1289418 玖、發明說明： 【發明所屬之技術領域】 大體而言，本發明係有關於進料機構及表面黏著機；更 特別的是，本發明係有關於如此之一系統及—方法：可將 進料機構與表面黏著機以無接缝之方式相整合，其中該進 料機構並非特別地被設計而可與個別之表面黏著機相整 合。 【先前技術】 芫全自動化之表面黏著組件可將各式之電子部件（零件） 佈置於PCB(印刷線路板）之上。這些工具大幅度地提高了生 產力且降低了成本。每一工具通常被設計於與特定之常規 進料器（或進料機構）一起使用。這些進料器之類型包括散裝 式、帶式、管式或其它類型。帶式機構可允許承載帶與表 面黏著機之搭配使用，而承載帶之隔開之小袋可盛裝電子 部件。又，這些進料機構可以具有一致性且重複性之方式 將部件送至，，取用點”（或deadsp〇t)，以供取用及組裝。 盛裝有部件之承載帶經而將帶式進給件而將部件送入表 面黏著機，該機在預設之取用點取用該等部件、再將該等 部件佈置於該PCB之上。常規之帶式進給器之一主要之缺 點乃··這些進給機構只能用於某一特殊類型之機器（machine specific)，於是就不能與其它類型之表面黏著組件機一起使 用。換句話說，幾乎每一類型之常規之帶式進給器均是被 設計而用於一特定之廠商及型號（make and model)之表面黏 著機、且無法與其它類型之表面黏著組件機一起使用。這 89589 1289418 就使仔於使用表面黏著組件機之一現代工廠之中，常規之 帶式進料器之須求之激增。—般來說，備用帶式進料器所 &貝金投入及地板面積係大於表面黏著組件冑所須之資 金投入及地板面積。 常規之帶式進料器之 一特定類型之承載帶， 進料器。 另一缺點為：進料機構只能用於某 於是不同類型之承載帶就須不同之 、一解決之道可見於美國專利第5,941，674號（專利擁有人 為Bnehl，專利名稱為，，可適用於不同類型之表面黏著組件 機為《可互換之電子部件承載帶進料器’，）。此解決之道提 供：此之一裝置：可將具有一連串之鏈輪孔及小袋之-承 載"^人且可與’，取用及佈置，，(pick and place)組件機-起 使用以將部件佈置於_ pCB或其它之基板之上。該專利 供-可互換之電子部件進料器：可適用於各種類型之表 面黏著、’且件機。但孩專利提供了另—進料機構，於是無法 解决進料機構過剩之問題且進_步地將缺點複雜化。 、疋 就有須要具有一有效設計之可適用於不同類型之 表面黏著組件機之可互換之進料裝置，於是就可消除一特 疋進科咨與—特定之表面黏著組件機之間之不能配合之 缺點。 【發明内容】 、本^月k供如此之一系統及方法：可將進料機構與不同 廠商所生產〈表面黏著組件工具相整合，於是可完全消除 或減少上述之缺點。 89589 1289418 更特別的是，本發明提供如此之_界接裝置：可將進料 機構與不騎商所生產之表面黏著機相整合。此界接裝置 ^ ^〇〇 $料板機構被安裝於該承載器。該承載 器提供由該表面黏著機至該進料板構件之外部進料連接1289418 玖, invention description: [Technical field to which the invention pertains] In general, the present invention relates to a feeding mechanism and a surface mounter; more particularly, the present invention relates to such a system and method: The feed mechanism is integrated with the surface mounter in a seamless manner, wherein the feed mechanism is not specifically designed to be integrated with individual surface mounters. [Prior Art] The fully automated surface mount assembly allows various electronic components (parts) to be placed on a PCB (printed wiring board). These tools dramatically increase productivity and reduce costs. Each tool is typically designed to be used with a particular conventional feeder (or feed mechanism). These types of feeders include bulk, belt, tubular or other types. The belt mechanism allows the carrier tape to be used in conjunction with a surface mounter, while the separate pockets of the carrier tape can hold electronic components. Moreover, these feeding mechanisms can deliver parts to and in a consistent and repeatable manner, with access points (or deadsp〇t) for access and assembly. The feeding member feeds the component into the surface mounter, and the machine takes the components at a preset access point, and then arranges the components on the PCB. One of the conventional belt feeders is mainly Disadvantages are that these feed mechanisms can only be used with a particular machine type, so they cannot be used with other types of surface mount assembly machines. In other words, almost every type of conventional belt type The feeders are designed for use with a specific make and model surface mounter and cannot be used with other types of surface mount assembly machines. This 89589 1289418 enables the use of surface mount components. In one of the modern factories, the demand for conventional belt feeders has soared. In general, spare belt feeders & beijing inputs and floor areas are larger than those required for surface mount components. Capital investment and Plate area. One of the conventional belt feeders, a specific type of carrier belt, feeder. Another disadvantage is that the feeding mechanism can only be used for a different type of carrier belt. It can be seen in U.S. Patent No. 5,941,674 (the patent owner is Bnehl, the patent name is, and can be applied to different types of surface-adhesive assembly machines as "interchangeable electronic component carrier tape feeders"). Provided: one of the devices: can be used with a series of sprocket holes and pouches - carrying "^ people and can be used with, pick and place components to arrange the components _ pCB or other substrate. The patent-interchangeable electronic component feeder: can be applied to various types of surface adhesion, and the machine is provided. However, the patent provides another feeding mechanism, so it cannot be solved. The problem of excess feed mechanism and the complexity of the disadvantages. 疋 There is a need to have an effectively designed interchangeable feeding device that can be applied to different types of surface mount assembly machines, thus eliminating one Specially in shortcomings between SCO and the specific surface-adhesive component machine. [Summary], this system is a system and method: the feeding mechanism can be produced by different manufacturers. The adhesive component tool is integrated so that the above disadvantages can be completely eliminated or reduced. 89589 1289418 More particularly, the present invention provides such an interface device that can integrate the feeding mechanism with a surface mounter produced by the non-riding manufacturer. The interface device is mounted to the carrier. The carrier provides an external feed connection from the surface mounter to the feed plate member.
件。客納相進料板機構之進料機構具有内部進料連接 件，該等連接件可將該進料板機構連接於該等進料機構。 於是，該進料板機構能夠使—廢商所生I 外部進料錢料料^转生產之料機構:= 進料連接件。 該等外部進料連接件及内部進料連接件包含空壓、機械 式及電氣連接。位於該表面黏著機之内之_開關（以機械 式、電氣式或軟體來控制）可允許操作者選擇進料機構之類 型。另-可替代之道為，選㈣可被設置於該界接裝置之 内。位於孩界接裝置之内之定位插銷可將由該等内部進料 連接件及該等外部進料連接件所連結之部分加以對齊。這 些部分主要包括該進料機構及該進料板機構。該進料板具 有一頂板組件，此組件可被替換，於是就可使進料板機構 在機械上適用於不同種類之表面黏著機。 該承載器可進-步包含一廢料盒，該盒可收集該進料機 構所消耗之進料帶。這就可消除切割器之須要及潛在之危 險。又，該承載器可被安裝於腳輪上，該等腳輪可允許操 作者容易地將該界接裝置連接於或分離於表面黏著機。兮 承載器之框架之高度係可調整的，以利與表面黏著工具Ζ 界接或該界接裝置與具有不同高度之工具之一起使用。言 89589 1289418 二施二：：個別工具具有不同之高度。本發明之 二=進料機構之使用。本發明亦可被應用 於:=散裝式、管式或其它已為人知之進料機構。 uk供如此—万法：可將進料機構界接及整合 :不同厫商所生產之表面黏著機。此方法包括三步驟。首 先二-進料板機構安裝於—承載器，其中該承載器提供 一千表面黏㈣至該進料板機構之外部進料連接 件。其次，將進料機構經由内部進料連接件而連接於該進 科板機構。該料板機射使來自於該表面黏著機之外部 進料連接件ϋ㈣該等_進料連接件。接下來，當該承 載器與該表面黏著機相連接之後，操作者可使用二關而 選擇位於孩進料板機構之内之進料機構之種類。 …噙上述汶等外部進料連接件及該等内部進料可包含空 壓及電氣連接。又，位於該界接裝置之内之定位插銷可將 邊表面黏著機與該承載器相對齊、可將外部連接件與該表 面黏著機及該進料板機構相對齊、且可將内部連接件與該 進料板機構及該等進料機構相對齊。一可選擇之（〇pti〇nai) 廢料盒可收集所消耗之廢料。這就可消除可移去該被消耗 之帶之切割器之須要。 操作者可容易地使用腳輪來將該承載器於一水平之平面 連接於或分離於該表面黏著機。位於該承載器之框架之一 向度調整機構可允許操作者容易地將一承載器於一垂直之 平面連接於或分離於該表面黏著機。 本發明之另一實施例包含數項上述之特點。如此之界接 89589 1289418 裝置承載备，一進料板機構被安裝於該承載器，其 中該承載器提供由該表面黏著機至該進料板機構之外部進 料連接件，其中該等進料連接件包含空壓及電氣連接。該 界接裝置亦包含數個進料機構，該等進料機構被容納於該 進料板機構之内’其中内部進料連接件可將該進料板機構 與該等進料機構以空壓及氣電之方式相連結。於是，該進 料板機構可使來自於忒表面黏著機之外部進料連接件適用 於不同種類之内部進料連接件。機械式之停止件及定位插 銷可將該等進料機構及該進料板機構固定於該表面黏著機 或承載器組件之内。可被用來選擇進料機構之種類之一裝 置被佈置於該界接裝置或該表面黏著機之内。 該承載器可進一步包含一廢料盒、腳輪及一裝置，該盒 可收集進料機構所消耗之進料帶，該等腳輪可允許操作者 容易地將該界接裝置連接於或分離於表面黏著機，該裝置 可被用來調整該承載器之高度。 本發明可提供如此之一優點：可允許進料機構與不同種 類之表面黏著組件機以可互換之方式一起使用。 本發明之位置可被調整之（repositionable)承載器提供一 組高度支撐配合件，以使該進料板機構可被調整至每一表 面黏著組件機之取用高度（pick height)。高度之差異通常係 緣於個別工具具有不同之高度。 本發明亦可包含正面晶片及非正面晶片（flip-chip and non-flip-chip)之能力及與不同之承載帶之寬度相配合之能 力。又，本發明可包含裸模（bare die)之能力。 89589 1289418 本發明可提供如此之-突*之優點：經由適當之界接裝 置，可允許承載器被用於各種之表面黏著機（經由一適當之 界接裝置），於是可允許工廠將其現有之進料機構與多5 表面黏著機一起使用。 就本發明之一實施例而言’該可互換之電子部件進料器 包含正面晶片及非正面晶片之能力。然而，就本發明之另 一可替代之實施例而言，該可互換之進料器機構僅包括— 非正面晶片之能力，它可被用於許多類型之表面黏著部 件：包含但不限於單一之裸模。 在閱讀過下面之詳細說明、申請專利範圍及附圖之後， 本备明之其它之特點及目的將會顯得更為明白。 【實施方式】 為使本發明及其優點顯得更為明白，請閱讀下文及附 圖；在附圖中，相同之標號代表相同之部分。 本發明之較佳實施例被顯示於附圖中；在附圖中，相同 之標號代表相同之部分。 本發明提供如此之-F E S (進料交換系統）：此手_统包括— 進料交換車或其它種類之界面裝置，此進料交換車或界面 裝置可允許許多廠商生產之進料器與其它廠商生產之表面 黏著機之無接縫之整合，其中該等進料器不必然地被設計 而用於與孩表面黏著機。於是，一 FES車可允許ιρ_3、Pieces. The feed mechanism of the guest phase feed plate mechanism has internal feed connections that connect the feed plate mechanism to the feed mechanisms. Therefore, the feeding plate mechanism can enable the waste material to be transferred to the production mechanism: = feed connector. The external feed connections and internal feed connections comprise air pressure, mechanical and electrical connections. The switch (controlled by mechanical, electrical or software) located within the surface mounter allows the operator to select the type of feed mechanism. Alternatively, the alternative (4) can be placed within the interface device. Positioning pins located within the child interface device align the portions joined by the internal feed connectors and the external feed connectors. These parts mainly include the feeding mechanism and the feeding plate mechanism. The feed plate has a top plate assembly that can be replaced so that the feed plate mechanism can be mechanically adapted to different types of surface mounters. The carrier can further include a waste bin that collects the feed strip consumed by the feed mechanism. This eliminates the need and potential hazard of the cutter. Also, the carrier can be mounted to casters that allow the operator to easily attach or detach the interface to or from the surface mounter.高度 The height of the frame of the carrier is adjustable to facilitate the interface with the surface mount tool or the interface to be used with tools of different heights.言89589 1289418 二施二:: Individual tools have different heights. The second invention is the use of a feeding mechanism. The invention can also be applied to: = bulk, tubular or other known feed mechanisms. Uk for this - Wanfa: the feeding mechanism can be connected and integrated: surface adhesive machines produced by different manufacturers. This method consists of three steps. The first two-feed plate mechanism is mounted to a carrier, wherein the carrier provides a thousand surface bonds (four) to the external feed connection of the feed plate mechanism. Next, the feed mechanism is coupled to the advancement mechanism via an internal feed connection. The sheeter shoots the external feed connectors from the surface mounter (4) the feed connectors. Next, after the carrier is coupled to the surface mounter, the operator can use the two switches to select the type of feed mechanism located within the child feed plate mechanism. ...the external feed connections such as the above and other internal feeds may include air pressure and electrical connections. Moreover, the positioning pin located in the interface device can align the edge surface bonding machine with the carrier, can align the external connecting member with the surface bonding machine and the feeding plate mechanism, and can connect the internal connecting member It is aligned with the feed plate mechanism and the feeding mechanisms. An optional (〇pti〇nai) waste box collects the waste consumed. This eliminates the need to remove the cutter of the consumed belt. The operator can easily use the casters to connect or detach the carrier to a surface mounter in a horizontal plane. One of the frames of the carrier is adapted to allow the operator to easily attach or detach a carrier to a surface mounter in a vertical plane. Another embodiment of the invention includes several of the features described above. Such a junction 85895 1289418 device carrier, a feed plate mechanism is mounted to the carrier, wherein the carrier provides an external feed connection from the surface mounter to the feed plate mechanism, wherein the feed The connections contain air pressure and electrical connections. The interface device also includes a plurality of feed mechanisms housed within the feed plate mechanism 'where the internal feed connection member can apply air pressure to the feed plate mechanism and the feed mechanisms Connected with the way of gas and electricity. Thus, the feed plate mechanism allows external feed connections from the 忒 surface mounter to be adapted to different types of internal feed connections. Mechanical stop members and positioning pins can secure the feed mechanism and the feed plate mechanism within the surface mounter or carrier assembly. One of the types of materials that can be used to select the feed mechanism is disposed within the interface device or the surface mounter. The carrier may further comprise a waste box, a caster and a device for collecting the feed belt consumed by the feeding mechanism, the casters allowing the operator to easily connect or separate the interface device to the surface adhesion The device can be used to adjust the height of the carrier. The present invention provides the advantage of allowing the feed mechanism to be used interchangeably with different types of surface mount assembly machines. The position repositionable carrier of the present invention provides a set of height support mating members such that the feed plate mechanism can be adjusted to the pick height of each surface mount assembly machine. The difference in height is usually due to the different heights of individual tools. The present invention can also include the ability of front and both flip-chip and non-flip-chip and the ability to match the width of different carrier tapes. Again, the invention can include the capabilities of a bare die. 89589 1289418 The present invention provides the advantage of being able to allow the carrier to be used with a variety of surface mounters (via a suitable interface device) via suitable interface means, thus allowing the factory to have its existing The feeding mechanism is used with a multi-surface fastener. In one embodiment of the invention, the interchangeable electronic component feeder includes the capability of a front side wafer and a non-front side wafer. However, in another alternative embodiment of the present invention, the interchangeable feeder mechanism includes only the ability of a non-frontal wafer that can be used with many types of surface mount components: including but not limited to a single The bare die. Other features and objects of the present disclosure will become more apparent after reading the following detailed description, claims, and claims. BRIEF DESCRIPTION OF THE DRAWINGS In order to make the invention and its advantages more apparent, the following description and the accompanying drawings The preferred embodiments of the invention are shown in the drawings; in the drawings The present invention provides such a -FES (Feed Exchange System): this hand system includes - a feed exchange car or other type of interface device that allows a plurality of manufacturers to produce feeders and other The seamless integration of surface mounters manufactured by the manufacturer, wherein the feeders are not necessarily designed for use with a child's surface mounter. Therefore, a FES car can allow ιρ_3,
Universal GSM或其它廠商生產之表面黏著機與不同廠商生 產之進料機構之整合。 本發明可允許操作者快速地將進料機構裝載於一 fes 89589 -10- 1289418 車、且將該FES車連結於-特定之表面黏著機。進料機構之 類型之選擇可經由-選擇裝置（例如一軟體開關或其它之 已為人知之裝置）而達成。接下來，就可開始進行pcB之組 裝。薇FES車可客納不同類型之進料機構，該些進料機構可 以如此之方式與不同之表面黏著工具相界接：該進料器及 該表面黏著機均不須任何之修飾（adaptati〇ns)。該界接包含 空氣供應連接、空壓連接、電子控制信號之連接、電氣信 號連接及其它已為人知之㈣連接；㈣信號均提供於該 FES車。本發明可允許終端使用者使用其進料器於表面黏著 組件機，而前者並非被設計用於後者。使用者可將其現有 <進料器與表面黏著工具一起使用、而不須購買新的進料 機構，於是購買新的表面黏著機之成本就可降低。 本發明之FES車可提供由一表面黏著機至另一表面黏著 機之快速轉換（Changeovers):僅須選擇具有複數個進料機構 之另進料板。士裝於该車之該等進料板可允許離線之進 料裝設（feeder setup)，於是就可減少或防止工具之停工時間 (d〇Wntime)。這些車可容易地由一裝設區移動至一表面黏著 機、再移回該區。FES車可提供如此之選擇：可選擇與一標 準之表面黏著機之右前側或左前側或右後側或左後側相界 接。 1 圖1顯tf本發明之FES車之一斜視圖。該？£3車1〇包括— 進料板1 2 ,該進料板包含數個進料機構。雖然本實施例使 用帶式進料機構，本發明亦可被應用於散裝式、管式或其 它已為人知之進料機構。如圖所示，該進料板丨2可包含多 89589 -11 - 1289418 到20個之8 mm之帶式進料器。一廢料盒14可搜集該等進料 备之廢料（未顯示）。位於一框架18之高度調整螺栓16可允許 該進料板之高度之調整，以達成與該表面黏著機（未顯示） 之無接縫之整合。操作者可使用腳輪2〇來移動該框架18。 該腳輪20可設有煞車，當該FES車1〇係位於鄰近一表面黏著 工具時，此煞車可避免該FES車之移動。把手22及該腳輪2〇 可允許操作者將該！^3車10很容易地置於所須之位置。 圖2進一步顯示圖丨之進料板組件之一實施例。該進料板 組件可允許數個進料機構被連結於該進料板組件且可提供 數個腾T連接於該等進料機構。該等連接包含空壓式、液 式、電氣式、機械式、推桿（push rod)式、光學式及其它已 為人知之與該等進料機構相界接之方式。 圖2所示之進料板組件24係包含20個進料器之一板，此板 包含三個内部電氣連接26及三個空壓式連接28。除了内部 進料連接，亦可有外部進料連接。被顯示於該進料板組件 24之右邊緣及左邊緣之表面黏著界面3〇進一步地被顯示於 圖3。很明顯地被顯示於圖3中：外部連接被設置於該進料 板組件24，此外部連接包含定位插銷32，該等定位銷可將 該表面黏著機與該FES車10之間之連接加以導引及對齊，該 等外部連接包含空氣或空壓連接34及電氣連接36。圖2及3 所示之進料板組件2 4進一步地被顯示於圖4。 我們應瞭解到，與該FES車10相關之特點係獨立於_表面 黏著機一起使用之進料機構。本發明之一些實施例可允許 該FES車10可以如此之方式容易地及快速地被修飾：替換該 89589 -12- 1289418 進料基部組件之頂板、以允許不同廠商所生產之進料機構 被安裝於—單—類型之進料。這亦可允許料進料機構 與該表面黏著機之機械式界接可快速地被替換。然而，為 了使被設計而使用於—第—類型之表面黏著機可適用於1 第二類型之表面黏著機’該等電氣及空壓臍帶連接可能須 要進一步之修飾。 匕心、 :發明之目的係要不經常性地改變進料機構與表面黏著 機器之組合。本發明係要提供如此之一奸3車或其它之界面 裝置.能夠容納-第-類型之進料機構、而允許該等進料 機構與-第二類型之進料機構或其它廠商所生產之機構 (與此二者之界接乃原設計所不容許的）之界接。雖，然該FES 車不應重複地被修飾、以容納不同之進料器，它們可經由 零件之更換（refitted)以容納不同之進料機構或經由界面之 更換、以與不同之表面黏著機相界接。 本發明可提供一如此之突出之優點：可允許包含—第二 廠商所生產之進料機構之一FES車被安裝於―第:庭商= 生產之-表面黏著機。又’此FES車可被移去且由包含一第 三廠商所生產之進料機構之— FES車來替換。主要之㈣乃 在於相關部/分可以無接缝之方式來界接…隹-之改變乃選 擇一程式或安裝可選擇一不同之控制程式之開關。 、 為了達到機械式界接，該FES車具有定位銷界面及接頭界 面’以將該等機構導引且鎖定於定位。 圖5係可料不同之表面黏著機之—可互換之進料機構 40之-斜視圖。該進給器可進給一常規之承載帶42，該帶 89589 -13 - 1289418 42具有隔開之小袋44，此等小袋可容裝小部件（㈣於 取用及佈置"組件機之小部件），以利這些小部件以表面 黏著之：式被安裝於PCBs。該承載帶42被纏繞於一捲盤牝。 在先前技術中，具有數個如圖6所示之凹槽式之基部，其 中該L形之基部5〇具有一垂直之電氣軌52、接觸插銷μ及二 水平之支撑部分56。該等接觸插銷54可提供電氣及空塵連 接於圖5所示之進給機構。表面黏著機通常具有數個類似於 圖6所示之L形結構之凹槽式之基部。 如上又所述，本發明提供如此之一系統及方法··將進料 機構整合於一表面黏著機。此整合乃經由提供一車或其它 可互換之可移動之裝置，此車或裝置具有複數個進料機構 且可提供該表面黏著機與該等進料機構之間之電氣式及機 械式之濟帶連接。 圖7係本發明之FES車之一可替代之另一實施例之一斜視 圖。該FES車60可容納複數個進料機構62。一後部插銷鎖定 板進料基部組件（rear pin lock plate feeder base assembly：)64 可將▲等進料機構6 2固定於定位（相對於該ρ £ g車6 〇之後部 而T )。該組件64更清楚地被顯示於圖8。一定位插銷66可 將該等進料機構62固定於定位（相對於該！^3車6〇)。為了將 該等進料機構相對於該車之前部而固定於定位，一前部進 料鎖68被提供。左側板及右側板70進一步定義該FES車之容 納該等進料機構62之空間。一 L形之插銷容納件或前部進料 鎖72可進一步地將該等進料機構62固定且可額外地包含接 頭或插銷（如圖9中位於該L形托架76之内之帽狀件74)，這 89589 -14- 1289418 -接頭或插銷可容納該等機構之插銷或孔。圖7所示之前部 遮蔽組件可允許由該等機構之捲盤送來之帶被送至位於該 進料車之底部之一廢棄物盒。於是就不須切割組件，而切 割組件具有危險性。 本發明之優點係可允許進料機構可與不同之表面黏著組 件機咨 < 一起使用，於是使用者可繼續使用其現有之進料 機構。 本^明之可重複凋整位置之（rep〇Siti〇nable)承載器可提 七、、’且而度支接配件，於是該進料板組件之高度可被調整 以與每一表面黏著組件機器相配合。 本發明可包含正面晶片與非正面晶片（flip_chip and non-flip-chip)之能力及與不同承載帶之寬度相配合之能力。 本發明之一哭出之優點係可允許承載器被用於各種之表 面黏著機（經由一適當之界接裝置），於是可允許工廠可使用 其現有之進料機構於各種之表面黏著機。 雖然本發明已詳細地被說明，我們應瞭解到，本發明可 具有不同之改變、替代及變化，而這些替代及變化仍應被 包涵於申請專利範圍所定義之精神及範圍之中。 總結來說，本發明可提供如此之一界接裝置：可將進料 機構及不同廠商生產之表面黏著機加以整合。此界接裝置 包含一承載器，而一進料板機構被安裝於該承載器。此承 載器可提供由該表面黏著機至該進料板機構之外部進料連 接件。容納於該進料板機構之進料機構具有内部進料連接_ 由該進料板機構至該等進料機構。於是，該進料板機構可 89589 -15- 1289418 商所生產之一特別之表面黏著機之 k用於另一廠商所生產之進科機$ 斗連接件 【圖式簡單說明】 ％祛件。 圖1係本發明之一 FES車之—斜視圖。 圖2顯示圖^阳車之進料板組件之一實施例。 接 圖3顯示由該進料板機構至_表面黏著機之外部進料連 0 圖4進一步地顯示圖2及3之進料板組件。 圖5係一一般之（generic)進料機構之一斜視圖。 圖6係可容納圖5之進料機構之一基部。 圖7係本發明之FES車之一可替代之實施例之一斜視圖。 圖8顯示後邵插銷鎖定板進料基部組件。 圖9顯示一 L形托架，該托架位於該進料板組構之内且可 將該等進料機構固定於定位。 【圖式代表符號說明】 10 FES車 12 進料板 14 廢料盒 16 高度調整螺栓 18 框架 20 腳輪 22 把手 24 進料板組件 26 電氣連接 89589 -16- 空氣或空壓連接 表面黏著界面 定位插销 空氣或空壓連接 電氣連接 常規之承載帶 隔開之小袋 捲盤 L形之基部 垂直之電氣軌 接觸插銷 水平之支撐部分 FES車 進料機構 後部插銷鎖定板進料基部組件 定位插銷 前部進料鎖 左侧板及右側板 前部進料鎖 帽狀件 L形托架 -17-Integration of surface mounters from Universal GSM or other manufacturers with feed mechanisms from different manufacturers. The present invention allows the operator to quickly load the feed mechanism to a fes 89589 -10- 1289418 car and attach the FES car to a particular surface mounter. The choice of the type of feed mechanism can be achieved via a selection device such as a software switch or other known device. Next, you can start the assembly of pcB. Wei FES car can accept different types of feeding mechanism, the feeding mechanism can be connected with different surface bonding tools in this way: the feeder and the surface bonding machine do not need any modification (adaptati〇 Ns). The interface includes an air supply connection, a pneumatic connection, an electronic control signal connection, an electrical signal connection, and other known (four) connections; (d) signals are provided to the FES vehicle. The present invention allows end users to use their feeders to adhere to the surface mount assembly, while the former is not designed for the latter. Users can use their existing < feeders with surface mount tools without having to purchase new feed mechanisms, so the cost of purchasing a new surface mounter can be reduced. The FES vehicle of the present invention can provide a quick changeover from one surface mounter to another surface mounter: only a separate feed plate having a plurality of feed mechanisms must be selected. These feed plates installed in the car allow for offline feeder setup, thus reducing or preventing tool downtime (d〇Wntime). These vehicles can be easily moved from a mounting area to a surface mounter and moved back to the area. FES vehicles offer the option of being able to interface with the right front or left front or right rear or left rear side of a standard surface mounter. 1 Figure 1 shows a perspective view of one of the FES vehicles of the present invention. What? The £3 car includes a feed plate 1 2 that contains a plurality of feed mechanisms. Although the present embodiment uses a belt feeding mechanism, the present invention can also be applied to a bulk type, a tube type, or other known feeding mechanism. As shown, the feed plate 丨 2 can contain more than 89589 -11 - 1289418 to 20 8 mm tape feeders. A waste bin 14 collects the waste material (not shown) of the feed. Height adjustment bolts 16 located in a frame 18 allow for adjustment of the height of the feed plate to achieve seamless integration with the surface mounter (not shown). The operator can use the casters 2 to move the frame 18. The caster 20 can be provided with a brake that avoids movement of the FES when the FES is located adjacent to a surface-adhesive tool. The handle 22 and the caster 2〇 allow the operator to do this! The ^3 car 10 is easily placed in the desired position. Figure 2 further shows an embodiment of the feed plate assembly of the drawings. The feed plate assembly can allow a plurality of feed mechanisms to be coupled to the feed plate assembly and provide a plurality of T connections to the feed mechanisms. Such connections include air pressure, liquid, electrical, mechanical, push rod, optical, and other means known to be associated with such feed mechanisms. The feed plate assembly 24 shown in Figure 2 comprises one of 20 feeder plates comprising three internal electrical connections 26 and three pneumatic connections 28. In addition to the internal feed connection, there may be an external feed connection. The surface adhesion interface 3 shown on the right and left edges of the feed plate assembly 24 is further shown in FIG. It is apparent that it is shown in Figure 3: an external connection is provided to the feed plate assembly 24, the external connection comprising positioning pins 32 that can be used to connect the surface mounter to the FES vehicle 10 Guided and aligned, the external connections include an air or air pressure connection 34 and an electrical connection 36. The feed plate assembly 24 shown in Figures 2 and 3 is further shown in Figure 4. It should be understood that the features associated with the FES 10 are independent of the feeding mechanism used with the _ surface mounter. Some embodiments of the present invention may allow the FES vehicle 10 to be easily and quickly modified in such a manner that the top plate of the 89,895-12-1284918 feed base assembly is replaced to allow the feed mechanism produced by different manufacturers to be installed. In----type feed. This also allows the mechanical interface of the material feed mechanism and the surface mounter to be quickly replaced. However, in order to design a surface mounter for use in the first type, it is applicable to a second type of surface mounter. These electrical and air pressure umbilical connections may require further modifications. Carelessness: The purpose of the invention is to change the combination of the feeding mechanism and the surface bonding machine infrequently. The present invention is intended to provide such a three-vehicle or other interface device capable of accommodating a -type type of feeding mechanism, allowing the feeding mechanism and - a second type of feeding mechanism or other manufacturer to produce The connection between the organization (the boundary between the two is not allowed by the original design). Although the FES car should not be repeatedly modified to accommodate different feeders, they can be refitted via parts to accommodate different feed mechanisms or via interface replacement to different surface mounters. The boundary is connected. The present invention provides such an outstanding advantage that it is possible to allow a FES vehicle including one of the feeding mechanisms produced by the second manufacturer to be installed in the "Part: Chamber of Commerce = Production - Surface Adhesive Machine". Also, this FES car can be removed and replaced by an FES car containing a feeding mechanism produced by a third manufacturer. The main (4) is that the relevant parts/points can be bordered in a seamless manner... The change is to select a program or to install a switch that can select a different control program. In order to achieve a mechanical interface, the FES vehicle has a locating pin interface and a joint interface' to guide and lock the mechanism to position. Figure 5 is an oblique view of the interchangeable feed mechanism 40 of a different surface mounter. The feeder can feed a conventional carrier tape 42 having spaced pockets 44 that can accommodate small components ((iv) for access and placement" Parts), in order to facilitate the adhesion of these small parts to the surface: the type is mounted on the PCBs. The carrier tape 42 is wound around a reel. In the prior art, there are a plurality of recessed bases as shown in Fig. 6, wherein the L-shaped base 5 has a vertical electrical rail 52, a contact plug μ and a two-level support portion 56. The contact pins 54 provide electrical and air dust connections to the feed mechanism shown in FIG. The surface mounter typically has a plurality of recessed bases similar to the L-shaped structure shown in FIG. As further described above, the present invention provides such a system and method that integrates a feed mechanism to a surface mounter. This integration is provided by providing a vehicle or other interchangeable mobile device having a plurality of feeding mechanisms and providing electrical and mechanical protection between the surface mounter and the feeding mechanisms. With connection. Figure 7 is a perspective view of another alternative embodiment of the FES vehicle of the present invention. The FES cart 60 can accommodate a plurality of feed mechanisms 62. A rear pin lock plate feeder base assembly 64 can secure the ▲ feed mechanism 6 2 to the position (relative to the rear of the ρ £ g car 6 而 and T). This assembly 64 is shown more clearly in Figure 8. A positioning pin 66 can secure the feed mechanism 62 to the position (relative to the drive). A front feed lock 68 is provided to secure the feed mechanism in position relative to the front of the vehicle. The left and right side panels 70 further define the space in which the FES vehicle accommodates the feed mechanisms 62. An L-shaped latch receptacle or front feed lock 72 may further secure the feed mechanism 62 and may additionally include a joint or latch (such as the cap located within the L-shaped bracket 76 in FIG. Item 74), this 89589 -14-1289418 - connector or pin can accommodate the pins or holes of such mechanisms. The front shield assembly shown in Figure 7 allows the belts fed by the reels of the mechanisms to be fed to a waste bin located at the bottom of the feed cart. Thus, there is no need to cut the assembly, and the cutting assembly is dangerous. An advantage of the present invention is that it allows the feeding mechanism to be used with different surface-adhesive assemblies, so that the user can continue to use their existing feeding mechanism. The rep〇Siti〇nable carrier of the present invention can be used to lift the accessories, so that the height of the feeding plate assembly can be adjusted to match the surface of each component machine. Match. The present invention can include the ability of front and non-flip-chip and the ability to match the width of different carrier tapes. One of the advantages of the present invention is that the carrier can be used with a variety of surface mounters (via a suitable interface device), thus allowing the factory to use its existing feed mechanism for a variety of surface mounters. Although the present invention has been described in detail, it is to be understood that the present invention may be construed as having various modifications, alternatives, and variations, which are included in the spirit and scope defined by the scope of the claims. In summary, the present invention provides such an interface device that integrates the feed mechanism and surface mounters from different manufacturers. The interface device includes a carrier to which a feed plate mechanism is mounted. This carrier provides an external feed connection from the surface mounter to the feed plate mechanism. The feed mechanism housed in the feed plate mechanism has an internal feed connection - from the feed plate mechanism to the feed mechanisms. Therefore, the feeding plate mechanism can be used by one of the special surface adhesive machines manufactured by the manufacturer to be used for the joint machine of the other machine. [Picture of the drawing] %祛. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a FES vehicle of the present invention. Figure 2 shows an embodiment of the feed plate assembly of Figure 1. Figure 3 shows the external feed connection from the feed plate mechanism to the _ surface mounter. Figure 4 further shows the feed plate assembly of Figures 2 and 3. Figure 5 is a perspective view of one of the general feed mechanisms. Figure 6 is a base that can accommodate one of the feed mechanisms of Figure 5. Figure 7 is a perspective view of an alternative embodiment of the FES vehicle of the present invention. Figure 8 shows the rear jog lock plate feed base assembly. Figure 9 shows an L-shaped bracket that is positioned within the feed plate assembly and that can secure the feed mechanism in position. [Description of Symbols] 10 FES Car 12 Feeding Plate 14 Waste Box 16 Height Adjustment Bolt 18 Frame 20 Caster 22 Handle 24 Feeding Plate Assembly 26 Electrical Connection 89589 -16- Air or Air Pressure Connection Surface Adhesive Interface Positioning Pin Air Or air pressure connection electrical connection conventional carrier tape separated pouch reel L-shaped base vertical electrical rail contact pin horizontal support part FES vehicle feeding mechanism rear latch locking plate feeding base assembly positioning pin front feed lock Left side panel and right side panel front feed lock cap L-shaped bracket-17-