1252801 九、發明說明： 【發明所屬之技術領域】 本發明係與聚合物成型加工技術有關，尤其是 八 子胚料填模方法及其裝置之總成。 、種㈣ 【先前技術】 在習用技術中’關於聚合物的成型加工技術，有將原料藉由 適當之加工機鮮以定量送人成賴具之模穴中，使之為化學反 應而交聯成型者’亦社將原料定量輸出成她，㈤後再將初胚 ，於成型模具之模穴内，使之行化學反應而由模穴模製成型者， 是以’為隨砰聚合反狀進行即有域之習知技術。 但就上揭先製成她顧之技術範私言，其在將初胚定量 成適當形狀後，即需將各個獨立分離之初胚，藉由人力將之分 別填入成型模具之模穴對應位置上，此等製造方法雖屬可行^ 就#求經濟效益之今日而古，即 旦增点㈣口 口拼 當，而徒增人力成本且有 〜曰成型成—質之虞，難以提昇產業之競爭力。 【發明内容】 因此，本發明之主要目g ^ 古土甘& |驛致供私分子胚料之填模 模1中1可將獨立分離之不同初胚’快速地填置於成型模具之 、八II 製造之效率，並維持成型成品之品質。 成，直料舰士 供種回分子肢料填模裝置之總 、、二由具預定位效果之擷送裝 置嵌返地將初胚填置於模穴 鈿紐作時間，俾以提昇製造 5 1252801 之效率。 緣疋’為達成上述目的’本發明所提供之高分子胚料之填模 方法，其係就若干具預定形狀之胚料，予以摘取預定之數量，並 ’分配各雛料讀崎綠置使之粒，而使其具有無填置模 ’、之模八巾位置對應之預定空間位置，再將已預為定位之各該胚 料填置於擬填置之模具模穴中；而上揭方法之實施，則係可藉由 鲁冋刀子胚料之填核總成為之，具體而言，該高分子胚料之填模裝 置=成即係包含了有至少—模具裝置，具有至少—可密閉之内部 杈至’係可用以容置預定數量之胚料；一掏送裝置，設於該模具 衣置之-側，具有—擷料部，侧以擁取預定數量之胚料，並定 位胚料於預定之空間位置上，-送料部，餘動細料部位移， 用以將該麵部賴取之崎移送线财卜 【實施方式】 乂下兹舉本务明—較佳實施例’並配合圖式作進一步說明， • 其中： $ 一圖係本發明—較佳實關之填模裝魏成之頂視圖。 • #圖係本發明―較佳實施例之填模裝置總成之前視圖。 第三圖縣發明—錄實補之填難置誠之右側視圖。 第四圖係本發明—較佳實施例之频裝置總成之左側局部視 圖。 明麥閱各圖所不，在本發明一較佳實施例中所提供之高分子 胚料填权裝置之總成(10)者，其係由一胚料成型裝置⑽、若干 6 1252801 模具裝置（30)以及一擷送裝置（40)所組成。 該胚料成型裝置(20)係具有一基體(21),兩並列之射出成型 機體(22)係平行設置於該基體(21)上，兩成型部（23)係分別設於 各該成型機體之擠筒出料端上，俾以將各該射出成型機體(22)經 由其擠筒所擠射出之原料，分別經由各該成型部（23)所提供之胚 料模至予以預先疋型成適當之幾何形狀，惟其具體之技術内容係 • 已於另案提請專利之申請，並被編為第942〇〇92〇號案審查中，因 之申請人即不擬再復為冗陳，兩承料部（24)係分別位於該兩成型 部（23)之下方，用以承載自各該成型部（23)模製而往下出模之胚 料； 更進步來5尤，各该承料部（24)分別具有一適當形體之長條 狀之承盤（241) ’係滑設於該基體(21)並得沿長軸滑移而可於一承 載及移出位置間線形往復作動，一承盤驅動件(242)係用以驅動該 承盤(241)使之於各該承載及移出位置間往復位移，藉此，該承料 部（24)即得使該承盤(241)於該承載位置上載承自對應成型部（23) 成型而下落之胚料，並得以使該承盤（241)位於該移出位置上而將 所載承之胚料移位至對應成型部（23)之一側，俾利於該擷送裝置 (40)將其上之胚料予以擷取，而於此，申請人必需加以指出者係 遠承料盤(241)在自該承載位置位移至該移出位置之行程中，其係 可依序地將對應成型部（23)所成型之多數胚料載承於其上。 各該模具裝置(30)係分別由適當之挾模構成(31)與成型模具 7 1252801 ⑽所組成’並被自該胚料成型裝置⑽之—側沿直線延伸排 列’據以構成多站式，而得以各該成型模具(32)分別具有由模穴 構成之成麵室容置適當胚料於適當位置上，據以製成所需形狀 者’惟’關於各該模具裝置(30)之各自组成與彼此間之空間對應 形態，事實上於本發騎叙技術躺巾乃屬公知_之技術内 容’雖其變化亦屬多元但均係熟f本項技術者所知悉者，因而於 此即不另為冗陳。 該擷送裝置(40)係介於該胚料成型裝置（2〇)與各該模具裝置 (30)之間，具有一擷料部（41)，係用以將由該胚料成型裝置（2〇) 所製成之胚料予以擷取，多數送料部(42)，係用以將該擷料部（41) 所擷取之胚料予以分送至各該模具裝置（3〇)之内部模穴中，俾以 之遂行自動化之填模程序者； 而更進一步來説，该擷料部（41)乃具有一執道(411)，係架設 於各該模具裝置（30)之一侧並與其多站排列之直線平行對應，一 座體（412)係滑設於該軌道(4Π)上而得沿該執道(mi)所導引之 方向於各該模具裝置（30)及該胚料成型裝置（2〇)間往復位移，一 载胚件（413)係固設於該座體(412)下方，而得以所具有之尖銳針 狀擷取端插接於胚料上以將之擷取；惟，關於該載胚件(413)之具 體技術内容，亦已於另案提呈專利之申請，而被編為第942〇1469 號案審查中，申請人於此亦不擬復陳之；一動力件(414)係用以提 供動力使各該座體（412)及載胚件（413)得以適當速率於該軌道 8 1252801 (411)上滑移； 各該送料部（42)之構造於本實施例中係使用已為第92216935 號新型專利前案所公開之技術内容。 _ 藉由上述該高分子胚料填模裝置之總成（10)，即得據以實施 」 本發明所提供之高分子胚料填模方法。 該胚料成型裝置（2〇)係將高分子原料模製成適當形狀之多數胚 • 料，而藉由各該承料部（24)將胚料承載且移送至對應成型部（23) 一側之開放空間中，且對應位於該擷送裝置之執道下方，藉此， 即得以该擷送裝置(4〇)之載胚件(413)擷取端往下插接，以擷取適 ^當數量之胚料，並透過各該擷取端彼此間已被預先定位之構造， 使其在擷取胚料之同時即將所擷取之胚料之彼此對應位置予以定 位，且使此一定位狀態適與所擬填置之模穴之位置相對應； 繼之，即以該動力件(414)驅動該座體(412)沿該軌道(411)位 φ 移至擬填置之模具裝置位置，復使該載胚件(413)所擷取之胚料被 向下釋放而為該送料部（42)所承接，再以該送料部（42)將之送入 對應模具裝置之模穴中，據以將胚料填置於模具之模穴内，而該 ， 載胚件（413)在釋放胚料後，隨即得進行次一程序之擷取胚料作 、業。 藉由上述之方法及裝置總成，本發明係可使胚料之填模在快 逮且準確之情町絲，除寶免人卫填模之紐與變異值外， 其更可進—步將單一胚料成型裝置與多工作站式之模具裝置予以 9 1252801 整合，而可減少所佔用之廠房面積，以節省設廠之成本，同時其 整合之結果更得以使胚料之填模程序較習用技術更為快速，俾以 大幅縮短工時，而得以配合多工作站式之模具裝置以提昇利用效 率並提高產能。 1252801 【圖式簡單說明】 第圖係本發明一較佳實施例之填模裝置總成之頂視圖。 第二圖係本發明一較佳實施例之填模裝置總成之前視圖。 第二圖係本發明一較佳實施例之填模裝置總成之右侧視圖。 弟四圖係本發明一較佳實施例之填模裝置總成之左侧局部視 【主要元件符號說明】1252801 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a polymer molding processing technique, in particular, an eight-piece blank filling method and an assembly thereof. (4) [Prior Art] In the conventional technology, 'the molding processing technology of the polymer, the raw material is passed through a suitable processing machine to quantitatively give it into the mold cavity, and it is crosslinked by chemical reaction. The molder 'Yesi will quantitatively output the raw materials into her, (5) and then the initial embryos, in the mold cavity of the molding mold, so that the chemical reaction is made by the mold cavity molding, It is a well-known technique that has domain. However, on the first step, she made the technical statement of her own technology. After the primordial embryos were quantitatively shaped into appropriate shapes, they were required to separate the original embryos separately and fill them into the mold cavity of the molding die by manpower. In terms of location, although these manufacturing methods are feasible, it is feasible to seek economic benefits today, that is, to increase the point (4), and increase the labor cost, and it is difficult to upgrade the industry. Competitiveness. SUMMARY OF THE INVENTION Therefore, the main object of the present invention is to fill the different initial embryos of the individual molecular blanks into the molding die quickly. , 8 II manufacturing efficiency, and maintain the quality of the finished product. Cheng, the direct cargo ship is used to plant the back of the molecular limb filling device, and the second is filled with the pre-embedded device to fill the initial embryo in the cavity, and to improve the manufacturing. The efficiency of 1252801. In order to achieve the above object, the method for filling a polymer blank provided by the present invention is to take a predetermined number of blanks of a predetermined shape, and to dispense the predetermined amount of raw materials. Having the granules, and having the predetermined spatial position corresponding to the position of the unfilled mold, and the eight-toothed position, and then filling each of the pre-positioned blanks into the mold cavity to be filled; The implementation of the method can be completed by the filling of the roughing knife blank material, in particular, the filling device of the polymer blank material has a minimum of - a mold device, at least - The inner portion of the sealable portion can be used to accommodate a predetermined number of billets; a feed device is disposed on the side of the mold garment, has a pick-up portion, and the side is to hold a predetermined amount of billet, and Positioning the blank in a predetermined spatial position, the feeding portion, the residual moving portion is displaced, and the stripping of the surface is used to transfer the line to the line. [Embodiment] The following is a summary of the present invention. Example 'with further description of the schema, where: $ a diagram is the invention The preferred solid off a top view of the mold filling means into the Wei. • Fig. 1 is a front view of the assembly device assembly of the preferred embodiment. The third picture of the county invention - the record of the right side of the record. The fourth figure is a left side partial view of the frequency device assembly of the present invention - the preferred embodiment. In the preferred embodiment of the present invention, the assembly (10) of the polymer blank filling device provided by a preferred embodiment of the present invention comprises a blank forming device (10) and a plurality of 6 1252801 mold devices ( 30) and a delivery device (40). The blank forming device (20) has a base body (21), and two parallel injection molding bodies (22) are arranged in parallel on the base body (21), and two molding portions (23) are respectively disposed on the molding bodies. On the discharge end of the extrusion tube, the raw materials extruded by the injection molding machine body (22) through the extrusion barrel are respectively preliminarily formed through the blank molds provided by the molding portions (23). Appropriate geometry, but its specific technical content is already applied for patents in another case, and is compiled in the review of No. 942〇〇92〇, because the applicant is not intended to be redundant again. The material portions (24) are respectively located under the two molding portions (23) for carrying the blanks which are molded from the molding portions (23) and are discharged downwards; more advanced, especially the receiving portions (24) A long strip-shaped retainer (241) having a suitable shape is slidably disposed on the base body (21) and is slidable along the long axis to reciprocate linearly between a load-bearing and removal position. The disk drive member (242) is configured to drive the retainer (241) to reciprocally displace between each of the carrying and removing positions, thereby The material portion (24) is such that the retaining plate (241) carries the blank which is formed by the corresponding forming portion (23) and is dropped at the carrying position, and the retaining plate (241) is placed at the removed position. The blank contained in the carrier is displaced to one side of the corresponding forming portion (23), and the feeding device (40) is used to extract the blank material thereon, and the applicant must indicate that the object is far away. In the stroke of the receiving tray (241) displaced from the carrying position to the removed position, the majority of the blank formed by the corresponding forming portion (23) can be sequentially carried thereon. Each of the mold devices (30) is composed of a suitable die (31) and a molding die 7 1252801 (10) and is arranged in a straight line from the side of the blank forming device (10) to form a multi-station And each of the molding dies (32) has a face chamber formed by a cavity, respectively, for accommodating a suitable blank in a proper position, so as to form a desired shape for each of the mold devices (30). The composition of each of them corresponds to the spatial form of each other. In fact, the technical content of the present invention is well known. Although the changes are also diverse, they are all familiar to the person skilled in the art. That is not to be redundant. The feeding device (40) is interposed between the blank forming device (2) and each of the mold devices (30), and has a dip portion (41) for being used by the blank forming device (2) 〇) The produced blank is taken, and the plurality of feeding parts (42) are used to distribute the raw materials taken by the mashing part (41) to the inside of each of the mold devices (3〇) In the cavity, the automated filling process is performed; and further, the material part (41) has an obedient (411) which is erected on one side of each of the mold devices (30). And corresponding to the line of the multi-station arrangement, the body (412) is slidably disposed on the track (4Π) and is directed to the mold device (30) and the embryo along the direction guided by the road (mi) Reciprocating displacement between the material forming device (2〇), a loading member (413) is fixed under the seat body (412), and the sharp needle-shaped drawing end having the sharp needle-shaped drawing end is inserted on the blank material to be However, the specific technical content of the man-made component (413) has also been filed in another case and has been compiled into the review of No. 942〇1469. a power member (414) for providing power to cause each of the base body (412) and the blank member (413) to slide at an appropriate rate on the rail 8 1252801 (411); each of the feeding portions (42) The construction of the present invention is based on the technical content disclosed in the prior art of the No. 92,216,935. The above-mentioned polymer blank filling device assembly (10) is used to carry out the high molecular billet filling method provided by the present invention. The blank forming device (2〇) molds a polymer material into a plurality of embryos of a suitable shape, and carries and transfers the billet to the corresponding forming portion (23) by each of the receiving portions (24). In the open space of the side, and corresponding to the underway of the feeding device, the picking device (413) of the feeding device (4) can be inserted downward to take advantage of ^ When the quantity of the billet is passed through the pre-positioned structure of each of the pick-up ends, so that the billet is picked up while the corresponding positions of the billets are positioned, and this is The positioning state is adapted to correspond to the position of the cavity to be filled; then, the power body (414) drives the seat body (412) to move along the track (411) position φ to the mold device to be filled. Positioning, the billet picked up by the carrying member (413) is released downward to be received by the feeding portion (42), and then fed to the cavity of the corresponding mold device by the feeding portion (42). Wherein, the blank is filled in the cavity of the mold, and the blank (413) is then subjected to the next procedure after releasing the blank. Expected to make, industry. According to the above method and device assembly, the invention can make the filling of the blank material in the fast catching and accurate situation, and it can further advance in addition to the value of the nucleus and the variability of the treasure-free person. The integration of a single blank forming device and a multi-station mold device into the 9 1252801 can reduce the occupied plant area, thereby saving the cost of setting up the factory, and the result of the integration makes the filling process of the blank material more conventional. The technology is faster, and the work time is greatly reduced, so that it can be combined with a multi-station mold device to improve utilization efficiency and increase productivity. 1252801 BRIEF DESCRIPTION OF THE DRAWINGS The drawings are a top view of a molding apparatus assembly in accordance with a preferred embodiment of the present invention. The second drawing is a front view of a molding apparatus assembly in accordance with a preferred embodiment of the present invention. The second drawing is a right side view of the filling device assembly of a preferred embodiment of the present invention. The fourth figure is a left side view of the filling device assembly of a preferred embodiment of the present invention.
高分子胚料填模裝置之總成（10) 胚料成型裝置(20) 擠筒(221) 承盤(241) 挾模構成(31) 搁料部(41) 载胚件(413) 基體(21) 成型部（23) 承盤驅動件（242) 成型模具(32) 執道(411) 動力件(414) 射出成型機體(22) 承料部（24) 模具裝置(30) 擷送裝置(40) 座體(412) 送料部（42)Assembly of polymer blank filling device (10) Blank forming device (20) Extrusion (221) Retaining plate (241) Molding (31) Shelf (41) Man-made part (413) Base ( 21) Molding section (23) Dish drive member (242) Molding die (32) Exercising (411) Power piece (414) Injection molding machine body (22) Feeding section (24) Molding device (30) Feeding device ( 40) Seat (412) Feeding section (42)
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