200809647 九、發明說明： 【發明所屬之技術領域】 尤 本發明係關於無線射頻辨識模内成型標籤（ 指一種於膠膜層設無線射頻辨識系統（Rjq D ) / ’ ’200809647 IX. Description of the invention: [Technical field to which the invention pertains] In particular, the invention relates to a radio frequency identification in-mold forming label (referred to as a radio frequency identification system (Rjq D ) / ’
Frequency Identification Device)，再於前、衆 之無線射頻辨識系統外側面設架橋層，以覆蓋於膜層 並對前述無線射頻辨識系統形成保護功能，且當， 置入塑膠成型模具與塑膠品一體成型時，該架^層=籤被 與塑膠品結合之媒介物，更易於製造具備無線射形成 能之塑膠製品。 ^、碎識功 【先前技術】 上，其 目 按目前無線射頻辨識，逐漸被運用於各種商 功能乃在加速物品之流通、辨識、確認及歸類等。二’ 前之無線射頻辨識晶片皆以表面黏著技術於膠膜、^ ’ 面，並將該膠膜層貼合於商品上方，而後再於膠膜$之表 面以一膠材貼合之，用以保護該膠膜層之無線备相層之表 統不會被破壞或磨損。 ，員辨識系 張電 其缺點為運用範圍受到極大之限制及每貼人 路板就必須跟著再以膠材貼合，對於大量運用之7 ~浪 言形成增加工作流程，致使產能降低，成本提高。用者而 又如申請案號第9 3 1 2 7 2 8 5、中國申 04 10 07 83 55·9號及美國申請第1 795號「無線射頻辨識模内成型標籤」，其中軟^6, 板上之無線射頻辨識系統設無線射頻辨識晶片及=纟電路 該天線為條狀之設置，使得天線可感應之面積過小二，， 線射頻辨識容易受週遭物件之阻擋而降低其辨識处且热 該無線射頻系統有辨識不易或失去辨識功能之可，使 響該成型標籤之辨識功能。 此性’影 5 200809647 外，更就基材部分再強化，拍如t、 接解決設置有無線射_識·# M膠膜f及架橋層就直 籤之結構，更為簡化、辨識塑膠模具模内成型標 寬廣。 識果更為強化，且運用範圍更 為此，本發明者，累籍之 研究與製造經驗，乃針f情揭久成型標籤之設計、 之運用缺點加以探討，乃發知無線射頻辨識系統 【發明内容】 ^ 本發明之目的，乃在接I .. 供一種可與塑膠品一體成型t :=:1統’“無線射頻辨識系統之運用層面; 本發明之特點有·· 1·本發明之無線射頻辨識模内成型 =卜側自妓闕，mi辨識=先 :頻辨識系統形成保護功能，及作為與塑膠品結 2 〃本毛明之無線射頻辨識模内成型標籤（一 用結構係於將本標籤被置人塑膠成 成型，器物製造者無再次加工之麻煩。…、謂--體 橋屏：以3:2線射頻辨識模内成型標籤（-）之架 ，層了以為塗佈膠層’即黏膠層；或是塑膠薄膜。 【實施方式】 ' 式解t下為使Μ番查員可充份了解本發明，兹依附圖 6 200809647 膠膜層1，膠膜層1之表面1 〇設無線射頻辨識糸統 (RFID) (Radio Frequency Identification Device)， 該無線射頻辨識系統包含無線射頻辨識晶片11及線路 1 2，線路1 2可由印刷或是蝕刻方式製成，且線路1 2 為複數環圍之設置，以加強訊號之感應強度，及線路之分 佈範圍狀態（如第一及二圖），則是依據實際需求或是感 應範圍加以決定，並非限制於第一及二圖之實施例，另線 路1 2之端點1 2 0及1 2 1設電橋1 3，以使線路1 2Frequency Identification Device), in addition to the front and the outside of the RFID system, a bridge layer is provided to cover the film layer and form a protection function for the aforementioned radio frequency identification system, and when the plastic molding mold and the plastic product are integrally formed At the time, the frame layer = the medium combined with the plastic product, making it easier to manufacture plastic products with wireless radiation forming energy. ^, 碎功功 [Previous technology] On the basis of current radio frequency identification, it is gradually applied to various commercial functions to speed up the circulation, identification, confirmation and classification of articles. The two front-end RFID chips are surface-adhesive to the film, and the film layer is attached to the top of the product, and then adhered to the surface of the film with a glue. The surface of the wireless backup layer that protects the film layer is not damaged or worn. The identification of Zhang Tie's shortcomings is that the scope of application is greatly limited and each person's road board must be followed by glue. This will increase the workflow for the use of a large number of applications, resulting in lower productivity and higher costs. . The user also has the application number No. 9 3 1 2 7 2 8 5, China Shen 04 10 07 83 55·9 and the US application No. 1 795 "Radio Frequency Identification In-Mold Forming Label", in which soft ^6, The radio frequency identification system on the board is provided with a radio frequency identification chip and a 纟 circuit. The antenna is arranged in a strip shape, so that the area that the antenna can sense is too small. The line radio frequency identification is easily blocked by surrounding objects and reduces the identification and heat. The wireless radio frequency system has the function of recognizing the difficulty or losing the identification function, and the identification function of the formed label is sounded. This kind of 'Shadow 5 200809647, in addition, the substrate part is re-enhanced, such as t, the solution is set to have a wireless shot _ _ _ M film f and the bridge layer directly sign the structure, more simplify, identify the plastic mold The in-mold molding has a wide label. The identification of the fruit is more intensive, and the scope of application is even more so. The inventor of the present invention, the research and manufacturing experience of the singularity, is the design of the long-formed label, and the application of the shortcomings, and the radio frequency identification system is known. SUMMARY OF THE INVENTION The object of the present invention is to provide a functional level of a radio frequency identification system that can be integrally formed with a plastic product. The present invention has the characteristics of the present invention. Radio frequency identification in-mold forming = self-definition, mi identification = first: frequency identification system to form a protection function, and as a plastic product 2 〃 毛 之 之 之 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线The label is placed into a plastic molding, and the manufacturer does not have the trouble of re-processing...., the body bridge screen: the 3:2 line RF identification of the in-mold forming label (-) frame, the layer is thought to be coated The rubber layer 'is the adhesive layer; or the plastic film. [Embodiment] The formula is to make the invention fully understand the invention, according to Figure 6 200809647, the film layer 1, the film layer 1 Surface 1 无线 Radio Frequency Identification System (RFID) (Radio Fre The radio frequency identification system includes a radio frequency identification chip 11 and a line 12, and the line 12 can be made by printing or etching, and the line 12 is set by a plurality of rings to enhance the intensity of the signal. And the distribution range state of the line (such as the first and second figures) is determined according to the actual demand or the sensing range, not limited to the first and second embodiments, and the end of the line 1 2 1 2 0 And 1 2 1 set the bridge 1 3 so that the line 1 2
形成一環狀通路，並於線路1 2適當位置設置無線射頻辨 識晶片1 1，該無線射頻辨識晶片1 1具有接收自線路1 2之訊號並處理或辨識之功能。及本發明所運用之無線射 識晶片11可以為一種唯讀之晶片或是一種可以重 複頊窝之晶片，端視本發明之運用目的。及/或該膠膜層 1也可以印刷有裝飾圖案，端視實際需要。 =、/架橋層2，架橋層2設於前述膠膜層1之無線射頻辨 識系統之外侧面，並完全覆蓋於前述膠膜層1之表面1 $ ’用以對前述膠膜層1之無線射頻辨識系統（RFID) (Radi0 Frequency Identificati〇n Device)形成適當之 f護致果。及該架橋層2可以為塗佈膠層，即黏膠層；或 =塑膠薄膜亦可，其目的除了可保護前述設置於膠膜層工 =面之無線射頻辨識系統（RFID) (Radi〇 Frequency 口 =tiflcatlon Device)外，更重要者乃作為標籤與塑膠 人=内一體成型之媒介物，藉以使得標籤與塑膠品3之結 σ义美，讓塑膠製品發揮無線辨識之功能。 再依據前述標籤實施例（_)，可被實施者，乃如圖 勹=不之實施方法（一），實施方法（一）之塑膠製品， =二塑膠品3，塑膠品一侧一體成型有前述標籤Α，標籤 備热線射頻辨識糸統（RFID )( Radio Frequency 200809647An annular path is formed, and a radio frequency identification chip 1 1 is disposed at an appropriate position of the line 12, and the radio frequency identification chip 1 has a function of receiving signals from the line 12 and processing or recognizing. The wireless imaging chip 11 used in the present invention can be a read-only wafer or a wafer capable of repeating the armpit, depending on the purpose of the application of the present invention. And/or the film layer 1 can also be printed with a decorative pattern, depending on actual needs. =, / bridging layer 2, bridging layer 2 is disposed on the outer side of the radio frequency identification system of the film layer 1 and completely covers the surface of the film layer 1 1 ' for wirelessly bonding the film layer 1 The Radio Frequency Identification System (RFID) (Radi0 Frequency Identificati〇n Device) forms an appropriate care result. And the bridging layer 2 may be a coating layer, that is, an adhesive layer; or a plastic film may be used, in addition to protecting the aforementioned radio frequency identification system (RFID) disposed on the laminating layer (Radi〇Frequency) In addition to the mouth = tiflcatlon Device), the more important one is the medium of the label and the plastic person = inside, so that the label and the plastic product 3 are suimei, so that the plastic product can play the function of wireless identification. According to the foregoing label embodiment (_), it can be implemented, as shown in the figure 不=No implementation method (1), the plastic product of the method (1), the second plastic product 3, the plastic product side is integrally formed The aforementioned label Α, label hotline radio frequency identification system (RFID) (Radio Frequency 200809647
Identification Device )，及塑膠品3另侧面設裝飾標 籤4，裝飾標籤4可印刷任意之文字、圖案，以產生具裝 . 飾效杲之塑膠製品，提昇塑膠製品之產品特色，如此，當 以成型模具製成塑膠製品前，係將前述標籤A及裝飾標籤 ‘ 4先置放於成型模具中，待塑膠品3射出成型；或押出成 - 型；或真空成型；或吹出成型後，前述標籤A及裝飾標籤 4即可與塑膠品3結合成一體，製造一側成型有本發明之 標籤A，另一側則同時成型有裝飾標籤4之模内成型塑膠 製品。 • 又如圖五所示，為本發明標籤實施方法（二），實施 方法（二）之塑膠製品，包含塑膠品3，於塑膠品3成型 之前，先於成型模具内設前述標籤A，標籤A具備無線射 頻辨識系統，且待塑膠品3與標籤A—體成型後，即可完 成本實施方法（二）之塑膠製品，提昇塑膠製品之功能性 . 與實用價值。 再如圖六所示，為本發明標籤之實施例（二），實施 例（二）係由前述實施例（一）衍生而得，因此，包含了 前述實施例（一）之標籤A結構，即包含： • 膠膜層1，膠膜層1之表面1 0設無線射頻辨識系統 (RFID) ( Radio Frequency Identification Device)， 該無線射頻辨識系統包含無線射頻辨識晶片11及線路 1 2，線路1 2可由印刷或是蝕刻方式製成，且線路1 2 為複數環圍之設置，以加強訊號之感應強度，及線路之分 佈範圍狀態（如第一及二圖），則是依據實際需求或是感 應範圍加以決定，並非限制於第一及二圖之實施例，另線 路1 2之端點120及121設電橋13,以使線路1 2 形成一環狀通路，並於線路1 2適當位置設置無線射頻辨 識晶片1 1 ’該無線射頻辨識晶片1 1具有接收自線路1 8 200809647 2之訊號並處理或辨識之功能。及本發明所運用之無線射 頻辨識晶片11可以為一種唯讀之晶片或是一種可以重 . 複讀寫之晶片，端視本發明之運用目的。及/或該膠膜層 1也可以印刷有裝飾圖案，端視實際需要。 第一架橋層2，第一架橋層2設於前述膠膜層1之無 - 線射頻辨識系統之外側面，並完全覆蓋於前述膠膜層1之 表面1 0，用以對前述膠膜層1之無線射頻辨識系統 (RFID) (Radio Frequency Identification Device) 形成適當之保護效果。及該第二架橋層2可以為塗佈膠 _ 層，即黏膠層；或是塑膠薄膜亦可，可保護前述設置於膠 膜層1表面之無線射頻辨識系統（RFID )( Radio Frequency Identification Device) ° 磁性材料層5 ’磁性材料層5位於架橋層2外侧，磁 性材料層5為具磁性之材料製成，可為標籤a表面產生如 金屬屏壁之作用，降低無線射頻系統（RFID) (Radi〇Identification Device), and plastic products 3 on the other side of the decorative label 4, decorative label 4 can print any text, pattern, to produce a plastic product with decorative effect, enhance the product characteristics of plastic products, so, when forming Before the mold is made into a plastic product, the label A and the decorative label '4 are first placed in the molding die, and the plastic product 3 is injection molded; or extruded into a type; or vacuum formed; or blown out, the label A is The decorative label 4 can be integrated with the plastic product 3, and the label A of the present invention is formed on one side, and the in-mold molded plastic product of the decorative label 4 is formed on the other side. • As shown in Fig. 5, the labeling method (2) of the present invention and the plastic product of the method (2) include plastic products 3. Before the plastic product 3 is molded, the label A and the label are placed in the molding die. A has a radio frequency identification system, and after the plastic product 3 and the label A are formed, the plastic product of the method (2) can be completed, and the functionality of the plastic product can be improved. Further, as shown in FIG. 6, the embodiment (2) of the label of the present invention is derived from the foregoing embodiment (1), and therefore, the label A structure of the foregoing embodiment (1) is included. That is, it includes: • a film layer 1, a surface of the film layer 1 is provided with a radio frequency identification system (RFID) (Radio Frequency Identification Device), the radio frequency identification system includes a radio frequency identification chip 11 and a line 12, line 1 2 can be made by printing or etching, and the line 12 is set by a plurality of loops to enhance the intensity of the signal and the distribution range of the line (such as the first and second figures), depending on actual needs or The sensing range is determined not to be limited to the first and second embodiments, and the terminals 120 and 121 of the line 12 are provided with the bridge 13 so that the line 12 forms an annular path and is in the proper position of the line 12. Setting up the radio frequency identification chip 1 1 'The radio frequency identification chip 1 1 has the function of receiving and processing or identifying the signal from the line 1 8 200809647 2 . The radio frequency identification chip 11 used in the present invention can be a read-only chip or a wafer that can be read and written repeatedly, and the application purpose of the present invention is viewed. And/or the film layer 1 can also be printed with a decorative pattern, depending on actual needs. a first bridge layer 2, the first bridge layer 2 is disposed on the outer side of the non-wire radio frequency identification system of the film layer 1, and completely covers the surface 10 of the film layer 1 for the aforementioned film layer 1 Radio Frequency Identification Device (RFID) forms an appropriate protective effect. And the second bridge layer 2 can be a coating glue layer, that is, an adhesive layer; or a plastic film can also protect the aforementioned radio frequency identification system (RFID) disposed on the surface of the film layer 1 (Radio Frequency Identification Device) ° Magnetic material layer 5 'The magnetic material layer 5 is located outside the bridging layer 2, and the magnetic material layer 5 is made of a magnetic material, which can act as a metal screen for the surface of the label a, reducing the radio frequency system (RFID) ( Radi〇
，其他如塑膠杯、罐、容器等均 又如前述運用例（一）之塑膠卡 9 200809647 片可士用本發明前述第四圖之實施方法（-）或前述第五 圖之二化方去（二），若採用實施方法（一）之方式，可 膠卡片一侧設裝飾標籤4，並於另一側設具無線射頻 \ ^RFID) (Radio Frequency Identification 女e^ice)之標籤A，即可令該運用例（一）之塑膠卡片具 有二線射_識之效果，並可產生美觀裝飾之塑膠卡片。 又1述運用例（一）若採用實施例（二）之方法，則可於 塑膠卡片具備無線射頻辨識系統（RFID )( Radi〇Others such as plastic cups, cans, containers, etc. are also the plastic card 9 of the above-mentioned application example (1). 200809647 The film can be implemented by the method (-) of the fourth figure of the present invention or the fifth figure of the foregoing (2) If the method of implementation method (1) is adopted, the decorative label 4 is provided on one side of the glue card, and the label A of the radio frequency identification ( ^ RFID) (Radio Frequency Identification female e^ice) is disposed on the other side. The plastic card of the application example (1) can have the effect of two-line radiation and can produce a beautifully decorated plastic card. Another application example (1) If the method of the embodiment (2) is used, the RFID card can be provided with a radio frequency identification system (RFID) (Radi〇)
Frequency Identification Device)，方便使用者身份 之辨識等效果。 另如運用例（二）之立體狀之塑膠製品，該立體狀之 塑膠製品成型時並與前述標籤A為—體成型，且建議採用 前述第五圖之實施方法（二）之成型方法，以於立體狀之 塑膠製品表面形成具無線射頻辨識與裝飾之模内成型標 籤。 $ —再前述之第七及八圖之運用例（一）及（二）’可以採 用弟 一圖貝加例（一）之標籤，亦可以採用第六圖實 施例（二）之標籤為之，又因實施例（二）之標籤具磁性 材料層5，可對無線射頻辨識系統（RFID ) ( Radi〇Frequency Identification Device), which is convenient for identifying the user's identity. In addition, the three-dimensional plastic product of the example (2) is formed by forming the three-dimensional plastic product together with the aforementioned label A, and it is recommended to adopt the molding method of the fifth embodiment (second). The in-mold forming label with radio frequency identification and decoration is formed on the surface of the three-dimensional plastic product. $ - The application examples (1) and (2) of the seventh and eighth diagrams above may be carried out by using the label of the first version of the figure (a) or the label of the embodiment (2) of the sixth figure. And because the label of the embodiment (2) has a magnetic material layer 5, which can be used for a radio frequency identification system (RFID) (Radi〇)
Frequency Identification Device)產生金屬屏壁之功 能，可降低外界雜訊之干擾，並有更佳之可辨識性:如前 述運用例（一）所示一般常見之I C卡；或車票卡；或攸 遊卡等塑膠卡片之運用，則可於塑膠卡片單面產生具無線 射頻辨識之功能’使塑膠卡片另面則可再設置I c晶片或 其他電子通訊糸統之採用，提兩塑膠卡片之應用價值，又 如萷述運用例（二）立體狀之塑膠製品，因塑膠製品之内 容物可能為具磁性或電性之金屬物質或是將本標籤直接 貼設於金屬物品上，則利用第六圖實施例（二）之標籤具 200809647 金屬屏壁之特性，可降低塑膠製品内容物對無線射頻辨識 系統（RFID) (Radio Frequency Identification Device) • 之干擾，使塑膠製品即使裝填具磁性或電性之内容物，亦 不衫響塑膠製品無線射頻辨識之效果，使塑膠製品之腐用 範圍更加提昇，又實施例（二）並非僅限於前述運用例（〜一) ^ 及（二I之採用，當塑膠製品需處於具有大量磁性或電性 之環境下，皆可採用本發明之實施例（二），使塑膠 製品於任何環境之下皆能保有無線射頻辨識之功能，讓塑 膠製品之使用具有更佳之便利性，更提升塑膠製品之應用 ϋ 價值。 如此，使本發明之標籤可以被隨意運用於任何物品 上，對於無線射頻系統之運用極為方便快速，為本案之組 成。 /、 【圖式簡單說明】 • 第一圖：本發明之標籤實施例（一）之俯視圖。 第二圖：本發明標籤實施例（一）之不同線路排列之標籤 俯視圖。 第三圖：如第一圖之標籤之A—Α剖視及部分放大視圖。 • 第四圖：本發明標籤運用實施方法（一）之剖視圖。 第五圖：本發明標籤運用實施方法（二）之剖視圖。 -第六圖：本發明之標籤實施例（二）之剖視及部分放大視 圖。 第七圖：本發明可運用例（一）之立體視圖。 第八圖：本發明可運用例（二）之立體視圖。 【主要元件符號說明】 膠膜層1、。表面1 〇、無線射頻辨識晶片i i、線路 12、端點120、端點121、電橋13、架橋層2、 第一架橋層2、塑膠品3、裝飾標籤4、磁性材料層5、 11 200809647Frequency Identification Device) The function of generating metal screens can reduce the interference of external noise and have better identifiability: such as the common IC card shown in the above application example (1); or ticket card; or travel card When the use of plastic cards is used, the function of radio frequency identification can be generated on one side of the plastic card. 'The plastic card can be set up on the other side, and the application of I c chip or other electronic communication system can be set up to mention the application value of the two plastic cards. Another example is the application of (2) three-dimensional plastic products. Since the contents of the plastic products may be magnetic or electrical metal materials or the label is directly attached to metal objects, the sixth figure is implemented. The label of the example (2) has the characteristics of the metal screen wall of 200809647, which can reduce the interference of the contents of the plastic products to the Radio Frequency Identification (RFID) (Radio Frequency Identification Device), so that the plastic products can be filled with magnetic or electrical contents. The effect of radio frequency identification of plastic products does not make the range of rot of plastic products even higher, and the example (2) is not Limited to the above-mentioned application examples (~1)^ and (II), when the plastic product needs to be in a large magnetic or electrical environment, the embodiment (2) of the present invention can be used to make the plastic product in any environment. All of them can retain the function of radio frequency identification, which makes the use of plastic products more convenient and enhances the application value of plastic products. Thus, the label of the present invention can be applied to any item at will, for wireless radio frequency system. The application is extremely convenient and fast, and is a component of the present invention. /, [Simple description of the drawings] • First figure: a top view of the label embodiment (1) of the present invention. Second figure: difference of the label embodiment (1) of the present invention The top view of the label of the line arrangement. The third picture: A-Α cross-section and a partial enlarged view of the label of the first figure. • Fourth figure: a cross-sectional view of the label application implementation method (1) of the present invention. A cross-sectional view of the label using the method (2). - Figure 6: a cross-sectional view and a partial enlarged view of the label embodiment (2) of the present invention. The stereoscopic view of the example (1) can be used. The eighth figure: the stereoscopic view of the application example (2) of the present invention. [Description of main component symbols] Film layer 1. Surface 1 无线, RFID chip ii, line 12. End point 120, end point 121, bridge 13, bridge layer 2, first bridge layer 2, plastic product 3, decorative label 4, magnetic material layer 5, 11 200809647
第二架橋層6、標籤A 12Second bridge 6, label A 12