、發明說明： 【發明所屬之技術領域】 t發明_—種虛擬電子水鶴，尤其是—種具有欲 入式系統之虛擬電子水族箱。 【先前技術】 狄置水族箱除了必須準備水族箱的硬體外，還需要準 備水草、魚料放置於水輔内的軟t水輔設置之後， 2維持水族_生_健康，還需要定時餵食魚瑕、對 ^草提供照明、定時換水、清潔水補。因此，設置並維 族箱除了必須花費相當的成本外，_要花費相 二的勞力。若是水族箱照顧不善，清理起來也砂當的麻 、。由於設置水族箱必須付出這些成本鱗力，市場上提 供有水族難麵擬真實的水。讓使用者不需真正設 置-個水族箱，就可以享受财水族箱的樂趣。 —目刖市Φ上所存在的水族箱軟體，必須透過電腦執 行，而將虛擬電子水族箱呈現於電腦螢幕上。因此，整個 系統f當的魔雜，於只ξ要呈現虚—子水族箱的使用 者而έ ’赫的水麵祕'必織過i職行，而造成 使用成本難以下降。此外，若是電腦伽 ==’她恤，嫩制了= 爰是，如何改善傳統水族箱軟體必須透過 缺點，並提供-更擬真的虛擬電子水族箱裝置 哭 亟欲追求的目標。 【發明内容】 本發月之主要目的在於提供一種擬真的虛擬電子水族 箱裝置，Μ要透過電職行，而可崎低此虛擬電子水 族箱之設置成本。 本發明所提供的具有欽式祕之虛擬電子水族箱， 包括-顯示幕、—欽式系統與—操作介面。其中，嵌入 式系統具有-背景齡單元一水族影像儲存單元虚一處 理，心。㈣儲存單元儲存至少1景晝面。水族影像儲 存單元儲存至少-水族祕與㈣應之雜處理核 〜係操取背景晝面與水族影像，並依據此移動資訊將此水 族影像疊加於背景晝面，以產生U動態畫面輸出呈現 於顯示幕。操作介面具有一背景控制鍵與一水族控制鍵。 /、中淥景控制鍵係電連接至處理核心，使用者可壓按背 景控制鍵變更處雜^賴取之f景晝面。水族控制鍵亦 係電連接至處理核心，使用者可壓按水族控制鍵變更與增 減處理核心所擷取之水族影像。 在本發明之一實施例中，嵌入式系統具有一餵食影像 儲存單元，此餵食影像儲卓單元儲存奢一飼料影像，而操 作介面具有一餵食控制鍵，電連接至處理核心。當使用者 壓按餵食控制鍵，處理核心擷取飼料影像，並將飼料影像 叠加於背景晝面，呈現於顯示幕。 在本發明之一實施例中，嵌入式系統具有一水位影像 儲存單元’此水位影像儲存單元儲存有一水位影像，處理 核心祿取該水位影像，並將水位影像疊加於背景畫面，呈 現於顯示幕。而操作介面具有—換水控繼，電連接至處 理核心。當伽者驗換水鋪Lf核心轉一預設 之移動參數’改變水位影像相對於f景畫面之高度，並呈 現於顯示幕。 在本發明之一實施例中，此虛擬電子水族箱具有一水 平感測11 ’肋量測虛擬電子水補相騎-水平面之傾 斜角度此水平感測H之水平彳貞麻雜輸出至處理核 心。處理核心依據此水平偵測訊號改變水位影像相對於背 景畫面的麟肖度，呈現賴箱之水位線在水族箱傾斜時 仍然轉水平的飾。此外，當水⑽像之—部分高於一 預設線時’處理核心、細降水⑽像姆於背景畫面之高 度。 關於本發明之優點與精神可以藉由以下的發明詳述及 所附圖式得到進一步的瞭解。 【實施方式】 凊參照第-圖所示，係本發明具有嵌入式系統之虛擬 電子水族箱2第一較佳實施例之方塊示意圖。如圖中所 不，此虛擬電子水族箱2具f一顯示幕 、一嵌入式系統 20與一操作介面30。其中，嵌入式系統2〇具有一背景儲 存單元22、一水族影像儲存單元24與一處理核心26。背 景儲存單元22儲存至少一背景晝面B1之資料（圖中係以 一#景晝面為例）。水族影像儲存單元24儲存至少一水族 衫像F1之資料與相對應之移動資訊(圖中係以一水族 影像為例）。此水族影像之資料可以是平面影像（即二維影 像）’也可以是立體影像（即三維影像> 處理核心26係擷 取背景畫面B1與水族影像F1 ’使用二維或三維影像繪圖 技術，並依據此移動資訊D1將此水族影像pi疊加於背景 畫面B1，以產生一系列二維或三維動態畫面輸出呈現於顯 示幕10。 操作介面30具有一背景控制鍵32與一水族控制鍵 34。其中，背景控制鍵32係電連接至處理核心26，使用 者可壓按背景控制鍵32變更處理核心26所擷取之背景畫 面B1。水族控制鍵34亦係電連接至處理核心26 ,使用者 可壓按水族控制鍵34變更與增減處理核心26所擷取之水 族影像F1。此外，此虛擬電子水族箱2並具有一輸出入介 面40，例如一記憶卡插槽，電連捿至處理核心邡，提供使 用者更新與增減背景畫面B1與水族影像η。 凊參照第二圖所示，係第―圖之虛擬電子水族箱2之 外型-較佳實施例之示意^如圖中所示，此虛擬電子水 族箱2之外型如同—電子像框。顯示幕係由-外樞4所包 圍’ #景控繼32、水族控制|建34與輸出入介面4〇係設 置於此外框4上。此外柩4上並設置有—電關關5〇。 a上 一 吗，係本發明具有嵌入式系統 之虛擬電子水族箱2第二較佳實施例之示意圖。如圖中所 =，嵌入式系統20具有-齡影像儲存單㈣，此銀食 Ϊ像:ί單元27儲存有—靖影像S1，而操作介面30具 37，電連接至處理核心26。當使用者壓按 制鍵37，處理核心26將_料影像si叠加於背景 躉面B1並呈現於顯示幕丨〇。 請參照第四與四A圖所示，係本發明具有嵌入式系統 之虛擬電子水麵2第三較佳實施例之示意圖^如第四圖 所示，嵌入式系統2〇具有一水位影像儲存單元汉，此水 位影像儲存單it 28儲存有-水位影像u。如圖中所示， 此水位影像L1可喊—水⑽。處理核^ 26齡此水位 影像L1，並將水位影像L1疊加於背景畫面趴，呈現於顯 不幕10。而操作介面30具有一換水控制鍵38，電連接至 處理核心26。如第四A _示，#使时壓按換水控制鍵 38 ’處理核心26依據-預設之移動參數，改變水位影像 L1相對於背景晝面B1之高度，並呈現於顯示幕1〇。就一 較佳實施例而言，如第四A圖所示，即將水位影像U 箭頭方向移動。 請參照第五、五A與五B_示，係本發明具有嵌入 式系統之虛擬電子水族箱2細較佳實施例之示意圖。如 第五圖所示，此虛擬電子水族箱2具有—水平感測器⑼， 対如·水平儀，用以量測虛擬電子水族箱2相對於一士虫Description of the invention: [Technical field to which the invention pertains] t invention _-a virtual electronic water crane, especially a virtual electronic aquarium having an intended system. [Prior Art] In addition to preparing the aquarium's hard body, Didi's aquarium also needs to prepare water and grass, and the fish material is placed in the water supplement, and then maintain the aquarium_health_health, and need to feed the fish regularly.瑕, provide lighting to the grass, change the water regularly, and clean the water. Therefore, in addition to the considerable cost of setting up and maintaining the family box, it takes two labors. If the aquarium is not properly cared for, it will be cleaned up. Since the cost of setting up the aquarium must be paid for, the market provides water that is difficult for the aquarium to face. Allow users to enjoy the fun of the aquarium without having to set up an aquarium. — The aquarium software that exists on the Φ city of Meguro must be executed by a computer and the virtual electronic aquarium presented on the computer screen. Therefore, the whole system f is a miscellaneous, and it is only necessary to present the user of the virtual-aquarium, and the water surface of the ah's water will be woven through the i-line, which makes it difficult to reduce the cost of use. In addition, if the computer gamma ==' her shirt, the tender system = 爰 is, how to improve the traditional aquarium software must pass through the shortcomings, and provide - more realistic virtual electronic aquarium device crying eager to pursue the goal. SUMMARY OF THE INVENTION The main purpose of this month is to provide a pseudo-virtual electronic aquarium device, which is capable of lowering the installation cost of the virtual electronic aquarium through the electric job. The virtual electronic aquarium with the secret of the invention provided by the invention comprises a display screen, a Qin system and an operation interface. Among them, the embedded system has a background processing unit, an aquarium image storage unit, and a virtual processing. (4) The storage unit stores at least 1 scene. The aquarium image storage unit stores at least the aquarium secret and (4) the miscellaneous processing core - the background image and the aquarium image, and superimposes the aquarium image on the background surface according to the movement information to generate a U dynamic image output. Display screen. The operating mask has a background control button and an aquarium control button. /, The middle control button is electrically connected to the processing core, and the user can press the background control button to change the position of the scene. The aquarium control button is also electrically connected to the processing core, and the user can press the aquarium control button to change and augment the aquarium image captured by the processing core. In one embodiment of the invention, the embedded system has a feeding image storage unit that stores a luxury feed image, and the operating mask has a feeding control button that is electrically coupled to the processing core. When the user presses the feeding control button, the processing core captures the feed image and superimposes the feed image on the background surface to be displayed on the display screen. In an embodiment of the present invention, the embedded system has a water level image storage unit. The water level image storage unit stores a water level image, and the processing core takes the water level image, and superimposes the water level image on the background image to be displayed on the display screen. . The operating interface has a water-changing control and is electrically connected to the processing core. When the gamma is changed, the Lf core turns to a preset moving parameter' to change the height of the water level image relative to the f scene image, and appears on the display screen. In an embodiment of the present invention, the virtual electronic aquarium has a horizontal sensing 11 'rib measurement virtual electronic water complement phase riding - horizontal plane tilt angle of this level sensing H horizontal ramie output to the processing core . The processing core changes the water level image relative to the background image according to the horizontal detection signal, and presents the water level line of the water tank that is still horizontal when the aquarium is tilted. In addition, when the water (10) is partially higher than a predetermined line, the processing core and the fine precipitation (10) are like the height of the background image. The advantages and spirit of the present invention will be further understood from the following detailed description of the invention. [Embodiment] Referring to Fig. 1, there is shown a block diagram of a first preferred embodiment of a virtual electronic aquarium 2 having an embedded system of the present invention. As shown in the figure, the virtual electronic aquarium 2 has a display screen, an embedded system 20 and an operation interface 30. The embedded system 2 has a background storage unit 22, an aquarium image storage unit 24 and a processing core 26. The background storage unit 22 stores at least one information of the background face B1 (in the figure, a #景昼面 is taken as an example). The aquarium image storage unit 24 stores at least one aquarium image of the aquarium image and the corresponding movement information (for example, an aquarium image is taken as an example). The data of the aquarium image may be a planar image (ie, a two-dimensional image) or a stereoscopic image (ie, a three-dimensional image), and the processing core 26 system captures the background image B1 and the aquarium image F1 using two-dimensional or three-dimensional image drawing technology. The aquarium image pi is superimposed on the background image B1 according to the movement information D1 to generate a series of two-dimensional or three-dimensional dynamic picture output and displayed on the display screen 10. The operation interface 30 has a background control key 32 and an aquarium control key 34. The background control key 32 is electrically connected to the processing core 26, and the user can press the background control key 32 to change the background picture B1 captured by the processing core 26. The aquarium control key 34 is also electrically connected to the processing core 26, and the user The aquarium image F1 captured by the increase/decrease processing core 26 can be pressed and pressed according to the aquarium control button 34. In addition, the virtual electronic aquarium 2 has an input/output interface 40, such as a memory card slot, to be connected to the processing. The core 邡 provides the user to update and increase or decrease the background image B1 and the aquarium image η. 凊 Refer to the second figure, which is the appearance of the virtual electronic aquarium 2 of the figure - better Example of the example ^ As shown in the figure, the virtual electronic aquarium 2 is shaped like an electronic photo frame. The display screen is surrounded by the outer arm 4 ' #景控继32, aquarium control|built 34 and the input interface 4 〇 is set on the other frame 4. In addition, 柩 4 is provided with - electric off 5 〇. a previous one, is a schematic diagram of the second preferred embodiment of the virtual electronic aquarium 2 with embedded system of the present invention As shown in the figure, the embedded system 20 has an image storage unit (4), and the silver image is stored in the unit 27 with the image S1, and the operation interface 30 has 37, electrically connected to the processing core 26. The user presses the key 37, and the processing core 26 superimposes the image si on the background surface B1 and presents it on the display screen. Referring to the fourth and fourth diagrams, the present invention has the virtual system of the embedded system. The electronic water surface 2 is a schematic diagram of the third preferred embodiment. As shown in the fourth figure, the embedded system 2A has a water level image storage unit, and the water level image storage unit it 28 stores a water level image u. As shown, this water level image L1 can be shouted - water (10). Processing the nuclear 26-year-old water level image L1, and the water level image L1 is superimposed on the background image 趴, which is presented in the display 10. The operation interface 30 has a water change control button 38 electrically connected to the processing core 26. As shown in the fourth A_show, #压压The water control button 38' processing core 26 changes the height of the water level image L1 relative to the background plane B1 according to the preset movement parameter, and is presented on the display screen 1. In a preferred embodiment, such as the fourth A As shown in the figure, the water level image U arrow direction is moved. Please refer to the fifth, fifth and fifth B_, which is a schematic diagram of a preferred embodiment of the virtual electronic aquarium 2 with embedded system of the present invention. As shown, the virtual electronic aquarium 2 has a level sensor (9), such as a level, for measuring the virtual electronic aquarium 2 relative to a worm
而形成水位影像 Η，以呈現水族箱之水位 ’即丁叮;水平面Η，以呈 線在水族箱傾斜時仍然維持水平The water level image is formed to represent the water level of the aquarium, ie, the water level, which is still horizontal when the aquarium is tilted.
背景畫面Β1之移祕徑的額。請參照第五Α圖所示，即 將水族影像π反向旋轉角度a，而形成水族影像F1，，其 移動路徑的方向亦反向旋轉角度a a 此外’如第五B圖所示，當水位影像L2之一部分高於 一預没線L時，處理核心26係調降水位影像L2相對於背 景晝面之高度（即由水位影像[2改變為L3)e就一較佳實 施例而言，此預設線L係顯示幕的上緣，以模擬傾斜水族 箱倒水的情形。 請參照第六騎示，穌發明具有嵌人式系統之虚擬 電子水族箱2第五健實施例之示意圖。如第六圖所示， 此虛擬電子水補2具有-伽口〇，用以齡水族箱的聲 響，包括氣泡聲音、水族游動聲音等，這些聲音資料分別 儲存於背景儲存單元22與水族影像儲存單元24中。處理 核心26 #可以直接#頁取由輸出入介面4〇輸入的影像或聲 音訊號’透過顯示幕1〇與喇叭7〇播放。 相較於傳統虛擬電子水族箱軟體必須透過電腦執行， 而導致系減_問題。本發明湘嵌人式魏，可以大 幅縮小虛擬電子水族箱的尺寸與製作成本^而可以一精簡 的電子像框呈現此虛擬電子水族箱^此外，由於本發明之 虛擬電子水輔較為輕便，翻者可，_此虛擬電子水 族;tl ’因此’本發明模擬水族箱被搬動或傾斜時的水位變 化與水族義的情形’提供—更紐真的虛擬電子水族 箱，以增加使用上的樂趣。 以上所述係利用較佳實施例詳細說明本發明，而非限 制本發明之範圍’而且熟知此類技藝人士皆能明瞭，適軎 而作些微的改變及調整，仍將不失本發明之要義所在，； 1337312 不脫離本發明之精神和範圍。 【圖式簡單說明】 第一圖係本發明具有嵌入式系統之虛擬電子水族箱 一較佳實施例之方塊示意圆； 目 第二圖係第-圖之具有嵌入式系統之虛擬電子水族 之外型一較佳實施例之示意圖； 、The amount of the background screen Β1 shifts the secret path. Please refer to the fifth diagram, that is, the aquarium image π is rotated in the opposite direction by a, and the aquarium image F1 is formed, and the direction of the moving path is also reversely rotated by the angle aa. In addition, as shown in the fifth panel, when the water level image When a portion of L2 is higher than a pre-done line L, the processing core 26 is the height of the water level image L2 relative to the background plane (ie, from the water level image [2 to L3) e. In a preferred embodiment, this The preset line L is the upper edge of the display screen to simulate the situation in which the tilting aquarium is poured. Referring to the sixth riding, he invented a schematic diagram of a fifth embodiment of a virtual electronic aquarium 2 with an embedded system. As shown in the sixth figure, the virtual electronic water supplement 2 has a - gamma sputum for the sound of the aged aquarium, including bubble sounds, aquarium swimming sounds, etc., which are stored in the background storage unit 22 and the aquarium image, respectively. In the storage unit 24. Processing Core 26 # can directly take the image or audio signal input by the input/output interface 4〇 through the display screen 1〇 and the speaker 7〇. Compared with the traditional virtual electronic aquarium software, it must be executed by the computer, which leads to the reduction of the problem. The invention embeds the human Wei, which can greatly reduce the size and production cost of the virtual electronic aquarium, and can present the virtual electronic aquarium in a simplified electronic frame. In addition, since the virtual electronic water assist of the present invention is relatively light, the person who turns over is Yes, _ this virtual electronic aquarium; tl 'so 'the present invention simulates the water level change when the aquarium is moved or tilted and the aquarium-like situation' provides a more virtual virtual electronic aquarium to increase the fun of use. The above description of the present invention is intended to be illustrative of the present invention and not to limit the scope of the invention, and it will be understood by those skilled in the art that such changes and modifications may be made without departing from the scope of the invention. 1337312 does not depart from the spirit and scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a block diagram circle of a preferred embodiment of a virtual electronic aquarium having an embedded system; the second figure is a virtual electronic aquarium having an embedded system A schematic view of a preferred embodiment;
#第三與三A圖係本發明具有嵌人式系統之虛擬電子水 族箱第二較佳實施例之示意圖； 族4四=^_本發明具有嵌人式系統之虛擬電子水 族相第二較佳實施例之示意圖； 電子圖係本發明具有嵌入式系統之虛擬 电寸*水族耘第四較佳實施例之示意囫；以及#第三与三A图 is a schematic diagram of a second preferred embodiment of the virtual electronic aquarium with embedded system of the present invention; family 4 4 = ^_ The second embodiment of the virtual electronic aquarium phase with embedded system A schematic diagram of a preferred embodiment of the present invention;
五齡關本發明具錢人式_之虛擬電子水族箱第 立视佳貫施例之示意圖。 【主要元件符號說明】 虛擬電子水族箱2 务 ^ 顯示幕10 嵌入式系統20 操作介面30 背景儲存單元22 水族影像儲存單元24 12 1337312The five-year-old invention has a schematic diagram of the virtual electronic aquarium. [Main component symbol description] Virtual electronic aquarium 2 Services display screen 10 Embedded system 20 Operation interface 30 Background storage unit 22 Aquarium image storage unit 24 12 1337312
處理核心2 6 餵食影像儲存單元27 水位影像儲存單元28 背景畫面B1 水族影像Fl，FT 水族移動資訊D1 飼料影像S1 水位影像Ll，L2，L3 背景控制鍵32 水族控制鍵34 餵食控制鍵37 換水控制鍵38 輸出入介面40 外框4 電源開關50 水平感測器60 味 J 口八70 水平面Η 傾斜角度a 預設線LProcessing core 2 6 feeding image storage unit 27 water level image storage unit 28 background picture B1 aquarium image Fl, FT aquarium movement information D1 feed image S1 water level image Ll, L2, L3 background control button 32 aquarium control button 34 feeding control button 37 water change control Key 38 Input/Output Interface 40 Frame 4 Power Switch 50 Level Sensor 60 Flavor J Port 80 70 Water Level 倾斜 Tilt Angle a Preset Line L