200849188 九、發明說明： 【發明所屬之技術領域】 本發明涉及-種可書寫之顯示裳置，尤发 於LED顯不屏幕上進行書寫之LED 種可 【先前技術】 、衣置。 隨著顯不技術之不斷發展，LED顯示 之特性已廣泛地應用於消費領域内。咖_亍壯置ί自身 複數LED作爲顯示單_列成矩陣狀從ς ^利用 板。㈣顯示裝置由於LED本身之特性，從而：心面 &低^先冗度N、回應速度快、壽命長等優點。 傳統之可書寫之顯示裝置主要依靠專 位筆來進行書寫’書寫 2板或聲 到如衣置上。因此，傳紅可書kLED顯干壯 置不能獨立於電腦進行工作。 "、/、衣 有馨於此，提供—種可直接於LED顯示屏幕上進 寫之顯示裝置實爲必要。 進仃母 【發明内容】 以下將以實施例說明一種可書寫之顯示裝置。 -可書寫之顯示裝置’其包括一透明上基板，一下美 板及複數設置於下基彳m控發錢轉組 ς 傈排列形成一矩陣，該每個觸控發光顯示模 、、’匕 毛光元件及一與該發光元件相電連接之觸發器， 通過該觸發器控制該發光元件是否發光。 … /、先4技術相比，该可書寫之顯示裝置可直接於顯示 6 200849188 开幕4仃曰冑使。亥顯不裝置顯示書寫之 要將相關之訊號傳輸至電腦中推广走田〜 叩个而 .晉y ^ %^中進仃處理後再顯示於顯示裝200849188 IX. Description of the Invention: [Technical Field] The present invention relates to a displayable display, especially for LEDs that are written on an LED display screen. [Prior Art], clothing. As the technology continues to evolve, the characteristics of LED displays have been widely used in the consumer sector. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ (4) Due to the characteristics of the LED itself, the display device has the advantages of low surface area, low redundancy, fast response time and long life. Conventional writable display devices rely primarily on a dedicated pen for writing 'writing 2 boards or sounds to a garment. Therefore, the red card can not work independently of the computer. ", /, clothing is here, providing a display device that can be directly written on the LED display screen is necessary. [Invention] A writeable display device will be described below by way of example. - a writable display device comprising a transparent upper substrate, a lower plate and a plurality of sets of sub-controlling money transfer ς 傈 arranged to form a matrix, each of the touch illuminating display modes, 'bristles And an optical component and a flip-flop electrically connected to the light-emitting component, wherein the light-emitting component controls whether the light-emitting component emits light. ... /, compared to the first 4 technology, the writable display device can be directly displayed on the display 6 200849188. Haixian does not display the display. The relevant signal should be transmitted to the computer to promote the field~ 而一. Jin y ^ %^ is processed and then displayed in the display
置上，因此，貫施例所提供之可書寫之顯 簡單，書寫更加方便。 ’ L口構更A 【實施方式】 下面結合附圖對本發明者# ^ ^ ^ \明Μ %例作進一步地詳細說明。 請參閱圖1，本發明實施例接 括-Γ + — ^ 1ΠΠ 也例徒七、之一種可書寫之顯示裝 置100。该書寫式顯示裝i 100包括一透明上基板⑽一下 基板120及複數設置於下其缸 土板120上之觸控發光顯示模組 。“稷數觸控發光顯示模组13()排列形成—矩陣，每個 觸控發光顯示模組可定義爲該顯示裝置1〇〇之一個圖元。 請參閱圖2,爲本發明實施例所提供之可書寫之顯示裝 置1〇〇 a π—π線之剖視圖。該每個觸控發光顯示模组⑽ 包括一發光元件131及與該發光元件131相電連接之觸發 益1〒。於本實施例令，該發光元件i3i冑發光二極體，該 觸U32爲石夕控整流器。優選地，該發光二極體⑶設 置於訂基板12G之上表面，該觸發器132設置於該下基 板120之下表面，其通過導線133將該發光二極體131盥 該觸發器132相串接。該透明上基板11〇上開設有複數用 於容納該發光二極體131之孔洞m。該孔洞m内可填充 透月膠體’發光二極體131發出之光可透過該透明膠體。 该可書寫之顯示裝置進一步包括複數設置於該透明上 基板110上之觸發電極14〇，該複數觸發電極14〇分別與該 複數觸控發光顯示模組130中之石夕控整流器之間極相 7 200849188 電連接。該透明上基板110及下基板120上分別開設有複 數相對應之上、下通孔（未標示），通過該上、下通孔該複數 -觸發電極140分別對應電連接至該矽控整流器132之閘 極，以控制該矽控整流器132是否導通。該觸發電極140 爲一透明電極。 該可書寫之顯示裝置進一步包括一誘導器150,該誘導 器150包括一高電壓訊號輸出端151及一零電壓訊號輸出 端152。優選之，該誘導器150可以爲一晝筆或一板擦，其 分別於其兩端設置一高電壓訊號輸出端151及一零電壓訊 號輸出端152。 請參閱圖3,爲本發明實施例所提供之該複數觸控發光 顯示模組130之電路示意圖。該複數觸控發光顯示模組130 相互並列，並分別電連接至一開關元件160及一電源170。 每個觸控發光顯示模組130與開關元件160及電源170間 形成一電回路。且該開關元件160爲一常閉開關。 當利用畫筆150於該顯示裝置100上進行書寫時，該 晝筆150之高電壓訊號輸出端151分別與晝筆150書寫執 迹上之觸發電極140相接觸，高電壓訊號通過觸發電極140 輸入至相應之矽控整流器132之閘極。由於相應之矽控整 流器132之閘極被輸入高電壓訊號，因此，矽控整流器132 導通，則矽控整流器132，發光二極體131，常閉開關元件 160及電源170間形成一閉合電路，因此，發光二極體131 開始發光使該顯示裝置100顯示書寫之圖像。且，當晝筆 150之高電壓訊號輸出端151於書寫過程中，離開該觸控發 8 200849188 r"" .光顯示模組130時，由於該觸控發光顯示模組i3〇中之矽 *控整流器、132已經被觸發成導通狀態，此時，該矽控敕冷 •器132繼續維持導通狀態，即發光二極體ΐ3ι繼續發^ 只有當用畫+筆150之零電壓訊號輸出物接觸該觸發電 極140’使零電壓訊號傳輸至該相應之石夕控整流器说之間 極’才可錢該㈣整U 132停止導通，其相應 ^體131停止發光，即將該發光二極體i3i所對應之圖 2 之圖像擦去。優選之，該觸發電極⑽爲環狀，士 構，以增大觸發電極140與晝筆15〇間之接觸面極: 寫之圖像更爲準確。 曰 σ亥顯不裝置100上查宫少岡/多-τ、< _使整_像被擦去。θ寫之圖像可以利用斷開開關元件 相較於先前技術，本發明實叮 示裝置可以利用誘導哭15η =戶仏供之可書寫之顯 电^ 磚蜍為15〇直接於顯示屏幕上進行盒 寫，使該顯不裝置100顯示查育 曰 ^ ^ 、曰寫之圖像，而不需要將相關 ^:虎傳輸至電財進行處理後再顯示 =貫施例所提供之可書寫之顯示裝口 書寫更加方便。 傅文局間早 該顯示裝置100還可以 牛 之内宠铋在、，絲炎 乂匕括一記憶體，將書寫 内谷儲存，亚轉移至其他之顯示裝 綜上所述，本發明確已符合 ^丁 提出專利申請。惟，以上 ;2之要件，遂依法 式，自不能以此限制本宰之本發明之較佳實施方 技云之人士板依本發明之精神所作之等效修飾或變化，皆 9 200849188 應涵蓋於以下申請專利範圍内。 '【圖式簡單說明】 • 圖1係本發明實施例所提供之一種可書寫之顯示裝置 之示意圖。 圖2係圖1所示之可書寫之顯示裝置沿II一 II線之剖 視圖。 圖3係圖1所示複數觸控發光顯示模組之電路示意圖。 【主要元件符號說明】 顯示裝置 100 透明上基板 110 孔洞 111 下基板 120 觸控發光顯示模組 130 發光元件 131 觸發器 132 導線 133 觸發電極 140 誘導器 150 高電壓訊號輸出端 151 開關元件 160 零電壓訊號輸出端 152 電源 170 10Therefore, the writing provided by the embodiment is simple and the writing is more convenient. 'L Port Configuration A'. [Embodiment] Hereinafter, the inventor's #^^^\明Μ% example will be further described in detail with reference to the accompanying drawings. Referring to Fig. 1, an embodiment of the present invention includes - Γ + - ^ 1 ΠΠ also a seventh, one of the writable display devices 100. The writing display device 100 includes a transparent upper substrate (10), a lower substrate 120, and a plurality of touch light emitting display modules disposed on the lower earth plate 120. The plurality of touch-sensitive display modules 13 are arranged to form a matrix, and each of the touch-sensitive display modules can be defined as one of the display devices. Referring to FIG. 2, it is an embodiment of the present invention. A cross-sectional view of the 〇〇a π-π line of the display device is provided. Each of the touch light-emitting display modules (10) includes a light-emitting element 131 and a triggering electrical connection with the light-emitting element 131. For example, the light-emitting element i3i is a light-emitting diode, and the touch U32 is a rock-controlled rectifier. Preferably, the light-emitting diode (3) is disposed on an upper surface of the substrate 12G, and the flip-flop 132 is disposed on the lower substrate. The lower surface of the 120 is connected in series with the flip-flop 132 via a wire 133. The transparent upper substrate 11 is provided with a plurality of holes m for accommodating the light-emitting diode 131. The light emitted from the moon-like colloidal light-emitting diode 131 can pass through the transparent colloid. The writeable display device further includes a plurality of trigger electrodes 14A disposed on the transparent upper substrate 110, and the plurality of trigger electrodes 14 〇 separate from the plural The pole phase 7 is connected to the pole phase 7 200849188 in the light-emitting display module 130. The transparent upper substrate 110 and the lower substrate 120 are respectively provided with a plurality of corresponding upper and lower through holes (not labeled) through which the upper and lower through holes (not labeled) are respectively opened. The lower through-holes of the complex-trigger electrode 140 are respectively electrically connected to the gate of the step-controlled rectifier 132 to control whether the step-controlled rectifier 132 is turned on. The trigger electrode 140 is a transparent electrode. The writeable display device is further An inducer 150 is included. The inducer 150 includes a high voltage signal output terminal 151 and a zero voltage signal output terminal 152. Preferably, the inducer 150 can be a pen or a wiper, which are respectively disposed at two ends thereof. A high-voltage signal output terminal 151 and a zero-voltage signal output terminal 152. Please refer to FIG. 3, which is a circuit diagram of the plurality of touch-sensitive light-emitting display modules 130 according to an embodiment of the present invention. 130 are juxtaposed to each other and electrically connected to a switching element 160 and a power source 170. Each of the touch light-emitting display modules 130 forms an electrical circuit with the switching element 160 and the power source 170. The component 160 is a normally closed switch. When the brush 150 is used for writing on the display device 100, the high voltage signal output terminal 151 of the pen 150 is in contact with the trigger electrode 140 on the writing pen of the pen 150, respectively. The voltage signal is input to the gate of the corresponding thyristor 132 through the trigger electrode 140. Since the gate of the corresponding thyristor 132 is input with a high voltage signal, the rectifier rectifier 132 is turned on, and the rectifier 132 is illuminated. The pole body 131 forms a closed circuit between the normally closed switching element 160 and the power source 170. Therefore, the light emitting diode 131 starts to emit light to cause the display device 100 to display a written image. Moreover, when the high voltage signal output terminal 151 of the pen 150 is in the process of writing, leaving the touch display module 130, the touch display module i3 is in the middle of the touch display module * The control rectifier, 132 has been triggered to be in a conducting state. At this time, the 敕 control 敕 cooler 132 continues to maintain the conduction state, that is, the illuminating diode ΐ3 ι continues to transmit ^ only when using the picture + pen 150 zero voltage signal output Contacting the trigger electrode 140' causes a zero voltage signal to be transmitted to the corresponding stone-controlled rectifier to say that the pole is 'only" (four) the whole U 132 stops conducting, and the corresponding body 131 stops emitting light, that is, the light-emitting diode i3i The corresponding image of Figure 2 is erased. Preferably, the trigger electrode (10) is annular, so as to increase the contact surface between the trigger electrode 140 and the cymbal pen 15: the written image is more accurate. σ σ海显不装置100 on the palace Gong Shaogang / multi-τ, < _ make the whole _ image is wiped off. The image written by θ can be opened on the display screen by using the open switch element compared to the prior art, and the display device of the present invention can use the induced crying 15n = household 仏 for the writeable ^ ^ 蜍 蜍 〇 〇 Box writing, so that the display device 100 displays the image of the 曰^^, 曰, without the need to transfer the relevant ^: tiger to the electricity for processing and then display = the writeable display provided by the example It is more convenient to write the mouth. The Fuwen Bureau should have been able to show the device 100 in the cow, and the silkworm contains a memory. The storage of the inner valley is stored, and the sub-transfer is transferred to other display devices. The present invention has indeed been described. Meet the patent application of ^ Ding. However, the above requirements; 2, according to the law, can not limit the equivalent modification or change of the board of the preferred embodiment of the present invention according to the spirit of the present invention, 9 200849188 It is within the scope of the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a writeable display device according to an embodiment of the present invention. Figure 2 is a cross-sectional view of the writable display device shown in Figure 1 taken along line II-II. 3 is a circuit diagram of the complex touch illumination display module shown in FIG. 1. [Main component symbol description] Display device 100 Transparent upper substrate 110 Hole 111 Lower substrate 120 Touch light-emitting display module 130 Light-emitting element 131 Trigger 132 Wire 133 Trigger electrode 140 Inductor 150 High-voltage signal output terminal 151 Switching element 160 Zero voltage Signal output 152 power supply 170 10