I293Q^d〇c/m 九、發明說明： 【發明所屬之技術領域】 ' 本發明是有關於一種切割膠帶之裝置，且特別是有關 於一種可將膠帶切割出一預設長度之自動化裝置。 【先前技術】 ^ 一般在曰常生活或工業製造上，膠帶的應用範圍可說 疋非常地廣泛，舉例來說，電子元件在製造過程中，為了 能將電子元件快速地移動到適當位置以進行後續的製程， 一般來說都是藉由吸嘴來吸取電子元件，並移載電子元 件然而，由於電子元件之表面往往過於粗糙，這會使得 吸嘴不易將電子凡件吸取，或者容易造成吸嘴在移載電子 凡件的過程中，發生電子元件由吸嘴上脫落的情形。 , ^因此，電子元件的表面會黏貼一膠帶，此膠帶可以覆 =住％子元件粗糙的表面，進而使吸嘴能藉由吸附膠帶之 ^以達成移載電子元件之目的。然而，電子元件的種類 ?多，而電子元件之尺寸大小也不盡相@，一般而言，都 ⑩係利用人的方式將膠帶_出所需要的長度並將切割後 的膠帶黏貼於電子元件的表面上。值得留意的是 ，以人工 =式切割膠帶不易精準控制膠帶切割後的長度，若是將 =切•彳的過長，則造成材料上的浪費；若是將膠帶切割 、過短，則其無法提供足夠的表面讓吸嘴吸附。 此外，以人工的方式將膠帶黏貼於電子元件上，不僅 費工時影響產能，叫也無法降低生產成本。 doc/m 【發明内容】 有鑑於此，本發明的目的就是在提供一種膠帶定長裝 置’其可降低切割膠帶所需之生產成本並提升產能。 狹册^於本發明之上述目的或其他目的，本發明提供一種 二裝置’其適於將一膠帶以-預設長度切割出多片 ^早體，此膠帶定長裝置包括一支撐基座、一供料轉輪、 二長轉輪與-移動機構。其中，供料轉輪可轉動地配設 j支撐基座上，且供料轉輪適於承载預備進行切割之膠 ^此外’定賴輪可轉動地配設於支縣座上，此定長 轉輪之周緣具有多個承載部與多個切割部，其中各切割部 位於兩承_之間，之兩_部仙隔-預設長 於供料轉輪上之㈣適於延伸至定長轉輪上並覆 切割部。另外’移動機構配設於支撐基座上且 ，應於疋長轉輪，且移動機構具有—刀具，其中刀具適於 =壬:_部定位於-切割位置時切割位於切割部上的膠 V，以將勝帶切割成膠帶單體。 依照轉_實關崎之膠帶定錄置，例如是更 ^，if▼壓輪’其可轉動且可移動地配設於支樓基座 抽5 2/、料轉輪上之驛是錢職接觸料壓輪後延 上，而膠帶壓輪用以施加適當張力於膠帶上。 載⑽减倾仅膠帶定長裝置，其中各承 部的側邊至少具有-内凹部，且膠帶適於 機構=====膠帶定長裝置，其中移動 ’、有夾持為夾持為適於由内凹部下方將承 I293Q^ M.doc/m 載部上之膠帶單體取走。 ，照本發明的實施例所述之膠帶定長裝置，例如是更 服馬達與—從動皮帶輪。其巾，搬馬達配置於 座上並適於提供定長轉輪轉動所需之動力，且伺服 ^違匕括一主動皮帶輪，而從動皮帶輪配置於定長轉輪 另外，主動皮帶輪係藉由一皮帶連接與帶動從動皮帶 輪0 依照本發明的實施例所述之膠帶定長裝置，1 割部例如係為凹槽或定位記號。 〃 基於上述，本發明之膠帶定長裝置中，兩相鄰之切判 部相距-預設長度，且本發明係藉由刀具朝向定位於切割 二ϊΐί切割部移動並對膠帶進行切割，以將膠帶切割成 。因此’本發明之膠帶定長裝置，可準確控制膠 f早體之長度，進而避免材料使用上的浪f。此 f帶定長裝置來製作膠帶單體更可節省人力與降低製^ 本，並同時提升產能。 為讓本發明之上述和其他目的、特徵和優點能更明顯 易懂，下文特舉較佳實施例，並配合所附圖式，作詳細說 明如下。 '' ' 【實施方式】 圖1繪示為本發明較佳實施例之膠帶定長 彻丨一 意圖。本發明之膠帶定長裝置100適於將一膠帶τ以一= 設長度L切割出多片膠帶單體T1，本發明之膠帶定長裝置 100包括一支撐基座110、一供料轉輪120、—定長轉^ 與一移動機構140。其中，供料轉輪120可轉動地配"設於 8 I293QJ4vf.d〇〇/m 支撐基座11o上’而支撐基座i i〇例如是—培林座 ， 而供料轉輪120適於承載預備進行切割之膠帶τ。 此外，上述之定長轉輪130可轉動地配設於支柃a 110上，此定長轉輪130之周緣130a具有多個承 與多個切卿134,其巾各_部134係位於兩承載部132 之間，而切割部134例如是設計為凹槽或定位記號。換士 之，承載部132與切割部134係交互排列於整個定長轉^ 130之周緣130a上’而相鄰之兩切割部134可 ; 設長度L。 值知·留思的是，此預設長度L可根據膠帶單體丁1欲 切出之長度作適當的更動（將詳述於後），而各切q部134 適於被定長轉輪13〇所帶動並定位於—_位置D上。此 外’位於供料轉輪120上之膠帶τ適於延伸至 〇 ^並覆蓋於定儒輪13G上部分之承_ 132與切割部I293Q^d〇c/m IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a device for cutting a tape, and more particularly to an automatic device for cutting a tape into a predetermined length. [Prior Art] ^ Generally, in the ordinary life or industrial manufacturing, the application range of the tape can be said to be very wide. For example, in the manufacturing process, the electronic component can be quickly moved to an appropriate position in the manufacturing process. Subsequent processes generally use the nozzle to suck the electronic components and transfer the electronic components. However, since the surface of the electronic components tends to be too rough, this makes it difficult for the nozzle to suck the electronic components or easily cause the nozzles. In the process of transferring an electronic component, a situation occurs in which the electronic component is detached from the nozzle. ^ Therefore, the surface of the electronic component will be adhered to a tape, which can cover the rough surface of the % sub-component, so that the nozzle can achieve the purpose of transferring the electronic component by the adhesive tape. However, there are many types of electronic components, and the size of electronic components is not the same. In general, the 10 series uses the human method to take the required length of the tape and attach the cut tape to the electronic components. On the surface. It is worth noting that it is not easy to accurately control the length of the tape after cutting with manual = type cutting tape. If it is too long, it will cause waste of material; if the tape is cut, too short, it will not provide enough. The surface allows the nozzle to absorb. In addition, the adhesive tape is attached to the electronic components in an artificial manner, which not only affects the production capacity due to labor hours, but also reduces the production cost. Doc/m SUMMARY OF THE INVENTION In view of the above, it is an object of the present invention to provide a tape lengthening device which reduces the production cost and productivity of cutting tape. The above object or other objects of the present invention provide a two-device capable of cutting a tape into a plurality of pieces of a predetermined length, the tape fixing device comprising a support base, A feed runner, two long runners and a moving mechanism. Wherein, the feeding runner is rotatably arranged on the j supporting base, and the feeding runner is adapted to carry the glue for preparing for cutting; and the 'fixing wheel is rotatably arranged on the branch of the county seat, the fixed length The circumference of the runner has a plurality of bearing portions and a plurality of cutting portions, wherein each cutting portion is located between the two bearings _, and the two _ portions are spaced apart from each other by a predetermined length (4) adapted to extend to a fixed length Cover the cutting section on the wheel. In addition, the 'moving mechanism is disposed on the support base and should be on the long wheel, and the moving mechanism has a tool, wherein the tool is suitable for the 壬: _ part is positioned at the - cutting position to cut the glue on the cutting part To cut the ribbon into a single piece of tape. According to the transfer _ real Guanqi's tape recording, for example, more ^, if▼ pressure wheel 'it can be rotated and movably arranged on the base of the branch to pump 5 2 /, the material on the runner is the money The contact pressure roller is extended and the tape pressure roller is used to apply an appropriate tension to the tape. Load-carrying (10) tape-reducing only length-fixing device, wherein the sides of each of the sockets have at least - inner recesses, and the tape is suitable for the mechanism =====the tape lengthening device, wherein the movement is, and the clamping is suitable for clamping Remove the tape from the I293Q^M.doc/m carrier under the recess. The tape fixing device according to the embodiment of the present invention is, for example, a service motor and a driven pulley. The towel, the moving motor is disposed on the seat and is adapted to provide the power required for the rotation of the fixed length wheel, and the servo motor comprises a driving pulley, and the driven pulley is disposed on the fixed length wheel. In addition, the driving pulley is driven by A belt connecting and driving the driven pulley 0. According to the tape fixing device according to the embodiment of the present invention, the cutting portion is, for example, a groove or a positioning mark. 〃 Based on the above, in the tape lengthening device of the present invention, the two adjacent cutting portions are spaced apart by a predetermined length, and the present invention moves by cutting the cutting edge toward the cutting portion and cutting the tape. The tape is cut into. Therefore, the tape length fixing device of the present invention can accurately control the length of the gel, thereby avoiding the wave f in the use of the material. This f-fixed device for tape production saves manpower and reduces manufacturing costs while increasing productivity. The above and other objects, features and advantages of the present invention will become more <RTIgt; [Embodiment] Fig. 1 is a view showing a fixed length of a tape according to a preferred embodiment of the present invention. The tape lengthening device 100 of the present invention is adapted to cut a plurality of tape units T1 by a tape τ at a length L. The tape lengthening device 100 of the present invention comprises a support base 110 and a feed runner 120. , a fixed length turn ^ and a moving mechanism 140. Wherein, the supply runner 120 is rotatably disposed on the 8 I293QJ4vf.d〇〇/m support base 11o' and the support base ii is, for example, a Palin seat, and the feed runner 120 is adapted Carrying the tape τ ready for cutting. In addition, the fixed length runner 130 is rotatably disposed on the support a 110. The peripheral edge 130a of the fixed length runner 130 has a plurality of bearing members 134, and the towel portions 134 are located at two Between the load-bearing portions 132, the cutting portion 134 is, for example, designed as a groove or a positioning mark. For the shifter, the carrying portion 132 and the cutting portion 134 are alternately arranged on the periphery 130a of the fixed length turn 130, and the adjacent two cutting portions 134 are provided with a length L. It is worth knowing that the preset length L can be appropriately changed according to the length of the tape unit 1 to be cut out (which will be described later in detail), and each of the cut portions 134 is suitable for the fixed length runner. 13〇 is driven and positioned at —_ position D. Further, the tape τ located on the supply runner 120 is adapted to extend to 〇 ^ and cover the portion of the fixed rudder 13G.
另外，移動機構140配設於支撐基座11〇上且對應於 定長轉輪m，且移動機構刚具有一刀具Ul，其中刀具 141適於在任一切割部134定位於切割位置〇時，藉由刀 八—141切刮復盍於切割部134上的膠帶τ，進而將膠帶τ 切割成具有預設長度L之膠帶單體T1，而刀具141較佳的 切利方向例如是沿著水平方向H，這樣可使膠帶τ在切割 過程中平域覆蓋於承_ 132上。財之，本實施例可 兩相鄰切割部134之間距，來製作出特定長度之 ㈣早肢Τ1。因此’膠帶單體Ή之長度係由兩相鄰切割 d〇c/m I293Ql. 部134之間距所定義而成，相較於習知技術本發明之膠帶 定長裝置100可製作出長度更為準確的膠帶單體T1。 請再參考圖1，本實施例之膠帶定長裝置1〇〇例如更 包括一膠帶壓輪15〇，其係可轉動且可移動地配設於支撐 110上，且供料轉輪12〇上之膠帶τ是在繞過並接觸 膠帶壓輪150後’進而延伸至定長轉輪13〇上。值得留意 的是，本實施例之膠帶壓輪150位於供料轉輪12〇與定長 轉輪130之間且膠帶壓輪15〇適於提供一壓力給位於前述 兩者間（供料轉輪120與定長轉輪13〇)之膠帶τ上，使 ，勝帶Τ具有一適度的張力，進而讓膠帶τ能緊貼於承載 °Μ32與切割部134上。因此，本實施例中膠帶壓輪150 =配置位置只要位於供料轉輪12G與定長轉輪i3G之間即 可，並不限定於圖1所示之特定位置。 圖2緣示為本發明較佳實施例之移動機構作動中之 =大立體示意圖。請參考圖2，各承載部132未鄰接 之側邊132&至少具有一内凹部G，但在本實施> =為兩個内凹部G，且膠帶τ適於覆蓋於㈣部G上。 =可知’㈣部G之外縣—半圓弧狀，但亦 狀之内凹部G，在此並不對其外形特別限定。此^ =動機構14G例如是具有—夾持器142，且夾持哭⑷、 == 卩將承_ 132上之膠帶單體τϊ取走2 口月多π圖3，夾持态142更可藉由一檔止 ，各膠帶賴T1 _鶴至 T1黏貼於-元件（树示）上。 置謂㈣早愛 1293· •doc/m ，繼續參照圖i，本實施例所述之膠帶定長裝置ι〇〇 例如疋更包括一伺服馬達16〇與一從動皮帶輪i7〇。其中， ^馬達160配置於支樓基座110上並適於提供轉i 130 轉，所需之動力，且伺服馬達16〇包括一主動皮帶輪162, 而從動皮帶輪170配置於定長轉輪130上。且體而士，主 =皮帶輪162一係藉由一皮，162ait接與帶動從動：帶輪 韓於ηΛ使疋長轉輪130轉動並帶動膠帶τ或者使定長 ΐ 部134放於切割位置D上，以便於刀 141對膠f τ進行切割。 點·綜上所述’本發明之膠帶定長裳置，至少具有下列優 、藉由膠帶定長裝置來製作膠帶單更 與降低製造成本，並同時提升產能。^更了μ人力 割部:之藉ΐ刀具朝向切割部移動並對覆蓋於切 本聯帶切割成穋帶單體。因此， 而避免材料使用上的浪費。 之長度進 雖然本發明已以較佳實施例揭露如 非” 艮;本發明，任何熟習此技藝者，在不脫離;;= :二，，當可作些許之更動與潤飾，因此 ^園當視_之申請專機_界定者轉。 …又 【圖式簡單說明】 意圖圖！_林發日驗佳實施狀膠帶定長裝置側面示 圖2綠示為本發明較佳實施例之移動機構作動中之局 11 I2939^twf.doc/m 部放大立體示意圖。 圖3繪示為本發明較佳實施例之夾持器夾持膠帶單體 之示意圖。 【主要元件符號說明】 100 :膠帶定長裝置 110:支撐基座 120 :供料轉輪 130 :定長轉輪 > 132 :承載部 134 :切割部 130a :定長轉輪之周緣 132a :承載部未鄰接切割部之侧邊 140 :移動機構 141 :刀具 142 :夾持器 143 :檔止件 > 150 :膠帶壓輪 160 :伺服馬達 162:主動皮帶輪 162a :皮帶 170 :從動皮帶輪 D :切割位置 G :内凹部 Η :水平方向 12 I293^f.doc/m L :預設長度 T :膠帶 ΤΙ :膠帶單體In addition, the moving mechanism 140 is disposed on the support base 11 且 and corresponds to the fixed length reel m, and the moving mechanism just has a cutter U1, wherein the cutter 141 is adapted to be used when any of the cutting portions 134 are positioned at the cutting position 〇 The tape τ is scraped on the cutting portion 134 by the knife VIII, and the tape τ is cut into the tape unit T1 having a predetermined length L, and the preferred cutting direction of the cutter 141 is, for example, along the horizontal direction. H, this allows the tape τ to be covered in the flat surface during the cutting process. For this reason, in this embodiment, the distance between two adjacent cutting portions 134 can be used to make a (4) early limb Τ1 of a specific length. Therefore, the length of the tape unit is defined by the distance between two adjacent cuts d〇c/m I293Ql. 134, which can be made longer than the prior art tape lengthening device 100 of the present invention. Accurate tape unit T1. Referring to FIG. 1 again, the tape lengthening device 1 of the present embodiment further includes a tape pressing wheel 15 可 which is rotatably and movably disposed on the support 110 and the feeding wheel 12 is mounted thereon. The tape τ is then extended to the fixed length runner 13 after bypassing and contacting the belt pressure roller 150. It should be noted that the tape pressure roller 150 of the present embodiment is located between the supply runner 12 and the fixed length runner 130 and the tape pressure roller 15 is adapted to provide a pressure between the two (feeding runner) The tape τ of the 120 and the fixed length runner 13 has a moderate tension, so that the tape τ can be closely attached to the load Μ 32 and the cutting portion 134. Therefore, in the present embodiment, the tape pressing wheel 150 = arrangement position is only required to be located between the supply reel 12G and the fixed length reel i3G, and is not limited to the specific position shown in Fig. 1. Fig. 2 is a schematic perspective view showing the movement of the moving mechanism in accordance with a preferred embodiment of the present invention. Referring to Fig. 2, the side edges 132 & which are not adjacent to each of the carrier portions 132 have at least one recessed portion G, but in the present embodiment > = two recessed portions G, and the tape τ is adapted to cover the (four) portion G. = It can be seen that the (fourth) part other than the G-semi-circular shape, but also the inner concave portion G, is not particularly limited in its shape. The ^=moving mechanism 14G has, for example, a gripper 142, and the gripping cry (4), == 卩 takes the tape unit τ on the bearing _ 132 away for more than 2 months π Figure 3, and the clamping state 142 is more With one stop, each tape is attached to the - component (tree) on T1_He to T1. (4) Early love 1293· • doc/m, with continued reference to FIG. 1, the tape length fixing device ι〇〇 described in this embodiment includes, for example, a servo motor 16〇 and a driven pulley i7〇. Wherein, the motor 160 is disposed on the support base 110 and is adapted to provide the required power, and the servo motor 16A includes a drive pulley 162, and the driven pulley 170 is disposed on the fixed length runner 130. on. And the body = the main pulley = 162 is connected by a skin, 162ait and driven: the pulley han η Λ causes the long wheel 130 to rotate and drive the tape τ or put the fixed length 134 in the cutting position D, in order to facilitate the cutting of the glue f τ by the knife 141. In view of the above, the tape fixing length of the present invention has at least the following advantages, and the tape length fixing device is used to manufacture the tape sheet, thereby reducing the manufacturing cost and simultaneously increasing the productivity. ^More μ manpower Cutting part: The tool is moved toward the cutting part and cut into the splicing unit. Therefore, avoid waste of material use. Although the present invention has been disclosed in the preferred embodiments, the present invention, any skilled person skilled in the art, does not depart from;; =: two, when a little change and retouch can be made, therefore _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ FIG. 3 is a schematic view showing a single holding material of a gripper according to a preferred embodiment of the present invention. [Description of Main Components] 100: Length of tape Apparatus 110: support base 120: supply runner 130: fixed length runner> 132: bearing portion 134: cutting portion 130a: circumference 132a of fixed length runner: side portion 140 of bearing portion not adjacent to cutting portion: movement Mechanism 141: Tool 142: Holder 143: Stopper> 150: Tape presser 160: Servomotor 162: Drive pulley 162a: Belt 170: Follower pulley D: Cutting position G: Inner recess Η: Horizontal direction 12 I293^f.doc/m L : preset length T : tape ΤΙ : tape single