M348116 八、新型說明： 【新型所屬之技術領域】 種用於 性且避 本創作係一種印刷標籤之膠膜基材，尤其係一 印刷標籤’且具菱形紋路，以與物品有良好的接著 免產生氣泡的膠膜基材。 【先前技術】M348116 VIII. New Description: [New technical field] A kind of film substrate for printing and labeling, especially for printing labels, and with diamond-shaped lines, so as to have a good follow-up with the articles. A film substrate that produces bubbles. [Prior Art]
一般在膠水瓶等塑膠物 膜標藏，而在薄膜標籤上印 保存曰期等文字或圖案，然 膠物品射出成型’再將印刷 的方式黏貼在該塑膠物品上 無法整齊地黏附於塑膠物品 皺折，非常不美觀，又必須 南昂。 口0上，皆會黏貼一張透明的薄 刷有物品名稱、成分、製造或 而，既有的製作方法係先將塑 好的薄膜標籤以黏著劑以人工 ，然而，這樣會使得薄膜標籤 上，而且又會讓薄膜標籤產生 耗費人力，因此製作成本相當 請參看第四圖所示，因此，有人在塑膠物品成型前先 • 將一膠膜基材（5〇)放置於一模具（4〇)之底部，該膠膜基材 (50)於一面已印刷有文字或圖案（圖中未示），而另一面則 已塗佈有熱活化膠（51 )，且該熱活性膠（51)係已經乾燥’ ' 而該膠膜基材（50)之一面係朝向模具（40)底部，再灌入塑 • 料（60) ’使其同時射出成型，由於射出成形時會加熱，使 得熱活化膠（51)恢復黏性，最後即可成型出黏附有膠膜基 材（50)的塑膠物品。這種方式能夠讓每一塑膠物品的勝膜 基材（50)都黏貼在同一的位置，而且能夠減少敵折的產生， 使得該塑膠物品的外觀令人感覺舒適。 4 M348116 然而，這種塑膠物品成型後，膠膜基材（5〇)之孰活性 與塑膠物品之間仍會有些許氣泡產±，使得膠膜基 :(5〇)無法平整地貼附於該塑膠物品上，目此仍有需要改 善的空間。 【新型内容】 本創作人有馨於目前膠膜基材仍無法平整地貼附在塑 膠物品上，因此經過不斷的研究以及持續的試驗之後，終 於創作出此印刷標籤之膠膜基材。 、 本創作之目的係在於提供一種用於印刷標籤，且且菱 ::路，以與物品有良好的接著性且避免產生氣泡的朦膜 —為達上述目的，本創作主要係於一膠膜基材之本體的 6表面具有-膠層，該膠層上形成有凹設於該膠層的菱形 :路’其係由兩組各相互平行的斜線交錯而成，各菱形紋 中二斜線交錯所夾之銳角呈16度。 藉由膠膜基材之膠層上凹陷的菱形紋路以及其所夹的 二角度，使得膠膜基材能釣在射出成形時，該谬膜基材 :料之間的空氣得以快速地排出’而減少成型後塑膠物 :’、膠膜基材之間存在的氣泡’讓該膠膜基材能夠平整地 貼附於該塑膠物品上。 【實施方式】 π參看第—至三圖所示’本創作印刷標籤之膠膜基 才才’其係包括： 一本體（1 0); M348116 一膠層（20)，其係塗佈或印刷於該本體（1〇)之一表面， 其較佳的是熱活化膠，該膠層（20)的表面凹設有菱形紋路 (21) ’其係由兩組各相互平行的斜線交錯而成，各菱形紋 路⑺）中二斜線交錯所炎之銳角呈16度，即各斜線與水平 面相交的角度為8度； . 一印刷層（30)，其係印刷於該本體（1〇)之另一表面， ' 其可為文字或圖案。 • 綱之膠膜基材的製造方法，其係包括以下步驟： 1_將一壓輪以雕刻機雕刻出菱形壓紋，且各菱形之銳 角呈16度； y 2_提供-膠膜基材’並於其中一側塗佈熱活性膠，並 使其乾燥； 3.再利用該壓輪將其上的菱形壓紋壓印在一勝膜基材 的膠層上，以令該膠膜基材的膠層形成有菱形紋路。 其中，該膠膜基材可在被該壓輪壓印之前或之後於具 _ 有菱形紋路的對側印刷形成一印刷層。 习具有本創作之膠膜基材的塑.膠物品製作方法，係將該 勝膜基材放置於-模具中，且該勝膜基材之印刷層對應位 ，於模具之底部，之後再灌入塑料，並將該塑料射出成型， •同時膜具有中膠膜基材亦同時射出成型，且熱活性膠會溶 化而與成型的塑膠物品黏附，在膠層與塑料之間的氣泡能 鉤沿著菱形紋路快速地消散，以避免膝膜基材與塑膠物品 之間存在有氣泡，而有貼附不平整的問題。 本創作係在路層上屋印出菱形紋路，而且經過許多試 6 M348116 ，因此能夠大量減少i 呈16度 膠膜基材 驗之後發現各菱形紋路中 時，氣泡排出之速度最快 與塑料之間的氣泡。 【圖式簡單說明】 第一圖係本創作之立體圖。 第一圖係本創作膠層的平面圖。 第二圖係本創作菱形紋路之角度視意圖。Generally, it is marked in a plastic film such as a glue bottle, and the words or patterns such as the flood season are printed on the film label, and the rubber article is injection molded. Then the printing method is adhered to the plastic article, and the plastic article cannot be neatly adhered to the plastic wrinkle. Fold, very unattractive, and must be south. On the mouth 0, a transparent thin brush will be attached to the name, composition, manufacture or the name of the article. The existing method is to manually apply the plastic film label as an adhesive, however, this will make the film label And it will make the film label labor-intensive, so the production cost is quite as shown in the fourth figure. Therefore, some people put a film substrate (5〇) in a mold before molding the plastic article (4〇) At the bottom of the film, the film substrate (50) has been printed with a letter or pattern (not shown) on one side, and the other side has been coated with a heat activated glue (51), and the heat activated glue (51) The system has been dried '' and one of the film substrates (50) faces the bottom of the mold (40), and is then poured into the plastic (60)' to be simultaneously injection molded, which is heated due to heat generation during injection molding. The glue (51) restores the viscosity and finally forms a plastic article with a film substrate (50) adhered thereto. In this way, the film substrate (50) of each plastic article can be adhered to the same position, and the generation of the enemy fold can be reduced, so that the appearance of the plastic article is comfortable. 4 M348116 However, after the plastic article is formed, there will still be some bubble generation between the adhesive activity of the film substrate (5〇) and the plastic article, so that the film base: (5〇) cannot be attached flatly. On the plastic article, there is still room for improvement. [New content] The creator of this creator has not been able to attach the plastic film substrate to the plastic article. Therefore, after continuous research and continuous testing, the film substrate of the printed label is finally created. The purpose of this creation is to provide a ruthenium film for printing labels and having a good adhesion to the articles and avoiding the generation of air bubbles for the above purpose. The present invention is mainly for a film. The surface of the body 6 has a glue layer formed with a diamond shape recessed in the glue layer: the road is formed by two sets of mutually parallel oblique lines, and the two diagonal lines are interlaced in each diamond pattern. The acute angle is 16 degrees. By the concave diamond-shaped lines on the adhesive layer of the film substrate and the two angles sandwiched by the film substrate, the film substrate can be caught in the film formation, and the air between the materials can be quickly discharged. The plastic material after molding is reduced: 'the air bubbles existing between the film substrates' allows the film substrate to be flatly attached to the plastic article. [Embodiment] π refers to the film of the original printed label shown in the first to third figures. The system includes: a body (10); M348116 a glue layer (20), which is coated or printed. Preferably, on one surface of the body (1〇), a heat-activated glue is formed, and the surface of the glue layer (20) is concavely provided with a diamond-shaped groove (21)' which is formed by two sets of mutually parallel oblique lines. , in each diamond-shaped line (7)), the acute angle of the two oblique lines is 16 degrees, that is, the angle at which the oblique lines intersect the horizontal plane is 8 degrees; a printed layer (30) printed on the body (1〇) a surface, 'which can be a text or a pattern. • The manufacturing method of the film substrate comprises the following steps: 1_ engraving a pressure wheel with a diamond-shaped embossing machine, and the acute angle of each diamond is 16 degrees; y 2_ provides - film substrate 'And apply a hot active adhesive to one side and dry it; 3. Use the pressure wheel to imprint the diamond embossing on the rubber layer of the film substrate to make the film base The glue layer of the material is formed with a diamond pattern. Wherein, the film substrate can be printed on the opposite side of the diamond-like pattern to form a printed layer before or after being imprinted by the pressure roller. The method for manufacturing a plastic and rubber article having the film substrate of the present invention is to place the film substrate in the mold, and the printing layer of the film substrate corresponds to the bottom of the mold, and then refill Into the plastic, and the plastic injection molding, • At the same time the film has a medium film substrate also injection molding, and the hot active glue will melt and adhere to the molded plastic article, the bubble can be hooked between the glue layer and the plastic The diamond-shaped lines are quickly dissipated to avoid the presence of air bubbles between the knee tissue and the plastic article, and there is a problem of unevenness. This creation system prints diamond-shaped lines on the road floor, and after many tests 6 M348116, it can greatly reduce the speed of bubble discharge and the plastics when the diamond film is found to be 16 degrees. Bubbles between. [Simple description of the diagram] The first picture is a perspective view of the creation. The first picture is a plan view of the glue layer. The second picture is the perspective of the creation of the diamond-shaped line.
第四圖係既有膠膜基材射出成型之示意圖。 【主要元件符號說明】 (1〇)本體 (21)菱形紋路 (40)模具 (51)熱活化膠 (20)膠層 (30)印刷層 (50)膠膜基材 (60)塑料The fourth figure is a schematic diagram of the injection molding of the adhesive film substrate. [Main component symbol description] (1〇) body (21) diamond pattern (40) mold (51) heat activated adhesive (20) adhesive layer (30) printed layer (50) film substrate (60) plastic
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