M418771 五、新型說明： 【新型所屬之技術領域】 本創作提供一種連續性膠膜的裁切機，特別是涉及該 裁切機之滾軋式裁切裝置，尤其關於用以定位膠膜的壓制 件，以及用以滾動形式裁切膠膜的刀輪，並涉及驅動所述 壓制件與刀輪的驅動器。 【先前技術】 目前，市面上的電器或光電產品，大多會在表面上覆 篕一層透明或非透明的膠臈，能夠用來保護產品表面不受 撞傷或磨損，尤其是液晶顯示器與觸控面板的透明基板， 更需依賴膠膜的保護；該膠膜通常是利用乙烯/醋酸乙烯 酯共聚物（Ethylene Vinyl Acetate，EVA)製成，且膠膜在加 工或使用前一般是綑成圓柱狀型態，而使膠膜能夠連續釋 出。 且知，所述連續性膠膜需預先裁切成特定形狀及面 積’以利貼覆於上述液晶顯示器和觸控面板的透明基板表 鲁 面，傳統的作法是將膠膜連續傳遞至一裁切機接受裁切加 工；其中，該裁切機通常具有一能夠往復移動的平直橫置 型軋刀，當膠膜進入裁切機時，該裁切機一般會先將膠膜 拉伸至一特定長度，隨後驅動該平直橫置型軋刀以線性衝 壓或旋擺裁勢方式裁切所述特定長度的膠膜。 然而，現有液晶顯示器和觸控面板的精度要求較高， 因此膠膜之形狀及面積的精度也相對提高，但上述傳統利 用平直橫置型軋刀以線性衝壓或旋擺裁剪方式裁切膠膜的 作法，容易造成軟性膠膜產生微量偏離的問題，導致谬膜 3 M418771 裁切精確度上的誤差；此外，現有膠膜的寬度較大，因此 . 該平直橫置型軋刀的長度也隨之增加，因而容易造成札刀 雙端對膠膜的施力不平均的狀況，導致膠臈裁切不良；另 ' 外’該平直橫置型軋刀的長度增加，會跟隨增加產製上的 成本，並且也易增設備驅動平直橫置型軋刀的 【新型内容】 、 本創作之目的在於克服上述先前技術中之下列問題： 1. 該軟性膠膜容易遭受傳統平直橫置型軋刀觸動而產 • 生微量偏離，導致膠膜裁切精確度上的誤差。 2. 增加膠膜寬度，而造成傳統平直橫置型軋刀雙端對 膠膜的施力不平均，導致膠膜裁切不良。 3. 增加膠膜寬度，導致傳統平直橫置型軋刀的產製成 本增加，以及徒增設備驅動該平直橫置型軋刀的負載。 為達上述目的，本創作提供一種膠膜之滾軋式裁切裝 置’包含： 一加工台，頂部形成帶動一連續性膠膜移動的一縱向 ® 路徑，且該膠膜能夠沿著該縱向路徑進入該加工台頂部； 一壓制件，活動橫置於該加工台之縱向路徑上方，能 夠壓持及脫離該加工台頂部，以定位及釋放該膠膜；及 -刀輪，滑設於該加卫台上方之—侧，具有一滾乳裁 切該膠膜之橫向路徑，該刀輪能夠沿著該橫向路徑自由滚 動位移’而以滾軋方式裁切該膠膜。 據此，經由該壓制件定位膠膜，並經由該刀輪以滾札 方式沿者該橫向路控裁切踢膜，能夠防止刀輪觸動膠膜產 生微量偏離，並能夠避免刀輪對膠膜施力不平均，而有效 4 M418771 提升朦膜的裁切精確度及加工良率；同時，該刀輪的題積 與設備驅動刀輪之負載，在增加膠膜寬度的情況下也不^ 隨之提高’因此能夠節省產製成本，並確保驅動設備的耐 久使用哥命。 實際上，該加工台頂部具有該膠膜之一進料端與〜哉 切端’所述進料端與裁切端位於該縱向路徑上，且所迷髮 制件與刀輪位於該裁切端，該刀輪位於該進料端與該壓制 件之間；該橫向路徑係垂直於該縱向路徑。 在一具體實施上，該壓制件側端與該加工台之間連、狂 一以上第一驅動器，且該第一驅動器能夠驅動該壓制件= 著垂直方向移動；所述第一驅動器連結該壓制件雙側竦沿 且該第一驅動器可為氣缸，且該氣缸之一缸桿連結該如，M418771 V. New description: [New technical field] This creation provides a continuous film cutting machine, especially for the rolling cutting device of the cutting machine, especially for the pressing of the film. And a cutter wheel for cutting the film in a rolling form, and relates to a driver for driving the pressing member and the cutter wheel. [Prior Art] At present, most of the electrical or optoelectronic products on the market are covered with a transparent or non-transparent plastic film on the surface, which can be used to protect the surface of the product from being damaged or worn, especially for liquid crystal displays and touch. The transparent substrate of the panel depends on the protection of the film; the film is usually made of Ethylene Vinyl Acetate (EVA), and the film is generally bundled into a cylinder before processing or use. The type allows the film to be continuously released. It is also known that the continuous adhesive film needs to be cut into a specific shape and area in advance to facilitate the surface of the transparent substrate of the liquid crystal display and the touch panel. The conventional method is to continuously transfer the adhesive film to a cut surface. The cutting machine accepts cutting processing; wherein the cutting machine usually has a flat transverse type rolling knife capable of reciprocating movement, and when the film enters the cutting machine, the cutting machine generally first stretches the film to a For a specific length, the flat transverse cutter is then driven to cut the film of a particular length in a linear or rotary cut. However, the accuracy of the existing liquid crystal display and the touch panel is relatively high, so the accuracy of the shape and area of the film is relatively improved, but the above-mentioned conventional method uses a straight transverse type cutter to cut the film by linear stamping or rotary cutting. The method is easy to cause a slight deviation of the soft film, which leads to the error in the cutting precision of the enamel film 3 M418771; in addition, the width of the existing film is large, so the length of the straight transverse type knives also The increase is easy to cause the uneven force applied to the film by the double end of the knives, resulting in poor cutting of the plastic squeegee; the length of the flat transverse knives is increased, which will follow the increase in production. Cost, and also easy to increase the equipment to drive the flat transverse type of rolling knife [new content], the purpose of this creation is to overcome the following problems in the prior art: 1. The soft film is susceptible to the traditional flat horizontal type of rolling knife touch However, slight deviations in production and production lead to errors in the accuracy of film cutting. 2. Increasing the width of the film, resulting in uneven application of the film to the film at the double end of the conventional flat horizontal type cutter, resulting in poor film cutting. 3. Increasing the width of the film results in an increase in the cost of the conventional flat transverse type of knives and the load of the straight horizontal knives driven by the device. In order to achieve the above object, the present invention provides a rolling film cutting device for a film comprising: a processing table, the top portion forming a longitudinal® path for driving a continuous film movement, and the film can follow the longitudinal path Entering the top of the processing table; a pressing member, the activity is placed across the longitudinal path of the processing table, and can be pressed and disengaged from the top of the processing table to position and release the film; and - the cutter wheel is slidably disposed on the processing On the side of the upper side of the platform, there is a transverse path in which the film is cut by a roller, and the cutter wheel can freely roll along the transverse path to cut the film in a rolling manner. According to this, the film is positioned through the pressing member, and the kick film is cut along the lateral path by the cutter wheel, thereby preventing the cutter wheel from touching the film to generate a slight deviation, and avoiding the cutter wheel to the film. The force is not even, and the effective 4 M418771 improves the cutting precision and processing yield of the diaphragm; at the same time, the problem of the cutter wheel and the load of the device-driven cutter wheel do not increase with the increase of the film width. The improvement 'can therefore save production costs and ensure the durable use of the drive equipment. In fact, the top of the processing table has a feeding end and a cutting end of the film. The feeding end and the cutting end are located on the longitudinal path, and the hair piece and the cutter wheel are located at the cutting end. A cutter wheel is located between the feed end and the extrusion; the transverse path is perpendicular to the longitudinal path. In a specific implementation, the side end of the pressing member is connected to the processing table, and more than one first driver is driven, and the first driver is capable of driving the pressing member to move in a vertical direction; the first driver is coupled to the pressing The two sides of the piece are separated and the first drive can be a cylinder, and one of the cylinder rods is connected to the cylinder
台。 …乂 X 在另一具體實施上，該加工台上方橫跨有一承臂 該刀輪係滑設於該承臂端側；該承臂端側沿著該橫向路^ 滑設有一滑座，該刀輪係滑設於該滑座端側，且該承臂= 設有一第二驅動器，該第二驅動器與該滑座相連結，而处 夠驅動該滑座；該滑座端側沿著垂直方向滑設有一拖= 座’該刀輪係插置於該柩接座底部’且該滑座内設有一第 三驅動器’該第三驅動器與該樞接座相連結，而=夠驅動 該樞接座帶動該刀輪接觸及脫離該加工台頂部。 為避免刀輪於裁切膠膜時受損，該加工台頂部設有一 導溝，位於該刀輪下方的相對端，且該導溝於該刀輪滚札 該膠膜時，能夠供給該刀輪植入。 然而，為能明確且充分揭露本創作，併予列舉較佳實 5 M418771 施之圖例，以詳細說明其實施方式如後述： 【實施方式】 • 首觀圖1所示，揭示出本創作較佳實施例的立體圖， 並配合圖2至圖4說明本創作膠膜之滾軋式裁切裝置，是 配置於一膠膜裁切機内，包含一加工台1、一壓制件2及一 刀輪3;該加工台1頂部形成帶動一連續性膠膜9移動的一 縱向路徑101，且加工台1頂部雙端分別形成膠膜9之一進 料端11與一裁切端12，所述進料端^與裁切端12位於該 鲁 縱向路徑1〇1上，而使膠膜9能夠沿著該縱向路徑ιοί進 入加工台i頂部；該壓制件2係呈長條狀，活動橫置於加 工台1頂部之縱向路徑101上方，並位於該裁切端12，且 壓制件2能夠壓持及脫離加工台1頂部（配合圖8所示）， 以定位及釋放該加工台1頂部的膠膜9;該刀輪3滑設於該 加工台1上方之一側（配合圖5及圖6所示），而於加工台 1上方形成一滾軋裁切該膠膜9之橫向路徑1〇2，且橫向路 徑1〇2可垂直於縱向路徑1〇1 ;實際上，該刀輪3設於該裁 φ ，端12，並位於該進料端11與壓制件2之間，且刀輪3能 工台1頂部沿著赌向路徑⑽減自由滾動位移 。圖9所示），而以滾軋方式裁切該加工台1頂部的膠 在-具體實施上’該壓制件2雙側端與加工台！之間 第’ί器41，該第—驅動器41實際上可為沿 且°配置的仏，職缸與壓制件2 _相連結， 且乳缸之一紅桿411速炎士社丄 所示)，並於缸桿411 連;二工二：(::圖6及圖7 丄w。又彈貫412，如此，所述第一 6 M418771 驅動器41能夠同步驅動壓制件2沿著垂直方向往復移動， 而使壓制件2下移壓持及上移脫離加工台丨頂部。 在另-具體實施上，該加工台1頂部雙侧分別設有一 • 支架51 ’並於所述支架51頂部固設一承臂5，而使承臂5 橫跨於加工台1上方，且刀輪3係滑設於該承臂5端侧； 在更加具體的實施上，該承臂5端側沿著該橫向路徑1〇2 設置有多數滑軌52 (配合圖5至圖7所示），並於所述滑軌 52上滑設-滑座6，且承臂5内部設有1二驅動器42， 鲁 4第—驅動器42實際上可為馬達，以及接受該馬達驅動的 滾珠導螺桿或皮帶，且第二雜器42與滑座6相連結，而 能，驅動滑座6沿著該橫向雜1G2移動；該滑座6端侧 二著垂直方向滑設有一樞接座7，且滑座6内部設有一第三 ，器43,該第三驅動g 43 f際上可為氣缸，該第三驅動 β 43與樞接座7相連結，而能夠驅動樞接座7沿著垂直方 2動、’該刀輪3係極置於樞接座7底部，而藉由框接座7 /月》又於’骨座6端側，並藉由滑座6滑設於承臂5端側；如 • 此該第一驅動器42能夠驅動滑座ό帶動刀輪3沿著該橫 向路t 102移動（配合圖8及圖9所示），且第三驅動器 能^驅動樞接座7帶動刀輪3沿著垂直方向接觸及脫離加 工台1頂部。 此外，為避免刀輪3於裁切膠膜9時受損，該加工台1 $部沿著該橫向路徑1()2設有一導溝81 (配合圖5及圖6 =)，位於該刀輪3下方的相對端，且導溝“於該刀輪9 膠膜9時（配合圖9所示），能夠供給刀輪3植入；實 '上’該加4 1頂部之裁切端12設有-呈長條狀的襯墊 7 M418771 8处位於所述壓制件2與刀輪3下方的相對端，而使壓制件 2能夠壓持及脫離該㈣8頂部，且刀輪3能夠接觸及脫離 該槪塾8料’轉㈣係形成於㈣8頂部。 依據上述構件組成，可供據以實施本創作，首先連續 傳遞膠膜9沿著該縱向路徑跡經由進料端U往裁切端12 方向移動（如圖4所示），而使踢膜9經由裁切端12穿越 輪3，σρ與襯塾8頂部之間，並植入壓制件2底部與襯 ^頂狀間’此時，利於所述㈣裁切機抓轉膜9(非station. ... 乂X In another embodiment, the processing table has a bearing arm that is slidably disposed on the arm end side; the arm end side is provided with a sliding seat along the lateral path. The cutter wheel is slidably disposed on the end side of the carriage, and the support arm= is provided with a second driver coupled to the slide to drive the slide; the slide end side is vertical The direction is slidably provided with a drag = seat 'the cutter wheel is inserted at the bottom of the splicing seat' and a third drive is disposed in the sliding seat. The third drive is coupled with the pivotal seat, and = is sufficient to drive the pivot The socket drives the cutter wheel to contact and disengage from the top of the processing table. In order to prevent the cutter wheel from being damaged when the film is cut, a guide groove is arranged on the top of the processing table, and the guide groove is located at the opposite end of the cutter wheel, and the guide groove can supply the knife when the cutter wheel rolls the film. Wheel implants. However, in order to clearly and fully disclose the creation, and to illustrate the example of the preferred embodiment, the embodiment will be described in detail as follows: [Embodiment] • The first view is shown in Figure 1, revealing that the creation is better. The perspective view of the embodiment, and with reference to FIG. 2 to FIG. 4, the rolling type cutting device of the present adhesive film is disposed in a film cutting machine, comprising a processing table 1, a pressing member 2 and a cutter wheel 3; The top of the processing table 1 forms a longitudinal path 101 for moving a continuous adhesive film 9, and the top ends of the processing table 1 respectively form a feeding end 11 of the film 9 and a cutting end 12, the feeding end ^ And the cutting end 12 is located on the longitudinal path 1〇1 of the Lu, so that the film 9 can enter the top of the processing table i along the longitudinal path ιοί; the pressing member 2 is elongated, and the activity is horizontally placed on the top of the processing table 1 Above the longitudinal path 101, and located at the cutting end 12, and the pressing member 2 can be pressed and disengaged from the top of the processing table 1 (shown in FIG. 8) to position and release the film 9 on the top of the processing table 1; The wheel 3 is slidably disposed on one side of the processing table 1 (corresponding to FIG. 5 and FIG. 6 And forming a lateral path 1〇2 of the film 9 which is rolled and cut over the processing table 1, and the lateral path 1〇2 is perpendicular to the longitudinal path 1〇1; in fact, the cutter wheel 3 is disposed at the The φ, the end 12 is located between the feeding end 11 and the pressing member 2, and the cutter wheel 3 can reduce the rolling displacement of the top of the table 1 along the gambling path (10). Fig. 9), and the glue on the top of the processing table 1 is cut in a rolling manner. In the specific embodiment, the two sides of the pressing member 2 are processed with the processing table! Between the first device 41, the first driver 41 can be actually configured along the °, the cylinder is connected with the pressing member 2 _, and one of the cylinders is shown in the red 411 speed Yanshi community) And connected to the cylinder rod 411; two: two: (:: Fig. 6 and Fig. 7 丄w. 弹 412, so that the first 6 M418771 driver 41 can synchronously drive the pressing member 2 to reciprocate in the vertical direction And the pressing member 2 is moved down and moved up and off the top of the processing table. In another embodiment, the top side of the processing table 1 is respectively provided with a bracket 51' and a top portion of the bracket 51 is fixed. The arm 5 is disposed so as to straddle the processing table 1 and the cutter wheel 3 is slidably disposed on the end side of the arm 5; in a more specific implementation, the end side of the arm 5 is along the lateral path 1〇2 is provided with a plurality of slide rails 52 (shown in FIG. 5 to FIG. 7), and the slide rails 6 are slid on the slide rails 52, and the second arm 42 is disposed inside the arm 5, Lu 4 - the driver 42 may actually be a motor, and a ball lead screw or belt that is driven by the motor, and the second damper 42 is coupled to the carriage 6, and the drive carriage 6 can be driven along the The horizontal miscellaneous 1G2 moves; the end of the sliding seat 6 is vertically disposed with a pivoting seat 7 in the vertical direction, and a third device 43 is disposed inside the sliding seat 6, and the third driving g 43 f can be a cylinder. The third driving β 43 is coupled to the pivoting seat 7 and is capable of driving the pivoting seat 7 to move along the vertical side, and the cutting wheel 3 is placed at the bottom of the pivoting seat 7 by the framed seat 7 / The month is again on the end side of the 'bone 6 and is slid on the end side of the arm 5 by the slide 6; if the first drive 42 can drive the slide ό to drive the cutter wheel 3 along the transverse path t 102 Movement (in conjunction with FIG. 8 and FIG. 9), and the third driver can drive the pivoting seat 7 to drive the cutter wheel 3 to contact and disengage from the top of the processing table 1 in the vertical direction. In addition, in order to avoid the cutter wheel 3 from cutting the rubber When the film 9 is damaged, the processing table 1 is provided with a guide groove 81 along the lateral path 1 () 2 (with FIG. 5 and FIG. 6 =), located at the opposite end of the cutter wheel 3, and the guide groove " When the cutter wheel 9 is applied to the film 9 (shown in FIG. 9), the cutter wheel 3 can be supplied; the cutting end 12 of the top portion of the upper portion of the blade 4 is provided with a long strip 7 M418771 8 places in the extrusion 2 and The opposite end of the wheel 3, so that the pressing member 2 can be pressed and disengaged from the top of the (4) 8, and the cutter wheel 3 can contact and disengage the material of the crucible 8 (the fourth) is formed on the top of the (four) 8. According to the above component composition, According to the implementation of the present invention, the film 9 is continuously conveyed along the longitudinal path along the longitudinal direction of the feeding end U toward the cutting end 12 (as shown in FIG. 4), and the kick film 9 is passed through the cutting end 12 through the wheel 3. Between σρ and the top of the lining 8 and implanted in the bottom of the pressing member 2 and the lining of the lining ^ at this time, it is advantageous for the (4) cutting machine to grasp the film 9 (non-
作fell ’故未加附圖揭示），並拉伸膠膜9至一特定 ^ (如圖8所示），令壓制件2下移壓持該襯塾8頂部的 2 9，#以定位該膠膜9 ;接著，令樞接座7帶動刀輪3 2 ’而使刀輪3接觸襯塾8頂部，且刀輪3底部植入導 / 1内’齡滑座6帶動刀輪3沿著該橫向路徑1⑽移動 如圖9所不）’致使刀輪3底部沿著導溝μ移動；期間， 3該部與導溝81内壁之間產生磨擦作用，迫使刀輪 =考導溝81自由滾動位移，而以滾軋方式裁切該槪塾8Made as 'fell', not shown in the drawing), and stretched the film 9 to a specific ^ (as shown in Figure 8), so that the pressing member 2 is moved down to hold the top of the lining 8 2 9, # to locate the The film 9; then, the pivoting seat 7 drives the cutter wheel 3 2 ′ so that the cutter wheel 3 contacts the top of the lining 8 , and the bottom of the cutter wheel 3 is implanted in the guide 1 inner sliding seat 6 to drive the cutter wheel 3 along The lateral path 1 (10) moves as shown in Fig. 9) to cause the bottom of the cutter wheel 3 to move along the guide groove μ; during this period, the friction between the portion and the inner wall of the guide groove 81 is generated, forcing the cutter wheel = the guide groove 81 to freely roll. Displacement, and cut the 槪塾8 in a rolling manner
頂所述特定長度的_ 9 ;隨後，令_座7帶動刀輪 脫離概塾8頂部（參考圖6所示），且令壓制件2上 移脫離襯墊8頂部，以釋放膠膜9。 據此’經由壓制件2^位膠膜9,並經由刀輪3以滚乾 著該橫向路徑102裁切膠膜9，能夠防止刀輪3觸 ::9產生微量偏離，並能多句避免刀輪3對膠膜9施力不 腺胺^克社述先别技術巾，傳統平直橫置魏刀觸動 =而導致膠膜產生裁切料度上的誤差，以及該平直橫 置1軋刀對膠膜施力不平均而導致裁切不良關題，進而 8 M418771 有效提升賴9的裁_確度及加工良率；同時， 的體積與設備驅動刀輪3之負載，在增加膠膜9寬度的 況下也不需隨之提高，因此能夠節省產製成本，並$保^ 動設備的耐久使用壽命。 綜上所陳，僅為本創作之較佳實施例而已，並非用以 限定本創作；凡其他未脫離本創作所揭示之精神下而完成 的等效修飾或置換’均應包含於後述巾請專利範圍内。 【圖式簡單說明】 • 圖1是本創作較佳實施例的立體圖； 圖2是圖1之前視圖； 圖3是圖2之俯視圖； 圖4是圖2之側視圖； 圖5是圖1之局部放大的立體圖； 圖6是圖2之局部放大圖； 圖7是圖3之局部放大圖； 圖8是圖4之一使用狀態圖； 籲 圖9是圖2之一使用狀態的局部放大圖。 【主要元件符號說明】 1 加工台 101 縱向路徑 102 橫向路徑 11 進料端 12 裁切端 2 壓制件 M418771 刀輪 第一驅動器 缸桿 彈簧 第二驅動器 第三驅動器 承臂 支架 滑軌 滑座 梅接座 襯塾 導溝 膠膜The _7 of the specific length is topped; then, the yoke 7 is driven to disengage the top of the shank 8 (refer to Fig. 6), and the pressing member 2 is moved up off the top of the lining 8 to release the film 9. According to this, the film 9 is cut through the pressing member 2 and the blade 9 is cut by the cutter wheel 3, thereby preventing the cutter wheel 3 from hitting: 9 and avoiding a slight deviation. The cutter wheel 3 applies a force to the film 9 without adenine; the gram is said to be a technical towel, and the conventional flat horizontally placed Wei knife touches the error of the cutting film caused by the film, and the straight transverse 1 The uneven force applied to the film by the rolling knife leads to poor cutting, and the 8 M418771 effectively improves the cutting accuracy and processing yield of the Lai 9; at the same time, the volume and the load of the device driving the cutter wheel 3 increase the film. 9 width does not need to be improved, so it can save production costs and protect the durable life of the equipment. In summary, it is only a preferred embodiment of the present invention, and is not intended to limit the present invention; any equivalent modification or replacement that is not completed in the spirit of the present disclosure should be included in the following description. Within the scope of the patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a preferred embodiment of the present invention; Fig. 2 is a front view of Fig. 1; Fig. 3 is a plan view of Fig. 2; Fig. 4 is a side view of Fig. 2; FIG. 6 is a partial enlarged view of FIG. 2; FIG. 7 is a partial enlarged view of FIG. 3; FIG. 8 is a view showing a state of use of FIG. . [Main component symbol description] 1 Processing table 101 Longitudinal path 102 Transverse path 11 Feed end 12 Cutting end 2 Pressing piece M418771 Cutter wheel First drive Cylinder rod spring Second drive Third drive arm bracket Bracket slide seat Mei socket Lining guide groove film