—100 4 9月L叫正替換頁 L、新型說明： 【新型所屬之技術領域】 種單射式電容裝置’卿是關於- 【先前技術】 在iPtoe推讀’具衫闕控魏的投 面板成為離Φ板的焦點。是处為輕 ^ = 置將是市場發展的指標，尤並县担斗夕机二』的電谷裝 =了號錢下列"載之中華民國發明專利申請素ί 上述習知電容式觸控面板裝置包 ⑷及⑹，細知之f 玉係自頂端211延伸至該電極形成 & 二 ，等第-導線31。該等第二電極3係呈J=12 3伸 母一欄的該等第二電極3係仿於早』排歹·ί ，、中 鄰之第一雷極位於兩相鄰弟—電極2之間且與相 上並自同-攔之該等第二;而位於該電極形成區21 交替地落在物極延伸出之該等第二導線32係 位通第-電極2與相鄰之 =，等第二電元= 雜’多點觸控時W(尤其\以的=圭圖形結構複 I…二月1日修正替換 電極“形:提供-種 成本。、圖U料’敏感度佳’並可叫效降低製造 【新型内容】 f置杨卽—鮮層乡點投料電容觸控 案、複數第三圖案與複數第四圖案；以 寺紅圖*、該等第四_及該料線之間彼此互不接觸。 料是ίΐϊ料本鮮峨出上狀赌面板，射該基板的材 材料崎4上狀触面板，其巾該導電層的 案、崎缸述之觸控面板，其巾該等第一圖 圖案及第二_及第四圖案為三角形圖案’各該第一 處以;!;在形成-第五圖案，並於互補 形成Ilf t，案及第四圖案在形狀上係互補， 弟，、圖案，並於互補處形成一第二線。 案的之觸控面板，其中該等第五圖 ,/、弟/、圖*的第一線彼此以斜向對稱的方式排列。 緩，所提出上述之觸控面板，更包含複數導 “圖r及 據上述構⑽’本案再提種單層多點投射式電容觸 M416141 控面板的製造方法，包括下 | 100年9Θ 1日修正 該基板上形成一導電層，哕逡:驟：（A)提供—基板；（B)於 案、複數第二圖案、複^ 具有彼此絕緣的複數第一圖 每一導線分別與該等第一 if木、複數第四圖案與複數導線， 及該等第四圖案電連接，，二等第二圖案、該等第三圖案 案、該等第三圖案及該等第四第—圖案、該等第二圖 今乐四圖案所感應之訊號。 包括提述之製造方法，其”截⑷更 具有翻導電材料的基板。—100 4 September L is called replacement page L, new description: [New technology field] Single-shot capacitive device 'Qing is about - 【Previous technology】 In iPtoe to read the 'shirt with 阙 control Wei Become the focus of the Φ plate. It is a light ^ = will be the indicator of market development, the electric valley of the United States and the second day of the "Establishment of the squad" = "The following money" "The Republic of China invention patent application ίί The above-mentioned conventional capacitive touch The panel device packages (4) and (6), which are known to extend from the top end 211 to the electrode formation & second, etc. The second electrodes 3 are in the column of J=12 3 extensions, and the second electrodes 3 are in the same manner as in the first row, and the first lightning poles in the middle are located in the adjacent two electrodes - the electrode 2 And the second and the second electrode 32, which are alternately located at the electrode forming region 21 and extending from the object pole, are connected to the first electrode 2 and adjacent thereto. , etc. Second cell = Miscellaneous 'Multi-touch W (especially \Yes = Gui graphic structure complex I... February 1st revised replacement electrode "Shape: Provide - kind of cost., Figure U material" is sensitive 'Can be called to reduce manufacturing [new content] f set Yang Yu - fresh layer of rural point feeding capacitive touch case, complex third pattern and complex fourth pattern; to the temple red map *, the fourth _ and the material The lines are not in contact with each other. It is expected that the slabs of the slabs are smashed, and the material of the substrate is coated on the surface of the substrate, and the touch panel of the conductive layer is described. The first pattern and the second and fourth patterns of the towel are triangular patterns each of the first portion; the first pattern is formed; and the fifth pattern is formed and complemented to form Ilf t, and the fourth pattern is The shape is complementary, the brother, the pattern, and forms a second line at the complementary portion. The touch panel of the case, wherein the first lines of the fifth figure, /, brother /, * are diagonally symmetrical to each other The arrangement of the above-mentioned touch panel, including the plural guide "Figure r and according to the above configuration (10)", the case of the single-layer multi-point projection capacitive touch M416141 control panel manufacturing method, including the next | 100 On the 9th day of the year, a conductive layer is formed on the substrate, and: (B) provides a substrate; (B) in the case, a plurality of second patterns, and a plurality of first lines each having insulation from each other And the first if wood, the plurality of fourth patterns and the plurality of wires, and the fourth patterns are electrically connected, the second second pattern, the third pattern, the third patterns, and the fourth - the pattern, the signal induced by the second picture of the present picture. The manufacturing method including the reference, "cutting (4) has a substrate with a conductive material.
較佳地’本創作所提出上述之製 包括：（B1)於該基拓上每# 衣每方法其中步騾(B)更 電極圖案，其中該等第程形成該導電層的複數 此、ϊί 角形圖形，分別與該等導線個別連接且彼 出較，ϊ^ί作1^上述目的、特徵和功效能明顯易懂’特別舉 出較例，並配合所附圖式，作詳細說明如下： 實施方式】Preferably, the above-mentioned system proposed by the present invention comprises: (B1) a step of (B) a more electrode pattern per method of the substrate, wherein the steps form a plurality of the conductive layer, ϊί The angled figures are individually connected to the wires and the other ones are compared. The above objects, features and functions can be clearly understood. The specific examples are given in conjunction with the drawings, and the details are as follows: Implementation method
批二參’其為本案所提出的單層多點投射式電容觸 工板之方法的流程圖。此製造方法200包括下列步驟： 的材==二一具有透明導電材料的基板’該基板 (步騾202):於該基板上實施一微影製程。 最後，形成具有複數第一圖案、複數第二圖案、複數第三 θ水、複數第四圖案與複數導線之一圖案化導電層。 晴參閱第三圖’其為與第二圖之單層多點投射式電容觸控 曲板之製造方法相對應之分層示意圖。以下配合參閱第二圖而 5 100年9月1日修正替換頁 說明第三圖的分層示意圖。在第三圖中，單層多點投射式電容 觸控面板的分層300依序為基板301及圖案化導電層302。 請參閱第四圖（a) ’其為與第三圖相對應的較佳實施例之 單層多點投射式電容觸控面板結構圖。以下配合參閱第三圖而 說明第四圖（a)的結構圖。在第四圖（a)中，即複數第一圖案、 複數第二圖案、複數第三圖案、複數第四圖案與複數導線之形 成圖’圖案化導電層係形成於基材401上，其中該圖案化導電 層包含複數第一圖案4021、複數第二圖案4022、複數第三圖 案4023、複數第四圖案4024與複數導線403，且複數圖案之 =彼此絕緣，且材料較佳為透明導電材料，且各該第一圖案及 第二圖案在形狀上係互補，形成一第五圖案4〇4，並於互補處 形成一第一線4041，各該第三圖案及第四圖案在形狀上係互 ，，形成一第六圖案405，並於互補處形成一第二線4〇51。在 第四圖中’雖然第一線4041及第二線4051為兩圖案在形狀上 互補所心成之直線’但本技術領域的技術人士仍可依需要設古十 ，定互補的兩圖案’且第一線及第二線也可被設計為曲線，如 =四，)所示。此外，第一線及第二線在微觀上為兩圖案互 空曰隙:，一線及第二線在巨觀上可視為兩圖案互補 iiif亥弟一線4041與該第二線4051彼此以斜向對稱 =式排列。再者，該等導線各別連接該等第一、第二、第三 及第四圖案，形成單一電極圖案具有單一控 ，可做多_感應。在此實施及 限定為第四圖的χ轴方向的四個三角形圖形，但亦 ^ 〃該弟二線6〇51為兩圖案在形狀上互補所形成之^ M416141 ;線，彼此以斜向對稱的方式排列。此外，第頁 但不限定為四個三角弟四圖案包括 例如多邊形或不且特成互_係之圖形， 的欽述w 。以上 此具以實施本剑作。 傅便本領域技術人士能依 板，容觸控面 ❿ 圖案、複數第二圖“數第= 用上，製作該電麵縣構之各個電極 在U利 ;面欠簡易，製程在基板的單一表面施早二义所= =。再者，在使用上，對應於被使用 :、第二、第三及第四電極之間電容上寻=以 測者所碰觸之位置的座標。此外，本創作所$ j形^兮補方式構成—第五圖案’並在互 ^而各該弟二及第四_也以補方式形成—第六圖率 補處形成-第二線’且該等第五圖案的第一線與第六圖 木的弟一線彼此以斜向對稱的方式排列，此種構型比之 =電極圖形的構型方式，有較佳的斜向書寫感及靈敏度。另， 升於=本方=實更=辨識度與觸控的敏感度大為提 7 、 忉〇年9jj^a修正替換¥ 以上所述之實_僅為_榻狀 限制本創作。因此’熟悉本技藝人士可在不違背本創作之精神 對上述實施觸行修改及_，料不脫如附申請專利範 欲保護者。 【圖式簡單說明】 第一圖⑷及⑹：制的投射電容式觸控面板的結構圖。 程圖，一圖.本案所提出的投射電容式觸控面板之製造方法流 應之^^=二目之娜電容摘㈣板之製造方法相對 第四圖⑻:與第三圖相對應的第—實施例之投射電 控面板結構圖。 μ 第四圖(b):與第三圖相對應的第二實施例之投射 觸控面板結構圖。 ％今忒 第四圖(c):與第三圖相對應的第三實施例之投射電容式觸 •ijcT&J板結構圖。 _[^元件符號說明】 感應單元 jllX極形成區頂端 導線 2第一電極 4通道 21電極形成區 極形成區底峰 導線 8 100年9月1日修正替換頁 201〜204製造方法的步驟 300單層多點投射式電容觸控 面板的分層 301基板 302圖案化導電層 401基材 4021導電層的第一圖案 4022導電層的第二圖案 4023導電層的第三圖案 4024導電層的第四圖案 403導線 404第一、第二圖案組成之第 五圖案 4041第五圖案中的第一線 405第三、第四圖案組成之第 六圖案 4051第六圖案中的第二線 501基材 5021導電層的第一圖案 5022導電層的第二圖案 5023導電層的第三圖案 5〇24導電層的第四圖案 503導線 504第一、第二圖案組成之第 五圖案 5041第五圖案中的第一線 505第三、第四圖案組成之第 六圖案 5051第六圖案中的第二線 601基材 6021導電層的第一圖案 6022導電層的第二圖案 6023導電層的第三圖案 6024導電層的第四圖案 603導線 604第一、第二圖案組成之第 五圖案 6041第五圖案中的第一線 605第三、第四圖案組成之第 六圖案 6051第六圖案中的第二線Batch II is a flow chart of the method for the single-layer multi-point projection capacitive contact plate proposed in this case. The manufacturing method 200 includes the following steps: material == two substrates having a transparent conductive material 'the substrate (step 202): a lithography process is performed on the substrate. Finally, a patterned conductive layer having a plurality of first patterns, a plurality of second patterns, a plurality of third θ waters, a plurality of fourth patterns, and a plurality of wires is formed. Refer to the third figure, which is a layered schematic diagram corresponding to the manufacturing method of the single-layer multi-point projection capacitive touch panel of the second figure. The following is a reference to the second figure. The replacement page is revised on September 1, 1100. In the third figure, the layer 300 of the single-layer multi-point projected capacitive touch panel is sequentially the substrate 301 and the patterned conductive layer 302. Please refer to the fourth figure (a)', which is a structural diagram of a single-layer multi-point projection capacitive touch panel according to a preferred embodiment corresponding to the third figure. The structure of the fourth figure (a) will be described below with reference to the third figure. In the fourth diagram (a), a plurality of first patterns, a plurality of second patterns, a plurality of third patterns, a plurality of fourth patterns, and a plurality of wires are formed on the substrate 401, wherein the patterned conductive layer is formed on the substrate 401. The patterned conductive layer includes a plurality of first patterns 4021, a plurality of second patterns 4022, a plurality of third patterns 4023, a plurality of fourth patterns 4024, and a plurality of wires 403, and the plurality of patterns are insulated from each other, and the material is preferably a transparent conductive material. And each of the first pattern and the second pattern are complementary in shape to form a fifth pattern 4〇4, and a first line 4041 is formed at the complementary portion, and each of the third pattern and the fourth pattern are mutually in shape , a sixth pattern 405 is formed, and a second line 4〇51 is formed at the complementary portion. In the fourth figure, 'the first line 4041 and the second line 4051 are straight lines in which the two patterns complement each other in shape. However, those skilled in the art can still set the ancient two and the complementary two patterns as needed. And the first line and the second line can also be designed as curves, as shown by = four,). In addition, the first line and the second line are microscopically two-spaced gaps: the first line and the second line are visible on the giant view as two patterns complementary to each other, and the second line 4051 is inclined to each other. Symmetric = arrangement. Furthermore, the wires are connected to the first, second, third and fourth patterns, respectively, and the single electrode pattern has a single control, which can be multi-inductive. Here, the four triangular patterns in the z-axis direction of the fourth figure are implemented and defined, but the second line 6〇51 is formed by the complementary complement of the two patterns. The lines are obliquely symmetrical to each other. Arranged in a way. In addition, the page is not limited to the four triangles, and the four patterns include, for example, a polygon or a pattern of not being a _ system. The above is to implement this sword. Fu will be able to rely on the board, the touch surface ❿ pattern, the plural second picture "number = use, make the electric surface of the county's various electrodes in the U; face is simple, the process is single in the substrate The surface is applied early ==. Further, in use, corresponding to the used: the coordinates between the second, third and fourth electrodes are found on the coordinates of the position touched by the tester. The creation of the $ j-shaped ^ 兮 方式 — 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五The first line of the fifth pattern and the line of the sixth figure are arranged obliquely symmetrically to each other, and the configuration has a better oblique writing feeling and sensitivity than the configuration of the electrode pattern. , = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The person skilled in the art can modify the above implementation without violating the spirit of the creation, and it is not necessary to attach the patent application to protect the applicant. [Simple diagram of the figure] The first picture (4) and (6): the structure diagram of the projected capacitive touch panel. The process diagram, a picture. The manufacturing method of the projected capacitive touch panel proposed in this case should be ^^= The manufacturing method of the dimethoate capacitor picking (four) board is compared with the fourth figure (8): the structure of the projection electric control panel of the first embodiment corresponding to the third figure. μ fourth figure (b): corresponding to the third figure The structure of the projection touch panel of the second embodiment is shown in Fig. 4(c): the projected capacitive touch type ijcT&J board structure diagram of the third embodiment corresponding to the third figure. _[^ Description of the symbol of the component] Inductive unit j11X pole forming region top wire 2 first electrode 4 channel 21 electrode forming region forming region bottom peak wire 8 September 1st revision correction page 201~204 manufacturing method step 300 single layer multi-point Layered 301 substrate 302 of projected capacitive touch panel patterned conductive layer 401 substrate 4021 first pattern of conductive layer 4022 second pattern of conductive layer 4023 third pattern of conductive layer 4024 fourth pattern of conductive layer 403 wire 404 a fifth pattern 4041 composed of first and second patterns The first line 405 of the fifth pattern, the sixth pattern of the third pattern, the fourth pattern of the fourth pattern, the second line 501 of the sixth pattern, the first pattern of the conductive layer, the second pattern of the conductive layer, the second pattern of the conductive layer, the second layer of the conductive layer The third pattern of the three patterns 5〇24 conductive layer 503 wire 504, the first pattern of the second pattern 5041, the first line 505 in the fifth pattern, the sixth pattern, the sixth pattern 5051, the sixth pattern The second pattern 601 substrate 6021 the first pattern of the conductive layer 6022 the second pattern of the conductive layer 6023 the third pattern of the conductive layer 6024 the fourth pattern of the conductive layer 603 the wire 604 the fifth pattern of the first and second patterns 6041 The first line 605 in the fifth pattern, the third line in the third pattern 6051, and the second line in the sixth pattern