M439663 ι 五、新型說明： 【新型所屬之技術領威】 本創作係有關於肖環保紙押出機三層τ型模結 構」’尤指其主要是供回收再利用之石頭粉及塑料配合一重 量助劑介質依比例混煉成高勘稠回收原料，令其可經高速 押出機Τ型模岐管流道匹配塑料、石料進行模流分析使原 料可呈三入-出均勻押出成型，且其上、下層入料之原料 可變更塑料比率適合各種印刷之塑料，並經滚輪連續壓延 _冷却成型出之可再生利用之可供印刷之環保紙材或製品 者。 【先前技術】 按，目刚一般傳統的塑膠合成紙所用之材質為聚氣乙 稀’其在仿紙化製程必須添加大量的㈣及少量碳酸舞， 在原料混鍊後，經壓延機再予冷卻成型，其產品成本高， 且易對加工模具造成損壞，且添加之少量碳_表面構形 ，易造成品質穩定性差，使製成之紙板容易碎 ==保t ’且厚度不均較難達到天然環保紙張用 途再利用’所以未能普遍施行之缺失； 有鑑於上述習知之缺失所在，本創 悉心研究及專#設計，並秉持鐵而 二 方探討錢作衫分完善之構思纽良下，乃推^本創= 【新槊内容] 声主要目的’乃在提供「〜種環保紙押出機三 層m。構」，尤指其7型模以上、下層模組相對組:二 3 M439663 其入料口二側面凸起平台設有貼抵緣及淺溝痕，令其對入 組立可更為緊密抵靠貼合，及中層節流桿嵌設有數止漏伸 縮條遇熱可膨脹使有效防漏，上方設有數單支式推拉調整 螺絲可控制穩固原料流量厚薄，可令中層節流桿準確控制 穩定混煉後之高黏稠狀之回收原料押出成品之厚薄度，及 利用上、下模間相對設有向前開展集流腔之岐管流道可匹 配塑料、石料進行模流分析使呈二入'一出均勻匯集流向射 出口押出成型’最後經滾輪冷却成型’俾達廢料再生利用 Φ環保紙材者。 本創作之次要目的乃在提供「一種環保紙押出機三層 T型模結構」，尤指其τ型模之上、下層岐管流道之原料可 變更塑料比率適合各種印刷之塑料，使增加其表面之光滑 度及助益其各種作用途功能等特性之再生纸印剜之使用或 可永久保存全在於各種配料之運用者。 本創作之又一目的乃在提供「一種環保紙押出機三層 T型模結構」’尤指其上、下模前端穿設有數保渙棒，使溫 籲度再次整合成品之密度均一，使成品冷却後不會成龜蓋型 或上翹者。 本創作之再一目的乃在提供「一種環保紙柙出機三層 T型模結構」，尤指其上、下模間射出口之上模廢設有二雙 支式推拉作用調整螺絲可使唇隙縫加大或縮小’進而得以 控制調整上、下模間射出口尺寸，俾以控制製造紙的成品 厚薄調整者。 【實施方式】 茲配合圖式將列舉出較佳之實施例，詳細説明本創作 4 M439663 之内容如下： 如第一圖所示係為本創作之立體圖（請同時參閱第 一、二、四圖）’本創作係包括有一上模（1〇)、一下模（2〇)、 二側蓋封板（30)、一中層節流桿（40)、數單支式可推拉調 整螺絲（50)、數雙支式可推拉調整螺絲（5〇，）、數鎖結元 件（80)及一入料轉換座（90)與數保溫棒（B)、數止漏伸縮條 (41)、數定位塊（60)，其上模（1())於一端先形成一可與入 料轉換座（90)中間入料孔相接合之上半射入口（n)及一可 鲁與入料轉換座（90)上入料孔相接合之上射入口（丨丨，），於 上半射入口（ 11)左右兩側設有一組左右相對凸起平台 (14)，兩凸起平台（14)上設有左右呈』形相對的淺溝痕 (141)，往前設有一排螺孔（142)，鄰近平台（14)邊緣設有 左右呈L型相對的凹槽（143)並排佈有數螺孔（142)，同時 使凹槽（143)周邊形成貼抵緣（145)，往前並於適當位置形 成一向前側開展水平呈〉字型之上半集流腔（丨2)，後再形成 一長凹槽之節流腔（13)，供中層節流桿（4〇)設置，於上模 φ (10)前段之中層節流桿（40)上方並設有單支式可推拉調整 螺絲（50)可控制中層節流桿（40)穩固原料流量厚薄，及上 模唇上方前端設有雙支式推拉作用調整螺絲（5〇，）供射出 口（ 19 )模唇隙缝加大或縮小之調整，進以調整上、下模 (10、20)射出口（19)尺寸以控制製造紙的成品厚薄調整， 另上模（10)前端近射出口適當處穿設有數保溫棒（B)穿孔 以供保溫棒（B)穿設’並於相對適當處配合設有數溫控點以 供感測保溫棒（B)溫度；而下模（20)對應上模（1〇)亦形成一 與入料轉換座（90)中間入料孔相接合之下半射入口（21)及 一與入料轉換座（90)下入料孔相接合之下射入口（21，）、 5 M439663 m 凸起平台[24 ’其平台貼合面上設有左右呈』形相對的淺溝 痕（241)，往剛設有一排螺孔（242)，鄰近平台邊緣亦對稱 設有左右呈長L型相對的凹槽（243)並排佈有數螺孔 (242)，同時亦使凹槽（243)周邊形成貼抵緣（245)]、一下 半集流腔（22)，及對應該節流腔（13)形成一長切口（23) 後，復再形成一長弧槽（25)，另下模（20)前端近射出口適 當處穿設有數保溫棒（B)穿孔以供保溫棒（B)穿設，並於相 對適當處設有數溫控點以供感測保溫棒（β)溫度；二側蓋封 鲁板（30)係呈相對稱體可蓋合上、下模（1〇、2〇)之二側，於 底、侧邊配合以模固定座（31)及模固定9〇度對位塊（32) 配合鎖結元件（80)封合鎖設固定，俾以蓋合各腔槽，而於 作押出成型時原料不致外流，中層節流桿（4〇)係供一陳設 於該上模（10)長凹槽之節流腔（13)而不鬆動之長板體，並 配合嵌設有數止漏伸縮條（41，係具有遇熱可膨脹之特性可 有效止漏），長板體上端前後形成一利於原料流動之倒角， 使中層節流桿（40)可配合單支式可推拉調整螺絲（5〇)進以 鲁控制中層卽流桿（40)利用中層節流桿（4〇)控制其押出之 成品厚薄；. 於組合時，其Τ型模以上、下層模組相對使其上、下 模（10、20)疊合後配合有數定位塊（60)予以固定定位，並 依各構件之相關位置予以組合，各構件間均以適當數量之 螺絲予以相結合鎖固，使上、下模（丨〇、2〇)間成射入口（丨丄、 21)、集流腔（16)及寬流道（18)、緩衝弧凹面（π)、噴射狀 射出口（19)，令二側蓋封板（30)係呈相對蓋合上、下模 (10、20)二侧，於底、侧邊配合以模固定座（31)及模9〇度 對位塊（32)配合鎖結元件（80)封合鎖設固定，另於其上、 6 M439663 下模（10、20)前端穿孔穿設有數保溫棒（B，可使溫度再次 整合成品之密度均一使成品冷却後不會成龜蓋型或上翹） 及上下適當處對應設有數溫控點（A ,供與保溫棒B配合， 可感測保溫棒B之預熱溫度），又其中層節流桿（40)配合嵌 a又有數止漏伸縮條（41 ’係具有遇熱可膨脹之特性可有效止 漏）陳設於該上模（1〇)長凹槽之節流腔（丨3)並受數單支式 可推拉調整螺絲（5〇)抵撑限位可控制押出成品厚薄度（當 調整螺絲向反時鐘轉向可使節流桿壓下及使控制押出成品 φ變薄’反之向順時鐘轉向則可控制押出成品變厚），並與固 定壓板螺絲（51)係以一排交互排列穿過上模（1〇)螺設於該 中層節流桿（40)或固定壓板者。 又其於疊合時，其上、下模（10、20)間相對之凸起平 台（14、24)、貼抵緣（145、245)及平台之淺溝痕（141、241、） 間即可呈一相對貼合面’使其上下可相磨合及貼抵為為密 合並配合螺絲鎖固，而其於組設後，上、下模（1〇、2〇)中 心形成一完整之中間射入口（11、21)、上模（1〇)上端入料 鲁孔與入料轉換座（9〇) —入料口相接合成一上射入口（11’） 並使構成一上岐管流道（15’）、下模（20)下端入料孔與入 料轉換座（90) —入料口相接合成一下射入口（2Γ )再使構 成一下岐管流道（15”）及上、下模（10、20)對合形成一完 整集流腔（12、22)，前端寬口平面往前至長切口（23)即構 成一適段之淺槽面（16)及於長弧槽（25)處即構成一適段之 弧凹面（17)之寬流道（18)，使末端同時形成一具喷射口狀 出口之完整中間岐管流道（15) ’另其上、下岐管流道 (15’ 、15”）末端喷射口設呈往中間岐管流道（15)喷射c? 接泊併流滙集，使可經由上、下模（10、20)前端間構成厶 7 M439663 南平行度之射出口（19)押出成型者。 其使用時，僅須與將混煉機送料輸送管接設於環保紙 押出機Τ型模之入料轉換座（9〇)之入料口，使先將回收再 利用之石頭粉及塑料原料配合一重量助劑介質依比例 (80%:15%:5«經混煉設備混煉成高黏稠液體原料（亦可為 塑膠第二類回收之純塑料所煉成高黏稠液體原料）經由^ 料輸送管輸送至押出機Τ型模入料轉換座（90)再流到τ型 模内使分別經由中間射入口（1卜21)進入中間岐管流道（15) 籲之集流腔（12、22)並使沿其前侧開展之〈型腔室之集流腔 (12、22)向一側填充，並進而沿該寬流道（18)向前流經淺 槽面（16)及弧凹面（17)緩衝，再經末端噴射口狀之出口押 出及同時各另由上、下入料口（1Γ 、21’ ）之上、下兩岐 管流道（15’ 、15”）分流進入其輸送流道並經末段集流腔 (11Γ 、211’）後各順沿其往中間岐管流道（15)之末端喷 射狀出口流道接泊之出口與中間岐管流道（15)末端噴射口 狀之流道出口方向順流道縫隙擠壓滙流後經上、下模（1〇、 • 20)末端間構成之高平行度之射出口（19)押出成型，而其節 流腔（13)之中層節流桿（40)受調整螺絲（50)抵撐限位，可 調整控制其流向射出口（19)之成品厚薄度’並使流過長弧 槽（14)之弧凹面（Π)形成一緩衝流道’使可平均寬流道（18) 上之混煉後之環保再生原料’以免過量之原料擠入射出口 而造成押出之環保紙内部結晶不均產生内應力’使可形成 三入一出之環保材順利押出並經由上、下模（1〇、20)間前 端之射出口（19)時，同時可經上、下模（10、2〇)前端設置 之數保溫棒（Β)之預熱作用可使溫度再次整合成品之密度 均/使成品冷却後不會成龜蓋型或上勉’以使可平整押出 8 M439663 所需成品成型’並於料出卿後經由—冷卻滾輪設備冷 拉膜修邊’最後在經收捲機捲收環保紙 製成石頭紙印刷品、便當盒紙板、包 ί:個種成品，且其再生製成品可在陽光曝曬 j二個月可自動料Μ造成污染，俾可達具環保資材 尤政者。 又上述上、下層之上、下岐管流道（15，、15”）入料 之被保原料可變更調整塑料配料比率以使適合各種印刷運 #用之塑料，使增加其表面之紐度，提㈣益於其各種作 用途功能等特性之再生紙印刷之使用或可永久保存，全在 於各種配料之運用者。 當欲調整增加押出之流量厚薄度時，當然 減並可利时層節流桿⑽控制其押出之成品厚薄，如^ 增加押出成品厚度時，其僅需先將中層節流桿（40)之調整 螺絲（50)予以順時針方向一一旋轉而旋鬆至預定高度並螺 固，即可完成調整控制使中層節流桿（4〇)上拉令中層節流 鲁桿（40)押出量增加使押出成品變厚；反之，欲減少押出環 保紙材之成品厚度時，則再將中層節流桿（4〇)調整螺絲（5〇) 予以反時針方向一一旋轉至預定高並螺固，即可完成調整 控制使中層節流桿（40)壓下迫使押出成品變薄，俾達於使 用時可簡易控制操作，且可利用中層節流桿（4〇)設有止漏 伸縮條（41)’利用其遇熱會膨漲:作用可確實並增強防漏， 使其Τ型模結合入料轉換座使以不同之塑材但可相融合之 特性及環保原料經模流分析及岐管流道匹配塑料及石料呈 二入一出均勻灌至射出口押出成型，俾達使產品可得均一 化模壓一元化之效者。 9 M439663 又當欲調整製造紙成品的厚薄時，其可視環保紙材所 須押出之厚度（即可依成品控制須求）予以調整模唇射出口 (19)開口尺寸，利用調整設於前端上模唇上方之雙支式調 整螺絲（50’）以推拉作用調整唇隙縫加大或縮小，此調整 螺、’糸（5 0 )為製造紙的成品厚薄調整功能，利用調整^絲 ⑸，）推拉作用可使模唇開度難，其於操作時，S 先鬆退所對應螺絲後，操作設於模唇上之雙支式可推拉調 整^(50’）’ #成品紙需變厚時’即可直接推拉射出口 • (9)上方之雙支式可推拉調整螺絲(5〇,）利用螺M439663 ι V. New Description: [New Technology Alliance] This creation department has three layers of τ-type mold structure for Xiao Environmental Paper Extrusion Machine. 'In particular, it is mainly used for recycling and reuse of stone powder and plastic. The auxiliary medium is mixed into a high-recovery and heavy-recovery raw material in proportion, so that it can be subjected to mold flow analysis through a high-speed extrusion machine-type mold tube flow channel matching plastic and stone material, so that the raw material can be uniformly extruded in three-inlet-out manner, and The raw materials of the upper and lower layers can be changed to suit the plastics of various printings, and are continuously calendered by rollers_cooled and formed into recyclable environmentally friendly paper or products for printing. [Prior Art] According to the material, the material used in the traditional plastic synthetic paper is made of polyethylene. In the imitation paper process, a large amount of (4) and a small amount of carbonic acid dance must be added. After the raw material is mixed, the calender is re-applied. Cooling molding, the product cost is high, and it is easy to damage the processing mold, and the addition of a small amount of carbon_surface configuration, easy to cause poor quality stability, making the made cardboard easy to break == Bao t 'and uneven thickness is difficult Reaching the use of natural environmentally-friendly papers, so the lack of widespread implementation; in view of the above-mentioned lack of knowledge, this ingenious research and design #, and uphold the iron and the two sides to explore the idea of money for the perfection of the shirt , is the push of the original = [new content] The main purpose of the sound is to provide "~ kinds of environmentally friendly paper extrusion machine three layers m. Structure", especially the 7-module and lower-level module relative group: 2 3 M439663 The two sides of the inlet of the inlet port are provided with abutting edge and a shallow groove mark, so that the pair can be more closely abutted against the assembly, and the middle throttle bar is embedded with a plurality of leak-proof expansion bars to be heated and expandable. Effective leak proof, with number on top The push-pull adjustment screw can control the thickness of the solid material flow, so that the middle throttle rod can accurately control the thickness of the finished product of the highly viscous recycled raw material after the stable mixing, and the relative between the upper and lower molds can be used to move forward. The manifold flow channel of the collecting chamber can be matched with plastic and stone materials for mold flow analysis, so that the two-in-one uniform flow is sent out to the injection port to form the final shape, and finally the roller is cooled and formed. The second objective of this creation is to provide "a three-layer T-die structure for environmentally friendly paper extrusion machines", especially for the raw materials of the upper and lower manifold channels that can change the plastic ratio for various printed plastics. The use of recycled paper printing to increase the smoothness of its surface and to help its various functions and functions can be permanently stored in the hands of various ingredients. Another purpose of this creation is to provide "a three-layer T-die structure for an environmentally-friendly paper extrusion machine", in particular, the front end of the upper and lower molds are provided with a number of protective rods, so that the temperature is again integrated into the uniform density of the finished product. After the finished product is cooled, it will not become a turtle cap or upturned. Another purpose of this creation is to provide "a three-layer T-die structure for an environmentally friendly paper-making machine", especially for the two-double push-pull adjustment screw on the upper and lower die exits. The lip gap is enlarged or reduced, and then the size of the ejection opening between the upper and lower molds is controlled to control the thickness adjustment of the finished paper. [Embodiment] A preferred embodiment will be listed with reference to the drawings, and the contents of the 4 M439663 are described in detail as follows: The first figure is a perspective view of the creation (please refer to the first, second and fourth figures at the same time) 'This creation includes an upper die (1〇), a lower die (2〇), a two-side cover plate (30), a middle throttle bar (40), and a number of single-push push-pull adjustment screws (50). Several double-push push-pull adjustment screws (5〇,), number of lock components (80) and a feed conversion seat (90) and several insulation rods (B), number of leak-proof expansion bars (41), number of positioning blocks (60), the upper mold (1 ()) is first formed at one end to engage with the intermediate feed hole of the feed conversion seat (90), the upper half inlet (n) and a corrugated and feed conversion seat ( 90) The upper inlet hole is joined to the upper injection port (丨丨,), and a pair of left and right opposite convex platforms (14) are arranged on the left and right sides of the upper half injection inlet (11), and the two raised platforms (14) are arranged There are shallow groove marks (141) which are opposite to each other, and a row of screw holes (142) are arranged in front, and the left and right L-shaped grooves (143) are arranged adjacent to the edge of the platform (14) and arranged. a plurality of screw holes (142), at the same time, the periphery of the groove (143) is formed to be attached to the edge (145), and a forward side is formed at a suitable position to carry out a horizontally upper half of the manifold (丨2). A long groove throttling chamber (13) is further formed for the middle throttle bar (4〇), and is arranged above the upper throttle bar (40) in the upper section of the upper die φ (10) and is provided with a single-piece push-pull The adjusting screw (50) can control the thickness of the middle throttle bar (40) to stabilize the material flow, and the double-end push-pull adjustment screw (5〇,) at the upper end of the upper die lip is provided for the injection port (19). Or to reduce the adjustment, to adjust the size of the upper and lower mold (10, 20) injection outlet (19) to control the thickness adjustment of the finished paper, and the upper end of the upper mold (10) near the exit outlet is provided with a number of insulation rods ( B) perforation for the thermal insulation rod (B) to be worn 'and a relatively suitable temperature control point for sensing the temperature of the thermal insulation rod (B); and the lower mold (20) corresponding to the upper mold (1) A semi-injection inlet (21) is engaged with the intermediate feed hole of the feed conversion seat (90) and a feed hole is engaged with the feed inlet of the feed conversion seat (90). Under the injection (21,), 5 M439663 m raised platform [24 'the platform is fitted with a left and right side of the shape of the opposite shallow groove marks (241), just a row of screw holes (242), Adjacent to the edge of the platform, the left and right L-shaped opposite grooves (243) are arranged symmetrically and arranged with a plurality of screw holes (242), and at the same time, the periphery of the groove (243) is formed with abutting edge (245)], and the lower half is collected. After the cavity (22), and corresponding to the throttle cavity (13), a long slit (23) is formed, a long arc groove (25) is formed again, and the front end of the lower die (20) is closely placed at the front exit to be provided with a plurality of heat preservation. The rod (B) is perforated for the heat-insulating rod (B) to be pierced, and a plurality of temperature control points are provided at a relatively appropriate place for sensing the temperature of the heat-insulating rod (β); the two-side lid sealing plate (30) is relatively symmetrical. It can cover the two sides of the upper and lower molds (1〇, 2〇), and cooperate with the mold fixing seat (31) and the mold fixing 9-degree alignment block (32) with the locking component (80) at the bottom and the side. The sealing lock is fixed to cover the cavity of the cavity, and the raw material does not flow out when the extrusion molding is performed, and the middle throttle bar (4〇) is provided for a throttle cavity which is arranged in the long groove of the upper die (10). (13) without The moving long plate body is matched with a plurality of leak-proof telescopic strips (41, which have the characteristics of heat and expansion, which can effectively stop leakage), and the upper end of the long plate body forms a chamfer for the flow of the raw material, so that the middle layer is throttled. The rod (40) can be combined with a single-piece push-pull adjustment screw (5〇) to control the middle layer choke rod (40) to control the thickness of the finished product by using the middle throttle lever (4〇); The upper and lower modules of the Τ-type module are fixedly positioned with the positioning blocks (60) after being superposed with the upper and lower dies (10, 20), and are combined according to the relevant positions of the components, and the components are appropriately The number of screws is combined and locked, so that the upper and lower molds (丨〇, 2〇) form an injection inlet (丨丄, 21), the manifold (16) and the wide flow channel (18), and the buffer arc concave surface ( π), the jet-like ejection opening (19), so that the two side cover sealing plates (30) are oppositely closed on both sides of the upper and lower molds (10, 20), and the mold fixing seat (31) is fitted on the bottom and the side sides. And the mold 9 degree alignment block (32) is matched with the locking component (80), and the front end of the 6 M439663 lower mold (10, 20) is worn. Wear a number of insulation rods (B, the temperature can be re-integrated into the finished product, the density will be uniform, so that the finished product will not become a turtle cover type or upturned), and there are several temperature control points corresponding to the upper and lower appropriate places (A, for use with the thermal insulation rod B) , can sense the preheating temperature of the thermal insulation rod B), and the middle throttle rod (40) is fitted with a plurality of anti-leakage expansion strips (the 41 ' has the characteristics of heat expansion and can effectively stop leakage) The upper die (1〇) long groove throttle cavity (丨3) and subject to a number of single-push push-pull adjustment screws (5〇) to support the limit can control the thickness of the finished product (when the adjustment screw turns to the counterclockwise Pressing the throttle lever and making the control extrudate the finished product φ thinner, and vice versa, turning the clockwise to control the thickness of the finished product, and arranging through the upper die (1〇) in a row with the fixed platen screw (51) The screw is disposed on the middle throttle bar (40) or the fixed platen. In the case of superposition, between the upper and lower molds (10, 20), the convex platform (14, 24), the abutting edge (145, 245) and the shallow groove marks (141, 241,) of the platform. It can be a relatively close-fitting surface' so that the upper and lower sides can be grounded and abutted to form a close-fitting and screw-locking. After the assembly, the center of the upper and lower molds (1〇, 2〇) form a complete The intermediate injection port (11, 21), the upper end of the upper die (1〇), the feed hole and the feed conversion seat (9〇), the inlet port are joined to form an upper injection port (11') and constitute an upper jaw. The tube flow passage (15'), the lower end feed hole of the lower mold (20) and the feed conversion seat (90) - the feed inlet are joined to form a lower injection inlet (2 Γ) and then the lower manifold passage (15" is formed. And the upper and lower molds (10, 20) are combined to form a complete manifold (12, 22), and the front wide-mouth plane forward to the long slit (23) constitutes a suitable shallow groove surface (16) and The long arc groove (25) constitutes a wide flow passage (18) of a suitable arc concave surface (17), so that the end simultaneously forms a complete intermediate manifold flow passage (15) with a jet-shaped outlet. Lower jaw tube flow path (15' , 15") The end injection port is arranged to spray c to the middle manifold flow passage (15), and to be combined and flowed so that the front end of the upper and lower molds (10, 20) can be formed between the front ends of the upper and lower molds (10, 20). (19) Extrusion molding. When it is used, it is only necessary to connect the mixing conveyor of the mixer to the inlet of the feed conversion seat (9〇) of the environmentally-friendly paper extrusion machine, so that the stone powder and plastic raw materials will be recycled and reused first. With a weight of auxiliary medium according to the ratio (80%: 15%: 5« by mixing equipment into a highly viscous liquid raw material (can also be a plastic of the second class of recycled plastics into a highly viscous liquid raw material) via ^ The material conveying pipe is conveyed to the extruding machine, and the mold material conversion seat (90) is re-flowed into the τ-type mold to enter the intermediate manifold channel (15) through the intermediate injection port (1). 12, 22) and filling the manifold (12, 22) of the <cavity chamber along its front side to one side, and then flowing forward along the wide flow path (18) through the shallow groove surface (16) And the concave surface of the arc (17) is buffered, and then exited by the end of the mouth-shaped outlet and simultaneously by the upper and lower inlets (1Γ, 21') and the lower two manifold channels (15', 15") After diverting into its conveying channel and passing through the end collecting chamber (11Γ, 211'), each of the outlets along the middle of the intermediate manifold (15) is ejected at the end of the jet outlet. A high-parallel ejection opening (19) formed by the end of the upper and lower molds (1〇, • 20) after the confluence of the flow path in the direction of the outlet of the intermediate manifold passage (15) Extrusion molding, and the throttle bar (40) in the throttle chamber (13) is restrained by the adjusting screw (50), and the thickness of the finished product flowing to the injection port (19) can be adjusted and made long. The arc concave surface (Π) of the arc groove (14) forms a buffer flow path 'to make the environmentally-friendly recycled raw material after the kneading on the average wide flow path (18) to prevent the excessive raw material from being squeezed into the outlet to cause the inside of the environmentally-friendly paper to be extruded. The uneven crystallization produces internal stresses, so that the environmentally-friendly materials that can form three in and out are smoothly extruded and pass through the front exit (19) between the upper and lower molds (1〇, 20), and can pass through the upper and lower molds simultaneously (10) 2〇) The preheating effect of the number of thermal insulation rods (Β) at the front end allows the temperature to be re-integrated into the finished product. The density of the finished product will not be the shape of the turtle cover or the upper part of the product after cooling, so that it can be plucked 8 M439663 Finished molding 'and after the material is released, through the cooling roller equipment, cold-drawing film trimming' finally received Rolling machine rolls environmentally-friendly paper into stone paper prints, lunch boxes, cardboard, bags: a variety of finished products, and its remanufactured products can be exposed to sunlight in the sun for two months, so that it can be contaminated with environmental protection materials. The politician. The above-mentioned upper and lower layers and the lower sluice channel (15, 15") can be used to change the plastic compounding ratio to make it suitable for various plastics used in printing. The use of recycled paper for the purpose of various functions and functions can be permanently stored, all of which are used by various ingredients. When it is desired to adjust the thickness of the flow that is increased, of course, The time throttle bar (10) controls the thickness of the finished product. If the thickness of the finished product is increased, it only needs to rotate the adjusting screw (50) of the middle throttle bar (40) clockwise one by one to loosen to After the height is fixed and screwed, the adjustment control can be completed so that the middle throttle bar (4〇) is pulled up and the middle throttle bar (40) is increased to increase the thickness of the extruded product; otherwise, the finished product of the environmentally friendly paper material is reduced. Thickness, then The middle throttle lever (4〇) adjusting screw (5〇) is rotated counterclockwise to a predetermined height and screwed to complete the adjustment control so that the middle throttle lever (40) is pressed to force the finished product to be thinned. It can be easily controlled during use, and the middle throttle lever (4〇) can be used with a leak-proof telescopic strip (41). It can be expanded by heat. The effect can be sure and enhance the leakage prevention. The mold combined with the material conversion seat enables the different plastic materials but can be combined with the characteristics and environmentally friendly raw materials through the mold flow analysis and the manifold pipe matching plastic and stone materials into two into one and evenly poured into the injection port to be extruded and formed. The product can be uniformly molded and molded into one. 9 M439663 When it is desired to adjust the thickness of the finished paper product, the thickness of the environmentally-friendly paper material (that is, the required control of the finished product) can be adjusted to adjust the opening size of the lip outlet (19), and the adjustment is provided on the front end. The double-arm adjusting screw (50') above the lip is used to adjust or increase the lip gap by pushing and pulling. The adjusting screw and '糸(5 0) are the thickness adjustment function of the finished paper, and the adjusting wire (5) is used) The push-pull action makes it difficult to open the lip. When it is operated, S first loosens the corresponding screw, and then operates the double-branch push-pull adjustment on the lip. (50')' #When the finished paper needs to be thickened 'You can directly push and pull the exit port. · (9) Double-sided push-pull adjustment screw (5〇,) above the screw
用拉高調整螺絲（5〇，）作A F 押出m眉1 <射出σΠ9)開度調高使 =出之成變厚，反之’當成品 拉射出口（19)上方之雙支戎』直接推 絲始知你田；式了推拉調整螺絲（50，）利用螺 (50,）作為模唇之射出口⑽開 壓下可使押出成品變薄又高的調整螺絲W ) 俾達可簡易調整其模唇之出口厚 度進以控制製成紙之成品厚薄者。 且木$作二二知本創作確實可為相關產業廣為利用’ 符合專利法之規定，爱依法提出新型 月察，惠准專利，編^ 圍所述之特徵及料所Λ即大凡依本創作申明範 創作專利涵蓋之範圍内:：等變化或修飾’皆應仍屬本 IM439663 【圖式簡單說明】 第一圖··係為本創作之立體圖。 第二圖：係為本創作之分解圖。 第三圖：係為本創作之上、下模疊合剖示圖。 第四圖：係為本創作之實施例立體圖。 【主要元件符號說明】 上模............10 上半射入口.....11 集流腔.........11Γ 節流腔.........13 淺溝痕.........141 凹槽...........143 中間岐管流道...15 下岐管流道.....15” 弧凹面.........17 射出口.........19 下射入口.......21’ 下半集流腔.....22 凸起平台.......24 螺孔...........242 貼抵緣.........245 側蓋封板.......30 對位塊.........32 止漏伸縮條.....41 調整螺絲.......50’ 下模............20 上射入口........11’ 上半集流腔......12 凸起平台........14 螺孔............142 貼抵緣..........145 上岐管流道......15’ 淺槽面..........16 寬流道..........18 下半射入口......21 集流腔.........·21Γ 長切口..........23 溝痕............241 凹槽............243 長派槽..........25 固定座..........31 中層節流桿......40 調整螺絲........50 固定壓板螺絲....51 11 M439663 固定塊.........60 入料轉換座.....90Use the pull-up adjustment screw (5〇,) for AF to push out the eyebrow 1 <shoot σΠ9) to increase the opening degree to make it thicker, otherwise 'when the finished product pulls the exit (19) above the double support 戎 directly Push the wire to know your field; the push-pull adjustment screw (50,) uses the screw (50,) as the injection port of the lip (10) to open the pressure to make the finished product thin and high adjustment screw W) The thickness of the outlet of the lip is controlled to control the thickness of the finished product. And the wood for the second two knowledge creation can indeed be widely used for the relevant industries' in line with the provisions of the patent law, love to propose a new type of monthly inspection, patents, and the characteristics and materials described above Within the scope of the creation of the application for the declaration of the patent:: such changes or modifications should still belong to this IM439663 [Simple description of the diagram] The first picture is a three-dimensional diagram of the creation. The second picture is an exploded view of the creation. The third picture is a superimposed cross-section of the upper and lower molds. The fourth figure is a perspective view of an embodiment of the creation. [Main component symbol description] Upper die............10 Upper half shot entrance.....11 Collecting cavity.........11Γ Throttle cavity... ......13 shallow groove marks.........141 grooves...........143 middle manifold flow path...15 lower manifold flow path.. ...15" arc concave surface............17 shooting exit.........19 lower shot entrance....21' lower half manifold.... .22 raised platform.......24 screw hole...........242 affixed to the edge.........245 side cover sealing plate...... .30 alignment block.........32 stop leak telescopic strip .....41 adjustment screw ....50' lower mold............ 20 On the entrance........11' The upper half of the manifold...12 The raised platform........14 Screw hole.......... ..142 affixed to the edge..........145 upper tube flow path...15' shallow groove surface..........16 wide flow path... .......18 The second half of the entrance...21 Collecting cavity.........·21Γ Long incision..........23 Ditch mark.. ..........241 Groove............243 Long slot..........25 Fixed seat........ ..31 Middle throttle bar...40 adjustment screw........50 fixed platen screw....51 11 M439663 fixed block.........60 feed conversion Block.....90
保溫棒.........B 鎖結元件........80Insulation rod............B Locking element........80
溫控點..........ATemperature control point ..........A
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