M272009 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種粉、粒體輸送管之結構改良’主 要針對位於輸入端、輸出端交接之間銜設有弯折管，該彎 折管係由内管、外管及填充於内管、外管之間的彈性物質 所組成，為供提高其結構強度及彈性’以避免該彎折管於 粉、粒體在輸送過程中因有破損而致使外漏之狀況發生， 以達降低該彎折管之更換率，進而延長使用壽命。 【先前技術】 按，請參閱第一圖所不’係為業者使用於輸送粉、粒 體之管體的結構示意圖，對該習知之管體（10)包含有兩呈 不同角度（如垂直角度）設立之輸入端（101)、輸出端 (102)，以及銜結於輸入端（101)、輸出端（102)交接間之 彎折輸送管（103)，該彎折輸送管（103)具有一定之結構強 度〇 然而，由於習知管體（10)所處理之粉、粒體的種類 多’亦有質硬且較為銳利狀如鐵沙、玻璃砂、、、等，故 其運作輸入至輸出之間的轉折過程中，難免會不斷地碰觸 撞擊該彎折輸送管（103)之管壁，以致彎折輸送管（1〇3)之 管壁在經常受到質硬且較為銳利狀之粉、粒體之撞擊力道 下:而使其管壁破損裂開（如第二圖所示），如此一來，導 致行、差該處之吸力及粉、粒體產生外漏之現象，造成習知 管體⑽之料輸送管⑽）經常需要更換之不便，實不 符合該產業所需之經濟效益。 緣疋，今本創作者有鑑於上述彎折輸送管（103)結構 5 M272009 於使=上存有易受損及需要經常更換之缺失，故而積極針 對該乾脅哥求解決之道，同時亦在此期間，藉助多年來所 累積的專業知識與設計製造經驗，且經多方巧思和試驗 後，方研發設計出一種輸送粉、粒體用之輪送管結構創新 λ。十具有較習用更進步耐用之技術改良，以充分發盆 實質效益。 【新型内容】 本創作係有關於一種粉、粒體輸送管之結構改良，該 輸送管包含有輸入端、輸出端，以及銜結於輸入端、輸出 端間之彎折管，而該彎折管其結構乃包括有内管、外管及 填充於内管、外管之間的彈性物質所組合為一體，藉此設 計，提高該彎折管之結構強度及彈性，同時可有效防止 私、粒體於輸送過程中因有破損而致外漏之狀況發生，以 達降低該彎折管之更換率，進而延長使用壽命。 【實施方式】 兹有關本創作粉、粒體輪送管之結構改良，所採技術 手段及達成上述目的功效易於了解，茲以最佳實施例配合 圖式簡單說明及參照圖號作一詳述說明如下： 首先’請參閱第三圖所示，係為本創作粉、粒體輸送 管之結構示意圖；該粉、粒體輸送管（1)包含有輸入端 (1〇、輸出端（12)，以及銜結於輸入端（η)、輸出端（12) 間之彎折管（13)之構成。 ^再者，請參閱第四圖所示，係為本創作粉、粒體輸送 管之局部結構示意圖；對上述之彎折管（13)其結構乃包括 有内管（131)、外管（132)之結合為一體，而於内管（131)、 外管（132)之間具有一間距，此間距為充填滿所需之彈性 M272009 物質（133)，而彈性物質（133)可為橡膠材質、塑膠材質或 PU (聚氨基甲酸醋）原料，具有極佳彈性Q度及耐磨性者。 復，請參閱第五圖所示，係為本創作粉、粒體輸送管 於使用狀態之局部結構圖；當本創作粉、粒體輸送管（1) 於實際使用時，粉、粒體在自輸入端（11)引入位於另一角 度之輸出端（12)的轉折過程中，會自然摩擦撞擊到彎折管 (13)之内管（131)管壁，而當彎折管（13)之内管（131)管壁M272009 VIII. Description of the new type: [Technical field to which the new type belongs] This creation relates to the structural improvement of a powder and granular conveying tube, which is mainly directed to the bending tube located between the input end and the output end. The pipe system is composed of an inner pipe, an outer pipe, and an elastic substance filled between the inner pipe and the outer pipe. In order to improve the structural strength and elasticity of the pipe, it is necessary to prevent the bent pipe from being transported to the powder and granules during transportation. Damage caused the leakage situation to reduce the replacement rate of the bent pipe, thereby extending the service life. [Previous technology] Press, please refer to the first diagram for the structure diagram of the tube used by the industry to transport powder and granules. The conventional tube (10) contains two angles (such as vertical angles). ) The input end (101), the output end (102), and the bent conveying pipe (103) connected between the input end (101) and the output end (102). The bent conveying pipe (103) has Certain structural strength. However, due to the variety of powders and granules processed by the conventional tube body (10), there are also hard and sharp shapes such as iron sand, glass sand, and so on, so its operation is input to In the process of turning between the outputs, it is inevitable that the wall of the bent conveying pipe (103) will be constantly touched, so that the wall of the bent conveying pipe (103) is often hard and sharp. Under the impact of powder and granules: the wall of the tube is damaged and cracked (as shown in the second picture). As a result, the suction at the place and the place and the leakage of powder and granules are caused. Knowing the pipe body (the material conveying pipe ⑽) often requires the inconvenience of replacement, which really does not meet the industry The economic need. For this reason, the creator of this book has taken into account the above-mentioned bent conveying pipe (103) structure 5 M272009. Since there are defects that are easily damaged and need to be replaced frequently, the author actively seeks a solution to this threat brother. During this period, with the help of years of accumulated professional knowledge and design and manufacturing experience, and after many ingenuity and tests, Fang developed a new round tube structure for powder and granular conveyance. Ten has more advanced and durable technical improvements than conventional ones, in order to fully realize the substantial benefits. [New content] This creation relates to the structural improvement of a powder and granular conveying tube. The conveying tube includes an input end, an output end, and a bent tube connected between the input end and the output end. The structure of the tube is composed of an inner tube, an outer tube, and an elastic substance filled between the inner tube and the outer tube. This design is used to improve the structural strength and elasticity of the bent tube, and can effectively prevent The granular material leaks due to damage during the transportation process, so as to reduce the replacement rate of the bent tube and extend the service life. [Embodiment] With regard to the structural improvement of this creative powder and granular feeding tube, the technical means adopted and the effect to achieve the above purpose are easy to understand. The best embodiment is described in detail with a simple description of the drawing and a reference to the drawing number for detailed description. The description is as follows: First, please refer to the third figure, which is a schematic diagram of the structure of the creative powder and granular conveying pipe; the powder and granular conveying pipe (1) includes an input terminal (10, an output terminal (12)). And the structure of the bent tube (13) connected between the input end (η) and the output end (12). ^ Moreover, please refer to the fourth figure, which is the composition of the creative powder and granular delivery tube. Schematic diagram of partial structure; the structure of the above-mentioned bent pipe (13) includes the combination of the inner pipe (131) and the outer pipe (132), and there is a space between the inner pipe (131) and the outer pipe (132). One pitch, this pitch is filled with the required elastic M272009 substance (133), and the elastic substance (133) can be made of rubber, plastic or PU (polyurethane) raw materials, with excellent elasticity Q and abrasion resistance Complex, please refer to the fifth picture, which is based on the powder and granular transport Partial structure diagram in use state; when the powder and granule conveying pipe (1) is actually used in this production, the turning process of powder and granule is introduced from the input end (11) to the output end (12) at another angle In the middle, the inner wall (131) of the bent pipe (13) will be hit by the natural friction, and when the inner wall (131) of the bent pipe (13) is walled
不堪所損而有破裂之情形下，此時其破裂處則有彈性物質 (133)作為該彎折管（13)第二道之防護設置，可繼續承受 輸送粉、粒體之摩擦撞擊，且利用該彈性物質（133)之耐 磨特性，使粉、粒體行經碰觸該處即被彈性物質（133)之 彈性Q度給折射至輸出端（12)處。 據此，藉由本創作之彎折管（13)本身係以内管 (131)、外管（132)及填充於内管（131)、外管（132)之間的 彈性物質（133)所組合之設計，不僅提高該彎折管（a)整 體之結構強度，而且具有多重防護及彈性物質〇33)之結 構運用下，可有效防止該彎折管（13)於粉、粒體之輸送過 程中因有破損而致外漏之狀況發生，亦可具體達到降低該 彎折管（13)之更換率，進而延長該粉、粒體輸送管⑴之 使用壽命’俾彰顯該粉、粒體輸送管於產業技術上據以創 新及進步的實質效益。 另外，本創作彎折管（13)據以内管（131)、外管（132) ^填充於内管（131)、外管（132)之間的彈性物質⑽）之 二，，°十贫可運用在粉、粒體於混流時所用之另--折管 彎折管另一 f折管的結構圖)，對該另-^ )⑽構係包括有内管（丨41)、斜向管（142)、外管 7 M272009 (143) 之形成，該斜向管（142)與内管（141)連接設立，而 該内管（141)與外管（143)結合之間填充以彈性物質 (144) ，皆具有如上述彎折管（13)之實質效益。 綜上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前，誠已完全符合專利法之規定與 要求，爰依法提出新型專利之申請，懇請惠予審查，並賜 准專利，則實感德便。 M272009 【圖式簡單說明】 第一圖··習知粉、粒體輸送管之平面示意圖 第二圖：習知之局部結構暨使用狀態圖 第三圖··本創作粉、粒體輸送管之平面示意圖 第四圖：本創作粉、粒體輸送管之局部結構圖 第五圖：本創作之局部結構暨使用狀態圖 第六圖：本創作之另一結構組設剖面圖 【主要元件符號說明】 (10) 管體 (101) 輸入端 (102) 輸出端 (103) 彎折輸送管 (1) 粉、粒體輸送管 (11) 輸入端 (12) 輸出端 (13) 彎折管 (131) 内管 (132) 外管 (133) 彈性物質 (14) 另一彎折管 (141) 内管 (142) 斜向管 (143) 外管 (144) 彈性物質In the case of unbearable damage and rupture, at this time, there is an elastic substance (133) at the rupture as the second protective setting of the bent tube (13), which can continue to bear the frictional impact of the powder and granules, and By using the abrasion resistance of the elastic substance (133), the powder and granules can be refracted to the output end (12) by the elastic Q degree of the elastic substance (133) when they touch it. According to this, the bent tube (13) created by this creation is composed of the inner tube (131), the outer tube (132), and the elastic substance (133) filled between the inner tube (131) and the outer tube (132). The design not only improves the overall structural strength of the bent tube (a), but also has multiple protective and elastic materials (33). It can effectively prevent the bent tube (13) from being transported to powder and granules. In the case of leakage due to damage, it can also specifically reduce the replacement rate of the bent tube (13), thereby extending the service life of the powder and granular conveying pipe 俾 to highlight the powder and granular conveying. Regarding the real benefits of innovation and progress in industrial technology. In addition, according to the creation of the bent tube (13), the inner tube (131) and the outer tube (132) ^ are filled with the elastic material (内) between the inner tube (131) and the outer tube (132). It can be used in the powder and granules in the mixed flow-the structure of the folded tube and the other f-folded tube), the other-^) ⑽ system includes an inner tube (41), oblique direction The formation of the tube (142) and the outer tube 7 M272009 (143), the oblique tube (142) is connected to the inner tube (141) and the inner tube (141) and the outer tube (143) are combined to be filled with elasticity. The substance (144) has the substantial benefits of the bent pipe (13) as described above. In summary, this creative embodiment can indeed achieve the expected use effect, and the specific structure disclosed is not only not seen in similar products, nor disclosed before the application, and it has fully complied with the provisions of the Patent Law. In accordance with the law, the application for a new type of patent was submitted in accordance with the law, and I begged to examine it and grant the patent. M272009 [Brief description of the diagram] The first diagram ... The plane schematic diagram of the conventional powder and granule conveying pipe The second diagram: the known local structure and the use state diagram The third diagram. The plane of the creative powder and granule conveying pipe Schematic diagram 4: Partial structure diagram of the powder and granule conveying pipe of this creation. Fig. 5: Part structure and use state diagram of this creation. Fig. 6: Sectional drawing of another structure set of this creation. [Description of main component symbols] (10) Tube body (101) Input end (102) Output end (103) Bend delivery tube (1) Powder and granular delivery tube (11) Input end (12) Output end (13) Bend tube (131) Inner pipe (132) Outer pipe (133) Elastic substance (14) Another bent pipe (141) Inner pipe (142) Oblique pipe (143) Outer pipe (144) Elastic substance