M381788 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種可供檢測電感品質之設備，更詳而言之，係為 一種可快速檢測電感並自動篩選分級之電感測試篩選機。 【先前技術】 按’在被動電子元件中，電感不同於電阻或電容，其標準化規格 比重較低，且由於電感廠商會依據其不同的品質及級別，來分別應用 至不同之電感產品上；因此，進行電感品質及級別的檢測，就成為不 可或缺的必要過程。 然而，目前在電子工業上，尚未有具備入料、檢測、自動篩選及 分類級別等一貫作業之電感檢測設備，因此，習知之電感檢測方式大 夕必須藉由人工方式將電感逐一進行檢測，並依照其檢測結果，將該 電感分類之；由於此人工檢測過程相當繁雜，且耗費人力與時間成本， 並不符合經潸效益，再者，因人工檢測過程難免會出現測試誤差或分 類錯誤等If形’目此通常必須彡加—道機抽樣檢驗之過程，來降低 其誤差率。 【新型内容】 综合上·前技術的缺點，大致上包括習知之人讀測過程相當 繁雜’且耗費人力與時間成本，並不符合經濟效益；且過程中難免會 出現測試誤錢麵錯料情形；祕於上触點，本創作糾 一種電感測試篩選機。 本創作係為―種電感測試騎機，其包括—人料裝置，係具有一 3 震動整列機及-人料控制組，以供投人並整列及輸送複數個電感至— 入料口；以及-旋轉台’係等距環列複數個夾持裝置，各夾持褒置係 具有一夾料，__台機，以使各鱗部可依稍應該入料口' 並夾持該電感；以及-檢測裝置，係裝設於該旋轉台之—侧邊，並具 有可供活驗合該電感之概_測夾具；以及—出概置，係連接 於該旋轉台’其具有複數個動力缸於該旋轉台上，以及相對應該動力 缸之複數個滑道於該旋轉台下方，其中，各滑道之底端設有—集料槽； 藉此’將電感分別依其檢測結果，㈣至所對應之該滑道與該集料^。 本創作之主要目的絲提供—種具備人料、檢測、自動篩選及分 類級別等-貫作業之錢檢測設備，其具有完全自動化之功能，不僅 可快速進行制麟選分狀作業，以節省人力及_成本之外，亦 可藉此降低測試誤差率及分類錯誤率。 【實施方式】 如第-圖圖面所不’本創作係為一種電感測試篩選機，其包括一 入料裝置10、一旋轉台2Q ' —檢測裝置40及一出料裝置50。 如第二圖及第三關面所示’該人料裝置輝具有—震動整列機 11及一入料控制組12，該震動整列機u之侧邊接設有一軌道m，並於 雜道111末端連接該入料控制組12，以供投入並整列及輸送複數個電 感60至一入料口 121 ;該入料控制組12具有一第一氣壓缸122，該第一 氣壓缸I22下#連接設有-擺動桿⑵，該擺動則23之一端形成一擋止 部124，該擺動桿123下方設有一支撐架125，該支撐架125之一端設有 -入料轨道m ’以供連接至該旋轉台2〇側邊；該擺動桿123在相對於 該擋止部m之-端’係與該支樓架125間設有一壓縮彈簧126，以供彈 性回復之用。 M381788 偏離，以供該電感60經該入料軌道127至該夾持部241 :待該電感6〇入 。亥失持部241後’該失持裝置24會自動回復至原先位置，並以該螺㈣ 壓抵該電感6G ’藉以完成夹持之動作，如第八圖圖面所示。 如第五圖及第九圖圖面所示’藉該旋轉台2G轉動，重複上述之動 作’以使各緒裝置24鱗-f祕；並旋轉至該制裝置4〇，透過 該第三氣壓缸47向下作動時，以使該第—座體45能第二座體妨靠 合’藉以使該金屬片組42夾合該電感6〇 ;而當—電感⑼完成檢測後， 該第三氣壓缸47會向上作動’以使該第—座體45與該第二座體你分 離’藉以預備進行下-電_之檢測；依上述之檢_#，使各電感 60可依序完成複數域測夾具41之檢測，並將其檢測結果顯示於該檢 測儀48之螢幕上。 如第-圖及第五圖圖面所示，完成檢測之過程後，隨著該旋轉台 20轉動，使該夾持裝置24旋轉至該出料裝置5〇 ,而由於該出料裝置5〇 係已電性聯結該檢測儀48，並配合該檢測儀48的電腦事先預定項目作 計算分級，且因已設定好各級別所對應之該動力缸51，因此該動力缸 51可判別各電感60之級別，當該電感60旋轉至所相對應之該動力缸51 時，透過該動力缸51作動，頂推該夾持裝置24，藉以使該電感6〇自所 對應之該滑道52滑至該集料槽53 ;藉此，可透過自動篩選過程的檢測 結果，將該電感60依照各級別分類之。 雖本創作是以一個最佳實施例作說明，但精於此技藝者能在不脫 離本創作精神與範疇下作各種不同形式的改變。以上所舉實施例僅用 以說明本創作而已，非用以限制本創作之範圍。舉凡不違本創作精神 7 M381788 所從事的種種修改或變化，倶屬本創作申請專利範圍。 【圖式簡單說明】 第一圖係為本創作之立體外觀圖。 第二圖係為本創作入料裝置立體外觀圖。 第三圖係為第二圖之局部放大圖。 第四圖係為本創作旋轉台之示意圖。 第五圖係為本創作之局部俯視圖。 第六圖係為第五圖之局部放大圖。 第七圖係為本創作夾持裝置之立體分解圖。 第八圖係為本創作夾持裝置完成夾持電感之示意圖。 第九圖係為本創作檢測裝置之示意圖。 M381788M381788 V. New Description: [New Technology Field] This creation is about a device for detecting the quality of inductance. More specifically, it is an inductance test screening machine that can quickly detect inductance and automatically screen and classify. [Prior Art] According to 'in passive electronic components, the inductance is different from the resistor or capacitor, and its standardized specification is low, and because the inductor manufacturers will apply to different inductor products according to their different qualities and grades; The detection of inductance quality and level becomes an indispensable process. However, at present, in the electronic industry, there is no inductive detection device with consistent operations such as feeding, detection, automatic screening and classification. Therefore, the conventional inductive detection method must manually detect the inductance one by one, and According to the detection result, the inductance is classified; because the manual detection process is quite complicated, and labor and time cost are incurred, it does not meet the economic benefits, and further, due to the manual detection process, test errors or classification errors are inevitable. The shape of this type must usually be added to the process of sampling inspection to reduce the error rate. [New content] The shortcomings of the previous and pre-existing technologies generally include the familiar reading process of the people, which is quite complicated and costly manpower and time. It does not meet the economic benefits; and it is inevitable that there will be a test error in the process. The secret is the upper contact, and this creation corrects an inductive test screening machine. This creation is a kind of inductance test rider, which includes a human-material device with a 3-vibration trainer and a human-controlled group for injecting and arranging and transporting a plurality of inductors to the inlet; - the rotary table 'is equidistantly arranged in a plurality of clamping devices, each clamping device has a clamping material, __ table machine, so that each scale can be slightly corresponding to the inlet port 'and clamp the inductance; And a detecting device is mounted on a side of the rotating table, and has a measuring fixture for activating the inductance; and an output is connected to the rotating table, which has a plurality of powers The cylinder is on the rotating table, and a plurality of slides corresponding to the power cylinder are below the rotating table, wherein the bottom end of each sliding channel is provided with a collecting groove; thereby, the inductance is respectively determined according to the detection result, (4) To the corresponding slide and the aggregate ^. The main purpose of this creation is to provide a kind of money testing equipment with human resources, detection, automatic screening and classification level, which has a fully automated function, which not only can quickly perform the selection process, but also save manpower. In addition to the cost, the test error rate and the classification error rate can also be reduced. [Embodiment] The present invention is an inductive test screening machine comprising a feeding device 10, a rotating table 2Q'-detecting device 40 and a discharging device 50. As shown in the second figure and the third level, the human body device has a vibration trainer 11 and a feed control group 12, and a side of the vibration trainer u is connected with a track m, and is in the channel 111. The feed control group 12 is connected to the end for inputting and arranging and conveying a plurality of inductors 60 to a feed port 121; the feed control group 12 has a first pneumatic cylinder 122, and the first pneumatic cylinder I22 is connected a swinging rod (2) is provided, and one end of the swinging portion 23 forms a stopping portion 124. A supporting frame 125 is disposed under the swinging rod 123. One end of the supporting frame 125 is provided with a feeding track m' for connecting to the The side of the rotating table 2 ;; the oscillating rod 123 is provided with a compression spring 126 between the end portion of the blocking portion m and the branch frame 125 for elastic recovery. M381788 is deflected for the inductor 60 to pass through the feed rail 127 to the clamping portion 241: the inductor 6 is to be inserted. After the lost handle 241, the lost device 24 automatically returns to the original position, and the screw (4) is pressed against the inductor 6G' to complete the clamping action, as shown in the eighth figure. As shown in the fifth and ninth drawings, 'by rotating the rotating table 2G, repeating the above-mentioned action' to make the respective device 24 scale-f secret; and rotating to the device 4〇, through the third air pressure When the cylinder 47 is actuated downward, so that the first seat body 45 can be engaged with the second seat body, so that the metal piece group 42 can clamp the inductance 6〇; and when the inductance (9) is detected, the third The pneumatic cylinder 47 will actuate 'to separate the first seat 45 from the second seat' to prepare for the detection of the lower-electricity_; according to the above-mentioned inspection _#, the inductors 60 can be completed in sequence. The detection of the field fixture 41 is performed and the detection result is displayed on the screen of the detector 48. As shown in the first and fifth figures, after the completion of the detection process, as the rotary table 20 rotates, the clamping device 24 is rotated to the discharge device 5〇, and since the discharge device 5〇 The detector 48 is electrically connected to the tester 48, and the computer is pre-determined by the computer of the detector 48 for calculation and classification. Since the power cylinder 51 corresponding to each level has been set, the power cylinder 51 can determine the inductance 60. When the inductor 60 is rotated to the corresponding power cylinder 51, the power cylinder 51 is actuated to push the clamping device 24, so that the inductor 6〇 slides from the corresponding slide 52 to The collecting tank 53; thereby, the inductance 60 can be classified according to each level by the detection result of the automatic screening process. Although the present invention is described in terms of a preferred embodiment, those skilled in the art can make various changes in the form without departing from the spirit and scope of the present invention. The above examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Any modification or change that is made in accordance with the spirit of this creation 7 M381788 is the scope of patent application for this creation. [Simple description of the diagram] The first picture is a three-dimensional appearance of the creation. The second picture is a three-dimensional appearance of the creation feeding device. The third figure is a partial enlarged view of the second figure. The fourth picture is a schematic diagram of the creation rotary table. The fifth picture is a partial top view of the creation. The sixth figure is a partial enlarged view of the fifth figure. The seventh figure is an exploded perspective view of the creation gripping device. The eighth figure is a schematic diagram of the clamping inductance of the creation clamping device. The ninth figure is a schematic diagram of the creation detecting device. M381788
【主要元件符號說明】 入料裝置10 第二支臂243 震動整列機11 桿件25 軌道111 螺栓26 入料控制組12 彈簧件27 入料口 121 主轴30 第一氣壓缸122 齒輪箱31 擺動桿123 伺服馬達32 檔止部124 皮帶輪組33 支撐架125 轉軸34 壓縮彈簧126 解碼器35 入料執道127 檢測裝置40 旋轉台20 感測夹具41 凹槽21 第一夾具411 固定盤22 第二夾具412 第二氣壓缸23 金屬片組42 夾持裝置24 檢測部43 夾持部241 絕緣元件44 第一支臂242 第一座體45 第二座體46 第三氣壓缸47 檢測儀48 出料裝置50 動力缸51 滑道52 集料槽53 電感60[Main component symbol description] Feeding device 10 Second arm 243 Vibration alignment machine 11 Rod 25 Track 111 Bolt 26 Feed control group 12 Spring member 27 Feed port 121 Spindle 30 First pneumatic cylinder 122 Gear box 31 Swing rod 123 Servo motor 32 Stopper 124 Pulley set 33 Support frame 125 Rotary shaft 34 Compression spring 126 Decoder 35 Feeding path 127 Detection device 40 Rotary table 20 Sensing jig 41 Groove 21 First clamp 411 Fixed plate 22 Second clamp 412 second pneumatic cylinder 23 metal sheet set 42 clamping device 24 detecting portion 43 clamping portion 241 insulating member 44 first arm 242 first body 45 second seat 46 third pneumatic cylinder 47 detector 48 discharging device 50 power cylinder 51 slide 52 collecting trough 53 inductance 60