200524722 玖、發明說明： 【發明所屬之技術領域】 ~本發明是有關於-種模具，特別是指一種用來製作標200524722 发明 、 Explanation of the invention: [Technical field to which the invention belongs] ~ The present invention relates to a kind of mold, especially a kind of mold used for making labels
籤片之能有效排氣的填料模具。 T 【先前技術】 ίο 15 ▲如圖1所示，現有-種標籤片填料模具（申請人所申 μ之弟922 1 8950號案），是可對一軟質且以熱固 性塑膠材質製成板狀的色板1進行壓切而形成至少一色片 ιοί，且該色片m可再與一背膠板結合成一標籤片（圖 未不）。該填料模具包含有一底座2、一設置在該底座2上 方的托料板3及-設置在該托料板3上方的推料板4。 該底座2具有一頂面201、至少一由該頂面2〇1凹設 的凹穴202,該凹六202的開口端緣為一與頂面2〇1呈直 角相交的刃部203。該托料板3具有至少一對應於該凹穴 2〇2的貫穿孔3(Π，該貫穿孔斯的面積大於該凹穴。 該推料板4具有一與該頂面2〇1相對的底面4(η、至少一 凸设在該底面401上且對應於該凹穴2〇2且可穿過該貫穿 孔301的壓切塊402，該壓切塊4〇2的截面積小於該貫穿 孔301，但是大於該凹穴2〇2，其底緣為一傾斜呈四十五 度角的傾斜面403。當該推料板4朝該底座2產生閉模時， 該傾斜面403可與刀部203相對靠合，且該刀部2〇3盘傾 斜面偏之靠合處產生一線狀切痕，即可對色板i進行剪 切、對該底座2進行填料動作。 雖然，利用上述之填料模具可準確地在該凹穴2〇2中填 20 200524722 ^有該色片HH，但是若不採取適當的排氣措施（例如在直 空腔中操作或在該底座2開設抽教、 _ 礼孔），就在該色片101被 到切且填入該凹穴202内部時，原來存在於該凹穴加中的 :氣會因色片1〇1的塞入而無法排出，且當該推料板4相對 二座：遠離時，該色片1〇1會因空氣的作用而產 她現象，且該色片1〇1與背膠板固結後容易產生不良 口口 0 【發明内容】 10 15 因此’本發明之目的，即在提供—種在填料的過程中 可將凹穴内部的空氣擠出且達到順利排氣之能有效排氣 的填料模具。 政排矹 本發明能有效排氣的填料模具， 行剪切而製成至少-色片，且^ y 卓人貝色板進 ^Μη 色片可與一背膠板結合成 =二；且該填料裝置包含-底座、-與該底座相對設 =上該底座具有一頂面及至少-由該頂面凹設的 上模座可相對於該底座進行剪切及填料動作，並 ::-與頂面相對的底面及至少一對應於該凹穴且凸設 二 =的剪推塊’該剪推塊具有一凸設在一底面上且 ==部_部位。藉此，該上模座朝該底 ，色片 W 相對於該凹穴產生—剪切作用以形成 :=:中，部位可伸設至該凹穴中而將原來 凹八中的空氣擠出，而達到排氣目的。 【實施方式】 有關本^明之前述及其他技術内容、特點與功效，在 20 200524722 以下配合參考圖式之三較佳實施例的詳細說明中，將可清 楚的明白。 如圖2、圖4及圖5所示，本發明能有效排氣的填料 模具之第一較佳實施例，是可對一軟質且以熱固性塑膠材 質製成板狀的色板100進行壓切而形成至少一色片丨1〇, 且α亥色片110可再與一背膠板210結合成一標籤片2⑽。 該填料模具包含有—底座1G、-設置在該底座1G上方的 托料板20及一設置在該托料板20上方的上模座3〇。 ίο 15 忒底座10具有一頂面i丨、至少一由該頂面丨丨凹設的 凹穴12及數凸設在該頂面u近周緣處且呈凸柱狀的下對 位件13。該凹穴12的開口端緣具有一與該頂面u呈直角 相交的刃部121。 該托料板20設置在該底座1〇上方，並具有至少 對 於相a 12的貝穿孔21及數設於該托料板2Q近周緣 處且可供該等下對位件13穿過對位的對位件22，該對位 呈貫孔狀，且該貫穿孔21的面積大於該凹穴12，該 貫穿孔21的輪廓可完全涵蓋該凹穴12。 該上模座30是設置在該托料板2〇上方且可相對於 底座10進行壓切動作廿古 01 " 勁作並具有一與頂面11相對的底面 1應於相穴12且凸設在該底面31上的剪推塊犯 =設㈣周緣處且可供下對位件13穿過對位的上對位 於*穿=對位件33呈貫孔狀。該f推塊32的截面積小 姐：一卜但是大於該凹穴12，該剪推塊32具有-凸 3又一底面上且呈凸出弧面狀的擠壓部位33及一銜接在 20 200524722 該擠摩部位33周緣且呈凸出弧面的剪切部％。 如圖3、圖4所示，當該色板1〇〇放置在該托料板2〇 上，且該托料板20套置定位在該底座1〇上方時，即可操 作該上模座3G與該底座1G進行閉模操作，且當該剪推塊 32壓制該色板⑽穿過該貫穿孔21，直到該剪切部料落 在4刃邛121上，並在該刃部121與該剪切部^之靠合 處產生一線狀切痕j，即可對該色板1〇〇進行剪切作用， 並在該凹穴12中填人有該色片11〇。就在進行剪切、填料 ίο 15 動作的過程中，利用該擠壓部位33先沉伸在該凹穴12 中’即可將原來存在於該凹穴12巾的空氣擠$ (如圖3 之箭頭所示），且該色片11〇頂部受到該擠壓部位犯的塑 形也會呈凹陷狀。 士再如圖5所示，當該底座10中已填置有該色片u〇 %，可再與一成型模座40配合，且預先在該成型模座40 的一模穴41中填置有背膠板21〇，當該成型模座4q蓋設 在底座10上且進行熱壓，即可使得該背膠板21〇與該色 片11〇固結成標籤片2〇〇,該背膠板21〇會填補該色片11〇 呈凹陷狀的頂部。 因此，利用上述的填料模具是可在進行填料的過程 中，先將原來存在於該凹穴12中的空氣擠出，亦即，利 用該擠壓部位33的設置，當該擠壓部位33沉伸在該凹穴 12中時，可達到排氣目的，且可避免所剪切的色片11 〇產 生變形，可降低不良率。 再如圖6、圖7所示，本發明第二實施例中，該底座 20 200524722 y之凹穴12’開口端緣具有與該頂面11，呈直角相交的刀 該上模錢’之剪推塊32，截面積大Filling mold that can effectively degas. T [Prior art] ίο 15 ▲ As shown in Figure 1, the existing-type label filler mold (case No. 922 1 8950 applied by the applicant) can be made of a soft and thermosetting plastic material into a plate shape. The color plate 1 is cut to form at least one color film, and the color film m can be combined with a backing plate to form a label film (not shown in the figure). The filling mold comprises a base 2, a holding plate 3 provided above the base 2, and a pushing plate 4 provided above the holding plate 3. The base 2 has a top surface 201 and at least one recess 202 recessed from the top surface 201. The open end edge of the recess six 202 is a cutting edge portion 203 that intersects the top surface 201 at a right angle. The holding plate 3 has at least one through hole 3 (Π) corresponding to the cavity 200, and the area of the through hole is larger than the cavity. The pushing plate 4 has a surface opposite to the top surface 201. Bottom surface 4 (η, at least one press-cut block 402 protruding from the bottom surface 401 and corresponding to the cavity 202 and passing through the through-hole 301. The cross-sectional area of the press-cut block 40 is smaller than the through-cut block. The hole 301 is larger than the cavity 2002, and its bottom edge is an inclined surface 403 inclined at a forty-five degree angle. When the push plate 4 is closed toward the base 2, the inclined surface 403 can be connected with The knife part 203 is relatively close to each other, and a line-shaped cut is generated at the close part where the inclined surface of the knife part 203 disc is inclined, so that the color plate i can be cut and the base 2 can be filled. Although the above is used, The filling mold can accurately fill the cavity 202 with 2005200522 ^ With the color film HH, but if appropriate exhaust measures are not taken (such as operating in a straight cavity or setting up pumping in the base 2, _ Gift hole), just when the color film 101 was cut and filled into the cavity 202, the original existing in the cavity plus: Qi will be caused by the plug of the color film 101 It can't be discharged, and when the pusher plate 4 is relatively far away from each other: when it is far away, the color film 101 will produce her phenomenon due to the effect of air, and the color film 101 is liable to cause defects after being consolidated with the adhesive sheet. Mouth 0 [Summary of the invention] 10 15 Therefore, the purpose of the present invention is to provide a filling mold which can effectively exhaust the air inside the cavity during the filling process and achieve a smooth exhaust. The filling mold capable of effectively venting the present invention is cut to make at least -color chips, and the color chips can be combined with a backing sheet to form two; and the filler The device includes-a base,-opposite to the base = the upper base has a top surface and at least-the upper mold base recessed from the top surface can perform cutting and filling actions relative to the base, and:-and the top The bottom surface opposite to each other and at least one shearing block corresponding to the cavity and protruding two = ', the shearing block has a convex portion which is protruded on a bottom surface and has a portion of ==. Thus, the upper die seat faces toward the At the bottom, the color film W is generated relative to the cavity—shear action to form: =: middle, the part can be extended into the cavity and the original The air in the concave eight is squeezed out to achieve the purpose of exhausting. [Embodiment] The foregoing and other technical contents, features, and effects of the present invention are described in the detailed description of the third preferred embodiment with reference to Figure 20 below 20 200524722 As shown in Fig. 2, Fig. 4, and Fig. 5, the first preferred embodiment of the filler mold capable of effectively venting in the present invention is a plate made of a soft and thermosetting plastic material. The color plate 100 is press-cut to form at least one color film 10, and the alpha film 110 can be combined with a backing plate 210 to form a label film 2⑽. The filler mold includes-a base 1G,-set on the base A holding plate 20 above 1G and an upper mold base 30 disposed above the holding plate 20. 15 忒 The base 10 has a top surface i 丨, at least one concave cavity 12 recessed from the top surface 丨, and a plurality of lower alignment members 13 protruding at the near periphery of the top surface u and having a convex column shape. The open end of the cavity 12 has a cutting edge 121 that intersects the top surface u at a right angle. The holding plate 20 is disposed above the base 10, and has at least a perforation 21 for the phase a 12 and a number of near-peripherals of the holding plate 2Q, and the lower positioning members 13 can pass through the positioning. The positioning member 22 is a through-hole, and the area of the through-hole 21 is larger than that of the recess 12. The outline of the through-hole 21 can completely cover the recess 12. The upper mold base 30 is disposed above the holding plate 20 and can perform a cutting operation relative to the base 10. The work is excellent and has a bottom surface 1 opposite to the top surface 11. The bottom surface 1 should be at the phase cavity 12 and be convexly arranged. The upper and lower shears on the bottom surface 31 are located at the periphery and can be used by the lower alignment member 13 to pass through the alignment. Miss cross-sectional area of the f push block 32: one but larger than the recess 12, the shear push block 32 has a convex portion 33 on the bottom surface and a convex arc surface and a connection at 20 200524722. The shearing portion 33 has a peripheral edge 33 and a sheared portion having a convex surface. As shown in FIG. 3 and FIG. 4, when the color plate 100 is placed on the holding plate 20 and the holding plate 20 is set and positioned above the base 10, the upper mold base can be operated. 3G performs a mold closing operation with the base 1G, and when the shearing pusher 32 presses the color plate ⑽ through the through hole 21 until the cutting part falls on the 4-blade 121, and the blade 121 and A line-shaped cutting mark j is generated at the abutting portion of the cutting portion ^, and the color plate 100 can be sheared, and the color plate 11 is filled in the cavity 12. During the action of shearing and filling 15, the squeezing portion 33 is used to sink into the cavity 12 first, and the air existing in the towel 12 of the cavity can be squeezed (see Figure 3). (Indicated by the arrow), and the shape of the top of the color film 11 that is subjected to the pressing part will also be concave. As shown in FIG. 5, when the color chip u0% has been filled in the base 10, it can be matched with a molding die holder 40 and filled in a cavity 41 of the molding die holder 40 in advance. There is a self-adhesive sheet 21o. When the molding die holder 4q is placed on the base 10 and hot-pressed, the self-adhesive sheet 21o and the color sheet 11o are consolidated into a label sheet 200. The self-adhesive sheet The plate 21o will fill the concave top of the color plate 11o. Therefore, by using the above-mentioned filler mold, in the process of filling, the air originally existing in the cavity 12 is first squeezed out, that is, by using the setting of the pressing part 33, when the pressing part 33 sinks When extending into the cavity 12, the purpose of exhaust can be achieved, and deformation of the cut color film 11 can be avoided, and the defect rate can be reduced. As shown in FIG. 6 and FIG. 7, in the second embodiment of the present invention, the opening end edge of the recess 12 ′ of the base 20 200524722 y has a knife that intersects with the top surface 11 at a right angle and the upper die is cut. Push block 32, large cross-sectional area
該剪推塊32,具有一嘹名广工L 又在—底面上的擠壓部位33,及一位在 該擠壓部位33,周緣且呈傾斜w 訂四卞五度角的男切部34,，該 擠壓部位33，且右一斜鹿# /、 、μ该凹穴12’底面的平面331，及一凸 =在該平=331，中央的弧面微，。當該上模座撕與該底 “ 10相對罪σ時’该刀部121’恰落在該剪切部从上且產 生一線狀切痕1 ’即可對色板⑽進行剪切作用。並利用 10 15 該擠墨部位33,之設置亦使凹穴12，可達到排氣目的。 又如圖8、圖9所示，本發明第三實施 座30”之剪推塊32”截 積i於δ亥底座1〇”之凹穴12，，面 積，該剪推塊32”具有一 λ机立广二， _ 男凸叹在一底面上且呈凸出弧面狀 的擠麼部位33，，。當該上模庙训，，命兮产产 〆丄犋屋d〇與该底座1〇，，相對靠合 時’該剪推塊32”與該凹穴12”產生套合的同時可產生剪切 仙，且利用該擠麼部位33”之設置亦使凹穴Μ，，可達到排 氣目的。 二"述本t明之能有效排氣的填料模具，是在該 剪切且填料的過程中，促使原來存在於該 到排氣目的，故確實能相發明之目的。 ^ 淮X上所述者，僅為本發明之較佳實施例而已，當不 ，以此限定本發明實施之_，即大凡依本㈣申請專利 車巳圍及發明說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。 【圈式簡單說明】 200524722 圖1是現有一種標籤片填料模具的平面分解示意圖； “圖2是一平面分解圖，說明本發明能有效排氣的填料 模具的一第一較佳實施例； 圖3是上述較佳實施例之一排氣動作示意圖，說明一 2模座相對於一底座產生靠合的過程中可使一凹穴中的 空氣達到排氣目的； / 4是上述較佳實施例之—剪切操作示意圖，說明該 上核座相對於該底座產生剪域作，而可在該底座 有一色片丨 ^ ίο 15 20 圖5是-成型示意圖，說明利用一成型模座與填置有 〜色片的底座配合可製作一標籤片； 圖6是本發明之能有效排氣的填料模具之一第二較 仏貫施例的—平面分解示意圖； 圖7是第二較佳實_之—剪切操作示意圖，說明該 拉座相對於該底座產生剪域作，㈣在該底座中填置 百—色片； 、 =本發明之能有效排氣的填料模具之一第三較 具^例的—平面分解示意圖；及 上模=第三較佳實施例之—剪切操作示意圖，說明該 :相對於該底座產生剪切操作， 有一色片。 1丹1 10 200524722 【圖式之主要元件代表符號簡單說明】 100 色板 34 剪切部 110 色片 I 線狀切痕 200 標籤片 10， 底座 210 背膠板 12， 凹穴 10 底座 121’ 刃部 11 頂面 30， 上模座 12 凹穴 32， 剪推塊 121 刃部 33， 擠壓部位 13 下對位件 331’ 平面 20 托料板 332’ 孤面 21 貫穿孔 34， 剪切部 22 對位件 10” 底座 30 上模座 12” 凹穴： 31 底面 30” 上模座 32 剪推塊 32” 剪推塊 33 上對位件 33” 擠壓部位 33 擠壓部位The cutting and pushing block 32 has a pressing part 33 of the famous Guanggong L on the bottom surface, and a male cutting part 34 at the pressing part 33 at the periphery and inclined at an angle of 45 degrees, , The pressing part 33, and a right oblique deer # /,, μ the plane 331 of the bottom surface of the cavity 12 ', and a convex = at the plane = 331, the central arc surface is slightly. When the upper die seat tears against the bottom "10, the knife portion 121 'just falls on the cutting portion from above and produces a linear cut 1', and the color plate ⑽ can be sheared. And The use of the 10 15 ink squeezing portion 33 also allows the recess 12 to achieve the purpose of exhaust. As shown in FIG. 8 and FIG. At the area of the recess 12, in the base 10 "of the delta helium, the shear push block 32" has a lambda machine, two wide, _ male sighed on a bottom surface and has a convex curved surface 33, When the upper mold temple is trained, and the dwelling dwelling d0 and the base 10 are relatively close together, the 'shear and push block 32' and the recess 12 'can be fitted at the same time while being fitted. Shearing fairy is generated, and the setting of the squeezed portion 33 ″ also enables the cavity M to achieve the purpose of exhaust. Second, it is stated that the filler mold which can be effectively exhausted in this paper is to promote the original existence of the exhaust purpose during the shearing and filling process, so it can indeed achieve the purpose of the invention. ^ The ones mentioned in Huai X are only the preferred embodiments of the present invention, and if not, the implementation of the present invention is limited by this, that is, the simple things such as the contents of the patent application and the description of the invention, which are applied by this patent The effect changes and modifications should still fall within the scope of the invention patent. [Simple description of ring type] 200524722 Figure 1 is a schematic plan exploded view of a conventional label filler mold; "Figure 2 is a plan exploded view illustrating a first preferred embodiment of a filler mold capable of effectively venting the present invention; 3 is a schematic diagram of the exhaust operation of one of the above-mentioned preferred embodiments, explaining that the air in a cavity can be exhausted during the process of abutment of a 2 mold base relative to a base; / 4 is the above-mentioned preferred embodiment No.- Schematic illustration of the shearing operation, which shows that the upper core seat produces a shear field operation relative to the base, and there can be a color piece on the base. There is a base with ~ colored chips to make a label; Figure 6 is a schematic diagram of the second preferred embodiment of one of the filler molds that can effectively exhaust the present invention-a plan exploded view; Figure 7 is a second preferred embodiment. No.- Schematic illustration of the cutting operation, which shows that the pull base generates a shear field operation relative to the base, and fills the base with a hundred-color film; = = one of the filler molds of the present invention that can effectively exhaust ^ Example—Plane decomposition Figure; and upper mold = the third preferred embodiment-a schematic diagram of the cutting operation, which explains that: a color film is generated relative to the cutting operation of the base. 1 Dan 1 10 200524722 [The main elements of the diagram are simply explained 】 100 swatches 34 cutting section 110 swatches I linear cuts 200 labels 10, base 210 adhesive sheet 12, recess 10 base 121 'blade 11 top surface 30, upper mold base 12 recess 32, cut Pushing block 121, cutting edge portion 33, pressing portion 13, lower positioning member 331 'plane 20 holding plate 332' solitary surface 21 through hole 34, shearing portion 22 positioning member 10 "base 30 upper die seat 12" recess: 31 Bottom 30 ”Upper die seat 32 Shear and push block 32” Shear and push block 33 Upper positioner 33 ”Pressing part 33 Pressing part