201231374 六、發明說明： [發明所屬之技術領域】 本發明疋有關於一種載盤裝置，特別是指一種安裝在 貼膜》又備中用於吸附—片膜片至貼膜處之載盤裝置。 【先前技術】 為能快速且高良率地黏貼觸控面板、背光模組或其他 光學板片等多層膜片，目前業界已研發出各種Μ設備， 、J用機械〜具來輔助膜片的貼合。而一般貼膜設備通常 包含一個底部吸附-片上膜片之上載盤裝置，及-個頂部 吸附一片下膜片之下載盤裝置。於貼合時’驅動該上載盤 裝置吸附該上膜片，通過一個清潔裝置進行清潔去塵後， 再移至該吸附有下膜片之下載盤裝置上方，將該上膜片疊 置貼合在該下膜片上。 雖然上述貼膜設備可用以黏貼上膜片與下膜片， 該上膜片在清潔去塵之後，空氣中的塵埃 :上膜片表面，進而影響產品品質，所以為了避免該2 ^到巧染’有的業者乃將清潔後的貼合製程設在一間真 工的無塵室内’讓清潔後的上膜片直接進人該無塵室中， 後續的貼合。此外’現有膜片大致具有兩種類型， -種疋軟式膜片例如塑膠片，而另一種則是硬式 破璃片’於貼合時’由於軟式膜所 順地貼合，較不易殘存氣泡，但不可撓 法彎撓，所以貼合時較易生成氣泡，因此 ^ 題，硬式膜片的貼合大都會在真空環境中進行:牙、孔泡問 201231374 然而，當該上載盤裝置進入該無塵室時，在真空的環 境下，原本藉由壓力差相對吸附上膜片的吸力即會消失， 該上膜片往往不易附著在該上載盤裝置底部，而會直接向 下掉落，造成難以準確妥善地貼合於該下膜片的情況，戶^ 以必須在該無塵室安裝一個輔助夾具，將該上膜片托扶在 該上載盤裝置底部，並隨著該上載盤裝置移動貼合在該下 膜片上，但是上述設計需要額外增加設備及成本，較不符 合經濟效益’更何況上、下膜片皆未被上、下載盤裝置:及 附定位，所以在貼合的瞬間’上、下膜片容易出現滑動移 位的狀況，往往造成貼合錯位的後果，不良率居高不下， 因此上述載盤裝置在設計上仍有待改善。 。 【發明内容】 因此，本發明之目的，即在提供一種能穩定吸附膜片 之載盤裝置。 •於是，本發明載盤裝置，是用於吸附—片膜片，並包 含.-個座體單元，及一個黏著體。該座體單元包括一個 安裝座’及一個對應結合在該安裝座的承載座，該安裝座 與該承載座共同界定出—個負Μ間，該承載座具有一個 遠離該安裝座之载置面’該載置面具有一個供該膜片吸附 靠置的吸附區，及一個圍繞在該吸附區周圍且凹陷的凹槽 區」該承載座界；t出數個彼此間隔且分別由該吸附區連通 ,该負壓空間的吸氣孔。該黏著體充填在該承載座之凹槽 品内並匕括個與該吸附區同平面且供該膜片附著黏貼 的黏著面。 201231374 本發明之功效在於：除了在該承載座設有用於吸附該 膜片之吸附區以外’還在該吸附區周圍設有用來黏著該膜 片之黏著體，使該載盤裝置在真空環境中，仍可藉由該黏 著體黏著該膜片，令該膜片不致掉落，所以能達到穩定吸 附之效果。 【實施方式】 有關本發明之前述及其他技術内容'特點與功效，在 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中’類似的元件是以相同的編號來表示。 參閱圖1、圖2與圖3，本發明載盤裝置之第一較佳 貫知例’疋女裝在一貼膜設備（圖未示）中，所述貼膜設備 包含有上、下兩個載盤裝置，能分別用於吸附一片膜片1， 本實施例之載盤裝置是以位在上方之上載盤裝置為例，可 用以吸附膜片1至貼膜處，故以圖2所示方向來說明，當 然在實施上亦可以反向安裝下方成為下載盤裝置，容后再 述。而該載盤裝置包含：一個座體單元2,及一個黏著體 3 ° §亥座體單元2包括一個安裝座4，及一個對應結合在 該安裝座4下方的承載座5’該安裝座4與該承載座5共 同界定出一個負壓空間6。該安裝座4為一片剖面呈倒υ 型的板塊’並具有一個遠離該承載座5之安裝面41，且該 安裝座4並界定出一個由該負壓空間6連通至安裝面41 201231374 的抽軋孔42。該承載座5為一片平板，並具有一個遠離該 女裝座4之載置面51。該載置面51具有一個位於中央且 供該膜片1吸附靠置的吸附區52，及一個圍繞在該吸附區 52周圍且凹陷的凹槽區53 ^該吸附區52具有數個左右平 行間隔的靠置部521。該承載座5界定出數個彼此間隔且 分別由該吸附區52之靠置部521連通至該負壓空間6的 吸氣孔522。 須說明的是，該座體單元2之抽氣孔42與一個負壓 單το (圖未示）連接，該負壓單元被啟動而能抽出所述吸氣 孔522與該負壓空間6中的空氣’以將該膜片i吸附定位 於該吸附區52,惟該負壓單元之構造及作動為一般常見設 計，亦非本發明重點，所以在此不再詳細說明。 該黏著體3是充填在該承載座5之凹槽區53内，並 包：-個與該吸附d 52时面且供該膜㈣黏貼的 黏著面3卜該黏著體3乃由低黏性材料例如碎膠或橡膠製 成’對本身之膠黏強度大於對該膜片！之膠黏強度使用 時能黏著該膜片卜當該膜片i貼合至另一膜片(圖 時’脫離該座體單元2之膜片丨表面不會留有殘膠，而且 该黏著體3能重覆黏貼使用。 當該載盤裝置移至該膜片1處，即能啟動該負壓單元 抽氣’將該膜片卜及附於該承載座5之吸附區$同日" 膜片1亦會被該黏著體3之黏著面31黏著，接著，該： 盤裝置將該膜片丨載送至一個清潔裝置(圖未示)，經：主 潔去塵之後’直接將該膜片1送 /月 間真空的無塵室（圖未 201231374 :)内，此時’該膜片1對應該吸附區52處，即因壓力相 4而不會受到吸引作用，但該膜片！對應黏著面Μ處， 仍會被該刪3黏著，使該膜片i附著在該載盤裝置底 部，以利於穩定進行後續的貼膜製程。 參閱圖4,本發明載盤敦置之第二較佳實施例，是兩 下相對。又置’以成為用於吸附膜片i之上載盤裝置 與下載盤裝置’而且上載盤裝置與下载盤裝置之構造是 上、下對稱設置，皆包含-個座體單元2,及一個黏著體 3°该座體單^ 2與該黏著體3的構造相同於第—實施例’ 所以在此不再分別說明。 /宗上料，本發明冑盤農置在該座體單元2之承載座 又置省黏著體3’可進一步藉由該黏著體3黏著該膜片 1’使該載盤裝置在真空環境中仍可穩定吸附該膜片丨而 不致掉洛’故能防止脫落或偏移，以增加貼合時的穩定 度’達到較佳之貼膜效果’且其並能省略輔助爽具的設 置’相對降低成本。此外，本發明載盤裝置若是上、下兩 個相對設置，用於分別吸附—片膜片1，在貼合時即能確 保上 '下兩片膜片1精確穩定地黏貼，不會偏移錯位，所 以能大幅提升產品良率’增加經濟效益，故確實能達成本 發明之目的。 A惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請：利 範圍及發明說明内容所作之簡單的等效變化與修飾皆仍 屬本發明專利涵蓋之範圍内。 201231374 【圖式簡單說明】 圖1是本發明載盤裝置的一第一較佳實施例的一立體 分解圖； 圖2是該第一較佳實施例之一剖視示意圖； 圖3是該第一較佳實施例之一部份放大剖視示意圖； 及 圖4是本發明載盤裝置的一第二較佳實施例的一剖視 示意圖。 8 201231374 【主要元件符號說明】 1…… …··膜片 5 ...... •…承載座 2…… .....座體單元 51 •…載置面 3…… …··黏著體 52…… 吸附£ 31···.. ••…黏著面 521… •…靠置部 4…… •…安裝座 522… —吸乳孔 41 ...·. …·安裝面 53••… •…凹槽區 42 .....抽氣孔 6 ....... •…負壓空間201231374 VI. Description of the Invention: [Technical Field to Be Invented by the Invention] The present invention relates to a disk loading device, and more particularly to a disk loading device which is mounted in a film and is used for adsorbing a film to a film. [Prior Art] In order to quickly and highly adhesively apply a multilayer film such as a touch panel, a backlight module or other optical sheets, various enamel equipments have been developed in the industry, and J uses mechanical tools to assist the film sticking. Hehe. In general, the filming apparatus usually includes a bottom adsorption-on-chip film uploading device, and a top-loading disk device that adsorbs a lower film. When the bonding is performed, the driving device is driven to adsorb the upper film, and is cleaned and dusted by a cleaning device, and then moved to the upper portion of the loading disk device to which the lower film is adsorbed, and the upper film is laminated and laminated. On the lower diaphragm. Although the above filming device can be used to adhere the upper film and the lower film, the dust in the air after cleaning and dusting: the surface of the upper film, thereby affecting the quality of the product, so in order to avoid the 2 ^ to the dyeing' Some manufacturers set the cleaning process after cleaning to a clean room in the real workroom. 'Let the cleaned upper film directly enter the clean room, and follow-up fit. In addition, the existing diaphragms generally have two types, such as a soft diaphragm such as a plastic sheet, and the other is a hard glass sheet. When the film is attached, it is less likely to remain air bubbles due to the smooth fit of the soft film. However, it is inflexible to bend, so it is easier to generate bubbles when it is attached. Therefore, the fit of the hard diaphragm will be carried out in a vacuum environment: teeth and holes 201231374 However, when the uploading device enters the In the dust chamber, in the vacuum environment, the suction force which is opposite to the adsorption of the upper diaphragm by the pressure difference disappears, and the upper diaphragm is often not easily attached to the bottom of the loading tray device, and will fall directly downward, which is difficult. In the case of accurately and properly fitting the lower diaphragm, the household must install an auxiliary fixture in the clean room, support the upper diaphragm on the bottom of the uploading device, and move the sticker along with the loading device. Cooperating on the lower diaphragm, but the above design requires additional equipment and cost, which is less economical. Moreover, the upper and lower diaphragms are not on, the disc device is installed: and the positioning is attached, so at the moment of fitting 'on The film sliding shift prone situation, the consequences are often bonded misalignment, high defect rate, so the above carrier disk means still room for improvement in the design. . SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a disk loading device capable of stably adsorbing a film. • Thus, the carrier device of the present invention is used for an adsorption-sheet film and comprises a body unit and an adhesive body. The base unit includes a mounting base and a bearing bracket correspondingly coupled to the mounting seat, the mounting seat and the carrier jointly define a negative raft, the carrier has a mounting surface away from the mounting seat 'The mounting surface has an adsorption zone for the membrane to be adsorbed against, and a recessed area surrounding the adsorption zone and recessed"; the carrier is spaced apart from each other by the adsorption zone Connected to the suction hole of the negative pressure space. The adhesive body is filled in the groove of the carrier and includes an adhesive surface which is flush with the adsorption zone and adheres to the film. 201231374 The effect of the present invention is that, in addition to the adsorption zone for adsorbing the membrane in the carrier, an adhesive body for adhering the membrane is provided around the adsorption zone, so that the carrier device is in a vacuum environment. The film can still be adhered to the film by the adhesive, so that the film does not fall, so that the effect of stable adsorption can be achieved. [Embodiment] The above and other technical features of the present invention will be apparent from the following detailed description of the preferred embodiments of the accompanying drawings. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. Referring to Figures 1, 2 and 3, a first preferred embodiment of the carrier device of the present invention is a woman in a filming device (not shown), the filming device comprising two upper and lower loadings. The disk device can be used for adsorbing a piece of the diaphragm 1 respectively. The disk device of the embodiment is an example of the upper disk device, which can be used to adsorb the film 1 to the film, so the direction shown in FIG. In addition, of course, in the implementation, it is also possible to reversely install the device below as a download disk, which will be described later. The carrier device comprises: a seat unit 2, and an adhesive body 3°. The block body unit 2 includes a mounting seat 4, and a bearing base 5' corresponding to the mounting seat 4 is mounted. A negative pressure space 6 is defined together with the carrier 5. The mounting seat 4 is a piece of the inverted profiled section and has a mounting surface 41 away from the carrier 5, and the mounting seat 4 defines a pumping connection from the negative pressure space 6 to the mounting surface 41 201231374 Rolling holes 42. The carrier 5 is a flat plate and has a mounting surface 51 away from the dressing seat 4. The mounting surface 51 has an adsorption zone 52 at the center for absorbing and holding the diaphragm 1, and a recessed area 53 surrounding the adsorption zone 52. The adsorption zone 52 has a plurality of parallel intervals. The abutment portion 521. The carrier 5 defines a plurality of suction holes 522 which are spaced apart from each other and which are respectively communicated by the abutment portion 521 of the adsorption zone 52 to the negative pressure space 6. It should be noted that the air suction hole 42 of the seat unit 2 is connected to a negative pressure unit το (not shown), and the vacuum unit is activated to extract the air suction hole 522 and the negative pressure space 6. The air 'is adsorbed and positioned the diaphragm i in the adsorption zone 52. However, the construction and actuation of the negative pressure unit are generally common designs and are not the focus of the present invention, so they will not be described in detail herein. The adhesive body 3 is filled in the recessed area 53 of the carrier 5, and includes: an adhesive surface 3 which is adhered to the film (4) and adhered to the film (4). The adhesive body 3 is made of low viscosity. Materials such as shredded rubber or rubber 'have a stronger adhesive strength than the diaphragm! The adhesive strength can adhere to the film when it is used. When the film i is attached to the other film (the surface of the film which is separated from the seat unit 2 does not leave residual glue, and the adhesive body 3 can be used repeatedly. When the tray device is moved to the diaphragm 1, the vacuum unit can be activated to pump the membrane and the adsorption zone attached to the carrier 5 on the same day. The sheet 1 is also adhered by the adhesive surface 31 of the adhesive body 3, and then: the disc device carries the film cassette to a cleaning device (not shown), after the main cleaning and dust removal, the film is directly In the clean room of the sheet 1/month vacuum (Fig. 201231374:), at this time, the diaphragm 1 corresponds to the adsorption zone 52, that is, it is not attracted by the pressure phase 4, but the diaphragm corresponds to Adhesive surface is still adhered to the bottom of the tray device to facilitate stable subsequent filming process. Referring to Figure 4, the second preferred embodiment of the present invention is In the embodiment, it is opposite to each other. It is set to 'become an uploading disk device and a downloading disk device for adsorbing the film i' and uploading the disk device The structure of the device with the download disk is symmetrically arranged up and down, and includes a body unit 2 and an adhesive body 3°. The structure of the body body 2 and the structure of the adhesive body 3 are the same as those of the first embodiment. This is not described separately. The present invention is placed on the carrier of the base unit 2 and the adhesive body 3' is further disposed. The adhesive body 3 is further adhered to the diaphragm 1' to make the load. The disk device can stably adsorb the film 真空 in a vacuum environment without causing detachment, thereby preventing detachment or offset, thereby increasing the stability at the time of bonding to achieve a better filming effect and omitting the auxiliary cooling device The setting 'relatively reduces the cost. In addition, if the carrier device of the present invention is provided in the upper and lower opposite positions for respectively adsorbing the film 1 , it can ensure the upper and lower diaphragms 1 to be accurately stabilized when the film is attached. The adhesive is not offset, so it can greatly improve the yield of the product. 'The economic benefit is increased, so the purpose of the present invention can be achieved. A. The above is only the preferred embodiment of the present invention. This limits the scope of the practice of the invention, ie According to the present application, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are still within the scope of the invention. 201231374 [Simplified illustration] FIG. 1 is a first embodiment of the carrier device of the present invention. 2 is a schematic cross-sectional view of the first preferred embodiment; FIG. 3 is a partially enlarged cross-sectional view of the first preferred embodiment; and FIG. 4 is a schematic view of the first preferred embodiment; A schematic cross-sectional view of a second preferred embodiment of the inventive disk loading device. 8 201231374 [Explanation of main component symbols] 1...... ..... diaphragm 5 ...... • ... carrier 2... ...seat unit 51 •...mounting surface 3......··adhesive body 52... adsorption £ 31···..••...adhesive surface 521... •...relief part 4... •...mounting seat 522... — sucker hole 41 ...·. ...·mounting surface 53••... •...groove area 42 ..... suction hole 6 ....... •...negative pressure space