M434265 五、新型說明： 【新型所屬之技術領域】 本創作有關於一種觸控感應裝置 極結構之觸控感應裝置。 ！尤才曰一種具改良電 【先前技術】 =式❹板係藉由使用者的手指或導體碰觸在 ▲板上的瞬間產生一個電容效應，然後可藉 變化確定手指或導體之位置，據此達到訊號輸 。傳統電容觸摸屏的基板設置有 電1 、 :原理是當使用者碰觸到兩相隔之感應手二 tr絲電極導通的路徑，而利用電能方式刺激手指: 測正負極的觸點電容值的改變量見經 嫩置，進而確定觸摸屏二 刺激觸ί:二前常用之一種非重疊正負感應電極的電 偏觸見回饋面板，如台灣專利第Μ393737號厂 :負的電刺激觸覺回饋面板」之結構係僅需； 可形成結構簡單之導電線路以提供 1之奄刺激觸覺回饋功能。 …fi°技術對於相關非重疊正負感應電極的透明導 ^除“的正負電極採用平行結構外，進—步接 升感應電極的靈敏性與精確度之相關技術，. 第副_】號「觸控感測裝置」之三角型態樣與台弓= ^綱⑹44號「電容觸摸屏之迴旋補債式多觸點定位 聋」之史子型態樣’然該等結構雖已滿足真實多點的 ηι M434265 應用’科料結構均產生麵點乡* 過於增加訊號處理器處理分析上的負擔。自仏回饋’ 的不述之需求，創作人針對現有技術存在 的研究開發，遂而運用梳型結構增 實多點應用之本_ ^早層的觸摸屏即達成真 【新型内容】 本創作之主要目的在於提供一種觸控感應裝置，並可 提升感應電_靈敏性與精確度，滿足真實多點的庫用 ，且不過於增加訊號處理器處理分析上的負擔。 2達紅述之目的’本創作提供—種觸控感應裝 置’匕括.-基板；數條正感應電極，其形成於該基板 上且各具有數個JL基部及數個正延伸部，該些正基部連 成-直線且該些正延伸部分別自軸正基部的末端向下 延伸；數條負感應電極，其形成於該基板上且各具有數 個負基部及數個貞延伸部，該些負基部連成—直線且該 些負延伸部分別自㈣負基部的末端向上延伸，該些正 感應電極及該些負錢電極兩兩姆，且該些正延料 及，些負延伸部交錯排列而不互相重疊；以及一訊號處 理器，該訊號處理器與該些正感應電極及該些負感應+ 極電性連接。 、。〜包 本創作另提供一種觸控感應裝置，包括：一基板，· 數條正感應電極，其形成於該基板上且各具有數個正基 部及數個正延料，該些正絲連n線且該些正^M434265 V. New description: [New technical field] This creation relates to a touch sensing device with a polar structure of a touch sensing device. !尤才曰A modified electrician [Prior Art] = The ❹ plate system generates a capacitive effect by the user's finger or conductor touching the ▲ board, and then the position of the finger or conductor can be determined by the change. Reach the signal loss. The substrate of the conventional capacitive touch screen is provided with electricity 1 : the principle is that when the user touches the path of the two-phase sensing electrode and the two-wire electrode are turned on, the finger is stimulated by the electric energy method: the change amount of the contact capacitance value of the positive and negative electrodes is measured. See the tenderness setting, and then determine the touch screen two-stimulation touch: the electric bias of the non-overlapping positive and negative sensing electrodes commonly used in the second before seeing the feedback panel, such as Taiwan Patent No. 393737 Factory: Negative Electrical Stimulation Tactile Feedback Panel" Only need to; can form a conductive circuit with a simple structure to provide a stimulating haptic feedback function. ...fi° technology for the transparent conduction of the non-overlapping positive and negative sensing electrodes. "The positive and negative electrodes of the positive and negative electrodes adopt parallel structure, and the technology of sensitivity and accuracy of the forward-advanced sensing electrode is used. The triangular shape of the control sensing device and the sub-bow = ^ (6) 44 "capacitor touch screen whirling debt-receiving multi-contact positioning 之" history of the sub-type, although these structures have met the true multi-point ηι M434265 The application of the 'material structure' produces a noodle township* that increases the burden on the signal processor to handle the analysis. Self-reporting's needlessness, the creator's research and development on the existing technology, and the use of comb structure to enhance the application of multi-point applications _ ^ early touch screen to achieve true [new content] The main The purpose is to provide a touch sensing device, and to improve the sensitivity and accuracy of the sensing power, to meet the real multi-point library, and to increase the burden on the signal processor processing analysis. 2 The purpose of the red saying "This creation provides a touch sensing device" includes a substrate, a plurality of positive sensing electrodes formed on the substrate and each having a plurality of JL bases and a plurality of positive extensions. The positive bases are connected in a straight line and the positive extensions respectively extend downward from the ends of the positive base; a plurality of negative sensing electrodes are formed on the substrate and each has a plurality of negative bases and a plurality of meandering extensions. The negative bases are connected to a straight line, and the negative extension portions respectively extend upward from the end of the (four) negative base portion, the positive sensing electrodes and the negative money electrodes are two or two, and the positively extending materials and the negative extension portions are staggered Arranging without overlapping each other; and a signal processor, the signal processor is electrically connected to the positive sensing electrodes and the negative sensing + electrodes. ,. The invention also provides a touch sensing device, comprising: a substrate, a plurality of positive sensing electrodes formed on the substrate and each having a plurality of positive bases and a plurality of positively extending materials, the positive wires connecting the n wires And the positive ^
4/M =分別自該些正基部的末端向兩側延伸 電極，i形成於兮並 歎條負感應 妞Μ 基板上且各具有數個負基部及數個g 延伸部，該些負基部連成__直纟t 丨及數個負 該肚負基部的友& " βχ二負延伸部分別自 f感應電極交替排列，且該些正延伸部及㈣ 父錯排列而不互相重疊 、 σ 理器盥碎此不式广 訊號處理态，該訊號處 —二感應電極及該些貞感應電極電性連接。 本創作具有以下有益的效果： 創作正負电極採用梳狀結構， ’可補強在垂直方向的回饋㈣，㈣ 性與精確度，滿足直實升感應電極的靈敏 處理器處理分析上^f，且不過於增加訊號 【實施方式】 [第一實施例] 嬉^閱圖】、圖]八及圖】B所示，本創作第一實施 控感應裝置，包括一基板1、數條正感應 土板]上„又有數條正感應電極2、數條負感應電極 3、一訊號處理器4及數條導線5。本實施例中，基板1 可為玻璃基板〗。 λ 5亥些正感應電極2形成於基板]上且各具有數個正 基。卩21及數個正延伸部22。該些正基部連成一直線 且/二f I伸。卩22分別自該些正基部2】的末端向下延 伸。本貫施例巾，該些正感應電極2可為透明導電膜。 iv^j4265 ^些貞感應電極3形成於基板】上且各具有數個負 基^ 3〗及數個負延伸部32。該些負基部31連成 綠 延伸部32分別自該些負基部3】的 延 伸。本貫施例中，該些負感應電極3可為透明導電膜？ =正感應電極2及該些負感應電極3 :對 正延仲部22及該㈣延伸部32交錯排列而J互 =號處理器4與該些正感應電極2及該些負感 。3弘性連接。本實施例中。。 、s ‘心電 5分別電性連接至該些正感應電二:4 =導線 與負残庫m i Λ a連接至正感應電極2 之導線5可分別形成於基 7避免正、負感應電極2、3發生短路之情形。兩側 5之2、該些負絲電極3及該些導線 T先對欲做為正感應電極2及 導電膜進行加工，加工方 極3之透明 雷射加工，將透明導電膜微影頁光化學钱刻或 成正、負感應電極2 3 Ϊ =材料區域燒除，並形 以網印或化學塗佈微影黃光間隙。接下來再 本實施例令，做為正 電膜可為具】丁〇透明導電極2、3之透明導 層之膠片。導線5材料可5 ^或具CNT透明導電 。 為銀膠或金屬導電材料構成 6/1| [第二實施例] 請參閱圖2、圖2A及圖2B所示，本創作第> 實施例相同，差異之處在於該二二 ^電極2及雜負感應電極3之結構與排列方式不同， 2形成於絲1上且各具有數個正 基Μ及數個正延伸部22。該些正基部2】 =些正延伸❹分別自該些正基部21的末端向兩側 基部?^:===且各具有_ ::些負延伸部32分別自該㈣基部3】的丄兩: 且該===:?_電極3交替排列， 相重叠。 玄些負延伸部32交錯排列而不互 時產生作原理係藉由使用者的手指觸摸基板】 的觸點電容二 通過檢測正、負感應電極2、3 定手觸二=:而理器4計算後即可確 。 料萑疋基板】上手指觸摸點的座標 残廊^^可彻使用者的手指碰觸到兩相隔之正、負 =L3l:手指提供正、負感應電極2、』 1用电此方式刺激手指的神經或肌肉組織， 達到電刺激觸覺回饋之目的。 增加感應區::、二極3採用梳狀結構 向的回饋訊號，：二垂直方 精確度。 貝饮應电極2、3的靈敏性與 ，因此僅二Ϊ 負感應電極3採用梳狀結構 僅而早層的觸摸屏即可達成真實多點的庫用 不過於增加訊號處理器處理分析上的負擔。〜 非用述者’僅為本創作其中的較佳實施例，並 义疋本創作的實施範圍，即凡依本創作申，專 所涵蓋。^化與修飾，皆為本創作專利範圍 【圖式簡單說明】 =I $本創作觸控感應裝置第—實施例結構示意圖。 θ :、本創作觸控感應裝置第—實施例正感應電極5 部放大圖。 局 圖IB為本創作觸控感應裝置第一實施例 部放大圖。 局 =為本創作觸控感應|置第二實施例結構示意圖。 0 A為本創作觸控感應裝置第二實施例正感應電極局 部放大圖。 圖扭為本創作觸控感應裝置第二實施例負感應 部放大圖。 句 8/1) M434265 【主要元件符號說明】 1基板 2正感應電極 2]正基部 22正延伸部 3負感應電極 31負基部 .32負延伸部 4訊號處理器 5導線4/M = respectively extending the electrodes from the ends of the positive bases to the sides, i are formed on the substrate and each has a plurality of negative bases and a plurality of g extensions, and the negative bases are connected __直纟t 丨 and a plurality of negative & negative bases of the negative base of the belly are respectively arranged alternately from the f-sensing electrodes, and the positive extensions and (4) the fathers are arranged incorrectly without overlapping each other, The sigma processor smashes the non-sense signal processing state, and the signal is electrically connected to the two sensing electrodes and the 贞 sensing electrodes. This creation has the following beneficial effects: The positive and negative electrodes are created with a comb structure, 'reinforcing the feedback in the vertical direction (4), (4) the accuracy and precision, and satisfying the sensitive processor processing analysis of the straight-real induction electrode, and However, in the addition of the signal [embodiment] [first embodiment] play picture], picture] eight and figure] B, the first implementation of the control device, including a substrate 1, a number of positive sensing soil There are a plurality of positive sensing electrodes 2, a plurality of negative sensing electrodes 3, a signal processor 4 and a plurality of wires 5. In this embodiment, the substrate 1 can be a glass substrate. λ 5 Hai positive sensing electrodes 2 Formed on the substrate] and each has a plurality of positive bases, 卩21 and a plurality of positive extensions 22. The positive bases are connected in a straight line and//f I I. The 卩22 is respectively downward from the ends of the positive bases 2] In the present embodiment, the positive sensing electrodes 2 may be transparent conductive films. iv^j4265 Some of the sensing electrodes 3 are formed on the substrate and each has a plurality of negative bases and a plurality of negative extensions 32. The negative base portions 31 are connected to the green extension portion 32 from the negative base portions 3] In the present embodiment, the negative sensing electrodes 3 may be transparent conductive films? = positive sensing electrodes 2 and the negative sensing electrodes 3: the positive extension 22 and the (4) extensions 32 are staggered and J mutually = The processor 4 is connected to the positive sensing electrodes 2 and the negative senses. In this embodiment, s 'electrocardiogram 5 is electrically connected to the positive sensing electrodes 2: 4 = wire and The negative electrode mi Λ a wire 5 connected to the positive sensing electrode 2 can be formed on the base 7 to avoid short circuit of the positive and negative sensing electrodes 2, 3. On both sides 5, 2, the negative electrode 3 and the The wire T is first processed to be the positive sensing electrode 2 and the conductive film, and the transparent laser processing of the processing pole 3 is performed, and the transparent conductive film is lithographically etched into a positive or negative sensing electrode 2 3 Ϊ = material region The burn-off is formed by screen printing or chemical coating of the lithographic yellow light gap. Next, in this embodiment, the positive electric film may be a film having a transparent conductive layer of the transparent conductive electrodes 2 and 3. The material of the wire 5 can be 5 ^ or transparent with CNT. It is composed of silver glue or metal conductive material 6/1| [Second embodiment] Referring to FIG. 2, FIG. 2A and FIG. 2B, the present invention is the same as the embodiment, and the difference is that the structure and arrangement of the two electrodes 2 and the negative and negative sensing electrodes 3 are different, and 2 is formed on the wire 1. And each has a plurality of positive bases and a plurality of positive extensions 22. The positive bases 2 = some positive extensions from the ends of the positive bases 21 to the bases on both sides respectively ^^:=== and each has _: The negative extensions 32 are respectively from the base of the (4) base 3: and the ===:?_electrodes 3 are alternately arranged and overlapped. The meta-negative extensions 32 are staggered without being generated by each other. The contact capacitance of the substrate is touched by the user's finger. By detecting the positive and negative sensing electrodes 2, 3, the hand touches two =: and the processor 4 is calculated.萑疋 萑疋 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 The nerve or muscle tissue that achieves the purpose of electrical stimulation tactile feedback. Increase the sensing area::, the two poles 3 use the comb-shaped structure of the feedback signal, two vertical accuracy. The beverage should have the sensitivity of the electrodes 2 and 3, so only the second negative sensing electrode 3 adopts a comb structure and only the early touch screen can achieve a real multi-point library, but the signal processor processing analysis is not increased. burden. ~ Non-users' is only the preferred embodiment of this creation, and the scope of implementation of this creation is covered by the author. ^Chemicalization and modification, all of which are the scope of the patent application [Simplified illustration] =I $ The schematic diagram of the first embodiment of the touch sensing device. θ : The present embodiment of the touch sensing device of the present invention is an enlarged view of the positive sensing electrode 5 . Figure IB is an enlarged view of the first embodiment of the creative touch sensing device. Bureau = This is the schematic diagram of the second embodiment. 0 A is a partial enlarged view of the positive sensing electrode of the second embodiment of the creative touch sensing device. The figure twisted is an enlarged view of the negative sensing portion of the second embodiment of the creative touch sensing device. Sentence 8/1) M434265 [Description of main component symbols] 1 substrate 2 positive sensing electrode 2] positive base 22 positive extension 3 negative sensing electrode 31 negative base . 32 negative extension 4 signal processor 5 wire