M267228 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種電子元件分類機之分類裝置，尤指 -種可將已完成送料、檢測作業的電子元件，丨以進行分 級分類的分類裝置設計者。 【先前技術】 目珂常見之體積極小的電子元件，例如：被動元件或 二種電子晶片……等，其通常係利用-電子元件分類機進 仃送料、檢測、分類等步驟，藉以輸送已完成製程的電子 元件進行如電容量阻質等電性測試作業，且可依據測試結 果予以分級分類，以確保電子元件之品質，藉使該電子元 件應用於各式電子裝置時’可使電子裝置穩定運作。 S知電子7L件分類機之分類裝置主要係設置於檢測裝 置之後’且其中具有若干依等級區分的分類盤，當檢測裝 置完成電子元件之檢測作業後，即利用吸附件至檢測裝置 處吸附電子元件’1由電腦系統依據檢測結果，控制吸 件刀另J將各電子π件分送至不同等級的分類盤中，藉以6 成其分級分類之作業。 70 惟由於前述分類裝置必需以吸附件分送各檢測完成之 類ΓΓ附件於分類過程中必需不斷往返於檢測 " 刀、'"置之間，其在返打程係花費不少時間，俨# 吸：件於往返分類裝置及檢測裝置的過程中，該檢测穿:置 已兀成下個電子兀件之檢測時，則該完成檢測之電 件仍需等待先前之電子元件完成分類，且吸附件返： M267228 ^置位置後’方能再藉由吸附件予以分送至特定分類盤 处’因：’完成檢測之電子元件勢必重覆進行等待動作， ^使得該電子元件分類機整體作業效率大幅降低。 【新型内容】 - 因：’為改善前述習知電子元件分類機之分類裝置的 缺點’本創作者乃研發設計出一種「 類裝置」，希拉▲丄^ I 丁刀μ m <刀 希错此…達到不需利用吸附件分送電子元 什之功能，以自行完成分 業效率，為其主要之創作刀目及的刀類作業’而有效提高整體作 於提述創作目的’本創作所運用的技術手段係在 本二太件分類機之分類裝置’，其主要係具有 了第第::有可受驅動同步旋轉的第-、第二轉盤 環設若干相對應的活=11於其第二轉盤上分別 第二穿孔之半徑距離位::有;=第:轉盤:心至其 供分類盤置入的容置# _ ，、外侧6又有若干 直入的谷置槽，邊本體設有對應第 各容置槽的透孔，且於容置 、 缸，前述第-轉盤上設有由各氣厂二 具有通孔的滑塊，第一轉盤内側設=使：動且 :’㈣壓飯及彈性元件之作用驅使滑塊往覆作動金第 穿孔之間形成連通阻斷，以控制電子元件；=ί 一 分料盤之時機。 、、工本肢透孔洛至 猎由上述結構之組合，該分類裝置可 測完成之電子元件，並以i第 3導官承接檢 -弟-轉盤分送電子元件 M267228 勺刀颌盤上方’且配合氣壓缸及滑塊 件落至分類盤之中，故該分類裝置可自行:電子元 業，藉以盥提高雷工 丁几成y刀級分類作 杈阿電子元件分類機整體作業 【實施方式】 午。 為使f審查委員可確實了解本創 其它劊祚曰从& 4丨F <結構設計，及 圖力效，以下州-具體實施例，並配合 -圖=本=具體實施設計，請參閱第-、二圖及第 係具有二本體:Γ元件分類機之分類裝置⑴主要 1 )，凹槽（工：，本體（10)中央形成凹槽（1 (1 1 )中設置可受控旋轉作 …及第二轉盤（…，第一、第-轉盤、( 13)於鄰近其周緣處分別環設若干二： 的相對應第-、第二穿孔（…）（13『：穿至底面 弟二轉盤、（1 2 ) 、 （ i 3)，且第 (a )，另黛 、有活動空間 另第一、第二轉盤（i 2 )、 衿（1 1 1 )相互固接，該軸桿（2 係以-軸 盤（1 2 > 、 「！ ^山 自第一、第二轉 (1 0 )内部預Μ之gIT貝穿凹槽（1 1 )槽底與本體 (12)、：二门牛接，藉以帶動第-、第二轉盤 J (13)同步旋轉作動。 該本體（1 0)外側壁形成若 置入其中的容置槽⑴），該容…：貞盤（20) 關位置可對應第二轉盤（1 3) )數量及相 或是第 」之弟一牙孔（王3工）， Η多於容置槽（14)，藉 6 M267228 以裝載較多之電子元件以導入容置 N L 罝槽（14)中，其中本 體（10)上方於第二轉盤（13 丄d)中心至其第二穿孔（ 1 3 1 )之半杈距離位置設有二端 而形成開口的中空導管（ 18)，另本體（icn凹梓 9 ( 1 1 )槽底對應前述第二 穿孔（131)及各容置槽（1 ^ 位置，設有由上而下 貫穿連通該谷置槽（1 4)的读a / V丄的透孔（112)，另本體 1 0 )側邊於各容置槽（1 4、μ + \ 〜、丄4 )上方分別設置氣壓缸（工 6)，該氣壓虹（16)且右^[由 b )具有伸入至凹槽（1 1 )中的作 動端（1 6 1 )，且第-轉盤（1 2 )上對應各氣壓缸（ 1 6 )之作動食而（1 6 1 ) >[立置分別活動設置滑塊（丄5 )⑺塊（15)上形成由上而下貫穿之通孔（15丄） ，該滑塊（1 5 )係、藉由氣塵缸（丄6 )之作動端（丄6 1 )的伸縮往覆作用而配合移動，用以使其通子匕（工5 1 )可進出活動空間（a)與第一、第二轉盤（12)、（ 1 3 )之第一、第二穿孔（1 2 1 )、（ 1 3 1 )形成連 通或阻斷狀態。 —月述滑塊（1 5 )活動設置於第一轉盤（工2 )上且 ^氣壓缸（1 6 )之作用而移動的相關結構，可如圖所 :’該第-轉盤（1 2 )於活動空間（a )内側形 部（1 9 〇、 )’且固接部（1 2 2 )設置若干對應氣壓紅 固I ^)心早性兀件（1 7 )，該彈性元件（1 7 ) 一端 方、、固接部（丄2 2 )，另端固接於滑塊（1 5 )相對 ;氣壓j, 、丄b )之一側，藉此，該滑塊（1 5 )係定位 於第一轉起/，〇、 幾C 1 2 )且可於其上往覆移動，如第四圖所 M267228 ，當氣壓缸（16)之 1 5 )於第一轉盤 ，使其通孔（1 5 與第一、第二轉盤 (1 2 1 ) 、Μ 滑塊（1 5 )相對於彈動端（1 6 1 )伸出時，即抵設 1 5 )於筮一―机/ 元件（1 7 )之另側’令滑塊（ 2 )上朝活動空間（a )内側移動 )配合進入活動空間（a )中，用以 ^) 、 （13)之第一、第二穿孔 - Μ / 1 )相對應呈連通狀態，且因04 2留 疋件（1 7 )亦受湣抬, 心且冋時弹性 圖所示，另當氣壓：：：）抵制呈壓縮狀；再如第三 至原位時，該滑塊（1 作動端（161)收縮回 性回復作用，令滑 #兀件…）之弹 間（a )外側移動，使=台（1 2 )上朝活動空 二轉盤（12) 、 （1; (151)離開與第一、第 、（1 3 1 )之問、第一、第二穿孔（1 2 1 ) 1 、 的相對應狀態，進而呈阻斷狀態。 則述本體（1 〇 )上設置 : (1g)可供中空導 疋木 所示。 v s ( 1 8) 一端固接其上，如第三圖 )，：：：：三圖及第五圖所示，本創作之分類裝置（1 類=件分類機時’主要係設置於該電子元件分 _之機台（3)1，其機台（3)上具有動力裝置 、=(5)及央取檢测裝置（6)，該分類裝置 置 肢（\〇)内部之馬達與機台（2)上之動力裝 (3)連接’藉以驅動前述第-、第二轉盤（12)、 對於第3 作動’且分類裝置（1)之導管（18)相 、弟-牙孔（1 3 1 )之另端開口係位於夾取檢測裝置 M267228 (5 )下方，藉使夾取檢測裝置（5 )完成電子元件（ )之檢測後，可直接將完成檢測之電子元件放入導管（ 8 )之中，使該電子元件可經由導管（丄8 ) 1 置（1)之第二轉盤（13)的第二穿孔（131)中 再請參閱第三圖所示，該分類裝置（丄）於未進疒乂 級分類作業之前，其滑塊（：L 5 )之通（仃分 一、第二轉盤（1 2 ) 、（ 1 3 )之第一、第二穿孔%、弟 2 1 )、（ 1 3 1 )彼此間並未相互對應，而呈阻斷狀= ’且各容置槽（1 4 )分別置入分類盤（2 〇 )，並： 於機台（3 )之上，另各分類盤（2 〇 )可設定為不 級並區分為一號盤、二號盤…等依序類推。 於實際使用時，再請配合參閱第三圖及第五圖所亍 係先藉由人料裝置（5)將欲檢測之電子元件輸送至 檢測位置’藉由夾取檢測裝4 ( 6 )進行夹取並同時 檢測作業，其完成檢測冑’即利用導管（18)直接將電 子凡件導入至分類裝置⑴之第二轉盤（1 第二穿孔（131)中’由於第二…131)與第一 轉盤（12)的第一穿孔（121) # .-,,,, )間壬阻斷狀態，故 位於該第二穿孔（"1)之中，並 Π二Γ _，此時，電子元件分類機之電腦 uj系、·先（圖中未示）係判斷先前爽取檢測裝置（㈠之 檢測結果，且依據其檢測結 r1n、 軔刀戎置（4)透過本體 (1 〇)内部之馬達控制第_、第二轉盤（ 3)同步旋轉作動，使該具有電子元件…《第二穿： M267228 (131)移動至相對應的分 ^ A 、边〈z U )上方，例士 · 至一唬盤位置移動至二號盤上方。 · 如第四圖所示，當第―、證一 )旋轉至預定位置後，即以氣屙轉盤（1 2)、（ 1 3 、二叙（1 6 )控制滑持f Ί 5)於第-轉盤（12)上朝活 化“鬼（1 使其通孔⑴i)與第-、第〇内側移動’ 、今盛 第二轉盤（12)、 )之苐一、第二穿孔（121)、 3 連通狀態，此時，該電子元件 ）相互對應呈 T 5 1 , _ 1 _ 7 )即可依序經由通孔（ 第一穿孔（1 2 )及透孔（112)落 疋的分類盤（2 0 )中，再以*广 洛至特 杜…、 再以乳壓缸（1 6 )配合彈性元 件（1 7 )之彈性回復作用，使 八皆 ^ ^ ^ 使π塊（1 5 )回至原位， 7第一、第二轉盤（12)、 ,, 113)之第一、第二穿 (12 1)、（ 1 3 1 )間再次s阳龄“丄吨 』丹久呈阻斷狀態，另第一、 二轉盤（1 2 ) 、（ 1 3 )亦可異妒鐘门s 第 』了再旋轉回至原位，以利於 進仃下一次的分級分類作業。 又，該第一轉盤（12)主要係作為供滑塊（15) 活動定位其上之用途’故其上亦可不需設置第一穿孔㈠ 2!)，亦即令第—轉盤（12)中心點至周邊距離 小於第二轉盤其第二穿孔（131)距離之設 計：使滑塊（15)通孔（1“）與第二㈣（"） 之第一牙1 ( 1 3 1 )呈對應連通狀態時，電子元件可直 接^由第一轉盤（1 2 )側邊通過透孔（1 1 2 )進入分 料盤（2 0 )中。 由上述結構特徵及組合方式，本創作電子元件分類機 10 M267228 之分類裝置（ 當夾取檢 導管（1 8 ) 盤（1 3 )上 類裝置（1 ) 轉作動，將電 )上方，用以 覆作動效果， 1 )、通孔（ 狀態，令電子 ，故該分類裝 夾取檢測裝置 子元件（7 ) )亦同時間配 之作業時間可 分類作業，因 率〇 1 )的特點在於： ，即藉由 至第二轉 藉由該分 3 )的旋 盤（2 0 5 )的往 、（1 3 間呈連通 (20) ，藉此， 下一個電 裝置（1 ，使兩者 成檢測及 體作業效 Θ 4 ϊ ( 6 )完成檢測作業的同時 >則完成之電子元件（7 )輪送 λ + ~第二穿孔（131)中，再 之第~、第二轉盤（12) 、（1 子元件（7 )移動至欲放入的分類 ^合氣壓缸（1 6 )控制滑塊（1 使前述第一、第二穿孔（121) 151)及透孔（112)彼此之 元件（7 )可落入相對應的分類盤 置（1 )可自行完成分級分類作業 (6 )在完成檢測後，隨即可進行 之測試，而測試的過程中，該分類 合進行電子元件（7 )的分級分類 相互配合，以接近同時間之效果完 此’可大幅提高電子元件分類機整 由以上的說明可知，本創作電子元件分類機之分類裝 置’可自行完成分級分類作業，以利於與夾取檢測裝置相 互配合分別進行檢測及分類作業，以有效提高整體作業效 率’其確為一相當優異之設計。 【圖式簡單說明】 第一圖係本創作之立體外觀圖。 弟一圖係本創作之俯視圖。 M267228 第三圖係本創作之局部剖視 第四圖係本創作之使用狀態 第五圖係本創作應用於電子 【主要元件符號說明】 (1)分類裝置 （1 (1 1 )凹槽 （1 (112)透孔 （1 (121)第一穿孔 （1 (1 3 )第二轉盤 （1 (14)容置槽 （1 (151)通孔 （1 (161)作動端 （1 (1 8 )導管 （1 (2 0 )分類盤 （3 (4 )動力裝置 （5 (6)夾取檢測裝置 （7 圖。 - 分類機之示意圖。 本體 )軸桿 第一轉盤 )固接部 )第二穿孔 馨 滑塊 氣壓缸 彈性元件 固定架 台 料裝置 子元件 12M267228 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a sorting device for an electronic component sorting machine, especially-a sorting device that can classify and sort electronic components that have completed feeding and testing operations. Designer. [Previous technology] Moko's common small electronic components, such as passive components or two types of electronic chips, etc., usually use the electronic component sorter to perform feeding, detection, and classification steps to convey the The electronic components that have completed the process are subjected to electrical test operations such as capacitance resistance and quality, and can be classified and classified according to the test results to ensure the quality of the electronic components. When the electronic components are applied to various types of electronic devices, the electronic devices can be used Stable operation. The classification device of the 7L electronic sorting machine is mainly installed behind the detection device, and there are several classification discs that are classified by level. When the detection device completes the detection operation of the electronic components, the adsorption device is used to adsorb electrons to the detection device. The component '1 is controlled by the computer system based on the detection results, and the suction knives are controlled to distribute the electronic π pieces to the classification trays of different grades, so that 60% of the work is classified and classified. 70 However, since the aforementioned sorting device must distribute the completion of each test with an adsorber, the attachments of ΓΓ must continuously go back and forth between the test " knife " during the classification process, which takes a lot of time in the return stroke process,俨 # Suction: In the process of moving between the sorting device and the detection device, the test wears: When the test of the next electronic component is completed, the electrical component that has completed the test still needs to wait for the previous electronic component to complete the classification. After the suction unit returns to: M267228, the position can only be distributed to the specific sorting tray by the suction unit. 'Because:' Electronic components that have completed the inspection are bound to repeat the waiting action, making the electronic component sorting machine The overall operating efficiency is greatly reduced. [New content]-Because: 'To improve the shortcomings of the classification device of the conventional electronic component sorting machine', the creator has developed a "class device", Sheila ▲ 丄 ^ I 丁 刀 μ m < This ... achieves the function of distributing electronic elements without using the suction element to complete the division efficiency by itself, and effectively improves the overall creation for the purpose of referring to the purpose of the creation, which is used in this creation The technical means is in the classification device of the second classifier, which mainly has the first: the first and second turntables that can be driven to rotate synchronously. The radius distance of the second perforation on the two turntables is: Yes; = No .: Turntable: from the center to its receiving position # _ for the classification disc, and there are several straight grooves on the outer side. The side body is provided with Corresponding to the through hole of each receiving slot, and in the receiving and the cylinder, the aforementioned-turntable is provided with a slider with a through hole by each gas plant two, and the inside of the first turntable is set to make: move and: '㈣ 压The action of the rice and the elastic element drives the slider to form a shape between the perforations. Blocking communication to control electronics; = ί timing of a distributor plate. The combination of the above structure, through the hole, through the hole, and the hunting. The classification device can measure the completed electronic components, and the inspection will be performed by the third guide-the brother-the turntable to deliver the electronic components M267228 above the spoon and jaw plate. With the pneumatic cylinder and the slider falling into the sorting plate, the sorting device can self-operate: the electronics industry, which can improve the classification of the thundercutter into a y-knives as the overall operation of the electronic component sorting machine [implementation] Noon. In order to make sure that the reviewing committee members can understand the other design of the company and its structural design, as well as the effectiveness of the drawings, the following states-specific examples, and cooperation-Figure = this = specific implementation design, please refer to The first and second figures and the second series have two bodies: a sorting device of the Γ component sorting machine (mainly 1), a groove (worker: the body (10) forms a groove (1 (1 1)) in the center of which can be controlled for rotation) Make ... and the second turntable (..., the first, the first-the turntable, (13) are respectively arranged in the vicinity of the periphery of a number of two: the corresponding first and second perforations (...) (13 ": wear to the bottom brother The two turntables, (1 2), (i 3), and (a), another, and the first and second turntables (i 2), and 衿 (1 1 1) are fixed to each other, and the shaft (2 is based on the -spindle (1 2 >, "! ^ The gIT shell groove (1 1) of the groove and the body (12) from the internal pre-M of the first and second revolutions (1 0): The two gates are connected, thereby driving the first and second turntables J (13) to rotate synchronously. The outer wall of the body (10) forms a receiving groove if placed therein, and the capacity ...: Zhenpan (20) Off position can correspond to The number of the two turntables (1 3)) and the number one or the other, the first tooth hole (Wang 3 workers), more than the receiving slot (14), borrow 6 M267228 to load more electronic components to introduce the receiving NL In the trough (14), a hollow tube (18) provided with two ends above the body (10) at the half-branch distance from the center of the second turntable (13 丄 d) to its second perforation (1 3 1) is formed. ), And the bottom of the main body (icn concave 9 (1 1) slot corresponds to the aforementioned second perforation (131) and each receiving slot (1 ^ position), and is provided through the valley slot (1 4) penetrating from the top to the bottom. Read the a / V 丄 through-hole (112), and the other side of the body 10) is located above each receiving groove (1 4, μ + \ ~, 丄 4), respectively, a pneumatic cylinder (work 6), the pneumatic rainbow ( 16) and the right ^ [by b) has an actuating end (1 6 1) that extends into the groove (1 1), and the first turntable (1 2) corresponds to the actuating food of each pneumatic cylinder (1 6) (1 6 1) > [Each position is set to move the slider (丄 5), and the block (15) forms a through hole (15 丄) penetrating from top to bottom, and the slider (1 5) is The telescopic action of the moving end (丄 6 1) of the air dust cylinder (丄 6) To move it so that its passer (worker 5 1) can enter and exit the movable space (a) and the first and second perforations (1 2 1) of the first and second turntables (12) and (1 3), (1 3 1) to form a connected or blocked state. — The relevant structure of the monthly slider (1 5) is movably set on the first turntable (work 2) and moves by the action of the pneumatic cylinder (1 6), such as Figure: 'The first turntable (1 2) is located inside the active space (a) at the inner shaped part (190,)' and the fixed part (1 2 2) is provided with a number of corresponding air pressure red solid I ^) Piece (1 7), one end of the elastic element (1 7), the fixed part (丄 2 2), and the other end fixed to the opposite side of the slider (1 5); one side of the air pressure j, 丄 b), With this, the slider (1 5) is positioned at the first turn /, 0, several C 1 2) and can be moved upwards and downwards, as shown in the fourth figure M267228, when the pneumatic cylinder (16) 1 5) When the through hole of the first turntable (1 5 and the first and second turntables (1 2 1) and the M slider (1 5) is extended relative to the spring end (1 6 1), it will abut against Suppose that 1 5) on the other side of the machine / component (1 7) 'so that the slider (2) faces the active space ( a) Moving inside) Cooperating into the activity space (a), the first and second perforations of (13)-M / 1) are in a connected state, and the pieces are left due to 04 2 (1 7 ) Is also lifted by the heart, as shown in the elasticity diagram of the heart and the moment, and when the air pressure :: :) resists to compress; when the third to the original position, the slider (1 actuating end (161) shrinks back to recover Function, make slide ## 件…) the bullet (a) move outside, so that the = platform (1 2) moves up to the movable empty turntable (12), (1; (151) to leave with the first, first, (1 3 1), the corresponding state of the first and second perforations (1 2 1) 1, and then a blocking state. Then set on the body (10): (1g) available for hollow guide Tochigi. vs (1 8) One end is fixed to it, as shown in the third picture ::::: As shown in the three pictures and the fifth picture, the classification device of this creation (Class 1 = piece sorter 'is mainly set on the electronic The component is divided into a machine (3) 1. The machine (3) has a power device, = (5), and a central detection device (6). The classification device places the motor and machine inside the limb (\ 〇). The power unit (3) on the platform (2) is connected to the '-, 2nd turntable (12), 3rd action' and the conduit (18) phase of the sorting device (1), the brother-dental hole (1 The opening at the other end of 3 1) is located under the gripping detection device M267228 (5). After the gripping detection device (5) completes the detection of the electronic component (), the electronic component that has completed the test can be directly placed into the catheter (8 ), So that the electronic component can pass through the catheter (丄 8) 1 through the second perforation (131) of the second turntable (13) (1), and then refer to the third figure, the classification device (丄) Before the advanced classification operation, the slider (: L 5) is open (the first and second turntables (1 2), the first and second perforation% of (1 3), and the brother 2 1) , (1 3 1) They do not correspond to each other, but are blocked = ', and each receiving slot (1 4) is respectively placed in a classification tray (20), and: on the machine (3), the other classification tray (2) It can be set as stepless, and can be divided into the first disc, the second disc, etc. in sequence. In actual use, please refer to the third and fifth figures. (5) Convey the electronic components to be detected to the detection position 'by gripping the detection device 4 (6) for gripping and simultaneous detection operations, which completes the detection process', that is, the electronic components are directly introduced into the conduit (18) to the Sorting device ⑴ The second turntable (1 in the second perforation (131) 'due to the second ... 131) and the first perforation (121) # .- ,,,,) of the first turntable (12) Therefore, it is located in the second perforation (" 1) and Π Γ _. At this time, the computer uj of the electronic component sorting machine, first (not shown in the figure) judges the previous fetch detection device (㈠ According to the detection results, and according to its detection results r1n, Razor Rongzhi (4) through the motor inside the body (10) control the _, second turntable (3) synchronous rotation operation , ... so that the electronic component having a "second through: M267228 (131) is moved to the corresponding points ^ A, edge <z U) above, for example, to a bluff-Shi disk position moves upward on the 2nd disc. · As shown in the fourth figure, when the first and second cards are rotated to a predetermined position, the discs (1 2), (1 3, and 2 (1 6)) are used to control the slide f Ί 5) at the first -The turntable (12) is activated toward the upper side of the "ghost (1 makes its through hole ⑴i) and the-, 〇 inside move ', the first one of the second turntable (12),) of Jinsheng, the second perforation (121), 3 Connected state, at this time, the electronic components) corresponding to each other are T 5 1, _ 1 _ 7), and the sorting plate (2) can be sequentially dropped through the through hole (the first perforation (1 2) and the through hole (112)). 0), and then use * Guangluo to Tedu ..., and then use the milk cylinder (1 6) to cooperate with the elastic recovery of the elastic element (1 7), so that Baji ^ ^ ^ returns the π block (1 5) to In situ, 7 first and second turntables (12),, 113) first, second wear (12 1), (1 3 1) again s Yangling "Xantan" Danjiu was blocked In addition, the first and second turntables (1 2) and (1 3) can also be jealous of the bell gate and then rotated back to the original position to facilitate the next classification operation. In addition, the first turntable (12) is mainly used for positioning the slider (15) on it. Therefore, it is not necessary to set a first perforation (2!) On it, that is, the center point of the first turntable (12) The design of the distance from the periphery to the second perforation (131) of the second turntable is such that the through hole (1 ") of the slider (15) corresponds to the first tooth 1 (1 3 1) of the second & (") In the connected state, the electronic components can be directly entered from the side of the first turntable (1 2) through the through-hole (1 1 2) into the distribution tray (20). Based on the above structural features and combination methods, the original electronic components are classified The classification device of machine 10 M267228 (when clamping the inspection catheter (1 8), the disk (1 3), the device (1) is turned, and the electricity is turned on), it is used to cover the action effect, 1), the through hole (state, order Electronic, so the sorting, clamping and detection device sub-component (7)) can also be classified at the same time with the operation time, because the rate is 01) is characterized by:, that is, by the second turn by the point 3) The direction of the rotary disk (2 0 5) toward (1 3 is connected (20)), so that the next electric device (1) makes the two check At the same time as the completion of the test operation Θ 4 ϊ (6), the completed electronic component (7) is fed λ + ~ in the second perforation (131), and then the first and second turntables (12), (1 The sub-element (7) is moved to the classification to be placed ^ the pneumatic cylinder (1 6) controls the slider (1 to make the first and second perforations (121) 151) and the through-hole (112) each other ( 7) It can fall into the corresponding classification panel (1) It can complete the classification and classification operation by itself (6) After the inspection is completed, the test can be performed immediately, and during the test, the classification is performed on the electronic components (7). The classification and classification cooperate with each other to achieve the effect close to the same time. This can greatly improve the classification of electronic components. As can be seen from the above description, the classification device of this creative electronic component classification machine can complete the classification and classification operation by itself, which is beneficial to the clamping. The detection devices cooperate with each other to perform detection and classification operations to effectively improve the overall operation efficiency. 'It is indeed a very good design. [Schematic explanation] The first picture is the three-dimensional appearance of this creation. The first picture is this creation Top view. M267228 The third drawing is a partial cross-section of this creation. The fourth drawing is the use status of this creation. The fifth drawing is applied to electronics. [Description of the main component symbols] (1) Classification device (1 (1 1)) Groove (1 (112) through hole (1 (121) first perforation (1 (1 3)) second turntable (1 (14) receiving slot (1 (151) through hole (1 (161) actuating end (1 (1 8) Catheter (1 (20)) classification disc (3 (4) power unit (5 (6) gripping detection device (7). -Schematic diagram of classifier. Body) Shaft rod First turntable) Fixing part) Second perforation Xin Slider Pneumatic cylinder Elastic element Fixing rack Table material device Sub-element 12