 52 can be changed by adjusting the screw 348. Adjustable position and strength of the sliding table body 328 to push down the screen 40. As shown in Section 22 (b), the scraper support plate 292 has a screen 40 that makes the scraper 368 abut against the plate 36 and is driven at the position where the screen 40 is pushed down. The scraper upper and lower gas cylinders 370 leaving the predetermined distance from the screen 40 are guided in a vertically movable manner by a guide rail 372 fixed to the scraper support plate 292 and driven in the vertical direction by the scraper upper and lower gas cylinders 3 70. The upper and lower members 374 are arranged to adjust the relative position of the upper and lower members 374 in the up-down direction and are fixed by moving the fixing screws 376 up and down. 378 can be rotated around the axis and is fixed by a long-direction rotating position adjusting rod 380, which is not shown, and is fixed to the tool 368 at an equal interval. Adjusting the position of the movable longitudinal direction 380 of the rod 382 most fixtures. The scraper 368 is made of metal such as stainless steel as shown in FIG. 24. The scraper 368 is integrally connected to the scraper body 384 by a plate-shaped scraper body 384 whose ends are crossbowed to the sliding table 320 side. The top scraper connection member 386 is formed, and the fixture 382 is in turn engaged by the scraper connection member 386 with an engagement member 388, and is engaged with the torch connection member 386 and is fixed in a rotating position. The adjusting rod 380 is formed by a fixing screw 390 screwed to the engaging member 388. The upper and lower air cylinders 370 of the scraper and the upper and lower air cylinders 322 of the sliding table are composed of ------------ ^ ------- 1T ------- (please read the note on the back first) Please fill in this page again.) This paper size uses Chinese National Standards (CNS) Α4 Washing (210X297 mm) 28 438681 at B7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of Invention (26) It is fixed to the slide table support plate 290 and the scraper support plate 292 and is connected to one of the slide table side joint 392 and one of the side joint 394 when they are close to each other. , 398 are connected, and the pressure chamber of one pair of pressure chambers with upper and lower cylinders 370 is high pressure when the sliding table 320 rises, and the pressure chamber of one of the pair of upper and lower cylinders 322 of the sliding table is high pressure when the descending 368 descends. At the same time, the chambers are connected to each other. One of the pressure chambers of the upper and lower air pressure chambers 370 of the scraper has a high pressure when the slide table 320 descends, and one of the pressure chambers of the upper and lower air cylinders 322 of the slide table has a high pressure when the scraper 368 rises. The pressure chambers are also connected to each other. As a result, when the scraper 368 is lowered, the bottom end (tip) of the scraper 368 is positioned by the scraper upper and lower cylinders 370 at a position away from the screen 40. When the slider 320 is raised, the bottom end (tip) ) Is positioned by the scraper upper and lower gas cylinders 370 in contact with the screen 40. If so, the sliding table supporting plate 290 and the supporting plate 292 which are independent from each other due to the reciprocating movement along the screen 40 of the plate making 36 are provided with the sliding table 320 and the receiving plate 368, respectively, so that the plate body functioning as a reciprocating moving member connection device The connecting device 306 can cause the sliding table support plate 290 and the supporting plate 292 to be integrally and reciprocally driven to each other in a connected state. Therefore, as is conventional, the sliding table 320 is advanced in a state of abutting the screen 40 of the plate 36. The paste on the screen 40 of the plate making 36 is screen printed by one-way rolling. By scraping the scraper 368 back against the screen 40 of the plate making 36, the slurry moving unidirectionally on the slide table 320 is again Push back. In addition, when replacing the paste, etc., by pulling out the connecting pin 312 of the plate connecting device 306 from the engaging hole 310 by the operator to unlock the sliding table support plate ------------ -(Please read the note on the back before filling in this page) The size of the paper for this edition applies to the ten countries # 国 (〇 邴) 44 size (210 father 297 mm) 29 438681 A7 B7 V. Description of the invention (27 ) 290 and the scraper support plate 292, such that the sliding table support plate 290 and the scraper support plate 292 can be sufficiently separated from each other. Therefore, the distance between the sliding table 320 provided on the sliding table support plate 290 and the scraper 368 provided on the scraper support plate 292 can be sufficiently increased, so that the paste mainly existing on the opposite sides of the sliding table 320 and the holder 368 can be effectively performed. At the same time, the slurry recovery operation is also easier to remove the paste stuck to the sliding table 320 and the scraper 368, which can shorten the operation time and make full removal. As shown in FIG. 25, the sliding table support plate 290 and the scraper support plate 292 can be connected and separated from each other, and are provided in a pressure chamber for urging the upper and lower cylinders 322 of the sliding table to communicate with the pressure chamber with the upper and lower cylinders 370. The air-pressure piping 396 and 398 are fixed in the middle of the sliding table support plate 290 and the wiper support plate 292, and the sliding table-side coupling 392 and the wiper-side coupling 394 can be connected and separated from each other. The interval between the sliding table 320 provided on the table support plate 290 and the scraper 368 provided on the scraper support plate 292 is not restricted by the air pressure piping 396, 398 between the upper and lower air cylinders 322 and 370 of the upper and lower air cylinders. It also has the advantage of not being hindered by the air pressure pipes 396 and 398 to perform the slurry cleaning operation. In addition, the slide table support plate 290, the scraper support plate 292, and the rectangular frame 284 supporting these are provided with a driving table driving device lifting device which is largely separated from the plate making 36 by the air cylinder 282, but this device is exclusively used for plate making Replacement or maintenance of 36, and normal operations including the above-mentioned paste replacement operations are not used. Here, among the upper horizontal frame 26 and the lower horizontal frame 28 that act as plate-making fixed frames that fix the screen 40 of the plate-making 36 in an inclined state, the upper horizontal frame 26 and the scraper support plate 292 are positioned at the upper side. When the scraper support plate 292 is pushed up to its fixed position by the sliding table support plate 290, the paper size is applicable to the Chinese National Standard (CNS) A4 wash case (210X297 mm) I -------- 1 ------ '玎 ------ 0 II (Please read the notes on the back before filling out this page) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 30 4 3 86 81 A7 B7 V. Description of the invention (28) The locking device 410 can be automatically engaged when the position is fixed, so that the scraper support plate 292 is locked at the fixed position. As shown in FIG. 24 in detail, the locking device 410 includes: the media bracket 412 is fixed to the upper horizontal frame 26, and is formed to move away from and parallel to the upper horizontal frame 26 and the scraper support plate 292 and move upward. The locking groove 414 and the upper horizontal frame 26 which are in an open state and the lower side are in a deeper direction toward the locking member 414, and have a locking member 418 having an inclined guide surface 416 adjacent to the lower side of the locking groove 414. The intermediate bracket 420 is mounted on the scraper support plate 292, and is biased by a spring (not shown) in the depth direction of the locking member 414, and the leading end of the plate 36 side is inserted into the locking groove 414.内 的 锁止 针 422. Thus, when the scraper support plate 292 approaches the upper horizontal frame 26, the leading end of the locking pin 422 is pushed in through the inclined guide surface 416 and reaches the above-mentioned locking groove 414, and is automatically locked by protruding into it, and By the operator pulling out the above-mentioned locking pin 422 from the locking groove 414, the locking of the locking pin 422 and the locking groove 414 is released, and the scraper support plate 292 is free to the plate making 36 and the frame 14 mobile. In addition, the sliding table support plate 290 is fixedly provided when the interconnection between the sliding table support plate 290 and the scraper support plate 292 caused by the plate body connecting device 306 is released, and the scraper support plate 292 can be pushed up to a predetermined level. At the same time, the scraper support plate 292 is fixedly provided with a contact plate 434 against which the tip of the output rod 432 of the lift cylinder 430 abuts. The push-up cylinder 430 is in a corresponding switch operation provided on the support plate 290 of the slide table, and the output lever 432 can be switched to a retracted state or a protruding state. According to the above locking device 410, before cleaning the paste, if the sliding table support plate 290 is driven forward obliquely to push the scraper support plate 292 to the stoppage of the paper, use the Chinese National Standard (CNS) A4 specification ( 210 X 297 mm) I. t ~ [11] order. -H line (please S: read the notes on the back before filling out this page) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 31 Employees of the Intellectual Property Bureau of the Ministry of Economic Affairs消 # 联合 社 印 ____B7_ V. Description of the invention (29) At the position, since the scraper support plate 292 is automatically locked, there is no need for a fixed operation to prevent the scraper support plate 292 from falling. Further, if the scraper support plate 292 is locked to the locking device 410, and then the slide table support plate 29 is driven diagonally and backward, the slide table support plate 290 and the scraper support plate 292 can be easily separated. In addition, by pushing the air cylinder 41 to push the scraper support plate 292 to protrude, the support plate 292 and the slide table support plate 290 can be easily separated at the same time, and the air lift 410 can be used to ease the impact. The action can alleviate the impact of the scraper support plate 292 when it comes into contact with the locking device 410. The screen printing device 10 configured as described above can be controlled by a control device shown in Fig. 26, for example. The electronic control device 440 shown in the figure is a so-called microcomputer containing a CPU, ROM, RAM, input and output interfaces, etc. The CPU is controlled by processing input signals according to a program stored in ROM in advance: the electromagnetic force that causes the lifting roller 52 to move The valve 442 is an electromagnetic valve 444 for causing the abutment plate to drive the gas cylinder 64, an electromagnetic valve 446 for causing the gas cylinder 72 to be operated, and an electromagnetic valve 448 for causing the gas cylinder 86 to be actuated, and the moving plate 146 is driven to the X direction pulse motor 190 in the X direction. Driving the moving plate 146 in the Y direction in the Y direction or the first γ direction position moving device 182 in the Y direction or the second Y direction pulse connecting line 452 in the second Y direction position moving device 184, An electromagnetic valve 453 for causing the fixed air cylinder 226 of the pinning device 220 to actuate, and a carrier motor 110 for operating the driving motor 128 between the substrate replacement position L and the printing position R, and an electromagnetic valve 454 for causing the upper and lower tables to drive the air cylinder 116 to operate. , The solenoid valve 456 for causing the inner pin to drive the gas cylinder 254 to actuate, the motor 300 for driving the slide table 320, and the solenoid valve 458 for causing the upper and lower gas cylinders 322 of the slide table to operate, Promote the position of Xinjian Height This paper scale is applicable to China National Standards (CNS) A4 Sige (210X297mm) 32 I nfi i I Pack — II Order — Line (Please read the note on the back ^ MF before filling this page) Printed by the Ministry of Economic Affairs, the intellectual property horse gear industry consumer #, cooperatives: 'A7 ____B7___ V. Description of the invention (3G) The electromagnetic valve 460 actuated by the stopper cylinder 324 promotes the solenoid valve 462 actuated by the lifter 430, which promotes the drive of the sliding table. 12 approaches the solenoid valve 464 operated by the gas cylinder 282 leaving the master 36. The operation parts box 466 is provided with a manual automatic switching switch 468 that can be switched to a manual mode in which each actuator is operated by hand or an automatic mode in which each actuator is automatically operated to start or stop the automatic screen. The printing start and stop switch 470 of the screen printing, the conveying roller up and down switch 472 which switches the conveying roller 54 to the raised position and the lowered position, leaves the abutment plate 62 from the supporting member 78 and switches to the state of the plate-making lift 36 and moves the abutment plate 62 The abutment plate driving switch 474 to the state of the support member 78 side switches the plate gap gauge 66 to a plate gap gauge slide switch 476 inserted or not inserted between the plate making 36 and the supporting member 78 to fix the plate making 36 to the frame 14 Clamp switch 478 'The X direction switch 480 that drives the moving plate 146 in the X direction, and the first Y direction switch 482 and the second Y direction switch 484 that drive the moving plate 146 in the Y direction or Θ direction are simple and easy to fix. The moving plate 146 urges the pin fixing device 485 to move the pin fixing switch 485 to drive the table main body 110 between the substrate changing position L and the printing position R. 486 'the sliding table driving switch 492 for driving the upper and lower tables 114 up and down 114 to drive the positioning switch 490 of the internal pin 252 and the fitting pin device 248, and the sliding table 320 to move forward and backward along the screen 40, The slide table 320 is moved up and down by the slide table up and down switch 494, and the middle stage of the slide table 320 is raised to the middle height during the forward and backward process of the slide table 320 to move the slide table drive device 12 close to the slide table drive device of the plate 36. 498, the operating signals generated by these switches are provided to the electronic paper silver scale free use Chinese National Standard (CNS) A4 specifications (210X297 mm) 33 gutter (please read the precautions on the back before filling this page) Α7 Β7 Printed by the Consumers ’Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of Invention (31) Control device 440. In addition, the operation signal of the change-over switch 436 for pushing the air cylinder 430 to operate is also supplied to the electronic control device 440. When the manual mode is selected by the operation of the manual automatic switching switch 468, the above-mentioned transport roller up and down switch 472, abutment plate movable switch 474, plate distance gauge slide switch 476, clamping switch 478, X direction switch 480, first Y direction switch 4 82 and second Y direction switch 484, mobile board pin switch 485, table drive switch 486, table up and down switch 488, positioning switch 490, slide table drive switch 492, slide table up and down switch 494, middle height Manual switches such as switch 496, slide table driving device up and down switch 498, changeover switch 436 are effective, and the corresponding operations of these switches can be performed separately. For example, when replacing the plate making 36, after selecting the manual mode by the operation of the manual automatic switch 468, the clamping effect of the holding cylinder 86 is released by the operation of the holding switch 478, and the plate making 36 is operated by the operation of the abutment plate driving switch 474. At the same time as the slide table driving device 12 is pushed up, the plate gap gauge 66 is raised to an uninserted position by the operation of the plate gap gauge slide switch 476, and then the operation of the abutment plate drive switch 474 is used to pull the abutment plate 62 toward The support member 78 lowers the plate making 36 to abut against the first guide plate 46. Then when the conveying roller 54 is raised by the operation of the conveying roller up and down switch 472 in this state, the original plate 36 can be easily moved by the conveying roller 54 and the spherical rotating body 50, and is led out of the screen printing device 10 . Conversely, the new plate 36 is easily inserted into the predetermined installation position by the above-mentioned conveying roller 54 and the spherical rotating body 50, and the conveying roller 54 is lowered by the operation of the conveying roller up and down switch 472. At this time, if you want to make the plate in advance When the pitch is confirmed at zero, please borrow it (please read the precautions on the back before filling in this page) ί -3 Τ This paper size uses the Chinese national standard {CMS) A4 size (210 × 297 mm) 34 A7 B7 V. Description of the invention (32).---: -1-1 HI E ^^ 1 --1 1— 1— f-(Please read the note on the back ^ before filling this page) The operation of the tight switch 478 is performed. The tightness of the gas cylinder 86 is clamped between the pressing pad 80 and the contact plate 62 of the gas cylinder 86. At this time, because the plate spacing gauge 66 is not inserted, the table is borrowed. The operation of the up and down switch 488 raises the upper and lower table 114 above the loading substrate 42, and it can be confirmed whether the plate spacing D1 between the screen 40 and the substrate 42 is zero. Secondly, the tightening switch 478 is used to release the tightening of the gas cylinder. The tightening effect of 86, and the operation of the abutment plate body switch 474 pushes the plate making 36 to the slide table driving device 12 The side is also lowered by the operation of the plate gap gauge slide switch 476 to a position where the plate gap gauge 66 can be inserted, and then pulled into the abutment plate 62 by the operation of the abutment plate drive switch 474 and tightened by the operation of the clamp switch 478 The holding action of the gas cylinder 86 fixes the plate making 36, that is, the plate spacing D1 corresponding to the plate spacing gauge 66 can be formed. In addition, the plate gap gauge 66 can be replaced with a new plate-making 36 as needed while the gauge body holding member is being raised by the operation of the plate gap gauge slide switch 476. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Online Economics. If you want to replace the paste, the manual operation switch 468 is selected as the manual mode, and then the board connection device 306 is used to release the sliding table support plate 290 and the scraper support. The connection of the plate 292, and by the operation of the switch 436, the scraper support plate 292 is pushed up to a predetermined distance away from the slide table support plate 290 by the output rod 432 of the lifting cylinder 430, and is driven by the slide table in this state. The operation of the switch 492 causes the sliding table support plate 290 to be advanced to drive the support plate 292 to the most raised (locked) position, that is, the locking device 410 can automatically lock the scraper support plate 292 to that position. " When the sliding table support plate 290 is moved backward by the operation of the sliding table movable switch 492, the distance between the scraper support plate 292 and the sliding table support plate 290 is greatly separated, and the sliding can be easily performed. Standard (CNS) A4 specification (210 × 297 mm) Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 B7 V. Description of invention (33) Cleaning operation of moving table 320, scraper 368 and screen 40. After the cleaning operation is completed, when the operation of the slide table drive switch 492 is performed to advance the slide table support plate 290, the operation of the scraper support plate 292 is released by the pulling operation of the locking pin 422 of the locking device 41. The locked state is supported by the output rod 432 of the above-mentioned push-pump 43 °, and the operation of the connection of the board body connection device 306 is controlled by the operation of the switch 436 to pull the output rod 432 of the push-pump 430 in. The pin 312 can connect the scraper support plate 292 to the slide plate support plate 290. However, when the operation of the manual automatic switch 468 is selected in the automatic mode, the operation of the above manual switch becomes invalid, and the screen printing is automatically performed corresponding to the operation of the print start and stop switch 470. That is, the unillustrated processing device will When the new substrate 42 is placed on the moving plate 146 of the substrate transfer table 104 at the substrate replacement position L, the position mark attached to one of the substrates 42 is checked by the adjustment substrate position detection device 13 Out to make adjustments. That is, the 'X-direction position moving device 180, the first Y-direction position moving device 182, and the second Y-direction position moving device 184 are actuated so that the pair of position marks can be automatically aligned with a preset position. Secondly, after the substrate transfer table 104 is driven to the printing position R by the driving motor 104, the upper and lower table 14 is close to the plate making side 36. At the same time, the diameter expansion pin 250 of the fitting pin device 248 is enlarged to be fixed and fixed. The plate 36 on the frame 14 and the substrate 42 placed on the upper and lower tables 114 are positioned relative to each other. At this time, if the sliding table 320 in the forward (rising) position is at the middle height position, when it reaches the upper limit position, the sliding table 320 is simultaneously lowered to a position contacting the screen 40, and in this state, the sliding table 320 and the scraper 368—After retreating to its receding (downward_) position, the slide table 320 paper size is applicable to the national standard of China (CNS > A4 specification (21〇 × 297 mm) 36 ------- M- --1 .------ tr ------ 0 {Please read the notes on the back before filling this page) Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economy 438681 A7 B7_ V. Invention Explanation (34) It will be lowered to the position where the screen 40 is held down and the scraper 368 will be raised at the same time, and in this state, it will be advanced to copy the paste on the screen 40 to the substrate 42 in a predetermined plan. "Up" Then, the slide table 320 is positioned in the middle position again. After the upper and lower table 114 is lowered away from the screen 40, the substrate transfer table 104 is driven by the drive motor 128 to the substrate replacement position. The processing device replaces the printed substrate 42 with a new substrate 42. When the above adjustment is performed, the electronic control device 440 functions as a position-matching control system: by changing the X-direction position of the X-direction drive pin 148 to locate the X-direction position of the substrate 42 with respect to the plate 36, the first A y-direction body movement pin 152 and a second y-direction drive pin 154 are positioned in the y-direction to locate the y-direction position of the substrate 42 with respect to the plate making 36. The first y-direction drive pin 152 and the second y-direction drive pin are changed by different amounts. The Y-direction position of 154 is to position the rotation position 0 of the substrate 42 with respect to the plate-making 36. In this way, the X direction guide device for guiding the X direction table is not needed, the X direction table movement screw mechanism of the X direction table is transferred, and the γ direction guide device for guiding the Y direction table is transferred to the Y direction table. The rotation direction guide device that guides the table to the table in the direction of rotation, the rotation direction guide device that guides the table to the direction of rotation, and can move the table in the direction of rotation. Adjustment of position Θ. In addition, during the moving period of the moving plate 146 during the adjustment operation, the electronic control device 440 can switch the switching control valve 68 to enable the compressed gas supply device 172 to supply compressed gas to the second upper and lower substrates 144 and move. A compressed gas ship layer is formed between the plate 146 and the second upper and lower substrates 144 supporting it, and is driven by the electric signal driven in the χ direction in accordance with the electric signal 148, the first γ and the national standard (CNS) Ba Na (2! Οχ297 Mm) -7 ~ ΤΓ ~-------, 1 ---- t ------- IT ------ pi (Please read the notes on the back before filling this page ) Printed by the Industrial and Commercial Consumers Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 43 86 81 A7 ----------- B7_ Description of the five 'invention (35) Directional moving pin 152, the second γ-direction movable lock 154 with minimal force At the same time, the moving plate 146 can be moved. After the positioning of the moving plate 46 is completed, the switching control valve 168 is switched to allow the negative pressure supply device 170 to provide negative pressure to the second upper and lower substrate H4. Hold on the second upper and lower substrate U4 and fix it. This has the advantage that the drive mechanism and fixing mechanism such as the X-direction drive pin 148, the first γ-direction drive pin 152, and the second γ-direction drive pin 154 can be extremely miniaturized. For example, the present invention can also be applied to other forms. For example, the screen printing device 10 of the above embodiment is fixed to the frame 14 in a tilted state, but it can also be fixed in a horizontal state. Form. Because the same effect as the above-mentioned embodiment can also be obtained, and the moving plate 146 of the above-mentioned embodiment is formed to directly support the substrate 42 ', but it may not be indirectly supported by other members. "Also, the above-mentioned embodiment above and below the table 114 is a first upper and lower substrate 138 and a second upper and lower substrate 144 which are fixed to each other by a hip, but a single upper and lower substrate can also be used. In the above-mentioned embodiment, the X-direction driving pin 148, the first Y-direction driving pin 152, and the second Y-direction driving pin 154 are disposed on the first upper and lower substrates 138, and the X-direction applying pin 150 and the first Y-direction applying pin are provided. The force pin 156 and the second Y-direction force pin 158 are mounted on the second upper and lower substrates 144, as long as they are fixed to either the first upper and lower substrates 138 and the second upper and lower substrates 144. Moreover, the X-direction urging pin 50, the first Y-direction urging pin 156, and the second Y-direction urging pin 158 are applied by air pressure in the above embodiment. (CMS) Α4 specification (2! 0 × 297 mm) 38 I -------- m ------ 11 ------ ^ • ί Please read the notes on the back before filling This 筲) Α3Ε6 81 ') ί Α7 Β7_ 5. Description of the invention (36) It is also possible to apply force with elastic force. In addition, for example, in the X-direction position moving device 180, a sphere screwed with a plurality of spheres may be used. The screw is a screw 188 that drives the X-direction drive pin 148. The X-direction drive pin 148, the first cross-direction drive pin 152, the second cross-direction drive pin 154, and the X-direction urging pin 15, the first cross-direction urging pin 156, and the second cross-direction The force-applying pins 158 all have a circular cross section, but a triangular cross section or an oval scraping surface may be formed. In addition, the above-mentioned bottom is only one embodiment of the present invention, and the present invention can be modified in various ways without departing from the scope of the gist thereof. [Brief description of the diagram] Fig. 1 is a side view of a screen printing device according to an embodiment of the present invention; Fig. 2 is a printing device removal adjustment device, a slide table moving device, a substrate conveying device, etc. in Fig. 1 A front view illustrating the frame; FIG. 3 is a detailed view of the plate-making holding device of FIG. 2 and a cross-sectional view of the embodiment III-III line; FIG. 4 is a schematic plan view of the plate-making holding device of FIG. 2; The picture shows the front view of the plate-making holding device in Figure 2. It is printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. Figure 6 shows the front view of the table above and below the substrate handling table included in the first circle. Figure 8 shows the bottom surface of the upper and lower tables; circle 8 is the side view of the upper and lower tables in circle 6; circle 9 is the front view of the upper and lower tables in the state where the moving plate is removed in Figure 6; Figure 10 is in Figure 6 After removing the moving plate and the second upper and lower plates, 43 86 ^ 1 a? B7 V. Description of the invention (37) The lower table is not intended to be viewed from the front. Figure 11 is a schematic side view of the mobile device in the X direction in Figure 6; Fig. 12 is a plan view of the X-direction position moving device of Fig. 6 Fig. 13 is a schematic side view of the X-direction urging device in Fig. 6; Fig. 14 is a schematic plan view of the X-direction urging device in Fig. 6; Fig. 15 is a front view of the X-direction urging device in Fig. 6 Schematic diagram; Figure 16 is a cross-sectional view illustrating the main part of the locking device of Figure 6; Figure 17 is an enlarged schematic diagram of the first upper and lower plates included in the substrate transfer table of Figure 1 above and below; Figure 18 is Figure 17 Figure 19 is an enlarged illustration of the shape of the enlarged pin and the inner pin; Figure 19 is a front view of the enlarged shape of the enlarged pin in Figure 17; Figure 20 is another example of the block and the stopper in Figure 17 Fig. 21 is an explanatory front view of the sliding table body moving device of Fig. 1; Fig. 22 is an enlarged view of the main parts of the sliding table support plate and the scraper support plate of Fig. 21; The 21st circle shows the enlarged side view of the main part of the sliding table support plate. The 24th circle shows the plate and plate connection device of the sliding table support plate and the scraper support plate provided in FIG. 21. Sectional view of the main parts of the locking device, sliding table, scraper, etc .; The 25th circle is for freely connecting the air in Figure 21 The slide table side pipe and the associated vehicle is a schematic of the scraper-side coupling ring; graph 26 provided in the screen printing apparatus control means is configured of a first block diagram illustrating laps. The size of this paper is in accordance with the Chinese national standard (〇 ^ 4 ^ (210 乂 297 mm)) (Please read the precautions on the back before filling this page) Printed by the BK Industrial Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economy A7 B7 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs
43P 五、發明説明（38) [符號之說明] 10 :篩網印刷裝置 36 :製版 104 :基片搬運台 110 :搬運台本體 114 :上下桌台 138 :第一上下基板 144 :第二上下基板（基板） 146 :移動板 148 : X方向驅動銷（X方向驅動構件） 150 : X方向施力銷（X方向施力構件） 152:第一 Y方向驅動銷（第一 Y方向驅動構件） 154:第二Y方向驅動銷（第二Y方向驅動構件） 156:第一 Y方向施力銷（第一 Y方向施力構件） 158:第二Y方向施力銷（第二Y方向施力構件） 164 :氣孔 168 :切換控制閥 170 :負壓供應裝置 172 :壓縮氣體供應裝置 220 :鎖固裝置 222 :小徑孔 224 :大徑孔 226 :固定氣筒 440 :電子控制裝置 本紙張尺度逋用中國國家橾準（CNS ) A4规格（210X 297公釐） -41 - (請先閲讀背面之注意事項再填寫本頁)43P V. Description of the invention (38) [Explanation of symbols] 10: Screen printing device 36: Plate making 104: Substrate transfer table 110: Transfer table body 114: Upper and lower table 138: First upper and lower substrate 144: Second upper and lower substrate (Substrate) 146: Moving plate 148: X-direction drive pin (X-direction drive member) 150: X-direction force pin (X-direction force member) 152: First Y-direction drive pin (first Y-direction drive member) 154 : Second Y-direction driving pin (second Y-direction driving member) 156: First Y-direction applying pin (first Y-direction applying member) 158: Second Y-direction applying pin (second Y-direction applying member) ) 164: Air hole 168: Switching control valve 170: Negative pressure supply device 172: Compressed gas supply device 220: Locking device 222: Small diameter hole 224: Large diameter hole 226: Fixed air cylinder 440: Electronic control device China National Standard (CNS) A4 (210X 297 mm) -41-(Please read the precautions on the back before filling this page)