M309209 八、新型說明： 【新型所屬之技術領域】 一種藉由吹氣方式出料的裝置，可將吸附於測 試平台上的LED所吹出，本創作尤指一種可同心轉 動調整與LED間的角度之吹料裝置，且調整後吹料 管與導料管仍保持在同一軸線上，而易於將LEI)吹 出0 【先前技術】 在一般用來檢測LED的光學測試儀器，由於[ED 的體積大小不一，有的體積很大，有的體積很小， 針對一些體積比較小的LED進行測試時，通常係先 以一圓形振動盤，利用振動方式將堆疊成一堆的led 加以分散後，再行排列於一送料裝置上，經過連續 推擠之後，可使LED在送料裝置上向前推送，再藉 由位於送料裝置前端的一放料裝置，將LED放置到 一測試平台上’此測試平台係在一轉動圓盤上等距 設置有數個座體，其座體上又設有一真空吸頭，而 利用真空吸力將待檢測的LED吸附於其上，使得轉 動圓盤進行轉動後，其位於座體上的LED可依序送 入測試裝置進行檢測，最後，再藉由測試平台後端 所設置的吹料裝置，將原本吸附在座體上的LED吹 氣出料，以便進行後續的分類工作。 請參閱「第1圖」，為習知吹料裝置的結構示意 5 M3 09209 圖，如圖中所示，此吹料裝置10主要係由一吹料管 1 0 1及&料笞1 〇 2所構成，且使吹料管1 〇 1、導料管 102，以及待檢測的LED 2〇係位在同一水平軸線上， 其吹料官101及導料管1〇2係分別裝設於一測試平 台30的兩相對側，其測試平台3〇上係由一轉動圓 盤301與送料裝置3〇2所組成，且轉動圓盤3〇1上 軸向等距設有數個座體3〇11，其座體3〇11係藉由 真空吸力將送料裝置302所送入的[ED 20吸住，利 用轉動圓盤3 0 1會不斷地轉動，以便對[£ j) 2 〇進行 自動化的檢測，其座體3 〇 11的真空吸力必須足夠吸 附住LED 20 ’可使LED 20不致於在轉動時掉落， 且其檢測完畢後的LED 20，再藉由吹料裝置1 〇的 吹料管1 01將内，因此，吹料管i 〇丨的吹力必須大 於用以吸附LED 20的真空吸力；但是，由於[ED 20 呈長扁狀，其受風面的面積較小，導致吹料裝置J 〇 的出料效果不佳，而直接降低真空吸力時，又有可 能會造成轉動圓盤30 1轉動時LED 20掉落，所以常 見的調整方式，是調整吹料管1 〇 1、導料管1〇2與 L E D 2 0間的角度，使受風面的面積加大，以增進出 料效果，可使進行調整時，吹料管1 〇 1、導料管1 〇 2 與L E D 2 0間還是得保持在同一軸線上，又必須顧慮 到其間的角度，所以調整起來相當不方便，且誤差 容易產生，而影響到出料效果，故有必要加以改良。 M309209 新型内容】 有鑑於上述的需求，本創作人爰精心研究，旅 積個人從事該項事業 夕千、、工驗，終設計出〆種斬 ’ 、σ人料裝置」，本創作之主毋 ^ w 要目的，旨在提供一 種了快速、簡便地淮輕 料裝置。 進仃5周整’以改善出料效果的吹 為達上述目的，太創作「 奉創彳乍吹料裝置」係由/底 坐—轉盤、一吹料管及一缘社》 綠般 十&汉 ν枓管所構成，其轉盤 '裝設於底座上’且可相對於底座作同心的旋 轉轉動，其轉盤内部開設有—供測試平台上的座體 及LED通過的缺口部，而吹料管與導料管再分別裝 設於轉盤轉動圓心的二相對側，使吹料管的出氣口 係與導料管的入口均可通過轉動圓心，其LED的位 置恰位於轉動圓心上，故吹料管的出氣口、導料管 的入口與LED係保持在轉盤的同一軸線方向上，當 轉盤進行角度調整後，可使吹料管、導料管與L肋 間的角度改變，藉以改變吹料管出氣口與l仙門的 受風面，而吹料管、導料管與；LED仍然 你持於同 一軸線方向上，以便將測試平台上的LE & 久入導料 管内，達到改善出料效果者。 為使貴審查委員能清楚了解本創作 r、π容，僅 以下列說明搭配圖示，敬請參閱。 【實施方式】 7 M309209 請參閱「第2圖」’為本創作之安裝示意圖，如 圖中所示，一般用來檢測LED 50的一測試平台4〇， 係由一轉動圓盤401、一檢測裝置402及一送料裝 置403所組成，其轉動圓盤401上係等距設有數個 座體4011，且座體4011上設有一真空吸頭4〇12， 以使待檢測LED 50可吸附於其上，並藉由轉動圓盤 401的轉動，依序帶動待檢測LED 50進入檢測裝置 4 0 2中進行檢測，而本創作之吹料裝置6 〇，係裝設 於此轉動圓盤401負載LED 50轉動路徑的後段，其 包括了一裝設於轉動圓盤401. —側的底座6〇1、一 活動裝設於底座601上的轉盤602，以及分設於轉 盤602相對側的一吹料管603及一導料管6〇4，其 轉盤602中央的缺口部6023係可容納轉動圓盤4〇1 的座體4011通過’且使檢測完畢的lED 50可通過 轉盤602的轉動圓心’由於吹料管6Q3與導料管604 係位於通過轉盤602轉動圓心的同一軸線上，藉由 吹料官6 0 3的吹力，以便將位於轉動圓心上的LED 5 〇 吹入導料管604内，而本創作之轉盤6〇2可轉動調 整與LED 5 0間的角度’其位於轉盤6 〇2兩側的吹料 管603與導料管604也會隨著同心轉動，使得吹料 管603出氣方向與LED 50間的受風面增加’更容易 將L E D 5 0吹出。 請參閱「第3圖」，為本創作之立體分解圖，如 圖中所示，本創作之吹料裝置6〇係由一底座6〇1、 M309209 一轉盤602、一吹料管603及一導料管6〇4所構成， 其中，底座601係裝設於前述測試平台4〇轉動圓盤 401的一側，並在底座601的頂端開設有數個固定 孔6011，以便活動裝設轉盤602，其轉盤6〇2上係 形成有一弧狀孔6 0 2 1，可藉由數根調聱螺絲6 〇 2 2， 將轉盤6 0 2裝設於底座6 0 1頂端的固定孔6 〇 11内， 調整螺絲6 0 2 2係用來防止轉盤6 〇 2之弧狀孔6 0 21 脫落，並使轉盤602可相對底座6〇1作限位的旋轉 轉動，又，轉盤602的中央部係形成一缺口部6〇23, 可供前述測試平台40轉動圓盤401上的座體40Π 及LED 50轉動時，其LED 50係位於轉盤6〇2弧狀 孔6021的圓心位置，將吹料管6〇3裝設於轉盤6〇2 孤狀孔6 0 2 1圓心向外延伸的軸線方向上，且吹料管 603前端係開設有一出氣口 6〇31，後端又與一氣壓 式驅動裝置6 0 3 2相連接，以使吹料管6 〇 3的出氣口 60 3 1可相對於LED 5〇的位置，而導料管β 〇 *係裝 設於轉盤602上用來裝設吹料管603的相對位置， 且導料官604 —端為入口 6041，另一端則連接至一 分類装置，使吹料管6 0 3的出氣口 603 1與導料管 6〇4的入口 6〇4卜及LED5〇係呈同一軸線，當吹料 官6 03出氣時，可將LED 5〇吹送至導料管6〇4進行 出料’又，在轉盤6 0 2垂直於吹料管6 0 3與導料管 的軸線方向上，係裝設有一感知光纖6 0 5，以便 才欢則由轉動圓盤401座體4011所負載LED 50是否 M309209 到達定位，而不會發生錯誤。 請參閱「第4圖」、「第5圖」，為本創作調整時 的動作圖，如圖中所示，其調整時，第一步、鬆開 調整螺絲6022 :先將用來固定轉盤602於底座6〇1 相對位置的調整螺絲6022鬆開，使轉盤6 0 2呈活動 狀悲，第二步、轉動轉盤6 0 2 ··使轉盤6 0 2係沿著 5瓜狀孔6 0 2 1的切線方向相對底座6 0 1作相對轉動， 同時帶動位於轉盤602兩側的吹料管603與導料管 604，相對於弧狀孔6〇21的圓心進行同心的旋轉， 以調整與LED 50間的角度，使LED 50的受風面增 加或減少·，第三步、調整完畢：重新將調整螺絲6〇22 鎖緊’使轉盤6〇2與底座601的相對位置固定，而 使作動時，吹料管603、導料管604與LED 5〇間仍 可保持共軸，而不會影響到出料的結果。 請參閱「第6圖」，為本創作之另一實施例，如 圖中所示，為使本創作的轉盤6〇2進行同心調整時 更加方便，且更加準確，特別在底座6 〇 1相對裝設 轉盤6 02的位置上，對應轉盤6〇2的形狀開設有一 圓槽6012,可將轉盤602放置於此圓槽6〇12内， 利用相同的調整方式進行角度調整，因此，轉盤6〇2 進行調整時不會由圓槽6012脫落，而便於利用調整 螺絲6022鎖固轉盤602調整後的位置。 如上所述，本創作其據以實施後，可調整與LED 間的角度，使吹料管、導料管與LED間仍保持在同 10 M3 09209 一軸線方向上，確實可達到提佴— 快速、簡便地調整其轉動的b 吹料裝置，可 間的受風面增加，而能夠顯著二使咖與吹料管 唯，以上所述者，僅為本創=效果的目的。 而已，並非用以限定本：佳之實施例 脫離本創作之精神與範圍下所作之 均等：化與修飾’皆應涵蓋於本創作之專利範圍内。 ，-上所述，本倉”乍「吹料裝置」可快速、簡便 ==請間的相對角度，使其受風面增減， 便:度控制其出料的效果者’而具創作之 」/、進步性」；申請人爰依專利法之規定，向、 局提起新型專利之申請。 ^ 釣 M309209 【圖式簡單說明】 第1圖，為習知吹料裝置的結構示意圖。 第 2圖 ，為本創作之安裝示意圖。 第 3圖 ，為本創作之立體分解圖。 第 4圖 ，為本創作調整時的動作圖 (一） 第 5圖 ，為本創作調整時的動作圖 (二） 第 6圖 ，為本創作之另一實施例。 【主要元件符號說明】M309209 VIII. New description: [New technical field] A device that discharges by means of air blowing can blow out the LEDs adsorbed on the test platform. This creation is especially a kind of concentric rotation adjustment and angle between LEDs. The blowing device, and after the adjustment, the blowing tube and the guiding tube are still kept on the same axis, and it is easy to blow the LEI) 0 [Prior Art] In the optical testing instrument generally used for detecting LEDs, due to [ED size Different, some are very large, some are small, for some small-sized LEDs to test, usually with a circular vibrating plate, using vibration to stack the stack into a pile, then The rows are arranged on a feeding device. After continuous pushing, the LEDs can be pushed forward on the feeding device, and the LEDs are placed on a test platform by a discharging device located at the front end of the feeding device. A plurality of seat bodies are equidistantly disposed on a rotating disc, and a vacuum suction head is further disposed on the seat body, and the LED to be detected is adsorbed thereon by vacuum suction, so that the rotating disc is rotated After the rotation, the LEDs on the base body can be sequentially sent to the test device for detection, and finally, the LEDs originally adsorbed on the base body are blown and discharged by the blowing device provided at the rear end of the test platform. For subsequent classification work. Please refer to "Figure 1" for the structure of the conventional blowing device. 5 M3 09209 is shown. As shown in the figure, the blowing device 10 is mainly composed of a blowing pipe 1 0 1 and & 2, and the blowing tube 1 〇 1, the guiding tube 102, and the LED 2 待 to be detected are on the same horizontal axis, and the blowing officer 101 and the guiding tube 1 〇 2 are respectively installed in Two opposite sides of a test platform 30, the test platform 3 is composed of a rotating disc 301 and a feeding device 3〇2, and the rotating disc 3〇1 is axially equidistantly provided with a plurality of seats 3〇 11. The seat body 3〇11 is sucked by the vacuum feeding force [ED 20 sucked by the feeding device 302, and is rotated continuously by the rotating disc 301 to automatically automate [£ j) 2 〇 It is detected that the vacuum suction of the seat 3 〇11 must be sufficient to attract the LED 20' so that the LED 20 does not fall during the rotation, and the LED 20 after the detection is completed, and then blown by the blowing device 1 The tube 101 will be inside, therefore, the blowing force of the blowing tube i 必须 must be greater than the vacuum suction for absorbing the LED 20; however, since [ED 20 is long and flat, its The smaller the area of the wind surface, the poor discharge effect of the blowing device J ,, and the direct reduction of the vacuum suction may cause the LED 20 to fall when the rotating disk 30 1 rotates, so the common adjustment method, It is to adjust the angle between the blowing tube 1 〇1, the guiding tube 1〇2 and the LED 2 0, so that the area of the wind receiving surface is increased to improve the discharging effect, and the blowing tube 1 〇1 can be adjusted when the adjustment is made. Between the guide tube 1 〇2 and the LED 20, it is still necessary to maintain the same axis, and the angle between them must be taken into consideration, so it is quite inconvenient to adjust, and the error is easy to occur, which affects the discharge effect, so it is necessary Improve it. M309209 New Content] In view of the above-mentioned needs, the creator has carefully studied, and the individual who is engaged in the business is engaged in the business, and the work is completed. ^ w The purpose is to provide a quick and easy device for light and easy. In order to achieve the above objectives, the “Fengchuang Blowing Device” is created by the “Fengchuang Blowing Device”, the Bottom Swing, the Blowing Pipe and the Yiyuan Society. The Han 枓 枓 枓 , , 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘 转盘The material tube and the guiding tube are respectively installed on two opposite sides of the rotating center of the rotating disc, so that the outlet of the blowing tube and the inlet of the guiding tube can pass through the center of rotation, and the position of the LED is located on the center of rotation, so The air outlet of the blowing tube, the inlet of the guiding tube and the LED system are kept in the same axial direction of the turntable. When the angle of the turntable is adjusted, the angle between the blowing tube, the guiding tube and the L-rib can be changed, thereby changing the blowing. The outlet of the material pipe and the wind receiving surface of the door, and the blowing pipe and the guiding pipe; the LED is still in the same axis direction, so that the LE & The effect of the discharge. In order to enable your review board to clearly understand the r and π contents of this creation, please refer to the following instructions only. [Embodiment] 7 M309209 Please refer to "Fig. 2" for the installation diagram of this creation. As shown in the figure, a test platform 4〇 for detecting LED 50 is used to detect a rotating disk 401. The device 402 and a feeding device 403 are formed on the rotating disc 401, and a plurality of seats 4011 are equidistantly disposed, and a vacuum nozzle 4〇12 is disposed on the housing 4011 so that the LED 50 to be detected can be adsorbed thereon. And by rotating the rotating disk 401, the LED 50 to be detected is sequentially driven into the detecting device 220 for detection, and the blowing device 6 of the present invention is mounted on the rotating disk 401 to load the LED 50. The rear section of the rotating path includes a base 6 装1 mounted on the side of the rotating disc 401. A turret 602 movably mounted on the base 601, and a blowing tube disposed on the opposite side of the rotating 602 603 and a guide tube 6〇4, the notch portion 6023 of the center of the turntable 602 is a seat body 4011 that can accommodate the rotating disc 4〇1, and the detected lED 50 can pass through the center of rotation of the turntable 602. The tube 6Q3 and the guide tube 604 are located at the center of the circle rotated by the turntable 602. On one axis, by blowing the blowing force of the blower 6 3 3, the LED 5 位于 located on the center of the rotation is blown into the guide tube 604, and the turntable 6〇2 of the present invention can be rotated and adjusted between the LED 50 and the LED 50 The angle 'the blowing tube 603 and the guide tube 604 on both sides of the turntable 6 〇 2 will also rotate concentrically, so that the direction of the air outlet of the blowing tube 603 and the wind receiving surface between the LEDs 50 are increased' easier to turn the LED 5 0 Blow it out. Please refer to "Fig. 3", which is an exploded perspective view of the creation. As shown in the figure, the blowing device 6 of the present invention is composed of a base 6〇1, a M309209 a turntable 602, a blowing tube 603 and a The guide tube 6〇4 is configured, wherein the base 601 is mounted on one side of the rotating platform 401 of the test platform 4, and a plurality of fixing holes 6011 are opened at the top end of the base 601 to movably mount the turntable 602. An arcuate hole 6 0 2 1 is formed on the turntable 6〇2, and the turntable 6 0 2 is mounted on the fixing hole 6 〇11 at the top end of the base 6 0 1 by a plurality of adjusting screws 6 〇 2 2 The adjusting screw 6 0 2 2 is used to prevent the arc hole 6 0 21 of the turntable 6 〇 2 from falling off, and the turntable 602 can be rotated in a limited position relative to the base 6〇1, and the central portion of the turntable 602 is formed. A notch portion 6〇23 is provided for the base 40 Π on the rotating disk 401 of the test platform 40 and the LED 50 is rotated, and the LED 50 is located at the center of the arc hole 6021 of the turntable 6〇2, and the blowing tube 6 is to be blown. The 〇3 is installed on the turntable 6〇2, the orphan hole 6 0 2 1 in the direction of the axis extending outward, and the front end of the blowing pipe 603 is provided with an air outlet 6 〇31, the rear end is connected to a pneumatic driving device 6 0 3 2 so that the air outlet 60 3 1 of the blowing tube 6 〇 3 can be positioned relative to the LED 5 ,, and the guiding tube β 〇 * Mounted on the turntable 602 for mounting the relative position of the blowing pipe 603, and the guide 604 is the inlet 6041, and the other end is connected to a sorting device, so that the air outlet 603 1 of the blowing pipe 6 0 3 The inlet 6〇4b and the LED5〇 of the guiding tube 6〇4 are on the same axis. When the blowing officer 6 03 is out of gas, the LED 5〇 can be blown to the guiding tube 6〇4 for discharging. The turntable 6 0 2 is perpendicular to the axial direction of the blowing tube 6 0 3 and the guiding tube, and is provided with a sensing fiber 605, so that the LED 50 loaded by the rotating body 401 body 4011 reaches M309209. Position without errors. Please refer to "Fig. 4" and "5th figure" for the action diagram during the adjustment of the creation. As shown in the figure, when adjusting, the first step is to loosen the adjustment screw 6022: it will be used to fix the turntable 602 first. The adjusting screw 6022 at the relative position of the base 6〇1 is loosened, so that the turntable 6 0 2 is active and sad, the second step, rotating the turntable 6 0 2 ·· making the turntable 6 0 2 along the 5 melon hole 6 0 2 The tangential direction of 1 is relatively rotated with respect to the base 610, and at the same time, the blowing tube 603 and the guiding tube 604 located on both sides of the rotating plate 602 are driven to rotate concentrically with respect to the center of the arc hole 6〇21 to adjust and adjust the LED. The angle between the 50 sides increases or decreases the wind receiving surface of the LED 50. In the third step, the adjustment is completed: the adjusting screw 6〇22 is locked again to fix the relative position of the turntable 6〇2 and the base 601, and the action is made. At the same time, the blowing tube 603, the guiding tube 604 and the LED 5 can remain coaxial without affecting the result of the discharging. Please refer to Fig. 6 for another embodiment of the present invention. As shown in the figure, it is more convenient and more accurate to make the turntable 6〇2 of the present creation concentrically adjusted, especially in the base 6 〇1. At the position where the turntable 6 02 is installed, a circular groove 6012 is formed in the shape corresponding to the turntable 6〇2, and the turntable 602 can be placed in the circular groove 6〇12, and the angle is adjusted by the same adjustment method. Therefore, the turntable 6〇 2 When adjusting, it will not fall off by the circular groove 6012, and it is convenient to use the adjusting screw 6022 to lock the adjusted position of the turntable 602. As mentioned above, after the implementation of this creation, the angle between the LED and the LED can be adjusted so that the blowing tube, the guiding tube and the LED remain in the same axis direction of 10 M3 09209, which can indeed achieve the lifting-fast By simply adjusting the b-blowing device that rotates, the wind receiving surface can be increased, and the coffee and the blowing pipe can be significantly made. The above is only for the purpose of the original effect. However, it is not intended to limit the scope of the present invention. The embodiments of the present invention are intended to be within the scope of the present invention. - As mentioned above, this warehouse "乍" blowing device can be fast and simple == the relative angle between the two, so that it can be increased or decreased by the wind surface, it will control the effect of its discharge. "/, progressive"; the applicant filed a new patent application with the bureau in accordance with the provisions of the Patent Law. ^ Fishing M309209 [Simple description of the drawings] Figure 1 is a schematic view of the structure of a conventional blowing device. Figure 2 is a schematic diagram of the installation of the creation. Figure 3 is a three-dimensional exploded view of the creation. Fig. 4 is an action diagram for the adjustment of the creation (1) Fig. 5, which is an action diagram during the adjustment of the creation (2) Fig. 6, which is another embodiment of the creation. [Main component symbol description]
10 吹料裝置 101 吹料管 102 導料管 20 LED 30 測試平台 301 轉動圓盤 3011 座體 302 送料裝置 40 測試平台 401 轉動圓盤 4011 座體 4012 真空吸頭 402 檢測裝置 403 送料裝置 5 0 LED 12 M309209 60 吹料裝置 601 底座 6011 固定子匕 ,6012 圓槽 602 轉盤 60 2 1 弧狀孔 6022 調整螺絲 6023 缺口部 603 吹料管 603 1 出氣口 6032 氣壓式驅動裝置 604 導料管 6041 入口10 Blowing device 101 Blowing pipe 102 Guide pipe 20 LED 30 Test platform 301 Rotating disc 3011 Seat 302 Feeding device 40 Test platform 401 Rotating disc 4011 Seat 4012 Vacuum nozzle 402 Detection device 403 Feeding device 5 0 LED 12 M309209 60 Blowing device 601 Base 6011 Fixed sub-roller, 6012 Round groove 602 Turntable 60 2 1 Arc hole 6022 Adjustment screw 6023 Notch 603 Blowing pipe 603 1 Air outlet 6032 Pneumatic drive 604 Guide tube 6041 Entrance