1267433 玫、發明說明： 【發明所屬之技術領域】 特別是指一種多色標籤 本發明是有關於一種標籤片 片的成型方法。 【先前技術】 h人 示’―般以針注作業方式製成標籤片之步驟 10 15 二.（一）製備-成型模具1及多數之注射器2,該成 具1至少具有—凹穴群組m，且將預先調配完成之 水料裝填在注射器2中。（二）以人4作注射器2將漿 料注射至特定的凹穴群組⑻中。（三）對溢出於非特定 陳之凹八群組1Q1中的聚料進行清理。（四）進行供固 :乍且使已/主射於凹穴群組丨〇 1的漿料產生凝固。（五） ? ( ’、,）取出半成品。（七）整修毛邊。（人）成品。 當欲製作多色組合之標籤片時，則可循環操作步驟 (二）至（四）。 雖然，應用上述的製作方式可成型標籤片，但是實際 製作時卻存在以下之缺失： 耗人工·填注漿料完全利用人工操作，而且必須 疋具有技術性的人工。 一、對於操作面積極細小之凹穴群組101，必須搭配 吏用孔I極小的針體，甚至必須以放大鏡觀察，且在進行 注射時，針體與成型模具會造成互相損害。 對方；操作面積極細小之凹穴群組1 〇 1，操作者口 在概略位置填〉主漿料，且擠壓漿料的量及力道完全靠操 20 1267433 作者的經鮮m’纽射過多而溢出於賴定的凹穴群组 ⑻時，尚須利用抹布、毛刷、泡棉、針狀物...等清理溢 出的部份，操作相當麻煩且產能低。 5 10 15 四、知作人貝眼睛疲勞強度大，一般都聘儀眼力佳之 年少^，且因容易對視力造成終身傷害，所以操作人員流 動率高。 【發明内容】 因此，本發明之目的，即在提供一種製作簡單且操作 容易又可避免溢色之多色標籤片的成型方法。 本發明多色標籤片的成型方法，包含下列步驟：⑴ 製備-模座，該模座具有—頂面、_由該頂面凹設的凹陷 部及數由該凹陷部—底面凹設的凹穴單元，該等凹穴單元 各具有數凹穴。（B ) Αβ!.一入^ a u )將 3有父聯劑的液態膠料填滿在 5亥模座之该等凹穴單元中。（C )推〆 ◊ T 進仃加熱，促使該液態膠 料受熱產生交聯固化。（D)對該模座其中—個凹穴單元的 凹穴輪㈣行雷射㈣。⑴去除該受㈣的凹穴單元以 外的餘料’該餘料包括對應該凹穴單元以外的數個凹穴單 元中的凸塊及—對應該凹陷部且連結該等凸塊的連結 部:且使該受切割的凹穴單元中保留有—色片單元，該色 片早凡對應4等凹穴亦具有數色片。（f)循環操作步驟⑻ 至步称（E)’依序在該模座之數個凹穴單元中形成有不同 顏色的色片單元。（G )蔣一人士丄 、」將 s有乂聯劑的液態膠料填滿在 該模座之凹陷部中〇 f ；隹/丄 V )進仃加熱，促使該液態膠料受熱 產生交聯固化而形成一声g备士 成顏色相異於該等色片單元的色片 20 1267433 單元’並在該凹陷部形成-舆該等色片單元固結的背膠 板。（I)自該模座中取出一多色標籤片。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之二較佳實施例的詳細說明中，將可清 楚的明白。 ' 如圖2所示，本發明多色標籤片的成型方法之第一較 佳實施例包含下列步驟： ίο 15 步驟一：配合參閱圖3，預先製備一模座1〇，該模座 ίο具有-頂两η、一由該頂面u凹設的凹陷部、一由 該四陷部12 —底面凹設的第—凹穴單元13、一凹設在該 第-凹穴單元13 一侧的第二凹穴單元14及一凹設在咳第 -、二凹穴單元13、14之間的第三凹穴單元15。本實施 例的該第一凹穴單元13具有數個第一凹穴131。該第二凹 穴單元14具有數個第二凹穴14卜該帛三凹穴單元15亦 具有數個第三凹穴151。 步驟二：配合參閱圖3 ’將-含有交聯劑的第-液態 膠料填滿在該模座1G之該第—凹穴單S 13、第二凹穴單 元I4及第三凹穴單元15中。 步驟三：進行加熱，促使該第一液態膠料受熱產生交 聯固化。 步驟四：以一雷射切割機20對該模座1〇中的第一凹 穴單元13的各第一凹穴 步驟五：如圖4所示 該第一餘1267433 玫, the invention description: [Technical field to which the invention pertains] particularly refers to a multicolor label. The present invention relates to a method of forming a label sheet. [Prior Art] Steps for forming a label sheet by a needle-injection method 10 15 II. (1) Preparation-forming mold 1 and a plurality of syringes 2, the assembly 1 having at least a pocket group m, and the pre-formulated water is filled in the syringe 2. (b) The person 4 is used as the syringe 2 to inject the slurry into a specific pocket group (8). (3) Clean up the aggregates spilled in the unspecified Chen's concave group 1Q1. (4) Performing the solidification: and causing the slurry which has been/mainly shot in the pocket group 丨〇 1 to solidify. (5) ? ( ‘, ,) Take out the semi-finished product. (7) Renovation of the burrs. (person) finished product. When you want to make a multi-color combination of the label sheets, you can cycle through steps (2) to (4). Although the label sheet can be formed by the above-mentioned manufacturing method, the following defects are actually produced: The labor-consuming filling slurry is completely manual, and it must be technically manual. 1. For the pocket group 101 which is active and small in the operation surface, it must be matched with the needle body which is extremely small with the hole I, and even must be observed with a magnifying glass, and the needle body and the molding die may cause mutual damage when the injection is performed. The opponent; the active face is small and small, the group 1 〇1, the operator's mouth fills the main slurry in the approximate position, and the amount of the squeezed slurry and the force are completely controlled by the 20 1267433 author's fresh m' beam too much When overflowing the pocket group (8) of Lai Ding, it is necessary to use a rag, a brush, a foam, a needle, etc. to clean the overflowed portion, which is troublesome and has low productivity. 5 10 15 IV. Knowing people's eyes are fatigued and strong. Generally, they are eager to have good eyesight. Because they are easy to cause lifelong injury to vision, the operator has a high mobility rate. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a molding method for a multi-color label sheet which is simple to manufacture, easy to handle, and which avoids overflow of color. The method for molding a multi-color label sheet of the present invention comprises the following steps: (1) preparing a mold base having a top surface, a recess portion recessed by the top surface, and a recess concavely recessed from the bottom portion A hole unit, each of which has a plurality of pockets. (B) Αβ!.一入^ a u ) Fill the liquid compound with the parent compound into the pocket units of the 5th mold base. (C) Pushing ◊ T 仃 heating, causing the liquid rubber to be crosslinked and cured by heat. (D) A laser (four) of the pocket wheel (four) of the pocket unit of the mold base. (1) removing the residual material other than the pocket unit of (4) 'The remaining material includes the bumps in the plurality of pocket units other than the pocket unit and the joint portion corresponding to the recessed portion and connecting the bumps: And a color chip unit is retained in the cut cavity unit, and the color chip has a color plate corresponding to the 4th hole. (f) The cyclic operation step (8) to the step (E)' sequentially forms the color patch units of different colors in the plurality of pocket units of the mold base. (G) Jiang Yi, 填, “filling the liquid compound with the chelating agent in the depression of the mold base 〇f;隹/丄V) heating, causing the liquid rubber to be crosslinked by heat Curing to form a color patch 20 1267433 unit 's' that is different in color from the color-changing unit and forming a backing sheet in which the color-changing unit is consolidated. (I) A multi-color label sheet is taken from the mold base. The above and other technical contents, features and effects of the present invention will become apparent from the following detailed description of the preferred embodiments of the invention. As shown in FIG. 2, the first preferred embodiment of the method for molding a multi-color label sheet of the present invention comprises the following steps: ίο 15 Step 1: With reference to FIG. 3, a mold base 1〇 is prepared in advance, and the mold holder ίο has a top two η, a recessed portion recessed by the top surface u, a first recessed unit 13 recessed from the bottom surface of the four recessed portion 12, and a recessed on the side of the first recessed unit 13 The second pocket unit 14 and a third pocket unit 15 recessed between the c- and second pocket units 13, 14. The first pocket unit 13 of this embodiment has a plurality of first pockets 131. The second pocket unit 14 has a plurality of second pockets 14. The third pocket unit 15 also has a plurality of third pockets 151. Step 2: Referring to FIG. 3 'filling the first liquid compound containing the cross-linking agent in the first-slot single S 13 , the second recess unit I4 and the third recess unit 15 of the mold base 1G in. Step 3: heating is performed to cause the first liquid rubber to be heated to produce cross-linking curing. Step 4: using a laser cutting machine 20 for each first cavity of the first cavity unit 13 in the die holder 1 step 5: as shown in FIG.
131輪廓進行雷射切割 ，去除一第一餘料I 20 1267433 料I包括數個對應該第二凹穴單元 Μ一 ήΑ π τ , 弟二凹穴單元1 5 令凸鬼J i及一對應該凹陷部12且 社卹τ 1 哽、…该4凸塊I 1的連 …Η 2。且使該第—凹穴單元13中保留有—第—色片 儿忉〇，該第一色片單元100對應 右I筮.u 丁馬。亥寺罘一凹穴131亦具 有數罘一色片110。 步驟六：配合參閱圖5，將一合 _ 笙一 X ” u 3有父聯劑且顏色異於 弟-液繼斗的第二液態膠料填滿在該模i 凹穴單元14及第三凹穴單元15。 以弟一 步驟七··進行加熱，促_ ίο 15 疋便这弟一液恶膠料受熱產生交 聯固化。 步驟八：以該雷射切割機2〇對該模座10中的第二凹 穴單元u的各第二凹穴141輪廓進行雷射切割。 步驟九：如圖6所示，去除一第二餘料π，該第二餘 料π包括數個對應該第三凹穴單元15的凸塊ηι及一對應 该凹陷部12且連結該等凸塊Π 1的連結部π 2。且使該第 二凹穴單元14中也保留有—第二色片單元細，該第二色 片單元200對應該等第二凹穴⑷亦具有數第二色片· 卜乂私十.配合參閱圖γ，將一含有交聯劑且顏色異於 第-、二液態膠料的第三液態膠料填滿在該模座ι〇之該第 三凹穴單元15及凹陷部12中。 步驟十一 ·進行加熱，促使該第三液態膠料受熱產生 交聯固化，且在該第三凹穴單元15中形成—第三色片單元 300、在該凹陷部12中形成一背勝板400,該第三色片單 元300對應該等第三凹穴151亦具有數第三色片31〇。同 20 1267433 時促使该第一、二色片單元 固結成一體。 100、200亦與該背膠板400 y鄉十二：自該模座10中取出一多色標籤片5〇〇，如 圖8所示4 ‘籤片_具有該背膠板綱及固結在該背 5 膠板400上的第_备ΰ @ , ^ 色片早兀100、弟二色片單元2〇〇及第 三色片單元300。 因此，上述步驟所製成的多色標籤片500，具有下優 點： 10 一、即省人工：裝填漿料快速，且不需要具有技術性 的人工。 一、裝填漿料可採用刮刷方式，不需要採用孔徑極小 的針體，故不會損害該模座1〇。 15 一、漿料裝填後是利用雷射切割方式，可準確地在特 ^的凹穴單元中保留特定顏色的色片單元，故無溢料的問 題，也不需要進行清理，可提高產能。 四、不會對操作人員的視力造成影響。 另外本發明的第二實施例與第一實施例的前三步驟 相同，且步驟如下·· 步驟一 ·配合參閱圖9，預先製備該模座10。 20 ^步騌一 ·配合茶閱圖9，將一含有交聯劑的第一液態 %料填滿在該模座1G之該第-凹穴單it 13、第二凹穴單 % 14及第三凹穴單元15中。 步驟二’：進行加熱，促使該第一液態膠料受熱產生交 制固化。 9 1267433 —步驟四’j先以該雷射切割機2()對該模座iq中的第 _凹八早几13、15的各第一、三凹穴⑶、⑸輪 進行雷射切割。 步驟五’：如圖1◦所示’去除-第-餘们，，該第 -餘料！ ’包括數個對應該第二凹穴單元14的凸塊ι】，及 —對應該凹陷部12且連結該等凸幻i，的連結部Η，。且 使該第：凹穴單元13保留有一第一色片單元1〇〇，，而第 -凹八早X 15中也留有數與該第—色片單元⑽，顏色 同的凸塊Π Γ。 ίο 15 20 步驟六’：配合參1 ’將-含有交聯劑且顏色里 於第一液態膠料的第二液態膠料填滿該第二凹穴單元 步騄七.進订加熱，促使該第二液態膠料受熱產生六131 contour for laser cutting, removing a first residual material I 20 1267433 material I includes several corresponding to the second pocket unit Μ ήΑ π τ, the second two pocket unit 1 5 so that the convex ghost J i and a pair should The depressed portion 12 and the τ 1 哽, ... the connection of the 4 bumps I 1 ... Η 2. And the first color unit is retained in the first recess unit 13, and the first color unit 100 corresponds to the right I筮.u. The Hi Temple 凹 凹 131 also has a number of 110 110 pieces. Step 6: Referring to FIG. 5, a second liquid glue having a parent-type agent and a color different from the brother-liquid step is filled in the die unit 14 and the third unit. The cavity unit 15. The heating is performed by the first step of the seventh step, and the cation is cured by the heat-generating cross-linking. Step 8: Using the laser cutting machine 2, the mold base 10 The contours of the second recesses 141 of the second pocket unit u are laser cut. Step 9: As shown in FIG. 6, a second residual material π is removed, and the second residual material π includes several corresponding portions. a bump ηι of the three-cavity unit 15 and a pair of joint portions π 2 which should be recessed and connected to the bumps 1 and retain the second recess unit 14 The second color chip unit 200 corresponds to the second recess (4) and also has a plurality of second color patches. The reference numeral γ, which contains a crosslinking agent and is different in color from the first and second liquid glues. The third liquid glue of the material is filled in the third pocket unit 15 and the recess 12 of the mold base ι. Step 11: heating to promote the third liquid glue The cross-linking is cured by heat, and a third color chip unit 300 is formed in the third cavity unit 15, and a back winch 400 is formed in the recessed portion 12, and the third color chip unit 300 corresponds to the third. The recess 151 also has a plurality of third color patches 31. The same as 20 1267433, the first and second color chip units are consolidated into one body. 100, 200 is also associated with the adhesive sheet 400 y: 12 from the mold base 10 The multi-color label sheet 5 取出 is taken out, as shown in FIG. 8 , the 4 'patch sheet _ has the back sheet and the _ ΰ ΰ @ , ^ 色 兀 , , , , , , , , , , , , 100, the dichroic film unit 2 and the third color chip unit 300. Therefore, the multi-color label sheet 500 produced in the above steps has the following advantages: 10, that is, labor saving: filling the slurry quickly, and not It is necessary to have a technical man-made. First, the filling slurry can be scraped, and it is not necessary to use a needle with a very small aperture, so the mold base will not be damaged. 15 1. After the slurry is filled, the laser cutting method is used. , can accurately retain the color film unit of a specific color in the special pocket unit, so there is no problem of flashing, and no need to enter The cleaning can improve the productivity. Fourth, it does not affect the visual acuity of the operator. The second embodiment of the present invention is the same as the first three steps of the first embodiment, and the steps are as follows: Step 1 · Refer to FIG. 9 Preparing the mold base 10 in advance. 20 ^ Step 1 · Cooperating with the tea, see Figure 9, filling a first liquid % material containing a crosslinking agent in the first pocket of the mold base 1G. Two pockets are single % 14 and third pocket unit 15. Step 2': heating is performed to cause the first liquid rubber to be heated to produce cross-linking solidification. 9 1267433 - Step 4 'j first with the laser cutting machine 2 () Laser cutting is performed on each of the first and third recesses (3) and (5) of the first and third recesses 13 and 15 of the die holder iq. Step 5': As shown in Figure 1 ’, remove - the first - Yu, the first - remaining material! 'includes a plurality of bumps corresponding to the second pocket unit 14', and a joint portion 对 corresponding to the recessed portion 12 and connecting the convexities i. And the first recess unit 13 retains a first color patch unit 1 , and the first concave concave early X 15 also has a number of bumps 与 that are the same color as the first color patch unit (10). Οο 20 20 Step 6': In conjunction with the reference 1 'will - fill the second liquid element with the second liquid glue containing the cross-linking agent and the color in the first liquid rubber step VII. Order heating, prompting the The second liquid rubber is heated to produce six
聯固化。 X 步驟人.以該雷射切割機2G對該模座10中的第— 二凹穴單元13、14的各第-、二凹請、m輪廓進行 雷射切割。 τ 九如圖1 2所示，去除一第二餘料辽，，兮 二膽，包括該等對應該第三凹穴單元15的凸塊J，及 一對應該凹陷部12且連結該等凸塊Π1，的連結部，。且 使該第二凹穴單元14中也保留有_第二色片單元_，。 "步驟十’：配合參閱圖1 3，將-含有交聯劑且顏色显 於第…二液態膠料的第三液態膠料填滿在該模座之ς 第三凹穴單元15及凹陷部12中。 々琢十.進行加熱，促使該第三液態膠料受熱產生 10 1267433 交聯固化，且在兮筮—0 w第二凹八早凡15中形成一第三色片單元 咏在°亥凹^部12中形成—背膠板400，。同時，促使該 弟一、二色片單元1〇〇，、2〇〇，亦與該背膠板彻，固結成一 體。 ㈣十二，：自該模座10中取出-多色標籤片500，。 σ V納上述’本發明多色標籤片的成型方法，是應用簡 早之步驟即可製成多色標“，且可解決溢色、清理模 '、耗費人工·.·等問題，故確實能達到發明之目的。 ίο 15 20Co-cure. The X-step person performs laser cutting on the first, second, and m contours of the second-cavity units 13, 14 in the die holder 10 by the laser cutter 2G. τ IX as shown in FIG. 12, removing a second residual material Liao, 兮二胆, including the convex J corresponding to the third cavity unit 15, and a pair of recessed portions 12 and connecting the convex The connection part of block Π1. And the second color unit _ is also retained in the second pocket unit 14. "Step 10': With reference to Figure 13, the third liquid compound containing the cross-linking agent and having the color of the second liquid compound is filled in the mold base. The third cavity unit 15 and the recess In the 12th. 々琢10. Heating, causing the third liquid rubber to be heated to produce 10 1267433 cross-linking curing, and forming a third color chip unit in the second concave and the first 15 of the 兮筮—0 w咏The backing plate 400 is formed in the portion 12. At the same time, the first and second color film units of the younger brother are urged to be 1〇〇, 2〇〇, and the adhesive sheet is also consolidated and integrated. (4) Twelve: The multi-color label sheet 500 is taken out from the mold base 10. σ V nano above, the molding method of the multi-color label sheet of the present invention can be made into a multi-color label by applying a simple step, and can solve the problems of overflowing color, cleaning the mold, and labor, etc., so it is true. Can achieve the purpose of the invention. ίο 15 20
At /隹以上所逑者’僅為本發明之較佳實施例而已，當不 能以此限定本發明實祐々 範圍及即A凡依本發㈣請專利 1么月5兄明書内容所作之簡單的等效變化與修飾，皆 應仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是現有一種標籤片之成型示意圖； 『是二程圖，說明本發明多色標鐵片的成型方法 的一罘一杈佳貫施例； 圖3疋本發明上述較佳| — 意圖; 較么貫鈿例所應用設備之剖面示 第一餘料去除示 圖4是本發明上述較佳實施例之 意圖； 圖5是本發明上述較佳每 射㈣示意圖，說明可先:::::;:4及!料後的雷 料，經加熱固化後再對應 弟一液恶膠 圖6是本發明上述較佳實施例之早—7:于餘雷 弟一餘料去除示 1267433 思、圖 ·， 圖7是本發明上述較佳實施例之一成型示意圖，說明 背膠板與第一、二、三色片單元受熱產生交聯固結； 圖8是本發明上述較佳實施例所製成的標籤片組合剖 周9是本發明一第二較佳實施例所應用設備之剖面 示意圖； ° 圖1 0是本發明第二較佳實施例之一第一餘料去 示意圖； ” 10 面圖； 圖11是本發明上述較隹實施例之填料及填 雷射切割示意圖，說明可|太 T- rtr 1* ,… U 了先在-杈座中填入一第二 割； ，加熱固化後再對應一第一、二凹穴單元進行雷射切 15 示意：：Γ本發明第二較佳實施例之一第二餘料去 除 圖 圖1 3是本發明第三較佳實施例之一成型示意 12 1267433 【圖式之主要元件代表符號簡單說明】 10 模座 200 第二色片單元 11 頂面 210 第二色片 12 凹陷部 300 第三色片單元 13 第一凹穴單元 310 第三色片 131 第一凹穴 400 背膠板 14 第二凹穴單元 500 標籤片 141 第二凹穴 I， 第一餘料 15 第三凹穴單元 11， 凸塊 151 第三凹穴 12” 連結部 20 雷射切割機 100” 第一色片單元 I 第一餘料 Π， 第二餘料 11 凸塊 ΠΓ 凸塊 I 2 連結部 Π2’ 連結部 100 第一色片單元 2005 第二色片單元 110 第一色片 300” 第三色片單元 Π 第二餘料 400’ 背膠板 Π1 凸塊 500’ 標籤片 Π2 連結部At least the above is only a preferred embodiment of the present invention, and it is not possible to limit the scope of the present invention by the use of the contents of the book. Simple equivalent changes and modifications are still within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the formation of a conventional label sheet; "is a two-pass diagram illustrating a preferred embodiment of the method for molding a multicolor standard iron sheet of the present invention; The preferred embodiment of the present invention is shown in FIG. 5 is a schematic view of the preferred embodiment of the present invention. FIG. First:::::;:4 and the material after the material, after heating and curing, then corresponding to the first liquid of the gelatinous figure 6 is the above-mentioned preferred embodiment of the present invention - 7: Yu Yuleidi FIG. 7 is a schematic view showing the molding of the preferred embodiment of the present invention, illustrating that the backing sheet and the first, second, and third color chip units are thermally bonded to form a cross-linked consolidation; FIG. 8 is the present invention. The label sheet assembly section 9 made by the above preferred embodiment is a schematic cross-sectional view of a device according to a second preferred embodiment of the present invention; ° FIG. 10 is a first embodiment of the second preferred embodiment of the present invention. Schematic diagram; "10-side view; Figure 11 is the filler and filling of the above-mentioned comparative example of the present invention. Laser cutting diagram, indicating that too T- rtr 1*,... U first fills a second cut in the - squat; after heat curing, corresponding to a first and two pocket units for laser cutting 15 Illustrated: a second residual material removal diagram of a second preferred embodiment of the present invention. FIG. 13 is a molding schematic diagram of a third preferred embodiment of the present invention. 12 1267433 [A brief description of the main components of the drawings] 10 Die holder 200 second color chip unit 11 top surface 210 second color sheet 12 recessed portion 300 third color chip unit 13 first pocket unit 310 third color sheet 131 first pocket 400 back sheet 14 second pocket Unit 500 label sheet 141 second pocket I, first residual material 15 third pocket unit 11, bump 151 third pocket 12" joint portion 20 laser cutting machine 100" first color chip unit I Material Π, second residual material 11 bump ΠΓ bump I 2 joint portion ' 2' joint portion 100 first color sheet unit 2005 second color sheet unit 110 first color sheet 300" third color chip unit Π second residual material 400' backing board Π 1 bump 500' label piece Π 2 joint