200927594 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種膠膜成型機，尤指一種可快迷 動化地對預先成型完成的膠膜進行回收，藉此加逮作業自 度之具成品集收總成之膠膜成型機。 、速· 【先前技術】 膠膜一般係具有熱塑性，通常係運用於產品外部的 裝，其可套設於產品表面，藉由吹風機等簡易的加熱裝= ❹ ❹ 予以加熱而產生變形，最後冷卻包覆固定於產品外部，從 而達成氣密或包裝定位等功效。 請參看第六圖所示，一用於圓柱狀產品（例如：罐 容器）之膠膜（40) ’通常呈圈狀且在套設於產品外部前， 係會先經過預先成型，即令該膠膜（4〇)之其中一端端緣 往中央呈直角彎折’而另一端端緣保持原本之開口狀如 此，則該膠膜"〇)在使科，可藉其開口端套設於該圓 柱狀產品上’再予以加熱而快速且方便地達到該圓柱狀產 品整體的包覆。 而前述該膠膜（40)之預先成型實施方法，通常係將 膠媒⑽套於一呈圓盤狀且外徑與該圓柱狀產品相同之 模-上U定後再以吹風機等加熱裝置環繞吹拂該膠 膜（4(0之突出端緣，令該突出端緣往中央方向料成型， 如此待該膠膜（40)處於外部空氣中達到自然冷卻後，再 以人工方式將該膠媒（40)由模具上取下而完成預先成型。 然而如此以人工方式取下勝膜（4〇)，不僅處理上較 5 200927594 為麻煩，且通常耗費許多人力，更容易因剝離過程不慎而 造成膠媒破裂’導致不良品的產生。 【發明内容】 本發明之目的係在於提供一具成品集收總成之膠膜成 型機’其可快速且自動化地對預先成型完成的膠膜進行回 收，藉此加速作業速度。 為達則述目的，本發明之具成品集收總成之膠膜成型 機〃主要包括有一機體及一成品集收總成，其中： 該機體具有動力裝置，且頂面設有一進給盤、一熱風 〇 管及複數風扇，其中，#進給盤與該動力裝置連接，可以 一定間隔時間轉動一定角度；該熱風管係連接於一熱風產 生裝置’且係裝設於該機體的頂面，環繞於該進給盤之一 側設置’其相對於進給盤一側間隔形成有複數吹孔，該吹 孔刀別相對一模具；該風扇係固設於該機體頂面，其相鄰 該熱風管設置且位於進給盤一侧，其分別相對於該模具， 且可在模具由該熱風管處移出後產生氣流流經該模具，進 而對該模具上的膠膜予以冷卻。 該成品集枚總成係包括有： 複數模具’其間隔設置於該進給盤上，且可相對於該 進給盤自由樞轉，其分別呈圓盤狀，且頂部設有一頂升盤， 該頂升盤可藉由一汽缸作動而升起； 一集收裝置’其位於該進給盤一側，且包括有一本體 及—集收臂；其中該本體係固設於該機體頂面，且内部設 置有馬達；該集收臂係設置於該本體頂部，其形成有複數 6 200927594 集收孔可逐步相對於各模具，各集收孔内壁面之内徑係為 由下往上遞減，且各集收孔鄰近頂部内壁面之内徑略小於 前述模具之頂升盤之外徑；該集收臂可受前述本體中的馬 達帶動而以一定間隔時間轉動。 當膠膜套設於前述模具外部並藉進給盤的旋轉進給， 而經由熱風管及複數風扇達到成型後，該模具之頂升盤可 於與集收臂之集收孔相對時將成型之膠膜加以頂升，令該 膠琪逐一堆*定位於集收孔中’如此免除作業人員逐一剝 〇 離膠膜所產生的麻煩以及可能的破裂，因而提供作業上的 方便性並加快作業速度。 【實施方式】 清參看第一及二圖所示，本發明之具成品集收總成之 膠膜成型機，其包括有一機體（10)及一成品集收總成 (20)，其中： 該機體（10)具有動力裝置（11)，且頂面設有一進 給盤（12)、一熱風管（13)及複數風扇（14);其中， 〇 該進給盤（12)與該動力裝置（11)連接，可以一定間隔 時間轉動一定角度·，該熱風管（13)係連接於一熱風產生 裝置（圖中未示），且係環繞於該進給盤（i 2)之一側設 置，其相對於進給盤（12 ) —側間隔形成有複數吹孔（i 3〇 ); 該風扇（14)係固設於該機體（1〇)頂面，其相鄰該熱風 管（13 )設置且間隔位於進給盤（丨2 ) —側； 該成品集收總成（20)係包括有： 複數模具（21) ’ s青配合參看第三及四圖所示，其間 7 200927594 隔設置於該進給盤（12 )上，分別相對一吹孔（i3〇 )， 且可相對於該進給盤（12)自由枢轉，其分別呈圓盤狀， 底部設置有—汽缸（210)且頂部設有一頂升盤（211)， 該頂升盤（211)可藉由該汽缸（21〇)作動而升起； 一集收裝置（30)，其位於該進給盤（12) —側，且 包括有一本體（31)及一集收臂（32);其中該本體（31) 係固設於該機體（1〇)頂面，且設置有馬達（31〇);該 集收臂（32)係設置於該本體（31)頂部，其中央連接於 前述本體（31)中的馬達（31〇) ’可受馬達（31〇)帶動 而以一定間隔時間轉動’且兩端分別形成有一集收孔 ( 320 )可逐步相對於各模具（21)，各集收孔（32〇)内 壁面之内徑係為由下往上遞減’且各集收孔（320)鄰近 頂部内壁面之内徑略小於前述模具（21)之頂升盤（211) 之外徑；另’該集收臂（32 )兩端頂面分別環繞各集收孔 (320)外緣垂直設置有複數集收桿（321)，該集收桿（321) 之間的空間形成為集收空間。 請配合參看第四及五圖所示，使用時，係將長度略長 於模具（21)高度之膠膜逐一套設於該進給盤（丨2)上之 各模具（21)上，令膠膜之頂緣突出於模具（21)頂部； 令模具（21)旋轉且該進給盤（12)轉動而達到進給，前 述熱風管（13)可由其吹孔（13〇)吹出熱風使模具（21) 上的膠膜頂緣受熱並往模具（21)中央方向貼附變形；而 模具（21)離開熱風管（13)處後，該模具（21)上之膝 膜即受該風扇（14)產生氣流來冷卻而達到成型。 8 200927594 請配合參看第五A圖所示，當該膠膜成型且該模具 (21)相對於該集收臂（32)之集收孔（32〇)後，該模 具（21)之頂升盤（211)可推頂該成型膠膜之彎折頂緣， 藉以將該成型膠膜加以頂升，令該成型膠膜逐一堆疊定位 於集收孔（ 320 )中，且該成型膠膜在堆疊至一定數量後， 將藉由頂升盤（211)的推頂而進入該集收桿（321)之集 收空間中容置定位；經過一段時間後，該集收空間中集滿 成型膠膜，該集收臂（32)可藉本體（31)中馬達（31〇) 〇 帶動而轉動，使另一空的集收孔（ 320 )移至該與模具（21) 相對應的位置而接續進行集收的作業。 如此作業人員可直接從集收空間中，把多數成型之膠 膜取出，而無須逐一將膠膜由模具（21)剝離，因此避免 了作業上的麻煩以及可能的膠膜破裂，因而提供作業上的 方便性並加快作業速度。 【圖式簡單說明】 第一圖係本發明之外觀立體圖。 第二圖係本發明之部分構件外觀立體圖。 第三囷係本發明之部分構件外觀立體圖。 第四圖係本發明實施狀態之側面剖視圖。 第五圖係本發明實施狀態之另一側面剖視圖。 第五A圖係本發明實施狀態之部分放大側面剖視圖。 第六圖係現有技術經過預先成型之膠膜之外觀立體 圖0 【主要元件符號說明】 9 200927594 ❿ (10)機體 (11 )動力裝置 (12 )進給盤 (13)熱風管 (130)吹孔 (14)風扇 (20)成品集收總成 (21)模具 (21 0 )汽缸 (211)頂升盤 (30)集收裝置 (31 )本體 (310)馬達 (32)集收臂 (320 )集收孔 (321 )集收桿 (40)膠膜 10200927594 IX. Description of the Invention: [Technical Field] The present invention relates to a film forming machine, and more particularly to a method for recovering a pre-formed film which can be quickly and fascinated, thereby increasing the self-contained operation. A film forming machine with a finished collection assembly. [Previous] The film is generally thermoplastic. It is usually applied to the exterior of the product. It can be placed on the surface of the product and heated by a simple heating device such as a blower = ❹ , to be deformed and finally cooled. The coating is fixed on the outside of the product to achieve airtightness or packaging positioning. Referring to Figure 6, a film (40) for a cylindrical product (for example, a can container) is usually in the form of a ring and is pre-formed before being placed on the outside of the product. One end edge of the film (4〇) is bent at a right angle to the center and the other end edge is kept in the original opening shape, and the film is slid over the open end of the film. The cylindrical product is 'heated again to quickly and conveniently achieve the coating of the cylindrical product as a whole. The pre-forming method of the above-mentioned film (40) is usually to cover the rubber medium (10) in a disk-shaped shape and the outer diameter of the cylindrical product is the same as that of the cylindrical product, and then surrounded by a heating device such as a hair dryer. Blowing the film (4 (the protruding edge of 0, so that the protruding edge is formed in the center direction, so that the film (40) is in the outside air to be naturally cooled, and then the rubber is artificially 40) Pre-forming is completed by removing from the mold. However, the manual removal of the film (4〇) is not only difficult to handle on the 200927594, but also usually takes a lot of manpower, and is more likely to be caused by carelessness in the stripping process. The rupture of the plastic medium causes the generation of defective products. SUMMARY OF THE INVENTION The object of the present invention is to provide a film forming machine for a finished assembly, which can quickly and automatically recover a pre-formed film. In this way, the film forming machine of the finished product collecting assembly of the present invention mainly comprises a body and a finished product collecting assembly, wherein: the body has a power device, and the top The surface is provided with a feed tray, a hot air duct and a plurality of fans, wherein the #feed plate is connected to the power device and can be rotated at a certain interval; the hot air duct is connected to a hot air generating device and is installed a plurality of blow holes are formed on the top surface of the body around one side of the feed tray, and are spaced apart from the side of the feed tray, the blow cutter is opposite to a mold; the fan is fixed to the body a top surface adjacent to the hot air duct and located on a side of the feed tray, respectively opposite to the mold, and capable of generating an air flow through the mold after the mold is removed from the hot air duct, thereby further bonding the glue on the mold The film assembly is cooled. The finished assembly assembly includes: a plurality of molds disposed at intervals on the feed tray and freely pivotable relative to the feed tray, each having a disk shape and a top portion a jacking plate that can be raised by actuation of a cylinder; a collecting device 'located on a side of the feeding plate and including a body and a collecting arm; wherein the system is fixed to the The top surface of the body is provided with internal The collecting arm is disposed on the top of the body, and is formed with a plurality of 6 200927594 collecting holes which can be gradually formed with respect to each mold, and the inner diameter of the inner wall surface of each collecting hole is decreased from bottom to top, and each collection is collected. The inner diameter of the hole adjacent to the inner wall surface of the top is slightly smaller than the outer diameter of the top plate of the mold; the collecting arm can be rotated by the motor in the body at a certain interval. When the film is sleeved outside the mold and borrowed The rotary feed of the feed tray, after being formed by the hot air duct and the plurality of fans, the top lift of the mold can lift the formed film when facing the collecting hole of the collecting arm, so that the rubber One by one, * positioned in the collection hole', thus eliminating the troubles and possible rupture of the worker peeling off the film one by one, thereby providing work convenience and speeding up the operation. [Embodiment] As shown in the second figure, the film forming machine of the present invention comprises a body (10) and a finished assembly (20), wherein: the body (10) has a power unit (11) ), and the top surface has a a tray (12), a hot air duct (13) and a plurality of fans (14); wherein, the feed tray (12) is connected to the power unit (11), and can be rotated by a certain angle at a certain interval, the hot air duct (13) is connected to a hot air generating device (not shown), and is disposed around one side of the feeding tray (i 2), and is formed with a plurality of blows relative to the feeding tray (12). a hole (i 3〇); the fan (14) is fixed on a top surface of the body (1), adjacent to the hot air pipe (13) and spaced at a side of the feed plate (丨2); the finished product The collection assembly (20) includes: a plurality of molds (21) 's green cooperation as shown in the third and fourth figures, during which 7 200927594 is placed on the feed tray (12), respectively, relative to a blow hole ( I3〇), and can be freely pivoted relative to the feed tray (12), which are respectively disc-shaped, the bottom is provided with a cylinder (210) and the top is provided with a top riser (211), the top riser ( 211) can be raised by actuation of the cylinder (21〇); a collecting device (30) located on the side of the feeding plate (12) and including a body (31) and The collecting arm (32); wherein the body (31) is fixed on the top surface of the body (1〇), and is provided with a motor (31〇); the collecting arm (32) is disposed on the body (31) The top portion of the motor (31〇) 'connected to the body (31) is rotatably driven by the motor (31〇) and has a collecting hole (320) formed at each end to be gradually opposite to In each mold (21), the inner diameter of the inner wall surface of each collecting hole (32〇) is decreased from bottom to top and the inner diameter of each collecting hole (320) adjacent to the top inner wall surface is slightly smaller than the aforementioned mold (21). The outer diameter of the jacking plate (211); and the top surfaces of the collecting arms (32) are respectively disposed around the outer edges of the collecting holes (320), and a plurality of collecting rods (321) are vertically disposed, the collecting rods ( The space between 321) is formed as a collection space. Please refer to the fourth and fifth figures. When using, the film with the length slightly longer than the height of the mold (21) is set on each mold (21) on the feed tray (丨2). The top edge of the film protrudes from the top of the mold (21); the mold (21) is rotated and the feed tray (12) is rotated to feed, and the hot air duct (13) can be blown by the blow hole (13〇) to make the mold (21) The top edge of the film is heated and attached to the center of the mold (21); and after the mold (21) leaves the hot air tube (13), the knee film on the mold (21) is subjected to the fan ( 14) A gas stream is generated to cool to form. 8 200927594 Please refer to Figure 5A for the topping of the mold (21) after the film is formed and the mold (21) is opposite to the collecting hole (32〇) of the collecting arm (32). The disk (211) can push the curved top edge of the molding film, thereby lifting the molding film, and positioning the molding film one by one in the collecting hole (320), and the molding film is After being stacked to a certain number, it will be placed into the collection space of the collection rod (321) by the topping of the jacking plate (211); after a period of time, the collection space is filled with the molding glue. The film, the collecting arm (32) can be rotated by the motor (31〇) 本体 in the body (31), and the other empty collecting hole (320) is moved to the position corresponding to the mold (21) to continue Carry out the collection work. In this way, the operator can directly take out most of the formed film from the collection space without peeling off the film from the mold (21) one by one, thereby avoiding the trouble of work and the possibility of cracking of the film, thereby providing work. Convenience and speed up the work. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of the appearance of the present invention. The second drawing is a perspective view of the appearance of some of the components of the present invention. The third aspect is a perspective view of the appearance of some of the components of the present invention. The fourth drawing is a side cross-sectional view showing an embodiment of the present invention. Figure 5 is a side cross-sectional view showing another embodiment of the present invention. Fig. 5A is a partially enlarged side cross-sectional view showing an embodiment of the present invention. Figure 6 is a perspective view of the appearance of a pre-formed film of the prior art. [Main component symbol description] 9 200927594 ❿ (10) Body (11) Power unit (12) Feed plate (13) Hot air tube (130) blow hole (14) Fan (20) Finished product assembly (21) Mold (21 0) Cylinder (211) Jacking plate (30) Collecting device (31) Body (310) Motor (32) Collecting arm (320) Collecting hole (321) collecting rod (40) film 10