五、新型說明： 【新型所屬之技術領域】 本創作有關於-種面板貼合穿 面板之兩板件的面板貼合裝置。、，種用以貝占合 【先前技術】 言十4主 g 偏—..〇 、 ’新一代的電子產品在設 用等秦為了化—^ 雷子產wr產4#作上更加的方便，當今的 毛子產4泛的翻觸控面㈣ 且，匕的方式操作= ""’需要將兩板件利祕膠貼合在 一匕 件例如為一保護_ (c_ Glass)與一感 測玻璃（s_Glass)。在習知技術中，此種貼合兩板件的 工作’大夕透過貼合制板件進行塗膠、翻板與壓合等程 序’由於；知的貼合機大多為單站式的糾，因此生產速 度較慢且產餘小。再者，單—貼合工作中，亦可能因為 貼合過程中發生誤差，進而_了產品的良率。 緣疋’本創作人有感上述缺失之可改善，乃特潛心研 究並配合學理之運用，終於提出一種設計合理且有效改善 上述缺失之本創作。 【新型内容】 本創作之主要目的在於提供一種面板貼合裝置，其採 用兩站式的設計’即可完成面板的貼合程序，且可有效地 提高生產速度及產量’並能減少貼合過程中發生誤差，使 產品的良率付以提升。 為了實現上述目的，本創作提供一種面板貼合裝置， 3/17 M434679 3接:=下載台機構，其具有一下載台，該下載 I Μ載It升降裝置，該下載台機構設置於-基座 上▲下載口機構及該基座沿著丫輛方向可 於 該本體上=上載台機構，其具有一上載台，該=台連 裳置’該上載台機構沿著χ轴方向可移 動座上；一框膠塗佈模組與一面膠塗佈模組 模二的設置於該本體上，該框膠塗佈 阜元’該轉塗佈模組具有面膠塗佈單 兀’以及-攝㈣位模組與—固化模組 可移動的設置於該本體上。 軸方向 本創作可具有以下有益的效果： 本創作面板貼合裝置設有下載台機 =:;載:，上板件，且設有框膠塗佈ί:二 ===對位模組及固化模組’形成兩站式的設計 产及產旦=成貝占合兩板件的步驟’有效地提高生產速 ^以提二。’，1減少貼合過財發生誤差，使產品的良率 ，下載°機構及上載台機構形成不同軸方向移動 使其可簠活的搭配操作。 別斜iff^料置有轉塗佈触及_塗佈模組，分 的塗膠，如佈框膠及上板件塗佈轉，使兩板件可確實 八，：右的接合’也可適用於面積較大板件的貼 a 具有叙廣泛的適用性。 ，創作框谬塗佈模組及面膠塗佈模組位於同一站，且 :今化同一移載切換模組來驅動同步移載切換，可使構造 诏化，以降低成本。 4/17 心下有iff進™步瞭解本創作的特徵及技術内容，請參 供參考斑」訇作的詳細說明與附圖，然而所附圖式僅提 【實4;;月用’並非用來對本創作加以限制者。 本體1、圖1 ’本創作提供一種面板貼合裝置，包括有一 叙4、〜台機構2、一上载台機構3、—框膠塗佈模 7。 > S佈拉組5、一攝影對位模組ό及一固化模組 地面上，用^ ，。本體1為一穩固的架構，本體I可放置於 ，本發1 §、'支擇及連接上述各機構2、3及模組4至7等 戟合機構/構造並不限制，可因應需要而適當的變化。下 緩’轉上機構3可因應需要而增設為兩組或多 兩上栽產置’在本實施例中設有兩下載台機構2及 璣構3。 '及圖4 ’下載台機構2具有-下載台21， 栽台2ι可供沁的座體，下載台21設有負壓吸附結構，下 板件。下載A放置—下板件，並利用負壓吸附的方式固定下 力口熱下栽台21内+叹有加熱單元22，以便利用電熱等方式 栽台21内A 1 ’。藉以控制塗佈於下板件之框膠的溫度。下 化镇緩可進—步的設置紫外線光源（UV燈）等固 下栽合升降劈。下载台21連接於一下載台升降裝置23， 台21細z輪置方電動馬達等裝置’ 1用以推動下載 1此驅動梦罟 5玄些驅動裝置241連接於下载台21， 〜241可為電動馬達等裝置，可用以推動下載 5/17 Υ軸方向及轉向 σ 21進行X轴方向、 修正。 等三個方向自動補償 卜戰台機構 ，亦即該本體i對應下载台置於本體i上 ，其可包含有兩第—滑執 =置有—第-滑執裝置 體！上，兩第-滑執ηι :第―滑執⑴固設於本 2架設於第一滑執裝 孕由方向延伸。下載台機構 第一滑執裝置11導_台機利用 移載二移構，一’該第- u包含有-驅動裝置121、!;=弟;移其載切換模組 動穿晋導螺掉丨22及一基座123,驅 驅動㈣為馬達等裝置，導螺桿122 -端連接於 設置;^其Γ1冑螺# 122螺接於基座123，下載台機構2 -滑執ΐΐ :123上士 :下載台機構2係以基座123架設於第 ]2? 。錯此，可利用驅動裝置121驅動導螺桿 轉動，藉以驅動螺接於導螺桿122 座12 機構2沿著γ軸方向移動。 、請參閱圖5，上載台機構3具有—上載台31，其大致 ^供方形的座體’上載台31設有負壓吸附結構，上載台31 置一上板件，並利用負壓吸附的方式固定上板件。 絲31 —側中間處連接於一上載台翻轉裝置32，上載台 裝置32可為電動馬達或旋轉氣缸等裝置，可用以推動 上載台31進行翻轉的動作。 上載台機構3沿著X軸方向可移動的設置於基座123 ^ ’亦即該基座123對應上載台機構3設置有一第二滑轨 、置13，其可包含有兩第二滑軌131，兩第二滑執131固 6/17 設於基座123上，兩第二滑執⑶沿著乂 載台機構3架設於第二滑轨裝置 典° 藉此可利用第二滑執裝置13導引上上：軌叫上’ 向移動，使下載台機構2及上載Z &沿者X轴方 向移動。上載台機心 使其移動時彼此之間不會產生干涉。戍上、下錯開， 該基座123上另設置有一第_ 二移載切_組U 二^刀換模組14，該第 組Η可與第-移載切移載切換模 :夫構3沿著x轴方向移動。 模組4及面膠塗伟模組5設置有 …裝置 其可包含有兩第三滑軌15卜兩第三 i仲。★固設於本體1上，兩第三滑執151沿著χ軸方向 裝置15[/^純組4及面膠塗佈模組5架設於第三滑軌 i引框斜Γ滑執151)上，藉此可利用第三滑軌裝置15 。it布杈組4及面膠塗佈模組5沿著X軸方向移動 切換組4及面膠塗佈模組5連接有-第三移載 1? 第二移載切換模組】6可與第一移載切換模組 、造相同或為其他等效的結構，藉以驅動框膠塗佈槙 4及面㈣佈模W沿著X軸方向同步的移動（橫移）' =參閱圖7，框膠塗佈模組4具有—框膠塗佈單元41 ^預固化單元42，框膠塗佈單元41可用以輸出黏膠 7/17 為一 以便進行下板件塗佈框膠的操作。預固化單元42 的择作卜Γ光源等光固化設備’可對框膠立即進行預固化 忿Ϊ置7塗佈模組4連接於_第_升降裝置心，第-組4進〜7 έ可為電動馬達等裝置，可用以推動框膠塗佈模 平移裝i丁 44向的位移。框膠塗佈模組4連接於一第一 佈模W pi可為電動馬達等裝置，可用以推動框膠塗 第二平移ίί 由方向的位移。框膠塗佈模組4連接於一 膠塗，4進行Χ其:二=等裝置’可用以推動框 ，面勝塗佈模組5具有—面膠塗佈單元51 板件塗佈面膠的摔作:黏膠(水膠)’以便進行上 裝置53，复可為㈣g面膠塗佈模組5連接於一第二升降 組5進行馬達等震置，可用以推動面膠塗佈模 平移裝置54 ====塗佈模組5連接於一第三 佈模組5進行=動馬達專裝置，可用以推動面膠塗 第四平移裝置55 3 = Γ面膠塗佈模組5連接於一 膠塗佈模組5進行X、轴方向=等裝置，可用以推動面 請參閱圖9刃in π 夕 連接座-連接為-體:==固化模組7以-^由方向可移動的設置於本體及固化模組7沿著 亦即該本體1對應攝影對轉部處（第一站）’ 第四滑執装置17，第四2，，且6及固化模組7設置有- 攝影對位模組6及固化^ 17沿著X軸方向延伸。 藉此可利用第四滑軌褒^架設於第四滑軌裳置17上， 組7沿著X軸方向移動。導攝影對位模短6及固化模 8/17 载切6的—第四移 為其他等效的結構，藉以驅同或 丨其^ 對位模組6連接於:S:=T裝置。攝影 ^二㈣_62及攝=動-裝 == 馬達寺裝置，可分別用以推動攝影 了為电動 ^方向的位移。攝影機6〗可對 及^了 Ζ軸及 影像，使上板件及下板件自動對^上板件及下板件操取對位 二 :及下板件的厚度變化，精確的控制::二= 以連接座64連接於攝影對_^及=二固 矛夕载切換模組18驅動固化模組7 刊用第四 利用第三升_62#軸如奸= 向= 具有=:二步：=， 當的管路連接於框_莫組4的框二=膠：81以適 塗佈模組5的面膠塗佈單元51， ；^佈早Μ及面膠 :供膠茼81可設有負壓脫泡裝置(圖略;所膠。該 中的氣泡。框膠塗佈單元41及轉塗佈單^ 9/17 M434679 3膠筒㈣時，供㈣ 另，上述之第一移载切換模 ⑷第三移載切換模組】6、第四移裁切換模組 升降裝置。、三向修正機構24、二=18、下載台 升降裝置43、第一平移裝置44、第:;=:心、第- 組及㈣等模 J： ，鏈條組及也可配合 板件w咖（包含. ，:=====:二： 攸件的尽度’而後將上載台機構3移開； 將下板件放置於下載台機構2的下載 =模組檢測下板件的厚度，另以攝影;，= :件掏取對位影像’並以三向修正機制自動補;= 而yF載台機構2移動至框膠塗佈模組 =:5對下㈣塗佈框膠侧 膠塗佈料51社板件塗佈 及面财ΪΓ機構2及上載台機構3退出_塗佈模电4 =::==構下 r， ⑽曲朝下並將下載台機構2及上载台 10/17 冓3知動至上、下相對應的位置，再驅動下載台機構2 柘I载Γ 21上升，使上載台31的上板件與下載台21的下 進行貼合，貼合完成的上板件及下板件係下載台 21上，·以及 將下载台機構2移動至固化模組7，以·該些紫外線 ，源h照射黏膠’藉以固化定型貼合完成的上板件及下板 合裝置設訂載台機構2及上載台機構3 栽下板件及上板件，且财轉塗佈_ 4、面耀塗 叶=攝影對位模組6及固化模組7，形成兩站式的設 速度及產旦動化^貼合兩板件的步驟’有效地提高生產 率得m貼合過程中發生誤差，使產品的良 二'=。本創作下載台機構2及上載台機構3可形成 不同τά方向移動’使其可靈活的搭配操作。 f t本__設置有轉㈣额4及 :可二佈框膠及上板件塗佈面膠，使兩板 板件==:=::也可適_積較大 同-==膠，4及面_組5位於 r X 〇 5私載切換模組來驅動同步移載（橫V. New type of description: [Technical field of new type] This creation has a panel bonding device for two types of panel-fitting panels. ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Today's hairy products produce 4 pan-turning touch surfaces (4), and the way of operation = "" 'requires the two pieces of secret glue to be glued together in one piece, for example, a protection _ (c_ Glass) and one Sensing glass (s_Glass). In the prior art, the work of bonding the two plates is carried out by the process of applying glue, turning and pressing through the laminated plate members; the known laminating machines are mostly single-stationary corrections. Therefore, the production speed is slow and the yield is small. Moreover, in the single-fitting work, it is also possible that the error occurs in the lamination process, and thus the yield of the product. The author of this creator feels that the above-mentioned deficiencies can be improved. He is dedicated to research and cooperate with the application of theory, and finally proposes a creation that is reasonable in design and effective in improving the above-mentioned defects. [New content] The main purpose of this creation is to provide a panel fitting device that uses a two-station design to complete the panel fitting process, and can effectively increase the production speed and yield' and reduce the fitting process. Errors occur in the product, so that the yield of the product is increased. In order to achieve the above object, the present invention provides a panel fitting device, 3/17 M434679 3:= downloading station mechanism, which has a downloading station, the downloading I is carrying an It lifting device, and the downloading station mechanism is arranged at the base The upper ▲ download port mechanism and the pedestal can be on the body along the squatting direction = the uploading station mechanism, which has an loading station, and the pedestal mechanism is movable along the yaw axis. a frame glue coating module and a glue coating module die 2 are disposed on the body, the frame glue coating unit 'the transfer coating module has a surface coating coating unit 以及' and - (4) The position module and the curing module are movably disposed on the body. The axial direction of the creation can have the following beneficial effects: The creation panel fitting device is provided with a downloading machine =:; loading:, the upper plate, and the frame glue coating ί: two === alignment module and The curing module 'forms a two-stop design and produces a denier = the step of composing two sheets of the shell' to effectively increase the production speed to improve the second. ', 1 reduce the error of the fit and the balance, so that the product yield, download ° mechanism and the uploading mechanism to form a different axis direction to make it work. Do not oblique iff^ material with transfer coating touch _ coating module, sub-coating, such as cloth frame glue and upper plate coating transfer, so that the two plates can be sure eight, the right joint 'can also be applied The applicator a has a wide applicability. The creation frame coating module and the surface coating module are located at the same station, and: the same transfer switching module to drive the synchronous transfer switching, the structure can be reduced to reduce the cost. 4/17 Under the heart, there is iff into the TM step to understand the characteristics and technical content of this creation. Please refer to the detailed description and drawing of the reference spot. However, the drawing only mentions [real 4; monthly use] is not Used to limit the creation of this creation. The main body 1, Fig. 1 'This creation provides a panel bonding apparatus, comprising a 4, a table mechanism 2, an uploading station mechanism 3, a frame glue coating die 7. > S-bra set 5, a photographic matching module ό and a curing module On the ground, use ^,. The body 1 is a stable structure, and the body I can be placed in the present invention. The binding mechanism and structure of the above-mentioned mechanisms 2, 3 and modules 4 to 7 are not limited, and can be adapted to the needs. Appropriate changes. The lower swinging mechanism 3 can be added to two or more sets of planting facilities as needed. In the present embodiment, two downloading station mechanisms 2 and a structure 3 are provided. The ' downloading station mechanism 2' has a downloading station 21, a mounting base 2i for the squatting body, and a downloading station 21 having a vacuum suction structure and a lower plate. The A-placement-lower plate member is downloaded and fixed by the vacuum suction method. The heat-insertion stage 21 is + stunned with a heating unit 22, so that the A 1 ' in the table 21 is electrically heated. Thereby controlling the temperature of the sealant applied to the lower plate. The lowering of the town can be carried out in a step-by-step manner by setting up an ultraviolet light source (UV lamp), etc. The downloading station 21 is connected to a downloading platform lifting device 23, a table 21, a thin z-turning square electric motor, and the like. 1 is used to push the download. The driving device 5 is connected to the downloading station 21, and the 241 can be A device such as an electric motor can be used to push the 5/17 axis direction and the steering σ 21 to perform X-axis direction correction. The three-direction automatic compensation of the battle platform mechanism, that is, the body i corresponding to the download station is placed on the body i, which may include two first-slips=set-slide-sliding device body! On, the two-sliding ηι: the first - slippery (1) fixed in this 2 is set in the first slippery pregnancy extended by the direction. The downloading mechanism first sliding device 11 guide_the machine uses the transfer two transfer structure, a 'the first-u includes the - drive device 121, !; = brother; shift its load switching module to move through the guide screw丨22 and a pedestal 123, the driving drive (4) is a motor and the like, the lead screw 122-end is connected to the setting; the Γ1胄 screw # 122 is screwed to the base 123, the downloading mechanism 2 - sliding ΐΐ: 123 Division: The downloading station 2 is erected on the pedestal 123 at the second]. In this case, the driving device 121 can be used to drive the lead screw to rotate, thereby driving the mechanism 2 of the lead screw 122 to move in the γ-axis direction. Referring to FIG. 5, the loading platform mechanism 3 has an uploading platform 31, which is substantially provided with a rectangular seat body. The loading platform 31 is provided with a vacuum suction structure, and the loading platform 31 is provided with an upper plate member and is adsorbed by a vacuum. The upper plate is fixed in a way. The wire 31 is connected to an upper stage reversing device 32 at the center, and the loading table unit 32 can be an electric motor or a rotary cylinder, and can be used to push the loading table 31 to perform the reverse operation. The loading mechanism 3 is movably disposed along the X-axis direction on the pedestal 123 ^ ', that is, the pedestal 123 is provided with a second sliding rail 13 corresponding to the loading platform mechanism 3, which may include two second sliding rails 131 The two second sliding gates 131 6/17 are disposed on the base 123, and the two second sliding handles (3) are mounted on the second sliding rail device along the loading platform mechanism 3, thereby utilizing the second sliding device 13 Guide up: the track is called 'moving, so that the download station mechanism 2 and the upload Z & move along the X-axis direction. The movement of the movement does not interfere with each other when it is moved. The upper and lower sides are staggered, and the base 123 is further provided with a first _ second transfer cutting _ group U two knives changing module 14, the first group Η and the first-shifting switching transfer mode: Move along the x-axis. The module 4 and the surface coating module 5 are provided with a device which may include two third sliding rails 15 and two third intermediates. ★ Fixed on the main body 1, the two third sliding 151 along the 方向 axis direction device 15 [/^ pure group 4 and the surface coating coating module 5 is erected on the third sliding rail i lead frame slanting slipper 151) In this way, the third rail device 15 can be utilized. It fabric group 4 and the surface coating module 5 move along the X-axis direction switching group 4 and the surface coating module 5 are connected - the third transfer 1? The second transfer switching module 6 can be The first transfer switching module, the same or other equivalent structure, is used to drive the frame coating coating 4 and the surface (four) cloth pattern W to move synchronously along the X-axis direction (transverse movement)' = see FIG. The sealant coating module 4 has a pre-curing unit 42 and a pre-curing unit 42. The sealant coating unit 41 can be used to output the adhesive 7/17 to perform the operation of applying the seal to the lower plate. The pre-curing unit 42 is selected as a light curing device such as a dice light source, and the pre-curing of the sealant can be performed immediately. The coating module 4 is connected to the _th lifting device core, and the first group is 4 to 7 έ. For electric motor and other devices, it can be used to push the displacement of the framed coating die. The frame glue coating module 4 is connected to a first cloth mold W pi, which can be an electric motor or the like, and can be used to push the frame glue to apply the second translation ίί by the direction of displacement. The frame glue coating module 4 is connected to a glue coating, 4 is used for Χ: 2=etc. device can be used to push the frame, and the face coating module 5 has a surface coating coating unit 51. Falling: glue (water gel)' to carry on the upper device 53, the complex (4) g-coating coating module 5 is connected to a second lifting group 5 for motor iso-isolation, which can be used to push the surface coating mode translation Device 54 ====The coating module 5 is connected to a third cloth module 5 for the motor assembly, and can be used to push the surface coating to the fourth translation device 55 3 = the top coating system 5 is connected to A glue coating module 5 performs X, axis direction = and other devices, which can be used to push the surface. Please refer to Fig. 9 blade in π 夕 座 - connection to body: == curing module 7 can be moved by -^ The first body and the curing module 7 are disposed along the body corresponding to the camera (the first station), the fourth sliding device 17, the fourth 2, and 6 and the curing module 7 are provided with - photography The alignment module 6 and the curing film 17 extend in the X-axis direction. Thereby, the fourth slide rails can be erected on the fourth slide rails 17, and the group 7 is moved in the X-axis direction. Guide photography alignment mode short 6 and curing mode 8/17 carrier cutting 6 - fourth shift is another equivalent structure, thereby driving or aligning its ^ alignment module 6 is connected to: S: = T device. Photography ^2 (4)_62 and Photo=Moving-loading == The motor temple device can be used to promote the displacement of the electric motor. The camera 6 can correct and control the axis and the image, so that the upper plate and the lower plate can automatically align the upper plate and the lower plate with the second position: and the thickness of the lower plate member, precise control: 2 = Connected to the camera with the connector 64 _^ and = Ergu spear switch module 18 drive curing module 7 use the fourth use of the third liter _62 # axis = trait = direction = have =: two steps :=, when the pipeline is connected to the frame _ Mo group 4 box 2 = glue: 81 to apply the mask 5 coating unit 51, ^ cloth early Μ and face glue: for plastic 茼 81 There is a negative pressure defoaming device (figure; glue; the bubble in the box. The glue coating unit 41 and the transfer coating single ^ 9/17 M434679 3 rubber cylinder (four), for (4) another, the first shift mentioned above Load transfer mode (4) third transfer switching module] 6, fourth transfer switching module lifting device, three-way correction mechanism 24, two = 18, download station lifting device 43, first translation device 44, =: heart, the first group and (four) and other modules J:, the chain group can also be matched with the plate w (including . , :=====: two: the end of the piece) and then the loading mechanism 3 Open; download the lower panel to the download station mechanism 2 = The group detects the thickness of the lower plate, and further photographs;, =: the piece captures the alignment image' and automatically compensates with the three-way correction mechanism; = and the yF stage mechanism 2 moves to the sealant coating module =: 5 pairs The next (4) coating frame rubber side rubber coating material 51 board coating and surface financial institutions 2 and the uploading station mechanism 3 exit _ coating mode electric 4 =:: = = construct r, (10) bend down and The downloading station mechanism 2 and the loading table 10/17 冓3 know the position corresponding to the upper and lower sides, and then drive the downloading station mechanism 2 to move up 21, so that the upper plate of the loading table 31 and the downloading table 21 are performed downward. The upper plate and the lower plate are attached to the downloading table 21, and the downloading mechanism 2 is moved to the curing module 7 to irradiate the adhesive with the ultraviolet rays. The completed upper plate and the lower plate assembly device are provided with the carrier mechanism 2 and the upper plate mechanism 3, and the plate and the upper plate are planted, and the transfer coating _ 4, the surface smear coating = the photographic alignment module 6 And the curing module 7 forms a two-station set speed and the step of producing the two pieces of the board, which effectively improves the productivity, and the error occurs during the fitting process, so that the product is good. The creation downloading station mechanism 2 and the uploading station mechanism 3 can form different τά direction movements to make it flexible to operate. ft __ set with transfer (four) amount 4 and: can be two cloth frame glue and upper plate coating Face glue, so that the two plate members ==:=:: can also be suitable for the same size -== glue, 4 and face _ group 5 is located in the r X 〇5 private load switching module to drive synchronous transfer (horizontal
和）切換’可使構造簡化，以降低成本。㈣A “對=可進==4設置有預_^ 。 7顧化恤作，使框咖化效果佳 牛凡運用本創作况明書及圖式内 11/17 M434679 容所為的等效變化 圍内，合予陳明。 均同理皆包含於本創作的_保護範 【圖式簡單說明】 圖1為本創作面板貼合裝置之立體示意圖。 圖2為本創作本體及供縣置之讀示意圖。 圖3為本創作下載台機構、上载 立體示意圖。 再夂私載切換模組之 圆马本創作下載台機構之立體示意圖。 圖5為本創作上载台機構之立體示意圖。 圖6為本創作框膠塗佈模組、面勝 組之立體示意圖。 巾杈，、且及移载切換損 圖7為本創作框膠塗佈模組之立體示意圖。 圖8為本創作面膠塗佈模組之 圖9為本創作攝料位齡、固化料圖及 立體示意圖。 、及私载切換模組之 為本創作攝影對位模組之立 11為本創_化之立㈣意圖〜圖 【主要元件符號說明】 1本體 11第一滑執裝置And) switching ' can simplify the construction to reduce costs. (4) A "Yes = can enter == 4 set with pre-_^. 7 Gussification, so that the effect of the box is good, and the use of this book and the 11/17 M434679 within the schema is equivalent. Combined with Chen Ming. All the same reason are included in the creation of the _ protection fan [schematic description of the diagram] Figure 1 is a three-dimensional schematic diagram of the creation of the panel attachment device. Figure 2 is a schematic diagram of the creation of the body and the county. Figure 3 is a three-dimensional schematic diagram of the downloading station mechanism and uploading. The three-dimensional schematic diagram of the round horse creation downloading mechanism of the private switching module. Figure 5 is a three-dimensional schematic diagram of the creating uploading mechanism. The three-dimensional schematic diagram of the glue coating module and the face win group. The towel 杈, and the transfer switching loss diagram is a three-dimensional schematic diagram of the stencil coating module. Figure 9 is the creation of the material age, curing material map and three-dimensional schematic diagram, and the private switching module is the creation of the photo-alignment module of the original 11 _ zhizhi (four) intention ~ map [main components Symbol Description] 1 body 11 first sliding device
Ul第一滑執 12第一移栽切換糢組 121驅動裝置 122導螺桿 12/17 M434679 123基座 13第二滑執裝置 131第二滑轨 14第二移載切換模組 15第三滑執裝置 151第三滑執 16第三移載切換模組 17第四滑執裝置 18第四移載切換模組 2下載台機構 21下載台 22加熱單元 23下載台升降裝置 24三向修正機構 241驅動裝置 3上載台機構 31上載台 32上載台翻轉裝置 4框膠塗佈模組 41框膠塗佈單元 42預固化單元 43第一升降裝置 44第一平移裝置 45第二平移裝置 5面膠塗佈模組 51面膠塗佈單元 M434679 53第二升降裝置 54第三平移裝置 55第四平移裝置 6攝影對位模組 61攝影機 62第三升降裝置 63攝影對位移動裝置 64連接座 7固化模組 71紫外線光源 8供膠裝置 81供膠筒 14/17Ul first sliding 12 first transplant switching module 121 driving device 122 lead screw 12/17 M434679 123 base 13 second sliding device 131 second sliding rail 14 second transfer switching module 15 third sliding Device 151 third slip 16 third transfer switching module 17 fourth sliding device 18 fourth transfer switching module 2 download station mechanism 21 download station 22 heating unit 23 download station lifting device 24 three-way correction mechanism 241 drive Device 3 loading table mechanism 31 loading table 32 loading table turning device 4 glue coating module 41 glue coating unit 42 pre-curing unit 43 first lifting device 44 first translation device 45 second translation device 5 surface coating Module 51 surface coating unit M434679 53 second lifting device 54 third translation device 55 fourth translation device 6 photography alignment module 61 camera 62 third lifting device 63 photography alignment moving device 64 connection seat 7 curing module 71 ultraviolet light source 8 glue supply device 81 for rubber tube 14/17