M333504 八、新型說明： 【新型所屬之技術領域】 一種互動式發光裝置，可應用作為環境中或。 裝置所需的光源，本創作尤指一種可感測環境中1子 變化，產生相對因應變化的互動式發光裝置兄、备、件 產生全彩式變化之互動式發光裝置。 及可 【先前技術】 光源的應用在目前的環境中是不可或缺的、 元素之一，其應用可謂相當的廣，舉凡生活中的 需求、甚或是各種具顯示效果的電子裝置，均需要光 源來作為可視的輔助，照明的需求包括了照S用光 源、環境用的氣氛光源、裝飾光源等，及電子裝置則 是有顯示需求的類型，例如電腦顯示幕的背光源、側 光源、PDA、行動通訊裝置（m〇bUe ph〇ne)、傳统電 話與無線電話、腳踏車用裝飾燈所需的背光源及側光 源等，然而，以現今所應用的光源而言，多係為靜態， 亦即，其所呈現的光源並不會有變化，例如照明所需 的光源係因應其照明使用的需求，係呈穩定光，僅能 依操作作開/關的變化，又，電子裝置的光源需求， 則屬於輔助光源，並非主光源，一般係多作為背光源 或側光源的使用，主要的目的在於使顯示幕能清楚顯 不其亦為穩定光，而操作者肉眼所看到的變化，實 Ρτ上疋液曰曰顯不再加上背光源或側光源照亮後的結 M333504 僅是其應用的領域不同； 屬廣告用的光源，例如燈 果，故，其作用亦是照明， 而應用光色變化最多的，要 相展不用的木豸、箱體或招牌等，其主要係利用 I c元件’以可程式；也丨从+ 飞控制的方式，於IC元件中寫錄可 驅動叙光衣置產生變化的程式，讓發光裝置可依程式 的内合產生义化’例如常見的跑馬燈、閃爍或混色 等，唯，此類型的應用，冑常需要搭配複雜的電子 1C元件、程式控制等，在製造成本及組裝上，屬較 高成本，亦較為複雜，再者，依可程式進行變化的條 件係仍受寫入程式的限制，變化的類型有限，數個變 化週期過後，即失去了新鮮感。 【新型内容】 有鑒於上述的問題及使用需求，本創作者係依據 多年來從事相關行業的經驗，針對生活環境中所使用 的光源’以及電子裝置所需求的光源進行逐一的分析 及研究，期能在光源的應用中，增添其使用上的樂趣； 緣此，本創作主要的目的在於提供一種可應用於環境 光源或電子裝置光源中，使光源可隨環境條件改變， 而即時產生相對應變化的互動式發光裝置。 本創作主要係利用一感測單元對環境變化進行 感測，例如因商品内部或外部聲音、溫廑、 又 座力等變 化’進而產生相對應變化之互動式情境来 兄7^ 又例如像 商加之商標、裝飾線條或圖案等，均可盘太 I、丰創作作搭 M333504 配應用’另，具處理器之商品亦可由其處理器程式產 生相對應變化之互動式情境光，其商品運用範圍可擴 大為一般傳統電話及手機、PDA、SMART PHONE、 iPhone、電腦或其他 3C 商品 MP3、MP4、DVD、iPod、 游戲機、Set-Top Box數位機上盒、音響、喇叭等具 訊息輸入（和/或）輸出配備商品之互動式背景或前景 惴丨兄光及其商標、裝飾線條或圖案等之互動式情境 φ 光，其他如螢光棒、小夜燈、桌燈、室内外裝飾燈、 車用装飾燈等亦可透過本創作而具有互動式情境光之 功能。 為使貴審查委員可以確實明瞭本創作的結構組 ' 成及其功效，茲以下列說明搭配圖示，請參閱。 【實施方式】 明茶閱「第1圖」，圖中所示係為本創作的電子 籲 組成單元示意圖，如圖中所示，本創作互動式發光裝 置1 0主要係由一控制暨驅動晶片組1 0 1、一發光二 、· 02以及一感測驅動單元103所組構而 . 、”中 &制暨驅動晶片組101係由一控制單元 , 1011驅動單元1012以及一電流/電壓穩定單元 1013封裝成晶片組（亦可以模組化的方式製成），其 主要的作用在於利用控制單元1011控制 /、 電壓）輸入、利— ^ ^ 用驅動早兀1〇12以電子訊號驅動發光 二極體晶片短】n 9次， 、九 4 102發光、以及利用電流/電 7 M333504 元1 ο 1 3使通過的電源（電流/電壓）受到穩定（整流及 穩定電壓），以使到達發光二極體晶片組丨〇 2的電源 呈穩定狀況，降低發光二極體晶片組1 〇 2的損壞率； 又’發光二極體晶片組1 〇 2係與控制暨驅動晶片組 1 〇 1呈相互的電性連結，其係受控制暨驅動晶片組工〇 的控制及驅動，以產生條件式的發光，例如：呈現在 閃爍、變色等；感測驅動單元103係與控制暨驅動晶 片組101呈相互的電性連結，其主要係用於感測環= 中的條件變化後，輸出一電子訊號至控制暨驅動晶片 組，以使其驅動發光二極體晶片產生相對應的發L， 又本創作中所揭的感測驅動單元1 〇 3係可為一種咸 測環境中溫度變化的溫度感測驅動單元、或可感測= 境中濕度變化的濕度感測驅動單元、或可感測環^ 亮度變化的*度感測驅動單元、《可感測環境 變=的震動感測驅動單b或可感測環境中聲音變化 的聲音感測驅動單元、或可感測環境中壓力變作 力感測驅動單元等，實施時 ^ > 你了依據其實用之愛 求，選配其中一個或一個以i 上的感測驅動單元作應用 才合配。 g 請參閱「第2圖」，圖中所示係為本創 佳實施例（一）的電子單元組 咅 車父 々乂不思圖，如圖中所 係於控制暨驅動晶片組1Q1與感測驅動單&⑽、’ 間，進-步電性連結有一記憶體單元1〇4，且复之 要係利用記憶體單幻G4記錄—經過編寫的 M333504 此程式傳輸一電子訊號至控制暨驅動晶片、组101，、 驅動發光二極體晶片組]η 9 以 方Ά 產生相對應的發 化，其優點係在於發光二極體晶片組1〇2的變二 先行經過程式的編寫’並將編寫完成的程〆可 憶體單元1 04中，再依裎+ # # 、5己 丹依耘式編寫的内容，輸出條 的電子訊號，例如；杏咸、、丨 八 田U測驅動單元i 〇 3感測到 中的溫度變化時，即輪屮 、兄 即輸出一電子訊號至記憶體 體单70 1〇4於接收到電子訊號後，對應程 二二：條件’再輸出一條件化後的電子訊號至控制 旦，|£動晶片組1 〇 1， 使/、以條件驅動發光二極體曰 片組10 2產生菸φ Λ L 日日 x ’如上所述，亦可將記憶體單元 104與控制暨驅動晶片、址101以及發光二極體晶片 模組化，應用時，再依需求與一感測驅動單元103 完成電性連結即可。 土每:芩閱「第3圖」，圖中所示係為本創作另一較 1員％例（一）的電子單元組成示意圖，如圖中所示， 係於控制暨驅動晶片組101與感測驅動單元103之 J進步電性連結有一中央處理器單元1 05，且， f要係利用中央處理器單元1 0 5儲存及記錄一經 過編宫沾本口 、、壬式’以此程式傳輸一電子訊號至控制暨驅 動晶片紐1 η 1 , 、、、1 ’以驅動發光二極體晶片組1 02產生相 ’…的备光變化；其優點係在於發光二極體晶片組 1 0 2的、變化& & 、。 係可先行經過程式的編寫，並將編寫完成 的旌式儲存於中央處理器單元105中，再依程式編寫 9 M333504 j内容，輸出條件式的電子訊號，例如；當感测驅動 单兀103感測到環境中的溫度變化時，即輸出—電子 汛唬至中央處理器單元1〇5，中央處理器單元於 揍收到電子訊號後，對應程式的内容條件，再輪出二 條件化後的電子訊號至控制暨驅動晶片組ι〇ι，以使 其以條件驅動發光二極體晶片組1〇2產生發光；如上 所述，亦可將中央處理器單元1〇5與控制暨驅動晶片 組101以及發光二極體晶片102模組化，應用時，再 依需求與一感測驅動單元103完成電性連結即可。 一請參閱「第4圖」，圖中所示係為本創作另一較 么貝％(—)的立體外觀圖，如圖中所示的互動式發光 裝置20，其係將一控制暨驅動晶片組2〇1，以及一感 測驅動單元202封裝於一基板2〇3上，如此，使其成 型為模組化，再搭配一發光模組2〇4，以製成互動式 發光裂i 20，又，發光模组2〇4 ± #係由一個或一 個以上的發光二柽體2〇41組構而成，此發光二極體 2〇41可為燈泡式（LAMp)'表面黏著型（smd)或已完成 電連性連結發光二極體晶片等；請參閱圖中所示，此 互動式發光裝置20係可供應用於環境中的光源需 求、電子裝置的光源需求等，其應用時，僅係將其組 設於環境所需的光源裝置中，例如組設於照明用的燈 具，或組設於電子裝置中，以供作為電子裝置的光源 需求；其實施時，即係利用其感測驅動單元2〇2感應 環境中的條件變化（如前述的溫度、聲音、渴度、亮 10 M333504 度、壓力等），感測後，係輸出一電子訊號至控制暨 驅動晶片組201，以使其驅動發光模組2〇4產生相對 應的發光。 一 明芩閱「第5圖」，圖中所示係為本創作另一較 佳實施（四）的立體外觀圖，如圖中所示的互動式發光 裝置30，其係將一控制暨驅動晶片組3〇1、一感測驅 動單元302、以及一發光模組3〇4封裝於同一基板3〇3 _ 上，如此模組化的設計，可使其組裝更為方便，唯， 於需求設計時，即應考量適當的發光二極體模組，例 如封裝的類型（LAMP或SMD)、或光色、或亮度等，且 感測單元之選配亦應於整體模組化之前，即需確定， 例如，應用於感測環境中的亮度變化，則需選配亮度 - 感測單元。 明參閱「弟6圖」，圖中所示係為本創作另一較 佳實施（五）的立體外觀圖，如圖中所示的互動式發光 • 裝置40，其係將一控制暨驅動晶片組40 1、以及一發 光二極體晶片404封裝於同一基板4〇3上，並另行電 性連結一感測驅動單元402，此種模組化設計，主要 ‘ 係使半成品出廠時，可再另行依實際應用需求，選配 適用的感測單70，例如，完成模組化的半成品（包括 一控制暨驅動晶片組4 〇 1及一發光二極體晶片4 〇 4封 裝於同一基板403)，可依各客戶的應用需求，選配 不同功能的感測單元（例如A廠家應用溫度感測單 元，而B廠家應用壓力感測單元）。 11 M333504M333504 Eight, new description: [New technology field] An interactive light-emitting device that can be applied as an environment. The light source required by the device, in particular, is an interactive light-emitting device that can sense a change in the environment and produce a full-color change in the interactive light-emitting device. [Prior Art] The application of the light source is one of the indispensable elements in the current environment, and its application can be described as quite wide, and all the needs of life, or even various electronic devices with display effects, require a light source. As a visual aid, the lighting needs include a light source for S, an ambient light source for the environment, a decorative light source, etc., and an electronic device has a type of display demand, such as a backlight of a computer display screen, a side light source, a PDA, Mobile communication devices (m〇bUe ph〇ne), traditional telephones and wireless phones, backlights and side light sources for decorative lights for bicycles, etc. However, in the light sources used today, many systems are static, that is, The light source it presents does not change. For example, the light source required for illumination is stable light, can only be changed according to the operation, and the light source of the electronic device is required according to the requirements of its lighting use. It belongs to the auxiliary light source, not the main light source. It is generally used as a backlight or a side light source. The main purpose is to make the display screen clear and not stable. And the change seen by the operator's naked eye, the Ρ 疋 曰曰 曰曰 不再 不再 不再 不再 不再 不再 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 333 Therefore, the role is also lighting, and the application of the most changes in light color, the use of rafts, boxes or signs, etc., mainly using I c components 'programmable; also from + fly control The way to write in the IC component can drive the program to change the lighting, so that the lighting device can be derivatized according to the internal combination of the program, such as common marquee, flashing or color mixing, etc., only this type of application It is often necessary to match complicated electronic 1C components, program control, etc., which is costly and complicated in terms of manufacturing cost and assembly. Moreover, the conditions for changing according to the program are still limited by the writing program. The type of change is limited, and after a few change cycles, it loses freshness. [New content] In view of the above problems and usage requirements, the creator is based on the experience of related industries for many years, and analyzes and studies the light source used in the living environment and the light source required by the electronic device. In the application of the light source, it can increase the fun of its use; Therefore, the main purpose of the present invention is to provide a light source that can be applied to an ambient light source or an electronic device, so that the light source can change according to environmental conditions, and the corresponding change occurs immediately. Interactive lighting device. This creation mainly uses a sensing unit to sense environmental changes, such as changes in the internal or external sounds of the goods, warmth, and rest, and then generate corresponding changes in the interactive situation. In addition to trademarks, decorative lines or patterns, etc., you can use the M333504 for your application. In addition, the products with processors can also be generated by the processor program to generate corresponding interactive situational light. Can be expanded to the general traditional telephone and mobile phone, PDA, SMART PHONE, iPhone, computer or other 3C products MP3, MP4, DVD, iPod, game consoles, Set-Top Box digital box, audio, speakers and other information input (and / or) Output interactive backgrounds with products or prospective brothers and their trademarks, decorative lines or patterns, etc. Interactive scenes, such as fluorescent sticks, night lights, table lamps, indoor and outdoor decorative lights, cars With decorative lights, etc., it is also possible to have interactive mood light through this creation. In order for your review board to be able to clearly understand the structure of the creation and its effectiveness, please refer to the following description. [Embodiment] Mingcha read "1st picture", which is a schematic diagram of the electronic call component of the creation. As shown in the figure, the interactive light-emitting device 10 is mainly composed of a control and driving chip. The group 1 0 1 , a light emitting diode 2 , a 02 and a sensing driving unit 103 are configured. The "Medium & cum driving chipset 101 is composed of a control unit, 1011 driving unit 1012 and a current/voltage stabilization. The unit 1013 is packaged into a chip set (which can also be formed in a modular manner), and its main function is to control the /, voltage) input by using the control unit 1011, and to drive the electronic signal to drive the light by driving the first 兀12. The diode chip is short n 9 times, 9 4 102 light, and the current (current/voltage) is stabilized (rectified and stabilized) by current/electricity 7 M333504 yuan 1 ο 1 3 The power supply of the diode chip set 丨〇2 is stable, reducing the damage rate of the light-emitting diode chip set 1 〇 2; and the 'light-emitting diode chip set 1 〇 2 system and the control and driving chip set 1 〇 1 Mutual electrical connection Controlled and driven to control and drive the chipset process to generate conditional illumination, for example, in flicker, discoloration, etc.; the sensing drive unit 103 is electrically coupled to the control and drive chipset 101, Mainly used to change the condition in the sense ring =, output an electronic signal to the control and drive chip set to drive the LED chip to produce the corresponding hair L, and the sensing disclosed in the present invention The driving unit 1 〇3 can be a temperature sensing driving unit that changes the temperature in the environment, or a humidity sensing driving unit that can sense the humidity change in the environment, or a sense of brightness that can sense the brightness of the ring The driving unit, the vibration sensing driving unit b that can sense the environment change=the sound sensing driving unit that can sense the sound change in the environment, or the pressure-variable force sensing driving unit in the sensing environment, etc. Time ^ > You have chosen one or one of the sensing drive units on i to match the application according to its practical love. g Please refer to "Figure 2", which shows the creation Good example (a) of electricity The unit group is not thinking about the figure, as shown in the figure, the control and driving chip set 1Q1 and the sensing driving unit & (10), 'between and step-by-step electrically connected to a memory unit 1〇4, and It is necessary to use the memory single magic G4 record - the programmed M333504 program transmits an electronic signal to the control and drive chip, group 101, and drives the LED chip set] η 9 to generate the corresponding hair The advantage is that the second generation of the LED chip set 1〇2 is programmed by the program' and will be written in the program memory unit 104, and then 裎+##,5己丹依The content written in the 耘 style, the electronic signal of the output bar, for example; the apricot salt, the 丨八田 U test drive unit i 〇 3 sense the temperature change in the sense, that is, the rim, the brother outputs an electronic signal to the memory body After the single 70 1〇4 receives the electronic signal, the corresponding process 22: condition 're-outputs a conditional electronic signal to control Dan,|moving the chip set 1 〇1, enabling /, conditionally driving the light emitting diode Body bun group 10 2 produces smoke φ Λ L day x ' as described above The memory unit 104 may also control the drive cum wafer, address 101 and the light emitting diode chip modular, application, and then electrically connected to completion on demand to a drive unit 103 sensing. Earth: See "Picture 3", which is a schematic diagram of the composition of the electronic unit of another one of the other members (1). As shown in the figure, it is connected to the control and drive chipset 101. The J drive of the sensing drive unit 103 is electrically coupled to a central processing unit 105, and f is stored and recorded by the central processing unit 105, and is processed by a program. Transmitting an electronic signal to the control and driving chip 1 η 1 , , , 1 ' to drive the light-emitting diode chip set 102 to produce a phase change of the light source; the advantage is that the light-emitting diode chip set 10 2, change && The program can be programmed first, and the completed file is stored in the central processing unit 105, and the 9 M333504 j content is programmed according to the program, and the conditional electronic signal is output, for example; when the sensing driver is in a sense of 103 When the temperature change in the environment is detected, the output is sent to the central processing unit 1〇5, and after the central processor unit receives the electronic signal, the content condition of the program is corresponding, and then the second conditionalization is rotated. The electronic signal to the control and driving chipset ι〇ι is used to cause the illuminating diode package 1 〇 2 to generate light; as described above, the central processing unit 1 〇 5 and the control and driving chip set can also be The LED and the LED chip 102 are modularized, and when applied, the electrical connection can be completed by a sensing driving unit 103 according to requirements. Please refer to "Figure 4", which is a three-dimensional appearance of the creation of another comparison, as shown in the interactive light-emitting device 20, which will be controlled and driven. The chip set 2〇1 and a sensing driving unit 202 are packaged on a substrate 2〇3, so that they are formed into a modular form, and then combined with a light emitting module 2〇4 to form an interactive light emitting crack. 20, in addition, the light-emitting module 2〇4 ± # is composed of one or more light-emitting diodes 2〇41, and the light-emitting diode 2〇41 can be a bulb-type (LAMp) surface-adhesive type. (smd) or has completed the electrical connection of the light-emitting diode wafer, etc.; as shown in the figure, the interactive light-emitting device 20 is applicable to the light source requirements in the environment, the light source requirements of the electronic device, etc., and the application thereof In the case of the light source device required for the environment, for example, it is set in a lighting fixture, or is set in an electronic device for use as a light source of the electronic device; The sensing drive unit 2〇2 senses a change in conditions in the environment (such as the aforementioned temperature, sound) The degree of thirst, 10 M333504 light, pressure, etc.), the sensing system outputs a control signal to the electronic drive cum chipset 201, so as to drive the light emitting module 2〇4 generate a corresponding light emission. I will read "Figure 5", which is a three-dimensional appearance of another preferred implementation (4) of the creation. The interactive illumination device 30 shown in the figure is a control and drive. The chipset 3〇1, a sensing driving unit 302, and a light emitting module 3〇4 are packaged on the same substrate 3〇3 _, so that the modular design can make assembly more convenient, only in demand At the time of design, appropriate LED modules should be considered, such as the type of package (LAMP or SMD), or light color, or brightness, etc., and the matching of the sensing unit should also be before the overall modularization, ie To determine, for example, to apply brightness changes in the sensing environment, an optional brightness-sensing unit is required. For details, please refer to the "Division 6", which is a three-dimensional appearance of another preferred implementation (5) of the creation. The interactive illumination device 40 shown in the figure is a control and drive chip. The group 40 1 and a light-emitting diode chip 404 are packaged on the same substrate 4〇3, and are additionally electrically connected to a sensing driving unit 402. The modular design mainly enables the semi-finished products to be shipped from the factory. According to the actual application requirements, a suitable sensing unit 70 is selected, for example, a modular semi-finished product (including a control and driving chip set 4 〇 1 and a light emitting diode chip 4 〇 4 packaged on the same substrate 403). According to the application needs of each customer, the sensing unit with different functions can be selected (for example, the A manufacturer applies the temperature sensing unit, and the B manufacturer applies the pressure sensing unit). 11 M333504
請參閱「第7圖」，圖中所示係為本創作另一輕 佳實施（六）的立體外觀圖，如圖中所示，其係沿衫 例（五）的組成架構，唯，其發光二極體極晶片 404的表面，係塗佈了一層螢光層4〇5，可此，可使 發光二極體晶片404.所產生的光，於透射過螢光層 405時，產生混色的效果；又，發光二極體晶片4〇4 係可以多個佈設，例如以R、G、B三種顏色的晶片作 組合，如此，經由控制暨驅動晶片組4〇丨輪出不同電 壓犄，可產生不同的混色的效果，以符合全彩使用的 需求，若再搭以螢光層405，則更可使光色呈現更多 階的混色變化。Please refer to "Figure 7", which is a three-dimensional appearance of another light implementation (6) of the creation. As shown in the figure, it is based on the composition of the shirt (5). The surface of the LED array 404 is coated with a phosphor layer 4〇5, so that the light generated by the LED wafer 404 can be mixed when transmitted through the phosphor layer 405. The effect of the LED array 4 〇 4 can be arranged in multiple ways, for example, a combination of three colors of R, G, B wafers, so that different voltages are rotated through the control and driving chipset 4 It can produce different color mixing effects to meet the needs of full-color use. If you use the fluorescent layer 405, you can make the light color show more color mixing changes.
請參閱「第8圖」，圖中所示係為本創作另一較 佳實施（七）的立體外觀圖，如圖中所示的互動式發光 裝置50,其主要係由一控制暨驅動晶片組5〇1、複數 個表面黏著型發光二極體503、一基板5〇4以及一感 測驅動單元5 0 2所組構而成，其中，控制暨驅動晶片 501與表面黏著型發光二極體503係組設於同一基板 5 0 4 ’以成形為一排狀的發光裝置，此類型的裝置， 係可供作為電子裝置的背光源或側光源，例如顯示幕 或鍵盤所需的背光源或側光源，又，感測驅動單元 5 0 2則係可另外以組裝的方式，或亦可直接將感測驅 動單元502組設於基板504上，以因應電子裝置的需 求。 請參閱「第9圖」’圖中所示係為本創作另一較 12 M333504 佳實施（八）的立體外觀圖，如圖中所示的筆記型電腦 6 0 ’ 一般而言，筆記型電腦6 0的組成係包括鍵盤操 作部6 0 1以及螢幕顯示部6 0 2，兩者之間係以一樞軸 6 0 3形成相互樞設，習知的使用上，螢幕顯示部6 〇 2 主要係用於呈現影像、文字、鍵盤操作部6〇1則供使 用者進行操作，除此之外，並無其它因操作而產生的 的樂趣可言，因此，本創作者係將本創作所揭之互動 式發光裝置應用於筆記型電腦6 〇中，以增添其使用 時的樂趣；請搭配參閱「第1 〇圖」，圖中所示係為實 施例（八）的實施示意圖，如圖中所示，本創作互動式 發光裝置5 0，係將其由基板5 〇 4、表面黏著型發光二 極體503以及控制暨驅動晶片組501所組構而成的模 組’組设於筆記型電腦β 〇的鍵盤操作部6 〇 1，且其 組設的位置可位於各鍵盤之間的空隙，或則是鍵盤底 部（適具透光效果的鍵盤），又，係電性連結感測驅動 單元5 0 2 ’且此感測驅動單元5 〇 2係為一種可感測光 色變化的感測驅動單元，將其組設於鄰近於螢幕顯示 部602 ’如此’感測驅動單元5〇2則可就近感測到螢 幕顯不部6 0 2的光色；請搭配參照「第丨丨圖」，圖中 所不係為實施例（八）的作動流程示意圖，如圖中所 示，其作動流程說明如下： (1)發幕顯示部作動71 :依操作者之操作，螢幕 顯不部6 0 2的畫面係產生轉換，且光色隨即 產生變化； 13 M333504 (2 )感測背景色7 2 :感測驅動單元5 Ο 2感應螢幕 顯示部6 0 2之光色變化，並感應其佔比最高 的顏色（即背景色），感應後輸出一電子訊號 至控制暨動晶片組5 Ο 1 ; (3) 控制電壓輸出7 3 :控制暨動晶片組5 〇 i接收 到由感測驅動單元5 0 2的電子訊號後，輸出 適當的電壓及電子訊號至驅動單元（請搭配 參照「第1 .圖」）；Please refer to Figure 8, which is a perspective view of another preferred embodiment (7) of the present invention. The interactive light-emitting device 50 shown in the figure is mainly composed of a control and driving chip. The group 〇1, the plurality of surface-adhesive light-emitting diodes 503, a substrate 5〇4, and a sensing driving unit 502 are formed, wherein the control and driving wafer 501 and the surface-adhesive light-emitting diode are combined. The body 503 is set on the same substrate 510' to form a row of illuminating devices. This type of device is used as a backlight or side light source of the electronic device, such as a backlight required for a display screen or a keyboard. Or the side light source, in addition, the sensing driving unit 502 can be additionally assembled, or the sensing driving unit 502 can be directly assembled on the substrate 504 to meet the requirements of the electronic device. Please refer to "Figure 9". The figure shows another stereoscopic appearance of another 12 M333504 best implementation (8). The notebook computer shown in the figure is 6 0 'Generally, the notebook computer The composition of the 60 includes a keyboard operation unit 610 and a screen display unit 602. The two are pivotally formed by a pivot 703. In the conventional use, the screen display unit 6 〇 2 is mainly It is used to present images, characters, and keyboard operation unit 〇1 for the user to operate. In addition, there is no other fun due to the operation. Therefore, the creator will reveal the creation. The interactive illuminating device is applied to the notebook computer 6 〇 to enhance the fun of its use; please refer to the “1st 」 diagram”, which is shown in the figure (8). As shown, the interactive light-emitting device 50 of the present invention is assembled in a notebook type by a module 5 composed of a substrate 5 〇 4, a surface-adhesive light-emitting diode 503, and a control and driving chip set 501. The keyboard operation unit 6 〇1 of the computer β ,, and its set position can be The gap between the keyboards, or the bottom of the keyboard (the keyboard suitable for light transmission effect), and the electrical connection sensing driving unit 5 0 2 ' and the sensing driving unit 5 〇 2 is a kind The sensing driving unit for sensing the change of the color of the light is disposed adjacent to the screen display portion 602 'so that the sensing driving unit 5 〇 2 can sense the color of the screen display portion 60 2; Referring to the "figure map", the diagram of the operation flow of the embodiment (8) is not shown in the figure. As shown in the figure, the operation flow is as follows: (1) The display of the screen display unit 71: according to the operator Operation, the screen display is not converted, and the light color changes accordingly; 13 M333504 (2) sensing background color 7 2 : sensing drive unit 5 Ο 2 sensing screen display unit 6 0 2 light The color changes, and senses the color with the highest proportion (ie, the background color), and outputs an electronic signal to the control and control chip set 5 Ο 1 after sensing; (3) Control voltage output 7 3 : Control and dynamic chip set 5 〇i After receiving the electronic signal from the sensing drive unit 502, output appropriate power And electronic signal to the drive unit (please refer to with "the first diagram.");
(4) 輸出驅動訊號7 4 ^驅動單元依接收到的電子 訊號發出驅動的電子訊號，同時電流亦經過 驅動單元； (5 )私/電壓輸出7 5 :電流經過電流人電壓穩定 單元，經穩壓及穩流後輸出至發光二極體晶 片 503 ; (6)發光76:發井-炻雕曰u 尤一桎肢晶片503依輸出的電壓 值產生光。(4) Output drive signal 7 4 ^ The drive unit sends the driven electronic signal according to the received electronic signal, and the current also passes through the drive unit; (5) Private/voltage output 7 5: The current passes through the current human voltage stabilization unit, stabilized After being pressed and stabilized, the output is output to the light-emitting diode wafer 503; (6) The light-emitting 76: the hair well-炻 炻 u The 桎 limb wafer 503 generates light according to the output voltage value.
如上㈣係利用感測驅動單元5G2感測榮 顯示部、6Q2的光色（背景色），進而輸出-電子訊號 以使發光一極體晶片5 Μ可政 月503可發出相對應的顏色，又 本創作中所述的電子旬跋 , 汛娩係可經過可程式編寫後 燒錄於控制暨驅動晶片細 日日片組501的控制單元中，又 如本創作「第2圖 中 M」中所述的記憶體單元104、 則如本創作「第3圖」中 中，例如，可編寫為，光中央處理器單元1 九一極體晶片5 03所發出 14 M333504 光色相同於螢幕顯示部602的背景色，或編寫為·發 光二極體晶片503所發出的光色與螢幕顯.示部6〇2的 , 背景色呈反差亦可；如上，當操作者使用筆記型電腦 k，隨著螢幕顯示部6 0 2的背景色不斷的變換， - 、，由鍵 盤操作部601透出的生色亦可隨之不斷的變化，可辦 加操作者使用時的樂趣。 請參閱「第12圖」，圖中所示係為本創作的另_ • 較佳實施例（九），如圖中所示，係將本創作互動式發 光裝置應用於一具發光效果的螢光棒，如圖中所示的 螢光棒80，係經電流導通後，可產生持續性發亮或 間些性發亮的效果，唯，習知的螢光棒係因受電源= • 關的操作，打開後即產生發亮的效果，關閉後即呈^ • 電狀態，在使用中的樂趣有限，而將本創作應用於螢 光4中可藉由個可感測震動或聲音的感測單元， 感測榮光棒是否受震動或接收外部聲音變化，例如， • 當使用者擺動蝥光棒或於演唱會時，則感測單元感測 到辰動或箄音，亚傳輸一電子訊號至控制暨驅動晶片 組，使其驅動發光二極體晶片產生相對的發光效果， . 例如間歇性閃爍或全彩色與明暗變化。 如上所述，本創作互動式發光裝置主要係藉由其 感測驅動單元進行對環境條件變化的感測，並於感測 後輸出一電子訊號至控制暨驅動晶片組，以 測後的條件驅動發光二極體晶片組產生相對應的： 光效果，此相對應的發光效果包括單色變化、多色與 15 M333504 王色Φ曼化、閃爍、規則的循環性變化、不規則的變 化等等，又，發光的變化模式，係可以程式寫錄於記 fe體單元或中央處理器單元中，以因應不同模式的需 求，再者，本創作互動式發光裝置係可應用作為搭配 %境中的照明光源使用，亦可應用於電子裝置中作為 光源、情境光源、背光源或側光源使用，且應用後， 可增添使用中的樂趣與操作等互動性。(4) using the sensing driving unit 5G2 to sense the light color (background color) of the display unit, 6Q2, and then outputting the electronic signal so that the light-emitting one-pole wafer 5 can be correspondingly colored, and The electronic sputum and sputum delivery described in the present application can be programmed and burned in the control unit of the control and drive wafer fine day film group 501, as in the creation "M in the second picture". The memory unit 104, as in the "Fig. 3" of the present writing, can be written, for example, that the optical central processing unit 1 has a 14 M333504 light color identical to the screen display portion 602. The background color, or the color of the light emitted by the LED chip 503 and the display portion 6 〇 2, the background color is in contrast; as above, when the operator uses the notebook k, along with The background color of the screen display unit 602 is continuously changed, and the color generated by the keyboard operation unit 601 can be constantly changed, and the operator can enjoy the use. Please refer to "Figure 12", which is another example of the creation of the author. (9), as shown in the figure, the interactive light-emitting device of the present application is applied to a luminous effect. The light rod, as shown in the figure, is a fluorescent rod 80 which can be continuously brightened or partially brightened after being electrically connected. However, the conventional fluorescent rod is powered by the power supply. The operation, when turned on, produces a brightening effect, and when turned off, it is in an electrical state, and the fun in use is limited, and the application of the creation to the fluorescent light 4 can be sensed by vibration or sound. The measuring unit senses whether the glory rod is subjected to vibration or receives external sound changes, for example, • when the user swings the glare stick or at the concert, the sensing unit senses the squeaking or arpeggio, and transmits an electronic signal. To control and drive the chipset to drive the LED chip to produce a relative illuminating effect, such as intermittent flicker or full color and light and dark variations. As described above, the interactive light-emitting device of the present invention mainly senses the change of the environmental condition by the sensing driving unit, and outputs an electronic signal to the control and driving chip set after sensing, and drives the condition after the measurement. The light-emitting diode chip set produces corresponding light effects, and the corresponding light-emitting effects include monochrome change, multi-color and 15 M333504 color Φ manning, flicker, regular cyclic change, irregular change, etc. Moreover, the change pattern of illumination can be programmed in the fe-unit or central processor unit to meet the needs of different modes. Furthermore, the interactive illumination device of the creation can be applied as a match in the context of %. It can also be used as a light source, a situational light source, a backlight or a side light source in an electronic device, and after application, it can increase the interaction between the fun and the operation in use.
綜合上述，本創作其據以實施後，確實可以達刻 提供一種可應用於環境光源或電子裝置光源中，使光 源可隨環境條件改變，而即時產生相對應變化的互動 式發光或情境光源裝置。 唯，以上所述者，僅為創作之較佳之實施例而 ^，並非用以限定本創作實施之範圍；任何熟習此技 蟄者’在不脫離本創作之精神與範圍下所作之變 化與修飾，皆應涵蓋於本創作之專利範圍内。"In summary, after the implementation of the present invention, it is indeed possible to provide an interactive illumination or situation light source device that can be applied to an ambient light source or an electronic device light source so that the light source can change with environmental conditions and instantly produce corresponding changes. . However, the above description is only for the preferred embodiment of the creation, and is not intended to limit the scope of the present invention; any person skilled in the art will be able to make changes and modifications without departing from the spirit and scope of the present invention. , should be covered by the scope of this creation patent. "
16 M333504 【圖式簡單說明】 第1圖，為本創作的電子組成單元示意圖。 第2圖，為本創作另一較佳實施例（一）的電子單元組 成示意圖。 第3圖，為本創作另一較佳實施例（二）的電子單元組 成示意圖。 第4圖，為本創作另一較佳實施（三）的立體外觀圖。 第5圖，為本創作另一較佳實施（四）的立體外觀圖。 第6圖，為本創作另一較佳實施（五）的立體外觀圖。 第7圖，為本創作另一較佳實施（六）的立體外觀圖。 第8圖，為本創作另一較佳實施（七）的立體外觀圖。 第9圖，為本創作另一較佳實施（八）的立體外觀圖。 第1 0圖，為實施例（八）的實施示意圖。 第11圖，為實施例（八）的作動流程示意圖。 第1 2圖，為本創作的另一較佳實施例（九）。 【主要元件符號說明】 10 互 動 式 發 光 裝置 101 控 制 暨 驅 動 晶片 組 1011 控 制 單 元 1012 焉區 動 單 元 1013 電 流 /電壓穩定單元 102 發 光 二 極 體 晶片 組 103 感 測驅 動 單 元 1716 M333504 [Simple description of the diagram] Figure 1 is a schematic diagram of the electronic components of the creation. Fig. 2 is a schematic diagram showing the composition of an electronic unit according to another preferred embodiment (1) of the present invention. Fig. 3 is a schematic diagram showing the composition of an electronic unit of another preferred embodiment (2) of the present invention. Fig. 4 is a perspective view showing another preferred embodiment (3) of the present invention. Fig. 5 is a perspective view showing another preferred embodiment (4) of the present invention. Figure 6 is a perspective view of another preferred embodiment (5) of the present invention. Figure 7 is a perspective view of another preferred embodiment (six) of the present invention. Figure 8 is a perspective view of another preferred embodiment (7) of the present invention. Figure 9 is a perspective view of another preferred embodiment (VIII) of the present invention. Fig. 10 is a schematic view showing the implementation of the embodiment (VIII). Figure 11 is a schematic diagram of the operation flow of the embodiment (VIII). Figure 12 is another preferred embodiment (9) of the present creation. [Main component symbol description] 10 Interacting light-emitting device 101 Control and driving chip set 1011 Control unit 1012 Dynamic unit 1013 Current/voltage stabilization unit 102 Light-emitting diode chip set 103 Sensing drive unit 17
M333504 104 記憶體單元 1 0 5 中央處理器單元 20 互動式發光裝置 2 01 控制暨驅動晶片組 202 感測驅動單元 203 基板 204 發光模組 2041 發光二極體 30 互動式發光裝置 301 控制暨驅動晶片組 3 0 2 感測驅動單元 303 基板 304 發光二極體模組 40 互動式發光裝置 401 控制暨驅動晶片組 402 感測驅動單元 403 基板 404 發光二極體晶片 405 螢光層 50 互動式發光裝置 501 控制暨驅動晶片組 5 0 2 感測驅動單元 5 0 3 表面黏著型發光二極體 基板 18 504 M333504 60 筆 記 型 電 腦 601 鍵 盤 操 作 部 602 螢 幕 顯 示 部 603 才區 軸 71 螢 幕 顯 示 部 作動 72 感 測 背 景 色 73 控 制 電 壓 出 74 輸 出 驅 動 訊 號 75 電 流 /電壓輸出 76 發 光 80 螢 光棒 19M333504 104 Memory Unit 1 0 5 Central Processing Unit 20 Interactive Light Emitting Device 2 01 Control and Drive Chip Set 202 Sensing Drive Unit 203 Substrate 204 Light Module 2041 Light Emitting Body 30 Interactive Light Emitting Device 301 Control and Drive Wafer Group 3 0 2 sensing driving unit 303 substrate 304 light emitting diode module 40 interactive light emitting device 401 control and driving chip set 402 sensing driving unit 403 substrate 404 light emitting diode wafer 405 fluorescent layer 50 interactive light emitting device 501 control and drive chipset 5 0 2 sensing drive unit 5 0 3 surface-adhesive LED substrate 18 504 M333504 60 notebook computer 601 keyboard operation unit 602 screen display unit 603 area axis 71 screen display unit actuation 72 sense Background color 73 Control voltage out 74 Output drive signal 75 Current / voltage output 76 Illumination 80 Fluorescent rod 19