TW201029021A - Transparent conducting film of a touch panel - Google Patents

Transparent conducting film of a touch panel Download PDF

Info

Publication number
TW201029021A
TW201029021A TW98102281A TW98102281A TW201029021A TW 201029021 A TW201029021 A TW 201029021A TW 98102281 A TW98102281 A TW 98102281A TW 98102281 A TW98102281 A TW 98102281A TW 201029021 A TW201029021 A TW 201029021A
Authority
TW
Taiwan
Prior art keywords
transparent
layer
conductive film
conductive layer
touch panel
Prior art date
Application number
TW98102281A
Other languages
Chinese (zh)
Inventor
Jian-Jin Mai
yong-feng Wang
rui-tang Yin
kai-hong Wang
Original Assignee
Camma Optical Co Ltd
Jian-Jin Mai
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Camma Optical Co Ltd, Jian-Jin Mai filed Critical Camma Optical Co Ltd
Priority to TW98102281A priority Critical patent/TW201029021A/en
Publication of TW201029021A publication Critical patent/TW201029021A/en

Links

Abstract

This invention relates to a transparent conducting film of a touch panel. The transparent conducting film comprises a transparent base material. The surface of the transparent conducting film has multiple laminated layer bodies that are formed by laminated layers. Furthermore, except for a conducting layer, at least one laminated layer of the base material or the laminated layer body contains dye, pigment, coloring material, or coloring agent. As a result, except for the conducting layer of the laminated layer body, the transparent conducting film of this invention has a transparent appearance in the visible light region and a b* value in the color coordinate lies between -10 ≤ b* ≤ 0.

Description

201029021 六、發明說明: 【發明所屬之技術領域】 本發明乃猶關-画触板之翻導賴,找應用於電 阻:、電谷式砸面板之透明導賴,使其於辆、通過該透 膜後’可達成其顯示時色澤之改善者。 【先前技術】201029021 VI. Description of the invention: [Technical field to which the invention belongs] The present invention is a guide for drawing a touch panel, and is applied to a transparent guide of a resistor: an electric valley type panel, so that it can be used in a vehicle. After the film is permeable, it can achieve the improvement of the color when it is displayed. [Prior Art]

神習知之透明導電膜早期為於玻璃上形成一氧化鋼層,而成為 所明的¥電性玻璃’但玻璃材質之可撓性、加卫性較差,且耐衝 擊及輕質化纽林佳。故現麵明導麵已漸㈣聚乙稀對苯 (P〇1^lene Terephthalate,PET) 所取代。 吵 因該透明導電时賴於與電料難面板(τ_ panel)’故雜應用時進一步要考慮到透明度、彎折性、耐括性, 以及應观狱中可能產生之高溫度和高濕度之嚴苛環境條件。 、目解⑽述之透明導電膜結射,乃具—前述瓣材質之 透明基材’於其基材表面成有概層之積層體; 如圖一所示,透明導電膜1具—透明塑膠材質製之基材i 於基材1 1表面成有複數層之積層體12,該積層體i 2包 含有導電層121、硬質塗層}2 2及接著處理層m 導電 一奴遨用銦錫氧化物(Indiun ιιη 〇他’ ™)之材料為主,並域空聽法、顧法、離子被覆 法、喷霧熱分解法、化學鍍覆法 、電鏟法或該等之組合法形成, 201029021 其中則以真空蒸鍍法、濺鏟法氣 嘴私難。硬質塗層1 2 2則係為防 ^到知、赌及牛_縣之發生,其㈣可勒硬織脂類之 材料,又硬質塗層122之形成亦有抗眩光-卜Η㈣之功 能。而基材1 1與硬f塗層1 2 2之間並以接著處理層1 2 3做 為橋接0God knows that the transparent conductive film formed an oxidized steel layer on the glass in the early stage, and became the obvious electric glass. However, the flexibility of the glass material is poor, the durability is poor, and the impact resistance and light weight are not good. . Therefore, the surface of the surface has been replaced by P (1) lene terephthalate (PET). The reason for this transparent conduction depends on the hard-to-electric panel (τ_ panel). Therefore, the transparency, bending, and durability should be further considered, and the high temperature and high humidity that may be generated in the prison should be considered. Harsh environmental conditions. The transparent conductive film which is described in (10) is formed by a transparent substrate of the above-mentioned valve material having a layered layer on the surface of the substrate; as shown in FIG. 1, the transparent conductive film 1 has a transparent plastic The substrate i made of a material has a plurality of layers 12 on the surface of the substrate 1 1 , and the laminate i 2 includes a conductive layer 121, a hard coat layer 2 2 and a subsequent treatment layer m. The material of the oxide (Indiun ιιη 〇他' TM) is mainly composed of a field air listening method, a Gu method, an ion coating method, a spray pyrolysis method, an electroless plating method, a shovel method, or a combination thereof. 201029021 Among them, the vacuum evaporation method and the splashing method are difficult. The hard coating 1 2 2 is used to prevent the occurrence of gambling, gambling and cattle _ county, and (4) the material of the hard-rubber-like resin, and the formation of the hard coating 122 also has the function of anti-glare - Η Η (4). And between the substrate 11 and the hard f coating 1 2 2 and the subsequent processing layer 1 2 3 as a bridge 0

一般而言,現行電阻與電容式觸控面板的導電阻值約在i 〇 0 ///m至6 0 ΟΩ/細’賴之透明導電膜i中的導電層 1 2 1厚度約從1 5咖至75nm之間。於是,如圖二所示,依CIE Lad c〇k _em分佈圖可得知當導電層工2 ι厚度超出工〇⑽ 之後’其腕座標作就會切1,《味料_透明導電膜 1之光源色澤將會明顯變化,而依 阳依如圖一所不,不難發現常應用 之導電層12 1的厚度(1 5nn^75nm)㈣值約在卜4之 間’該導電層121係偏黃色。另如圖三所示、現行流通於市面 經成有硬質塗層1 22之紐1 1其顏色座標於b*_介於〇 ·In general, the current resistance of the current resistive and capacitive touch panel is about i 〇0 ///m to 60 ΟΩ/fine. The conductive layer in the transparent conductive film i is about 1 5 thick. Coffee is between 75nm. Therefore, as shown in Figure 2, according to the CIE Lad c〇k _em distribution map, it can be seen that when the thickness of the conductive layer 2 ι exceeds the work (10), the wrist of the wrist will be cut 1, "Materials_Transparent Conductive Film 1 The color of the light source will change significantly, and it is not difficult to find the thickness of the commonly used conductive layer 12 1 (1 5 nn ^ 75 nm) (four) value between about 4 'the conductive layer 121 Yellowish. As shown in Figure 3, the current circulation in the market is made of hard coating 1 22 New Zealand 1 1 color coordinates in b * _ 〇

2 - 0 . 9之間,因此’在於整個透明導電膜1完成後,其匕*值 表現會大於2,卿光騎射戦透料電町之後,其色澤會 呈現出偏黃色之現象。 又現行之電阻與電谷式觸控面板業之廢商對於透明導電膜材 料供應商之要求規格,-般普通要求b*值要在小於3之中,但在 -些屬較高狀_巾,齡縣於其顯轉顯科無不希望色 偏差越小鑛,甚至希魏示關科關偏藍色,且此一要求 趨勢已漸成為該項產品追求精進之主要目標之一。 201029021 【發明内容】 本:明乃係有關一種觸控面板之 具有一透_之基材,其厚度介於2導電膜 基材之表面有_層、_、_ 個積層所成之積層體,其中,積層體中的導電數 主,其厚度約從15nn^75nm θ 之材料為 材、或積層趙中除了導電層之外的财之基 (卿邮)、色料或色劑,並使本料 在可見光ϋ域色鋪之餘n㈣ 之間。當光源騎過透料電财卿電 : 色料或色劑之細_時,___ 讀不時其·座標之b*值表現會落在-i 〇 gb* 間,達到顯示時呈現白色或偏藍之色澤。 —~ 之 【實施方式】 本發明乃係有關-_控面板之_導電膜,如圖四所示, 該透明導電膜2具有-透明材質之基材21,其表面有複触積 層峨之積舰2 2。紐2 1讀質域__,但以聚乙 烯對苯二甲酸S旨(P〇lyethyleneTerephthaiate,阳為主之 種瓣為較佳,其厚度介於2㈣至3 0 0㈣之間,而最佳者 則係介於1 G卿至⑽㈣之間。體2 2中之各夢至少包 含有導電層221、硬質塗層2 2 2及接著處理層。導電 層2 2 1用以導通電流’以™之材料為主,其厚度約從i 5服 201029021 至75nm之間,接著處理層2 2 3介於導電層2 2 1與硬質塗層 2 2 2之間’係用以令導電層2 21與硬質塗層2 2 2二者产接 所用’接著處理層2 2 3以透明性粘著劑為主,硬質塗層2 2 2 以硬化樹脂類之材料為主如··蜜胺樹脂、胺基曱酸酯樹脂、醇酸 , 樹脂、丙烯酸系樹脂、聚矽氧樹脂等。其中,本發明透明導電膜 2中之基材21、或積層體2 2中除了導電層2 21之外的至少 一積層係含有染料、顏料(pigment)、色料或色劑,並使本發明透 • 明導電膜2除導電層2 21之外,在可見光區域呈透明且顏色座 標之b*值表現在一 1 〇$b*g〇之間。而前述中導電層2 2工的 厚度係約1 5nm至7 5nm之間,故其b*值約在1 — 4之間。如此 一來,當光源透射過本發明透明導電膜2中的導電層2 21以及 其他具有染料、色料或色劑之基材21或積層體2 2時,將產生 混光’而最終於顯示器顯示時其顏色座標之“值表現會落在〜1 〇^別· 9之間’剌顯示時其色澤呈現白色或偏藍色澤之 要求。 另如圖五所示,本發明為能提高導賴之信雛與增加拆 水氣渗透’本發明翻㈣膜2中之積層體2 2部分,更可於 導電層2 2 !之底下形成有緩衝層2 2 4 (她_的,号 衝層2 2 4可為是無機⑽2)或有機之物質所成者。 又如圖六所示,本發明读明 ^ 拥導電膜2結構巾,積層體2 2 分中之缓衝層224與基材2]之^$ 及接著處理層223。 更可形成有硬質塗層22 201029021 本發明透明導電膜2 色劑之_22#二=: 或色===Γ:Γ、顏料一、色料 除導電層221之外,在;:光;足本發明透明導電膜2 現在-1 n<hkn 見紅且齡座標之b*值表 π之條件下,具絲料、麟(pi_t)、 色^色劑撕乃爾爾㈣加增體2 2中之任 =層且W_21加上積層體⑽之複數個積層 、、且成/是勤積顧2 2巾單—制錢數個積騎組成者。 丁上所述’本發明觸控面板用之透明導電膜藉由上述之结 2、’確實可改善習知之缺點,已細者增進功效,符合具 進步性之要件,爰依法提出發明之申請,祈請貴審查委員之 詳鑑,惠賜為准予專利之審定,至感德便。 Φ 【圖式簡單說明】 圖一係f知之透明魏縣構示意圖。 圖:係導電層厚度/顏色座標分佈圖(αΕ Lad eolor system)。 圖-係現彳了市售巾經成有硬質塗層之紐之b*健理表。 圖四係本發料明導電膜結構示意圖。 圖五係本翻透明導電膜結制實施例示意圖。 I、係本發8賤料電赌觀實補示意圖。 【主要元件符號說明】 201029021 1透明導電膜 2透明導電膜 1 1基材 121導電層 12 3接著處理層 2 1基材 2 21導電層 2 2 3接著處理層 1 2積層體 12 2硬質塗層 2 2積層體 2 2 2硬質塗層 2 2 4緩衝層Between 2 and 0.9, therefore, after the completion of the entire transparent conductive film 1, the 匕* value will be greater than 2, and the color will appear yellowish after the Qingguang riding the 戦. In addition, the current consumption of resistors and electric valley touch panel industry for the requirements of transparent conductive film material suppliers, the general requirements b* value should be less than 3, but in some of the higher shape In the county, the age-changing department has no hope that the color deviation will be smaller, and even the Shiwei show that the Guankeguan is blue, and this demand trend has gradually become one of the main goals of the product pursuit of excellence. 201029021 [Invention] The present invention relates to a substrate having a transparent surface of a touch panel having a thickness of 2 layers, a layer of _, _, and _ layers formed on the surface of the conductive film substrate. Wherein, the conductive number in the laminated body is mainly composed of a material having a thickness of about 15 nn^75 nm θ, or a layer of material in addition to the conductive layer in Zhao, (Qing), a coloring matter or a toner, and It is expected to be between n (four) of the visible light. When the light source rides over the electricity, the color of the colorant or the toner _, ___ read the time, the b* value of the coordinate will fall between -i 〇gb*, when the display is white or partial Blue color. [Embodiment] The present invention relates to a conductive film of a --control panel. As shown in FIG. 4, the transparent conductive film 2 has a substrate 21 of a transparent material, and the surface thereof has a product of a complex touch layer. Ship 2 2. New 2 1 reading quality domain __, but with polyethylene terephthalic acid S (P〇lyethyleneTerephthaiate, yang-based species of petal is preferred, its thickness is between 2 (four) to 300 (four), and the best The system is between 1 G qing and (10) (4). Each of the dreams in the body 2 2 includes at least a conductive layer 221, a hard coat layer 22 and a subsequent treatment layer. The conductive layer 2 2 1 is used to conduct current 'to TM The material is mainly, the thickness is about from 201029021 to 75nm, and then the treatment layer 2 2 3 is between the conductive layer 2 2 1 and the hard coating 2 2 2 to make the conductive layer 21 and hard The coating 2 2 2 is used for the production of the two. The subsequent treatment layer 2 2 3 is mainly composed of a transparent adhesive, and the hard coating 2 2 2 is mainly composed of a hardened resin material such as melamine resin or amine hydrazine. An acid ester resin, an alkyd resin, a resin, an acrylic resin, a polyoxyl resin, etc., wherein at least one layer other than the conductive layer 21 in the substrate 21 or the laminate 2 in the transparent conductive film 2 of the present invention. Containing a dye, a pigment, a colorant or a toner, and making the transparent conductive film 2 of the present invention transparent in the visible light region except for the conductive layer 2 21 And the b* value of the color coordinates is between 1 〇$b*g 。. The thickness of the middle conductive layer 2 is between about 15 nm and 75 nm, so the b* value is about 1-4. In this way, when the light source is transmitted through the conductive layer 21 in the transparent conductive film 2 of the present invention and other substrates 21 or laminates 2 having dyes, toners or toners, light mixing will occur. Finally, when the display is displayed, the "value of the color coordinates will fall between ~1 〇^别·9". When the display is displayed, its color appears white or blue. As shown in Figure 5, the present invention is capable of Increasing the belief of the derivation and increasing the penetration of the water-decomposing gas into the layer 2 2 of the laminate film of the present invention, and forming a buffer layer 2 2 4 under the conductive layer 2 2 ! The punch layer 2 2 4 may be made of inorganic (10) 2) or organic substances. As shown in Fig. 6, the present invention also discloses a conductive film 2 structured towel, a buffer layer 224 of the laminated body 2 2 and The substrate 2] and the subsequent treatment layer 223. The hard coating layer 22 can be formed. 201029021 The transparent conductive film 2 of the present invention _22# two =: or color ===Γ: Γ, pigment In addition to the conductive layer 221, the color material is in the light; the transparent conductive film 2 of the present invention is now -1 n <hkn sees the red and the b* value table π of the age coordinates, with silk, lin (pi_t ), coloring agent tearing ner (4) plus adding body 2 2 = layer and W_21 plus a plurality of layers of the layered body (10), and into / is a diligent product 2 2 towel list - money a few products Riding the squad. The above-mentioned transparent conductive film for the touch panel of the present invention can improve the shortcomings of the conventional ones by the above-mentioned knots 2, and has improved the efficacy and conforms to the progressive requirements. For the application of the invention, please ask the detailed review of the reviewing committee, and the gift is granted for the approval of the patent. Φ [Simple description of the diagram] Figure 1 is a schematic diagram of the transparent Wei County structure. Figure: Conductive layer thickness / color coordinate distribution map (αΕ Lad eolor system). Figure - is now a b* Jianli table with a commercially available towel and a hard coated coating. Figure 4 is a schematic view showing the structure of the conductive film of the present invention. Figure 5 is a schematic view showing an embodiment of the present invention. I. This is a schematic diagram of the actual gambling gambling. [Main component symbol description] 201029021 1 transparent conductive film 2 transparent conductive film 1 1 substrate 121 conductive layer 12 3 subsequent processing layer 2 1 substrate 2 21 conductive layer 2 2 3 subsequent processing layer 1 2 laminated body 12 2 hard coating 2 2 laminated body 2 2 2 hard coating 2 2 4 buffer layer

Claims (1)

201029021 七、申請專利範圍: 1 · -麵控面板之透明導_,包含有 一透明基材; 複數個積層所成之積層體形成於翻基材之表面,該積層體 至少包含有導電層、絲、接著處理層及緩衝層;、曰 其中透明導電膜除了積層體中的導電層之外,透明導電膜 在可見光區域壬咖且純絲之b*録現在 <201029021 VII. Patent application scope: 1 · - Transparent guide _ of the face control panel, comprising a transparent substrate; a laminate formed by a plurality of laminates is formed on the surface of the flip substrate, the laminate body comprising at least a conductive layer and a wire And then processing layer and buffer layer; 曰 wherein the transparent conductive film except the conductive layer in the laminated body, the transparent conductive film in the visible light region and the pure silk b* recorded now < 0之間。 υ== 2巾^專利㈣第1項所述之觸控面板之翻導電膜,其 滿足透明導電膜除了積層體中的導電層之外,在可見光 區域呈_且顏色座標之魏在—1 之間 條件乃係由其基材具有染料、顏料(pi柳邮)、色料或色 劑所致者。 / •如申請專·圍第1項所述之觸控面板之翻導電膜,其 # 巾’滿足透明導電膜除了積層體中之導電層之外,在可見光 區域呈透日纽顏色麵之b*絲現在-1 之間 之條件’乃係由積層體中除了導電層之外的至少—積層係具 有染料、顏料(pigment)、色料或色劑所致者。 4如申請專利範圍第1項所述之觸控面板之透明導電膜,其 中,滿足透明導電膜除了積層體中的導電層之外,在可見光 品域呈透明且顏色座標之b*值表現在—1 〇 〇之間 之條件,乃係基材及積層體中除了導電層之外的至少一積層 201029021 皆具有染料、顏料(pigment)、色料或色劑所致者。Between 0. υ== 2巾^ Patent (4) The flip-film conductive film of the touch panel described in item 1, which satisfies the transparent conductive film except for the conductive layer in the laminated body, and is in the visible light region and the color coordinate is in the -1 The conditions are due to the fact that the substrate has a dye, a pigment, a pigment or a colorant. / • If you apply for the flip-on conductive film of the touch panel described in item 1, the #巾's satisfy the transparent conductive film except for the conductive layer in the laminated body, and it is transparent in the visible light region. * The condition between the silk and the present - is caused by a dye, a pigment, a colorant or a toner from at least a layer other than the conductive layer in the laminate. 4. The transparent conductive film of the touch panel according to claim 1, wherein the transparent conductive film is transparent in the visible light region and the b* value of the color coordinate is expressed in addition to the conductive layer in the laminated body. The condition between 1 and 〇〇 is that at least one of the layers 201029021 other than the conductive layer in the substrate and the laminate has a dye, a pigment, a colorant or a toner.
TW98102281A 2009-01-21 2009-01-21 Transparent conducting film of a touch panel TW201029021A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW98102281A TW201029021A (en) 2009-01-21 2009-01-21 Transparent conducting film of a touch panel

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW98102281A TW201029021A (en) 2009-01-21 2009-01-21 Transparent conducting film of a touch panel

Publications (1)

Publication Number Publication Date
TW201029021A true TW201029021A (en) 2010-08-01

Family

ID=44853902

Family Applications (1)

Application Number Title Priority Date Filing Date
TW98102281A TW201029021A (en) 2009-01-21 2009-01-21 Transparent conducting film of a touch panel

Country Status (1)

Country Link
TW (1) TW201029021A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI581037B (en) * 2011-07-26 2017-05-01 識驊科技股份有限公司 Display screen and display device
CN109917950A (en) * 2019-01-09 2019-06-21 苏州诺菲纳米科技有限公司 Conductive film, the preparation method of conductive film and touch device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI581037B (en) * 2011-07-26 2017-05-01 識驊科技股份有限公司 Display screen and display device
CN109917950A (en) * 2019-01-09 2019-06-21 苏州诺菲纳米科技有限公司 Conductive film, the preparation method of conductive film and touch device

Similar Documents

Publication Publication Date Title
CN203502934U (en) Touch panel
US20110132670A1 (en) Capacitive touch device structure
TW201811147A (en) Methods and apparatus for providing improved visual and optionally tactile features on a substrate
CN201590949U (en) Copper clad laminate for flexible printed circuit board
TWM335733U (en) Key pressing structure with 3-dimension pattern
CN103970314B (en) Touch panel and manufacturing method thereof
CN113132510A (en) Housing and electronic device
TW201029021A (en) Transparent conducting film of a touch panel
TW201245814A (en) Full planar touch panel
TW201437878A (en) Touch panel and display device
WO2016131231A1 (en) Pattern blanking structure for transparent conductive oxide, touch panel, and display apparatus
CN105828545A (en) Housing of electronic device and preparation method thereof
CN205384883U (en) Two -sided ITO conductive film that contains particle
CN205356797U (en) Integrated circuit board's double -deck polyimide composite film
CN105528107B (en) The excellent electrically conducting transparent optical sheet of pattern stealth
CN102673292A (en) Method for manufacturing gold foil color focus decorative glass
CN102855020B (en) The touch-screen that a kind of method for making of touch-screen and employing the method make
CN205356800U (en) A polyimide composite film for flexible printed circuit board
CN203779969U (en) Pyrography transfer film structure
JP2007326300A (en) Insulation transfer film which is excellent in corrosion-resistance, and molded article obtained by using it
CN111224010A (en) Cover window structure and OLED display device
TW201227473A (en) Strengthened touch panel and manufacturing method for the same
CN206378839U (en) A kind of reticulate pattern touch screen structure
CN207283972U (en) A kind of decorating film, mould and electronic equipment cover board
CN205498221U (en) Rendition PVC adhesive tape