201135564 六、發明說明： 【發明所屬之技術領域】 本發明為有關觸控面板，尤其關於一種在單層的基板上設 置兼顧低生產成本與高使用效能的感測方式。 【先前技術】 近年來，觸控式螢幕和觸控裝置日益流行與普遍，常用於 個人計算機、電子秘書、手機、電子資訊機器、售票機器與廚 房電子用具之類的設備。為求產業進步與持續降低產低價格， 其仍須保持產品的使用品質、使用穩定性，並同時降低生產成 本，方能提高產業競爭力。 其中’常見的電容感測面板，為如「圖1」所示，其為第 一習知技術的使用示意圖，感測板1為呈兩兩相互交錯的三角 形的複數反應區2，當手指接觸使用感測板i時，即可藉由不 同的接觸面積而被計算出來，但隨著不同的電子觸控產品設 計，當面板越大時，則呈三角形反應區2的該感測板丨的斜率 則越減緩，進而影響其感測的靈敏度。 另，於美國發明專利申請號「2〇〇7〇257894」，申請名稱 「Touch Screen Element」’並請再如「圖2」所示，其為此 第二習知技術的使用示意圖，為解決前述第一習知技術的問 題’故於面板上設置有分為左右兩邊且呈三角形的複數反應區 2 ’並各自有不同的複數連接線3連接設置，且此方式須設置 有複數絕緣區4 ’轉決短路問題，但此設置方式會增加生產 成本，相當不利於生產者。 而，於中華民國發明專利申請案號「〇95124551」，專利名 稱·一維位置感測器」’並請再如「圖3」所示’其為第三 習知技術的使用示意圖’於此習知技術中，為包含—基板5, 201135564 並於該^板5 Jip車列設置按縱行及橫列所排置之陣列構成的 一感測區域6 ’並由該感測區域外側連接跨設複數條連接線 7二此習知技術雖能完整覆蓋該基板的所需使録面面積，但 其.又置方式崎於該連接線7過於複雜，且完整覆蓋的方式， 則易於提高生產成本。 且’於中華民國發明專利中請案號「咖118娜」，專利名 稱："二維位置感測器」，並請再如「圖4」所示，其為第四習201135564 VI. Description of the Invention: [Technical Field] The present invention relates to a touch panel, and more particularly to a sensing method in which a low-production cost and high use efficiency are set on a single-layer substrate. [Prior Art] In recent years, touch screens and touch devices have become increasingly popular and popular, and are commonly used in personal computers, electronic secretaries, mobile phones, electronic information machines, ticketing machines, and kitchen appliances. In order to achieve industrial progress and continuously reduce production and low prices, it is still necessary to maintain the quality of use and stability of use, and at the same time reduce production costs in order to improve industrial competitiveness. The common capacitive sensing panel is shown in FIG. 1 , which is a schematic diagram of the use of the first prior art. The sensing panel 1 is a complex reaction zone 2 of two triangles interdigitated with each other when the fingers are in contact. When the sensing board i is used, it can be calculated by different contact areas, but with different electronic touch product designs, when the panel is larger, the sensing board of the triangular reaction zone 2 is The slower the slope, which in turn affects the sensitivity of its sensing. In addition, in the U.S. invention patent application number "2〇〇7〇257894", the application name "Touch Screen Element"' is also shown as "Figure 2", which is a schematic diagram of the use of the second conventional technique for solving The problem of the first prior art described above is such that a plurality of reaction zones 2' which are divided into left and right sides and which are triangular in shape are provided on the panel, and each of the plurality of connection lines 3 is connected, and this manner is provided with a plurality of insulating regions 4 'Return to the short circuit problem, but this setting will increase production costs, which is quite unfavorable to the producer. However, in the Republic of China invention patent application number "〇95124551", patent name · one-dimensional position sensor" 'and please as shown in "Figure 3", which is the schematic diagram of the use of the third conventional technology In the prior art, a sensing area 6 ′ composed of an array arranged in a row and a row is provided on the substrate 5, 201135564, and the array is arranged in the row and the row. A plurality of connecting lines 7 are provided. Although the conventional technology can completely cover the required recording area of the substrate, the method is also complicated in that the connecting line 7 is too complicated and completely covered, which is easy to improve production. cost. And the case number "Cai 118 Na" in the invention patent of the Republic of China, the patent name: " two-dimensional position sensor, and please as shown in Figure 4, which is the fourth
$技術的使^意圖’於此f知技射，包括祕蚊複數X 電，8、複數7電極9界定，且該X電極8和該y電極9總體 士: X方向延伸亚且在乂方向上交錯其中該X電極8包括至 個不同元件’於此習知技射，雖藉由不同於前述的習知 技術的該❹m域，而使本習知技術_ χ電極8和該y電極 9的使用面積更為細緻，讓使㈣敏感度更為提升，但此習知 2的該X電極8和該y電極9的外側，不僅增加使用面積的 浪費，也同時提高生產成本。 j發明者為仙經營於此專業領域，故為兼娜低生產成 提破㈣便利性，於此駿能積極研發改良習知技術的 待改良處，以求生產者與消費者的雙赢。 【發明内容】 爱是，本發明的目的在於設計一種能兼顧低生產成本與高 使用效能的觸控式面板。 基於上述目的本發明為一種觸控式面板，苴包含一某 ，、複數連接線與複數作用單元；該基板為板狀並具有二設^ 2-連結部’該連接線具有一輸入端與一輸出端之兩端，且 =連接線以該輸人端連結設置於該設置部，而複數該連接線之 間的間距要小於手指_摸_，並脑輸出端設置於該連結 201135564 部，該作用單元的上下兩端為不等長， 並使各該連接線均連結設有複數個該作用=度變化的外型’ 列優=上述技術方案，本發明為—_控=板，其具有下 一、 =本發財，手指的觸摸面積要大於該設置部所連接 a又置的連接線關距的兩倍，故能維持使用者的最佳 使用解析度，不會因考量生產成本，進而犧牲的解析 ^，且該輸人端更區分為第__段、第二段與第三段， • 藉以產生最少所需的複數個該作用單元，使最佳使用 解析度與最少量的複數個該作用單元能達到平衡。 二、 另，當該基板的材質為玻璃材質，而該作用單元與該 連接線的材質為氧化銦錫或相似可替換之材質；而該 基板為印刷電路板，而該作用單元與該連接線的材質 為銅或相似可替換之材質，根據上述的材質設置方 式’即可不需如習知技術的跳線方式設置，藉此降 低、控制生產成本。 g 【實施方式】 兹有關本發明的詳細内容及技術說明，現以實施例來作進 一步說明’但應瞭解的是，該等實施例僅為例示說明的用途， 而不應被解釋為本發明實施的限制。 請參閱「圖5」所示，為本發明的實施示意圖，本發明為 一種觸控式面板’其包含：一基板1〇、複數連接線20與複數 作用單元30 ;該基板1〇為板狀並具有一設置部11與一連結 部12 ’該連接線20具有一輸入端21與一輸出端22之兩端， 且該連接線20以該輸入端21連結設置於該設置部11，複數 該連接線20之間的間距23要小於手指的觸摸面積60，並藉 201135564 22設置於該連結部12，該制單^q的 ίΐ ί料妓㈣外型’即該作用單元3G的外型Ϊ 各該連躲2"賴料魏純例’且使 其中，該輸入端21更區分為一第一段211、一第 =匕213，且減該作用單元30的形狀為交錯構成， ::詈又2U设置有二個該作用單元30，該第二段212 單元3G，其中可僅使用複數抑j 213 S又置有一個該作用 減少本發明的設置Γ本作用羊元30，此方式能進—步 上月併參閱「圖6」所示’其為本發明的另一實施示音 糊㈣單6-」1，該設置部11中更設有複數非作用單元4〇: =作20物置，該非作用單元 接腳圖形，該非作用單u可由複數 腳50連接設置’複數該接腳5〇並供接地使用’且於 ===該連結部的另-端並設有-導· 接== 早疋以該接腳連接設置，且該基板内連 =複，導線(shleld)，該防護導、㈣ ^加訊_=^輯結部，祕絲背景雜訊，以 =同時參閱「圖5、6、7、8」所示，「圖6」為本發明的 意圖’「圖:」_為手指的職面積6〇所在位置對各 所在位之電容量示意圖、「圖8」為手指的觸摸面積61 該設置邻η各導線Line 1〜7之電容量示意圖。本發明由於 二積6。2°的間距23小於手指的 於觸摸面積6G兩倍，以在手朗摸面積 201135564 '60與觸摸面積61所覆蓋到的複數該作用單元30中，藉由複 數該作用單it 30與該連接線2〇的相互配合作用，並可分別於 圖7 8」中呈現出不同的電容量變化，是故能於手指觸摸 面積60與61的狹小面積中，亦能確切分辨出不同的電容量變 化，以提供使用者最佳使用解析度與反應靈敏性，因此本發明 的設置方式不會為追求減低生產成本，進而造成解析度不良、 反應不莖敏或分辨不精確的缺憾。 另，當該基板10的材質為玻璃材質，而該作用單元30與 φ該連接線20的材貝為氧化銦錫或相似可替換之透明導電材 貝，而亥基板1〇為印刷電路板，而該作用單元3〇與該連 接線20的材質為銅或相似可替換之材質。 々另，該輸入端21的該第一段211的二個該作用單元3〇、 該第二段212的一個該作用單元3〇與該第三段213的一個該 作用單兀30，能產生最少所需的複數個該作用單元3〇，且該 第二段212與該第三段213為左右對稱，上下映射（第三段213 為第二段212上下映射後再水平翻轉而來），由於本發明為二 φ維位置感測器，即可藉由比較各該連接線20上的電容量相對 值，而決定目前手指的x軸（水平方向），y軸（垂直方向）位 置。 折另於不_材質選用方式中，當該基板10的材質為玻璃 材質’而該作用單元30與該連接線20的材質則選用為氧化銦 錫；而該基板10為印刷電路板，而該作用單元3〇與該連接線 2〇的材質則選用為鋼，據此不同的材質設置方式，即可不需 如習知技術的跳線方式設置，藉此達到降低、控制生產成本。 本發明的該基板1〇、該連接線2〇與複數該作用基板1〇 的设置方式，其可積極改良習知技術中顧及解析度，如「圖3、 201135564 4」中而設置過多的該感測區域、複數該χ電極與複數該y電 極，藉此達到本發明中最少量的複數該作用單元3〇的設置。 另外，本發明中的該連接線20設置於該設置部丨丨中，且， 根據不同的該基板1〇使用材質，變換該作用單元3〇與該連接 線20的材質，以此方式積極減少導線跳接的問題。故，本發 明則可達到生產者與使用者的成本消耗與使用品質之間的平 衡，不僅可減少成本與材質的耗費，更可增加使用品質的滿意 度。 惟上述僅為本發明的較佳實施例而已，並非用來限定本發 明實施的範圍。即凡依本發明申請專利範圍所做的均等變化與 修飾’皆為本發明專利範圍所涵蓋。 【圖式簡單說明】 圖1為苐一習知技術的使用示意圖。 圖2為第二習知技術的使用示意圖。 圖3為第三習知技術的使用示意圖。 圖4為第四習知技術的使用示意圖。 圖5為本發明的實施示意圖。 圖6為本發明的另一實施示意圖。 圖7為圖6的手指觸摸面積60所在位置對各導線Line 1〜7 之電容量示意圖。 圖8為圖6的手指觸摸面積61所在位置對各導線Line 1〜7 之電容量示意圖。 【主要元件符號說明】 習知技術： 1 :感測板 2 :反應區 201135564 3 :連接線 4 :絕緣區 5 :基板 6 .感測區域 7 :連接線 8 : X電極 9 : y電極 本發明：^ 10 :基板 11 :設置部 12 :連結部 20 :連接線 21 :輸入端 211 :第一段 212 :第二段 213 :第三段 22 :輸出端 23 :間距 3〇 :作用單元 40 :非作用單元 50 :接腳 51 :導電部 5 2 :防護導線 60、61 :觸摸面積The technical intention of the ^ is intended to be a technique, including the secret mosquito X electric, 8, the complex 7 electrode 9 is defined, and the X electrode 8 and the y electrode 9 are generally: the X direction extends sub- and in the 乂 direction The above-described interleaving in which the X electrode 8 includes a different element 'is conventionally known, although the prior art _ χ electrode 8 and the y electrode 9 are made by the ❹m domain different from the prior art described above. The use area is more detailed, so that the (4) sensitivity is further improved. However, the X electrode 8 and the outside of the y electrode 9 of the conventional 2 not only increase the waste of the use area, but also increase the production cost. The inventor of the inventor manages this area of specialization, so it is a convenience for the production of the company, and the company is actively pursuing the improvement of the conventional technology to achieve a win-win situation for both producers and consumers. SUMMARY OF THE INVENTION Love is that the object of the present invention is to design a touch panel that can achieve both low production cost and high performance. The present invention is a touch panel comprising: a certain, a plurality of connecting lines and a plurality of active units; the substrate is plate-shaped and has two connecting portions - the connecting line has an input end and a Both ends of the output end, and = the connecting line is connected to the setting portion by the input end, and the spacing between the plurality of connecting lines is smaller than the finger_touch_, and the brain output end is disposed at the part 201135564, The upper and lower ends of the action unit are unequal lengths, and each of the connection lines is connected with a plurality of external shapes of the action=degree change. The technical solution is the above-mentioned technical solution, and the present invention is a control plate. Next, = this is rich, the touch area of the finger is greater than twice the connection distance of the connection line connected to the setting part, so the user's best use resolution can be maintained, and the production cost is not considered. The resolution of the sacrifice ^, and the input end is more divided into the __ segment, the second segment and the third segment, • by which to generate the least number of the required units, so that the best use resolution and the least number of complex numbers The unit of action can reach equilibrium. Second, when the material of the substrate is made of glass, the material of the active unit and the connecting line is indium tin oxide or a similar replaceable material; and the substrate is a printed circuit board, and the active unit and the connecting line The material is made of copper or a similarly replaceable material. According to the above-mentioned material setting method, it is not necessary to set the jumper mode as in the prior art, thereby reducing and controlling the production cost. [Embodiment] The detailed description and technical description of the present invention will be further described by the embodiments of the present invention. It should be understood that the embodiments are merely illustrative and not to be construed as Implementation restrictions. Please refer to FIG. 5 for a schematic diagram of an embodiment of the present invention. The present invention is a touch panel comprising: a substrate 1 〇, a plurality of connecting lines 20 and a plurality of functional units 30; the substrate 1 is a plate And the connecting portion 20 has an input end 21 and an output end 22, and the connecting line 20 is connected to the setting portion 11 by the input end 21, and the plurality of The spacing 23 between the connecting lines 20 is smaller than the touching area 60 of the finger, and is disposed on the connecting portion 12 by the 201135564 22, and the appearance of the manufacturing unit 3G is the appearance of the working unit 3G. The input end 21 is further divided into a first segment 211, a first = 匕 213, and the shape of the active unit 30 is staggered, :: 詈 2U There are two action units 30, the second stage 212 unit 3G, wherein only a plurality of ji 213 S can be used to reduce the setting effect of the present invention, and the method can be further advanced. Last month, please refer to "Figure 6", which is another embodiment of the present invention. 6-"1, the setting portion 11 further includes a plurality of non-acting units 4〇: = 20 objects, the non-acting unit pin patterns, the non-acting single u can be connected by a plurality of feet 50 to set the plurality of pins 5〇 and For grounding use 'and at === the other end of the joint is provided with - lead · = = early connection with the pin, and the substrate is connected = complex, the wire (shleld), the protective guide (4) ^Additional _=^Complete section, secret silk background noise, as shown in "Figures 5, 6, 7, 8", "Figure 6" is the intention of the invention 'Figure:'_ For the position of the finger's working area of 6〇, the capacitance of each location is shown, and “Fig. 8” is the touch area of the finger. 61 The capacitance of each of the adjacent wires Lines 1 to 7 is set. According to the present invention, the pitch 23 of the two-product 6. 2° is less than twice the touch area 6G of the finger, in the plurality of the action units 30 covered by the hand touch area 201135564 '60 and the touch area 61, by the plurality The action of the single unit 30 and the connection line 2〇 can cooperate with each other, and can exhibit different capacitance changes in FIG. 7′′ respectively, so that it can be exactly in the narrow area of the finger touch area 60 and 61. Different capacitance changes are distinguished to provide the user with the best use resolution and reaction sensitivity. Therefore, the setting method of the present invention does not seek to reduce the production cost, thereby causing poor resolution, unresponsiveness, or inaccurate resolution. The shortcomings. In addition, when the material of the substrate 10 is made of glass, the material of the connecting unit 20 and the connecting line 20 is indium tin oxide or a similar transparent conductive material shell, and the substrate 1 is a printed circuit board. The material of the action unit 3 and the connecting wire 20 is made of copper or a similar substitute material. In addition, two of the action units 3〇 of the first segment 211 of the input end 21, one of the action units 3〇 of the second segment 212, and one of the action units 30 of the third segment 213 can generate A minimum number of the active units 3〇 are required, and the second segment 212 and the third segment 213 are bilaterally symmetric, and the upper and lower maps are mapped (the third segment 213 is the second segment 212 mapped up and down and then horizontally flipped). Since the present invention is a two-dimensional position sensor, the x-axis (horizontal direction) and the y-axis (vertical direction) position of the current finger can be determined by comparing the relative values of the capacitances on the respective connecting lines 20. In the material selection method, when the material of the substrate 10 is made of glass material, the material of the active unit 30 and the connecting line 20 is selected from indium tin oxide; and the substrate 10 is a printed circuit board, and the substrate 10 is a printed circuit board. The material of the action unit 3〇 and the connecting wire 2〇 is selected as steel, and according to the different material setting manner, the jumper manner can be set as in the prior art, thereby reducing and controlling the production cost. The substrate 1〇 of the present invention, the connection line 2〇, and the arrangement of the plurality of the active substrates 1〇 can actively improve the resolution in the prior art, and the number is excessively set as in “FIG. 3, 201135564 4”. The sensing region, the plurality of germanium electrodes and the plurality of the y electrodes, thereby achieving a minimum amount of the plurality of active units 3〇 in the present invention. In addition, the connecting wire 20 in the present invention is disposed in the mounting portion ,, and the material of the working unit 3〇 and the connecting wire 20 is converted according to different materials used in the substrate 1,, thereby actively reducing Wire jumper problem. Therefore, the present invention can achieve a balance between the cost consumption and the quality of use of the producer and the user, not only reducing the cost and material cost, but also increasing the satisfaction of the use quality. The above are only the preferred embodiments of the present invention and are not intended to limit the scope of the embodiments of the present invention. That is, the equivalent changes and modifications made by the scope of the present invention are covered by the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the use of a conventional technique. Figure 2 is a schematic illustration of the use of a second prior art. Fig. 3 is a schematic view showing the use of the third conventional technique. Figure 4 is a schematic illustration of the use of a fourth prior art. Figure 5 is a schematic illustration of the implementation of the present invention. Figure 6 is a schematic view of another embodiment of the present invention. FIG. 7 is a schematic diagram showing the capacitance of each of the wires Lines 1 to 7 at the position where the finger touch area 60 of FIG. 6 is located. FIG. 8 is a schematic diagram showing the capacitance of each of the wires Lines 1 to 7 at the position where the finger touch area 61 of FIG. 6 is located. [Explanation of main component symbols] Conventional technology: 1 : Sensing plate 2 : Reaction zone 201135564 3 : Connecting wire 4 : Insulation zone 5 : Substrate 6 . Sensing zone 7 : Connecting wire 8 : X electrode 9 : y electrode The present invention : ^ 10 : Substrate 11 : Setting portion 12 : Connecting portion 20 : Connecting line 21 : Input end 211 : First segment 212 : Second segment 213 : Third segment 22 : Output end 23 : Spacing 3 〇 : Acting unit 40 : Inactive unit 50: pin 51: conductive portion 5 2: guard wire 60, 61: touch area