200939085 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種觸控式LED陣列幕，其係由具可啟 閉LED亮滅與改變LED顏色功能之透光觸控板所組成之LED 單元體，以陣列排列方式延伸組合而成之顯示幕。 【先前技術】 按，習用之觸控式LCD顯示幕，係以感測面板與LCD 基板結合而成，雖具有觸控顯示之基本功能，但存在構造 〇複雜、尺寸受限與價格較高等問題。 上述習用缺點如下： 1. 構造複雜，生產成本較高，且維修更換之作業繁複。 2. 顯示幕之尺寸大小受到技術上之限制，無法大型化。 . 3.顯示之解析晝素為固定，無法作即時調整與變化。 4. #統LED式戶外看板不備觸控功能，附加價值低。 上述所提及關於習用之觸控式LCD顯示幕，儘管能夠 0達成在觸控顯示上所具備之基本要求，但存在構造複雜、 尺寸受限與價格較高等問題，無法作商業大型化應用等缺 點與不足的情況下，難以發揮更加實用及有效應用之具體 效果。 综上所述，由於習用之觸控式LCD顯示幕，存在上述 之缺點與不足，基於產業進步之未來趨勢前提下，實在有 必要提出具體的改善方案，以符合產業進步之所需，更進 一步提供業界更多的技術性選擇。 【發明内容】 5 200939085 本發明係以解決習用之觸控式LCD顯示幕在構造複 雜、尺寸受限與價格較高等方面之問題與不足，加以其在 實用化.技術等方面受到限制之問題，本發明一方面在達成 具有觸控顯示功能外，另一方面在於改善構造複雜度、解 除尺寸受限與降低生產價格等先前之技術性問題，以達成 所應具備之觸控顯示基本功能外，並使其兼具使用之便利 實用性與提升整體商業應用化層次之具體要求。 為了達成上述目的及功能，其具體採行的技術手段及 ©方案包括： 一種觸控式LED〔發光二極體〕陣列幕，具有複數個陣 列之LED單元體，每一 LED單元體包含有： 一觸控板，係一可透光體，並具有一受觸控區域。 一控制電路，係與觸控板作電性連接，並將受觸控區 域之觸控訊號轉換為電氣訊號。 至少一 LED，係與控制電路連接，藉由轉換之電氣訊號 0控制LED之亮滅。 一電源，連接至控制電路。 一種觸控式LED陣列幕〔發光二極體〕，具有複數個陣 列之LED單元體，每一 LED單元體包含有一觸控板、至少 一 LED及一電源，其中：觸控板係一可透光體，並具有一 受觸控區域；一控制電路，係與觸控板作電性連接，並將 受觸控區域之觸控訊號轉換為電氣訊號；至少一 LED係與 控制電路連接，藉由轉換之電氣訊號控制LED之顏色表現； 電源係連接至控制電路。 200939085 上述之觸控板單獨當作顯示器使用時，控制電路可不 經由觸控板之觸控訊號所轉換之電氣訊號，而單獨對led 作亮滅之控制。 上述之LED單元體内之複數LED’係透過驅動電路作不 .同顏色之配置。 上述之觸控板之組成係用一般之電容式、電阻式、壓 電式、感光式、或距離式之感測器。 ❹ 上述之電源係為市電供電或太陽能供電。 本發明之優點在於： 1.構造簡單，生產成本低廉，且維修更換之作業簡便。 2·可以陣列排列組合之方式，無限延伸陣列幕之尺寸。 3. 使戶外看板具備觸控之功能，增加實用之附加償值。 4. 藉LED單元體之複數個多顏色LED，強化顏色表現。 5. 使用上具有互動之趣味性，兼具即時變換之操作性。 6. 可藉由LED單元體之規格尺寸調整顯示之解析晝素。 ❹【實施方式】 、 δ月參閱第一圖及第二圖’分別為本發明一實施例整體 構造外觀組合立體圖及本發明一實施例整體構造外觀分解 立體圖，其中，一種觸控式LED陣列幕，具有複數個陣列 之LED單元體（1)，每一 [ED單元體（1)包含有： 一觸控板（11),係一可透光體，並具有一受觸控區域 (111)。 一控制電路（12)，係與觸控板（11)作電性連接，並 200939085 將受觸控區域（111)之觸控訊號轉換為電氣訊號；控制電 路（12)以線路（2)與電源（14)連接，該觸控板（11) 之組成係用一般之電容式' 電阻式、壓電式、感光式、或 .距離式之感測器。 至少一 LED (13)’係以線路（2)與控制電路（12)連 接’藉由轉換之電氣訊號控制LED ( 13)之亮滅；另，控制 電路（12)可不經由觸控板（11)之觸控訊號所轉換之電 氣訊號’單獨對LED (13)作亮滅之控制〇 ❹ 而LED單元體（1 )内之複數LED ( 13)，可作不同顏色 之配置，以產生色彩配置之多樣性。 以及一電源（14)’係以線路（2)連接至控制電路（12) 與LED (13)’其電源（14)供應若於室内使用可用一般市 電供電，若是於戶外使用可用太陽能供電。 此觸控式LED陣列幕之LED單元體（1)之工作原理， 係以本身為可透光體之觸控板（11)之受觸控區域（H1) ®作為輸入介面，當以手〔或身體其他部位、實體物件等〕 壓受觸控區域（111)，受觸控區域（111)會感測到電容或 是光源或是距離或是壓力之改變而產生觸控訊號，此觸控 訊號經由控制電路（12)處理後，產生電氣訊號，以此電 氣訊號作為控制LED ( 13)亮滅之基礎；當LED ( 13)受控 而亮燈時’其具有特定顏色之光線將透過可透光體之觸控 板（11 )，使LED單元體（1)呈現透光之發光效果^ 觸控板（11)之受觸控區域（111)實質上為一個控制 200939085 LED (13)亮滅之開關元件’藉由對觸控板（丨〗）接觸所產 生之壓力，個別且即時地控制組成觸控式led陣列幕之任 一區塊LED (13)之亮滅與顏色的改變。 請參閱第三圖’為本發明一實施陣列連結之裝置外觀 示意圖，其中，觸控式LED陣列幕係由複數個LED單元體 (1)以陣列之方式排列組合而成，單一 LED單元體（1) 之尺寸規格無限制，可以改變LED單元體（1)大小以符合 實際需要。每一個單一！單元體（1)即以一個光點或多 個光點代表影像技術中之一個畫素〔Pixel〕；在相同顯示 面積之觸控式LED陣列幕之條件下，當LED單元體（1)愈 小，其包含之LED單元體（1)之數量愈多，在解析之表現 上，相對愈高。 圖中所示之由LED單元體（1)以陣列排列組合之觸控 式LED陣列幕’其外觀尺寸與顯示解析度分別以陣列排列 數量及LED單元體（1)之尺寸規格決定之；故觸控式led 〇陣列幕之應用可小自親子互動之小型教具、教學用之教室 教學板等，大至戶外之公共藝術空間之光線表現、建築物 辦公室隔間或大廳裝潢，乃至大型活動之舞台燈光效果 等’均可廣泛且有效率利用之。. 對於用於戶外之大型看板之應用，可採直接觸控方 式’亦可連結各LED單元體（1 )以電腦及程式控制，以改 變成型圖形或影像之縮放、鏡射、變色及變形等效果；前 者適用於固定之晝面表現，而後者可隨時改變晝面内容， •包含圖形與顏色等，也可作為傳統之跑馬燈之用。 9 200939085 請參閱第四圖，為本發明一實施陣列連結之使用狀使 不思圖’其中’利用LED單元體（1)之亮滅開關控制及内 置複數個不同顏色之LED (13)〔另請參閲第一、二圖〕，可 以製造出所需圖形、圖案及特定L〇G〇之光線效果，具有相 當多樣之變化性。 綜合上述’本發明係針對觸控式LED陣列幕之應用技 術’特指一種藉由本身為可透光體之觸控板（11)之受觸 控區（111)域作為輸入介面’當以手靠近或接觸受觸控區 域（111 )’受觸控區域（111 )會感測到電子元件參數（如 電容、壓力、或距離）之改變而產生觸控訊號，將此觸控訊 號經由控制電路（12)處理後，產生電氣訊號，以此電氣 訊號作為控制LED (13)亮滅、灰階或改變顏色之基礎，當 * LED (13)受控而亮燈時’其具有特定顏色之光線將透過可 透光體之觸控板（Π)’使LED單元體（1)呈現透光之發 光效果’作一最佳之改良與設計，為本發明對於觸控式led φ陣列幕所作最具體之改良。 【圖式簡單說明】 第一圖：本發明一實施例整體構造外觀組合立體圖。 第二圖：本發明一實施例整體構造外觀分解立體圖。 第三圖：本發明一實施陣列連結之裝置外觀示意圖。 第四圖：本發明一實施陣列連結之使用狀使示意圖。 【主要元件符號說明】 (1 ) LED單元體 (11) 觸控板 （111) 受觸控區域 200939085 (12) 控制電路 (13) LED (14) 電源 (2) 線路200939085 IX. Description of the Invention: [Technical Field] The present invention relates to a touch LED array screen, which is composed of an LED with a light-transmitting touch panel capable of turning on and off the LED and changing the color of the LED. The unit body is extended in a matrix arrangement to form a display screen. [Prior Art] According to the conventional touch-sensitive LCD display screen, the sensing panel is combined with the LCD substrate. Although it has the basic functions of touch display, it has complicated structure, limited size and high price. . The above disadvantages are as follows: 1. The structure is complicated, the production cost is high, and the maintenance and replacement work is complicated. 2. The size of the display screen is technically limited and cannot be enlarged. 3. The analytical parameters displayed are fixed and cannot be adjusted and changed in real time. 4. #统LED outdoor billboards are not equipped with touch function, and the added value is low. The touch-sensitive LCD display screen mentioned above is capable of achieving the basic requirements of the touch display, but has problems such as complicated structure, limited size, and high price, and cannot be used for commercial large-scale applications. In the case of shortcomings and deficiencies, it is difficult to exert the specific effects of more practical and effective application. In summary, due to the above-mentioned shortcomings and shortcomings of the touch-sensitive LCD display screen, it is necessary to propose specific improvement plans based on the future trend of industrial progress, in order to meet the needs of industrial progress, and further Provide more technical options in the industry. SUMMARY OF THE INVENTION 5 200939085 The present invention solves the problems and disadvantages of the conventional touch-sensitive LCD display screen in terms of complicated structure, limited size, and high price, and is limited in practical and technical aspects. In one aspect of the present invention, in addition to the touch display function, on the other hand, it is to improve the structural complexity, remove the size limitation, and reduce the production price, etc., in order to achieve the basic functions of the touch display. And make it both convenient and practical to use and to enhance the specific requirements of the overall commercial application level. In order to achieve the above purposes and functions, the specific technical means and the solution include: A touch LED (light emitting diode) array screen having a plurality of arrays of LED unit bodies, each LED unit body comprising: A touchpad is a light transmissive body and has a touch-sensitive area. A control circuit is electrically connected to the touch panel and converts the touch signal received by the touch area into an electrical signal. At least one LED is connected to the control circuit, and the LED is controlled to be turned on and off by the converted electrical signal 0. A power source is connected to the control circuit. A touch LED array screen (light emitting diode) having a plurality of arrays of LED unit bodies, each LED unit body comprising a touch panel, at least one LED and a power source, wherein: the touch panel is transparent The light body has a touched area; a control circuit is electrically connected to the touch panel, and converts the touch signal of the touched area into an electrical signal; at least one LED is connected to the control circuit, The color of the LED is controlled by the converted electrical signal; the power supply is connected to the control circuit. 200939085 When the above touch panel is used as a display alone, the control circuit can control the LED separately without the electrical signal converted by the touch signal of the touch panel. The plurality of LED's in the LED unit described above are configured by the driving circuit to be of the same color. The above touch panel is composed of a general capacitive, resistive, piezoelectric, photosensitive, or distance type sensor. ❹ The above power supply is for mains or solar power. The invention has the advantages of: 1. Simple structure, low production cost, and convenient operation for repair and replacement. 2. The size of the array screen can be infinitely extended by array arrangement. 3. Make the outdoor billboards have the function of touch, and increase the practical additional compensation. 4. Enhance color performance by using multiple multi-color LEDs in the LED unit. 5. It is interactive and interesting, and it has the operability of real-time transformation. 6. The resolution of the display can be adjusted by the size of the LED unit body.实施 [Embodiment] </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> An LED unit body (1) having a plurality of arrays, each [ED unit body (1) comprising: a touch panel (11), a light transmissive body, and a touch-sensitive area (111) . A control circuit (12) is electrically connected to the touch panel (11), and 200939085 converts the touch signal of the touch area (111) into an electrical signal; the control circuit (12) is connected with the line (2) The power supply (14) is connected, and the touch panel (11) is composed of a general capacitive 'resistive, piezoelectric, photosensitive, or distance type sensor. At least one LED (13) is connected to the control circuit (12) by a line (2). The LED (13) is turned on and off by the converted electrical signal; and the control circuit (12) is not via the touchpad (11). The electrical signal converted by the touch signal 'controls the LED (13) separately, and the plurality of LEDs (13) in the LED unit body (1) can be configured in different colors to generate a color configuration. Diversity. And a power source (14) is connected to the control circuit (12) and the LED (13) by a line (2). The power source (14) is supplied for general utility power supply for indoor use, and can be powered by solar energy for outdoor use. The working principle of the LED unit body (1) of the touch LED array screen is to use the touch area (H1) ® of the touch panel (11) which is itself a light transmissive body as an input interface. Or other parts of the body, physical objects, etc. Press the touch area (111), and the touch area (111) senses the capacitance or the light source or the distance or pressure changes to generate the touch signal. After the signal is processed by the control circuit (12), an electrical signal is generated, and the electrical signal is used as a basis for controlling the LED (13) to be turned off; when the LED (13) is controlled and illuminated, the light having a specific color will pass through. The light-transmitting body touch panel (11) enables the LED unit body (1) to exhibit a light-emitting effect. The touch-sensitive area (111) of the touch panel (11) is substantially a control 200939085 LED (13) bright The switching element of the extinguishing unit individually and instantaneously controls the light-off and color change of any of the block LEDs (13) constituting the touch-sensitive LED array screen by the pressure generated by the contact of the touch panel. Please refer to the third figure, which is a schematic diagram of an apparatus for interconnecting an array according to an embodiment of the present invention. The touch LED array screen is composed of a plurality of LED unit bodies (1) arranged in an array, and a single LED unit body ( 1) The size specification is unlimited, and the size of the LED unit body (1) can be changed to meet the actual needs. Every single! The unit body (1) represents one pixel in the image technology with one light spot or multiple light spots [Pixel]; under the condition of the touch LED array screen of the same display area, when the LED unit body (1) Small, the more the number of LED unit bodies (1) it contains, the higher the performance of the analysis. The size and display resolution of the touch-sensitive LED array screens in which the LED unit bodies (1) are arranged in an array are determined by the number of array arrays and the size specifications of the LED unit body (1); The touch-type LED 〇 array screen can be used for small self-interacting small teaching aids, teaching classroom teaching boards, etc., as well as outdoor public art space lighting performance, building office cubicle or hall decoration, and even large-scale activities. Stage lighting effects, etc. can be used extensively and efficiently. For large-scale kanban applications for outdoor use, direct touch mode can be used to connect various LED unit bodies (1) with computer and program control to change the scaling, mirroring, discoloration and deformation of the formed graphics or images. Effect; the former is suitable for fixed face performance, while the latter can change the face content at any time, • including graphics and colors, etc., can also be used as a traditional marquee. 9 200939085 Please refer to the fourth figure, which is an embodiment of the present invention. The use of the array connection makes it unnecessary to use the LED unit body (1) to turn on and off the switch control and to build a plurality of LEDs of different colors (13). Please refer to the first and second figures], which can produce the required patterns, patterns and specific L〇G〇 light effects, with considerable variability. The above-mentioned 'invention for the touch LED array screen application technology' specifically refers to a touch area (111) field of the touch panel (11) which is itself a light transmissive body as an input interface' The hand touches or touches the touched area (111). The touched area (111) senses changes in electronic component parameters (such as capacitance, pressure, or distance) to generate a touch signal, and the touch signal is controlled. After the circuit (12) is processed, an electrical signal is generated, and the electrical signal is used as a basis for controlling the LED (13) to be turned off, grayscale or color change. When the *LED (13) is controlled and illuminated, it has a specific color. The light will pass through the touch panel (Π) of the light transmissive body to make the LED unit body (1) show the light-emitting effect of light transmission as an optimal improvement and design, which is the invention for the touch type LED φ array screen The most specific improvement. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an overall structure appearance of an embodiment of the present invention. Second Fig.: An exploded perspective view of an overall structure of an embodiment of the present invention. Figure 3 is a schematic view showing the appearance of an apparatus for interconnecting an array of the present invention. Fig. 4 is a schematic view showing the use of an array of the present invention. [Main component symbol description] (1) LED unit body (11) Touch panel (111) Touched area 200939085 (12) Control circuit (13) LED (14) Power supply (2) Line
〇 11〇 11