M339507 八、新型說明： 【新型所屬之技術領域】 【先前技術】 按’隨著醫藥技術的成熟，現今各種不論是治療用的藥品， 或身體保翻的維它命等，幾乎_呈軸或錠狀結構，俾方便 使用者攜帶、食用。惟隨著各種藥物使用需求量的增加，早期以 人工方式作藥物外觀的檢測，或⑽統機ϋ作藥物計數、裝填包 裝’因此其針對藥物檢測或計數、裝填的輸送技術在解及品質 上，並無法達到同步的成長，亦即有著速度慢、品質不佳，以及 计數、裝鱗會有數量上較大賴差，因此便有新型的自動化顆 粒狀藥物檢測之機器問世。 目如歐美市場與日本市場有出現完全自動化的檢測機器（如 以下網址所揭露之機器，以下簡稱習知機哭M339507 VIII. New description: [New technology field] [Previous technology] According to the maturity of medical technology, today's various medicines, whether for therapeutic use, or vitamins that are guaranteed by the body, are almost _ The ingot structure is convenient for users to carry and eat. However, with the increase in the demand for various drugs, the early detection of the appearance of the drug by manual means, or (10) the counting and filling of the drug in the machine, so the delivery technology for drug detection or counting and filling is in solution and quality. It is impossible to achieve simultaneous growth, that is, it has a slow speed, poor quality, and there is a large number of counting and scaling. Therefore, a new type of automated granular drug testing machine is available. For example, there are completely automated inspection machines in the European and American markets and the Japanese market (such as the machine disclosed in the following website, hereinafter referred to as the known machine crying
togiZ/www· aualicaps· co· jp/img/machine/MCll·SffF fep://www· seidenader· de/2-SDR-e/2130-Tabletten ， 該等習知機器的共通作法就是利用不同的檢測治具（如不同的四 槽），搭配真空吸取技術，來檢測不同大小規格的膠囊與藥錠。因 此其結構組成及應用之技#ί可說是相當的複雜，製造成本亦相對 M339507 高昂’使用上當廠林狀寸之_需錢行制時，不僅 相關人貝需具備要細械領域能力，方能進行不同的檢測治具 更換，且更換作業上亦相纽時費力，就需要購買已安裝完 成的各翻尺寸規格_機，如此又會耗費不少成本。因此如 m又技纟D構’精巧、維修或機驗件更換料，錢換檢測 不同藥品尺寸時’林妓換輪送黯具之機ϋ職，便成為業 者思及之方向。 —有鑑於此，本創作人乃針對前述習用創作問題深入探討，並 藉由多年鄉_產#之研發婦雜驗，積鱗求解決之道， 經過長期努力之研究與發展，終域功_發出本創作『藥物送 料機構及其朗之送料循環系統』，以改善制創作之問題。 【新型内容】 本創作之主要目的，係提供—種『藥物送韻淑其應用之 送料循環㈣』，其騎藥物制或賴、職萌需之輸送技術 ，不僅以簡單、精巧之自動化循環的結構型態呈現，同時並能於 藥物進行檢測、計數或裝填之前預先作篩選動作，以提昇其送料 品質與良率。 緣於達成上述之創作目的，本創作『藥物送料機構及其應用 之送料循環系統』，係由一物料儲存區、輸送單元、入料區、送料 機構，以及檢測分類區（或計數、填充區）等，組成用以輸送顆 M339507 粒狀藥物檢測、計數或填充所需之循環系統。其中該輸送單元係 設於該物料儲輕及人龍之間，由—輸送管路及真奴取器组 成，該輸送管路二端齡職設於料儲魏及人料區適當處 ，而該真空吸取㈣m於該輸送管中段適#處，狀能以^流 體方式，將位於該物料儲存_之_輸送至該人植。而該送 料機構係設於該入料區及檢測分類區（或計數、填充區）之間， 由-由送料滑板及整向過鮮尬成，該送料滑板上形成有一滑 道’該滑道係呈直線構態，且二侧形成有呈度傾斜之定位 面，可供各種不關徑尺寸之藥物作定向之滑動位移。而該整向 過遽單元係設於麟道姉端，由—妓及_孔組成，該滤芯具 有若干穿空讀孔’各魏孔之孔徑大小，係對應欲檢測之不同 顆粒藥物其®徑尺寸峨計，且隨料哪物外徑尺寸的變化， 各該遽孔位於猶&上之巾雜置亦有所差異，俾餅該遽骑 對不同尺权藥㈣調整時，能準確解各賴物位於該滑道上 之中心位置，用以供定向位移之藥物滑移通過。而該_孔係設於 該遽芯與賴道n—透空之孔啦間，肋供林向位移 之藥物在無法通職航時，雌其_雜贿人該物料儲存 區内。藉齡欲檢測、計數或裝數之祕以錄狀祕列位移， 且於移位難中’ _該整向顧單元針對解藥物之排列狀態 作檢測或計數、裝频_選，械可提㈣物檢測或計數、裝 M339507 填的良率、品質，更可省略輸送不同尺寸藥物時所需之送料模ι 數量及更換上的不便。 有關本創作所採用之技術、手段及其功效，轉—較佳實施 例並配合圖式詳細說明於后，相信本創作上述之目、 』稱造及特 徵’當可由之得一深入而具體的瞭解。 【實施方式】 請參閱第-〜五圖所示，本創作『藥物送料機構及其應用之 送料循環系統』係由一物料儲存區（i )、輸送單元（2 )、 區（3 )、送料機構（4 )，以及檢測分類區（或計數、裝填區;4 以下統稱檢測分類區）（5)等組成輸送顆料狀藥物之循環系統， 其中： 該物料儲存區⑴_靴納、存放欲檢測撕數、裝填 輸送之藥物，為整個輪送循環系統之起點。 、、 該輸送单几（2)係由-輪送管路（3 0)及真空吸取器 (4 〇 )組成。該輸送管路（3 〇 )二端係分別接設至該_儲 存區（1)及人料區（3 )’而該真空吸取器（4 Q )則設於該輪 送管路（3Q)中段適當處’進而能以真空流體方式將藥物自物 料儲存區（1)輸送至入料p r 、〜认、，，> (3 )作檢測（或計數、裝填）的 循環輸送。 該入料區（3)設有震叙德— 展動機裔（圖中未顯示），係利用振動方 M339507 式令該等堆積之藥物循—中 向整列位移，並依序滑落該送料機 構（4)提供之送料行程。 該送料機構⑷錢置於狀料區（3)及檢測分類區 (5 )之間’由—送料滑板（1 ◦)及整向過鮮元（2 〇 )所 組成。其中 ^ J所 私料π板（1 Q )係為—呈斜向設置之長形板體，—端鱼 該入料區⑶銜接，其上形成至少一滑道（11)，該滑道” (1)係壬直線構恶’且二侧形成有呈幾何形狀變化定位面 (1 1 1 )，可供各種不同外形、尺寸之藥物作滑動位移。該二定 (111)$狀之茭化，係視欲滑送之藥物其形態而定，以 本發揭露之實_為例’絲檢測或計數、裝填的藥物為 狀時，則該滑道（⑴係概呈ν字型，二側之從面⑴^ 即呈-疋纽之傾斜構態，轴朗時適用於不關徑尺寸之膠 囊藥物的滑移送料。 夕 該整向過濾、單元（2 Q)係設於該滑道（1i)另端，由— 遽芯（21)及筛孔（2 2)組成。該遽芯（2工）為一滾筒狀 構件’其相對中心之外圍適處形成有若干不同孔徑之遽孔 (2 1 1 )，各該濾孔（2丄工）之孔徑大小，係對應欲檢测之不 同膠囊狀藥物制徑尺相設計，即略大於欲檢嶋物之外徑。 且隨著不同藥物外徑尺寸的變化，各該滤孔（2工工）位於該濾 M339507 ( 2 1 > J^中心&置亦有所差異’俾使得該濾芯（2 1)針 對不同尺寸之藥物自輯調整時，能準確對準各該㈣位於該滑 道（11)上之中心位置。 〇篩孔（2 2)係設於該濾芯（21)與該滑道（11)之 間，為一透空之孔洞空間，由該滤芯（21)及送料滑板（i 〇) 二端緣區隔而成。又如第二圖所示，該送料滑板（1Q)及滤芯 (21)若結合為一體之結構時，該篩孔（2 3)係以透空構態 形成於該滑道（1 1 )相接簡孔（2 1 1 )之端面適當處。 當滑移之藥物呈定向之整齊排列時，則可順著該滑道（11) 通過猶孔（2 1 1 )，再繼續之後的檢測或計數、裝填動作（如 第四圖所示）。惟若藥物呈不定向之滑料，難法通過該渡孔 (211 )而脫離其滑移路徑，經由該篩孔（2 2)回到該物料 儲存區（1 )(如第五圖所示），重新作循環的送料行程。 進一步说明的是，基於上述篩選藥物之目的，該篩孔（2 2) 設計的原則，齡若干可沿著賴道（丨i )祕之不同尺寸藥 物中的农小尺寸藥物能滑移越過，而最大尺寸藥物則可掉落該篩 孔（2 2 )。 再者，該濾芯（21)相對於供該藥物通過之濾孔（211) 另端可再銜設-導管（2 3 )，該導管（2 3 )與濾义（2 1 )間 係呈活動接設，其另端係以垂直方向對準該檢測分類區（5 )，具 M339507 有轉向及敎方向作用。當魏芯（2 1)以手動或自動方式轉 動調整任一叫211)位置時，各該澹孔（2ιι)皆係對 準该導官（2 3 )，以確保通過之藥物以平穩之蚊定向狀態到達 檢測分類區（3 )。 該檢測分_ (5)係該㈣物祕行程之_，設有檢測 器具（或狀儀料職脑），令該轉触平穩、定向之狀態 作後續的檢測、計數或裝填作業。 據此’藉上述之構件組成，糊該送料滑板（1 G )其滑道 (1 1)可疋向邮時適用多種尺寸祕滑移之結構，以及該整 。^慮單元（2 Q )依據該轉物之排列狀態，目時作檢測（或 口十數衣填）刚的師選與轉向動作。不僅提昇顆粒狀藥物在檢測 χ員汁數或虞填的精確度與品質，更可藉由送料滑板（1〇) 、月匕又彳帛化針對顆粒狀藥錠送料模具的製作複雜度，以及 夕種圓柱狀膠囊規格的一體適用之優點。 、、、丁上所11本創作在同類產品中實有其極佳之進步實用性， 同¥遍查國内外關於此類結構之技術資料、文獻中亦未發現有相 同的構造存在在先’如，本_實已具備新型專利要件，疫依 法提出申請。 上述只施例’僅用以舉例說明本創作，據以在不離本創作精 神之範圍’熟習此項技藝者憑之而作之各種變形、修飾與應用，togiZ/www· aualicaps· co· jp/img/machine/MCll·SffF fep://www· seidenader· de/2-SDR-e/2130-Tabletten, the common practice of these conventional machines is to use different tests Fixtures (such as different four-slots), combined with vacuum suction technology, to detect capsules and tablets of different sizes. Therefore, its structural composition and application technology #ί can be said to be quite complicated, and the manufacturing cost is also relatively high compared to M339507. When using the system of the factory, it is necessary to have the ability to be in the field of fine machinery. In order to carry out different test fixture replacements, and the replacement work is also difficult, it is necessary to purchase the refurbished size specifications that have been installed, which will cost a lot of money. Therefore, if m and technology D structure 'exquisite, repair or machine parts replacement materials, money for testing different drug sizes, 'Lin Yi changed the wheel to send the machine to the job, it became the direction of the industry. - In view of this, the creator is in-depth discussion on the above-mentioned customary creation problems, and through the research and development of many years of township_production#, the solution to solve the problem, after long-term efforts for research and development, the final domain _ Issued the creation of "Drug Feeding Agency and its Forward Feeding Circulation System" to improve the creation of the system. [New content] The main purpose of this creation is to provide a kind of "drug delivery rhyme to its application feeding cycle (four)", which is a simple and delicate automatic circulation technology for riding the drug system or Lai and job. The structure is presented, and at the same time, the screening action can be performed before the drug is detected, counted or filled to improve the feeding quality and yield. Due to the above-mentioned creative purpose, the creation of the "drug feeding mechanism and its application feeding circulation system" is composed of a material storage area, a conveying unit, a feeding area, a feeding mechanism, and a detection classification area (or counting and filling area). ), etc., to form a circulatory system for transporting, counting or filling the granular drug M339507. The conveying unit is disposed between the material storage light and the human dragon, and is composed of a conveying pipeline and a true slave. The second-end working of the conveying pipeline is located at a suitable place in the material storage Wei and the human material area, and The vacuum suction (four) m is in the middle of the conveying pipe, and can be transported to the human body in a fluid manner. And the feeding mechanism is disposed between the feeding zone and the detecting classification zone (or the counting and filling zone), and is formed by the feeding slide plate and the aligning direction, and the sliding plate is formed on the feeding slide plate. The system has a linear configuration, and the two sides are formed with a slanting positioning surface, which can be used for directional sliding displacement of various non-diameter-sized drugs. The omnidirectional over-the-counter unit is disposed at the end of the lining, and consists of a 妓 and a _ hole. The filter element has a plurality of piercing holes, and the pore size of each Wei hole corresponds to the size of the granule drug to be detected. According to the change of the outer diameter of the material, the miscellaneous size of each of the pupils on the jug is also different. When the cake is adjusted for different rations (four), it can accurately solve the problem. The object is located at a central position on the slide for the directional displacement of the drug to slide through. The _ hole system is disposed between the 遽 core and the 赖 n n-through hole, and the rib for the displacement of the medicine is incapable of being in the service, and the female is in the material storage area. The purpose of detecting, counting, or loading the number of secrets is to record the secret displacement, and it is difficult to shift. _ The omnidirectional unit measures or counts the alignment of the drug, and the frequency is selected. (4) The detection and counting of the object, the yield and quality of the M339507 filling, and the inconvenience of the feeding mode required for the delivery of different sizes of drugs and the replacement. With regard to the techniques, means and functions of the present invention, it is believed that the above-mentioned objectives, "fabrication and characteristics" of the present creation can be obtained from an in-depth and specific To understanding. [Embodiment] Please refer to the figure -5, the creation of the "drug feeding mechanism and its application feeding circulation system" is a material storage area (i), conveying unit (2), area (3), feeding The mechanism (4), and the detection classification area (or counting, filling area; 4 below collectively referred to as the detection classification area) (5) and the like constitute a circulation system for conveying the granular material, wherein: the material storage area (1)_boots, storage desire The number of tears and the drug to be transported are detected, which is the starting point of the entire rotation system. The conveyor list (2) consists of a --wheeling line (30) and a vacuum suction unit (4 〇). The two ends of the transfer line (3 〇) are respectively connected to the _ storage area (1) and the human material area (3)', and the vacuum suction device (4Q) is disposed in the round feed line (3Q) The appropriate section in the middle section can further transfer the drug from the material storage area (1) to the feed pr, ~,,, > (3) in a vacuum fluid for the cyclic transport of the test (or counting, filling). The feeding area (3) is provided with Zhenxide-exhibition motives (not shown in the figure), and the vibrating side M339507 is used to make the stacked medicines follow the middle-to-center displacement and sequentially slide the feeding mechanism ( 4) Feeding schedule provided. The feeding mechanism (4) is composed of a money feeding zone (3) and a detection classification zone (5) by a feeding slide (1 ◦) and a directional super bright (2 〇). Wherein, the π plate (1 Q ) of the private material is an elongated plate body arranged obliquely, and the end fish is connected to the feeding zone (3), and at least one slide (11) is formed thereon, the slideway” (1) The 壬 壬 构 构 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' According to the form of the drug to be slid, the slide ((1) is ν-shaped, two sides, as the case of the invention disclosed in the present invention. From the surface (1) ^ is the inclined configuration of the - 疋 button, the axis is suitable for the slip feed of the capsule drug without the diameter of the diameter. The omnidirectional filtration, unit (2 Q) is set on the slide ( 1i) The other end is composed of a 遽 core (21) and a mesh hole (2 2). The 遽 core (2 work) is a roller-shaped member 'the opposite center of the periphery is formed with a plurality of pupils having different apertures ( 2 1 1 ), the pore size of each of the filter holes (2) is corresponding to the design of the different capsule-shaped drug diameter gauges to be detected, that is, slightly larger than the outer diameter of the object to be inspected. The change of the outer diameter of different drugs, each of the filter holes (2 workers) is located in the filter M339507 (2 1 > J^ center & also has a difference '俾 makes the filter element (2 1) for different sizes of drugs During the self-adjustment adjustment, the center position of the (4) on the slide (11) can be accurately aligned. The sieve hole (2 2) is disposed between the filter element (21) and the slide (11), A void space is formed by the filter element (21) and the two end edges of the feed slide (i 〇). As shown in the second figure, the feed slide (1Q) and the filter element (21) are combined. In the integrated structure, the sieve hole (23) is formed in a permeable configuration at the end face of the slide (1 1 ) which is connected to the simple hole (2 1 1 ). When the slipped drug is oriented neatly When arranging, you can follow the slide (11) through the hole (2 1 1), and then continue the detection or counting and filling action (as shown in the fourth figure). It is difficult to pass the ferry hole (211) out of its slip path, return to the material storage area (1) via the screen hole (2 2) (as shown in the fifth figure), and recirculate the feed. Further, based on the above-mentioned purpose of screening drugs, the principle of the mesh (2 2) design, the age of several small-sized drugs in different sizes of drugs along the Lai Road (丨i) secret can be slipped. The larger size drug can be dropped into the sieve hole (2 2 ). Further, the filter element (21) can be repositioned with respect to the other end of the filter hole (211) through which the drug passes - the catheter (2 3 ) The conduit (23) and the filter (2 1 ) are movably connected, and the other end is aligned with the detection classification zone (5) in a vertical direction, and the M339507 has a steering and a slanting direction. (2 1) When the position of any of the 211) is adjusted by manual or automatic rotation, each of the pupils (2 ιι) is aligned with the guide (2 3 ) to ensure that the drug passing through reaches the state of smooth mosquito orientation. Detection of the classification area (3). The detection score _ (5) is the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ According to the above composition, the feed slide (1 G) of the feed slide (1 1) can be applied to a variety of sizes and structures, as well as the whole. The unit (2Q) is based on the arrangement state of the object, and the current selection and steering action are performed. It not only improves the accuracy and quality of the granules in detecting the number of sputum juices or sputum filling, but also makes the production complexity of the granule medicinal feeding mold by the feeding slide (1〇), the sputum and the sputum. The advantage of the one-piece cylindrical capsule specification is applicable. The 11 creations of Dingshang, Dingshang have their excellent progress and practicality in similar products. With the technical information on such structures at home and abroad, the same structure has not been found in the literature. For example, this _ has already had new patent requirements, and the epidemic filed an application in accordance with the law. The above-mentioned "only" example is only used to illustrate the creation of this work, so that it is familiar with the various variants, modifications and applications made by the skilled person without departing from the scope of the creative spirit.
S 11 M339507 均應包括於本創作之範_者。 【圖式簡單說明】 第-圖：係本創作循環輪送祕之簡易示 第H摘料—送料 簡易示意圖。 構應用於循環輪送系 第三圖：穌_鱗_之域示意圖。 第圖係本創作送钭猶環之使用狀態示意圖。 第五圖：係本創作 r — 力—送料循環之使用狀態示意圖。 【主要元件符號說明】 物料儲存區：（1 ) 入料區：（3 ) 檢測分類區：（5 ) 滑道：（1 1 ) 整向過濾單元：（2〇) 渡孔：（2 1 1 ) 導管：（2 3) 真空吸取器：（4〇) 統之S 11 M339507 should be included in the scope of this creation. [Simple description of the picture] The first picture: the simple display of the creation cycle of the creation cycle. The H-extraction-feeding simple diagram. The structure is applied to the cycle rotation system. The third picture: the schematic diagram of the domain of the _ _ scale _. The picture is a schematic diagram of the state of use of this creation. Figure 5: This is the creation of the r-force-feed cycle. [Main component symbol description] Material storage area: (1) Feeding area: (3) Detection classification area: (5) Slide: (1 1) Directional filter unit: (2〇) Ferry: (2 1 1 Catheter: (2 3) Vacuum Absorber: (4〇)
輸送單元：（2 ) 送料機構：（4 ) 送料滑板：（1 〇 ) 定位面··（ 1 1 1) 濾芯：（2 1 ) 篩孔：（2 2 ) 輸送管路：（3 〇 ) 12Conveying unit: (2) Feeding mechanism: (4) Feeding slide: (1 〇) Positioning surface · (1 1 1) Filter element: (2 1 ) Screen hole: (2 2 ) Conveying line: (3 〇 ) 12