M266104 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種原料攪拌分配機改良，尤指一種 可提高塑膠粒與色料之混合品質，提高射出成型成品·的品 質及良率之結構。 【先前技術】 按，請參閱第一圖所示，為一般之原料授拌分配機 〇)’其設有一筒體（11)，於筒體（11)周壁設有出料口 U2)，於筒體（11)下方設有進料口（13)及一集料斗（16), 另於筒體（11)内設置螺旋攪拌桿（14)，並於該螺旋攪拌桿 (M)—端組接馬達（15);於使用時，係將塑膠粒及色料依 所需比例置入集料斗（16)内，繼啟動馬達（15)以帶動螺旋 攪拌桿（14)作動，藉由該螺旋攪拌桿（14)之作動將塑膠粒 及色料由進料口（13)帶入筒體（11)内部以進行混料之工 作’完成之後，再開啟出料口（12)分裝混合後之原料；然， 該塑膠粒若為回收再利用者，其中可能夾帶許多雜質及小 碎石，或者可能經運送、儲存中滲有水份或油脂，此諸情 形’皆會影響混合並經射出成型成成品後的成品品質，導_ 致該成品質感無法提昇，不具產業競爭力，而易為市場所 淘汰。 【新型内容】 本創作係提供一種原料挽拌分配機改良，其主要目的 係於筒體上方周壁設置進水口及次進料口，於該次進料〇 接設送料管一端，又於送料管另端組設輪料裝置，此輸料 裝置係可由所接設之另一送料管將已作雜質分離含留溶 M266104 液之塑膠粒輪送至筒體内，再由筒體輸風口所接設之加熱 裝置及送風裝置傳送熱空氣以作烘乾，據此，可利該塑膠 粒與色料_旋授拌桿混合並提高射出成型後其成品品 質及維持品質穩定性，便提昇其產業之競爭力·者。 本創作係提供一種原料攪拌分配機改良，其另一目 的’係於筒體上方周壁設置進水口以供排入溶液，並藉由 螺旋挽拌桿將具有油脂及水份之塑膠粒作脫脂清淨後，再 經加熱裝置及送風裝置作烘乾，據使該塑膠粒再與色料充 份混合。 【實施方式】 鲁 為使本創作運用之技術手段與達成功效易於明瞭，茲 配合圖式說明如下： 首先，請參閱第二、三圖所示，本創作之原料攪拌分 配機改良，係設置一筒體（2)，於筒體（2)上方設具馬達 (3)，該馬達（3)係藉傳動件（31)以與筒體（2)内部之螺旋. 攪拌桿（4)組設，再者，於筒體（2)上方設具進水口（21)及 次進料口（22)，於該次進料口（22)接設送料管（51)之一 端，而該送料管（51)另端係組接於輸料裝置（5)，此輸料參 裝置（5)可為真空吸引機，又於此輸料裝置（5)另侧接設另 一送料管（52)，此送料管（52)另端係組設至分離槽（6) 處，另於筒體（2)下方周壁設有進料口（23)及一設具有濾 網（251)之排水口（25)，並在筒體（2)中段設置出料口（24) 及輸風口（26)，於輸風口（26)接設送風管（7)，於該送風 管（7)管壁處組設加熱裝置（8)，該加熱裝置（8)係可精確 調整所需溫度，以因應不同材質之塑膠粒其不同之熔點， 避免塑膠粒超過其熔點溫度而造成塑膠粒熔化者，繼在此 M266104 3Γ。7)另端組接送風裝置（9) ’該送風裝置⑻，可為 請參閱第二、三圖所示，為本創作之其一 二回内收置再二用含諸多雜質及小碎石之塑勝粒，心^ 一段時間後，藉_粒質輕特性，使其 (mtn沈敎雜f作分離，再啟動輸料裝置 輸送至次進w2r再式進入將筒表面之塑勝w =(中:挾帶之一部份的溶液即先内行 ::體：卜而該塑膝粒係受排水口 (⑸所設據網⑽） 瞻液—起糾，至於未漏㈣體⑵ 外尚殘留附者於塑膠粒上與塑勝粒間之溶液，即藉由同時 啟動的加熱裝置⑻及送風裝置⑻，使該送風裝置⑼將 加熱裝置⑻所產生之熱能經由輸風σ⑽吹進筒體⑵ 内’使塑膠粒所附著溶液蒸發，以利塑膠粒與色料混色。 另為縮短烘乾時間，亦可於烘乾過程中啟動馬達（3)帶動 螺旋攪拌桿（4)作動，達到快速烘乾之目的，待塑膠粒烘 乾後，便可將置於進料口（23)處的色料利用螺旋攪拌桿（4) · 的作動，將色料帶入筒體（2)内與塑膠粒作混料作業，至 混料完成後，開啟出料口（24)，令充份混合之色料及塑膠 粒由出料口（24)分配至筒體（2)外之其它構件處。 本創作除了可藉由輸料裝置（5)以真空吸引將原料吸 入筒體（2)内之外，本創作次一實施方式，係將分離槽（6) 内已去除雜質之塑膠粒，採人工方式設置於進料口（23) 後，再開啟馬達（3)使螺旋攪拌桿（4)作動將置於進料口 (23)之塑膠粒帶入筒體（2)内，並啟動加熱裝置（8)及送風 7 M266104 M266104 内壁 裝置(9)將熱空氣送入筒體⑵内，以烘乾塑膠粒及筒體⑵ 著有所示，為本創作另—實施方式，係將附 粒置入進料口⑽，·繼啟動馬達⑶ 含油溶液即由排水口（25)排出筒體⑵外，再行熱 裝置（8)及魏裝置⑻以將轉粒 之溶液作烘乾者。 沒尸/Γ戌留 Μ ϊΐίΐ構與實施說明可知，本創作係將塑膠粒經浸 泡或冲洗料，叫除附著於塑· =::Λ裝置⑻，並將加熱溫度調整至低二 奘署m ,坊、Γ點’避免塑膝粒溶化，於同時啟動送風 内令蚀J、風裝置（9)作動將周遭空氣吸人送風管⑺ 後’使工軋經由加熱裝置⑻所產生之熱能吹進筒體⑵ 並藉附著溶液蒸發’以利塑膠粒與色料混色， σ的=上雜質與油脂的去除，可提高射出成型成 ⑽的时質與質的穩定性，俾增進其產業。 綜士所述，本創作實施例確能達到所預期之使用功 φ 揭露之具艘構造，不僅未曾見諸於同類產品 il’、至日公開於中請前’誠已完全符合專利法之規定與 tt：爰依法提㈣型專利之_請，㈣惠予審査，並賜 准專利，則實感德便。 M266104 【圖式簡單說明】 第一圖：習用之整體前剖視圖 第二圖：本創作之整體前剖視圖 第三圖：本創作之側剖視圖 第四圖：本創作使用狀態示意 【主要元件符號說明】 <習用> (1) 原料攪拌分配機 (11) (12) 出料口 (13) (14) 螺旋攪拌桿 (15) (16) 集料斗 <本創作> (2) 筒體 (21) (22) 次進料口 (23) (24) 出料口 (25) (251) 濾網 (26) (3) 馬達 (31) (4) 螺旋攪拌桿 (5) (51) 送料管 (52) (6) 分離槽 (7) (8) 加熱裝置 (9) 筒體 進料口 馬達 進水口 進料口 排水口 輸風口 傳動件 輸料裝置 送料管 送風管 送風裝置M266104 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to the improvement of a raw material mixing and distributing machine, especially one that can improve the mixing quality of plastic pellets and pigments, and improve the quality and yield of injection molding products. structure. [Previous technology] Press, please refer to the first figure, it is a general raw material mixing and dispensing machine. It is provided with a cylinder (11), and a discharge port U2 is provided on the peripheral wall of the cylinder (11). A feeding port (13) and a collecting hopper (16) are arranged below the cylinder (11), and a spiral stirring rod (14) is arranged in the cylinder (11), and the spiral stirring rod (M)-an end group Connected to the motor (15); when in use, the plastic granules and pigments are placed in the collecting hopper (16) according to the required ratio, and the motor (15) is subsequently started to drive the spiral stirring rod (14) to actuate. The action of the stirring rod (14) brings the plastic granules and pigments from the feeding port (13) into the inside of the cylinder (11) for mixing. After the completion of the work, the discharge port (12) is opened for mixing However, if the plastic pellets are recycled, it may contain many impurities and small crushed stones, or may be infiltrated with water or grease during transportation and storage. All these conditions will affect the mixing and injection. The quality of the finished product after molding into the finished product leads to the inability to improve the quality of the finished product, lacks industrial competitiveness, and is easily eliminated by the market. [New content] This creation is to provide an improved raw material mixing and dispensing machine. The main purpose is to set a water inlet and a secondary inlet at the upper wall of the cylinder. At this time, one end of the feeding tube is connected to the feeding tube. The other end is equipped with a wheel feeding device. This feeding device can be used to feed the plastic pellets that have been separated as impurities and contain the remaining solution M266104 liquid into the cylinder by another feeding pipe connected to the cylinder, and then connected by the cylinder air outlet. The heating device and air supply device are set to transmit hot air for drying. According to this, the plastic granules can be mixed with the color material_spinning mixing rod and improve the quality of the finished product after injection molding and maintain the quality stability, which will enhance its industry. Competitiveness. This creation is to provide an improvement of a raw material mixing and dispensing machine. Another purpose is to set a water inlet on the peripheral wall above the cylinder to discharge the solution, and use a spiral mixing rod to degrease the plastic granules with grease and water. After that, it is dried by a heating device and a blower device, and the plastic granules are then fully mixed with the color material. [Implementation] To make the technical means and effects achieved in this creation easy to understand, here are the explanations with the diagrams: First, please refer to the second and third figures. The raw material mixing and distributing machine of this creation is improved. The cylinder (2) is provided with a motor (3) above the cylinder (2). The motor (3) is connected to the inner spiral of the cylinder (2) by a transmission member (31). The stirring rod (4) is set up Moreover, a water inlet (21) and a secondary inlet (22) are provided above the cylinder (2), and one end of a feeding tube (51) is connected to the secondary inlet (22), and the feeding tube (51) The other end is connected to the feeding device (5). The feeding parameter device (5) can be a vacuum suction machine, and another feeding tube (52) is connected to the other side of the feeding device (5). The other end of the feeding tube (52) is set to the separation tank (6), and a feeding port (23) and a drainage port (251) with a strainer (251) are provided on the peripheral wall below the cylinder (2). 25), and a discharge port (24) and an air outlet (26) are arranged in the middle section of the cylinder (2), and an air supply pipe (7) is connected to the air outlet (26), and the wall of the air supply pipe (7) is assembled A heating device (8) is provided. The heating device (8) the desired temperature can be precisely adjusted based, in response to which the plastic particles of different materials of different melting points, to avoid plastic resin above its melting point temperature caused by melting plastic pellets, following this M266104 3Γ. 7) The other end of the air pick-up device (9) 'The air supply device ⑻ can be shown in the second and third pictures. It is used for one or two times of the creation and is used again. It contains many impurities and small debris. After a period of time, by using the light-weight characteristics of _gn to separate it, and then start the feeding device to the secondary inlet w2r and then enter the plastic surface of the barrel w = (Medium: The solution of a part of the girdle is the first line of action :: Body: Bu and the plastic knee granules are subject to the drainage outlet (according to the network). Observation liquid-correction, as long as the body is not leaked. The solution of the residual attachment on the plastic granules and between the plastic granules, that is, the heating device ⑻ and the air supply device 启动 which are started at the same time, make the air supply device ⑼ blow the heat energy generated by the heating device 进 into the cylinder through the air supply σ ⑽ ⑵ Inside, the solution attached to the plastic granules is evaporated to facilitate the mixing of plastic granules and colorants. In addition, in order to shorten the drying time, the motor (3) can be started during the drying process to drive the spiral stirring rod (4) to achieve fast For the purpose of drying, after the plastic granules are dried, the color material placed at the feeding port (23) can be used with a spiral stirring rod 4) · Action, bring the color material into the barrel (2) and mix with the plastic granules. After the mixing is completed, open the discharge port (24), so that the fully mixed color material and plastic granules are discharged from the The material port (24) is allocated to other components except the cylinder (2). This creation is the next implementation except that the raw materials can be sucked into the cylinder (2) by the vacuum conveying device (5). The method is to set the plastic granules in the separation tank (6) from which impurities have been removed, and manually set the plastic granules at the feeding port (23), then turn on the motor (3) to move the spiral stirring rod (4) to the feeding port. The plastic granules of (23) are brought into the cylinder (2), and the heating device (8) and the air supply 7 are activated. M266104 M266104 The inner wall device (9) sends hot air into the cylinder body to dry the plastic granules and the cylinder.有 As shown, another embodiment of this creation is to put the pellets into the feed port 继, and then start the motor ⑶ The oily solution is discharged from the cylinder ⑵ through the drain port (25), and then the heating device ( 8) and Wei installations to use the granulated solution as a dryer. The body / Γ 戌 留 Μ ϊΐ ΐ ΐ structure and implementation instructions, we know that this creation is plastic granules Soaking or rinsing material, except for the attachment to plastic · = :: Λ device⑻, and adjust the heating temperature to a lower temperature, m, F, and Γ points' to avoid melting of plastic knee particles, at the same time start the supply air to cause corrosion J, The air device (9) is activated to suck the surrounding air into the air supply pipe ', and then “make the heat generated by the work roll through the heating device 筒 blow into the cylinder ⑵ and evaporate by the adhesion solution’ to facilitate the mixing of plastic particles and color materials, σ = The removal of impurities and grease on the surface can improve the quality and stability of the injection molding into 俾, and thus improve its industry. According to the master, the creative embodiment can achieve the expected use of work φ revealed by the ship structure Not only has it not been seen in similar products il ', but it has been publicly disclosed in China before the' sincerity has fully complied with the provisions of the Patent Law and tt: ㈣Please submit a review of the type patent in accordance with the law, I will review it and grant a quasi-patent, Real sense of virtue. M266104 [Simplified illustration of the drawing] The first picture: the general front cross-section view of the second picture: the whole front cross-section view of the creation. The third picture: the side section view of the creation. The fourth picture: the use status of the creation. < Conventional > (1) Raw material mixing and distributing machine (11) (12) Discharge port (13) (14) Spiral stirring rod (15) (16) Collecting hopper < Original creation > (2) Cylinder ( 21) (22) Secondary inlet (23) (24) Outlet (25) (251) Strainer (26) (3) Motor (31) (4) Spiral stirring rod (5) (51) Feed tube (52) (6) Separation tank (7) (8) Heating device (9) Cylinder feed inlet Motor water inlet Feed inlet Drain outlet Air outlet Transmission member Delivery device Feed tube Feed tube Air supply device