M307197 八、新型說明： 【新型所屬之技術領域】 < 本新型是有關於一種貼膠裝置，特別是指一種鋰電池 之導電柄貼膠裝置。 【先前技術】 苓閱圖1，現有的鋰電池内部具有一極板丨丨，該極板 11是由高分子介材、金屬膜等製成，而該極板u上焊有一 供電流傳導的導電柄12。 。亥‘電柄12與該極板11焊接之後，會貼覆二膠帶丄3 於4 V電柄12兩側，以使該導電柄12與該極板n緊密貼 口，以避免該導電柄12與該極板u受外力而脫落或該導電 柄12刺穿該極板u，使鋰電池發生非預期的短路。現有貼 膠的動作必須將該等膠帶13部份先貼觸於該極板Η之後， 持、’刀別自_膠帶捲（圖未示）拉出該等膠帶13至一預定 =度並切斷，再以二相背設置的滾輪（圖未示）將該等膠 帶13緊密壓合於該導電柄12與該極板u之兩側。然而， 上述的貼膠動作經常發生以下問題： =一、將該等膠帶13分別由該等膠帶捲拉出至該預定 守°亥極板11胃文該等膠帶13的拉扯而錯位，導致該 β板《位不‘甚至破裂，且，由於該導電柄U的兩側均 需貼覆該等膠帶13，¥使用該等滾輪將該等谬帶13塵平， 當該等滾輪歪斜不平整時，將導致該等膠帶13的壓合效果 不佳或產生氣泡，產品的良率無法提升。 第二、上述將該膠帶13拉出、裁切與塵合的機構頗為 5 M307197 複雜’且須經常推；4妓 兴將旦/塑庄“ 構的調整以避免上述問題，然而此 t將影響生產速度，導致生產成本無法降低。 【新型内容】 玄因此’本新型之目的，即在提供-種可以提高貼" 率與貼勝產量的鐘電池之導電柄貼膠裝置。 ^ 於疋，本新型叙電池之導電柄貼膠裝置是可裁切一且 有一非黏貼面的夥帶，並貼覆於一鐘電池之導電柄，續裝 置包含-真空產生器，及至少一貼膠單元。 、 該貼膠單元是包括一穋帶夾具、一膠帶裁切組件，及 一膠帶吸具’該膠帶夾具可夾持且拉動該膠帶，該膠帶裁 切組件具有-可裁切該膠帶的切刀’該膠帶吸具具有一吸 附面’及至少—由該吸附面向内凹陷的低壓孔’當該膠帶 的非黏貼面封閉該低壓孔且該低壓孔連通該真空產生器時 ’该膠帶被吸附於該吸附面’並隨該膠帶吸具的移動而靠 近該導電柄進行貼膠。藉此，可提高該鐘電池之導電柄的 貼膠良率與貼膠產量。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配5參考圖式之一較佳實施例的詳細說明中，將可清 楚的呈現。 彳 翏閱圖1、2、3,本新型鐘電池之導電柄貼膠裝置之較 佳實施例是可將二膠帶13分別貼合於一鋰 的-上、下面，該半成…括一極板n及焊接的= 11上的一導電柄12,其中-膠帶13貼合於該導電柄12的 M307197 :=二上貼耀，另一膠帶13貼合於該極板11的-侧而 位於4 $笔柄12的另一制县么 _ , 側疋為一下貼膠，使該導電柄12 與#亥極板Π緊密結合而避免該導兩 ^ “柄^外力磁撞拉扯而 脫洛：或豐置於該極板η上方的該導電柄12之金屬毛邊 圖未示）財該極板u。該等膠冑13是分別貼繞於二膠帶 及一與該黏 捲130’且每一膠帶13皆具有一黏貼面⑶， 貼面131相背設置的非黏貼面132。 真空產生 夾頭連動 個貼膠單 是用來做為 上。該真空 業現有的成 該鋰電池之導電柄貼膠裝置包含一座體2、 口口 3 一刀別δ又置於該座體2上的貼膠單元4、 桿5，及一定位調整件6。在本實施例中，其中 元4是用來做為該上貼膠，另外一貼膠單元$ 該下貼膠。該等膠帶捲130是設置於該座體2 產生斋3可產生一接近真空的低壓環境，是產 熟技術，此處將不贅述。 每一貼膠單元4包括一膠帶夹具41、一膠帶吸具42、 γ膠帶裁切組件43，及一膠帶壓合件44。該等膠帶夾具Μ 是可分別朝向該等膠帶13移動地設置於該座體2上，且分 ^對應由該等膠㈣™拉出的該等„ 13。每—膠帶失 具41具有可相對張開與閉合的二夹指4ιι，藉由該等夾指 411相對閉合或張開而分別將該等膠帶13夾持且拉出至一 :定長度或^開。本實施例中，該等夾指4丨丨的一端材質為 鐵虱龍，可避免該等膠帶13黏貼於該等夾指411上。 該等膠帶吸具42是可分別朝向該等膠帶13移動地設 置於該座體2 _L ’且分別對應由該等膠帶捲13()拉出的該 M307197 等膠帶13。每一膠帶吸具42皆具有一吸附面421 ’及複數 個由該吸附面421向内凹陷的低壓孔422，當該等低壓孔 22連通„亥真空產生益3時’該膠帶13可被吸附於該吸附 面421 (見圖4)。該等膠帶吸具42可相對焊接於該半成品 1的導電柄12於一非貼勝位置（見圖5)與一貼膠位置（ 見圖6)之間移動。 該等膠帶裁㈣件43均設置於該座體2上，且分別對 應由該等勝㈣13G拉出的該等膠冑13。每—勝帶裁切组 件43皆具有一驅動件431，及一可被該驅動件43ι帶動的 切刀432。 該等膠帶壓合件44是可同時靠近或遠離該導電柄12 而設置於該座體2上，其中一膠帶壓合件44可視為一第一 壓合件441並對應被切斷的其中一膠帶13，另一膠帶壓合 件44可視為-第二壓合件442並對應被切斷的另—膠帶u 。該第一、二壓合件441、442可同時相對焊接於該半成品 1的導電柄！2於一麼合位置（見圖8)與一非a合位置（ 見圖9)之間移動。於該壓合位置時，該第一、二壓合件 441、442疋同時靠近該導電柄12，且該等膠帶η分別貼 覆於該導電柄12的-側及該極板心—側 第-、二壓合件一之間。於該非壓合位置時，該第 一、二壓合件441、442是同時遠離焊接於該半成品】的導 電柄12。本實施例中’該第一、二壓合件441、442材質是 選自於柔軟且具有彈性的矽膠、橡膠、塑膠其中之一。、 該夾頭連動桿5可將該等膠帶夹具41連接，而使該等 ,8 M307197 夾具41可-體連動。該定位調整件6可調整該等膝帶 “具41與該座體2的相對位置，進而調整該等膠帶U被 =的長度。本實施例中，該定位調整件6是_^位調整 擋塊，並鎖接於一長圓孔（圖未示）内。M307197 VIII. New description: 【New technical field of the invention】 < The present invention relates to a glue applicator, and more particularly to a conductive handle applicator for a lithium battery. [Prior Art] Referring to FIG. 1, a conventional lithium battery has a pole plate inside, and the plate 11 is made of a polymer material, a metal film, or the like, and the plate u is soldered with a current for conduction. Conductive shank 12. . After the electric handle 12 is soldered to the plate 11, the two tapes 3 are attached to both sides of the 4 V electric handle 12 so that the conductive handle 12 is closely attached to the plate n to avoid the conductive handle 12. The plate u is detached by an external force or the conductive handle 12 pierces the plate u, causing an unexpected short circuit of the lithium battery. The existing adhesive action must be carried out after the tape 13 is first applied to the plate, and the knife is pulled out from the tape tape (not shown) to a predetermined degree and cut. The tape 13 is tightly pressed against the two sides of the conductive shank 12 and the plate u by a roller (not shown) disposed on the back of the two phases. However, the above-mentioned pasting action often has the following problems: 1. First, the tapes 13 are respectively pulled out from the tape rolls to the predetermined holding level, and the tapes 13 are misaligned, resulting in the The β plate is “not in position” or even broken, and since both sides of the conductive handle U need to be attached to the tapes 13, the use of the rollers is used to dust the belts 13 when the rollers are not flat. This will result in poor press-fitting effect or bubble generation of the tape 13, and the yield of the product cannot be improved. Secondly, the above-mentioned mechanism for pulling out, cutting and dusting the tape 13 is quite complicated and must be pushed frequently; the adjustment of the structure is avoided to avoid the above problem, but this t will Affecting the production speed, the production cost can not be reduced. [New content] Xuan is therefore the purpose of this new type, that is, providing a kind of conductive handle glue applicator for clock cells that can improve the paste rate and the yield. ^ 于疋The conductive handle applicator of the present invention is a strip that can be cut and has a non-adhesive surface, and is attached to a conductive handle of a battery. The continuous device comprises a vacuum generator and at least one glue unit. The glue applicator unit comprises a tape clamp, a tape cutting component, and a tape suction device. The tape clamp can clamp and pull the tape, and the tape cutting component has a cut that can cut the tape. The knife 'the tape suction device has an adsorption surface' and at least - a low pressure hole recessed inwardly from the adsorption side. When the non-adhesive surface of the tape closes the low pressure hole and the low pressure hole communicates with the vacuum generator, the tape is adsorbed On the adsorption surface 'With the movement of the tape suction device, the conductive handle is glued together. Thereby, the glue yield and the glue production yield of the conductive handle of the battery can be improved. [Embodiment] The foregoing and other related to the present invention The technical content, features and effects will be clearly shown in the following detailed description of a preferred embodiment of the reference drawing. Referring to Figures 1, 2 and 3, the conductive handle of the novel clock battery is glued. The preferred embodiment of the device is that the two tapes 13 can be respectively attached to the upper and lower sides of a lithium, and the half is formed with a conductive plate 12 and a conductive handle 12 on the welded = 11, wherein the tape 13 is attached. The M307197 of the conductive handle 12 is attached to the other side of the plate 11 and the other tape 13 is attached to the side of the plate 11 and the side is a glue. The conductive handle 12 is tightly coupled with the #海极板Π to avoid the lead-out of the outer handle of the magnetic force of the handle; or the metal burr of the conductive handle 12 above the plate η Show) the board of the u. The adhesive tapes 13 are respectively attached to the two adhesive tapes and a non-adhesive surface 132 which is disposed opposite to the adhesive tape 130' and each of the adhesive tapes 13 has an adhesive surface (3). Vacuum generation Collet linkage A glue applicator is used as the top. The existing portable handle applicator for the lithium battery comprises a body 2, a mouthpiece 3, a glue unit 4, a rod 5, and a positioning adjustment member 6 disposed on the base 2. In this embodiment, the element 4 is used as the top glue, and the other glue unit is the lower glue. The tape roll 130 is a low-pressure environment that is disposed on the base body 2 to generate a close vacuum, and is a production technology, which will not be described here. Each of the pasting units 4 includes a tape jig 41, a tape suction tool 42, a gamma tape cutting assembly 43, and a tape pressing member 44. The tape holders Μ are movably disposed on the seat body 2 toward the tapes 13, respectively, and are respectively corresponding to the pieces 13 which are pulled out by the glues (4) TM. Each of the tape pieces 41 has a relative The open and closed two fingers 4 ιι, respectively, are clamped and pulled out to a certain length or open by the relative closing or opening of the fingers 411. In this embodiment, the same One end of the clip 4 is made of iron cymbal, and the tape 13 can be prevented from sticking to the clip 411. The tape absorbing members 42 are movably disposed on the seat 2 toward the tape 13 respectively. _L 'and corresponding to the tape 13 such as M307197 drawn by the tape roll 13 (). Each tape suction device 42 has an adsorption surface 421 ' and a plurality of low pressure holes 422 recessed inwardly from the adsorption surface 421. When the low pressure holes 22 are connected to each other, the tape 13 can be adsorbed to the adsorption surface 421 (see FIG. 4). The tape suctions 42 are movable relative to the conductive handle 12 of the semi-finished product 1 between a non-sticking position (see Figure 5) and a dispensing position (see Figure 6). The tape cutting members (4) 43 are disposed on the seat body 2, and respectively correspond to the plastic bottles 13 pulled out by the other (four) 13G. Each of the winning strip cutting assemblies 43 has a driving member 431 and a cutter 432 that can be driven by the driving member 43. The tape pressing members 44 are disposed on the seat body 2 at or near the conductive handle 12, wherein a tape pressing member 44 can be regarded as a first pressing member 441 and corresponding to one of the cut pieces. The tape 13, another tape pressing member 44 can be regarded as a second pressing member 442 and corresponding to the cut-off tape u. The first and second pressing members 441, 442 can be simultaneously welded to the conductive handle of the semi-finished product 1 at the same time! 2 Move between a position (see Figure 8) and a non-a position (see Figure 9). In the pressing position, the first and second pressing members 441 and 442 are simultaneously adjacent to the conductive handle 12, and the tapes η are respectively attached to the side of the conductive handle 12 and the core-side of the plate. -, two press fittings between one. In the non-pressing position, the first and second pressing members 441, 442 are simultaneously away from the conductive handle 12 welded to the semi-finished product. In the present embodiment, the first and second pressing members 441 and 442 are made of one of soft and elastic silicone rubber, rubber and plastic. The chuck linkage rod 5 can connect the tape clamps 41 such that the 8 M307197 clamps 41 can be interlocked. The positioning adjustment member 6 can adjust the relative positions of the knee belts "41 with the seat body 2, thereby adjusting the length of the tape U =. In this embodiment, the positioning adjustment member 6 is a _^ position adjustment block. The block is locked in an oblong hole (not shown).
本貫施例是具有二個貼膠單元4，然而，也可僅使用一 個貼膠單元4完成單面貼膠，在此狀況下，該膠帶壓合件 44進行該㈣13屡合時，該半成品！的導電柄12 -側是 被该膠帶壓合件44抵壓’該半成品i的導電柄η另一側 支撐件（圖未示）支撐，以使該半成品1位於該膠 合件44與該支撐件之間。本實施例為方便說明，僅以 0貼膠的動作順序說明’該上轉的動作與該下貼膠是 具有相同的作動順序與類似的作動機構。 、如圖1、2、4所示，操作本裝置時，首先，該半成品^ 2-輸送裝置（圖未示）送入該貼膠裝置内，此時，該膠 帶：具42是位於該非貼膠位置。搭配圖5，於該非貼膠位 置％，该膠帶吸具42是遠離烊接於該半成品1的導電柄12 嫌該膠帶央具41是將該膠帶13拉至該預定長度，且該膠 :13的非黏貼自132封閉該膠帶吸具42的低麼孔似，該 f低墨孔422連通該真空產生器3而使該謬帶13被吸附於 乂吸附面421 ’该膠帶裁切組件43的驅動件如帶動該切 刀432靠近該膠帶13，並將該膠帶13切斷。 习*接著，該膠帶吸具42連同被吸附於該吸附面421的該 膠帶13’被驅動移往該貼膠位置。搭配圖6、7，於該貼膠 位置時，該膠帶吸具42是靠近焊接於該半成品】的導電柄 9 M307197 12’且將被吸附於該吸附 貼面⑶朝向該半成”…被裁斷的该膠帶13之勒 挪帶^梦 導電柄12頂推，而將被麟的 Θ修霄13貼覆於該半成σ 12的另外一 η 〇口的極板11上而位於該導電柄 、 倒’此時，該膠帶13是姑γ μ册 次#入於#道+ T i3疋被邊膠帶吸具42第一 σ 2 ' ^电丙U上。搭配圖8，該第二壓合件442被 驅動朝該壓合位置移動，ψ 篱二厭人钍/ σχ骖页13疋位於該半成品1與該 ，：：二…2之間而被該精合件44進行第二次屢合 曰以弟次與該第二次㈣合，該 地壓合於該導雷知19 L 伋里複家也 兮笛“电柄12上。搭配圖9,當塵合動作完成後， 该弟二£5件442被驅動而回復至該非壓合位置，即完成 该下貼膠動作。該上貼膠盥貼 邊卜貼膠具有相同的作動流程 ’此處不再贅述。 當該上、下貼膠同時作動，且該等膠帶壓合件44位於 該壓合位置時，該笫一、-颅入 弟 一 £ a件441、442將同時朝該半 成品i靠近壓合’使該半成& i是位於該第―、二壓合件 441、442之間且該等膠帶13被重複壓合於該半成品卜本 實施例中’料41、該轉帶吸具42、該等膠帶 裁切組件43、該等膠帶壓合件44的動力來源，可採用氣壓 桿或導螺桿（圖未示）做為驅動源，·准，並非本新型之技 術重點，此處將不詳述。 值得說明的是：藉由該夾頭連動桿5，將該等膠帶夾具 41彼此連接，而使該等膠帶夾具41可一體連動，且該上、 下貼膠被拉出的該等膠帶13長度相等，此外，也只需設計 一組用來驅動該等膠帶夾具41的驅動裝置（圖未示）即可 10 M307197 同時驅動該二膠帶夾具41， 調整該定位調整件“夺，…？用兩組1區動裝置，且’ 等豚册+ θ 9 4夾碩連動桿5的連動，該 寺h夹具將該連動 ^ , 拉出的長度也可同時調整。 經由以上的說明，可 门正 將本新型的優點歸納如 弟―、該《帶13是藉_ 等谬帶捲U0拉出至該預定 又」1刀別自該 X後裁斷，並分別以兮M 3¾ 帶吸具4心亥轉 進杆> μ 寺唇V 13，且移動至該貼膠位置 進仃忒上、下貼膠，故該極板u ^ P hh ψη HS 、不^有被拉扯而錯位或 破衣的問題，且，由於該上、 Λ ^ ^ 下貼膠均採用該第一、二壓 口件壓441、442重複壓合該導電^ 令冤柄12二側的該等膠帶13 ，可避免習知使用該等滾輪所導 ♦蚁的問喊，本新型可提升 座口口的良率。 、弟：、相較於習知技術，本新型的整體構造更為簡化 〃:尤其是該等膠帶壓合件44的機構簡化，所以不須經常進 行機構調整，故障率降低，可加快 卞午臥」加陝生產速度而降低生產成 本。 歸納上述，本新型之鐘電池之導電柄貼膠裝置，是先 將該等膠帶13切斷後，並分別以該等膠帶吸具42將該等 膠帶13移動至該貼膠位置進行貼膠動作而避免該極板^皮 拉扯，更藉由該等膠帶壓合件44,直接對該等膠帶13重複 壓合，使壓合效果更佳，故確實能達到新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 11 M307197 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是-前視圖，說明-鋰電池 極板上，且被二膠帶貼覆； 包抦焊接於一 圖2是一前視圖，說明本新型鋰 置的一較佳實施例； 蛉電柄貼膠裝The present embodiment has two pasting units 4, however, it is also possible to complete the single-sided topping using only one applying unit 4, in which case the tape pressing member 44 performs the (four) 13 repeated, the semi-finished product. ! The conductive handle 12 - side is supported by the tape pressing member 44 to press the conductive handle η of the semi-finished product i to support the other side support member (not shown), so that the semi-finished product 1 is located at the bonding member 44 and the supporting member between. In the present embodiment, for convenience of explanation, only the action sequence of the 0-adhesive is described. The action of the upward rotation has the same actuation sequence and a similar actuation mechanism as the lower adhesive. As shown in Figures 1, 2, and 4, when the device is operated, first, the semi-finished product 2-2-transporting device (not shown) is fed into the applicator, and at this time, the tape: 42 is located in the non-sticking device. Glue position. 5, in the non-adhesive position %, the tape suction device 42 is away from the conductive handle 12 spliced to the semi-finished product 1. The tape centering device 41 is to pull the tape 13 to the predetermined length, and the glue: 13 The non-adhesive seal 132 closes the low hole of the tape suction device 42. The f low ink hole 422 communicates with the vacuum generator 3 to cause the adhesive tape 13 to be adsorbed to the crucible suction surface 421 'the tape cutting assembly 43 The driving member drives the cutter 432 closer to the tape 13, and cuts the tape 13. Next, the tape suction device 42 is driven to move to the pasting position together with the tape 13' adsorbed to the suction surface 421. 6 and 7, in the pasting position, the tape suction tool 42 is close to the conductive handle 9 M307197 12' welded to the semi-finished product] and will be adsorbed on the adsorption veneer (3) toward the semi-finished... The tape 13 of the tape 13 is pushed up by the dream conductive handle 12, and is attached to the plate 11 of the other n-mouth of the half σ 12 by the Θ Θ 13 of the 胶带 12, and is located on the conductive handle, In turn, at this time, the tape 13 is a gamma μ booklet #入于#道+T i3疋 by the side tape suction tool 42 first σ 2 ' ^ 丙 U U. With Figure 8, the second pressure piece The 442 is driven to move toward the pressing position, and the frog 2 is located between the semi-finished product 1 and the ::: 2...2 and is subjected to the second recombination by the fitting 44. With the second time and the second (four), the place is pressed against the guide, and the 19 L 汲 复 复 复 “ “ “ “ “ 电 电 电 电 电 电 电 电 电 电 电. With FIG. 9, when the dust-collecting operation is completed, the second member 442 is driven to return to the non-pressing position, that is, the lower-adhesive action is completed. The upper adhesive tape paste has the same action flow, and will not be described here. When the upper and lower adhesives are simultaneously actuated, and the tape pressing members 44 are located at the pressing position, the first and second 441, 442 will be pressed toward the semi-finished product i simultaneously. The semi-finished & i is located between the first and second press-fit members 441, 442 and the tapes 13 are repeatedly pressed into the semi-finished product. In the present embodiment, the material 41, the transfer belt suction tool 42, The power source of the tape cutting assembly 43 and the tape pressing members 44 may be a pneumatic rod or a lead screw (not shown) as a driving source, and is not a technical focus of the present invention. Detailed. It should be noted that the tape clamps 41 are connected to each other by the collet linkage rod 5, so that the tape clamps 41 can be integrally linked, and the lengths of the tapes 13 from which the upper and lower patches are pulled out are Equally, in addition, it is only necessary to design a set of driving devices (not shown) for driving the tape clamps 41 to drive the two tape clamps 41 at the same time, and adjust the positioning adjustment members to "take, ...? The group 1 area moves the device, and the 'equal dolphins + θ 9 4 clips the linkage rod 5 linkage, the temple h clamps the linkage ^, the length of the pull out can also be adjusted at the same time. Through the above description, the door is going The advantages of this new model are summarized as the younger brother--the "band 13 is borrowed _, etc., and the roll U0 is pulled out to the predetermined one again" 1 knife is cut from the X, and the 兮M 33⁄4 belt suction device 4 heart-turn The rod > μ temple lip V 13, and moved to the glue position to apply the upper and lower glue, so the plate u ^ P hh ψ HS HS, does not have the problem of being pulled or misplaced or broken. Moreover, since the upper and lower 贴 ^ ^ underlays are repeatedly pressed and pressed by the first and second pressure port members 441 and 442 Such tape 13 the shank 12 of the sides, to avoid the use of such conventional roller guide ♦ ants ask the call, this model can improve the yield of the seat mouth. Brother: Compared with the prior art, the overall structure of the present invention is more simplified. In particular, the mechanism of the tape pressing member 44 is simplified, so that it is not necessary to perform the mechanism adjustment frequently, and the failure rate is lowered, which can speed up the noon. "Horizontal" plus Shaanxi production speed and reduced production costs. In summary, the conductive handle applicator of the clock battery of the present invention first cuts the tape 13 and then moves the tape 13 to the glue position by the tape suction tool 42 to perform the glue application. The plate is prevented from being pulled by the skin, and the pressure-sensitive adhesive member 44 is used to directly press the tape 13 to make the pressing effect better, so that the new purpose can be achieved. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All still 11 M307197 is covered by this new patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front view showing a lithium battery plate and being covered by two tapes; the package is welded to Fig. 2 is a front view showing a preferred embodiment of the lithium battery of the present invention. Example; 蛉 electric handle glued
圖3是一前視圖，說明該較佳實施例 一吸附面及數個低壓孔； 的一膠帶吸具的 圖4是一前視圖 該膠帶吸具的該吸附面 說明該膠帶的一 非黏貼面被吸附於 •圖5是一前視圖，說明該等勝帶吸具是靠近待切斷膠 帶的非黏貼面而位於一非貼膠位置； 圖6是一前視圖，說明該等膠帶吸具是位於一貼膠位 置；3 is a front view showing a suction surface and a plurality of low pressure holes of the preferred embodiment; FIG. 4 is a front view showing the non-adhesive surface of the tape. Figure 5 is a front view showing that the belt suction tool is located in a non-adhesive position near the non-adhesive surface of the tape to be cut; Figure 6 is a front view showing that the tape suction device is Located in a glue position;
圖7是一局部剖視圖，說明該等膠帶吸具分別將該等 膠帶貼合於一半成品； 圖8是一前視圖，說明二膠帶壓合件是位於一壓合位 置，使一上、下壓合件直接對該膠帶重複壓合；及 圖9是一前視圖，說明該等膠帶壓合件是位於一非壓 合位置。 12 M3 07197 【主要元件符號說明】 1…… …·半成口口 42"… •…膠帶吸具 11 ·*·** …·極板 421 *·* •…吸附面 12••… $ €柄 422… •…低壓孔 13 "… •…膠帶 43 •…. …·膠帶裁切組件 130… …·膠帶捲 431… •…驅動件 m… •…黏貼面 432… •…切刀 132… …·非黏貼面 44··… …·膠帶壓合件 2…… …·座體 441… •…弟 壓合件 3…… …·真空產生器 442… •…第二壓合件 4…… •…貼膠單元 5…… …·夾頭連動桿 41 *·… •…膠帶夾具 6…… …·定位調整件 411… •…夾指Figure 7 is a partial cross-sectional view showing the tape suction tools respectively bonding the tapes to half of the finished product; Figure 8 is a front view showing the two tape pressing members in a pressing position to make an upper and lower pressing The fitting is directly pressed against the tape; and Figure 9 is a front view showing that the tape pressing members are in a non-nip position. 12 M3 07197 [Description of main component symbols] 1...... ...· 半 半口42"... •...带吸吸具11 ·*·** ...·板421 *·* •...Adsorption surface 12••... $ € Handle 422... •...Low-pressure hole 13 "...•... Tape 43 •.... Tape cutting unit 130... Tape roll 431... • Driver piece m... •...Adhesive surface 432... •...Cutter 132... ...·Non-adhesive surface 44··...·Tape pressure fitting 2...··Body 441...•...Young presser 3.........Vacuum generator 442...•...Second presser 4... •...Adhesive unit 5............·Clip linkage rod 41*·... •...tape clamp 6.........position adjustment member 411... •...
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