201117180 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明係關於一種觸控顯示面板及使用該觸控顯示面板 之觸控顯示裝置。 【先前技術】 [〇〇〇2]隨著平板顯示技術之蓬勃發展及製造成本之曰益降低， 具有輻射低、厚度小、功耗低等優點之平板顯示裝置越 來越受到消費者之青睞，因此被廣泛地應用在電子產品 ，比如數位相機、行動電話等。通常來說，平板顯示裝 置主要包括電漿顯示裝置（PDP)、液晶顯示裝置（LCD)及 有機電致發光二極體顯示裝置〈〇1^]))等v其中，液晶顯 示裝置由於具有相對低廉之成本，遂漸成為目前市場上 主流之平面顯_示裝置。 [0003] 為了符合現代人對於更加便利、更加直_之人機界面之 需要’近年來市場上逐漸推出各種各樣具有觸控功能之 ....... i 平板顯不裝置，即觸控顧示裝置。觸控顯示裝置一般可 以分為外置式及内嵌式兩種。其中，内嵌式觸控顯示裝 置係將觸控感應^件直接製作在液晶顯示面板之中，從 而實現觸控面板及液晶顯示面板二者之集成^内後式觸 控顯不裝置-方面可以減小觸控顯示裝置之整體厚度， 另方面由於在製造過程無需額外增加工藝步驟 ，可以 降低製造成本。 [0004] 在内板式觸控辟千胜φτνΛ· ra ”肩不裝置工作過程中，使用者可以通過點 選其顯不之畫面進行各項操作。具體而言，當使用者通 過手才曰或者觸控筆觸動顯示畫面之某一位置時，該位置 098137661 表單編號A0101 第4頁/共25頁 0982064534-0 201117180 對應之内嵌觸控感應元件可以偵測到並回應所述使用者 之觸控動作，並提供一個感應訊號至外部之控制電路。 〜控制電路可以進一步根據所述感應訊號判斷出所述使 用者之觸控動作所指之位置，從而獲知所述使用者所執 仃之操作，並提供對應之控制訊號以控制所述觸控顯示 裝置或者使用所述觸控顯示裝置之電子產品進行相應之 操作。 _5]不過’在現有之内嵌式觸控顯示裝置中，由於該觸控感 ❹ 〜件係直接製作在液晶顯板㈣，受該液晶顯示 面板内部寄生元件（如寄生電容等）以及外部環境溫度等 ϋ素之影響’所述觸控感應:元件提供之感應訊號容易受 纟丨干擾，料料致料部._電路無法準確地判斷出 使用者觸控動作所指之位置，並進一步導致所述觸控顯 不裝置以及相關之電子產品發生誤動作。因此，先前技 術中之内嵌式觸控顯示裝置之穩定性及可靠性較低。 【發明内容】 〇[0006] 有鑑於此’提供一錄** 4¾ ^ 狄贤種间穩定性及高可靠性之觸控顯示面 板及觸控顯示裝置實為必要。 剛本發明提供之觸控顯示面板包括複數觸控感應單元每 個觸控感鮮tl由複數畫素單元喊，每個觸控感應單 兀包括觸控感應元件及一麵合感應元件，該觸控感應 元件及該龄感應元件分別設置在不同之畫素單元，且 -者刀別用於在該觸控感應單元被外力作用時通過觸控 該觸控”丨示Φ板!^部之觸控感應線向外部訊號處理電路 提供-觸控感應喊及__合訊號，錢該外部訊號電 098137661 表單編號A0101 第5頁/社π 升 25 頁 0982064534-0 201117180 路根據該耗合訊號濾除該觸控感應訊號中之干擾訊號。 [0008] 本發明提供之另一種觸控顯示裝置，其包括具有複數觸 控感應單元之觸控顯示面板及一訊號處理電路，該觸控 顯示面板包括一第一基板及一第二基板，該第一基板具 有一公共電極層。每個觸控感應單元包括一用於輸出一 觸控感應訊號之觸控感應元件及一用於輸出一耦合訊號 之耦合感應元件，該訊號處理電路用於處理該觸控感應 訊號及該耦合訊號。該觸控感應元件包括一設置在該第 二基板之開關元件及一設置在該第一基板並被該公共電 極層覆蓋之突起，該觸控感應元件在外力作用下其突起 使覆蓋在其表面之公共電極層抵接至該第二基板並導通 該開關元件而輸出該觸控感應訊號：該耦合感應元件包 括一設置於該第二基板之開關元件，該耦合感應元件受 外力作用時，其開關元件不會與該公共電極層導通。 [0009] 與先前技術相比較，本發明提供之觸控顯示面板及觸控 顯示裝置通過在每一個觸控感應單元中同時設置結構相 近似之該觸控感應單元及該耦合感應單元，並通過該訊 號處理電路根據該耦合感應單元提供之耦合訊號對該觸 控感應單元輸出之觸控感應訊號進行處理，從而濾除掉 夾雜在該觸控感應訊號中之干擾訊號。因此，根據該處 理後之觸控感應訊號，該控制電路可以準確地判斷出使 用者施加之觸控動作所指向之位置，並根據該位置控制 該觸控顯示裝置或使用該觸控顯示裝置之電子產品執行 對應之操作，從而降低該觸控顯示裝置以及相關電子產 品發生誤動作之幾率，提高該觸控顯示裝置以及相關電 098137661 表單編號A0101 第6頁/共25頁 0982064534-0 201117180 [0010] ο [0011] Ο [0012] 098137661 子產品之穩定性及可靠性。 與先前技術相比較，本發明提供之另一種觸控顯示裝置 ，該觸控感應元件在外力作用下其突起可以使覆蓋在其 表面之公共電極層抵接至該第二基板並導通該開關元件 而輸出該觸控感應訊號；而該耦合感應元件受外力作用 時，其開關元件不會與該公共電極層導通，而係直接輪 出該搞合訊成。遺6^*號處理電路通過處理該觸控感.應訊 號及該耗合訊说可以;慮除掉夾雜在該觸控感應訊號中之 干擾訊號，進而可以準確地判斷出外力之位置，降低該 觸控顯示裝置以及相關電子產品鱟生誤動作之幾率，提 高該觸控顯示裝置以及相關電子，產品之穩定性及可靠性 Ο k 波： -V； u: r ;【實施方式】 請參閱圖1，其為本發明觸控顯示裝置一種實施例之結構 示意圖。所述觸控顯示裝置100為内喪式觸控顯示裝置 其包括觸控顯示面板110、掃描驅動電路120、資料魏動 電路13〇、訊穿存理電路U0及控制電％15〇。 該觸控顯示面板11〇可以為液晶顯示面板，其包括條 平行設置之掃描線G0〜Gm、η條相互平行並垂直於該择打 線G0〜Gm之資料線D1〜Dn，以及mxn個由該掃描線G1〜 Gm及資料線D1〜Dn定義而成且呈矩陣分佈之畫素單元 Pij(其中i、j分別表示所述晝素單元位於該矩陣之第土列 及第 j爛’ l^iSm，lSj$n)。 每個畫素單元Pi j分別包括一薄膜電晶體丨丨丨及一晝素電 極112。其中，該薄膜電晶體iu之閘極通過其 表單編號A0101 第7頁/共25頁 、· ·” 0982064534-0 [0013] 201117180 描線連接至該掃描驅動電路12{)，其源極通 過其對應之資料線Dj(l $ j 連接至該資料驅動電路 130，且其汲極連接至該畫素電極112。並且，該觸控顯 示面板110還包括一具有複數公共電極之公共電極層（圖 未示），每個公共電極分別對應一個畫素單元，且在每個 畫素單元中，該晝素電極112、該公共電極及夾在此二者 之間之液晶層組成一液晶電容。 [0014] 在該觸控顯示面板11〇中，所述呈矩陣分佈之mxn個畫素 單元可以劃分為複數觸控感應單元119。本實施例中，如 圖1所不，pxq個畫素單元可以組成一個觸控感應單元119 ，其中P = 3、q = 2，即每個觸控感應單元119分別包括3 x2個畫素單元。並且，該3χ2個畫素單元可以分為位於相 鄰列之第感應子單元及第二感應子單元...，且每個感應 子單元分別包括3x1個畫素單元，且該3Χ1個畫素單元分 別為紅（R)、綠（G)、藍（Β)畫素，單元。其中，所述第一 感應子單元可以用於在使用者向該觸控顯示裝置施加觸 控動作時（即對應之觸控感應單元130受到外力作用時）向 該讯號處理電路140提供一觸控感應訊號，該第二感應子 單元可以用於向該訊號處理電路14〇提供一耦合訊號。應 當理解，以上結構僅係本發明一種實施例，在其他替代 實施例中，ρ及q還可以分別取其他值，本領域技術人員 根據本說明書之内容可以獲知當P、q取其他值時該觸控 顯示面板110之結構需要進行相應地調整。 為便於描述，以下假定第一感應子單元及該第二感應子 單元分別位於第i列及第i +1列。每一個觸控感應單元U 9 098137661 表單編St A0101 第8頁/共25頁 0982064534-0 [0015] 201117180 分別包括一觸控感應元件108及一耦合感應元件109，二 者分別設置在所述位於第i列之第一感應子單元及所述位 於第i + Ι列之第二感應子單元。其中，該觸控感應元件 108連接至第i-Ι條掃描線Gi-Ι，該耦合感應元件109連 接至第i條掃描線Gi，並且該觸控感應元件108及該耦合 感應元件109均通過同一條觸控感應線114連接至該訊號 處理電路140。 [0016] Ο 請一併參閱圖2，其為所述觸控顯示面板110中之觸控感 應單元119之部分侧面結構示意圖。在每個觸控感應單元 119中，該觸控感應元件108包括一設置在彩色濾光片 (Color Filter, CF)基板並被上述公共電極層覆蓋之 突起121、一設置在薄膜電晶體（Thin Film Transist-or，TFT)基板並與所述突起121相對之觸控電極122以及 一開關元件123。所述開關元件123具有一控制端，該控 制端可以根據該觸控感應單元11 9係否被使用者施加觸控 動作而決定該開關元件123之導通或截止狀態。 Q [0017] 具體而言，本實施例中，該開關元件123可以具有一薄膜 電晶體結構，·且該薄膜電晶體之閘極作為該控制端，延 伸至所述觸控電極122並與該觸控電極相接觸，其源極連 接至所述掃描線Gi-Ι，其汲極連接至所述觸控感應線114 。當外力作用在該觸控感應單元119時，該突起121在所 述外力作用下可以使覆蓋在其表面之公共電極層抵接至 該觸控電極122，從而將該公共電極層上承載之公共電壓 施加至該開關元件123之閘極以使該開關元件123導通， 此時，該開關元件123便可以將其源極接收到之來自該掃 098137661 表單編號A0101 第9頁/共25頁 0982064534-0 201117180 描線Gi-1之掃描訊號作為觸控感應訊號’並通過該觸控 感應線114提供給該訊號處理電路14〇。 [0018] [0019] 该耦合感應元件1 0 9之結構與該觸控感應元件i 〇 8相似， 具體而言，該耦合感應元件1〇9之結構與該觸控感應單元 119在薄膜電晶體基板一侧之結構相同，且與該觸控感應 單7G119相比，該耦合感應元件1〇9之彩色濾光片基板一 側不包括上述作用之突起，即該耦合感應元件1〇9受外力 作用時，不會與該公共電極層直接導通。該耦合感應元 件109包括一電極124及一具有薄膜電晶體結構之開關元 件125，且該開關元件125之間桎、源極及汲極分別與該 電極124、該掃描線Gi及該觸控感應線η4相連接。 請一併參閱圖3，該訊號處理電路14〇包括複數訊號處理 單元141。每個訊號處理單元141分別對應於一攔觸控感 應單元119，並連接至該欄觸控感應單元119對應之觸控 感應線114 ’用於對通過其丨對應之觸控感應線114傳送之 訊號進行處理《具體地，所:述訊號處禪單元141包括一第 一嗳控開關142、·-弟二受控開關143、一第一訊號存儲 單元144、一第二訊號存儲單元145及一比較電路146。 該第一受控開關142—端連接至該觸控感應線114，另一 端通過該第一訊號存儲單元144連接至該比較電路146 ; 該第二受控開關143之一端也連接至該觸控感應線，且另 端通過該第二訊號存儲單元145連接到該比較電路146 。該第一受控開關142及該第二受控開關143可以在該觸 控顯不裝置内部時序控制下輪流導通，即在同一時刻此 二者僅有一個閉合。另外，在具體實施例中，該比較電 098137661 表單編號A0101 第10頁/共25頁 0982064534-0 201117180 路146可以包括-差分放大器結構之比較器，其具有一同 相輸入端、-反相輸人端及—輸出端。該第—訊號存儲 單元144及該第二訊號存儲單元145分別連接該同相輸入 端及反相輸入端，且該輸出端連接至該控制電路15〇。該 第一訊號存儲單元！44及該第二訊號存儲單元145之社構κ 可以相同’二者均可以包括並行連接之—射錢: 一開關148。 47及 [0020] Ο201117180 VI. Description of the Invention: [Technical Field] The present invention relates to a touch display panel and a touch display device using the touch display panel. [Prior Art] [〇〇〇2] With the rapid development of flat panel display technology and the reduction of manufacturing cost, flat panel display devices with low radiation, small thickness and low power consumption are increasingly favored by consumers. Therefore, it is widely used in electronic products such as digital cameras, mobile phones, and the like. Generally, a flat panel display device mainly includes a plasma display device (PDP), a liquid crystal display device (LCD), and an organic electroluminescence diode display device (〇1^)), etc., wherein the liquid crystal display device has a relative The low cost has gradually become the mainstream flat display device on the market. [0003] In order to meet the needs of modern people for a more convenient and more straight human-machine interface, in recent years, various types of touch functions have been gradually introduced on the market. Control the device. The touch display device can be generally divided into an external type and an in-line type. The in-cell touch display device directly forms the touch sensing device in the liquid crystal display panel, thereby realizing the integration of the touch panel and the liquid crystal display panel, and the inner touch type display device can be The overall thickness of the touch display device is reduced, and the manufacturing cost can be reduced because no additional process steps are required in the manufacturing process. [0004] In the process of the inner panel type touch-up, the user can perform various operations by clicking on the displayed screen. Specifically, when the user passes the hand or When the stylus touches a certain position of the display screen, the position 098137661 Form No. A0101 Page 4 / Total 25 Page 0982064534-0 201117180 The corresponding embedded touch sensing component can detect and respond to the user's touch Acting, and providing a sensing signal to the external control circuit. The control circuit can further determine the position indicated by the touch action of the user according to the sensing signal, thereby obtaining the operation performed by the user. And providing a corresponding control signal to control the touch display device or use the electronic product of the touch display device to perform corresponding operations. _5] However, in the existing in-cell touch display device, due to the touch Sense 〜 ~ The part is directly produced on the liquid crystal display panel (4), subject to parasitic components (such as parasitic capacitance) inside the liquid crystal display panel and the external environment temperature 'The touch sensing: the sensing signal provided by the component is easily disturbed by the cockroach, and the material receiving portion _ circuit can not accurately determine the position indicated by the user's touch action, and further causes the touch to display The device and related electronic products malfunction. Therefore, the stability and reliability of the in-cell touch display device in the prior art are low. [Summary] [0006] In view of this, "provide a record ** 43⁄4 ^ The touch display panel and the touch display device of Dixian's inter-species stability and high reliability are necessary. The touch display panel provided by the present invention includes a plurality of touch sensing units, each of which is touched by a plurality of pixels. In the unit, each touch sensing unit includes a touch sensing component and a side sensing component. The touch sensing component and the sensing component are respectively disposed in different pixel units, and the cutter is used in the When the touch sensing unit is acted upon by an external force, the touch sensing line of the touch panel is provided to the external signal processing circuit by the touch sensing unit. The touch sensing is called and the __ signal, the external signal 098137661 table No. 5, page A0101 / liter π Co. 201117180 25 0982064534-0 path of the touch sensing signal of the interference signal based on the filtered signal together consumption. Another touch display device includes a touch display panel having a plurality of touch sensing units and a signal processing circuit. The touch display panel includes a first substrate and a second substrate. The first substrate has a common electrode layer. Each of the touch sensing units includes a touch sensing component for outputting a touch sensing signal and a coupling sensing component for outputting a coupling signal. The signal processing circuit is configured to process the touch sensing signal and the coupling signal. . The touch sensing element includes a switching element disposed on the second substrate and a protrusion disposed on the first substrate and covered by the common electrode layer, and the touch sensing element protrudes on the surface thereof by an external force The common electrode layer abuts the second substrate and turns on the switching element to output the touch sensing signal: the coupling sensing element includes a switching element disposed on the second substrate, and the coupling sensing element is subjected to an external force The switching element does not conduct with the common electrode layer. [0009] Compared with the prior art, the touch display panel and the touch display device provided by the touch sensing unit and the coupled sensing unit are similarly arranged in each touch sensing unit. The signal processing circuit processes the touch sensing signal outputted by the touch sensing unit according to the coupling signal provided by the coupling sensing unit, thereby filtering out the interference signal mixed in the touch sensing signal. Therefore, according to the processed touch sensing signal, the control circuit can accurately determine the position pointed by the touch action applied by the user, and control the touch display device according to the position or use the touch display device. The electronic product performs corresponding operations, thereby reducing the probability of malfunction of the touch display device and related electronic products, and improving the touch display device and related power 098137661 Form No. A0101 Page 6 of 25 page 0982064534-0 201117180 [0010] ο [0011] Ο [0012] 098137661 Sub-product stability and reliability. Compared with the prior art, the present invention provides another touch display device. The touch sensing element has a protrusion under the external force, so that the common electrode layer covering the surface thereof can abut the second substrate and turn on the switching element. And outputting the touch sensing signal; when the coupled sensing element is subjected to an external force, the switching element is not turned on with the common electrode layer, and the direct coupling is performed. The processing circuit of the 6^* is processed to handle the touch feeling. The signal and the consumption signal can be said; the interference signal mixed in the touch sensing signal can be removed, and the position of the external force can be accurately determined and reduced. The probability of malfunction of the touch display device and related electronic products improves the stability and reliability of the touch display device and related electronic products, Ο k wave: -V; u: r ; [embodiment] 1, which is a schematic structural diagram of an embodiment of a touch display device of the present invention. The touch display device 100 is an internal touch display device including a touch display panel 110, a scan driving circuit 120, a data dynamic circuit 13A, a signal processing circuit U0, and a control power source. The touch display panel 11A may be a liquid crystal display panel including scan lines G0 G Gm arranged in parallel with each other, n data lines D1 DD to Dn parallel to each other and perpendicular to the select lines G0 GGm, and mxn A pixel unit Pij defined by the scan lines G1 G Gm and the data lines D1 DDn and arranged in a matrix (where i and j respectively indicate that the pixel unit is located in the first earth column of the matrix and the jth bad 'l^iSm , lSj$n). Each of the pixel units Pi j includes a thin film transistor and a halogen electrode 112, respectively. Wherein, the gate of the thin film transistor iu is connected to the scan driving circuit 12{) through its form number A0101, page 7 / total 25 pages, · 0982064534-0 [0013] 201117180, and its source passes through its corresponding The data line Dj (l $ j is connected to the data driving circuit 130, and the drain thereof is connected to the pixel electrode 112. Moreover, the touch display panel 110 further includes a common electrode layer having a plurality of common electrodes (not shown) Each of the common electrodes corresponds to one pixel unit, and in each pixel unit, the halogen electrode 112, the common electrode, and the liquid crystal layer sandwiched therebetween form a liquid crystal capacitor. [0014] In the touch display panel 11A, the mxn pixel units distributed in a matrix may be divided into a plurality of touch sensing units 119. In this embodiment, as shown in FIG. 1, the pxq pixel units may be composed. a touch sensing unit 119, wherein P = 3, q = 2, that is, each touch sensing unit 119 includes 3 x 2 pixel units, respectively, and the 3 2 pixel units can be divided into adjacent columns. Inductive subunit and second inductive subunit... Each of the sensing sub-units respectively includes 3×1 pixel units, and the 3Χ1 pixel units are red (R), green (G), and blue (Β) pixels, respectively, wherein the first sensor The unit can be configured to provide a touch sensing signal to the signal processing circuit 140 when the user applies a touch action to the touch display device (ie, when the touch sensing unit 130 is subjected to an external force), the second sensing The subunits can be used to provide a coupling signal to the signal processing circuit 14A. It should be understood that the above structure is only one embodiment of the present invention. In other alternative embodiments, ρ and q can also take other values, respectively. According to the content of the present specification, the structure of the touch display panel 110 needs to be adjusted accordingly when P and q take other values. For convenience of description, it is assumed that the first sensing sub-unit and the second sensing sub-unit are respectively located. Columns i and ith +1. Each of the touch sensing units U 9 098137661 Forms St A0101 Page 8 / Total 25 pages 0982064534-0 [0015] 201117180 includes a touch sensing element 108 and a The sensing element 109 is disposed on the first sensing sub-unit located in the i-th column and the second sensing sub-unit located in the i-th column, wherein the touch sensing element 108 is connected to the ith The scanning sensing element 109 is connected to the ith scanning line Gi, and the touch sensing element 108 and the coupling sensing element 109 are connected to the signal processing through the same touch sensing line 114. The circuit 140. [0016] Please refer to FIG. 2, which is a partial side view of the touch sensing unit 119 in the touch display panel 110. In each touch sensing unit 119, the touch sensing element 108 includes a protrusion 121 disposed on a color filter (CF) substrate and covered by the common electrode layer, and a thin film transistor (Thin). A film Transist-or (TFT) substrate is opposite to the protrusion 121 and a switching element 123. The switching element 123 has a control end, and the control end determines whether the switching element 123 is turned on or off according to whether the touch sensing unit 119 is touched by a user. [0017] Specifically, in the embodiment, the switching element 123 may have a thin film transistor structure, and the gate of the thin film transistor serves as the control end, extending to the touch electrode 122 and The touch electrodes are in contact with a source connected to the scan line Gi-Ι and a drain connected to the touch sense line 114. When the external force acts on the touch sensing unit 119, the protrusion 121 can abut the common electrode layer covering the surface of the touch electrode 122 under the external force, so that the common electrode layer carries the common A voltage is applied to the gate of the switching element 123 to turn the switching element 123 on. At this time, the switching element 123 can receive its source from the sweep 098137661 Form No. A0101 Page 9 / Total 25 Page 0982064534- 0 201117180 The scanning signal of the line Gi-1 is used as the touch sensing signal 'and is supplied to the signal processing circuit 14 through the touch sensing line 114. [0019] The structure of the coupling sensing element 109 is similar to that of the touch sensing element i 〇 8 . Specifically, the structure of the coupling sensing element 1 〇 9 and the touch sensing unit 119 are in a thin film transistor. The structure of the side of the substrate is the same, and the side of the color filter substrate of the coupling sensing element 1 〇 9 does not include the protrusion of the above-mentioned function, that is, the coupling sensing element 1 〇 9 is subjected to an external force. When it acts, it will not be directly connected to the common electrode layer. The coupling sensing element 109 includes an electrode 124 and a switching element 125 having a thin film transistor structure, and the 桎, the source and the drain between the switching element 125 and the electrode 124, the scan line Gi and the touch sensing Lines η4 are connected. Referring to FIG. 3 together, the signal processing circuit 14 includes a complex signal processing unit 141. Each of the signal processing units 141 corresponds to a touch sensing unit 119 and is connected to the touch sensing line 114 ′ corresponding to the touch sensing unit 119 for transmitting the touch sensing line 114 corresponding thereto. The signal processing is performed. Specifically, the signal unit 141 includes a first control switch 142, a second control switch 143, a first signal storage unit 144, a second signal storage unit 145, and a Comparison circuit 146. The first controlled switch 142 is connected to the touch sensing line 114, and the other end is connected to the comparison circuit 146 through the first signal storage unit 144. One end of the second controlled switch 143 is also connected to the touch. The sensing line is connected to the comparison circuit 146 through the second signal storage unit 145. The first controlled switch 142 and the second controlled switch 143 can be turned on in turn under the internal timing control of the touch display device, that is, only one of them is closed at the same time. In addition, in a specific embodiment, the comparison power 098137661 Form No. A0101 Page 10 / Total 25 page 0982064534-0 201117180 The path 146 may include a comparator of a differential amplifier structure having a non-inverting input, - inverting input End and output. The first signal storage unit 144 and the second signal storage unit 145 are respectively connected to the non-inverting input terminal and the inverting input terminal, and the output terminal is connected to the control circuit 15A. The first signal storage unit! 44 and the fabric κ of the second signal storage unit 145 may be the same 'both of which may include parallel connections-to-pay: a switch 148. 47 and [0020] Ο
[0021] G[0021] G
[0022] 098137661 以下對本實施例提供之觸控感應裝置之工作過程進行* 述。當该觸控感應裝置工作時，該掃描驅動電路丨2〇提 掃描訊號並依序施加到該掃描線G〇〜Gffl，當第k條掃=供 接收到掃描訊號時，該觸控顯示面板11{)中第⑼畫素插線 元之薄膜電晶體111導通，此時，資料驅動電路13〇便= 資料訊號分別通過對應之資料線D丨〜Dn及薄犋電晶體1f 提供給所述第_畫素單元’以使所述觸控顯*面板110U 顯示對應之畫面。 當使用者通過手指或者觸控筆等向舞述觸控顯示裝置施 加一觸控動作以執行某項操作聘’在所述觸控動作所护 向之位置（以下簡稱觸控位置）對應之觸控感應單元119曰 接收到由該觸控動作產生之外力，在這種情況下，該^將 控感應元件108中之突起121在該外力作用下使得覆蓋在 其表面得公共電極層抵接至該觸控電極丨22 ,從而將診 共電極層上承載得公共電壓施加至該開關元件之j ，由此使得該開關元件以珏導通。 竭極 當該觸控感應單元U 9所連接之掃描線Gi-l接收到掃妗： 號時，該開關元件123便將該掃描訊號作為觸 田訊 表單煸號A0101 第Ul共25頁 ？ 汛號 098206453 201117180 並通過该觸控感應線114輸出至該訊號處理電路⑷中對 1 之訊號處理單元14卜另—方面，通過時序控制，使得 田忒掃描線Gi-i接收到掃描訊號時該訊號處理單元i4i中 之第文控間關142閉合、第二受控開關143斷開，因此 "亥觸控感應訊號便通過該第一受控開關143送入該第一訊 號存儲單元144巾之相電容147進行财。φ於受到該 觸控顯示裝置内部之寄生元件之搞合仙以及外部環境 級度等因素之影響，該訊號處理單元141接收到之觸控感 應訊號可能還夾雜著其他干擾訊號。 [0023] 田下—條掃描線Gi接收到掃描訊號時，該訊號處理單元 141中之第—受控開關142斷開、第二受控開關143閉合 ;此時，該耦合感應單元1〇1受該觸控顯示裝置内部之寄 生兀件之耦合作用以及外部環境溫度等因素之影響向 該訊號處理單元141輸出一耦合訊號◊該耦合訊號進一步 通過該第—梵控開關143送入該第二訊號存儲單元145中 之存儲電容147進行儲存。由於該耦合感應單元1〇9與該 觸控感應單元1。8相鄰設置，且二者之結構相似，因此該 耦合訊號基本與上述夾雜在該觸控感應訊號中之干擾訊 號相同。在該觸㈣應喊及_合峨均細在對應 之訊號存料元144及145之後，該比較電路丨則時從 該第-訊號存儲單元144及第二訊號存儲單元Μ讀取該 觸控感應訊號及耦合訊號，並對二者進 比較，即根據 該耦〇讯號對該觸控感應訊號進行處理，以將上述干擾 訊號從該觸控感應訊號中濾除。 ， [0024] 進一步地，該比較電路146可 以將經過該訊號處理單元 098137661 表單編號A0101 第12頁/共25頁 0982064534-0 201117180 141處理之觸控感應訊號輸出至該控制電路150，以供該 控制電路150判斷該觸控位置之座標。該控制電路150可 乂根據判斷出之座標獲知使用者所執行之操作之具體内 谷，並提供相應之控制訊號控制該觸控顯示裝置或者使 用。亥觸控顯示裝置之電子產品進行相應之操作。 [0025] Ο 〇 [0026] 與先前技術之觸控顯示裝置相比，本發明上述實施例提 供之觸控顯示裝置通過在該觸控顯示面板110之每一個觸 控感應單元119中同時設置結構相近似之該觸控感應單元 丄〇8及該耦合感應單元1〇9，並通過該訊號處理電路140 根據該耦合感應單元109提供之耦合訊號對該觸控感應單 元108輸出之觸控感應訊號進行處理，濾除掉夾雜在 該觸控感應訊號中之干擾訊號。因此’根據該處理後之 觸控感應訊號，該控制電路150可以準確地判斷出使用者 施加之觸控動作所指向之位置，並根據該位置控制該觸 控顯示裝置或使用該觸控顯示裝置之着子產品執行對應 之操作，從而降低該與控顯示裝置以及相關電子產品發 生誤動作之幾率，提高該腾控聲甲裝置以及相關電子產 ' ^ ^ r δ - 品之穩定性及可靠性。 請一併參閱圖4及圖5，圖4為本發明觸控顯示裝置另一種 實施例之結構示意圖，圖5為圖4所示觸控顯示裝置之訊 號處理電路中一個訊號處理單元之電路結構示意圖。該 觸控顯示裝置200與前一實施例提供之觸控顯示裝置1〇〇 相近似’不過二者在觸控顯示面板之結構上有所差異。 具體而言，在該觸控顯示裝置200之觸控顯示面板21〇中 ，每一觸控感應單元219之觸控感應元件208及耦合感應 098137661 表單编號Α0101 第13頁/共25頁 0982064534-0 201117180 元件209分別設置在同一列之畫素單元並連接至同一條掃 描線Gi，且該觸控感應元件208通過一第一觸控感應線 214連接至訊號處理電路240，該耦合感應元件209通過 一第二觸控感應線214連接至該訊號處理電路240。該第 一觸控感應線214通過訊號處理單元241之第一受控開關 242連接至比較電路246 ;該第一觸控感應線214通過訊 號處理單元241之第二受控開關243連接至比較電路246 〇 [0027] 通過以上所述之結構，若使用者向所述觸控顯示裝置200 施加一觸控動作，在該掃描線Gi接收到掃描訊號時，該 觸控感應元件208及耦合感應元件209可以同時提供觸控 感應訊號及耦合訊號至該訊號處理電路，該訊號處琢電 路可以進一步根據該耦合訊號對該觸控感應訊號進行處 理以濾除掉夾雜在該觸控感應訊號中之干擾訊號，從而 保證該觸控顯示裝置200之穩定性及可靠性。 [0028] 然而，本發明亦可具其他多種變更設計，比如：該觸控 感應元件可以不係由突起121、觸控電極122及一開關元 件123組成之，其可以係由一光電薄膜電晶體構成之感光 型觸控感應元件；另，當該開關元件123、125為閘極在 最上層之頂栅型薄膜電晶體時，該觸控感應元件108可以 不包括該觸控電極122，該耦合感應元件109可以不包括 該電極124，突起121在該外力作用下使得覆蓋在其表面 得公共電極層抵接至該開關元件12 3之閘極。 [0029] 综上所述，本發明確已符合發明專利之要件，爰依法提 出專利申請。惟，以上所述者僅為本發明之較佳實施方 098137661 表單編號A0101 第14頁/共25頁 0982064534-0 201117180 式，本發明之範圍並不以上述實施例為限，該舉凡熟悉 本案技藝之人士援依本發明之精神所作之等效修飾或變 化，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 [0030] 圖1為本發明觸控顯示裝置一種實施例之結構示意圖。 [0031] 圖2為圖1所示觸控顯示裝置之觸控顯示面板中之觸控感 應單元之部分側面結構示意圖。 [0032] 圖3為圖1所示觸控顯示裝置之訊號處理電路中一個訊號 Q 處理單元之電路結構示意圖。 [0033] 圖4為本發明觸控顯示裝置另一種實施例之結構示意圖。 [0034] 圖5為圖4所示觸控顯示裝置之訊號處理電路中一個訊號 處理單元之電路結構示意圖。 【主要元件符號說明】 [0035] 觸控顯示裝置 100 [0036] 觸控顯示面板 110 [0037] 掃描驅動電路 120 [0038] 資料驅動電路 130 [0039] 訊號處理電路 140 [0040] 控制電路1 5 0 [0041] 薄膜電晶體110 [0042] 畫素電極112 098137661 表單編號A0101 第15頁/共25頁 0982064534-0 201117180 [0043] 觸控感應線114 [0044] 觸控感應單元 119 [0045] 觸控感應元件 108 [0046] 耦合感應元件 109 [0047] 訊號處理單元 141 [0048] 掃描線G0<^, Gin [0049] 資料線D1〜Dn [0050] 突起121 •l [0051] 觸控電極12 2 [0052] 開關元件123 [0053] 電極124 [0054] 開關元件125 [0055] 第一受控開關 142 [0056] 第二受控開關 143 [0057] 第一訊號存儲單元 144 [0058] 第二訊號存儲單元 145 [0059] 比較電路146 098137661 表單編號A0101 第16頁/共25頁 0982064534-0[0022] 098137661 The working process of the touch sensing device provided in this embodiment is described below. When the touch sensing device is in operation, the scan driving circuit 〇2 extracts the scanning signals and sequentially applies the scanning signals to the scanning lines G〇~Gff1, and when the kth scanning=receives the scanning signals, the touch display panel The thin film transistor 111 of the (9) pixel plug-in element in 11{) is turned on. At this time, the data driving circuit 13 = = data signal is respectively supplied to the said data line D 丨 D Dn and the thin 犋 transistor 1 f The first pixel unit is configured to cause the touch display panel 110U to display a corresponding screen. When the user applies a touch action to the dance touch display device by using a finger or a stylus pen or the like to perform a certain operation, the touch corresponding to the position protected by the touch action (hereinafter referred to as the touch position) The control sensing unit 119 receives an external force generated by the touch action, in which case the protrusion 121 in the sensing element 108 is caused by the external force so that the common electrode layer covering the surface thereof abuts to The touch electrode 22 is configured to apply a common voltage carried on the diagnostic common electrode layer to the switching element j, thereby causing the switching element to be turned on. When the scanning line Gi-1 connected to the touch sensing unit U9 receives the broom: number, the switching element 123 uses the scanning signal as the touch field form nickname A0101, U1, 25 pages. The nickname 098206453 201117180 is outputted to the signal processing unit 14 of the signal processing circuit (4) through the touch sensing line 114, and the timing control is such that the field scanning line Gi-i receives the scanning signal. The first control switch 142 is closed in the signal processing unit i4i, and the second controlled switch 143 is turned off. Therefore, the "Hui touch sensing signal is sent to the first signal storage unit 144 through the first controlled switch 143. The phase capacitor 147 carries out the wealth. Φ is affected by factors such as the parasitic components inside the touch display device and the external environment level, and the touch sensing signal received by the signal processing unit 141 may be interspersed with other interference signals. [0023] When the field-scanning line Gi receives the scanning signal, the first controlled switch 142 of the signal processing unit 141 is turned off, and the second controlled switch 143 is closed; at this time, the coupled sensing unit 1〇1 The coupling signal is outputted to the signal processing unit 141 by the coupling of the parasitic components inside the touch display device and the external environment temperature, and the coupling signal is further sent to the second through the first control switch 143. The storage capacitor 147 in the signal storage unit 145 is stored. Since the coupling sensing unit 1〇9 is disposed adjacent to the touch sensing unit 1.8, and the structures of the two are similar, the coupling signal is substantially the same as the interference signal mixed in the touch sensing signal. After the touch (4) should be spoofed and the _ 峨 细 is in the corresponding signal storage elements 144 and 145, the comparison circuit reads the touch from the first signal storage unit 144 and the second signal storage unit Μ The sensing signal and the coupling signal are compared, and the touch sensing signal is processed according to the coupling signal to filter the interference signal from the touch sensing signal. [0024] Further, the comparison circuit 146 can output the touch sensing signal processed by the signal processing unit 098137661 Form No. A0101, page 12/25 pages 0982064534-0 201117180 141 to the control circuit 150 for the The control circuit 150 determines the coordinates of the touch position. The control circuit 150 can learn the specific valley of the operation performed by the user according to the determined coordinates, and provide a corresponding control signal to control the touch display device or use. The electronic products of the touch display device operate accordingly. [0025] The touch display device provided by the above-mentioned embodiments of the present invention provides a structure in each touch sensing unit 119 of the touch display panel 110 at the same time. The touch sensing unit 丄〇8 and the coupling sensing unit 〇9 are similarly received, and the touch sensing signal outputted by the signal processing circuit 140 to the touch sensing unit 108 according to the coupling signal provided by the coupling sensing unit 109 The processing is performed to filter out the interference signal mixed in the touch sensing signal. Therefore, the control circuit 150 can accurately determine the position pointed by the touch action applied by the user, and control the touch display device according to the position or use the touch display device according to the processed touch sensing signal. The sub-product performs the corresponding operation, thereby reducing the probability of malfunction of the control display device and related electronic products, and improving the stability and reliability of the T-control device and related electronic products ' ^ ^ r δ - products. 4 and FIG. 5, FIG. 4 is a schematic structural diagram of another embodiment of the touch display device of the present invention, and FIG. 5 is a circuit structure of a signal processing unit in the signal processing circuit of the touch display device of FIG. schematic diagram. The touch display device 200 is similar to the touch display device 1 provided in the previous embodiment, but the difference between the two is different in the structure of the touch display panel. Specifically, in the touch display panel 21 of the touch display device 200, the touch sensing element 208 and the coupling sensor 098137661 of each touch sensing unit 219 are numbered Α0101, page 13 / 25 pages 0982064534- The elements 209 are respectively disposed in the same column of pixel units and are connected to the same scanning line Gi, and the touch sensing element 208 is connected to the signal processing circuit 240 through a first touch sensing line 214. The coupling sensing element 209 The signal processing circuit 240 is connected to the second touch sensing line 214. The first touch sensing line 214 is connected to the comparison circuit 246 through the first controlled switch 242 of the signal processing unit 241; the first touch sensing line 214 is connected to the comparison circuit through the second controlled switch 243 of the signal processing unit 241. [0027] With the above configuration, if the user applies a touch action to the touch display device 200, the touch sensing element 208 and the coupled sensing element are received when the scan line Gi receives the scan signal. The 209 can simultaneously provide the touch sensing signal and the coupling signal to the signal processing circuit, and the signal processing circuit can further process the touch sensing signal according to the coupling signal to filter out interference interposed in the touch sensing signal. The signal ensures the stability and reliability of the touch display device 200. [0028] However, the present invention may have other various modifications. For example, the touch sensing element may be composed of the protrusion 121, the touch electrode 122 and a switching element 123, which may be a photoelectric film transistor. The photosensitive touch sensing component is formed. When the switching component 123 and 125 are the top gate type thin film transistor with the gate in the uppermost layer, the touch sensing component 108 may not include the touch electrode 122. The sensing element 109 may not include the electrode 124, and the protrusion 121 is caused by the external force so that the common electrode layer covering the surface thereof abuts against the gate of the switching element 132. [0029] In summary, the present invention has indeed met the requirements of the invention patent, and the patent application is filed according to law. However, the above description is only the preferred embodiment of the present invention 098137661 Form No. A0101 Page 14 / Total 25 Page 0982064534-0 201117180, and the scope of the present invention is not limited to the above embodiments, and the skill of the present invention is familiar to the present invention. Equivalent modifications or variations made by persons in light of the spirit of the invention are intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0030] FIG. 1 is a schematic structural view of an embodiment of a touch display device according to the present invention. 2 is a partial side structural view of a touch sensing unit in the touch display panel of the touch display device of FIG. 3 is a schematic diagram showing the circuit structure of a signal Q processing unit in the signal processing circuit of the touch display device shown in FIG. 1. 4 is a schematic structural view of another embodiment of a touch display device according to the present invention. 5 is a schematic diagram showing the circuit structure of a signal processing unit in the signal processing circuit of the touch display device shown in FIG. 4. [Key Component Symbol Description] [0035] Touch Display Device 100 [0036] Scan Drive Circuit 120 [0038] Data Drive Circuit 130 [0039] Signal Processing Circuit 140 [0040] Control Circuit 1 5 0 [0041] Thin Film Transistor 110 [0042] Pixel Electrode 112 098137661 Form No. A0101 Page 15 / Total 25 Page 0982064534-0 201117180 [0043] Touch Sensing Line 114 [0044] Touch Sensing Unit 119 [0045] Touch Control Sensing Element 108 [0046] Signal Processing Unit 141 [0048] Scan Line G0<^, Gin [0049] Data Lines D1 to Dn [0050] Protrusion 121 • 1 [0051] Touch Electrode 12 2 [0052] Switching Element 123 [0053] Electrode 124 [0054] Switching Element 125 [0055] First Controlled Switch 142 [0056] Second Controlled Switch 143 [0057] First Signal Storage Unit 144 [0058] Signal storage unit 145 [0059] Comparison circuit 146 098137661 Form number A0101 Page 16 of 25 0982064534-0