.M327785 八、新型說明： 【新型所屬之技術領域】 本創作係涉及一種回收造粒處理設備，特別是指一 具有自動化定量功能之創新型態設計者。 【先前技術】 按，隨著科技的發達，商品的快速生產以及過度包 ，現代人製造垃圾的速度相對隨之提高，為了抑制垃圾 的攀升，資源分類回收已成為目前世界各國政府所積極 導的工作項目，而通過資源分類回收過程所產生的可回 物田中，廢塑膠（如塑膠袋、塑膠繩、塑膠膜）佔了其 相當大的比例。 至於廢塑膠的回收處理方式，就現有技術而言，須 賴大型设備經由輸送、攪碎、析_、成粒等加工流程使 塑膠再度成為可被產業利用的塑膠粒型態，而這樣的設 般業界係稱之為「回收造粒處理設備」。 、習知回收造粒處理設備所存在之問題，則是在於其 塑膠經攪碎、析離之後，由於各塑膠單元碎片相當的輕 薄，加上先珂在攪碎、析離過程中所產生的劇烈磨擦， 此各塑膠單元碎片之間會產生靜電吸引連結現象，此種 ，越嚴重，將越加影響後續成粒流程之均勻度，進而影 最終之造粒品質。 因此，由上述得知，習知回收造粒處理設備結構設 上’雖大致達成自動化作業流程，但一部份仍舊受制於 述廢塑膠經攪碎後會產生糾結現象，因此必須藉由人力 種 裝 量 倡 收 中 仰 廢 備 廢 且 因 現 響 計 所 來 5 -M327785 析：的動作，茲說明如下：回收造粒處理設備於成粒流 ° 、) 必彡員將完成攪:碎、析離之廢塑膠加以定量輪送， 以與預定劑量之加工液相混合加工成粒；惟，習知回收造 粒處理設傷設計上，其廢塑膠完成攪碎、析離之後，係落 於一容置空間，然後再透過人工方式進行置料、秤重的工 作’藉此以獲得一定量之廢塑膠，使其於後置流程中，得 _以與所述加工液準確地相混合加工製成預期品質之顆粒成 -品；然而，由於上述習知回收造粒處理設備於流程中參雜 # 一道人工處理流程，如此使得其自動化流程產生了中斷， 因此其前、後段自動化流程往往會因為人工處理階段之延 疾而必須停擺中斷，進而造成整體設備處理效率延君、緩 慢而欠缺效率之問題點；另一方面，採用人工置料、科重 並且存在誤差率、不良率高的問題點。 疋以’針對上述習知回收造粒處理設備結構所存在之 問題點，如何開發一種更具理想實用性之創新結構，實有 待相關業者再加以努力研發突破之目標及方向。 與設計經驗，針對上述之目標 終得一確具實用性之本創作。 • 有4a於此創作人本於多年從事相關產品之製造開發 詳加設計與審慎評估後， 【新型内容】 係在提供一種具定量功能之回收.M327785 VIII. New Description: [New Technology Field] This creation relates to a recycling granulation treatment equipment, especially an innovative design designer with automatic quantitative function. [Prior Art] According to the development of science and technology, the rapid production of commodities and excessive packaging, the speed of garbage production by modern people has increased accordingly. In order to curb the rise of garbage, resource classification and recycling has become the active guidance of governments around the world. In the work items, waste plastics (such as plastic bags, plastic ropes, plastic films) account for a considerable proportion of the returnable fields produced by the resource classification and recycling process. As for the recycling method of waste plastics, as far as the prior art is concerned, large-scale equipment has to be used as a plastic pellet type that can be utilized by the industry through processing processes such as conveying, crushing, crystallization, and granulation. The industry is called "recycling granulation processing equipment." The problem with the conventional recycling granulation treatment equipment is that after the plastic is crushed and separated, the pieces of the plastic unit are quite thin and light, and the smashing is caused during the crushing and separation process. Violent friction, electrostatic attraction and connection between the plastic unit fragments, the more serious, the more will affect the uniformity of the subsequent granulation process, and then the final granulation quality. Therefore, from the above, it is known that the structure of the conventional recycling granulation processing apparatus is set to 'although the automatic operation process is basically achieved, but some parts are still subject to the entanglement phenomenon after the scrapped plastic is crushed, so it is necessary to use human resources. The quantity of the medium and the waste is negated and the 5 -M327785 analysis: The action of the recycling granulation treatment equipment in the granulation flow °,) must be completed: crushing, analysis The waste plastic is quantitatively rotated and mixed with a predetermined dose of the processing liquid to be processed into granules; however, the conventional recycling granulation treatment design design, after the waste plastic is crushed and separated, it is tied to one. To accommodate the space, and then manually carry out the work of weighing and weighing 'to obtain a certain amount of waste plastic, so that it can be accurately mixed with the processing liquid in the post-process. The granules of the expected quality are formed into products. However, due to the above-mentioned conventional granulation processing equipment, a manual processing process is performed in the process, so that the automation process is interrupted, so the front and back stages are The mobilization process is often interrupted due to the delay of the manual processing stage, which leads to the problem of delaying the efficiency of the overall equipment processing, slow and lack of efficiency; on the other hand, manual placement, weight and error rate, The problem of high defect rate. In view of the problems existing in the above-mentioned conventional recycling granulation processing equipment structure, how to develop an innovative structure with more ideal and practicality, it is necessary for the relevant industry to make efforts to develop the breakthrough goal and direction. With the design experience, the goal of the above is a practical and practical creation. • There are 4a. After the creator has been engaged in the manufacturing and development of related products for many years, after detailed design and careful evaluation, [new content] is to provide a quantitative function of recycling.
不良率高之 本創作之主要目的 造粒處理設備，其所欲 6 -M327785 問題點加以改良突破；所述回 元、粉碎單元、分離單元、混 元以及設於該各單元之間的輪 本創作解決問題之技術4寺 混合成粒單元之間並設有定量 空間，該容置空間上端係承接 送單元，容置空間下端出口則 空間中組設有旋擺式擋板，該 帶動使其旋擺端可呈平置擋阻 態； 收 造 粒 處 理 設 備 包 括 儲 料 Xftt 早 合 成 粒 trn 早 元 加 工 液 供 應 早 送 單 元 點 主 要 在 於 該 分 離 tm 早 元 與 調 節 XJO 早 元 其 係 包 括 一 容 置 位 於 分 離 單 元 後 置 位 置 之 輸 連 接 混 合 成 粒 單 元 該 容 置 旋 擺 式擋 板 藉 由 驅 動 裝 置 之 角 度 或 向 下 旋 擺 開 啟 角 度 狀 所述容置空間並藉彈性支撐構件加以架撐而具有可受 重下降特I生，且該容置空間下降至預定高度時得促使感應 構件作動，進而啟動該驅動裝置令旋擺式擋板由平置擋阻 角度轉變為向下旋擺之開啟角度狀態纟；藉此創新獨：設 计，使本創作對照先前技術而言，大致可達到如下功效： 藉由分離單元與定量調節單元之間設有翻轉單元之技 術特點，進以可藉由該翻轉單元結構中之旋轉架，令導入 之粉碎狀廢塑膠獲得翻轉鬆散效果，以達到減少廢塑膠靜 電連結現象、提昇造粒均勻度及品質之實用進步性。 本創作之另一目的，藉由該定量調節單元的設置，使 侍經過分離單元處理後的廢塑膠可自動進行定量調節輸送 之作業，藉此俾可省略習知人工作業方式，達到確實提昇 整體造粒設備處理效率，有效降低誤差率、不良率而更加 付合較佳產業利用效益之進步性。 7 M327785 【實施方式】 請參閱第1〜8圖所示 1糸本創作具定j 造粒處理設備之較佳實施例，仏 列’惟此等實施例信 ’在專利申請上並不受此結構之限制。 如第1圖所示，所述回 收造粒處理設備a 單元10(可為一儲料槽）、 私碎早元20(可% 、分離單元30(可為一籬、、、 ^ 離心分離器）、混人^ 可為一高速混合機）、加τ ★ ^ 口成 工液供應單元50以及 元之間的輸送單元60〜63。 干凡3 反 該分離單元30係可為一. 刀離裔或師網（此 ，以將廢塑膠篩選析離。 其中’該加工、、右糾 一下儲液㈣、1制;^元5Q可包括有一上 液幫浦54,其中心53(可為電磁控制閥 藉以控制上儲液抑：：閥53係組設於上儲液槽 旧丨朴、 槽51流人下儲液槽52之液量， 54則糟以將下儲液 之槽52中之加工液抽出至混合 0 其中’該分雜w - 早兀30與混合成粒單元4〇之 定量調節單元7〇， 所述定量調節單元7〇包括一 ，該容置空間7i > ^ 〈上端係承接位於分離單元刈 輸送單元62,容罢& 置二間71下端出口 710則遠接 元40，又該容詈办 ^ ^ 置二間71中組設有旋擺式擋板72 擋板72係藉由驅 ^ 置擋阻角度或向下名置73之帶動而使其旋擺端 下旋擺之開啟角度狀態；該容 功能之回收 供說明之用 係包括儲料 一粉碎機） 粒單元40 ( 設於該各單 構件省略） 儲液槽51、 )以及一抽 51之底端， 該抽液幫浦 成粒單元者 間並設有一 容置空間71 後置位置之 混合成粒單 ，該旋擺式 721可呈平 置空間71係 8 -M327785 ' 藉由彈性支撐構件74加以架撐而具有可受重 該容置空間71下降至預定高度時，得促使預 75、76作動，進而啟動該驅動裝置冗令旋擺 置擋阻角度轉變為向下旋擺之開啟角度狀態 其中’所述旋擺式擋板72可為兩組橫向 態。 • 其中’所述驅動裝置73可為氣壓伸縮缸 -氣壓伸縮缸731之伸縮軸桿732末端與旋擺 ❿擺端721相連結者。 其中’该分離單元30與定量調節單元 翻轉單元80，所述翻轉單元80包括一立向筒 筒體81内部樞組有至少一旋轉架犯，所述旋 容置槽83、84互成相對180 。設置狀態者；The main purpose of this creation is granulation processing equipment, and the desired problem is improved by the 6-M327785 problem; the return element, the pulverizing unit, the separation unit, the mixed element, and the wheel set between the units The problem-solving technology 4 is mixed between the granulating units and the quantitative space is provided. The upper end of the accommodating space is connected to the pick-up unit, and the lower end of the accommodating space is provided with a swinging baffle in the space, which drives The swinging end can be in a flat blocking state; the granulation processing equipment includes the storage material Xftt early synthetic grain trn, the early processing fluid supply early delivery unit point mainly lies in the separation tm early element and the adjustment XJO early element includes a volume The transmission connection is placed in the rear position of the separation unit to form a granulation unit. The accommodating swaying baffle is opened by the angle of the driving device or the downward swaying angle and is supported by the elastic supporting member. Having a weight drop, and the accommodating space is lowered to a predetermined height Actuating the component, and then starting the driving device, the swinging baffle is changed from the flat blocking angle to the opening angle state of the downward swing; thereby, the innovation is unique: the design makes the creation compared with the prior art. The following effects can be achieved: By the technical feature of the inverting unit between the separating unit and the quantitative adjusting unit, the rotating frame of the inverting unit structure can be used to obtain the loosening effect of the introduced crushed waste plastic. In order to reduce the electrostatic connection of waste plastics, improve the granulation uniformity and quality of practical progress. Another object of the present invention is that the waste plastic processed by the separation unit can automatically perform the quantitative adjustment and transportation operation by the setting of the quantitative adjustment unit, thereby omitting the conventional manual operation mode and achieving the overall improvement. The processing efficiency of the granulating equipment can effectively reduce the error rate and the non-performing rate, and further improve the progress of the better industrial utilization efficiency. 7 M327785 [Embodiment] Please refer to the preferred embodiment of the sizing granulation processing apparatus shown in Figures 1 to 8 for the present invention, and the list of 'only these embodiments' is not subject to patent application. Structural limitations. As shown in Fig. 1, the recycling granulation processing equipment a unit 10 (which may be a hopper), private broken early 20 (%, separation unit 30 (can be a fence, , , ^ centrifugal separator) ), mixed with ^ can be a high-speed mixer), plus τ ★ ^ into a working fluid supply unit 50 and between the transport units 60-63. Ganfan 3 anti-separation unit 30 can be a knife. Separation or division network (this, in order to filter the separation of waste plastics. Which 'the processing, right correction of the liquid (4), 1 system; ^ yuan 5Q can The utility model comprises an upper liquid pump 54, the center 53 (which can be an electromagnetic control valve for controlling the upper liquid storage: the valve 53 is set in the upper liquid storage tank, the old liquid, the tank 51, the lower liquid storage tank 52 The amount of 54 is used to extract the working fluid in the lower tank 52 to the mixing 0, wherein 'the mixing amount w - the early 兀 30 and the mixing granulation unit 4 〇 the quantitative adjusting unit 7 〇, the quantitative adjusting unit 7〇includes one, the accommodating space 7i > ^ <the upper end is received in the separation unit 刈 conveying unit 62, and the second and the lower 71 outlets 710 are remotely connected to the unit 40, and the capacity is set. Two 71 middle groups are provided with a swinging baffle 72. The baffle 72 is an opening angle state of the swinging end and the lower swing by driving the blocking angle or the downward setting of the 73; The recycling is for the description of the material including a pulverizer. The granule unit 40 (disposed in the single member is omitted), the liquid storage tank 51, and the bottom end of the pump 51 The pumping granule unit is provided with a mixed granule of a rear space of the accommodating space 71, and the swaying type 721 can be a flat space 71 series 8 - M327785 ' by the elastic supporting member 74 When the support is supported and the accommodating space 71 is lowered to a predetermined height, the pre-75, 76 is actuated to activate the driving device, and the rotation angle of the rotation device is changed to the opening angle state of the downward swing. The swivel baffle 72 can be in two sets of lateral states. • The drive unit 73 may be a pneumatic telescopic cylinder - the end of the telescopic shaft 732 of the pneumatic telescopic cylinder 731 is coupled to the swinging swing end 721. Wherein the separation unit 30 and the quantitative adjustment unit reversing unit 80, the reversing unit 80 includes an upright cylinder 81 having an internal pivot group having at least one rotating frame, and the rotation receiving grooves 83 and 84 are opposite each other. . Set the status;
如第2圖所示，當所述旋轉架82、 82B 型態時，可於該立向筒體81下端出口處設置 ，藉以銜接該旋轉架82所翻轉傾倒下來的廢 Ψ 該輸送單元64運輸廢塑膠至另一旋轉架82B 程序。 藉由上述之結構、組成設計，茲就本創 情形說明如下： 如第1圖所示，將廢棄料（廢塑膠）倒 10内’再經由輸送單元60(可為皮帶輸送機 單元20進行廢料粉碎，以形成片狀廢料型態 塑膠經由攪碎、析·離過程中所產生的劇烈磨 膠單元碎片之間會產生靜電吸引連結現象， 下降特性，且 設之感應構件 式擋板72由平 者。 相對組設之型 Ml ，復令該 式擋板72之旋 之間並設有一 體81，該立向 轉架82具有二 為複數個配置 一輸送單元64 塑膠，再經由 進行再次翻轉 作之使用作動 進該儲料單元 )輸送至粉碎 (註，所述廢 擦，將使得塑 亦即所述廢塑 9 M327785 膠會糾結形成團狀物），續經由輸送一 <平兀61以風力輸送方 式（例如鼓風機）將廢塑膠輸送至分離單元3〇。 如第2 3圖所不，所述分離單元加可藉由分離 此構件省略）先將廢塑膠進行篩選析 ^ V , 祈離’使篩選過後的廢 塑膠可落入該旋轉架82所設容置槽δ ^ 一人谷置槽84中，拍辨 由旋轉，繼轉運動’而使得廢塑膠可進行翻落之程： ，並使得翻落下來的廢塑膠可落入 σ亥立向筒體81下端出口 處所設置的輸送單元64(可為皮帶輪 倒入另-旋轉架82Β中，以進行另 ，再將廢塑膠 Τ ^ 道翻轉的程序（咕， 因廢塑膠被授碎破壞後，塑膠分子本身係會產生靜電吸 ’因此’需再藉由翻轉程序以消除塑膠分子本身的靜電吸 引現象），以使翻轉分離的效果可達到更佳。 士第4圖所不，承接上述’經過翻轉程序處理過後的 廢塑膠，再經由該輸送單元62(可為一"輪送機）内所 之鼓風機輸送至定量調節單元7。，當傾倒至該定量調 即早7"7〇所設容置空間71内的重量達到一定值時，該彈性 支撐構件74受到荷重的施壓而使得該容置空間7ι產生下移 現象，使該感應構件75、76產生對位感應（如第6圖所示 )，進而驅動該驅動襞置73内之氣壓伸縮缸731作動，以 使該伸縮軸桿73…斜向往下延伸（其中，該伸縮軸桿 +732與該旋擺式擋板？2之旋擺端721相連結），以帶動該 旋擺式擋板72之旋擺端721作向下旋擺動作（如第7圖所 不，係為一側旋擺式擋板72之作動示意圖）。 續接上述，如第〗、5圖所示，當所述旋擺式擋板π 10 M327785 被驅動裝置73帶動呈向下旋擺動作日士 71内之廢塑料往下^混合成粒單元4時’該容置空間 間71内無廢塑膠屯積時， 而#該容置空 稽田孩彈性支撐構 用，而使得該感應構件75、 稱件74之復位作 何仟A、76脫離相互咸 該氣壓伸縮缸731之伸 .戊-鳊，進而驅使 丨1F離釉才于732回縮，驻丨”册尤 擋板72之旋擺端721被# ^ / ' 9 ▼動旋擺式 . 被π動後位至水平設置型態。 如第1 、8圖戶斤+ .. t 、 /、，於上述廢塑膠傾倒落曰人 單元40過程中，辞/心&成粒 早 該加工液供應單元5〇便可經由控制閱抓 可為一電磁控制闕）作定量配給輸送，使該下儲J:i 獲得適當之容量，再經由抽液幫浦54將液體輸送至二昆： 成粒單兀40上端所相對設置之定量儲液桶55内，再^ 混合成粒單元4〇的加工製程，使廢塑膠可形成球狀固體: 再經由輸送單元63輪送至儲料槽9〇内。 功效說明： 本創作功效增進之事實如下： 1 、如第1圖所不，藉由該分離單元30與定量調節單元7〇 之間設有翻轉單元80，令該翻轉單元80結構中所設置 之複數個旋轉架82、82B ，令導入之粉碎狀廢塑膠能 藉由翻轉鬆散作動，進以可減少廢塑膠經由粉碎單元 20及分離單凡30處理後所產生之靜電連結現象、以提 昇造粒均勻度及品質之實用進少性。 2 、本創作所述具定量功能之回收造粒處理設備a ，其回 收造粒處理過裎中，藉由所述翻轉單元8〇能以自動化 11 雖透過特定的術语進行說明 之專利範圍；熟悉此項技術> 之精神與原則後對其進行變 -M327785 方式將廢塑膠經攪拌、析離後所產生的靜電連結 4除後，並藉由該定量調節單元的設置，使得 分離單元30處理後的廢塑膠可自動進行定量調節 之作業，使其對照【先前技術】所提造粒部份過 藉由人力作業而容易產生之延君工時、配料率不 種種問藉由本創作之創新改良設言十，俾可省 知人工作業方 < ’達到確實提昇整體造粒設備處 率，有效降低誤差率、+良率而更加符合較佳產 用效益之進步性。 具體說明本創作，且 不能以此限定本新型 之人士當可在瞭解本 修改而達到等效之目 現象 經過 輪送 程中 良等 略習 理效 業利 文中 創作 創作 的， M327785 ， 【圖式簡單說明】 第1圖：本創作之造粒 第2圖：本創作之翻轉 第3圖：本創作之翻轉 第4圖：本創作之定量 第5圖：本創作之定量 〜第6圖：係第4圖B部 -第7圖：本創作之驅動 • 第8圖：本創作之加工 【主要元件符號說明】 程平面示意圖。 元平面示意圖。 元動作示意圖。 節單元動作示意圖一。 節單元動作示意圖二。 放大示意圖。 置動作示意圖。 供應單元放大示意圖。 回收造粒處理設備 A 儲料單元 1 粉碎單元 2 分離單元 3 混合成粒單元 4 加工液供應單元 5 上儲液槽 5 下儲液槽 5 控制閥 5 抽液幫浦 5 定量儲液桶 5 輸送單元 6 定量調節單元 7 容置空間 7 、61、62、63、64 13 M327785 下端出口 7 1 0 旋擺式擋板 7 2 旋擺端 7 2 1 驅動裝置 7 3 氣壓伸縮缸 7 3 1 伸縮軸桿 7 3 2 彈性支撐構件 7 4 感應構件 7 5 7 6 翻轉單元 8 0 立向筒體 8 1 旋轉架 8 2 8 2 B 容置槽 8 3 8 4 儲料槽 9 0 14As shown in FIG. 2, when the rotating frame 82, 82B is in the form, it can be disposed at the outlet of the lower end of the vertical cylinder 81, so as to connect the dumping of the rotating frame 82 and dump the dumping. Waste plastic to another rotating frame 82B program. With the above structure and composition design, the following is explained as follows: As shown in Fig. 1, the waste material (waste plastic) is poured into the inside of the container unit 60 (the belt conveyor unit 20 can be used for waste). The pulverization is performed to form a sheet-like waste type plastic, and an electrostatic attraction connection phenomenon is generated between the severely ground rubber unit pieces generated by the process of crushing and separating, and the falling characteristic is provided, and the sensing member type baffle 72 is provided by the flat The opposite type M1 is arranged between the rotations of the baffle 72 and is provided with an integral 81. The vertical turret 82 has a plurality of plastics arranged in a plurality of conveying units 64, and is again turned over again. The use of the hopper to convey the pulverization (note, the waste rub, so that the plastic, that is, the waste plastic 9 M327785 glue will entangle to form a dough), continued by transporting a < The wind conveying method (for example, a blower) conveys the waste plastic to the separation unit 3〇. As shown in FIG. 2, the separation unit can be omitted by separating the member. First, the waste plastic is screened and analyzed, and the waste plastic can be dropped into the rotary frame 82. The groove δ ^ is located in the groove 84 of the person, and the process of turning the plastic by the rotation and the subsequent movement is made, and the waste plastic falling down can fall into the σ海立向筒 81 The conveying unit 64 provided at the lower end outlet (which can be used to pour the pulley into the other-rotary frame 82Β to carry out the process of inverting the waste plastics) (咕, after the plastic waste is broken, the plastic molecules themselves The system will generate electrostatic absorption 'so that it needs to be reversed to eliminate the electrostatic attraction of the plastic molecules itself, so that the effect of flipping separation can be better. No. 4, the above-mentioned 'overturned program processing The waste plastic afterwards is then sent to the quantitative adjustment unit 7 via the blower in the transport unit 62 (which can be a "wheeling machine). When dumped to the quantitative adjustment, it is 7" When the weight in 71 reaches a certain value The elastic supporting member 74 is pressed by the load to cause the accommodating space 7 to be moved downward, so that the sensing members 75 and 76 generate the alignment sensing (as shown in FIG. 6), thereby driving the driving device 73. The inner pneumatic expansion cylinder 731 is actuated to extend the telescopic shaft 73... obliquely downward (where the telescopic shaft +732 is coupled to the swinging end 721 of the swinging baffle 2) to drive the The swinging end 721 of the swinging baffle 72 performs a downward swinging motion (as shown in Fig. 7, it is a schematic diagram of the action of the side swinging baffle 72). Continued above, as shown in Fig. 5 and Fig. 5 As shown, when the swinging baffle π 10 M327785 is driven by the driving device 73 to rotate the waste plastic in the downward swinging sun ray 71 into the granulating unit 4, there is no space in the accommodating space 71. When the waste plastic is hoarded, the # 容 空 田 孩 孩 孩 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性In turn, the 丨1F glaze was retracted at 732, and the swaying end 721 of the squatting baffle 72 was turned by # ^ / ' 9 π. Moved to the horizontal setting type. For example, the first and eighth figures are +.. t, /, in the process of dumping the fallen plastic unit 40, the word/heart & granule early The processing liquid supply unit 5 can be used for quantitative dispensing by controlling the reading, so that the lower storage J:i obtains the appropriate capacity, and then the liquid is delivered to the second Kunming via the pumping pump 54. : in the quantitative liquid storage tank 55 disposed at the upper end of the granulating unit 40, and then mixed into a processing unit of the granule unit 4, so that the waste plastic can form a spherical solid: and then transferred to the hopper through the conveying unit 63. 9功效. Efficacy Description: The fact that the creative effect is improved is as follows: 1. As shown in Fig. 1, by means of the inverting unit 80 between the separating unit 30 and the quantitative adjusting unit 7〇, the structure of the inverting unit 80 is made. The plurality of rotating frames 82 and 82B are arranged to enable the introduced pulverized waste plastic to be loosely actuated by flipping, thereby reducing the electrostatic connection phenomenon of the waste plastic after being processed by the pulverizing unit 20 and the separation unit 30, In order to improve the granulation uniformity and quality of practicality. 2. The recycling granulation processing device a of the quantitative function described in the present invention, which is recycled in the granulation process, and the reversing unit 8 can be used to automate 11 although the patent scope is explained by specific terms; After being familiar with the spirit and principle of the technology, it is changed. The M327785 method divides the electrostatic connection 4 generated after the waste plastic is stirred and separated, and the separation unit 30 is provided by the setting of the quantitative adjustment unit. The treated waste plastic can be automatically quantitatively adjusted, so that the granulation part proposed by the [previous technique] can be easily produced by manual work, and the batching rate is not various. Improve the set of ten, you can save the knowledge of the manual operator < 'to achieve the actual increase in the overall granulation equipment rate, effectively reduce the error rate, + yield and more in line with the progress of better production efficiency. The specific description of the creation, and can not be used to limit the person of this new type, can understand the modification to achieve the equivalent of the phenomenon through the round of the process of good work, such as the text, M327785, [Simple Description] 1 Figure: Granulation of the creation of the second picture: the flip of the creation of the third picture: the flip of the creation of the fourth picture: the quantitative of the creation of the fifth picture: the quantitative of the creation ~ Figure 6: Department 4 Figure B Department - Figure 7: The driving force of this creation • Figure 8: Processing of this creation [Description of main component symbols] Schematic diagram of the process. A schematic diagram of the meta plane. The schematic diagram of the meta action. Schematic diagram of the unit operation. Schematic diagram of the unit operation. Zoom in on the schematic. Set the action diagram. The supply unit is enlarged. Recycling granulation treatment equipment A hopper unit 1 comminution unit 2 separation unit 3 mixing granulation unit 4 processing fluid supply unit 5 upper storage tank 5 lower storage tank 5 control valve 5 pumping pump 5 quantitative liquid storage tank 5 conveying Unit 6 Dosing unit 7 Housing space 7, 61, 62, 63, 64 13 M327785 Lower end outlet 7 1 0 Swing baffle 7 2 Swing end 7 2 1 Drive 7 3 Pneumatic telescopic cylinder 7 3 1 Telescopic shaft Rod 7 3 2 Elastic support member 7 4 Inductive member 7 5 7 6 Flip unit 8 0 Vertical cylinder 8 1 Rotating frame 8 2 8 2 B accommodating groove 8 3 8 4 Storage tank 9 0 14