M331517 八、新型說明： 【新型所屬之技術領域】 本創作係與吸管包裝設備有關，更詳而言之是指一種 吸管引導機構。 " 【先前技術】 、,第一、二圖所示為習用吸管之引導設備，其包括有一 科桶仏夕數吸管A各置，且於料桶1内部裝設有一受馬 未示)轉之轉輪2，轉輪2輪面具有多^沿轴向設 溝2a’ —隔板3位於料桶1内部且將吸管A侷 的一侧，僅使轉輪2上半局部顯露於料桶1内 計艟认料桶1底部具有一開口1a，以及於該開口1a附近 在轉，2外側設有一撥板lb。 八白2圖所不’集巾在料桶1最底部的吸管A將有部 15 20 I "、、、洛入該轉輪2之該些長形凹溝2a中，接著，夢由驅 轉該轉輪2轉動，即可將落 曰 開口 la方向二p:!洛於長形凹溝2a中的吸管A往該 可造成吸管八自簡口^2·^適時地賊吸管A，即 加工3結A:逐-糊出，以便後續的 製作以形’或是再對吸管進行螺紋段加工 上述習収管料^$不論後續的加工程序為何， 桶1底部與轉輪2:門轉動的過程中’容易在料 題排除後方可”使t ϋ機中止轉輪2轉動，靜待問 I貝使用’如此一來’將造成加工費時，不 4 M331517 ΐΐί ;況且，被擠壓變形的吸管亦將報廢。有鑒於此， 案1作^改善上述缺失為目的，經詳思細索及累積數 十年的吸官加i設備之開發與製造、經驗，終而有本創作之 【新型内容】 本創作之主要目的在於提供—種吸管引導機構，係可 避免吸官在逐-遞送過程中，發生堆積擠壓變形的情形， 藉以提供加工效益。 10 緣以達成上述之目的，本創作所提供之一種吸管引導 機構，包含有一供多數吸管容置之料桶；一整列裝置可將 吸管逐一地往預定方向遞送；以及一引管道位於該料桶盥 該整列裝置之間，該弓丨管道之兩端分別為一入口與一出 口，且引管道之寬度略大於吸管的管徑’該入口與該料桶 15内部相通，該出口供料桶内部之吸管逐一地引落至該整列 裝置上。 本創作另設有一撥動裝置，該撥動裴置具有至少一轉 動刷體，該轉動刷體可撥動位於引管道内之吸管往該出口 方向移動，藉以維持吸管在遞送過程中的順暢性。 Ό [實施方式】 以下，茲列舉本創作之較佳實施例，並配合下列圖示 詳細說明於後，其中： 第三圖為本創作一較佳實施例之前側示意圖。 5 M331517 第四圖為本創作上述較佳實施例之另一側視圖。 第五圖為本創作上述較佳實施例之局部示意圖。 請參閱第三至五圖所示，係本創作一較佳實施例之吸 5管引導機構100，其包括一料桶10、一整列裝置2〇、二 板30、30’與一撥動裝置40,其中： 該料桶10具有二斜板12、14與二連接在該二斜板12、 14兩侧的透明壓克力板16，前述板體共同圍繞成一供多數 吸管A容置的空間，該二斜板12、14底緣則相距形成一狹 1〇長開口 18,該二透明壓克力板16則可供吾人隨時窺見料桶 10内的吸管A數量多寡，據以判斷是否該再放入新的吸管 A 〇 該正列裝置20包括有二相同結構之轉輪22以及^一穿 设該二轉輪22並受一馬達26驅轉之軸桿24，該軸桿24 I5轉動時可同步帶動該二轉輪22 一起轉動，如第三、四圖所 示，该一轉輪22的輪面係具有多數等間距且相對應設置的 凹槽22a ,左右相對應之凹槽22a可供一根吸管a放置， 剷述吸管A係來自料桶1〇，透過該二侧板，的引導 而自然落至凹槽22a，此部份引導方式容後再述；本創作之 20整列裝置20另於每一轉輪22的一外側設有一擂板28，擋 板28具有一弧緣28a可將吸管A有效侷限在凹槽22a中， 避免吸管A隨著轉輪22轉動而掉落，前述被轉輪22帶動 的吸管A將被遞送至另外一個加工機構以進行後續處理， 例如疋逕為包裝的機構，或是再對吸管進行螺紋段加工製 6 M331517 作以形成可彎折吸管的機構，上述加工機構非本創作重 點，容此不再贅述。 違一側板30、30’係裝設在該料桶1〇與該整列裝置2〇 之間，其等平行設置且各別連接於斜板12及斜板14的底 5緣，各側板於相同位置開設有相同面積之二第一開口盥二 第二開口，於此僅以側板30為例說明，其中侧板3〇之第 一開口 32位於偏靠料桶10，侧板30之第二開口 34則位於 第一開口 32下方且靠近轉輪22,所有開口的寬度並小於吸 管A的長度以避免吸管A自開口處掉出，上述各開口的作 1〇用容後再述；本創作之該二側板30、30,之間並形成有一寬 度略大於吸管A管徑的引管道36 ,引管道36的上下兩端 分別為一入口 36a與一出口 36b，料桶1〇内的吸管A經過 狹長開口 18及該入口 36a，進入到引管道36後呈一根一根 的方式排列，最後再自出口 36b處逐一地引落至整列裝置 I5 20轉輪22的凹槽22a上。 該撥動裝置40包括有二轉動刷體42，該二轉動刷體 42透過一轉軸44而被裝設在轉輪22上方且位於側板3〇 外侧，各轉動刷體42分別對應一個第一開口 32，且刷毛(軟 性刷毛)前端自第一開口 32伸入到引管道36中，請再配合 2〇第五圖，該轉軸44透過皮帶46及47而間接為一馬達似 所驅轉，且同步帶動轉動刷體42旋轉，轉動刷體42之刷 毛接觸位於引官道36内之吸管A，並將撥動引管道36内吸 管A往該出口 36b方向移動，其作用在於維持吸管A在遞 送過程中的順暢性。而本創作侧板3〇上的第二開口 34之 7 M331517 方便操作人員可隨時觀察吸管a的遞送情形， 在有4的堆擠情況發生時，可以人I 34進行問題排除。 、曰弟』 ，以’本_結構確實可避免吸管a在逐 中發生堆積擠壓變形的情形，具有提升工作效* 於=類產品中已具有進步與實用性，且，本創^於申枝乂 亚…、相同物品見於刊物或公開使用，是以 備創作專利要件，爰依法提出申請。 、已具 故與以i所述者’僅為摘作之-較佳可行實施例而已， 牛凡應用本創作說明書及”專利範圍所為之等效 受化，理應包含在本創作之專利範圍内。 〜構 10 M331517 【圖式簡單說明】 第一圖為習用吸管引導設備之示意圖。 第二圖為第一圖之局部示意圖。 第三圖為本創作一較佳實施例之前侧示意圖。 5 第四圖為本創作上述較佳實施例之另一側視圖。 第五圖為本創作上述較佳實施例之局部示意圖。 【主要元件符號說明】 100吸管引導機構 10 10料桶 12斜板 14 斜板 16透明壓克力板 20 整列裝置 18 狹長開口 22轉輪 22a 凹槽 15 24軸桿 26 馬達 28擋板 30(30，）側板 28a 弧緣 32第一開口 34 第二開口 20 36引管道 36b 出口 40 撥動裝置 36a 入口 42轉動刷體 44 轉轴 46(47)皮帶 A 吸管 48 馬達 9M331517 VIII. New description: [New technical field] This creation is related to straw packaging equipment, and more specifically refers to a straw guiding mechanism. " [Prior Art], the first and second figures show the guiding device of the conventional straw, which includes a barrel and a straw A, and a drum is placed inside the barrel 1 The runner 2, the runner 2 has more than 2 axial grooves 2a' - the partition 3 is located inside the drum 1 and the side of the suction pipe A is only partially exposed to the upper half of the runner 2 1 The inside of the hopper barrel 1 has an opening 1a at the bottom, and is turned around the opening 1a, and a dial lb is provided outside the 2. The eight white 2 map does not collect the towel at the bottom of the bucket 1 at the bottom of the straw A will have a portion of 15 20 I ",, Luo into the long groove 2a of the runner 2, and then, the dream is driven When the runner 2 rotates, the direction of the drop opening la can be two: p:! The straw A in the elongated groove 2a can cause the straw to be self-smoothed, and the thief sucker A is processed. 3 knot A: paste-by-paste, so that the subsequent production can be done in the shape of 'or re-threading the straw. The above-mentioned receiving tube ^$ regardless of the subsequent processing procedure, the bottom of the barrel 1 and the runner 2: the door rotates In the process, it is easy to stop the problem, so that the t-stop machine can stop the rotation of the wheel 2, and wait for the I to use 'such a one' will cause time-consuming processing, not 4 M331517 ΐΐί; and, the extruded straw In view of this, in the case of the case 1 to improve the above-mentioned lack of purpose, after careful consideration and accumulation of decades of development and manufacturing of the suction and i equipment, experience, and finally the creation of the new content The main purpose of this creation is to provide a straw guiding mechanism that avoids the occurrence of a heap during the delivery-by-delivery process. In the case of extrusion deformation, in order to achieve the above-mentioned purpose, a straw guiding mechanism provided by the present invention includes a barrel for the majority of the straws; an entire row of devices can be used to order the straws one by one. Directional delivery; and a lead pipe is located between the row of the barrels, the two ends of the bow line are an inlet and an outlet, respectively, and the width of the lead pipe is slightly larger than the diameter of the straw 'the inlet and the material The barrel 15 is internally connected, and the straw inside the outlet feeding barrel is led one by one to the whole column device. The creation device further has a pushing device, the dialing device has at least one rotating brush body, and the rotating brush body can be toggled The pipette located in the inlet pipe moves in the direction of the outlet to maintain the smoothness of the pipette during the delivery process. 实施 [Embodiment] Hereinafter, preferred embodiments of the present invention will be described, and will be described in detail below with reference to the following drawings. The third figure is a front view of a preferred embodiment of the present invention. 5 M331517 The fourth figure is another side view of the above preferred embodiment of the creation. The present invention is a partial schematic view of the above-described preferred embodiment. Referring to Figures 3 to 5, a suction tube guiding mechanism 100 according to a preferred embodiment of the present invention comprises a barrel 10 and an array of devices. a second plate 30, 30' and a toggle device 40, wherein: the drum 10 has two slanting plates 12, 14 and two transparent acrylic plates 16 connected to both sides of the two slanting plates 12, 14 The body is collectively surrounded by a space for the majority of the straws A. The bottom edges of the two slanting plates 12 and 14 are spaced apart to form a narrow opening 18, and the two transparent acrylic plates 16 allow us to peek into the bucket 10 at any time. The number of straws A therein is such that it is determined whether to re-insert a new straw A. The row device 20 includes two runners 22 of the same structure and the second runner 22 is driven by a motor 26 The shaft 24 is rotated, and the shaft 24 I5 can synchronously drive the two wheels 22 to rotate together. As shown in the third and fourth figures, the wheel surface of the wheel 22 has a plurality of equal intervals and correspondingly set. The groove 22a, the left and right corresponding grooves 22a can be placed by a straw a, and the straw A is removed from the barrel. The guiding of the two side plates naturally falls to the recess 22a. This part of the guiding device is described later. The 20-column device 20 of the present invention is further provided with a seesaw 28 on the outer side of each of the rotating wheels 22, and the baffle plate. 28 having an arcuate edge 28a can effectively confine the straw A in the recess 22a, preventing the straw A from falling as the runner 22 rotates, and the straw A driven by the runner 22 will be delivered to another processing mechanism for performing Subsequent processing, such as the mechanism of the winding path, or the thread processing of the straw 6 M331517 to form a bendable straw, the above processing mechanism is not the focus of this creation, so I will not repeat them. The side plates 30, 30' are installed between the drum 1 and the row device 2, and are arranged in parallel and are respectively connected to the bottom 5 edges of the swash plate 12 and the swash plate 14, and the side plates are the same The first opening and the second opening of the same area are respectively provided. The first opening 32 of the side plate 3 is located at the second opening of the side plate 30. 34 is located below the first opening 32 and close to the runner 22, the width of all the openings is smaller than the length of the straw A to prevent the straw A from falling out of the opening, and the above-mentioned openings are used for further use; A guiding pipe 36 having a width slightly larger than the diameter of the suction pipe A is formed between the two side plates 30 and 30. The upper and lower ends of the guiding pipe 36 are respectively an inlet 36a and an outlet 36b, and the suction pipe A in the barrel 1 is passed through. The slit opening 18 and the inlet 36a are arranged one by one after entering the lead pipe 36, and finally are led one by one from the outlet 36b to the recess 22a of the row of the device I5 20 runner 22. The dialing device 40 includes two rotating brush bodies 42. The two rotating brush bodies 42 are disposed above the rotating wheel 22 through a rotating shaft 44 and are located outside the side plate 3〇. Each of the rotating brush bodies 42 respectively corresponds to a first opening. 32, and the front end of the bristles (soft bristles) extends from the first opening 32 into the guiding duct 36, and then cooperate with the fifth drawing, the rotating shaft 44 is indirectly driven by a motor through the belts 46 and 47, and Simultaneously rotating the rotating brush body 42 rotates, the bristles of the rotating brush body 42 contact the straw A located in the guiding channel 36, and move the straw A in the dialing duct 36 toward the outlet 36b, and the function thereof is to maintain the suction tube A in the delivery. Smoothness in the process. The 7 M331517 of the second opening 34 on the side panel 3 of the present invention allows the operator to observe the delivery situation of the straw a at any time. When the stacking situation of 4 occurs, the problem can be solved by the person 34. , 曰 』 』 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Branches and squads... The same items are found in publications or used in public, in order to create patents, and to apply in accordance with the law. It has been deceased and has been described as a preferred embodiment of the present invention. It is intended that the application of this manual and the scope of patents should be included in the scope of the patent. 〜结构10 M331517 [Simple description of the drawings] The first figure is a schematic diagram of a conventional straw guiding device. The second drawing is a partial schematic view of the first figure. The third drawing is a front side view of a preferred embodiment of the creation. 4 is a side view of the above-described preferred embodiment of the present invention. The fifth drawing is a partial schematic view of the above-described preferred embodiment of the present invention. [Main component symbol description] 100 straw guiding mechanism 10 10 barrel 12 swash plate 14 oblique Plate 16 transparent acrylic plate 20 alignment device 18 narrow opening 22 runner 22a groove 15 24 shaft 26 motor 28 baffle 30 (30,) side plate 28a arc edge 32 first opening 34 second opening 20 36 lead pipe 36b Outlet 40 dialing device 36a inlet 42 rotating brush body 44 shaft 46 (47) belt A straw 48 motor 9