M406773 ‘五、新型說明： 【新型所屬之技術領域】 本創作係關於—種多點觸控影像裝置，尤指可使使用 者以更簡便及多元化的方式向聽眾報告者。 【先前技術】 - 簡報是目前人們最常使用的報告方式，而目前人們最 .常利用的工具是簡報軟體配合電腦、投影機、滑鼠及雷射 ^ 筆，因此報告的内容便會侷限在簡報軟體的功能，例如顯 不影片、靜態文字及靜態圖片，最多再配合滑鼠按鍵及簡 報軟體的功能使部分文字及圖片動態顯示，以增加報告的 趣味性，另外，如需向聽眾特別解釋的部份則需再配合雷 射華在投影幕上特別指出，使用上較為不便。 因此，如何創作出一種裝置，以使其可使使用者以更 簡便及多元化的方式向聽眾報告，將是本創作所欲積極揭 露之處。 【新型内容】 有鑑於上述習知技術之缺憾，創作人有感其未臻於完 善，遂竭其心智悉心研究克服，憑其從事該項產業多年之 累積經驗，進而研發出一種多點觸控影像裝置，以期達到 可使使用者以更簡便及多元化的方式向聽眾報告的目的。 為達上述目的’本創作的多點觸控影像裝置包含：一 玻璃面板’其上裝設有一成像膜；一支撐體，該玻璃面板 3 M406773 裝設於Γ支撐體的上方，·一置物體，其位於該切體的下 -資料處理器’其裝設㈣置物體；—投影器，其裝 汉於邊置物體且電連接讀資料處理器 j今 料處理器所產生的一影像…_面板的成:象== 紅外光束投射器’其裝設於該置物艘且投射複數紅外光束 於該玻璃面板的成像膜上，以形成均句分布於該影像的複 數紅外先點，该寺紅外光點於該影像上的複數對應位置儲 存於該資料處理器；以及1 工外光攝影器，其裝設於該置 物體且電連接該貝料處理器，該紅外光攝影器拍攝該等紅 外光點。 藉此，本創作的多點觸控影像裝置可使使用者以更簡 便及多元化的方式向聽眾報告。 【實施方式】 為充分瞭解本創作的目的、特徵及功效，兹藉由下述 具體之實蘭’並配合_之圖式，對本創作做一詳細說 明，說明如後： 第1圖及第2圖分別為本創作具體實施例之立體示意 圖及作動之$意® ’如圖所示，本創作的多點觸控影像裝 置包含一玻璃面板1、一支撐體2、一置物體3、一資料處 理器4、-投影器5、至少'红外光束投射器6以及一紅外 光攝影器7。其中，該玻螭面板丨上裝設有一成像臈u， 該成像膜η可以貼附方式貼附於該玻璃面板丨；該破璃面 板1裝設於該支撐體2的上方；該置物體3位於該支撐體 4 M406773 2的下方’該置物體3可配合該玻璃面板1作適當的移位， 或可直接裝設於該支撐體2的下方，該置物體3可用於襄 設各種裝置，且可為平板、盒體或框架··.等；該資料理 器4裝設於該置物體3,且可為桌上型電腦、筆記型電腦 或平板電腦…等’該投影器5裝設於該置物體3且電 該資料處理器4’該投影器5投射該資料處理器*所 的:影像52於該玻璃面板1的成像膜1卜該投影器5可 為投影機；該紅外光束投射器6裝設於該置物體3且 複數紅外光束61於該玻璃面板1的成像膜u上，= 均句分布於該影像52的複數紅外光點幻 ^成 62於該影像52上的複數對應位置儲存於該資料處先^ 投射器6的數量可為-個或兩似上 虽數量為兩個時’該等紅外光束投射器6可 一個備用，或同時使用，例如各投射該成_U的一半另 或交錯投射於該成像膜η;該紅外光攝影器7裝設於^晉 物體3且電連接該資料處理器4，該紅外 4 該等紅外光點62，且可為紅外光攝影機，^ :攝 影器7在操作過程中需全程拍攝，因此心外该-外光攝 :可監看該玻璃面板1的操作情況，以：是二 上述該等紅外絲62可以料料 ^ 像52 ’以矩陣型式排列的該等紅外光點為刀布於該影 該等紅外光點62於該影像52上的該等對庫位^易計算出 上述多點觸控影像裝置更可包含一反射鏡I其裝設 M406773 於該置物體3，當該投影器5由於其大小形狀或由於該置 物體3的置放限制，而無法直接投射該影像52於該玻璃面 板1的成像膜11時，該投影器5可利用該反射鏡51先投 射该影像52於該反射鏡51 ’該反射鏡51再反射該影像52 於該玻璃面板1的成像膜11。 上述玻璃面板1由水平面8朝使用者傾斜一角度a， 其可使§亥玻璃面板1較接近使用者，進而使使用者方便操 作該玻璃面板1 ’而該角度未滿90度。 上述支撐體2為玻璃材質且與該玻璃面板丨一體成 型，由於其沒有框架造型簡潔且具有如水晶般晶瑩剔透的 視覺效果，因此婉如藝術品結合科技而可提升本創作的質 感及特殊性。另外，由於該玻璃面板1與該支撐體2為一 體成型，因此可節省製作成本。 第3圖為本創作具體實施例應用之示意圖，請同時參 考第1圖及第2圖’如圖所示，本創作的多點觸控影像裝 ，應用時可置放在講台上，而該資料處理器4可外接一投 影機（圖未示）’以將該影像52同時投射至一布幕（圖未 不）讓聽眾觀本創作使用時係將該影像52&射至該玻 璃面板1的成像膜1卜及將該等紅外光束61投射至該玻 璃面板1的成像膜η以形成該等紅外光點62，之後使用 者9再利用手指91接職麵面板1的成像膜11以對該 影像52上_件下達指令，當該玻璃軌1成像膜U上 某區域的紅外光點62被手指91遮蔽時，該紅外光攝影器 7便會拍攝到被遮蔽的紅外光點62，之後該紅外光攝影器 M406773 7再將此訊號傳送至該資料處理器4,該資料處理器4便可 比對出被遮蔽的紅外光點62在該影像52上的對應位置， 接著該資料處理器4便可將手指91所下達的指令轉換到該 影像52的對應位置上的物件，以對該影像52的物件做出 選擇（例如手指91在同一位置點兩下）、拖移（例如手指 91接觸該成像膜11以指向物件後不放’接著在該成像膜 - 11上平移）、旋轉（例如二手指91分別接觸該成像膜11 以指向物件的不同處後，再使二手指91轉動）、放大（例 W 如二手指91分別接觸該成像膜11以指向物件的不同處 後，再使二手指91遠離）或縮小（例如二手指91分別接 觸該成像膜11以指向物件的不同處後，再使二手指91靠 近）…等動作，而這些動作可於該布幕上同時顯示給聽眾 觀看。因此本創作的多點觸控影像裝置不需再使用滑鼠或 雷射筆，而可直接在該玻璃面板1上操作，使用上較為便 利，另外，由於上述動作看似不可思議及摸不著頭緒，因 此亦可提供給聽眾更多元化的感受以提高聽眾的興趣。 '輪 除此之外，上述玻璃面板1上由於沒有設計電路，因 此本創作的故障率低且不怕遭到外來因素干擾而無法操 作，例如該玻璃面板1遭到水或不當的外力干擾等，而一 般的電腦或觸控螢幕遭到水或不當的外力干擾時恐怕無法 再操作。另外，如該玻璃面板1 (或該成像膜11)遭到破 壞需更換時，其更換上亦十分方便且成本低廉，而一般的 電腦或觸控螢幕遭到破壞需更換時成本高。再者，該玻璃 面板1可依需求隨時變換尺寸大小，變動成本十分低廉， 7 M406773 寸時!I，作的反應速度，不像—般_控螢幕變換尺 〜成本^且尺寸變大時操作的反應速度亦會明顯變慢。 如上所述，本創作完全符合專利三 步性和產業上的可利用性。以竭諸和進步性而太^ 作係藉著玻璃面板成像膜、投影器、紅外光束㈣^創 器的配合’致使使用者可於破璃面板二 態刼作影像，進而達到可使使用者以 、上動 式向聽眾報告的功效；就產業上的可：及多兀化的方 創作所衍生的產品，當可充分滿足目前市;的而;求利料 術者施例揭露本項技 /考應理解的是，該實施例僅用於描繪本創作，而 鲭為限制本創作的範圍。應注意的是，舉凡* =應^ ，變化與置換’均應設為涵蓋於本創作的範，内實因:等 創作的保護範圍當以下文之申請專利範圍所界定者為 【圖式簡單說明】 第1圖為本創作具體實施例之立體示意圖。 第2圖為本創作具體實施例作動之示意圖。 第3圖為本創作具體實施例應用之示意圖。 【主要元件符號說明】M406773 ‘V. New Description: 【New Technology Area】 This creation is about multi-touch imaging devices, especially for users to report to the audience in a simpler and more diversified way. [Prior Art] - The briefing is the most commonly used reporting method, and the most commonly used tool is the briefing software, which is compatible with computers, projectors, mice, and lasers. Therefore, the content of the report will be limited to The functions of the newsletter software, such as video, static text and still pictures, can be combined with the functions of the mouse button and the newsletter software to dynamically display some texts and pictures to increase the interest of the report. In addition, it is necessary to explain to the audience. The part needs to be further coordinated with the laser on the projection screen, which is more inconvenient to use. Therefore, how to create a device that allows users to report to the audience in a more convenient and diversified manner will be the active disclosure of the creative. [New content] In view of the shortcomings of the above-mentioned prior art, the creator feels that he has not perfected it, exhausted his mind and researched and overcome it, and developed a multi-touch by virtue of his accumulated experience in the industry for many years. The imaging device is designed to enable users to report to the audience in a more convenient and diversified manner. In order to achieve the above object, the multi-touch image device of the present invention comprises: a glass panel having an imaging film mounted thereon; a support body, the glass panel 3 M406773 being mounted above the support body, and an object , which is located in the lower part of the body - the data processor 'is installed (four) to set the object; - the projector, which is mounted on the side object and electrically connected to the reading data processor j an image generated by the processor ... The panel is formed as follows: an infrared beam projector is mounted on the storage vessel and projects a plurality of infrared beams on the imaging film of the glass panel to form a plurality of infrared antennas of the image distributed in the image. The light spot is stored in the data processor at a plurality of corresponding positions on the image; and an external light camera is mounted on the object and electrically connected to the bedding processor, and the infrared camera captures the infrared light spot. In this way, the multi-touch image device of the present invention allows the user to report to the audience in a more convenient and diversified manner. [Embodiment] In order to fully understand the purpose, characteristics and efficacy of this creation, we will give a detailed explanation of the creation by the following specific real blue and the pattern of _, as explained later: Figure 1 and 2 The figure is a three-dimensional schematic diagram of the specific embodiment of the creation and the action of the Italian® as shown in the figure. The multi-touch image device of the present invention comprises a glass panel 1, a support body 2, an object 3, and a data. The processor 4, the projector 5, at least the 'infrared beam projector 6 and an infrared light camera 7. Wherein, the image of the glass plate is mounted on the glass panel, and the image film η is attached to the glass panel; the glass panel 1 is mounted above the support body 2; Located below the support body 4 M406773 2, the object 3 can be appropriately displaced with the glass panel 1, or can be directly installed under the support body 2. The object 3 can be used for setting various devices. The device can be a tablet, a box or a frame, etc.; the data processor 4 is mounted on the object 3, and can be a desktop computer, a notebook computer or a tablet computer, etc. The object 3 is electrically connected to the data processor 4', and the projector 5 projects the image of the image processor 4 on the image film 1 of the glass panel 1. The projector 5 can be a projector; the infrared beam The projector 6 is mounted on the object 3 and the plurality of infrared beams 61 are on the imaging film u of the glass panel 1. The plural infrared rays of the image 52 are distributed on the image 52. The corresponding position is stored in the data first. The number of projectors 6 can be - or two, although the number is two. The infrared beam projectors 6 can be used alternately or simultaneously, for example, each of the projections of the _U is half or alternately projected onto the imaging film η; the infrared ray camera 7 is mounted on the object 3 And electrically connected to the data processor 4, the infrared 4 of the infrared light spots 62, and can be an infrared camera, ^: the camera 7 needs to shoot the whole process during the operation, so the outside of the external light: can be monitored Looking at the operation of the glass panel 1, the two infrared rays 62 can be arranged in a matrix pattern, and the infrared light spots are the knives on the infrared light spots 62. The pair of storage locations on the image 52 are easy to calculate. The multi-touch image device may further include a mirror I for mounting the M406773 on the object 3, when the projector 5 is shaped or shaped due to its shape or shape. When the image 3 is placed on the imaging film 11 of the glass panel 1 , the projector 5 can first project the image 52 to the mirror 51 ' the mirror 51 . The image 52 is then reflected on the image film 11 of the glass panel 1. The glass panel 1 is inclined by the horizontal plane 8 toward the user by an angle a, which allows the glass panel 1 to be closer to the user, thereby making it easier for the user to operate the glass panel 1' and the angle is less than 90 degrees. The support body 2 is made of glass material and integrally formed with the glass panel enamel. Since it has no frame shape and has a crystal-clear and transparent visual effect, the art and the combination of technology can enhance the texture and particularity of the creation. . Further, since the glass panel 1 and the support body 2 are integrally molded, the manufacturing cost can be saved. FIG. 3 is a schematic diagram of the application of the specific embodiment of the present invention. Please refer to FIG. 1 and FIG. 2 simultaneously. As shown in the figure, the multi-touch image package of the present invention can be placed on the podium when applied, and The data processor 4 can be externally connected to a projector (not shown) to simultaneously project the image 52 to a screen (not shown) for the audience to use the image 52& to the glass panel 1 The imaging film 1 and the infrared light beams 61 are projected onto the image forming film η of the glass panel 1 to form the infrared light spots 62, after which the user 9 uses the finger 91 to connect the image forming film 11 of the face panel 1 to The image 52 is commanded to release, when the infrared spot 62 of an area on the imaging film U of the glass track 1 is blocked by the finger 91, the infrared camera 7 will capture the shaded infrared spot 62, after which The infrared camera M406773 7 transmits the signal to the data processor 4, and the data processor 4 can compare the corresponding position of the shaded infrared spot 62 on the image 52, and then the data processor 4 The command issued by the finger 91 can be converted to the pair of the image 52. The object in position to make a selection of the object of the image 52 (for example, the finger 91 is clicked twice at the same position), and drag (for example, the finger 91 contacts the image forming film 11 to point to the object and then does not put it). - 11 up and down), rotation (for example, after the two fingers 91 contact the imaging film 11 to point to different parts of the object, then the two fingers 91 are rotated), and enlarge (for example, if two fingers 91 contact the imaging film 11 respectively to point After the different parts of the object, the two fingers 91 are moved away from each other or reduced (for example, after the two fingers 91 contact the image forming film 11 to point to different parts of the object, and then the two fingers 91 are brought close to each other), etc., these actions can be performed. The screen is simultaneously displayed to the audience for viewing. Therefore, the multi-touch image device of the present invention does not need to use a mouse or a laser pen, but can be directly operated on the glass panel 1, which is convenient to use, and because the above action seems unbelievable and incomprehensible. Therefore, it can also provide listeners with a more diverse experience to enhance the audience's interest. In addition to the above, since there is no design circuit on the above-mentioned glass panel 1, the failure rate of the present creation is low and it is not afraid of being disturbed by external factors, for example, the glass panel 1 is disturbed by water or improper external force, etc. When a general computer or touch screen is disturbed by water or improper external force, it may be impossible to operate. In addition, if the glass panel 1 (or the image forming film 11) is damaged and needs to be replaced, it is also convenient and inexpensive to replace, and the general computer or touch screen is damaged and needs to be replaced when the cost is high. Furthermore, the glass panel 1 can be resized at any time according to requirements, and the variation cost is very low. When the time is 7 M406773 inches! I, the reaction speed is not like the operation of the screen changer to the cost ^ and the size becomes larger The reaction speed will also be significantly slower. As mentioned above, this creation is fully compliant with the patent's three-step and industrial availability. By exhausting the progress and too much, by using the glass panel imaging film, the projector, and the infrared beam (four) ^ the combination of the device, the user can make the image in the state of the glass panel, so as to achieve the user. The effect of reporting on the audience to the audience; the products derived from the industry: and the products created by the multi-disciplinary party can fully satisfy the current market; / The test should be understood that this embodiment is only used to depict the present work, and is intended to limit the scope of the present work. It should be noted that, where * = should ^, change and replacement 'should be set to cover the scope of this creation, the internal cause: the scope of protection of the creation is defined by the scope of the patent application below. Description of the Drawings Fig. 1 is a perspective view of a specific embodiment of the present invention. Figure 2 is a schematic diagram of the operation of the specific embodiment of the present invention. Figure 3 is a schematic diagram of the application of the specific embodiment of the present invention. [Main component symbol description]
U 玻璃面板 成像膜 8 M406773 2 支撐體 3 置物體 4 資料處理器 5 投影器 51 反射鏡 52 影像 6 紅外光束投射器 61 紅外光束 62 紅外光點 7 紅外光攝影器 8 水平面 9 使用者 91 手指 a 角度U Glass panel imaging film 8 M406773 2 Support body 3 Object 4 Data processor 5 Projector 51 Mirror 52 Image 6 Infrared beam projector 61 Infrared beam 62 Infrared spot 7 Infrared light camera 8 Water level 9 User 91 Finger a angle