M328442 八、新型說明： 【新型所屬之技術領域】 置，尤指一種應用在薄 ，以避免堆疊的薄膜片 面完整、無磨損痕跡之 本創作是關於一種薄膜進科裝 膜進料領域，可依序輸出薄膜片體 體多張輸出，且能保持薄臈片體表 薄膜進料裝置設計。 【先前技術】 按，已知的薄膜進料裝置，主要是由可 機構所組成，配合真空吸盤 "、 下降，並以真空吸盤去吸…Γ 可 機構 八：及^去及附早張薄膜片體加以提升，且铖 由平移及放下薄膜片體的動態 、二 接< ^丄 作而逐一將薄膜片體朝 方氣红加以傳送，其應用在目前產業上的㈣，係如偏 :«、塑膠片、投影片的進料傳送，或其他電子基 膜片體的進料傳送，而此一進 進枓裝置之缺點在於，機構運 、恶動作包括上升、平移及下降等三階段動作，動作 與動作之間具有轉折頓點的限制，導致進料速度緩慢，而 無法提升其效能。 另-種薄膜進料裝置，則是以圓形送料輪抵於薄膜片 體表面’亚且’啟動送料輪旋轉’使薄膜片體能隨著送料 輪！轉而向外推送，而由於電子基材之薄膜片體，主要是 乂同刀子材料加以製成，其具有可彎曲變形的可撓性，以 表面易因磨擦而產生靜電附著之吸引力，造成堆疊置放 的溥膜片體彼此吸附，且於推送薄膜片體的過程中，如送 M328442 料輪抵於薄膜片體表面的壓力不足，即無法應用送料輪旋 轉將薄膜片體向外推送，而若送料輪的抵壓壓力稍大，即 會造成薄膜片體表面刮傷磨損，且原本要推送單張薄膜片 體會連帶地帶出下一張薄膜片體，而造成一次輸出多張混 亂且部份接續重疊的薄膜片體，使後續製程無法精確掌控 其進料數目，造成後續製程的自動化作業無法進行，而必 需"ίτ機排除’造成時間及人力作業成本浪費。M328442 VIII. New description: [New technical field] It is especially suitable for a thin film to avoid the integrity of the stacked film surface and no wear marks. The output film body has a plurality of output bodies, and can maintain the thin film body film feeding device design. [Prior Art] According to the known film feeding device, mainly composed of a configurable mechanism, with a vacuum chuck, a drop, and a suction by a vacuum chuck... Γ a mechanism 8: and ^ go and attach an early film The film body is lifted, and the film body is transferred to the square gas red one by one by shifting and lowering the dynamics of the film body, and the film body is transferred to the square gas red one by one, and the application is in the current industry (four), such as: The feeding of plastic sheets and transparencies, or the feeding of other electronic base diaphragms, and the disadvantage of this feeding device is that the mechanism and the evil movement include three stages of ascending, translation and lowering. There is a limit between the action and the action, which results in a slow feed rate and cannot improve its performance. Another type of film feeding device is to use a circular feed wheel to abut the surface of the film sheet and to "start the rotation of the feed wheel" so that the film body can follow the feed wheel! In turn, it is pushed outwards, and since the film body of the electronic substrate is mainly made of the same knife material, it has flexibility for bending deformation, and the surface is liable to cause electrostatic adhesion due to friction, resulting in The stacked diaphragm bodies are adsorbed to each other, and during the process of pushing the film sheets, if the pressure of the M328442 material wheel against the surface of the film sheet is insufficient, the feeding of the feeding wheel cannot be applied, and the film sheet is pushed outward. If the pressure of the feeding wheel is slightly larger, the surface of the film body will be scratched and worn, and the original film sheet will be pushed out to bring out the next film sheet, resulting in multiple output chaos and parts. The overlapping of the film sheets allows subsequent processes to accurately control the number of feeds, resulting in the inability of automated processes for subsequent processes, and the need to eliminate time and labor costs.
【新型内容】 本創作設計目的在於，提供一種可精確推送每—張薄 膜片體之「薄膜進料裝置」，使後續製程可精確掌控進料 數目’且讓整個製造流程能順利達成，以及可確保薄膜片 體表面完整無磨損痕跡，此為本創作設計之目的所在。 為達成上述目的之結構特徵及技術内容，本創作 膜進料裝置」，其具有-基座，其特徵在於： 彳 :座中设置可升降的容置盒，容置盒一端形成輸出 口，基座-端形成輸出端，基座的輸出端處設置—體連動 的緩衝組件及傳送組件，傳送組件具有一基板，於基板下 側樞設—可驅動旋轉的送❹，於送料軸上設置至少-個 达科輪，於基座的輸出端處設置至少—個導塊。 上述送料輪周面設置切面，面可為單切面、雙切面 或夕切面’或者在送料輪上 ^ ^ φ J、几口又0型核圈，或者在送料 輪上可包復-軟性的防護層，使其撥動 置 薄膜片體時，能確保薄膜片 中斤又置 寻胰片體表面完整無磨損痕跡。 5 M328442 所述之導塊具有一斜面’該斜面面向 ，:‘ rmB 的 || | 處’或者，導塊表面設置階梯面，使第— 出0 時，第二片薄膜片體能受到擋止，而不备」體輪出 體向外送出。 q弟-片薄膜片 所述之導塊中設置-靜電消除器，使 時，可吹出靜電風消除靜電，或者， 、—、、二過 輸出端處設置-靜電消除器，該靜電消除器且=料裝置的 吹氣孔，吹氣孔朝向容置盒的輸出 出二至少-個 除薄膜片體之靜電。 人出靜電風亦能消 藉此設計，於啟動進料過程中，、、， 表面旋轉，可撥動薄膜片體使其與；、'輪抵於薄膜片體 可提高輸出 且將薄膜片體朝基座的輸出端移動片體刀離， 塊，及配合靜電消除器的吹氣孔吹出=膜片體可經由導 疊的薄膜片體之間的靜電，使移動中，，而能消除堆 片薄膜片體完全分離，而能精確：：膜片體能與下-藉由緩衝組件的緩衝設計，並且，滦單張薄膜片體，其 性抵觸撥動薄膜片體，能使薄膜片咬料輪表面為膠體之軟 痕，且其連續性的撥動薄臈片'體之體表面不產生磨損刮 速度’使輸出效能得以大幅提升。'^張傳送’ 【實施方式】 配合參看第一、二、三 膜進料裝置」，包括·· 一基座（1 0 )，基座 圖所 不 其中，本創作之「薄 0 ~部形成容置空間， 6 M328442 於基座（1 Ο )的容置空間中設置至少一個可升降的容置 盒（20)，容置盒（20)是由一底板（21)及三側 邊所設置的側板（2 2 )所構成，於底板（2 1 ) —端開 放形成輸出口，於基座（1〇) 一端形成輪出端，容置盒 (20)的輸出口朝向基座的輸出端。 所述之容置盒（2 〇 )可為一個或複數個並排設置， 於谷置盒（2 〇 )的底板（2 1 )底端設置一升降組件（圖 中未示）’升降組件可逐步上升一微動間距，而能推動容 置盒（2 〇 )向上移動，以及升降組件下降，可帶動容置 盒（20)下降一預設高度。 上述容置盒（2 0)中設置數道縱向的滑道（2 1 1 )， 及橫向的滑道（2 1 1 )，於滑道（2 1 1 )上樞設可移 疋位的疋位板（2 3 )’於縱向及橫向的滑道（2 1 1 )中所没置的定位板（2 3 )框設之區間中可置入複數 張堆$的薄膜片體（80)，薄膜片體（80)可為偏光[New Content] The purpose of this creation is to provide a "film feeding device" that can accurately push each film sheet so that the subsequent process can accurately control the number of feeds' and allow the entire manufacturing process to be successfully achieved. It is the purpose of the creative design to ensure that the surface of the film is intact and free of wear marks. In order to achieve the structural features and technical contents of the above object, the film feeding device of the present invention has a pedestal, which is characterized in that: 彳: a accommodating box capable of lifting and lowering is arranged in the seat, and an output port is formed at one end of the accommodating case. The socket-end forms an output end, and the output end of the base is provided with a body-connected buffer component and a transport component. The transport component has a substrate, which is pivoted on the lower side of the substrate to drive the rotating feed, and at least on the feed shaft - A Dacco wheel with at least one guide block at the output of the base. The circumferential surface of the feeding wheel is provided with a cutting surface, and the surface can be a single cutting surface, a double cutting surface or an eve cutting surface 'or ^ ^ φ J on the feeding wheel, a few mouth and 0 type nuclear ring, or can be covered on the feeding wheel - soft protection When the layer is placed on the film sheet, it can ensure that the surface of the pancreatic body is intact and free of wear marks. 5 The guide block described in M328442 has a beveled surface of the bevel surface: ' at the || | at rmB' or the step surface is provided on the surface of the guide block so that the second film piece can be blocked when the first-out is 0. Not ready for the body wheel to be sent out. a static eliminator is provided in the guide block of the film-film sheet, so that the static electricity can be blown out to eliminate static electricity, or -, -, and two output terminals are provided - a static eliminator, and the static eliminator = the blowing hole of the material device, the blowing hole facing the output of the receiving box is at least two static electricity except the film body. The static electricity can also be designed by the human body. During the start of the feeding process, the surface is rotated, and the film body can be slid to make it; and the 'rotation of the film body can increase the output and the film body. Moving the blade away from the output end of the base, the block, and the blow hole of the static eliminator are blown out = the diaphragm body can be moved through the static electricity between the stacked film sheets, and the stack can be eliminated The film sheet is completely separated, and can be precise: the diaphragm body can be combined with the cushioning design of the cushioning assembly, and the single sheet of the film sheet is in abutment with the sliding film sheet to enable the film biting wheel The surface is a soft mark of colloid, and its continuous sliding thin bracts 'the surface of the body of the body does not produce a scratching speed' makes the output performance greatly improved. '^张传输' [Embodiment] Refer to the first, second, and third film feeding devices, including a pedestal (1 0), the base diagram is not included, the creation of the "thin 0 ~ part formation The accommodating space, 6 M328442 is provided with at least one accommodating and accommodating box (20) in the accommodating space of the pedestal (1 Ο ), and the accommodating box (20) is set by a bottom plate (21) and three sides The side plate (2 2 ) is formed, and the output port is formed at the end of the bottom plate (2 1 ), and the wheel end is formed at one end of the base (1〇), and the output port of the receiving box (20) faces the output end of the base The accommodating box (2 〇) may be arranged in one or more side by side, and a lifting component (not shown) is disposed at the bottom end of the bottom plate (2 1 ) of the bottom box (2 〇). Gradually increase the pitch of the micro-motion, and push the accommodating box (2 〇) to move upwards, and the lifting assembly to descend, which can drive the accommodating box (20) to descend by a preset height. The number of the above-mentioned accommodating box (20) is set. Longitudinal slide (2 1 1 ), and horizontal slide (2 1 1 ), pivoting the clamp plate on the slide (2 1 1 ) (2 3 ) A plurality of sheets of film sheets (80) can be placed in the section of the positioning plate (2 3 ) which is not disposed in the vertical and horizontal slides (2 1 1 ), and the film sheets (80) ) can be polarized
膜杈衫片、塑膠片.·及其他可撓動變形的高分子聚合 材料所製成的膜、片。 ° 又，基座（1 〇)的輸出端處設置一體連動的緩衝組 件（3 〇 )及傳送組件（4 〇 )，傳送組件（4 一基板具有 ’於基板（3 2 )下側樞設一可驅動旌鳇 的送料舳Γ 4 9 λ 十軸（4 2 )，於送料軸（4 2 )上設置 43)，基板（32)上設置一馬達（46)，馬 ，（4 6 )的輸出動力連接至送料軸（4 2 )，送料輪: )周面上設置一切面（431)，切面（43X:兩側 7 M328442 與送料輪（4 、4 J)周面形成弧形狀接續之肩部，所述之 面"3 1 )可為雙切面或多切面形式。 上述达料輪（43)除了周面設置切面（43工） 、亦可於送料輪（4 3 )周面繞設〇型環圈（〇一ring)， 或在送料輪 3 )周面包覆一軟性的防護層，該防護屌 可為塑膝層、泡缔 曰 4層.·及其他具有軟性材質的物件加以 取代’而皆可用於傳淨董 得达4臈片體（8〇)且不會對其表面 造成刮痕磨損。 间 於基座（1 0)的輸出端處設置至少一） 導塊（6 0 )具有一钭面…、 1 b ϋ } 5 容置盒（20)的輸出口卢斗心 丄）面向 翰出口處，或者，在導塊（6〇 設置階梯面（圖中夫干、 又面 Τ未不），使薄膜片體（8 〇 )於傳 第-片薄膜片體（8 〇 得达日守， 輪出，不會同時帶出第二 片體（80)，即第-片管脫u 月溥膜 弟一片溥膜片體（8 〇 )能受到導 0)播止’而不會隨著上 現者上面輪出的薄膜片體（80)—认 送出。 ^ ’句外 基座（1 0 )的輸出端二側分別設置複數根 !)，於一側複數根固定架（11)之間設置—橫架 2 )，於兩側相對的橫架（Ί ’、 、木、丄2 )上設置一固定板（Ί 固定板（1 3 )上設置至少义 广 6 )' 壓缸（3 1 )兩側之固定柘Γ Ί 艾於氣 u疋板（1 3 )上設置襯套（ 襯套（1 4 )中設置穿孔 4 ) ’ 牙孔，u及具有一導桿（3 3 設在襯套（1 4 )的穿孔中 牙 傳迗組件（4 0 )的基叔r Q 2)固設在導桿（33)底她 土板（3 底4，氣壓缸（3 1 )的缸心前 M328442 端設置一抵板（311)，板細η、 低扳C 3 1 1 )固設在基板（ 2 )上。 所述之緩衝組件（30)的氣壓缸（31)，其役置 目的在於，可確保送料輪（43)能與薄膜片體（^) 接觸’並由調壓閥控制其向下的壓力，使送料*(43) 能與薄膜片體（8 0 )保持—穩定的摩擦力。 ，上述緩衝組件（3 0 )之氣壓缸（3 1 )，亦可由彈 ·*、阻泥器·.或其他具有緩衝作用的物件加以取代。 所述之基板（3 2 )兩側底端分別設置—架板（4工）， 送料軸（4 2 )即樞設在二架板（4工）之間，以及馬達 (46)設置在-侧架板（41)上，馬達（46)輸出 動力的心軸上繞設皮帶（47)，於送料軸（42) 一端 設置-傳動輪（4 5)，皮帶（47)並繞設在傳動輪（4 5)周面’故於馬達（46)啟動旋轉時，可驅動皮帶（4 7 )帶動傳動輪（4 5 )及送料輪（4 3 )加以同步轉動。 - 所述之緩衝組件（30)，其具有一平衡板（34)， .該平衡板（34)固設在導桿（33)頂端，於平衡板（3 4)中設置―穿孔（35) ’穿孔（35)套在氣壓缸（3 1 )周圍。 上述平衡板（3 4 )上設置至少一限位桿（3 6 )， 於限位桿（36)底端設置一擋塊（37)，擋塊（37) 為塑膠塊體’於傳送线（4 〇 )上下移位跳動時，擔塊 (3 7 )可作為終端擋止限制。 又’固疋板（1 3)的襯套（1 4)周圍設置一架設 M328442 :二？，於架設座（15)中設置-感應器（16)， 感應盗（1 6 )配合控制组件（ ^ ( 〇 4 , 件（圖中未不），可偵測平衡 =當送料輪(43)抵於薄膜片體表面， Γ二 推動平衡板（34)，而移出感應器 ^送^測範圍^即設定為啟動馬達（46)旋轉及 片體（8二4 3 )逆向旋轉一角度，先撥開第-張薄膜 一 ）則端，使其與第二張薄膜片體（8 〇 )分離， 再正向旋轉將第—張薄膜片體（80)向外推出。 =，傳送組件（40)的送料軸"2)側端設置一 鉍轉疋位片（48) ’以及在傳送組件（40)的架板（4 1 ^側°又置-感應器（4 9 )，感應器（4 9 )跨置於旋 轉定位片（48)肖緣，而可作為送料輪（43)旋轉角 度之定位歸零。 乂及，在基座（10)的輸出端二側設置支樓架（1 8 )，於相對的支撐架（1 8 )間設置一跨架（i 9 )， 於跨架（1 9 )上設置一靜電消除器（5 〇 )，靜電消除 器（5 0 )具有至少一個吹氣孔（5丄）朝向容置盒（2 0 )的輸出口處，使吹出的氣流可朝向堆疊的薄膜片體（8 0 )前端加以吹送。 上述基座（1 0)輸出端二側支撐架（1 8)上設置 一封板（7 〇 )，使該處内部的機構組件能受到封板（7 0 )遮蔽防護，以避免外界異物由該處捲入。 配合參看第四圖、第五圖及第六圖所示，本創作之操 作使用，可於容置盒（2 0 )中置入複數張堆疊的薄膜片 10 M328442 =上广升降組件推升容置盒（20)，使最上 而#第張“體（8〇)表面能接觸送料輪（43)表面， 而當弟一張缚膜 以感應器=觸送料輪（43)時，可 ::=旋轉:角度™ (43)逆向旋轉 膜片體（80)最！::力膜片胃（80)最前端與第二張薄 切換馬達分離’之後’可藉由控制手段 旋轉，而W 轉，及帶動送料輪（43)正向 错由达料輪（4 3 )及其 側之孤形肩部撥動第一張薄膜以（8〇)，( = = 膜片體（8 〇 )可朝容置。）使4張溥 並且，第-：= )的輸出口向外輸出。 的斜*(“）導;=Γδ0)!經由導塊（60) 〇)能持續與第二張薄膜片第一張薄膜片體（8 除器（5 0Α 、 —（8 〇)分離，配合靜電消 C 5 〇 )吹出氣流消除 -張薄膜片體而能順利的將第 輪⑷）分離第二張薄膜片體轉送料 臈片體（8〇)，及切換馬達"()〇)心與弟三張薄 薄膜片體…4出之循環操作。6)正向旋轉進行下- 上述薄膜片體（8〇) 弧形肩部推抵薄膜片體（8(^二；送料輪（43)的 送組件（4 〇 )向上跳動，枪作用力量，會造成傳 的氣壓缸（3 1 ) @| 其可藉由緩衝組件（3 0 ) 能趨於平緩，二::輪r::r::4〇)— 3 )為膠體之軟性抵觸撥動 M328442 薄膜片體（8 〇 )，蚀^ 刮痕，而能確保薄獏片冑 0)表面不產生磨損 電消除器（5 〇 )所吹 #、）表面完整性，並且，靜 片體（8 0 )㉟精確的向消除靜電，使每張薄膜 體（80)—併帶出。 ⑴出，而不會將下一張薄膜片 上述說明例，是以 枓輪（4 9 ^ a& 式，將薄膜片體先逆轉、再正轉方 、ΰ 0 )向外傳送，n — μ由 亦包括靜電附著力+ “可订的只施例中， (川直接正轉將薄骐 (80)，而可以送料輪 又，上述說明例中，（λ8 0)撥離及向外傳輪。 電風經由吹氣孔（5]啟動靜電消除器（5 〇)，使靜 靜電，靜電消除器（5f^吹送到薄膜片體（80)消除 實際靜電附著程度加以=使用，可依薄膜片體 A、 Μ ’例如堆疊的薄膜>1，f ft ο)，其靜電附著力如h 扪浔膜片體（8 甚、、、田微’而可藉由送料輪（4 反轉撥動及導塊（6 〇、… ^ 4 3 ) 斜面（61)導引，使薄膜片 體C 8 0 )旎順利分離輪 〇 )。 出日守，即不需啟動靜電消除器（5 另外，靜電消除哭、r r μ、 ’、时（5 〇 )亦可結合設置於導塊（6 〇)中，使薄膜片體（80)經過導塊（60)時’可以 靜電肩除态（5 〇 )所吹出的靜電風消除靜電。 一 $ * ( 6 0 )中可配合吹氣機構設置至少一個出 氣孔（圖中未示）面向容置盒（20)的輸出π，並將氣 壓源所傳來的氣以管路接至導塊（6 0 )*氣孔，而能對 於靜電甚低的薄膜片體（8 〇 )力口以吹氣，使其同樣可達 12 M328442 到易於分離功效。 因此，經由上述結構特徵、技術内容及操作使用上之 詳細說明，可清楚看出本創作設計特點在於： θ種3膜進料裝置」，其係於基座中設置一可 升降的容置盒，並於基座的輸出端處設置—可連動的緩衝 組件及傳送組件’該傳送組件之送料輪周面上設置一切 ® ’切面㈣與送料輪周面形成孤形肩部銜接，並且，在 基座的輸出端設詈墓# 龙’而可以藉由送料輪旋轉帶動薄膜 片體向前推行，並且，可藉由導塊的導引使第一張薄膜片 體能，導引向上而與下—張薄膜片體加以分離，配合靜電 肖除的的。又置’而能消除薄膜片體之間所產生之靜電，因 可確保每—人輸出為單張薄膜片體，以避免料件重疊送 出▲使後_製程能順利進行，並能加快速度，以提升其輸 出效能，而誠為一種性能優異之新型創作。 圖式簡單說明 第一圖 第二圖 弟三圖 第四圖 第五圖 本創作外觀示意圖。 本創作局部分解圖。 本創作緩衝組件及傳送組件分解圖 本創作實施例示意圖（一）。 本創作實施例示意圖（二）。 第六圖：本創作實施例示意圖（三）。 【主要元件符號說明】 (1 0 )基座 （1 1 )固定架 13 M328442 (1 2 )橫架 (1 4 )襯套 (1 6 )感應器 (18)支撐架 (2 0 )容置盒 (2 1 1 )滑道 - (2 3 )定位板 、 （3 1 )氣壓缸 > (3 2 )基板 (3 4 )平衡板 (3 6 )限位桿 (4 0 )傳送組件 (4 2 )送料軸 (4 3 1 )切面 (4 5 )傳動輪 _ ( 4 7 )皮帶 ^ ( 4 9 )感應器 (51)吹氣孔 (6 1 )斜面 (8 0 )薄膜片體 (1 3 )固定板 (1 5 )架設座 (1 7 )補強板 (1 9 )跨架 (2 1 )底板 (2 2 )側板 (3 0 )缓衝組件 (3 1 1 )抵板 (3 3 )導桿 (3 5 )穿孔 (3 7 )擋塊 (4 1 )架板 (4 3 )送料輪 (4 4 )固定環 (4 6 )馬達 (4 8 )旋轉定位片 (5 0 )靜電消除器 (6 0 )導塊 (7 0 )封板 14Membrane sheets, plastic sheets, and other films and sheets made of flexible polymer materials. ° At the output end of the pedestal (1 〇), an integrated buffer unit (3 〇) and a transfer unit (4 〇) are provided, and the transfer unit (4 substrate has a 'lower side on the substrate (3 2)) It can drive the feed 舳Γ 4 9 λ ten axis (4 2 ), set 43 on the feed shaft (4 2 ), and set the output of a motor (46), horse, (4 6 ) on the substrate (32). Power connection to the feed shaft (4 2 ), feed wheel: ) All faces (431) are set on the circumference, and the cut surface (43X: 7 M328442 on both sides and the feed wheel (4, 4 J) have an arc-shaped shoulder. The portion, the face "3 1 ) may be in the form of a double cut or a multiple cut. The feed wheel (43) may be provided with a cut surface (43 work) on the circumferential surface, or may be disposed around the circumference of the feed wheel (43), or may be coated on the circumference of the feed wheel 3). A soft protective layer that can be used to replace the plastic knee layer, the bubble layer 4 layers, and other soft materials. It can be used to transfer the Dongda 4 inch sheet (8 inches) without Scratches and abrasion on its surface. At least one of the guide blocks (60) is provided at the output end of the base (10). The guide block (60) has a side surface..., 1 b ϋ } 5 The outlet of the receiving box (20) is open to the Han exit. Or, in the guide block (6〇 set the step surface (the figure is dry, and the surface is not the same), so that the film sheet (8 〇) is passed through the first film film body (8 〇得达日守, When you turn out, you will not bring out the second piece (80) at the same time, that is, the first piece of the tube will be released from the sacral membrane (8 〇). The film body (80) which is rotated above is recognized. ^ 'The outer side of the output base of the extra-sentence base (10) is provided with a plurality of roots respectively!), between the plurality of fixed frames (11) on one side Set - cross frame 2), set a fixed plate on the opposite cross frame (Ί ', , wood, 丄 2) on both sides (Ί at least yiguang 6 on the fixed plate (1 3 )) 'pressure cylinder (3 1 ) Fixed 柘Γ on both sides Ί Ai is provided on the air 疋 plate (1 3 ) (the bushing (1 4 is provided with a perforation 4) ' The hole, u and has a guide rod (3 3 is set in the lining) Set of (1 4) perforated middle teeth transfer components (40) The base un-r Q 2) is fixed at the bottom of the guide rod (33) on the soil plate (3 bottom 4, the upper end of the cylinder head of the pneumatic cylinder (3 1 ) is provided with a plate (311), the plate is fine η, the low plate C 3 1 1 ) is fixed on the substrate ( 2 ). The pneumatic cylinder (31) of the buffer assembly (30) is intended to ensure that the feed wheel (43) can be in contact with the film body (^) and the downward pressure is controlled by the pressure regulating valve. The feeding * (43) can maintain a stable friction with the film sheet (80). The pneumatic cylinder (3 1 ) of the above buffer assembly (30) may be replaced by a bomb, a mud blocker, or other cushioning object. The bottom ends of the substrate (32) are respectively provided with a shelf (4 work), the feed shaft (42) is pivoted between the two plates (4 work), and the motor (46) is disposed at - On the side frame (41), the motor (46) is provided with a belt (47) on the mandrel for outputting power, and a transmission wheel (45) is disposed at one end of the feed shaft (42), and the belt (47) is wound around the transmission. When the motor (46) starts to rotate, the drive belt (4 7 ) drives the transmission wheel (45) and the feed wheel (43) to rotate synchronously. - the buffer assembly (30) having a balance plate (34), the balance plate (34) is fixed to the top end of the guide rod (33), and the perforation (35) is provided in the balance plate (34) 'The perforation (35) is placed around the pneumatic cylinder (3 1 ). At least one limiting rod (36) is disposed on the balance board (3 4), and a stopper (37) is disposed at a bottom end of the limiting rod (36), and the stopper (37) is a plastic block 'on the conveying line ( 4 〇) When shifting up and down, the load block (3 7 ) can be used as a terminal stop limit. Also, there is a mounting M328442 around the bushing (1 4) of the solid plate (1 3): two? , in the erection seat (15) - sensor (16), sensor thief (16) with control components (^ ( 〇 4, pieces (not shown), can detect balance = when the feed wheel (43) Abutting the surface of the film sheet, the second pusher pushes the balance plate (34), and moves out of the sensor to send the test range ^ which is set to start the motor (46) to rotate and the body (8 2 4 3 ) to rotate backwards, first The first film is peeled off and separated from the second film sheet (8 〇), and then rotated forward to push the first film sheet (80) outward. =, transfer assembly (40) ) The feed shaft "2) side end is provided with a turn-off clamp piece (48) 'and the frame plate of the transfer assembly (40) (4 1 ^ side ° - again - sensor (4 9), sensor ( 4 9) straddle the rim of the rotating locating piece (48), and can be used as the positioning angle of the feeding wheel (43) to return to zero. 乂And, set the branch on the two sides of the output end of the base (10) (1 8), a cross frame (i 9 ) is disposed between the opposite support frames (18), a static eliminator (5 〇) is disposed on the cross frame (1 9 ), and the static eliminator (50) has at least one Blow hole (5丄The outlet of the accommodating box (20) is directed to blow the airflow toward the front end of the stacked film sheet (80). The pedestal (10) output is supported on the two side support frames (18). Set a board (7 〇) so that the internal mechanical components of the unit can be shielded by the sealing plate (70) to prevent foreign objects from being caught by the outside. See Figure 4, Figure 5 and Figure 6 for cooperation. As shown in the operation of this creation, a plurality of stacked film sheets 10 M328442 can be placed in the receiving box (20); the upper and lower lifting assembly pushes up the receiving box (20), so that the top is #第张" The surface of the body (8〇) can contact the surface of the feed wheel (43), and when a film is attached to the sensor=contact feed wheel (43), it can: ::=rotate: angle TM (43) reversely rotate the diaphragm body (80) Most!:: The front end of the force film stomach (80) is separated from the second thin switch motor 'after' can be rotated by the control means, and the W turn and drive the feed wheel (43) forward error The material wheel (4 3 ) and the orphaned shoulder on its side move the first film to (8〇), ( = = the diaphragm body (8 〇) can be accommodated.) Make 4 pieces and, - The output of := ) is output to the outside. The oblique *(") guide; =Γδ0)! The first film sheet can be continued with the second film piece via the guide block (60) (8 divider (5 0Α, —(8 〇) separation, combined with static elimination C 5 〇) blowing airflow elimination - sheet film body can smoothly separate the first film (4)) from the second film sheet transfer material sheet (8〇), And switch the motor " () 〇) heart and brother three thin film sheet ... 4 out of the cycle operation. 6) Forward rotation is carried out - the above-mentioned film body (8〇), the curved shoulder pushes against the film body (8 (^2; the feed assembly (4 〇) of the feed wheel (4 向上) jumps upward, the gun force, It will cause the transmission of the pneumatic cylinder (3 1 ) @| which can be smoothed by the buffer assembly (3 0 ), 2:: wheel r::r::4〇) — 3 ) for the soft resistance of the colloid M328442 film sheet (8 〇), etched ^ scratches, and can ensure that the surface of the thin 胄 胄 0) does not produce wear and tear (5 〇) blown surface integrity, and, the static body (8 0) 35 Accurately remove static electricity so that each film body (80) is brought out. (1) Out, but not the next film piece. The above example is based on the wheel (4 9 ^ a & type, the film body is reversed first, then forward square, ΰ 0), n - μ It also includes electrostatic adhesion + "can be ordered only in the case, (the Sichuan direct forward will be thin (80), and the feeding wheel can be, in the above description, (λ8 0) dial away and outward. The electric air blows the static eliminator (5 〇) through the air blowing hole (5) to make static electricity static electricity, and the static eliminator (5f^ is blown to the film sheet body (80) to eliminate the actual electrostatic adhesion degree = use, according to the film sheet A , Μ 'eg stacked film> 1, f ft ο), its electrostatic adhesion such as h 扪浔 diaphragm body (8 、, ,, 田微' and can be fed by the feeding wheel (4 reverse rotation and guidance) Block (6 〇, ... ^ 4 3 ) The inclined surface (61) is guided so that the film sheet C 8 0 ) 旎 smoothly separates the rim.) The keeper is not required to start the static eliminator (5 In addition, the static elimination eliminates crying , rr μ, ', (5 〇) can also be combined in the guide block (6 〇), so that when the film sheet (80) passes through the guide block (60), it can be electrostatically removed (5 The static electricity blown out eliminates static electricity. One $* (6 0 ) can be combined with at least one air outlet (not shown) to face the output π of the receiving box (20), and the air source is transmitted. The incoming gas is connected to the guide block (60)* air hole by a pipeline, and can be blown to a film body (8 〇) with a very low static electricity so that it can reach 12 M328442 as well as easy separation. Through the above detailed description of the structural features, technical contents and operation, it can be clearly seen that the design feature is: a θ type 3 film feeding device, which is provided with a hoisting and accommodating box in the pedestal. And disposed at the output end of the base - the interlocking buffer assembly and the transporting assembly. The transporting wheel is disposed on the circumference of the feeding wheel. The cutting surface (4) forms a solitary shoulder with the circumferential surface of the feeding wheel, and The output end of the seat is set to the tomb #龙', and the film body can be pushed forward by the rotation of the feeding wheel, and the first film body can be guided by the guiding of the guiding block, and the guiding is upward and downward- The film sheet is separated and combined with the electrostatic xiao It can also eliminate the static electricity generated between the film sheets, because it can ensure that each person's output is a single film sheet, so as to avoid the overlapping of the materials, so that the process can be carried out smoothly and can Speed up to improve its output performance, and sincerely a new type of performance with excellent performance. The figure shows the first picture, the second picture, the third picture, the fourth picture, the fifth picture, the appearance of the creation. The partial decomposition of this creation. Schematic diagram of the creation of the creation buffer component and the transmission component decomposition diagram (1). The schematic diagram of the creation embodiment (2). The sixth diagram: the schematic diagram of the creation embodiment (3) [Description of the main component symbols] (1 0) Seat (1 1 ) Fixing frame 13 M328442 (1 2 ) Cross frame (1 4 ) Bushing (1 6 ) Sensor (18) Support frame (2 0 ) Housing box (2 1 1 ) Slideway - (2 3 Positioning plate, (3 1) pneumatic cylinder > (3 2 ) substrate (3 4 ) balance plate (3 6 ) limit rod (4 0 ) transfer assembly (4 2 ) feed axis (4 3 1 ) cut surface (4 5) Transmission wheel _ ( 4 7 ) Belt ^ ( 4 9 ) Sensor (51) Blow hole (6 1 ) Bevel (8 0 ) Film sheet (1 3 ) Fixing plate (1 5 ) erecting seat (1 7 ) reinforcing plate (1 9 ) spanning frame ( 2 1 ) bottom plate (2 2 ) side plate (3 0 ) cushioning assembly (3 1 1 ) perforating plate (3 3 ) guiding rod (3 5 ) perforation (3 7) Stop (4 1) Shelf (4 3 ) Feeding wheel (4 4 ) Fixing ring (4 6 ) Motor (4 8 ) Rotating positioning piece (5 0 ) Static eliminator (60) Guide block ( 7 0) Sealing plate 14