200804792 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種膜附能力測試平台，且特別是有 關於一種測試彩色濾光片膜附能力的測試平台。 . 【先前技術】 # 現今的各種產業中，常會使用到覆膜的技術，因此覆 膜的品質好壞，對於日後成品的品質有著極大的影響。舉 # 例而言’在面板製程中，由於薄膜電晶體液晶面板（Thin200804792 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a film attachment capability test platform, and more particularly to a test platform for testing the color filter film attachment capability. [Prior Art] # In today's various industries, the technology of laminating is often used, so the quality of the film is very good, which has a great impact on the quality of the finished product in the future. In the case of the panel process, due to the thin film transistor liquid crystal panel (Thin
Film Transistor Liquid Crystal Display ; TFT-LCD)具有體 積輕巧、低耗電量、低輻射污染，以及影像穩定等優點， 口此成為現々生活中常見的面板形式。而薄膜電晶體液晶 面板之所以能夠彩色化，主要是來自於彩色濾光片（C〇l〇r Filter，CF)，液晶面板透過施加電場改變液晶分子排列形 式，以形成閘門來選擇背光源之光線穿透與否，因而產生 一面仁运樣僅有透光程度的差別，產生的顏色只有黑、 # 白兩種顏色，若要形成彩色的話，需要靠紅綠藍三種彩色 光阻形成的畫素(pixel)，因此含有紅綠藍三濾光層的彩色滤 光片便成為薄膜電晶體液晶面板中相當重要的一個組件 W & 了確保最終成品的品質，彩色濾光片完成後，必須 ^ 二測試片，進行彩色濾光片測試片之膜附能力測試。其 兩彈黃鎖片壓在測試片上以螺絲加以固定， 待測片， 切割完成絲77 Η备&么你@ 2 / 士，Film Transistor Liquid Crystal Display (TFT-LCD) has the advantages of compact size, low power consumption, low radiation pollution, and image stabilization, which has become a common form of panel in current life. The reason why the thin film transistor liquid crystal panel can be colored is mainly from a color filter (C〇l〇r Filter, CF), and the liquid crystal panel changes the arrangement of the liquid crystal molecules by applying an electric field to form a gate to select a backlight. Whether the light penetrates or not, so that there is only a difference in the degree of light transmission of a kind of fortune, the color produced is only black, #white two colors. If color is to be formed, it needs to be formed by red, green and blue color resists. Pixel, therefore, the color filter containing the red, green and blue filter layers becomes a very important component in the thin film transistor liquid crystal panel. W & to ensure the quality of the final product, after the color filter is completed, it must be ^ Two test pieces for film adhesion test of color filter test pieces. The two elastic yellow lock pieces are pressed on the test piece and fixed by screws, and the piece to be tested is cut to complete the wire 77 preparation & you @ 2 /士,
測試方法如下，首先將測試片放置在一測試平台上，並將 接者開始切割 ί測試平 ，在作 5 200804792The test method is as follows. First, the test piece is placed on a test platform, and the picker starts to cut ί test flat, in 5 200804792
業時容易造成測試4的破損。且切制試#時，切割方向 若是，、圖*走向（像素排列的方向）平行’則切割阻力太小， 無法知到準確的結果。因此，切割方向與測試片上圖案走 向之父角k佳地係為45度，以確保切割時會劃過不同顏色 的光阻，並得到—較準確的結果。由於現有技射之測試 平台係為長方形平台，因此’在進行切割前需耗費大量的 時間將測試片裁切為特殊形狀，以配合測試平台的固定笪 片以及純^光片之圖案走向。因此需要—種新的測試平 口 ’以提升測试時之工作效率，且不會影響到原自動切割 【發明内容】 因此本發明的目的就县太 ^ ^ 的就疋在提供一種膜附能力測試的平 口，用以提咼測試時之工作效率 破損之羊亚減少待測片於測試時 皮相之清开y尤其疋易碎裂的待測片。 根據本發明之上述目的， 二h人七泣 楗供一種膜附能力測試平 口，匕a 一口附平台、一自動切割裝置，以及一配置於 吸附平台下之一旋轉裝置。吸附、 、 片，旋轉裝置則將吸附平台旋轉至；位以固定一待測 具有-刀片，以切割待測片。=二位。自動切割裝置 光片。#色_光片呈# /、中此待測片可為一彩色濾 尤片々色濾先片具有一圖案走 個畫素所構成。刀片與圖案走向具有由複數 45度。吸附平台係為—真空吸盤 /角。此交角係為 空吸附孔，以固定待測片 〜吸盤包含複數個真 孔之範圍。吸附平台可為—C圍約等同真空吸附 / ° °旋轉以包含一驅 200804792 動裝置，配置於旋轉, 台旋轉至定位。驅tr，轉裝置，使吸附平 平台更包含一固定轴，以=馬達。膜附能力測試 驅動裝置。 '，、。5錢平台、旋轉裝置，以及 本七明之另-態樣係為一種測試平 定一待測片之一吸附^ ^ 3有用來固 ^ 及附+台，以及配置於吸附平你 轉裝置，以將吸附平a㈣〜 ft+口下之一 ％ 处嗯舻^ ^ 轉至一疋位。吸附平台係為一直 工及盤。真空吸盤包含複數 八 圓裉車厶 一及附孔之乾圍。吸附平台係為一 0形千台。旋轉裝置包含一 以驅動旋置於旋轉裝置下， 一牛 厂 吸附平台旋轉至定位。驅動裝置可為 歩進馬達。測試平台更包含一 ^ 1車由以結合吸附平台、 万疋轉扁置，以及驅動裝置。 本發明之膜附能力測試平台，藉由旋轉式的平台，可 :Π» K 4之工作效率’並藉由使用此吸附平台，可減少 S片因固定時受力*均所造成之損壞。本發明之膜附能 =平台，如使用在彩色濾、光片上，可減少彩色渡光片 =片之事前準備H而有效地提高彩色濾光片之膜 附月b力測試效率。 【實施方式】 、以下將以圖式及詳細說明清楚說明本發明之精 神，如熟悉此技術之人員在瞭解本發明之較佳實施例 後，當可由本發明所教示之技術，加以改變及修飾，其 並不脫離本發明之精神與範圍。 7 200804792 參照第i圖，其繪示依照本發明之測試平台一較佳實 施例之侧視圖。測試平台100包含有一吸附平台i丨〇，以及 配置於吸附平台no下方之一旋轉裝置120。吸附平台11〇 較佳地係為一圓形平台。一待測片13〇放置在吸附平台u〇 上固定，此吸附平台110係為一真空吸盤，舉例而言，可 由外界提供一負壓源，或是提供一真空幫浦，以達成真空 吸附待測片130之作用。旋轉裝置120更包含有一驅動裝It is easy to cause damage to Test 4 during business hours. When the test # is cut, if the cutting direction is, and the pattern * is oriented (the direction in which the pixels are arranged) is parallel, the cutting resistance is too small, and an accurate result cannot be known. Therefore, the cutting direction and the father angle k of the pattern on the test piece are preferably 45 degrees to ensure that the photoresist of different colors is cut during the cutting, and a more accurate result is obtained. Since the test platform of the prior art is a rectangular platform, it takes a lot of time to cut the test piece into a special shape before the cutting, in order to match the pattern of the fixed piece of the test platform and the pattern of the pure film. Therefore, a new test flat port is needed to improve the work efficiency during the test without affecting the original automatic cutting. [The present invention] Therefore, the object of the present invention is to provide a film adhesion test. The flat mouth is used to improve the work efficiency of the test. The sheep is reduced in the test piece when the test film is opened, especially the test piece which is easily broken. According to the above object of the present invention, a squirrel is provided with a membrane attachment capability test slab, a sputum attachment platform, an automatic cutting device, and a rotary device disposed under the adsorption platform. The adsorption, sheet, and rotating device rotates the adsorption platform to a position to fix a to-be-tested blade to cut the piece to be tested. = two. Automatic cutting device Light film. #色_光片呈# /, the sample to be tested can be a color filter. The color filter has a pattern of pixels. The blade and pattern run have a total of 45 degrees. The adsorption platform is a vacuum chuck/angle. This angle of intersection is an empty adsorption hole to fix the test piece. The suction cup contains a range of a plurality of true holes. The adsorption platform can be -C enclosed equivalent to vacuum adsorption / ° ° rotation to include a drive 200804792 moving device, configured for rotation, and the table is rotated to position. Drive tr, turn device, so that the adsorption flat platform contains a fixed shaft to = motor. Membrane adhesion test drive. ',,. 5 money platform, rotating device, and the other-stage sample of this seven-brightness test is one kind of test-flattening one of the test pieces. ^^3 is used to fix and attach +, and is arranged in the adsorption flat to turn your device to Adsorption flat a (four) ~ ft + one of the mouth under the mouth 处 舻 ^ ^ Turn to a 疋 position. The adsorption platform is always working and disk. The vacuum chuck contains a plurality of eight round ruts and a dry circumference with holes. The adsorption platform is a 0-shaped unit. The rotating device includes a drive to be placed under the rotating device, and a bovine adsorption platform is rotated to the position. The drive unit can be a feed motor. The test platform also includes a ^1 car to combine the adsorption platform, the 疋 疋 flat, and the drive unit. The film attachment capability test platform of the present invention can reduce the damage caused by the force of the S piece due to the fixing by using the rotary platform by using the rotary platform. The film of the invention can be used as a platform. If it is used on a color filter or a light sheet, the color of the color filter can be reduced and the preparation of the film can be effectively improved to improve the efficiency of the film of the color filter. BRIEF DESCRIPTION OF THE DRAWINGS The spirit of the present invention will be apparent from the following description of the preferred embodiments of the invention. It does not depart from the spirit and scope of the invention. 7 200804792 Referring to Figure i, a side view of a preferred embodiment of a test platform in accordance with the present invention is shown. The test platform 100 includes an adsorption platform i, and a rotating device 120 disposed below the adsorption platform no. The adsorption platform 11A is preferably a circular platform. A sample to be tested 13 is placed on the adsorption platform u〇. The adsorption platform 110 is a vacuum suction cup. For example, a negative pressure source can be provided from the outside or a vacuum pump can be provided to achieve vacuum adsorption. The role of the test piece 130. The rotating device 120 further includes a driving device
置122，以使測試平台1〇〇旋轉至所需之定位。驅動裝置 122較佳地係為一歩進馬達，以精確地進行測試平台 之定位。 使用本發明之測試平台100,可藉由吸附平台ιι〇固定 任意形狀之待測片130,又由於吸附平台110係利用真空吸 附的方式固定待測片13〇’因此可減少待測片13〇利用簧片 固定時，受力不均而破損之情形。且藉由旋轉裝置12(^可 於測試中直接旋轉待測片13〇至合適角度，再進㈣試， 而不需如傳統之固定式平台一般，將待測4 130拿起，再 重新放置至所需之角度。 參第2圖，其!會示依照本發明之測試平台一較佳實 施例之上視圖。吸附平纟UG之真空吸盤具有複數個真空 吸附：112’而待測片130係利用真空吸附孔112固定於吸 、、’口 10上且待測# i3〇之範圍較佳地係等同於真空 吸附孔1 1 2之範圍，！Z公付、η Ϊ 圍以確保待測片130可完全地被吸附在 吸附平台110上。 參如第3圖，其緣示依照本發明之膜附能力測試平台 一較佳實施例之側視圖。本發明之膜附能力測試平台2〇〇 8 200804792122 is set to rotate the test platform 1 to the desired position. Drive unit 122 is preferably a plunging motor for accurate positioning of the test platform. By using the test platform 100 of the present invention, the test piece 130 of any shape can be fixed by the adsorption platform ιι, and the test piece 13 is fixed by vacuum adsorption on the adsorption platform 110. Therefore, the test piece 13 can be reduced. When the reed is fixed, the force is uneven and the damage is broken. And by rotating the device 12 (^ can directly rotate the to-be-tested piece 13〇 to a suitable angle in the test, and then enter (4), without the conventional fixed platform, the 4130 to be tested is picked up and then repositioned. To the desired angle. Referring to Fig. 2, it will show a top view of a preferred embodiment of the test platform according to the present invention. The vacuum chuck of the adsorption flat UG has a plurality of vacuum adsorptions: 112' and the test piece 130 The vacuum adsorption hole 112 is fixed to the suction, the 'mouth 10' and the range of the #i3〇 to be measured is preferably equivalent to the range of the vacuum adsorption hole 1 1 2, and the Z is paid and η Ϊ is ensured to be tested. The sheet 130 can be completely adsorbed on the adsorption platform 110. Referring to Figure 3, there is a side view of a preferred embodiment of the film attachment capability test platform according to the present invention. The film attachment capability test platform of the present invention is 〇8 200804792
包含一測試平台100,以及一自動切割裝置14〇。測試平台 100包含有一吸附平台110，以及一旋轉裝置12〇配置於吸 附平台110下。吸附平台11〇較佳地係為一圓形平台。一 待測片130係放置於吸附平台11〇上。旋轉裝置12〇包含 驅動裝置122，以使測試平台〗⑽旋轉至所需之角度。驅 動衣置122車又佳地係為一步進馬達，以精確地進行測試平 台100之定位。測試平台100更包含有一固定軸124，以結 。吸附平台110、旋轉裝置12〇以及驅動裝置122。自動切 割裝置140具有一刀#142,以切割待測片13〇，以進行接 下來的待測片130之膜附能力測試。 、、參第4A圖及帛4B BI ’其繪示本發明之膜附能力測 試平台-較佳實施例應用於彩色濾光片之上視圖。第从圖 中待測片130係為一彩色遽光片132。由於彩色滤光片 132中之彩色層係由許多晝素136所構成，畫素136又按規 律的排列方式形成規律之圖案走向134。在進行彩色濾光片 132之膜附能力測試時，若是刀片142的㈣方向與圖案走 向134平行時，％因阻力太小而使測試結果失λ，因此， 刀片142與彩色溏光片132上的圖案走向134之交角 較佳地係為45度’以得到較準柄測試結果。 ―多…第4Β圖’晝素136係規律的排列成圖案走向134, 2 一個畫素136又是由紅藍綠三個彩色光阻136a、 所構成。進峨滤光片132之膜附能力測 刀片M2之割痕144需同時割過紅藍綠三個彩色光 a 136b，及136c，以得到較 在傳統之測試平台上H‘果。而 /色濾光片132因上述之原因，在 9 200804792 測試前須配合原有測試平台與刀片142布置的位置，裁切 成特殊的形狀，因此花費大量的時間與精力在事前準備工 本發明可藉由第3圖中之旋轉裝置12〇，可輕鬆地將固 定於吸附平台110上之彩色濾光Μ 132旋轉至所需的角 度，即令彩色濾光片132之圖案走向134與刀片142之交 角138呈45度。 、，由上述之本發明較佳實施例可知，應用本發明之測試 平台具有下列優點。使用本發明之吸附平台可固定任意形 狀之待測片，並利用真空吸附的方式，減少習知中待測片 利用尹、片固疋時，文力不均而破損之情形。且使用時，可 ^用旋轉裝置將測試平台調整至合適角度，如此一來，要 變更待測片角度時，只需旋轉測試平台即可，而不用將待 測片拿起重新放置。本發明應用在彩色濾光片之膜附能力 、J式Β守，可省略習知技術中裁切測試片的繁瑣事前準備步 驟，因此，可有效地提升彩色濾光片之測試效率。 雖然本發明已以一較佳實施例揭露如上，然其並非用 以限定本發明，任何熟習此技藝者，在不脫離本發明之精 範圍内，當可作各種之更動與潤飾，因此本發明之保 護範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 心為讓本發明之上述和其他目的、特徵、優點與實施例 成更明顯易懂，所附圖式之詳細說明如下： 第1圖係繪示依照本發明之測試平台一較佳實施例之 200804792 侧視圖。 第2圖係繪示依照本發明之測試平台一較佳實施例之 上視圖。 弟3圖係繪示依照本發明之膜附能力测試平台一較佳 實施例之側視圖。 、 第4A圖及第4B圖係繪示本發明之膜附能力測試平台 一較佳實施例應用於彩色濾光片之上視圖。 【主要元件符號說明 100 :測試平台 112 :真空吸附孔 122 :驅動裝置 130 =待測片 134 :圖案走向 136a :彩色光阻 136c :彩色光阻 140 :自動切割裝置 144 :割痕 110 :吸附平台 120 :旋轉裝置 12 4 ·固定轴 132 :彩色濾光片 136 :晝素 136b :彩色光阻 138 :交角 142 :刀片 200 :膜附能力測試平台 11A test platform 100 is included, as well as an automatic cutting device 14A. The test platform 100 includes an adsorption platform 110, and a rotating device 12 is disposed under the suction platform 110. The adsorption platform 11 is preferably a circular platform. A test piece 130 is placed on the adsorption platform 11A. The rotating device 12A includes a drive unit 122 to rotate the test platform (10) to a desired angle. The drive-fit 122 car is also preferably a stepper motor for accurately positioning the test platform 100. The test platform 100 further includes a fixed shaft 124 for the junction. The adsorption platform 110, the rotating device 12A, and the driving device 122. The automatic cutting device 140 has a knife #142 for cutting the to-be-tested piece 13'' to perform the film-attaching ability test of the succeeding test piece 130. 4A and 帛4B BI' illustrate the film attachment capability test platform of the present invention - the preferred embodiment is applied to the upper view of the color filter. The test piece 130 in the figure is a color calender piece 132. Since the color layer in the color filter 132 is composed of a plurality of halogen elements 136, the pixels 136 are in a regular arrangement to form a regular pattern pattern 134. When the film adhesion capability test of the color filter 132 is performed, if the (four) direction of the blade 142 is parallel to the pattern direction 134, % is too small to cause the test result to be lost λ, and therefore, the blade 142 and the color calender sheet 132 are placed. The angle of intersection of the pattern strikes 134 is preferably 45 degrees' to obtain a more accurate handle test result. ―Multiple...Fig. 4 昼 136 136 is regularly arranged in a pattern direction 134, 2 a pixel 136 is composed of red, blue and green three color resists 136a. The film attachment capability of the inlet filter 132 is required to simultaneously cut the red, blue and green three colored lights a 136b, and 136c to obtain a higher value than the conventional test platform. For the above reasons, the color filter 132 must be cut into a special shape in accordance with the position of the original test platform and the blade 142 before the test in 200804792, so it takes a lot of time and effort to prepare in advance. The color filter 132 fixed to the adsorption stage 110 can be easily rotated to a desired angle by the rotating device 12 of Fig. 3, i.e., the pattern 134 of the color filter 132 is at an angle 138 with the blade 142. At 45 degrees. It will be apparent from the above-described preferred embodiments of the present invention that the test platform to which the present invention is applied has the following advantages. By using the adsorption platform of the invention, the sample to be tested can be fixed in any shape, and the vacuum adsorption method can be used to reduce the situation that the sample to be tested is damaged by the unevenness of the force when the sample is used. When in use, the test platform can be adjusted to a suitable angle by using a rotating device. Therefore, when changing the angle of the test piece, it is only necessary to rotate the test platform without lifting the sample to be repositioned. The invention is applied to the film-attaching ability of the color filter and the J-type adherence, and the complicated preparatory steps for cutting the test piece in the prior art can be omitted, and therefore, the test efficiency of the color filter can be effectively improved. Although the present invention has been described above in terms of a preferred embodiment, it is not intended to limit the invention, and the present invention may be modified and modified without departing from the scope of the invention. The scope of protection is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood. A preferred embodiment of the 200804792 side view. Figure 2 is a top plan view of a preferred embodiment of a test platform in accordance with the present invention. Figure 3 is a side elevational view of a preferred embodiment of a film attachment capability test platform in accordance with the present invention. 4A and 4B are views showing a preferred embodiment of the film attachment capability test platform of the present invention applied to a color filter. [Main component symbol description 100: Test platform 112: Vacuum adsorption hole 122: Driving device 130 = Test piece 134: Pattern direction 136a: Color photoresist 136c: Color photoresist 140: Automatic cutting device 144: Cut mark 110: Adsorption platform 120: Rotating device 12 4 · Fixed shaft 132 : Color filter 136 : Alizarin 136b : Color photoresist 138 : Intersection angle 142 : Blade 200 : Film attached capability test platform 11