M347996 八、新型說明： V 10 v . 【新型所屬之技術領域】 本創作係有關於一種廢塑膠再生機之輸送裝置，尤其 私加熱單元之溫度係自該入料口往該套筒中段提高再往 出料口降低，其可有效地提供廢塑膠加熱熔融溫度，且螺 牙組之牙深自攪拌轴桿的進給端往擠出端漸縮，可提高廢 塑膠熔融的密實度，藉此輸送裝置得以節省能源及提高廢 -塑膠再生粒子之品質。 籲【先前技術】 已公告前案第088216450號「塑膠發泡押出成型機結 構」專利案，其押出螺桿由前至後設有數區段；第一區段 之押出螺桿内徑相同’其可供入料及加熱之用；第二區段 之押出螺桿内徑由小至大再至相同，其可供壓縮及授拌之 用；第三區段之押出螺桿内徑由大漸小至相同再至漸增； 第四區段之押出螺桿内徑係為相同，其可供出料押入模具 鲁中成型成品。 ' θ上述前案將押出螺桿由前至後設為數區段，且押出螺 桿内徑各區段不同，其不僅使押出螺桿之製造困難度增 相對的押出螺桿之生產成本亦提高’該押出螺桿因為 生產製造成本偏高而不符合產業利用性。 【新型内容】 本創作人有鐘於已公開前案押出成型機之押出螺桿 子在的問題’特創新設計一得以節省能源 供加熱炫融溫度及提高廢塑膠再生粒子品質之「廢 M347996 生機之輸送裝置 其摘人 ^ 10 與再生使用，其中，t 廢㈣製品之融溶回收 人料口往該套筒中段二f之加熱單元的溫度，係自該 供廢塑膠加熱熔融二;"出：口降低’俾以有效地提 給端往擠出端漸縮，可提古廢塑二之牙深自㈣轴桿的進 ^J徒同廢塑膠熔融的密實唐去。 本創作廢塑膠再生機之輸 加熱單元、-授拌螺桿、一模頭及一 4 ，、一 4處具有ρ 套筒内部形成-輸料室，並輸料室中 域具有-排氣口；該加熱單元，設於 付至τ 料口間之外周壁，且知般_ 、套筒之入料口及出 筒中段提高再往出料口降低； 1枓口往該套 括-軸桿及一螺牙且=端’另端為擠出端，並包 ::::::牙:牙係自該進給端往該榜出端二= 軸#上並該螺牙組之牙深係自該進 縮;該模頭，係設於該套筒之出料口處；該濟網擠= 界定形成-緩衝空Γ 擠出端呈間隔地設置並 有關於本創作廢塑膠再生機之輸送裝置 及特點’將佐以如下具體實施例之 、俾; 創作進一步瞭解。 月俾對本 【實施方式】 一為使貴審查人員更進一步明瞭本創作之内容， 就本創作具體可行實施例，配合圖式說明· M347996M347996 VIII. New description: V 10 v . [New technical field] This creation is about a conveyor for waste plastic recycling machine. In particular, the temperature of the private heating unit is increased from the inlet to the middle of the sleeve. The discharge port is lowered, which can effectively provide the heating and melting temperature of the waste plastic, and the tooth depth of the screw set is gradually reduced from the feed end of the stirring shaft to the extrusion end, thereby improving the compactness of the waste plastic melting. The conveyor saves energy and improves the quality of waste-plastic recycled particles. Appeal [Prior Art] The patent case of "Plastic Foam Extruding Machine Structure" has been announced in the previous paragraph No. 088216450. The extrusion screw has several sections from front to back; the first section has the same inner diameter of the extrusion screw. For the feeding and heating; the inner diameter of the extrusion screw of the second section is from small to large and the same, which can be used for compression and mixing; the inner diameter of the extrusion screw of the third section is gradually reduced to the same Increasingly; the inner diameter of the extrusion screw of the fourth section is the same, which can be used for discharging the finished product into the mold. ' θ The above premise will set the screw from front to back as a number of sections, and the different sections of the inner diameter of the extrusion screw are different, which not only increases the manufacturing difficulty of the extrusion screw but also increases the production cost of the extrusion screw. Because the manufacturing cost is high, it is not in line with industrial utilization. [New content] The creator has the problem of the extrusion of the screw in the molding machine before the public has been released. 'Innovative design one can save energy for heating and melting temperature and improve the quality of waste plastic recycled particles. "Waste M347996 The conveying device is used for picking up and reclaiming 10, and the temperature of the heating unit of the middle part of the sleeve is recovered from the waste material of the scrap (four) product, and the temperature of the heating unit is heated and melted from the waste plastic; : The mouth is lowered '俾 to effectively push the end to the extrusion end to shrink, and the ancient waste plastic two teeth deep from the (four) shaft into the ^J appetite with the waste plastic melting dense Tang. The creation of waste plastic recycling The heating unit of the machine, the mixing screw, the one die and the 4th, the 4th, and the 4th have a p-sleeve internal forming-feeding chamber, and the middle of the feeding chamber has an exhaust port; the heating unit is provided After paying to the outer wall of the τ material mouth, and knowing that _, the inlet of the sleeve and the middle section of the outlet are raised to the discharge port; 1 枓 mouth to the sleeve - shaft and a thread and = End 'the other end is the extrusion end, and the package:::::: teeth: the teeth from the feed end to the top of the list = the axis of the screw and the depth of the thread of the screw set from the expansion; the die is set at the discharge opening of the sleeve; the net extrusion = defining the formation - the buffer is empty The setting and the conveying device and characteristics of the waste plastic recycling machine of the present invention will be described in the following specific examples; 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 。 。 。 The content, the specific feasible embodiment of this creation, with the schema description · M347996
本創作廢塑膠再生機之輸送裝置〔請參閱-^ 包含一套筒（1)、一加熱單元（2)、一攪拌螺桿（3)、一 模頭（4)及一濾網（5); 該套筒（1)，其具有入料口（11)及出料口（12)，於 套旖（1)内部形成一輸料室（13)，且輸料室（Μ)中段 處具有一排氣口（14); 該加熱單元（2)，係設於套筒（1)之入料口（I〗）及 出料口（12)之間的外周壁，且加熱單元（2)之溫度係自 該入料口（11)往該套筒（1)中段提高再往出料口（I?) 降低，藉此得以有效地提供廢塑膠加熱熔融溫度； 該攪拌螺桿（3)〔請參閱第三圖〕，係可轉動地設置在 該輸料室（13)内，其-端為進給端（31)、另端為擠出端 (32)，並包括一軸桿（3〇)及一螺牙組（33);該轴桿（3〇) 桿徑係自該進給端（31)往該擠出端（32)漸大〔請參閱 f四及五圖〕’其中，攪拌螺桿⑺之桿徑與長度比係為！： 〇至1 . 35，且授拌螺桿（3)之桿徑與長度比最佳比例係 為1.24;該螺牙矣且（33)〔請參閱第三圖〕，係自該進給端 (31) 往該擠出端（32)螺旋環繞於該軸桿（3〇)上〔請 參閲第四及五圖〕’並該螺牙組（33)之牙深係自該進給二 父：：：擠出端（32)漸縮，俾以提高廢塑膝熔融的密 二’、’螺牙組（33)之進給端（3 (32) 牙深之比例係為1:3至1:5。 褙出^ 參閲=〕⑷’係設於料筒⑴之心⑽處〔請 M347996 一濾網（5)，係設於該模頭（4)之一側，其與該授拌 螺桿（3 )之擠出端呈間隔地設置俾以形成一緩衝空間（6 )， 且濾網（5)與攪拌螺桿（3)之擠出端夾角（B)約為35。， 此夾角（B )可以充份攪拌熔融後之高密度塑料。 使用實施本創作廢塑膠再生機之輸送裝置，得以節省 能源及有效率地提供加熱溶融溫度及提高廢塑膠再生粒子 之品質；其中，加熱單元（2)之溫度係自該入料口（11) 在該套筒（1)中段提高再往出料口（12)降低，其加熱單 ®元（2)可有效地提供廢塑膠加熱溶融所需之溫度，且螺牙 組（33)之牙深自攪拌螺桿（3)的進給端（31)往擠出端 (32)漸縮，可提高熔融塑料的密實度，攪拌螺桿（3)之 擠出端（32 )所形成之緩衝空間（6 )，可使熔融後之高密 度塑料順利經由遽網（5 )過遽，且經由模頭（4)將塑料 擠壓出，並防止熔融塑料逆流者。 本創作將加熱單元（2 )之溫度，自該入料口（ 11)往 φ該套筒（1)中段提高再往出料口（12)降低，其可改善習 用加熱單元僅以單一溫度熔融廢塑膠料，造成能源浪費之 問題’其中’本創作加熱單元（2 )於進給端（31 )之溫度 因應廢塑勝料初入套筒（丨），所以熔融溫度較低，而加熱 單元（2 )於攪拌螺桿（3 )中段之溫度，因應廢塑膠料已 進入套筒（1)内部深處，所以熔融溫度最高，其並因應高 溫於套筒（1)中段設置有排氣口（14)，另加熱單元（2) 之擠出端（32)溫度因應廢塑膠料將出套筒（1)，所以熔 融酿度降低，本創作將加熱單元（2)之溫度，自該入料口 M347996 (11 )往該套筒（1)中段提高再往.出料口（12)降低之創 新’可使廢塑膠料之熔融效率增進者。 【综觀本創作構造特色所產生之效果】 _ 1本創作廢塑膠再生機之輸送裝置，其結構特徵與技 術内容，見諸同範疇產品未曾思及、作為之新穎性，係為 具備新型專利要件之創新者。 2本創作廢塑膠再生機之輸送裝置，其加熱單元（2) 鬱之溫度係自該入料口（11)往該套筒⑴中段提高再往出 料口（12) 低’彳節省能源及有效率地提供加熱溶融溫 度及提高廢塑膠再生粒子之品質。 3、 本創作廢塑膠再生機之輸送裝置，其螺牙組（33) 之牙深自_螺桿（3)的進給端（31)往擠出端（32)漸 縮’可提高熔融廢塑膠的密實度。 4、 本創作廢塑膠再生機之輸送裝置，其攪拌螺桿 之擠出端（32)與濾網（5)内面所形成之緩衝空間（6)， 鲁可防止已熔融之廢塑膠逆流者。 5、 本創作廢塑膠再生機之輸送裝置，其 之桿徑係自該進給端(31)往該挢出端(3心=) 牙組（33)之牙深自進給端往該擠出端（32)漸縮，該攪 =桿（3)與螺牙組（33)之成型，並無製造困難及生產 製造成本偏高之問題，其充份符合產業利用性。 上述廢塑膠再生機之輸送裝置之使用及實施例，為本 創作較佳實施例之一，並非用以侷限本創作之特徵，舉凡 利用本創作相關之技術手段、創設原理之再創作，均應屬 9 M347996 本創作之創設目的及申請專利範圍之内。 綜上所述，本創作廢塑膠再生機之輪送裝置，確實τ 達到增進實施之功效，且未見於刊物或公開使用， 合新型專利之申請要件，麦依 王付 利之申請，敬#肖局早日呈本案新型專 德便。 賜准本案之新型專利，則實感 M347996 【圖式簡單說明】 第一圖：本創作廢塑膠再生機之輸送裝置之剖視圖 第二圖：本創作廢塑膠再生機之輸送裝置之A詳圖 第三圖：本創作輸送裝置之攪拌螺桿側視圖 第四圖：本創作輸送裝置之攪拌螺桿仰視立體圖 第五圖：本創作輸送裝置之攪拌螺桿俯視立體圖 【主要元件符號說明】 1 套筒 11 入料口 12 出料口 13 輸料室 14 排氣口 2 加熱單元 3 攪拌螺桿 30 軸桿 31 進給端 32 擠出端 33 螺牙組 4 模頭 5 濾網 6 緩衝空間 11The conveying device of the waste plastic recycling machine of the present invention (please refer to -^ includes a sleeve (1), a heating unit (2), a stirring screw (3), a die (4) and a filter screen (5); The sleeve (1) has a feed port (11) and a discharge port (12), and a feed chamber (13) is formed inside the sleeve (1), and a middle portion of the feed chamber (Μ) has a Exhaust port (14); the heating unit (2) is disposed on the outer peripheral wall between the inlet (I) of the sleeve (1) and the discharge port (12), and the heating unit (2) The temperature is lowered from the inlet port (11) to the middle of the sleeve (1) and then to the discharge port (I?), thereby effectively providing the heating and melting temperature of the waste plastic; the stirring screw (3) Referring to the third figure], it is rotatably disposed in the feeding chamber (13), the end is a feeding end (31), the other end is an extruding end (32), and includes a shaft (3 〇) And a threaded set (33); the shaft (3〇) rod diameter is gradually increased from the feeding end (31) to the extruding end (32) (refer to Figure 4 and Figure 5) The rod diameter and length ratio of the screw (7) is! : 〇 to 1.35, and the ratio of the rod diameter to the length ratio of the mixing screw (3) is 1.24; the thread is 矣 (33) [see the third figure], from the feed end ( 31) spirally around the extrusion end (32) on the shaft (3〇) (see Figures 4 and 5) and the depth of the thread (33) is from the feeding father ::: The extrusion end (32) is tapered, so as to increase the feed end of the blistering melted knees, the threaded end of the threaded set (33) (3 (32), the ratio of the tooth depth is 1:3 to 1:5. 褙出^ Refer to =](4)' is placed at the center (10) of the barrel (1) [Please M347996 a filter (5), which is located on one side of the die (4), and it is The extrusion end of the mixing screw (3) is disposed at intervals to form a buffer space (6), and the angle (B) between the filter screen (5) and the extrusion end of the stirring screw (3) is about 35. (B) The high-density plastic can be fully stirred and melted. The conveying device for implementing the waste plastic recycling machine can save energy and efficiently supply the heating melting temperature and improve the quality of the recycled plastic waste particles; (2) The temperature is from The inlet (11) is raised in the middle of the sleeve (1) and lowered to the discharge port (12). The heating element (2) can effectively provide the temperature required for the heating and melting of the waste plastic, and the screw set (33) The tooth depth is gradually tapered from the feeding end (31) of the stirring screw (3) to the extrusion end (32), thereby improving the compactness of the molten plastic, and the extrusion end (32) of the stirring screw (3) The buffer space (6) is formed, so that the molten high-density plastic can be smoothly passed through the mesh (5), and the plastic is extruded through the die (4), and the molten plastic is prevented from flowing back. The temperature of the unit (2) is lowered from the inlet port (11) to the middle portion of the sleeve (1) and then lowered to the discharge port (12), which can improve the conventional heating unit to melt the waste plastic material only at a single temperature. The problem of energy waste is caused by the fact that the temperature of the feed heating unit (2) at the feed end (31) is due to the raw material entering the sleeve (丨), so the melting temperature is lower, and the heating unit (2) The temperature of the middle section of the stirring screw (3) is the highest in the melting temperature because the waste plastic material has entered the deep inside the sleeve (1). The venting port (14) is disposed in the middle of the sleeve (1) in response to the high temperature, and the temperature of the extruding end (32) of the other heating unit (2) is out of the sleeve (1) in response to the waste plastic material, so the melting degree is melted. Reduced, this creation will heat the temperature of the unit (2), from the inlet M347996 (11) to the middle of the sleeve (1) and then to the outlet (12) to reduce the innovation 'can make plastic materials The improvement of the melting efficiency. [Overview of the effect of the characteristics of the creation of the structure] _ 1 The design of the transmission device of the waste plastic recycling machine, its structural characteristics and technical content, see the products of the same category have not been thought of, as a novelty, It is an innovator with new patent requirements. 2 The conveying device of the waste plastic recycling machine is created, and the temperature of the heating unit (2) is increased from the inlet (11) to the middle of the sleeve (1) and then to the outlet (12). Efficiently provide heating melting temperature and improve the quality of recycled plastic recycled particles. 3. The conveying device of the waste plastic recycling machine of the present invention, the tooth depth of the screw set (33) is tapered from the feeding end (31) of the screw (3) to the extrusion end (32) to improve the molten plastic waste. The degree of compaction. 4. The conveying device of the waste plastic recycling machine of the present invention has a buffer space (6) formed by the extrusion end (32) of the stirring screw and the inner surface of the filter (5), and can prevent the molten plastic from flowing back. 5. The conveying device of the waste plastic recycling machine of the present invention has a rod diameter from the feeding end (31) to the protruding end (3 heart =), and the tooth depth of the tooth group (33) is from the feeding end to the extrusion The end (32) is tapered, and the formation of the stir bar (3) and the screw set (33) has no problem of manufacturing difficulty and high manufacturing cost, and is fully compatible with industrial applicability. The use and embodiments of the conveying device of the above-mentioned waste plastic recycling machine are one of the preferred embodiments of the present invention, and are not intended to limit the characteristics of the creation. Any use of the technical means and creation principle of the creation should be recreated. 9 M347996 This creation is intended to be created and patented. In summary, the wheeled device of the waste plastic recycling machine of the present invention has achieved the effect of improving the implementation, and has not been found in the publication or public use, and the application requirements of the new patent, the application of Mai Yiwang, and the #肖局As soon as possible, the new type of special ethics will be presented. Given the new patent in this case, the real M347996 [simple description of the drawing] The first picture: the cross-sectional view of the conveying device of the waste plastic recycling machine of the creation. The second picture: the detailed drawing of the conveying device of the waste plastic recycling machine Fig.: Side view of the stirring screw of the creative conveying device. Fourth figure: The stirring screw of the creative conveying device is viewed from the bottom view. The fifth drawing: the top view of the stirring screw of the creative conveying device [Description of the main components] 1 Sleeve 11 Inlet 12 Discharge port 13 Feeding chamber 14 Exhaust port 2 Heating unit 3 Stirring screw 30 Shaft 31 Feed end 32 Extrusion end 33 Screw set 4 Die 5 Filter 6 Buffer space 11