1276525 九、發明說明： 【發明所屬之技術領域】 *本發__標籤模内—體成型之模具，尤指_種於模具之成型 模槽内賴置放槽，該置放射為彈性層設置，當標籤與成品一體成 型之瞬間，利用前述彈性層作為標籤與成品間之緩衝媒介，具備排除 前述成型模_錄驗，使得顧與成品表面結 提高標籤與成品-體成型之價值。 優點 【先前技術】 (ΡΕτΓ市pT部狀巾空錢成贱㈣成型轉品，如保特瓶 ET)、P P塑膝品、p E塑膠品等，所採用之成型法區如下： 一為先射出成型胚（如圖一所示），再將成型胚A置入成型模呈 ^如圖二所示）之成型模胸中，經由中狄氣成型機吹氣成型， 即可依成型模槽B 〇之形狀製成各種中空成型之塑膠品。 二為將塑膠原料C射入模具D(如圖三所示）之成型模槽d〇中， 再由中域賴吹氣成型，即可製成巾空成型製品。 物· 二種方法製成之塑膠品E，為明確揭示塑膠品e之内容 Μ於麵之汽水、果汁、確襄水等，皆需在塑膠品£裝填内容物過 壬'“Ε之外表面以熱收縮鮮套於塑膠品Ε之適當位置（如 :L五所不^再以加溫方式令熱收縮膜F收縮而束合於塑膠品Ε 外表面。 :述熱收縮膜㈣如加熱方式令其收縮以束合於塑膠Μ 娜，咖㈣辦溫輸峨時，收縮膜 1276525 與塑膠品E間之束合效果就會降低，收縮膜就會鬆脫，而使塑膠品E 之標籤消失，造成使用者之困擾。 由此，本發明於此之前乃發明有申請第9 2丄工2 5 〇 〇號案， 以解決目射狄氣瓣品與賴（收賴）無法完全結合之問 題。然而，中空吹氣成型機之成麵具，由於採用吹氣成型方法以使 塑膠抑成型’目此其成賴具内之成型溫度均較瓣射出成型機之成 麵具溫度低很多，如此，對於採财空成型之塑膠品而言，為使標 鐵與塑膠品可以順利結合並—體成型，對於製造標籤之品質與原料就 很挑易J並非可由任思材質製成之標籤都可被運用，使得採用中空成 麵内標鐵-體成之塑膠品成本居高不下。 义再者，所有模内標籤-體成型之製造過程中，不論為較低溫之如 前述之中空吹氣成贱押出成型；甚龜高溫之射城型過程中，皆 會發生於標籤與成型模槽中具有多餘氣體產生之問題，此氣體若未適 田處理’將造成成品品f不—之問題’本發明恰可解決所有模内標鐵 -體成型之製朝題，私提高成品之市場競爭力。 【發明内容】 本發明之首要目的，就是解財空吹氣成品之標籤問題，採 用一般材質製成之標籤就可以與中空吹氣成型之成品結合為 低成品價格，以廣為大眾所接受。 幸 藏==卜_，w賴⑽⑽咖之成品與標 戴、、、“之問4 ’以使該各種成型方法，皆適用本發明。 本發明之標籤彻—體成型之模具，技術增進之特徵在於： 1276525 l·於模具之成型模槽内壁設置放槽，利用此置放槽為彈性層設 置。 2 ·又於前述環圍設置彈性層’該層之效果，為當標籤與成 品-體成狀制，麵雜騎鱗籤触品間之緩衝媒介， 具備排除前述成麵彻多餘級，使得標籤與成品表面結合更緊 密’提南標戴與成品一體成型之價值。 3 ·前述彈性層’可以為内、外皆平滑狀、—面設有凹凸紋路， -面平滑狀、兩面皆設凹凸紋路或於前述彈性層之結構皆設貫穿孔， 以配合不同之成型模具。 4 .本發明於模具内之置放槽，配合標藏與成品間之結合問題， 如環狀者，該置放槽可以為環形狀；料兩面式標籤則模具内需設 置有兩個置放槽；或若為單面式之標籤，賴具㈣設置有—個置放 【實施方式】 如此，為使貴審查員可充份了解本發明，兹依附圖式解說如下： ^圖六及七、人及九、十及十—所示’為本發明之模具運用例 與）、（二）及（三），雖然只列舉三種成型模具之運用例，但是， =本翻可以配合任何結構之成賴具，皆具制樣之效果與目 、。發明之標籤模内-體成型之模具，其中於如第六及第 種成型模具運用例（一），包含： 口之弟一 之握t1，係採用母、子模具1〇、11之結構，該運用例（—） 係於子模具11之成型模槽11Q之内壁111設置放槽丄 7 1276525 12，該置放槽112係可配合環形標籤（參第二十一圖A)，，而 將置放槽112製成環狀，且可凹設於前述内壁丄丄^，方便下述之 彈性層3之固定與設置。 又如第八及九圖之第二種成型模具運用例（二），包含： 核具2 ’該模具2係由複數模塊2 〇、2 1組成，該運用例（二） 之模具2係於模塊2 0、21所形成之成型模槽2 2之内壁2 2 〇設 ^ 置放槽2 21，該置放槽2 21若需配合兩面式標籤（參第二十/圖 •鲁 B)，則於模具2内需設置有兩個置放槽2 2丄，及置放槽2 2工玎 凹設於前述内壁2 2 0，以方便下述之彈性層3之固定與設置，立因 為前述複數模塊2 0、21於開啟後為呈現整體開放狀態，因此，於 複數模塊2 〇、21皆設置有真空吸器管道2 〇 〇、210以將彈性 層3與標籤4吸固於設定之位置。 又如第十及十一圖之第三種成型模具運用例（三），包含： • 模具2，該模具2係由複數模塊2 0、21組成，該運用例（三） 之模具2係於模塊2 〇、21所形成之成型模槽2 2之内壁2 2 0設 置放槽2 21，該置放槽2 21若需配合單面式標籤（參第二十一圖 C)，，則於模具2内需設置有一個置放槽22 1，及置放槽2 2 1 可凹設於前述内壁2 20，以方便下述之彈性層3之固定與設置，且 因為前述複數模塊2 〇、21於開啟後為呈現整體開放狀態，因此， 於複數模塊2 0皆設置有真空吸器管道2 〇 〇以將彈性層3與標籤4 吸固於設定之位置。 彈性層3，彈性層3由塑膠材質製成薄膜狀最為理想’當然如果 8 1276525 有其他適合之材質製成亦可以，只要可以保持彈性層3之適當彈性， 並產生所要達成之排出多餘氣體之效果均適用。又前述彈性層3係設 置於前述成型模具運用例（一）、（二）及（三）之成型模槽i工〇、 2 2之置放槽1 1 2、22 1中’可以蚊方式或可拆卸方式皆可， 及彈性層3，可以如第十二®所示之為内、外二表面皆為平滑狀；或 如第十四〜十七圖所示-面設有任意分佈及形狀之凹凸紋路3〇，另 一面則為平滑狀31，及凹凸紋路3 〇亦可以為任意形狀（參第十八 及十九圖）；或如第十四〜十七圖所示，兩面皆設有任意分佈及形狀 之凹凸紋路3 0 (參第二十圖）；或於前述各種結構之彈性層3設有 貫穿孔3 2 ’貫穿孔3 2則可以任意分佈，及數量秘制，以配合如 第八及十圖之開放式成麵具’以確轉性層與標籤被充分固定於之 成型模具之成型模槽中。 如此’為當標籤4與成品5 -體成型之瞬間（第二十一圖），利 用則述彈性層3作為標籤4與成品5間之緩衝媒介，適時地排出前述 ^型模槽内之多餘氣體，使得標籤4與成品5間之表面結合更緊密， 提高標籤與成品一體成型之價值。 【圖式簡單說明】 第一圖：原料胚之視圖。 第二圖：第一種習知成型模具之剖視圖。 第二圖：第二種習知成型模具之剖視圖。 第四圖：習知成品與收縮膜分解圖。 第五圖：習知成品與收縮膜組合圖。 1276525 第六圖：本發明之成型模具運用（一）之剖視圖。 第七圖··如第六圖之A部分放大視圖。 第八圖··本發明之成型模具運用（二）之剖視圖。 • 第九圖：如第八圖之B部分放大視圖。 • 第十圖：本發明之成型模具運用（三）之剖視圖。 第十一圖：如第八圖之C部分放大視圖。 第十二圖··本發明彈性層實施例（一）之視圖。 φ 第十三圖··本發明彈性層實施例（二）之視圖。 • 第十四圖：本發明彈性層實施例（三）之視圖。 第十五圖：本發明彈性層實施例（四）之視圖。 第十六圖：本發明彈性層實施例（五）之視圖。 第十七圖：本發明彈性層實施例（六）之視圖。 第十八圖：本發明彈性層部分放大剖視圖一。 第十九圖：本發明彈性層部分放大剖視圖二。 • 第二十圖：本發明彈性層部分放大剖視圖三。 第二十一圖：本發明塑膠品之示意圖。 【主要元件符號說明】 模具1、2 母模具1 0 子模具1 1 成型模槽110、22内壁111、220 置放槽112、2 21真空吸器管道2 0 0、210 彈性層3 凹凸紋路3 0 平滑狀3 1 貫穿孔3 2 標籤4 成品51276525 IX. Description of the invention: [Technical field to which the invention pertains] * The mold of the present invention is in the form of a mold, in particular, the mold is formed in the molding cavity of the mold, and the radiation is set for the elastic layer. When the label is integrally formed with the finished product, the elastic layer is used as a buffer medium between the label and the finished product, and the molding die is excluded from the above-mentioned molding mode, so that the value of the label and the finished body-forming is improved with the finished surface knot. Advantages [Prior Art] (ΡΕτΓ pT part of the empty money into a 贱 (four) molded products, such as Baote bottle ET), PP plastic knee products, p E plastic products, etc., the molding method used as follows: The shaped embryo is injected (as shown in Fig. 1), and then the shaped embryo A is placed in a molding die which is formed into a molding die as shown in Fig. 2, and is blow molded by a gas forming machine, thereby forming a molding cavity B. The shape of the crucible is made into various hollow molded plastic products. Secondly, the plastic raw material C is injected into the molding cavity d of the mold D (shown in FIG. 3), and then formed by the mid-field blasting, thereby forming an empty formed product. The plastic product E made by the two methods, in order to clearly reveal the contents of the plastic product e, such as soda, juice, water, etc., all need to be filled in the plastic product. The heat shrinkable fresh sleeve is placed in the proper position of the plastic product (for example, the L5 does not shrink and shrinks the heat shrinkable film F to the outer surface of the plastic product. The heat shrink film (4) is heated. When the shrinkage is applied to the plastic enamel, the coffee (4) when the temperature is transferred, the binding effect between the shrink film 1276525 and the plastic product E is lowered, the shrink film is released, and the label of the plastic product E disappears. As a result, the present invention was previously invented with the application of the 9th Completion 2 5 〇〇 , , , , , , , 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 However, the mask of the hollow blow molding machine is formed by the blow molding method so that the molding temperature in the mold is much lower than the mask temperature of the flap injection molding machine. For the plastic products that are used for the production of wealth, in order to make the standard iron and plastic products Smooth combination and body-forming, it is very easy to manufacture the quality and raw materials of the label. J can not be used by the label made of Rensi material, so that the cost of plastic products with hollow face-to-face internal standard iron-body is high. No more. In the process of manufacturing all in-mold label-body molding, whether it is a lower temperature, such as the above-mentioned hollow air blowing into a squeezing and molding; even in the high-temperature shooting type of the turtle, it will occur in the label and There is a problem of excess gas generation in the molding cavity. If the gas is not treated in the field, it will cause the problem of the finished product f. The invention can solve all the problems of the internal standard iron-body molding, and improve the finished product. The invention aims to solve the label problem of the finished product of the air-blowing product, and the label made of the general material can be combined with the hollow blow molding product to obtain a low finished product price. Accepted by the public. Fortunately, == _, w 赖 (10) (10) The finished product of the coffee and the standard, ", 4" to make the various molding methods, the invention is applicable to the invention. The mold, the technical improvement is characterized by: 1276525 l·The groove is set on the inner wall of the molding cavity of the mold, and the placement groove is used as the elastic layer. 2 · The elastic layer is disposed in the aforementioned circumference, and the effect of the layer is The label and the finished product are in the form of a body-shaped system, and the cushioning medium between the face and the scale signage is provided, and the elimination of the above-mentioned face-to-face excess level is adopted, so that the label is more closely combined with the finished product surface, and the value of the stamping and the finished product is integrally formed. 3) The elastic layer 'is smooth both inside and outside, - the surface is provided with concave and convex lines, the surface is smooth, the both sides are provided with concave and convex lines, or the through holes are provided in the structure of the elastic layer to match different molding molds. 4. The placing groove in the mold of the invention cooperates with the problem of the combination between the standard and the finished product, such as a ring, the placing groove can be a ring shape; the two-sided label of the material requires two placements in the mold. Slot; or if it is a single-sided label, the device (4) is provided with a set of [Embodiment]. In order to enable the examiner to fully understand the present invention, it is explained as follows: ^ Figure 6 and , people and nine, And ten-show 'for the mold application examples of the invention and), (b) and (c), although only the application examples of the three molding dies are listed, but the version can be matched with any structure. The effect and purpose of the sample preparation. The invention relates to a label in-mold-molding mold, wherein in the sixth and the first molding mold application example (1), the method comprises: a mouth of a brother, a grip t1, adopting a structure of a mother and a child mold, 1 and 11, The application example (-) is disposed on the inner wall 111 of the molding cavity 11Q of the sub-mold 11 to provide a groove 12 7 1276525 12, which can be matched with a ring label (refer to FIG. 21A), and The placement groove 112 is formed in a ring shape and can be recessed in the inner wall to facilitate the fixation and arrangement of the elastic layer 3 described below. Another example of the second molding die application example (2) of the eighth and ninth drawings comprises: a nuclear tool 2', the mold 2 is composed of a plurality of modules 2 〇, 2 1 , and the mold 2 of the application example (2) is The inner wall 2 2 of the molding cavity 2 2 formed by the modules 2 0 and 21 is provided with a groove 2 21, and if the groove 2 21 is required to be matched with a two-sided label (refer to twentieth/figure • Lu B), In the mold 2, two placement grooves 2 2 需 are provided, and the placement groove 2 2 is recessed in the inner wall 2 2 0 to facilitate the fixing and setting of the elastic layer 3 described below. The modules 20 and 21 are open to the whole after being opened. Therefore, the plurality of modules 2 and 21 are provided with vacuum tubes 2 and 210 to absorb the elastic layer 3 and the label 4 at the set position. Another example of the third molding die application example (3) of the tenth and eleventh drawings comprises: • a mold 2, which is composed of a plurality of modules 20 and 21, and the mold 2 of the application example (3) is The inner wall 2 2 0 of the molding cavity 2 2 formed by the module 2 〇, 21 is provided with a groove 2 21, and if the placement groove 2 21 is to be matched with a single-sided label (see FIG. 21 C), then The mold 2 is provided with a placement groove 22 1 and a placement groove 2 2 1 can be recessed in the inner wall 2 20 to facilitate the fixing and setting of the elastic layer 3 described below, and because the foregoing plurality of modules 2 〇 21 After being opened, the overall open state is presented. Therefore, the plurality of modules 20 are provided with a vacuum tube 2 〇〇 to suck the elastic layer 3 and the label 4 in the set position. The elastic layer 3 and the elastic layer 3 are preferably made of a plastic material. Of course, if 8 1276525 is made of other suitable materials, it is sufficient to maintain the proper elasticity of the elastic layer 3 and to generate excess gas to be discharged. The effect is applicable. Further, the elastic layer 3 is provided in the molding die of the molding die (1), (2), and (3), and in the storage groove 1 1 2, 22 1 of the molding die. Both detachable and elastic layers 3 may be smooth as shown in the Twelfth® for both the inner and outer surfaces; or as shown in Figures 14 to 17 - the surface is provided with any distribution and shape The embossed road is 3 inches, the other side is smooth 31, and the embossed pattern 3 〇 can also be of any shape (see Figures 18 and 19); or as shown in Figures 14 to 17, both sides are provided There are arbitrarily distributed and shaped embossed lines 30 (refer to the twentieth figure); or the elastic layers 3 of the various structures described above are provided with through holes 3 2 'through holes 3 2 can be arbitrarily distributed, and the number of secrets to match The open-faced masks of Figures 8 and 10 are in such a manner that the corrective layer and the label are sufficiently fixed in the molding cavity of the molding die. In this way, when the label 4 and the finished product are molded into a body (the twenty-first figure), the elastic layer 3 is used as a buffer medium between the label 4 and the finished product 5, and the excess in the above-mentioned mold cavity is discharged in a timely manner. The gas makes the surface of the label 4 and the finished product 5 more tightly combined, which improves the value of the label and the finished product. [Simple description of the diagram] The first picture: the view of the raw material embryo. Second Figure: A cross-sectional view of a first conventional forming mold. Second Figure: A cross-sectional view of a second conventional forming mold. Figure 4: Decomposition diagram of the finished product and shrink film. Figure 5: A combination of a conventional finished product and a shrink film. 1276525 Fig. 6 is a cross-sectional view showing the use of the molding die of the present invention (1). Figure 7 is an enlarged view of Part A of Figure 6. Fig. 8 is a cross-sectional view showing the application of the molding die of the present invention (2). • Figure IX: A magnified view of Part B of Figure 8. • Figure 10: A cross-sectional view of the application of the molding die of the present invention (3). Figure 11: An enlarged view of part C of Figure 8. Fig. 12 is a view showing an embodiment (a) of the elastic layer of the present invention. φ Thirteenth Diagram · View of the elastic layer embodiment (II) of the present invention. • Figure 14: View of the embodiment (3) of the elastic layer of the present invention. Fifteenth Figure: A view of an embodiment (4) of the elastic layer of the present invention. Figure 16: A view of the embodiment (5) of the elastic layer of the present invention. Figure 17 is a view of the embodiment (6) of the elastic layer of the present invention. Figure 18 is an enlarged cross-sectional view showing a portion of the elastic layer of the present invention. Fig. 19 is a partially enlarged cross-sectional view of the elastic layer of the present invention. • Fig. 20 is a partially enlarged cross-sectional view III of the elastic layer of the present invention. Figure 21: Schematic diagram of the plastic product of the present invention. [Main component symbol description] Mold 1, 2 Master mold 1 0 Sub-mold 1 1 Molding grooves 110, 22 Inner wall 111, 220 Placement groove 112, 2 21 Vacuum suction pipe 2 0 0, 210 Elastic layer 3 Concave groove 3 0 Smooth shape 3 1 through hole 3 2 label 4 finished product 5