五、新型說明： 【新型所屬之技術領域】 -種帶料系統，主要係組裝於一自動化機械的一工 作平台上’本創作尤指—種可避免發光二極體料件沾黏 於帶料吸嘴上的帶料系統。 【先前技術】 按，現今發光二極體因色溫或元件保護的需求，通 常於表層塗附有一膠層，而所述的膠層係具有一定黏 性，請參閱「第H，圖中所示係為習知的帶料系統作 動示意圖，如圖中所示，由於發光二極體製程中需進行 多次的測試、封裝等製程’因此需藉由一帶料系統10將 -發光二極體料件”運送至下一製程，然而，表層塗附 有-膠層111的發光二極體料件u，容易黏附於一帶料 吸嘴12 _L，如此，帶料吸嘴12即無法進行下一次的輸 送作業，進而使帶料吸嘴12取料的一輸料帶"上的發 光二極體料件u，因輸料帶13持續的作動，且帶料吸嘴 12無法吸料而產生料，又，為預防發光二極體料件n 掉落的情事發生，-般係在帶料系統1〇或輸料帶Μ的 端緣，組設有-感測器，藉由感測器檢測是否有黏料以 致造成帶料吸嘴12無法吸料的情事發生，而當帶料吸嘴 12無法進行吸料時，帶料系统1〇即停止作動並藉由人 工將問題排除，如此，雖可避免後續問題嚴重化並即時 排解問題，但卻造成時間與人力的浪費，使整體帶料運 M408564 送的流程之作動效率明顯下降β 【新型内容】 有鑒於上述的問題，本創作者係依據多年從事相關 行業及同類產品設計的經驗，針對帶料系統及吸料裝置 吸料時的整體流程’進行相關性的研究及分析，期能找 出解決上述問題的產品，緣此，本創作主要的目的在於 提供一種可有效避免發光二極體料件沾黏於帶料吸嘴 上，以提咼發光二極體料件運送效率的帶料系統。 為達上述的目的’本創作主要係為一種具有夾持裝 置的帶料系統，藉由夾持裝置的作動，使發光二極體料 件在被帶料吸嘴置放於帶料座時，夾持裝置可進一步將 發光二極體料件夾持固定’使帶料吸嘴在復位時，避免 發光二極體料件因表面膠層的黏性，而黏著於帶料吸嘴 上，影響後績的送料作業，又，所述的夾持裝置係組設 於一目標位置的端緣，而目標位置係指吸料裝置作動完 畢時發光二極體料件所放置的位置，據此，本創作係可 避免黏料的情事發生，更可提升帶料系統的整體效率。 為使貴審查委員得以清楚明瞭本創作的結構、組成 及其實施後所產生之功效，茲以下列說明搭配圖示，請 參閱。 【實施方式】 4 M408564 請參閱「第2圖」，圖中所示係為本創作的立趙外觀 • 圓，如圖中所示的帶料系統20,其主要係由一帶料盤2〇1 及夾持裝置202所組構而成，其中，帶料盤係組 設於一工作平台上21,並可藉由一驅動裝置，例如一馬 達，使帶料盤201產生規則性的轉動，且帶料盤2〇1整 體外觀係呈一圓盤狀，又，帶料盤2〇1的平面上係組設 有數個帶料座2011，其帶料座2011係成型有一開放狀的 _ 凹槽2012，可供以容置一發光二極體料件11 (圖中未繪 示），使帶料盤201在轉動時，發光二極體料件可受 到凹槽2012的限位作用，有效避免被甩出帶料盤2〇1 - 外；承上所述’夾持裝置202係組設於工作平台上μ， -而夾持裝置202係具有一對呈相對狀的夾具2〇21，且兩 夹具2021之間係形成有一開合部2〇22，又，夾持裝置 202係連接有一氣動裝置’使兩夾具2021可受到氣動裝 置的驅動而產生相對夾持的動作，再者，夹持裝置2〇2 ® 所組設的位置，係鄰近於帶料盤2〇1，而夾持裝置2〇2完 成組設後，其帶料盤2〇1的帶料座2011，係位於兩夾具 2021的開合部2〇22之間，亦即，當兩夾具2〇21進行夹 持動作時’兩夾具2021係可準綠的夾持住位於帶料座 2011上的發光二極體料件11;承上所述，在工作平台21 上’係組設有另一吸料裝置22,且吸料裝置22係具有一 取料吸嘴221，而吸料裝置22係連接有一輸料帶23，可 供吸料裝置22的取料吸嘴221吸取輸料帶23上所輸送 的發光二極體料件n，並進一步將吸取的發光二極體料 5 M408564 件11運送至帶料盤201上的帶料座2011，以供進行後續 流程。 °月參閱「第3圖」，圖中所示係為本創作的作動示意 圖（一）’如本圖所示，當取料吸嘴221欲進行取料時， 其係進一步移動至輸料帶23的上方，以進行吸取發光二 極體料件11的準備，再請參照本圖，輸送帶23的一端， 係設有一擒止塊231，可防止發光二極體料件1;1掉落於 輸送帶23外，又，當發光二極體料件11頂靠於擋止塊 231時’取料吸嘴221即作動向下吸取發光二極體料件 11’再進一步運送至帶料盤2〇1;再請搭配參照「第4圖」， 圖中所示係為本創作的作動示意圖（二），承「第3圖」 所述’當取料吸嘴221吸取發光二極體料件時，其係 移動至帶料盤201的帶料座2011上方，並對準帶料座 2011上成型的凹槽2012 ’準確的將發光二極體料件1：1 放置於凹槽2012内；再請搭配參照「第5圖」，圖中所 示係為本創作的作動示意圖（三），承「第4圖」所述， 當發光二極體料件11放置於凹槽2012内時，夹持裝置 202的兩夹具2021即受到驅動產生作動，進而夾持住位 於凹槽2012内的發光二極體料件U(如圖中箭頭所示之 方向）；再請搭配參照「第6圖」，圖中所示係為本創作 的作動示意圖（四），承「第5圖」所述，藉由兩夾具2021 穩固的夾持住發光二極體料件11，當取料吸嘴221復位 時’即可避免發光二極體料件11的膠層111黏著於取料 吸嘴221，順利完成復位。 6 M408564 如上所述，本創作帶料系統主要係組設有一夹持裝 置，藉由夾持裝置可在帶料吸嘴將發光二極體料件放置 於帶料座上時，穩固的將發光二極體料件固定於帶料座 上，使帶料吸嘴在復位時，避免發光二極體料件沾黏於 帶料吸嘴的吸氣口，藉此，本創作其據以實施後，確實 可以達到提供一種可有效避免發光二極體料件沾黏於帶 料吸嘴上’以提兩發光二極體料件運送效率的帶料系統 之目的。 唯，以上所述者，僅為本創作之較佳之實施例而已， 並非用以限定本創作實施之範圍；任何熟習此技藝者， 在不脫離本創作之精神與範圍下所作之均等變化與修 飾’皆應涵蓋於本創作之專利範圍内。 綜上所述，本創作之功效，係具有新型之「產業可 利用性」、「新穎性」與「進步性」等專利要件；申請人 爰依專利法之規定，向鈞局提起新型專利之申請。 7 M408564 【圖式簡單說明】 第1圖 ，為習知的帶料系統作動示意圖。 第2圖 ，為本創作的立體外觀圖 0 第3圖 ，為本創作的作動示意圖 (一）。 第4圖 ，為本創作的作動示意圖 (二）。 第5圖 ，為本創作的作動示意圖 (三）。 第6圖 ，為本創作的作動示意圖 (四）。 【主要元件符號說明】 10 帶料系統 11 發光二極體料件 12 帶料吸嘴 111 膠層 13 輸料帶 20 帶料系統 201 帶料盤 202 夾持裝置 2011 帶料座 2021 夾具 2012 凹槽 2022 開合部 21 工作平台 22 吸料裝置 23 輸料帶 221 取料吸嘴 標止塊 231 8V. New type description: [New technology field] - The material feeding system is mainly assembled on a working platform of an automatic machine. This creation, especially the kind, can avoid the light-emitting diode material sticking to the material. The strip system on the nozzle. [Prior Art] According to the requirements of color temperature or component protection, light-emitting diodes are usually coated with a glue layer on the surface layer, and the rubber layer has a certain viscosity. Please refer to "H", as shown in the figure. It is a schematic diagram of the operation of the conventional strip system. As shown in the figure, since the process of printing, encapsulation, etc. is required in the process of the light-emitting diode system, it is necessary to use a strip system 10 to emit the light-emitting diode material. The piece is transported to the next process, however, the surface of the light-emitting diode material u coated with the glue layer 111 is easily adhered to the tape suction nozzle 12_L, so that the tape suction nozzle 12 cannot be used for the next time. The conveying operation, and further, the light-emitting diode material u on the one feeding belt of the strip suction nozzle 12 is continuously operated by the conveying belt 13, and the feeding nozzle 12 cannot absorb the material to generate the material. In addition, in order to prevent the falling of the light-emitting diode material n, it is generally connected to the end of the stripping system or the end of the conveyor belt, and a sensor is provided, which is detected by the sensor. Whether there is a binder so that the suction nozzle 12 cannot suck the material, and when the suction nozzle 12 is not When the material is sucked, the feeding system stops working and the problem is eliminated manually. Thus, although the subsequent problems can be prevented from being severely solved and the problem can be solved immediately, the time and manpower are wasted, so that the whole belt is transported M408564 The efficiency of the delivery process is significantly reduced. β [New content] In view of the above problems, the creator is based on years of experience in the design of related industries and similar products, and the overall process for the feeding system and the suction device. Based on the research and analysis of correlation, we can find out the products that solve the above problems. Therefore, the main purpose of this creation is to provide an effective way to prevent the light-emitting diode materials from sticking to the suction nozzles. A charging system for the efficiency of the delivery of light-emitting diodes. In order to achieve the above purpose, the present invention is mainly a tape feeding system with a clamping device, by which the light-emitting diode material is placed on the tape holder by the action of the clamping device. The clamping device can further clamp and fix the light-emitting diode material to make the strip nozzle prevent the light-emitting diode material from sticking to the strip nozzle due to the viscosity of the surface adhesive layer. In the subsequent feeding operation, the clamping device is disposed at an end edge of a target position, and the target position refers to a position at which the light-emitting diode material is placed when the suction device is activated, according to which This creation department can avoid the occurrence of sticking materials and improve the overall efficiency of the strip system. In order for your review board to be clear about the structure, composition and effectiveness of the creation, please refer to the following instructions for illustration. [Embodiment] 4 M408564 Please refer to "Fig. 2", which shows the appearance of the creation of the Li Zhao, the circle, as shown in the figure, the strip system 20, which is mainly composed of a tray 2〇1 And the clamping device 202 is configured, wherein the charging tray is assembled on a working platform 21, and the loading tray 201 can be rotated regularly by a driving device, such as a motor, and The overall appearance of the tray 2〇1 is a disk shape, and a plurality of belt holders 2011 are arranged on the plane of the tray 2〇1, and the belt holder 2011 is formed with an open-shaped _ groove. In 2012, a light-emitting diode material 11 (not shown) can be accommodated, so that when the charging tray 201 is rotated, the light-emitting diode material can be restricted by the groove 2012, thereby effectively avoiding The gripping tray 202 is assembled on the working platform, and the gripping device 202 has a pair of opposite grips 2〇21, and An opening and closing portion 2〇22 is formed between the two clamps 2021. Further, the clamping device 202 is connected with a pneumatic device to enable the two clamps 2021 to be subjected to the pneumatic device. The drive generates a relative clamping action. Further, the position of the clamping device 2〇2 ® is adjacent to the loading tray 2〇1, and the clamping device 2〇2 is assembled and the belt is The tape holder 2011 of the tray 2〇1 is located between the opening and closing portions 2〇22 of the two clamps 2021, that is, when the two clamps 2〇21 perform the clamping action, the two clamps 2021 are quasi-green clamps. Holding the light-emitting diode material 11 located on the charging block 2011; as described above, another suction device 22 is disposed on the working platform 21, and the suction device 22 has a reclaiming device. The mouthpiece 221, and the suction device 22 is connected with a conveyor belt 23, and the take-up nozzle 221 of the suction device 22 can suck the light-emitting diode material n conveyed on the conveyor belt 23, and further sucks The light-emitting diode material 5 M408564 piece 11 is transported to the tape holder 2011 on the tray 201 for subsequent processing. ° ° see "Figure 3", the figure shows the action of this creation (1) 'As shown in this figure, when the take-up nozzle 221 wants to take the material, it moves further to the conveyor belt Above the 23, in order to prepare for absorbing the light-emitting diode material 11, and referring to this figure, one end of the conveyor belt 23 is provided with a stop block 231 to prevent the light-emitting diode material 1; In addition to the conveyor belt 23, in addition, when the light-emitting diode material member 11 abuts against the blocking block 231, the reclaiming nozzle 221 is actuated to suck down the light-emitting diode material member 11' and further transport it to the tray. 2〇1; Please also refer to "4th figure", which is a schematic diagram of the operation of this creation (2), according to the "3rd picture", when the reclaiming nozzle 221 absorbs the light-emitting diode material When it is in the piece, it moves to the top of the tape holder 2011 of the tray 201, and aligns the illuminating diode material 1:1 into the groove 2012 in alignment with the groove 2012 formed on the material holder 2011. Please refer to "Picture 5" again. The picture shows the action diagram of this creation (3), as described in "Figure 4", when the light is dipole When the body member 11 is placed in the recess 2012, the two clamps 2021 of the clamping device 202 are driven to actuate, thereby clamping the light-emitting diode material U located in the recess 2012 (as indicated by the arrow in the figure) Directions); please refer to "Picture 6" again. The figure shows the action diagram of this creation (4). According to the "5th figure", the two fixtures 2021 firmly hold the light-emitting two. The pole body member 11 can prevent the glue layer 111 of the light-emitting diode material 11 from sticking to the take-up nozzle 221 when the take-up nozzle 221 is reset, and the reset is smoothly completed. 6 M408564 As mentioned above, the creative tape system is mainly provided with a clamping device, which can stably emit light when the light-emitting diode material is placed on the tape holder in the feeding nozzle by the clamping device. The diode material is fixed on the material holder, so that when the material suction nozzle is reset, the light-emitting diode material is prevented from sticking to the suction port of the material suction nozzle, thereby, according to the implementation of the creation It is indeed possible to provide a charging system which can effectively prevent the light-emitting diode material from sticking to the material suction nozzle to improve the transportation efficiency of the two light-emitting diode materials. The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention; any person skilled in the art can make equal changes and modifications without departing from the spirit and scope of the present invention. 'All should be covered by the scope of this creation patent. In summary, the effectiveness of this creation is in the form of new types of patents such as “industry availability,” “novelty,” and “progressiveness”; the applicant filed a new patent with the bureau in accordance with the provisions of the Patent Law. Application. 7 M408564 [Simple description of the diagram] Figure 1 is a schematic diagram of the operation of the conventional strip system. Figure 2, the three-dimensional appearance of the creation of the original 0 Figure 3, the schematic diagram of the creation of the creation (1). Figure 4 is a schematic diagram of the operation of the creation (2). Figure 5 is a schematic diagram of the operation of the creation (3). Figure 6 is a schematic diagram of the work of this creation (4). [Main component symbol description] 10 Strip system 11 Light-emitting diode material 12 Strip nozzle 111 Rubber layer 13 Feed belt 20 Strip system 201 Strip tray 202 Clamping device 2011 Strip holder 2021 Fixture 2012 Groove 2022 Opening and closing part 21 Working platform 22 Suction device 23 Feeding belt 221 Retrieving suction nozzle marking block 231 8