M343013 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種貼紙膠機構’特別是關於一種將貼紙膠 貼附到電容器的絕緣片以避免導針穿刺的貼紙膠機構。 【先前技術】 如圖1所示為一種習用的電容墊紙機構，其是為了改善先前 紙帶會發生反折問題而開發設計的改良機構。該電容塾紙機構1 設有一機體11，該機體11上設有位在不同位置之一第一、二導引 裝置12、η ’該等第一、二導引裝置12、13是由數個滾輪14所 組成，且在第一、二導引裝置12、13上捲繞有紙帶2，於該機體 11適當位置上設有一捲紙裝置3，該捲紙裝置3與第一、二導引 裝置12、13間保持一定間距。 此外’在該第-導引裝置12與捲紙裝置3間設有一為矩形吸 盤樣的吸附元件15，該吸附元件15上設有數個間隔分布之吸孔 15卜且該吸附元件15與一驅動元件相18連接。在使用時，藉由 該驅動元件18的作動，令吸附元件15產生吸力，且該機體u在 鄰近第-導引裝置處設有-裁紙元件16，該裁紙元件16是位 在吸附元件15的相對位置處。至於該第一導引裝置㈣出紙帶2 端設有一可用於壓靠紙帶2的彈簧夾17。 同時參見圖1及圖2，當藉由一外接的動力裝置(圖中未顯示 出)來駆動第、一導弓丨裝置12、13進行作動，會使得原先捲繞於 第-導引裝置I2、Π上的滾輪M的紙帶2在滾輪Μ的傳送 5 M343013 當被裁切的紙帶送到捲紙裝置3後，吸附元件15便立即停止吸附 動作，返回靠近第-導引裝置12處，俾以簡化紙帶2裁切後傳送 之構件，並且減少各構件所佔據的空間。 下逐漸往捲紙裝置3移動。而當第一導引裝置i2將紙帶2傳送至 捲^裝置3時’利用該裁紙元件16將1長度的紙帶2裁切下來， 同時’吸附70件15會靠近被_下來的紙帶並藉著吸孔151的吸 附作用來吸桃帶’使得紙帶平整地_在_元件Μ的表面。 …著透過外接馬達(圖中未示出)的驅動，吸附元件Μ移 往第二導引裝置13並將紙帶貼_捲紙襄置3的絕緣紙2,上，且M343013 VIII. New description: [New technical field] The present invention relates to a sticker glue mechanism ‘in particular to a sticker glue mechanism for attaching a sticker to an insulating sheet of a capacitor to avoid penetration of the guide needle. [Prior Art] As shown in Fig. 1, a conventional capacitive pad mechanism is an improved mechanism developed to improve the reflex problem of the previous tape. The capacitor crepe mechanism 1 is provided with a body 11 which is provided with one of the first and second guiding devices 12, η' at different positions. The first and second guiding devices 12, 13 are composed of several The roller 14 is composed of a paper strip 2 wound on the first and second guiding devices 12 and 13, and a paper winding device 3 is disposed at an appropriate position of the body 11, the paper winding device 3 and the first and second guides The guiding devices 12 and 13 are kept at a certain distance. In addition, a rectangular suction cup-like adsorption element 15 is disposed between the first guiding device 12 and the winding device 3, and the adsorption element 15 is provided with a plurality of spaced-apart suction holes 15 and the adsorption element 15 and a driving device. The component phase 18 is connected. In use, by the actuation of the driving element 18, the suction element 15 generates suction, and the body u is provided adjacent to the first guiding device - a paper cutting element 16, which is positioned in the adsorption element The relative position of 15 is. As for the first guiding device (4), the end of the paper exit tape 2 is provided with a spring clip 17 which can be used for pressing against the paper tape 2. Referring also to FIG. 1 and FIG. 2, when the first and second guiding bow devices 12 and 13 are actuated by an external power device (not shown), the first guiding device I2 is wound. , the transfer of the paper tape 2 of the roller M on the roller 5 5 M343013 When the cut paper tape is sent to the paper winding device 3, the adsorption element 15 immediately stops the adsorption operation and returns to the vicinity of the first guiding device 12 , 俾 simplifies the member that is conveyed after the tape 2 is cut, and reduces the space occupied by each member. The paper sheet device 3 is gradually moved to the lower side. When the first guiding device i2 transfers the paper tape 2 to the winding device 3, the paper tape 2 of one length is cut by the paper cutting member 16, and at the same time, the 'adsorption 70 member 15 is close to the paper being _downed. The tape is sucked by the suction of the suction hole 151 to make the paper tape flat on the surface of the component. ...by driving the external motor (not shown), the adsorption element is moved to the second guiding device 13 and the paper tape is attached to the insulating paper 2 of the paper roll 3, and
然而’為了達到充分保護導針之目的，每次所裁切的紙帶必 須具有疋大小，但因為紙帶僅是貼附而未緊密地直接黏附於絕 緣紙上，很有可能發生掉落或鬆脫的現象，即使未掉落，紙帶自 身也有可能會有摺疊的情況產生，導致所製造出的電容器良率降 低。因此，在本技藝中存在有一需要去改善紙帶貼附不良的問題。 【新型内容】 因此，本新型是在提供可裁切出預定大小之貼紙膠以供貼附 到絕緣紙上而保護電容器導針的貼紙膠機構。 於是，本新型貼紙膠機構可與一絕緣紙捲繞機構相搭配以將 被裁切成片狀的貼紙膠黏附至由該絕緣紙捲繞機構所處理的絕緣 、、、氏上。该貼紙膠機構包含有一導引裝置、一鄰近該導引裝置的定 位裝置、一裁切元件，以及一吸附元件。其中，該導引裝置具有 多數個滾輪，以及一對上下相對且可受驅動而彼此相對接近並遠 6 M343013 離的送料壓板，該貼紙膠是經由該等滚輪而被傳送。該定位裝置 具有一對上下相對且可受驅動而彼此相對接近並遠離的定位件。 該裁切元件是位在該定位裝置相反於送料壓板的一側。該吸附元 件相對於該裁切元件更為遠離該定位裝置，並且相對鄰近該絕緣 紙捲繞機構。 於#%作業狀悲下，該貼紙膠的一自由端被夾置於上、下送 料壓板間於並略微超過上、下送料壓板，接著上、下送料壓板受 到驅動而由一相對遠離該定位裝置的待命位置移往一相對靠近該 疋位裝置的送料位置，使該貼紙膠的自由端通過該等定位件之間 並通過裁切元件上方而到達該吸附元件的下方，此時，該等定位 件是彼此遠離的以供貼紙膠的自由端通過；該吸附元件藉著吸力 而使得該貼紙膠的自由端可以貼附至該吸附元件，接著該二定位 件彼此靠近崎該貼紙敎位，且上、下送龍板彼此遠離而放 開貼紙膠並由騎位置返回待命位置再二欠夾持貼紙膠；之後，該 裁切元件進行裁切以將該貼紙膠裁成片狀，該吸附元件將呈片狀 的貼紙膠吸起後遠離該裁切元件地轉移到該絕緣紙上方，當貼紙 膠接觸絕緣紙上方時，吸附元制吸力消失，令貼紙膠黏著於絕 緣紙上，隨後該吸附元件返回相對靠近該裁切元件的位置，以完 成一次循環。 【實施方式】 參閱圖3至圖4，本新型貼紙膠機構4之較佳實施例是與一 絕緣紙捲賴構5被搭配H續健雜。親緣紙捲繞機 7 M343013 構5包括一導引裝置(圖中未示出)以及一設在該導引裝置工作路徑 下方的壓合平台51。 該貼紙膠機構4包含：一機座40、一設在該機座40上的導 引裝置41、一鄰近該導引裝置41的定位裝置42、一固接於該機 座40上的裁切元件43、一吸附元件44，以及一位在該吸附元件 44相對下方並且與該裁切元件43相鄰的工作平台45。 其中’該導引裝置41具有一固設在機座40頂部的貼紙膠盤 411、一上送料壓板412以及一下送料壓板413，與複數個間隔地 介於送料壓板412、413及貼紙膠盤411間的滚輪414。該貼紙膠 盤411可供連續狀的貼紙膠6捲繞其上，且貼紙膠6由該貼紙膠 盤411捲出後是迂迴地捲繞在滾輪414之間以達到平整運送貼紙 膠6的效果。該等上、下送料壓板412、413是彼此上下相對，其 中，該上送料壓板412可受到一動力源所驅動而能夠靠近或遠離 該下送料壓板413，在本實施例中，該動力源為一汽缸。此外，該 等上、下送料壓板412、413以及滾輪414是被固設於一可被另一 動力源所驅動而進行往復水平運動的送料台415上。 該定位裝置42具有一對定位件42卜422，該二定位件42卜 422就軸向位置來説並不是位在同一軸線上，但它們可以分別受到 一外接動力源(在本實補t，各動力源為—汽㈣所㈣而彼此相 對接近並遠離。 該裁切元件43是是位在該等定位件42卜422相反於送料壓 板412、413的一侧’並且介於吸附元件44與該等定位件421、422 8 M343013 之間，在本實施例中，該裁切元件43為一裁刀。 该吸附元件44是相對於該裁切元件43更為遠離該等定位件 421、422，並且位在一相對鄰近該絕緣紙捲繞裝置5之壓合平台 51的位置。該吸附元件44於底部開設有至少一吸孔441，並且可 與一驅動元件相連結，藉以透過該吸孔441產生吸力。此外，該 吸附元件44更受到-外接動力源(在本實施例巾，該動力源為一汽 缸)所驅動，使得該吸附元件44可於一位在該工作平台45上方的 位置與一位在該絕緣紙捲繞裝置5之壓合平台51上方的位置間進 行门型位移。 如圖4所示，在尚未啟動該貼紙膠機構4前，必須先將捲繞 成盤狀的連縯貼紙膠6放置到該貼紙膠盤411上，並將貼紙膠6 的一自由端拉出依序穿過滚輪414、上下送料壓板412、413、上 下定位件42卜422，最後到達裁切元件43，並且利用裁切元件43 將該貼紙膠6的自由端予以切齊，此時，上下送料壓板412、413 是彼此相對遠離地位在一待命位置，而上下定位件421、422亦是 彼此相對遠離。接著，啟動該貼紙膠機構4的電源以起始一循環 作業。 同時參見圖4與圖5，首先，該上送料壓板412受驅動而下 降到一接近下送料壓板413的位置(如圖4假想線所示位置），該貼 紙膠6的一平整自由端被夾置於上、下送料壓板412、413且略為 超過該等上、下送料壓板412、413，在動力源的驅使下，該等上 下送料壓板412、413以及滾輪414連同送料台415水平地由該待 9 M343013 命位置往一鄰近該定位裝置42的送料位置移動一預定距離(送料 位置如圖5所示）。此預定距離是根據製造薇商的需求而被預先設 定，該預定距離與被貼附到絕緣紙上的貼紙膠大小有關。 同時參見圖5與圖6，當該等送料壓板412、413移動至該送 料位置的過程中，貼紙膠6的自由端會陸續穿過上下定位件421、 422之間的空隙並通過裁切元件43而到達該吸附元件44下方。接 著，該吸附元件44受動力源所驅動而往工作平台45的方向(向下， 如圖5右侧箭頭所示方向)移動，令該貼紙膠6被夾制在吸附元件 44與工作平台45之間，同時與該吸附元件44相接的動力源亦啟 動’所產生的吸力使得該貼紙膠6穩固地貼附在該吸附元件44底 部。必須注意的是，為避免貼紙膠6的底面黏著於工作平台45上 而不利於吸附，該工作平台45的頂面可喊以鐵氟龍綱材料予 以塗佈處理以提供較佳的黏著預防效果。 如圖6所示，同時，上下定位件42卜422受驅動而彼此相對 靠近，令該貼紙膠6分別受到定位件42卜422的上下夾持而不容 易滑動鬆脫’在貼紙膠6受到定位件42卜422所夾持之後，上送 料壓板412往遠離下送料壓板413的方向移動，兩送料壓板化、 413不再夾持著貼紙膠6，且該送料平台415由送料位置返回待命 位置。接著賴切元件43作動哺開貼紙膠6。 同時參見圖6與圖7，該吸附元件44由動力源所驅動而由工 作平台45上方連同經裁剪的貼紙膠6往該絕緣紙捲繞機構$的壓 合平台51移動(移動方向如g| 6箭頭所示），當該吸附元件44到達 M343013 塵合平台5!後會產生—下降舰壓合平台5i的行程，待貼賴 受到吸附元件44所帶㈣健合貼_觀合平台51上方的絕 緣紙7，吸附元件44的吸力消失，使得貼紙膠6能夠不再貼附 於吸附元件44底部轉而黏附在絕緣紙仏最後，該吸附元件44 由麗口平。51上方的位置(如圖7所示)返酬卫作平台衫上方的 位置(如圖6所示），完成一次循環作業。 本新型搭配具有黏性的貼紙膠，可直接將貼紙膠黏附在絕緣 紙上，減少習知僅是將墊紙靠置於絕緣紙而造成位移或墊紙折疊 等缺點’使得所生產出的電容器品f更為提^再者，本新型可 預先根據要槪_絕賴±_轉大小來設計祕平台的移 動打程，使縣次裁切元件魏$_轉長度為-朗，不但 提高工作效率，亦可避免貼紙膠的浪費。 歸納上述’本新型之貼紙膠機構透過每次剪裁—預定大小的 貼紙膠’搭配可預先設定的導引裝置進行送料，並_吸附元件 將Ik裁剪賴紙膠轉轉著舰緣紙上，提供完全自動化的貼紙 賴環作«’ *蚊為_，且具有縣大小_轉便能完全 對應覆蓋電容科針啸供保護，杜絕習知過於浪費墊紙的缺 點，而達到本新型所訴求目的。 以上所述者僅為本新型之較佳實施例，不能以此限定本新型 的實施範1|，舉凡依射請專概圍以及新型說咖容所作的各 種等效變化與修飾，均應屬本新型所含括的範圍。 【圖式簡單說明】 11 M343013 圖1是一種習用的電容墊紙機構的局部立體圖； 圖2是該習用的電容墊紙機構的局部立體圖，說明吸附元件 會罪近被裁切下來的紙帶並藉著吸孔的吸附作用來吸起紙帶； 圖3疋本新型貼紙膠機構之一較佳實施例的一立體組合圖，· 圖4是該較佳實施例的一侧視圖； 圖5是該較佳實酬的—動作示_，綱上、下送料壓板 連同滾輪在-送料台的帶動下往近定絲置的方向移動； 圖疋》亥車乂佳實把例的另一動作示意圖，說明吸附元件向下 位移而吸難轉，_上、下送龍板朗雜在—送料台的 帶動下往-遠離定位裝置的方向移動；以及 圖7是該較佳實施例的五― 再動作示思圖，說明吸附元件將栽 ^的_與_崎崎軸叙$合平台上的絕。 【主要元件符號說明】 【習知】 I 電容墊紙機構 II 機體 12第一導弓丨裂置 13第一導引裝置 14 滚輪 15 吸附元件 151吸孔 16 裁紙元件 M343013 18驅動元件 2 紙帶 T 絕緣紙 3 捲紙裝置 【本創作】 4貼紙膠機構However, in order to fully protect the guide pin, each time the cut tape must have a size, but because the tape is only attached and not directly adhered to the insulating paper, it is likely to fall or loose. The phenomenon of detachment, even if it is not dropped, may cause folding of the tape itself, resulting in a decrease in the yield of the manufactured capacitor. Therefore, there is a need in the art to improve the problem of poor tape attachment. [New content] Therefore, the present invention provides a sticker-adhesive mechanism for protecting a capacitor guide pin by providing a sticker of a predetermined size for attachment to an insulating paper. Thus, the novel sticker glue mechanism can be combined with an insulating paper winding mechanism to adhere the sticker glue cut into a sheet to the insulation handled by the insulation paper winding mechanism. The sticker glue mechanism includes a guiding device, a positioning device adjacent to the guiding device, a cutting member, and an adsorption member. Wherein, the guiding device has a plurality of rollers, and a pair of feeding platens which are vertically opposed and can be driven to be relatively close to each other and far away from each other by 6 M343013, through which the sticker glue is conveyed. The positioning device has a pair of locating members that are vertically opposed and that are drivable relative to each other and away from each other. The cutting element is located on the side of the positioning device opposite the feed platen. The absorbing element is further from the locating device relative to the cutting element and is relatively adjacent to the insulating paper winding mechanism. Under the #% operation, a free end of the sticker glue is sandwiched between the upper and lower feed platens and slightly exceeds the upper and lower feed platens, and then the upper and lower feed platens are driven to be relatively far from the position. The standby position of the device is moved to a feeding position relatively close to the clamping device, so that the free end of the sticker passes between the positioning members and passes over the cutting element to reach the suction element. The positioning members are away from each other for the free end of the sticker glue; the adsorption member allows the free end of the sticker glue to be attached to the adsorption member by suction, and then the two positioning members are close to each other, and the sticker is clamped to each other. And the upper and lower sending dragon plates are separated from each other to release the sticker glue and return to the standby position by the riding position and then owe the sticker glue; afterwards, the cutting component is cut to cut the sticker into a sheet shape, the adsorption After the component is sucked up, the sticker glue is transferred away from the cutting component and transferred to the upper side of the insulating paper. When the sticker glue contacts the upper surface of the insulating paper, the suction force of the adsorption element disappears, and the sticker is glued to the sticker. Paper, then the suction member return position relatively close to the cutting element, in order to complete the cycle. [Embodiment] Referring to Fig. 3 to Fig. 4, a preferred embodiment of the novel sticker mechanism 4 is matched with an insulating paper roll 5 to continue to be mixed. The affinity paper winder 7 M343013 comprises a guiding device (not shown) and a pressing platform 51 disposed below the working path of the guiding device. The sticker glue mechanism 4 includes: a base 40, a guiding device 41 disposed on the base 40, a positioning device 42 adjacent to the guiding device 41, and a cutting fixed to the frame 40. An element 43, an adsorbing element 44, and a working platform 45 located below the adsorbing element 44 and adjacent to the cutting element 43. The guiding device 41 has a sticker rubber disk 411 fixed on the top of the base 40, an upper feeding platen 412 and a lower feeding pressing plate 413, and is spaced apart from the feeding platens 412, 413 and the sticker pad 411 at a plurality of intervals. Roller 414 between. The sticker plastic disc 411 can be wound on the continuous sticker rubber 6 , and the sticker adhesive 6 is wound up from the sticker plastic disc 411 and then wound around the roller 414 to achieve the effect of flatly conveying the sticker adhesive 6 . . The upper and lower feed platens 412, 413 are vertically opposed to each other, wherein the upper feed platen 412 can be driven by a power source to be close to or away from the lower feed platen 413. In this embodiment, the power source is One cylinder. Further, the upper and lower feed platens 412, 413 and the roller 414 are fixed to a feed table 415 which is reciprocally horizontally movable by another power source. The positioning device 42 has a pair of positioning members 42 422. The two positioning members 42 422 are not located on the same axis in terms of axial position, but they can be respectively received by an external power source (in this case, Each power source is - (four) (four) and relatively close to each other and away from each other. The cutting element 43 is located on the side of the positioning member 42 422 opposite to the feeding platens 412, 413 'and between the adsorption element 44 and Between the positioning members 421, 422 8 M343013, in the present embodiment, the cutting element 43 is a cutter. The adsorption element 44 is further away from the positioning members 421, 422 relative to the cutting element 43. And at a position relatively adjacent to the pressing platform 51 of the insulating paper winding device 5. The adsorption member 44 is provided with at least one suction hole 441 at the bottom, and is connectable with a driving member, thereby passing through the suction hole The suction element 44 is further driven by an external power source (in the embodiment, the power source is a cylinder) such that the adsorption element 44 can be positioned one above the work platform 45. With one of the insulating paper winding devices 5 The door type displacement is performed between the positions above the pressing platform 51. As shown in Fig. 4, before the sticker glue mechanism 4 is activated, the roll-on sticker 6 that has been wound into a disk shape must be placed on the sticker plastic disk. On the 411, a free end of the sticker glue 6 is pulled out through the roller 414, the upper and lower feed platens 412, 413, the upper and lower positioning members 42 422, and finally reaches the cutting element 43, and the cutting element 43 is used to The free ends of the sticker glue 6 are aligned. At this time, the upper and lower feed platens 412, 413 are opposite to each other in a standby position, and the upper and lower positioning members 421, 422 are also relatively far away from each other. Then, the sticker glue mechanism 4 is activated. The power supply is started in a cycle. Referring to Figures 4 and 5, first, the upper feed platen 412 is driven to descend to a position close to the lower feed platen 413 (as shown by the phantom line in Fig. 4), the sticker A flat free end of the glue 6 is clamped to the upper and lower feed platens 412, 413 and slightly beyond the upper and lower feed platens 412, 413, driven by the power source, the upper and lower feed platens 412, 413 and the rollers 414 along with the feed station 415 The flat ground is moved by the waiting position to a feeding position adjacent to the positioning device 42 by a predetermined distance (the feeding position is as shown in Fig. 5). The predetermined distance is preset according to the demand of the manufacturer, the predetermined distance. It relates to the size of the sticker glue attached to the insulating paper. Referring to Figures 5 and 6, when the feeding plates 412, 413 are moved to the feeding position, the free ends of the sticker glue 6 are successively passed up and down. The gap between the pieces 421, 422 passes through the cutting element 43 and reaches below the adsorbing element 44. Then, the adsorbing element 44 is driven by the power source to the direction of the working platform 45 (downward, as shown by the right arrow in Fig. 5 Moving in the direction shown, the sticker glue 6 is sandwiched between the adsorption element 44 and the work platform 45, and the power source connected to the adsorption element 44 also activates the suction generated so that the sticker glue 6 is firmly Attached to the bottom of the adsorption element 44. It should be noted that in order to prevent the bottom surface of the sticker glue 6 from sticking to the working platform 45, the top surface of the working platform 45 can be coated with Teflon material to provide better adhesion prevention effect. . As shown in FIG. 6 , at the same time, the upper and lower positioning members 42 422 are driven to be relatively close to each other, so that the sticker glue 6 is respectively clamped by the upper and lower sides of the positioning member 42 422 and is not easily slid and released. After the clamping of the piece 42 422, the upper feeding platen 412 moves away from the lower feeding platen 413, the two feeding plates are plated, 413 no longer holds the sticker glue 6, and the feeding platform 415 returns to the standby position from the feeding position. The tapering element 43 is then actuated to feed the sticker glue 6. Referring to FIG. 6 and FIG. 7, the adsorption element 44 is driven by the power source and moved from above the work platform 45 together with the cut sticker glue 6 to the pressing platform 51 of the insulating paper winding mechanism $ (moving direction such as g| 6 arrows), when the adsorption element 44 reaches the M343013 dust-collecting platform 5!, the stroke of the descending ship pressing platform 5i will be generated, and it will be attached to the suction element 44. The insulating paper 7 and the suction force of the adsorption member 44 disappear, so that the sticker adhesive 6 can be attached to the bottom of the adsorption member 44 and adhered to the end of the insulating paper sheet. The adsorption member 44 is made of Likou. The position above 51 (shown in Figure 7) is returned to the position above the platform shirt (as shown in Figure 6) to complete a cycle. The new type is matched with a viscous sticker glue, which can directly attach the sticker glue to the insulating paper, and reduces the disadvantages such as displacement or pad folding caused by the pad paper being placed on the insulating paper, so that the capacitor product produced is produced. f is more to mention ^ again, this new model can be designed according to the size of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It can also avoid the waste of sticker glue. It is summarized that the above-mentioned 'sticker glue mechanism of the present type is fed with a pre-set guide device through each cut--a predetermined size of the sticker glue', and the _adsorption element turns the Ik-cut paper glue onto the ship edge paper, providing complete The self-adhesive sticker Lai Huan is made of «' * mosquitoes, and it has the county size _ turn to fully cover the capacitance of the capacitors, and eliminates the shortcomings of the waste paper, and achieves the purpose of this new type. The above description is only a preferred embodiment of the present invention, and the implementation of the present invention cannot be limited thereto, and all kinds of equivalent changes and modifications made by the singularity and the new type of coffee should be The scope of this novel. BRIEF DESCRIPTION OF THE DRAWINGS 11 M343013 FIG. 1 is a partial perspective view of a conventional capacitive pad mechanism; FIG. 2 is a partial perspective view of the conventional capacitive pad mechanism, illustrating that the adsorption element is guilty of the recently cut tape and Figure 3 is a perspective view of a preferred embodiment of the present invention, and Figure 4 is a side view of the preferred embodiment; Figure 5 is a side view of the preferred embodiment of the present invention; The better-paying-action indication _, the upper and lower feeding platen and the roller are moved in the direction of the near-fixing wire driven by the feeding table; Fig. 疋" Another action diagram of the example of the car , indicating that the adsorption element is displaced downwardly and sucks hard, and the upper and lower sending boards are moved by the feeding table to move away from the positioning device; and FIG. 7 is the fifth embodiment of the preferred embodiment. The action diagram shows that the adsorption element will be planted on the platform of the _ and _Sakisaki axis. [Main component symbol description] [Practical] I Capacitor pad mechanism II Body 12 First guide bow split 13 First guide 14 Roller 15 Adsorption element 151 Suction hole 16 Paper cutting element M343013 18 Drive element 2 Paper tape T insulation paper 3 paper roll device [this creation] 4 sticker glue mechanism
40 機座 41 導引裝置 411 貼紙膠盤 412 上送料壓板 413 下送料壓板 414 滾輪 415 送料台 42 定位裝置 421 上定位件 422 下定位件 43 裁切元件 44 吸附元件 441 吸孔 45 工作平台 6 貼紙膠 7 絕緣紙40 base 41 guiding device 411 sticker plastic plate 412 upper feeding platen 413 lower feeding plate 414 roller 415 feeding table 42 positioning device 421 upper positioning member 422 lower positioning member 43 cutting member 44 adsorption member 441 suction hole 45 working platform 6 sticker Glue 7 insulation paper