M360848 八、新型說明： - 【新型所屬之技術領域】 ' 本創作涉及·進人―承載帶之凹處的方法及-提供進入 ,一承載帶之凹處的裝置，該承载帶以一蓋帶覆蓋。 • 【先前技術】 •. 在電子電路裝配領域中，電子組件通常從—此等《且件之 供應源被傳送至-電路板上之一特定位置，以附接至該位 i。該等組件可為—些不同之類型，包括表面安裝組件與 通孔組件。特別是，該等組件包含但不限於諸如記憶體晶 片、電阻器、連接器、雙列直插式處理器（Dips)、電容器 與閑陣列。通常，此類及其他組件被黏接於一電路板，隨 後合併入一電子裝置。 與其以手工方式將各個獨立電子組件黏接至—電路板， 電子工業更廣泛地採用機器人配置機器，有時稱為「取 放」機器’其抓取一特定位置處（該供應源）之一組件，且 φ 冑其放置在另-個特定位置處（該電路板）。為確保此機器 人配置機杰之持續操作，該等組件之一持續供應需經提供 ' =t於—預定位置處之該機器，以便該機器人配置機器可 =式化以在每次循環中重複—精確動作順序。因此重要 的疋每一此類組件應如前後組件一樣被放置在相同之位 (17 °亥機器人配置機器抓取該組件之位置）。 :種提供連續電子組件供應至―期望位置之方法係將— 此等元件裝載入沿一承載帶間隔開之該等凹處 牙冉為口势、。、s也 )通常以一卷狀提供之該經裝载承載帶在各接 M360848 ”、、牛被該機器人配置機II從該承载帶移除時可接著以一 預=逮率被推向拾取位置。傳統之傳送帶一般包括一自持 下邛刀，其具有攜載該組件之凹處(承載帶），與一撓性蓋 條（另外可稱為蓋帶）’其將組件固持於該口袋令，且有助 」防止外來物質危害該組件。該蓋帶—般被結合至該承載 …就在^機器人配置機器將該組件從該承載帶移除 之前被逐漸從該承載帶剝離。 有可能在將該組件沿該承載帶裝载入該凹處之期間，一 組件被損壞或-組件被錯誤定向放置，比如該組件被上下 =。還有可能是，-有缺陷組件在該裝載期間被意外地 ::载帶之-凹處。如果該損壞或有缺陷組件在配 ^ ，取代，則該故障組件將隨後被 黏貼在-電路板上’該電路板隨後將被併入一電。 ==後來可造成該電子裝置無法運作或造成該電子 之1料累°如果—㈣錯誤之組件在配置過程 == 重定向’則可預期該具有排列錯誤 子裝置會發生類似後果。 因此’在該等組件被裝載入該承载帶之凹處之後，鋪蓋 該盍帶，且該傳送帶隨後被捲在—帶捲盤上。在該製造過 程中具有-視覺檢查步驟，以品質保證該凹處中之 件被正確地放置’且在其被用於該配置妒 可用的。視上述組件而定，在該製造過心 品質保證㈣，以·經裝載人該 2有1外之 組件在該具有組件之料㈣被 ^巾之所有 "配置過程之前處於 M360848 操作順序。 【新型内容】 可希望提供-種裝置，其可被用以幫助代換該損壞或有 缺陷之組件’或幫助重定向該承載帶凹處中之組件而不 損壞該蓋帶或不利地影響該蓋帶與該承載帶之間之結合p 根據本創作之-實施例，提供一種用於提供存取一承载帶 之-凹處的裝置，該承載帶以_蓋帶覆蓋，該襄置包括： 一主體，其包括一承載帶接收部分；以及 . 一分離器，其被耦合至該承載帶接收部分，該分離巧可 從一第-位置移動至-第二位置，其中當該分離器在該 -位置時’ 一承載帶可被定位於該承載帶接收部分… ==第广置時’其延伸進入該承载帶接收部: 主°亥承載帶之一底面。 ，據本創作之另-實_，提供—種用於提供存取 凹處的裝置，該承載帶以一蓋帶覆蓋，該襄置包 -主體’其包括：一承載帶接收部分；一從哼 =突緣、，其㈣置以域位於該承載帶接收部分中之 置；帶’以及―從主體延伸之突出物，其與該突緣相對 至少-個被耦合至該突出物之固… —位置移動至一第二位置，A 、從一第 杨h七 其中當該固定裝置在該第一 位置中_ “離該承栽帶’且當該固定裝置在該第-位置中時，其接合該承载帶以限制其移動； 第一 M360848 -辅翼，其經由一耦合裝置被耦合至該主 側面部分，其中_合裝置允許該補翼移動至相對= 主體之複數個位置，包含一第一 ' Γ體前面之該突出物的旁邊，因:= π接收部分位於該突出物與該輔 翼遠…，因此允許二 ",，Ρ·时浥—步 至-致動器，該致動器可從一第一位置移動 置，其令當該致動器在該第一位置時 .^^ ^ 罝寻該分離器遠離該 承載帶之底面，當該致動器在該第二位置時，該分離器 延伸進人該承載帶接收部分至該承载帶之―底面，造成 放置於該承載帶之—凹處中之-組件以夠的力推壓該 承載帶之-蓋帶，以造成該蓋帶被從該承載帶揭開，因 此提供進入至該凹處。 根據本創作之另一實施例’提供一種用於提供進入至一 承載帶之-凹處的方法，該承載帶以一蓋帶覆蓋，該方法 包括以下步驟： 固定該承載帶於一適當位置；以及 2該凹處下方施加一足夠的力在該承載帶上以將該蓋 帶從位在凹處上的該承載帶揭開。 本創作it #包含本文所提及或附圖中所顯示之零件或 特徵之任何替換組合。未被陳述之此類零件或特徵之已知 相等物仍被視為所包含的。 M360848 【實施方式】 • 本創作之例示性形式現將參照附加圖式作說明。 ' 如討論中所提及的，雖然下述附圖闡明本創作之-些實 .施w t其他實施例亦被考慮#。在所有情況了，本揭示 - 办乂表示法且未限制之方式來呈現本創作。應瞭解，許 ^-他修改與實施例可由熟悉此項技術者設計，該等修改 與實施例屬於本創作原理之範圍與精神之内。該等圖式未 ㈣例進行描繪，同樣的參考號碼已被用於所有圖式以表 W 示相同零件。 積體電路（1C)通常係從一晶圓切割而來，且隨後組裝 士裝該封裝被安裝至—印刷電路板（PCB)。-用於, ^等1C之f用技料將其放置在—撓, 該組裝進一步包括—^ 衣甲 中。該傳… 將該等1c固置於該承， 、即具有蓋帶之承載帶）隨後捲在一捲盤上 其易於運輸與儲存。 帶中半：體裝置通常被放置入裝置承載帶之物 定=該::rr處於其中，用於"定‘ 當此等裝置之捲盤i輸期間及移除該等裝置前（艮 需經移除以…:自動化生產線時’其中該等裝^ 等裝置或安裝在一 pcb上)，-薄型蓋帶《 揭示置”之凹處巾。美國專利第5,575，136韻 用於敌置半導 機器’且隨後以-蓋帶密封。一承载帶凹處内的帶㈣ 圖】A顯示一用^/& ;與半導體裝置（以下總稱為組件340: -10- M360848 之典型承載帶。承載帶300在其兩側具有一連串鏈輪孔 330 ’其被用於以透過一自動捲盤至捲盤過程來推動該承 载帶300。在一些情況中，可僅在該承載帶3〇〇之—側上有 鏈輪孔330。同樣，該等組件340被放置入該承載帶3〇〇上 之複數個凹處320内。在該等組件被放置之後，—蓋帶31〇 沿其側邊350被結合至凹處320之各側上之承載帶3〇〇。本 創作可利於該凹處中之任何適合之組件，且並不限制於本 文所时論之例示性組件。 在工業中常見的是藉由一黏合劑將該蓋帶31〇結合至該 承載帶300。可用之結合黏合劑42〇之類型包括但不限於熱 熔性黏合劑（HAA)、壓敏黏合劑（PSA)等。用於此目的之 另一類型之結合與另一類型之蓋帶被揭示於美國專利公開 案第 2007/0062844 號、第 2007/0062845 號、第 2007/0062166號，與美國專利申請案第6〇/82194號中，其 以引用方式併入本文中。 在如圖1B所示之至少一實施例中，該蓋帶31〇沿每一側 面具有一劃線360，其允許該蓋帶31〇之中央部分37〇被分 開，且從該蓋帶310之該結合部分38〇處移除，該結合部分 380藉由黏合劑420被結合至該承载帶3〇〇。該劃線36〇部分 延伸穿過該蓋帶310之厚度，以提供一弱線，沿該弱線可 產生一撕裂。 該蓋帶310可視情況包括沿其外緣之撕裂引發特徵39〇， 其有助於引發一撕裂且引導該撕裂朝向該劃線36〇。該撕 裂引發特徵390從側緣350向内延伸，且位於沿該蓋帶3ι〇 M360848 之縱軸的間歇位晉處 JU. 上表 之裂 置處撕裂弓丨發特徵390通常是從兮 面4〇〇朝向（且通常穿過、寸甚胜， 吊疋從5亥 縫。 牙過）S亥蓋帶310之該下表面41〇延伸 β亥撕裂引發特徵 竹戊39〇叮具有任何合適之形狀，比如曲 線形。該撕裂引發特徵390允許該蓋帶31〇之中 、部分37〇自該蓋帶310結合至承載;& ㈣離ϋ f ^ ^ ^ 部分則輕 帶30… 當該蓋帶310最初從承載M360848 8. New description: - [New technical field] 'This creation involves the method of entering the recess of the carrying belt and the means for providing access, a recess of the carrying belt, the carrying belt is covered with a cover tape cover. • [Prior Art] • In the field of electronic circuit assembly, electronic components are usually attached to the location i from a location where the source of the component is delivered to a particular location on the board. These components can be of a variety of different types, including surface mount components and through hole assemblies. In particular, such components include, but are not limited to, memory chips, resistors, connectors, dual in-line processors (Dips), capacitors and idle arrays. Typically, such and other components are bonded to a circuit board and then incorporated into an electronic device. Instead of manually attaching individual electronic components to a circuit board, the electronics industry is more widely using robotic configuration machines, sometimes referred to as "pick and place" machines, which pick one of the specific locations (the source) Component, and φ 胄 is placed at another specific location (the board). In order to ensure the continuous operation of this robot configuration machine, one of the components is continuously supplied with the machine that is required to provide '=t' at the predetermined position so that the robot configuration machine can be reprogrammed to repeat in each cycle- Precise action sequence. Therefore, it is important that each such component should be placed in the same position as the front and rear components (the position is captured by the 17 °H robot configuration machine). The method of providing a continuous electronic component to the "desired position" is to load the components into the recesses along a carrier tape, the gums being the mouth. And s) the loaded carrier tape, usually provided in a roll, is attached to each of the M360848", and the cow is then pushed to the pickup at a pre-catch rate when the robot is removed from the carrier. Position: A conventional conveyor belt generally includes a self-supporting lower boring tool having a recess (carrier belt) carrying the assembly, and a flexible cover strip (also referred to as a cover strip) that holds the assembly in the pocket. And help to prevent foreign substances from damaging the component. The cover tape is generally bonded to the carrier ... and is gradually peeled off from the carrier tape before the robot configuration machine removes the assembly from the carrier tape. It is possible that during assembly of the assembly along the carrier tape into the recess, a component is damaged or - the component is placed in an incorrect orientation, such as the component being up and down =. It is also possible that the defective component was accidentally :: loaded with a recess during the loading. If the damaged or defective component is replaced by ^, then the failed component will then be glued to the - board. The board will then be incorporated into an electrical circuit. == Later, the electronic device may not operate or cause the electronic device to be tired. If the (-) error component is in the configuration process == redirection, then the misalignment may be expected to have similar consequences. Thus, after the components are loaded into the recess of the carrier tape, the ankle strap is laid and the conveyor belt is subsequently wound onto the tape reel. There is a - visual inspection step in the manufacturing process to ensure that the pieces in the recess are properly placed 'and are available for use in this configuration. Depending on the above components, the manufacturing quality assurance (4), in order to be loaded by the loader, is in the M360848 operation sequence before all the components of the component (4) are configured. [New Content] It may be desirable to provide a device that can be used to assist in replacing the damaged or defective component' or to help redirect components in the carrier tape recess without damaging the cover tape or adversely affecting the The combination of the cover tape and the carrier tape. According to an embodiment of the present invention, there is provided a device for providing access to a recess of a carrier tape, the carrier tape being covered with a cover tape, the device comprising: a body comprising a carrier tape receiving portion; and a separator coupled to the carrier tape receiving portion, the separation being moveable from a first position to a second position, wherein the separator is in the - Positioning 'A carrier tape can be positioned on the carrier tape receiving portion... == When first placed, it extends into the carrier tape receiving portion: a bottom surface of the main carrier tape. According to another aspect of the present invention, there is provided a device for providing an access recess, the carrier tape being covered by a cover tape, the package-body comprising: a carrier tape receiving portion;哼 = flange, (4) is placed in the receiving portion of the carrier; the belt 'and the protrusion extending from the body, which is opposite to the flange at least one is coupled to the ... - the position is moved to a second position, A, from a yang yang, wherein when the fixture is in the first position _ "away from the carrier" and when the fixture is in the first position, Engaging the carrier tape to limit its movement; a first M360848 - an aileron coupled to the main side portion via a coupling device, wherein the coupling device allows the blade to move to a plurality of positions relative to the body, including a a side of the protrusion in front of the body, because: π the receiving portion is located farther from the protrusion than the abbreviation, thus allowing two ",, Ρ·浥浥-step to - actuator, the actuation The device is movable from a first position such that the actuator is in the first position When the separator is located away from the bottom surface of the carrier tape, when the actuator is in the second position, the separator extends into the carrier receiving portion of the carrier tape to the bottom surface of the carrier tape, causing placement The assembly in the recess of the carrier tape pushes the cover tape of the carrier tape with sufficient force to cause the cover tape to be uncovered from the carrier tape, thus providing access to the recess. Another embodiment provides a method for providing access to a recess of a carrier tape, the carrier tape being covered by a cover tape, the method comprising the steps of: securing the carrier tape in a suitable position; A sufficient force is applied under the recess on the carrier tape to uncover the cover tape from the carrier tape located on the recess. This creation it #includes the parts or features referred to herein or shown in the drawings Any alternative combinations of such parts or features that are not stated are still considered to be included. M360848 [Embodiment] • The illustrative form of this creation will now be described with reference to additional drawings. As mentioned in the discussion, although the following The drawings illustrate that other embodiments of the present invention are also considered. In all cases, this disclosure - the present invention is presented in an unrestricted manner. It should be understood that Xu - he modified The embodiments and the embodiments can be devised by those skilled in the art, and such modifications and embodiments are within the scope and spirit of the present inventive principles. The drawings are not depicted in the fourth embodiment, and the same reference numerals have been used for all drawings. The same parts are shown in Table W. The integrated circuit (1C) is usually cut from a wafer, and then assembled to mount the package to a printed circuit board (PCB). - For, ^, etc. The technique places it in - the scratch, the assembly further includes - in the armor. The transfer ... the 1c is fixed on the carrier, that is, the carrier tape with the cover tape) and then rolled onto a reel Transportation and storage. The middle half of the belt: the body device is usually placed into the carrier belt of the device. =::rr is in it, used for "fixing' during the reeling of such devices and before removing such devices (required) After removing the ...: automated production line 'where the device or the like is installed on a pcb), - the thin cover with the "disclosed" recessed towel. US patent 5,575,136 rhyme for the enemy half The machine is guided and then sealed with a cover tape. A tape in the recess of the carrier tape (4) Figure A shows a typical carrier tape with a semiconductor device (hereinafter collectively referred to as component 340: -10- M360848). The carrier tape 300 has a series of sprocket holes 330' on both sides thereof that are used to push the carrier tape 300 through an automatic reel-to-reel process. In some cases, only the carrier tape 3 - There are sprocket holes 330 on the side. Again, the components 340 are placed into a plurality of recesses 320 on the carrier tape 3. After the components are placed, the cover tape 31 is along its sides. 350 is coupled to the carrier tape 3 on each side of the recess 320. This creation may facilitate any fit in the recess. The components are, and are not limited to, the exemplary components discussed herein. It is common in the industry to bond the cover tape 31 to the carrier tape 300 by a bonding agent. The type of bonding agent 42 can be used. These include, but are not limited to, hot melt adhesives (HAA), pressure sensitive adhesives (PSAs), etc. Another type of combination for this purpose and another type of cover tape is disclosed in U.S. Patent Publication No. 2007/0062844 No. 2007/0062845, No. 2007/0062166, and U.S. Patent Application Serial No. 6/82,194, the disclosure of which is incorporated herein by reference. The cover strip 31 has a scribe line 360 along each side that allows the central portion 37 of the cover strip 31 to be separated and removed from the joint portion 38 of the cover strip 310, the joint portion 380 being borrowed The carrier tape 420 is bonded to the carrier tape 3 . The scribe line 36 〇 portion extends through the thickness of the cover tape 310 to provide a line of weakness along which a tear can be created. Optionally including a tear initiation feature 39〇 along its outer edge, which helps to initiate a The tear is directed and directed toward the score line 36. The tear initiation feature 390 extends inwardly from the side edge 350 and is located at an intermittent position along the longitudinal axis of the cover strip 3ι〇 M360848. The tear-off bow feature 390 at the split is generally oriented from the face 4 (and usually passes through, the inch is over, the drop is from 5 seams. The teeth pass) the lower surface 41 of the cover tape 310 The extended β-Hear tear-inducing feature has a suitable shape, such as a curved shape. The tear-inducing feature 390 allows the cover tape 31 to be bonded to the carrier from the cover tape 310; ; (4) away from the ϋ f ^ ^ ^ part of the light belt 30... When the cover tape 310 is initially carried
H中剝離時’該蓋帶31〇結合至該承載帶扇之結合部 ^该承載帶3GG分層直到該揭片與—撕裂引發特徵谓相 六此時帶31 〇開始沿該撕裂引發特徵39〇且朝向該蓋 ^ 310中央撕裂。該撕裂持續直到其碰到劃線36G，其因此 提供該蓋帶310將持續撕裂之方向。 劃線360通常形成於該蓋帶310之下表面410内。劃線36〇 係側向配置鄰接侧邊35G ’且沿該蓋帶31()之縱軸延伸。劃 =60通常係相對於該蓋帶31()結合至該承載帶则之該結 合部分380而㈣向内g己置。目& ’當該蓋帶31()之撕裂伸及 sj線3 6 0時，所需用以剝離該蓋帶3 1 〇之中央部分3 7 〇之 力僅需要超過劃線360之撕裂力。一旦該撕裂沿劃線36〇行 進°亥蓋帶3 與該承載帶300之間的黏劑結合強度不再直 接影響所需剝離力。 該等撕裂引發特徵39〇通常從側邊35〇延伸進入（但不超 出）蓋帶3 10與承载帶300結合之該結合部分38〇。這使蓋帶 3 10固定至承載帶3〇〇，且降低該蓋帶在時間上（例如，如 本文所述之在進入凹處32〇期間，以及在存儲、傳送或維 -12- M360848 - 修期間）之過早點意外被剝離的風險。該等撕裂引發特徵 "Ο也不與劃線360相交以進一步保存蓋帶3 1〇之結構完整 . 性。 . 根據所涉及之組件類型，檢查方法、使用的儀器類型與 . 在該組件檢查過程中之自動化程度可不同。在一些情況 • 下，6羊細之製造流程與廣泛之機器被用以品質保證裝運前 之組件。美國專利第5,974,903號揭示用於檢查—裝納於一 豕載帶内且由一蓋帶所覆蓋之1C的一檢查站。其還揭示一 去錐度機構及一錐度機構，該去錐度機構在該⑴被移至顯 微鏡下方前移除該蓋帶；該錐度機構重覆蓋該蓋帶於該⑴ 上。移除該蓋帶提供無阻擋看見該IC以及允許操作員取代 该承載帶上之該等有缺陷之1C。PCT公告案號wo 〇2/()54848 揭示用於從一承載帶移除電子組件之一方法與儀器。 在其他情況下，該承載帶之凹處中之該等組件可由操作 員手動檢查，且手動移除且取代有缺陷之組件或重新排 • _組件於該承載帶之凹處中。傳統上，手動移除該組件 340係由以下步驟完成：首先使用一諸如一鑷子之尖銳裝 置小心地分離該蓋帶310及位於該蓋帶310之側邊350處的 承載帶300以產生進入該承载帶3〇〇之該凹處32〇的進入 口。—旦裝載該待取代或重新排列之組件340的該凹處32〇 曝路，該操作員可利用-諸如一甜子或真空管嘴之裝置以 榻取其中之組件340。 —旦該組件340被取代或重新排列，該操作員接著利用 剩下於該兩個帶之界面處的該結合黏合劑420再次結合該 •13- M360848 :種類 载帶3〇0,視最初用於結合該兩個帶的黏合 —而疋使用熱或壓力。重要的是在這個步驟中重新獲 付4度初始結合強度，因為如果具有裂縫則組件340會 掉出該承载帶凹處320,或如果該蓋帶31〇未充分重新結: 至該承載帶扇，則諸如水汽之外部環境要素可經由黏合 合中之裂縫進人該凹處32G且可在運輪期間損壞該: =在該側邊35。處利用一諸如錄子之尖銳裝置來揭開 “盖帶M0與該承载帶3〇〇之傳統方法，故具有不利地破壞 该蓋帶3H)與該承載帶綱之間的結合黏合劑4 且在該組件340被取代或重新排列之後，大量的結合黏八 劑420可黏附於該尖銳裝置。此在該组件⑽被取代或重: 排列之後降低重新結合過程的成功率。 在該蓋帶31G包含劃線36〇或撕裂引發特徵别之情況 下’在該側邊350利用-尖銳裝置揭開該蓋帶加與該承載 帶300的傳統方法可造成該蓋帶m之該中央部分m亥 蓋帶310之該結合部分则分離，導致—進入該承載帶遍 之凹處320的-永久進人口。如果揭開該蓋帶m與該承載 帶·之傳統方法係以劃線36G與撕裂引發特徵州兩者用 於一蓋帶310上，則一進入該承載帶3〇〇之凹處32〇的一永 久進入口也會發生。此後’「劃線與撕裂引發特徵」之引 用文將包含以下兩種情況：纟包括劃線或撕裂引發特徵之 情況，以及在包括劃線與撕裂引發特徵兩者之情況。 按照以上討論’本創作之許多優勢與益處應被認可。根 -14- M360848 據本創作之該裝置與方法之一優點係不需要非常昂貴之機 器或精岔之儀器設備。根據本創作之該裝置與方法之另一 優點係使該結合黏合劑之損,褒以及從產生該進入口之該侧 邊移除之結合黏合劑量最小化。此允許該結合黏合劑在重 新結合過程時之較佳浸透。該裝置與方法也適用於具有劃 線與撕裂引發特徵之該蓋帶。 參考圖2、3、4A、4B、5、6八與仙，本創作之—例示性 裝置100包括一主體1〇〇〇，該主體包括一承載帶接收部分 及一輕合至該承載帶接受部分之分離器1134，其中該分離 器1134可從一第一位置移動至一第二位置。當該分離器 1134在該第一位置時’一承載帶3 00可被定位於該承载帶 接收部分’且當該分離器1134在該第二位置時，其延伸進 入該承載帶接收部分至該承載帶300之一底面。該分離器 1134延伸進入該承載帶3〇〇之一底面造成裝納於該承载帶 300之一凹處中之一組件340以足夠的力2000推壓該承載帶 300之一蓋帶310以造成該蓋帶310從該承載帶300揭開，因 此提供至該凹處320之進入口。在一蓋帶具有劃線36〇或撕 裂引發特徵390之情況下，該外力2000不足以造成該蓋帶 310之該中央部分370從該蓋帶310之該結合部分380分離， 以導致該承载帶300之一凹處320之一永久進入口。 在本創作之一實施例中，該主體10〇〇進一步包括一從該 主體1000延伸之突緣111〇，其經配置以支撐位於該承載帶 接收部分中之承載帶300 ;以及一從主體延伸1000之突出 物1120 ’其與該突緣1100相對置。該突出物1120在承載帶300 -15- M360848 =置於該承載帶接收部分中時可被用於限制該承載帶 杈向移動。該突出物1120從該主體1〇〇〇之延伸量可 ::用之該承載帶3〇〇寬度而不同。如果該承载帶_的 又，則該突出物u2〇較佳地從該主體10〇〇延伸更遠。 在本創作之另一實施例中，該裝置100進一步包括至少 -個耦合至該突出物1120之固定裝置，該固定裝置可從二 第-位置移動至一第二位置，其中當該固定裝置在該第一 位置時’其遠離該承載帶300，1當該固定裝置在該第二 位置時，其接合該承載帶3〇〇以限制其移動。該固定裝置 可為任何裝置’其可從一第一位置移動至一第二位置：其 中當該固；t裝置在該第-位置時，其遠離蓋承載帶3〇〇， 且當該㈣裝置在該第二位置時，其接合該承載帶以限制 其移動。 如圖2所示之一本創作之實施例中，該固定裝置可為一 固定銷子1300,其位於該突出物112〇中之一通道ιΐ22中。 該通道1122從該突出物112G之頂部延伸穿過該突出物i i 2〇 直至該突出物1120之邊緣，其中該突出物112〇緊靠該突緣 1110。當該固定銷子1300在一第一位置時，其遠離該承載 帶300。當該固定銷子1300在一第二位置時，其在一鏈輪 孔330處接合該承載帶300，因此限制該承载帶之移動。該 突出物1120可具有多個通道1122，且該等通道1122可具有 不同内徑以容納複數個具有不同外徑之固定銷子13〇〇以便 將不同類型之承載帶300與不同鏈輪孔33〇尺寸接合。 如圖7所示之一本創作之實施例中，該固定裝置可為一 -16- M360848 固定臂131G，其經由—諸如（但不限於卜螺桿^合裝置 搞合至該突出物112〇。當該固定臂⑽在一第—位置時， 其遠離該承载帶300。當該固m31()在—第二位置時， 其接合該承載帶則以限制該承载帶移動。該裝置_可且 有不止一個或不止一種類型之固定裝置，其麵合至該突出 物1120 。When peeling in H, the cover tape 31〇 is bonded to the joint portion of the carrier belt fan. The carrier tape 3GG is layered until the uncovering and tearing initiation feature is said to be phase six. At this time, the belt 31 starts to be triggered along the tear. The feature 39 is torn toward the center of the cover ^ 310. The tear continues until it hits the score line 36G, which thus provides the direction in which the cover strip 310 will continue to tear. A scribe line 360 is generally formed in the lower surface 410 of the cover tape 310. The scribe lines 36 are laterally disposed adjacent the side edges 35G' and extend along the longitudinal axis of the cover tape 31(). The line = 60 is generally associated with the cover strip 31 () bonded to the carrier portion of the carrier tape 380 and (iv) inwardly. When the tearing extension of the cover tape 31 () and the sj line 365 are required, the force required to peel off the central portion of the cover tape 3 1 3 only needs to be more than the tear of the scribe line 360 Cracking force. Once the tear is advanced along the score line 36, the adhesive bond strength between the cover tape 3 and the carrier tape 300 no longer directly affects the desired peel force. The tear initiation features 39〇 generally extend from the side edges 35〇 into (but not beyond) the cover strips 3 10 and the joint portions 38〇 of the carrier tape 300. This secures the cover strip 3 10 to the carrier strip 3 〇〇 and reduces the cover strip in time (eg, as described herein during entering the recess 32 ,, as well as in storage, transport or dimension -12-M360848 - During the repair period, the risk of being accidentally stripped too early. The tear initiation features "Ο do not intersect the line 360 to further preserve the structural integrity of the cover tape 3 1〇. Depending on the type of component involved, the method of inspection, the type of instrument used, and the degree of automation during the inspection of the component may vary. In some cases, 6 sheep manufacturing processes and a wide range of machines are used to ensure quality pre-shipment components. U.S. Patent No. 5,974,903 discloses an inspection station for inspection - 1C housed in a carrier tape and covered by a cover tape. It also discloses a de-tapering mechanism and a taper mechanism that removes the cover strip before the (1) is moved under the microscope; the taper mechanism overlies the cover strip to the (1). Removing the cover tape provides unobstructed viewing of the IC and allows the operator to replace the defective 1C on the carrier tape. PCT Publication No. 2/()54848 discloses a method and apparatus for removing electronic components from a carrier tape. In other cases, the components in the recess of the carrier tape can be manually inspected by the operator and manually removed and replaced with defective components or re-arranged in the recess of the carrier tape. Traditionally, manually removing the assembly 340 is accomplished by first carefully separating the cover tape 310 and the carrier tape 300 at the side edge 350 of the cover tape 310 using a sharp device such as a tweezers to create access thereto. The entry port of the recess 32 承载 of the belt 3 承载 is carried. Once the recess 32 of the component 340 to be replaced or rearranged is loaded, the operator can utilize a device such as a sweetener or vacuum nozzle to take the component 340 therein. Once the component 340 is replaced or rearranged, the operator then recombines the 13-M360848 with the bonding adhesive 420 remaining at the interface of the two tapes: the type carrier tape 3〇0, as originally used In combination with the bonding of the two belts - the use of heat or pressure. It is important to re-accept the 4 degree initial bond strength in this step because the component 340 will fall out of the carrier tape recess 320 if there is a crack, or if the cover tape 31 is not sufficiently re-knoted: to the carrier tape fan Then, an external environmental element such as water vapor can enter the recess 32G via the crack in the bond and can be damaged during the wheel: = at the side 35. Using a sharp device such as a recording device to uncover the "bonding tape M0 and the conventional method of the carrier tape 3, so that the cover tape 3H is undesirably broken" and the bonding adhesive 4 between the carrier tape and After the assembly 340 is replaced or rearranged, a plurality of bonded adhesives 420 can be adhered to the sharp device. This reduces the success rate of the re-bonding process after the assembly (10) is replaced or heavy: aligned. The conventional method of uncovering the cover tape and the carrier tape 300 on the side edge 350 with a scribe line 36 〇 or a tear initiation feature may cause the central portion of the cover tape m to be The joint portion of the cover tape 310 is separated, resulting in a permanent entry into the recess 320 of the carrier tape. If the cover tape m and the carrier tape are uncovered, the conventional method is to scribe 36G and tear. When the inducing feature states are used on a cover tape 310, a permanent access opening into the recess 32 of the carrier tape 3 也会 will also occur. Thereafter, the quotation of the "line and tear initiation feature" Will contain the following two cases: 划线 including scribing or tearing The condition of the hair feature, as well as the case where both the scribe line and the tear initiation feature are included. As discussed above, many of the strengths and benefits of this creation should be recognized. Root -14- M360848 One of the advantages of this device and method of the present invention is that it does not require very expensive machines or sophisticated equipment. Another advantage of the device and method according to the present invention is that the bond loss, the enthalpy, and the amount of bonding adhesive removed from the side that produces the inlet port are minimized. This allows for better penetration of the bonding adhesive during the re-bonding process. The apparatus and method are also applicable to the cover tape having the scribe and tear initiation features. Referring to Figures 2, 3, 4A, 4B, 5, 6 and 8 and 8, the exemplary device 100 includes a main body 1 , the main body includes a carrier receiving portion and a light assembly to the carrier A portion of the separator 1134, wherein the separator 1134 is movable from a first position to a second position. When the separator 1134 is in the first position, a carrier tape 300 can be positioned at the carrier receiving portion and when the separator 1134 is in the second position, it extends into the carrier receiving portion to the One of the bottom surfaces of the carrier tape 300. The separator 1134 extends into a bottom surface of the carrier tape 3 such that one of the components 340 contained in a recess of the carrier tape 300 presses a cover tape 310 of the carrier tape 300 with sufficient force 2000 to cause The cover tape 310 is uncovered from the carrier tape 300 and thus provided to the access opening of the recess 320. In the event that a cover tape has a score line 36 or a tear initiation feature 390, the external force 2000 is insufficient to cause the central portion 370 of the cover tape 310 to separate from the bond portion 380 of the cover tape 310 to cause the load. One of the recesses 320 of the strap 300 has a permanent access port. In an embodiment of the present invention, the body 10 further includes a flange 111〇 extending from the body 1000, configured to support the carrier tape 300 located in the receiving portion of the carrier tape; and an extension from the body The protrusion 1120' of 1000 is opposed to the flange 1100. The projection 1120 can be used to limit the movement of the carrier tape when the carrier tape 300-15-M360848 is placed in the carrier receiving portion. The amount of extension of the protrusion 1120 from the body 1 can be varied with the width of the carrier tape 3〇〇. If the carrier tape is again, the protrusion u2〇 preferably extends further from the body 10〇〇. In another embodiment of the present invention, the apparatus 100 further includes at least one fixture coupled to the protrusion 1120, the fixture being movable from a second position to a second position, wherein the fixture is In the first position, it is 'away from the carrier tape 300, 1 when the fixing device is in the second position, it engages the carrier tape 3 to limit its movement. The fixture can be any device that can be moved from a first position to a second position: wherein when the device is in the first position, it is away from the cover carrier 3〇〇, and when the device is In the second position, it engages the carrier tape to limit its movement. In one embodiment of the present invention as shown in Fig. 2, the securing means can be a securing pin 1300 located in one of the projections 112. The channel 1122 extends from the top of the protrusion 112G through the protrusion i i 2 2 up to the edge of the protrusion 1120, wherein the protrusion 112 is abutted against the flange 1110. When the fixing pin 1300 is in a first position, it is away from the carrier tape 300. When the retaining pin 1300 is in a second position, it engages the carrier strip 300 at a sprocket hole 330, thereby limiting movement of the carrier strip. The protrusion 1120 can have a plurality of channels 1122, and the channels 1122 can have different inner diameters to accommodate a plurality of fixed pins 13 having different outer diameters to accommodate different types of carrier tapes 300 with different sprocket holes 33. 〇 size joint. In one embodiment of the present invention, as shown in Figure 7, the securing means can be a -16-M360848 fixed arm 131G that is engaged to the projection 112 by, for example, but not limited to, a screwing device. When the fixed arm (10) is in a first position, it is away from the carrier tape 300. When the solid m31() is in the second position, it engages the carrier tape to restrict the movement of the carrier tape. There are more than one or more than one type of fixture that fits over the protrusion 1120.
在本創作之另一實施例中’該裝置1〇〇進一步包括—輔 翼mo ’其耦合至該主體咖之至少一側面部分测。較 佳地，具有—輔翼121〇搞合至該主體⑽^之每一側面部分 1200。β亥辅翼121〇可經由—諸如（但不限於卜较鍵之耗合 裝置1212耗合至該主體_。該麵合裝置ΐ2ΐ2允許該輔翼 1210移動至相對於該主體1〇〇〇之複數個位置，包含一第二 位置’其中該輔翼1210位於該主體1〇〇〇前面之該突出物 1120的旁邊’因此進-步界定義該承载帶接收部分位於該 突出物U20與該輔翼121〇之間；以及一第二位置，其中該 ^翼121G遠離該主體1GGG，因此允許該承载帶位於該 突緣1110上。參考圖2，該辅翼121〇在該第一位置，而在 圖中°亥輔翼121 〇在該第二位置。較佳地，該突出物 120具有一彎曲第一側面，且其中該輔翼進一步包括 面對該大出物1120之第一側面’其具有一該突出物112〇 之忒彎曲侧面之互補外形，使得該承載帶接收部分在該輔 翼1210處於第—位置時係為彎曲的。 〆承載τ内的凹處深度可視放置於該凹處中之該組件的 類型虚 P —μ -2- 〃 寸而改變。在本創作之另一實施例中，在該裝置 •17- M360848 100上之該突緣1110進-步包括-較靠近該主體nu之第 -部分及-較遠離該主體1116之第二部分其中較靠近主 體1U4之該第一部分經配置以與該承載帶細之一側面部 分接合，且該較遠離該主體1116之第二部分經配置以與該 承載帶300之該凹處32〇接合。 較佳地’該較靠近主體1114之該第—部分比該較遠離該 主體⑴6之第二部分處於一較高高度。該較靠近主體⑴4 之該第-部分與該較遠離該主體1116之第二部分之間汽产 差可取決於該凹處32〇之深度。藉由將該較靠近主體= 之該第-部分與該較遠離該主體1116之第二部分放置在一 相應於該凹處320深度之不同高度，該蓋帶训與該承栽帶 300在該重新結合過程中可被平坦地放置於該突緣⑽ 上。對於壓敏結合黏合劑而言，如果該等帶可被平放，則 該黏合劑具有獲得良好浸透的機會。 或者’該裝置刚可進一步包括一輕合至言亥主體之平臺 ⑽’其在該突緣1110旁邊。該平臺113〇可藉由諸如（但不 限於）黏合劑、螺桿及如購自美國明尼蘇達州之聖保羅市 之3M公司的3M DUAL L〇CK扣帶之機械式扣連件。、圖3 中，該平臺1130藉由螺桿耦合至該主體1〇〇〇。較佳地核 平臺U30相對於該突緣1110之位置可調整以容納不心 帶之不同凹處深度。 在本創作之另一實施例中，該裝置1〇〇進一步包括—耦 合至該分離器U34之致動器1132，其可從一第一位置移動 至-第二位置，如圖4A與4B所示。當該致動器1132位於 -18- M360848 士圖从所不之該第-位置時，該分離器U34遠離如圖6A 所不之該承载帶300底面。當該致動器1132位於如圖忉所 立 '"位置時，該分離器1134延伸進入該承載帶接收 邛刀至如圖沾所示之該承载帶300底面。較佳地，該分離 器1134係為—耦合至該平臺1130之銷子。 在所例不之實施例中，該分離器1134係藉由如一彈簧而 偏壓至其第一位置。該致動器Π32可包括一凸輪或一寬廣 。田》亥致動器1132位於其第一位置時，該凸輪允許該 刀離器1134停置於其第一位置。移動該致動器1132至其第 二位置可接合該致動器1132之該凸輪或寬廣部分進入該分 離器1134，因此促使該分離器1134進入其第二位置。 圖6Α與6Β顯示提供至一凹處32〇之進入口的一例示性方 法的一概要圖式。為了提供至該承載帶300之該凹處320的 進入口，在從§亥凹處320下方施加一力2〇〇〇於該承載帶3〇〇 上之前，先手動或藉由裝置將該承載帶3〇〇固定於一適當 位置。如果該力2000是足夠的，則該蓋帶31〇從位於該凹 處320之該承載帶300揭開。該揭開發生在該蓋帶31〇之側 邊3 50，導致一至該蓋帶31〇與該承載帶3〇〇之間的凹處32〇 之進入口。 較佳地，該力2000係經由該凹處32〇中之組件34〇而施 加。利用足夠之力2000，該組件34〇推抵住該蓋帶31〇，因 此將該蓋帶310從該承载帶300上揭開。較佳地’該力2〇〇〇 藉由一分離器1134傳遞。在該工業中通常該承載帶3〇〇在 一凹處320之底部具有一通孔325。當分離器1134在其第二 -19- M360848 位置時，該分離器可因而通過該凹處320中之該通孔325， 藉此傳遞該力2000至該組件34〇，該組件34〇接著推抵住該In another embodiment of the present invention, the apparatus 1 further includes an auxiliary wing mo ′ coupled to at least one side portion of the body coffee. Preferably, the auxiliary wing 121 is engaged to each side portion 1200 of the body (10). The β-Auxiliary Wing 121〇 can be affixed to the body _ via a consuming device 1212 such as, but not limited to, a haptic device 1212. The facet device ΐ2ΐ2 allows the aileron 1210 to move to a plurality relative to the body 1〇〇〇 The position includes a second position 'where the auxiliary wing 1210 is located beside the protrusion 1120 in front of the body 1'. Therefore, the step-by-step definition defines that the carrier receiving portion is located at the protrusion U20 and the auxiliary wing 121〇. And a second position, wherein the wing 121G is away from the main body 1GGG, thus allowing the carrier tape to be located on the flange 1110. Referring to Figure 2, the auxiliary wing 121 is in the first position, and in the figure The angled auxiliary wing 121 is in the second position. Preferably, the protrusion 120 has a curved first side, and wherein the auxiliary wing further includes a first side facing the large object 1120, which has a protrusion The complementary profile of the curved side of the 112 使得 such that the carrier receiving portion is curved when the aileron 1210 is in the first position. The depth of the recess in the bearing τ can be seen as the type of the component placed in the recess. Virtual P —μ -2- 〃 In another embodiment of the present invention, the flange 1110 on the device 17-M360848 100 further includes - a portion closer to the body nu and - is further away from the body 1116 The second portion wherein the first portion that is closer to the body 1U4 is configured to engage a thin side portion of the carrier strip, and the second portion that is further from the body 1116 is configured to conform to the recess 32 of the carrier strip 300 Preferably, the first portion that is closer to the body 1114 is at a higher elevation than the second portion that is further from the body (1) 6. The first portion that is closer to the body (1) 4 is further away from the body The difference in vapor production between the second portions of 1116 may depend on the depth of the recess 32. By placing the first portion closer to the body = with the second portion further away from the body 1116, corresponding to The depth of the recess 320 is different, and the cover tape and the carrier tape 300 can be placed flat on the flange (10) during the recombination. For the pressure sensitive bonding adhesive, if the tape Can be laid flat, then the adhesive has good dip Or the device may just further comprise a platform (10) that is lightly coupled to the body of the haihai. It is adjacent to the flange 1110. The platform 113 can be obtained by, for example, but not limited to, a binder, a screw, and the like. 3M DUAL L〇CK buckle mechanical fasteners from 3M Company, St. Paul, Minnesota, USA. In Figure 3, the platform 1130 is coupled to the main body 1 by a screw. Preferably, the nuclear platform U30 The position relative to the flange 1110 can be adjusted to accommodate different recess depths of the strap. In another embodiment of the present disclosure, the apparatus 1 further includes an actuator 1132 coupled to the splitter U34. It can be moved from a first position to a second position, as shown in Figures 4A and 4B. When the actuator 1132 is located at the first position of the -18-M360848, the separator U34 is far from the bottom surface of the carrier tape 300 as shown in Fig. 6A. When the actuator 1132 is in the '" position as shown in the figure, the separator 1134 extends into the carrier belt to receive the file to the bottom surface of the carrier tape 300 as shown. Preferably, the separator 1134 is a pin that is coupled to the platform 1130. In the illustrated embodiment, the separator 1134 is biased to its first position by, for example, a spring. The actuator bore 32 can include a cam or a wide gauge. When the field actuator 1132 is in its first position, the cam allows the knife separator 1134 to be parked in its first position. Moving the actuator 1132 to its second position engages the cam or wide portion of the actuator 1132 into the separator 1134, thereby causing the separator 1134 to enter its second position. Figures 6A and 6B show a schematic diagram of an exemplary method of providing an access port to a recess 32〇. In order to provide access to the recess 320 of the carrier strip 300, the load is manually or by means of a device before a force is applied to the carrier strip 3 from below the recess 320. The belt is fixed in a suitable position. If the force 2000 is sufficient, the cover tape 31 is uncovered from the carrier tape 300 located at the recess 320. This uncovering occurs on the side edge 350 of the cover tape 31, resulting in an entrance opening into the recess 32〇 between the cover tape 31〇 and the carrier tape 3〇〇. Preferably, the force 2000 is applied via the assembly 34 of the recess 32. With sufficient force 2000, the assembly 34 is pushed against the cover strip 31, thereby uncovering the cover strip 310 from the carrier strip 300. Preferably, the force 2 is transmitted by a separator 1134. Typically, the carrier tape 3 has a through hole 325 at the bottom of a recess 320 in the industry. When the separator 1134 is in its second -19-M360848 position, the separator can thus pass through the through hole 325 in the recess 320, thereby transferring the force 2000 to the assembly 34, which then pushes Resist the
蓋帶310以從該承載帶3〇〇上揭開該蓋帶31〇。視該凹處之 實際尺寸而定，即使在一凹處32〇之底部不具有穿孔325亦 可以達成類似結果。該方法亦適合用於具有劃線35〇或撕 裂引發特徵390之-承載帶3⑽上。雖然該力編足以從該 承載帶300上揭開該蓋帶31G，但其可能不足以造成該苗帶 3i〇之該中央部分37G從該蓋帶训之該結合部分扇分離， 此導致至該承載帶30〇之凹處320的一永久進入口。 在本創作之另—實施例中’該裝置1GG之主體觸可使 用一諸如（但不限於）購自美國賓州之Westlake塑膠公司的 縮料聚物之内在導電或靜電消散之材料 =面=電材料允許一電荷穿過該裝置消散，且較佳 ?、葡* ’散^特徵可避免因-電荷而損壞裝納於該 承載f凹處中之該等組件。 ^ 見―』π侦您定马了闌述與描述目 的而呈現。並不希望諾 心Η ^ 無31或㈣本創作為所揭示之精 確开/式，因為本創作m 能的。所有… 與變化按照以上教示係可 此的所有此類修改與變化均 沐2 0 / t〆 君』1下之範圍内。本文所 这之實把例係經選擇與文所 其實際應用，取佳解釋本創作原理及 /、他熟悉此項技術者 各種修改利用成適合其考“杖打者以各種實施例及 理合法適用於完整瘩译& 田根據凊求項合 由其附加的請求項來定義。 本創作之範圍可藉 -20. M360848 ' 【圖式簡單說明】 • 圖1A顯不一已知具有一蓋帶覆蓋之承載帶之—實例； 圖1 B顯不如美國專利申請案第60/82 194號所描述之一段 . 蓋帶的一俯視透視圖； 圖2係本創作之一例示性裝置之一透視圖，該裝置具有 以一蓋帶覆蓋之一承栽帶； 圖3係本創作之一例示性裝置之一透視圖，該裝置具有 ^ 兩個處於-張開位置之輔翼； ’、 圖4A係本創作之—例示性裝置之一透視圖，該裝置具有 一分離器，其藉由一致動器降低至一平臺下方； 圖4B係本創作之一例示性裝置之一透視圖，該裝置具有 有一分離器，其藉由一致動器上升至一平臺上方； 圖5顯示因為該分離器被該致動器提升至該平臺上方從 而延伸至該承載帶底面，故該蓋帶從該承載帶揭開之概要 圖式； • 圖6A顯示在該分離器被提升至該平臺上方之前，該蓋帶 與該承載帶結合在一起之圖解； 圖6B顯示當該分離器被提升至該平臺上方時該蓋帶從 - 該承載帶上揭開之圖解；以及 圖7係本創作之一例示性裝置之一透視圖。 【主要元件符號說明】 100 裝置 300 承載帶 310 蓋帶 • 21 · M360848The cover tape 310 is used to uncover the cover tape 31 from the carrier tape 3 。. Depending on the actual size of the recess, a similar result can be achieved even if there is no perforation 325 at the bottom of a recess 32〇. The method is also suitable for use on a carrier tape 3 (10) having a score line 35 or a tear initiation feature 390. Although the force is sufficient to uncover the cover tape 31G from the carrier tape 300, it may not be sufficient to cause the central portion 37G of the seedling 3i to be separated from the joint portion of the cover, which results in A permanent entry port for the recess 320 of the carrier tape 30. In another embodiment of the present invention, the body of the device 1GG can be used with a conductive or static dissipative material such as, but not limited to, a polycondensate from Westlake Plastics, Inc., of Pennsylvania, USA. The electrical material allows a charge to dissipate through the device, and preferably, the <RTI ID=0.0> ^ See ― π Detectively set your own description and description. I don't want to be guilty. ^No 31 or (4) This creation is the precise openness of the disclosure, because this creation is capable. All... Changes and changes in accordance with the above teachings are all within the scope of 2 0 / t〆君1. In this paper, the actual example is selected and the actual application of the text, to explain the principle of the creation and / / he is familiar with the various modifications of the technology to make it suitable for the test of "stickers" in various embodiments and legal application The complete translation & field is defined by its attached request item. The scope of this creation can be borrowed from -20. M360848 ' [Simple description of the diagram] • Figure 1A is not known to have a cover tape Figure 1B is a section of the cover tape as shown in the U.S. Patent Application Serial No. 60/82,194. FIG. 2 is a perspective view of one of the exemplary devices of the present invention. , the device has a cover tape covered with a cover tape; FIG. 3 is a perspective view of one of the exemplary devices of the present invention, the device has two ailerons in an open position; ', FIG. 4A is a A perspective view of an exemplary device having a separator that is lowered by an actuator to a lower portion of the platform; FIG. 4B is a perspective view of one of the exemplary devices of the present invention having a separation Consistent movement Raising to a top of a platform; Figure 5 shows a schematic view of the cover strip being uncovered from the carrier tape because the splitter is lifted above the platform by the actuator to extend to the bottom surface of the carrier tape; • Figure 6A shows An illustration of the cover strip being combined with the carrier tape before the separator is lifted over the platform; Figure 6B shows the cover strip uncovered from the carrier tape when the separator is lifted over the platform FIG. 7 is a perspective view of one exemplary device of the present invention. [Main component symbol description] 100 device 300 carrier tape 310 cover tape • 21 · M360848
320 凹處 325 通孔 330 鏈輪孔 340 組件 350 側邊 360 劃線 370 中央部分 380 結合部分 390 撕裂引發特徵 400 上表面 410 下表面 420 黏合劑 1000 主體 1110 突緣 1114 主體 1116 主體 1120 突出物 1122 通道 1130 平臺 1132 致動器 1134 分離器 1200 側面部分 1210 輔翼 1212 耦合裝置 -22 M360848 1300 1310 2000 固定銷子 固定臂 力320 Recess 325 Through Hole 330 Sprocket Hole 340 Component 350 Side 360 Streak 370 Central Section 380 Bonding Section 390 Tear Initiation Feature 400 Upper Surface 410 Lower Surface 420 Adhesive 1000 Body 1110 Flange 1114 Body 1116 Body 1120 Projection 1122 Channel 1130 Platform 1132 Actuator 1134 Separator 1200 Side section 1210 Auxiliary wing 1212 Coupling device-22 M360848 1300 1310 2000 Fixed pin fixed arm force