五、新型說明： 【新型所屬之技術領域】 本創作係關於一種筆記型電腦’尤指一種具情境光源 之筆記型電腦。 【先前技術】 隨著時代的進步，現代人對於室内空間營造的要求也 逐漸地提高。燈光樣式的多樣化以及色調種類的搭配係屬 情丨兄營造常用的方法’因此’市場上便提供有多種可供選 擇的情境燈飾。配合多樣的情境氛圍，一般皆會選用具有 多種色調的彩色情境燈飾。 現今，筆記型電腦曰趨普及，若能配合筆記型電腦提 供一應用程式，而將上述之室内情境營造也納入筆記型電 腦所具備之功能中，不僅增添生活情趣，更增加生活樂趣。 因此，操作方式的方便性以及情境色調的多元性便成為筆 記型電腦提供情境光源可嘗試發展的方向。 創作人緣因於此，本於積極創作之精神，巫思—種可 Γ上？功能之筆記型電腦，以營造環境氛圍而提升生活 二'如何將情境燈源與筆記型電腦相結合，將成 為本創作致力發展的目標。 【新型内容】 M399368 種具情境光源之筆記 具有情境光源之調整 本創作之主要目的係在提供一 型電腦，俾能於使用筆記型電腦時， 功能° 為達成上述目的’本創作之具情境光源之筆 腦，包括：一主機本體部，其設有一輸入單元；一螢幕蓋 體部，樞接於主機本體部而可活動地開啟或蓋合，其一 上設有m境光源控制單元，包含=指;接= 單元、及-發光二極體驅動單元，指令 輸入單元；以及-發光單元，其係設置於營幕蓋== 螢幕之另-面’發光早兀包含有複數個發光二極體，該等 複數個發光二極體係耦接至情境光源控制單元之發光二極 體驅動單m由指令接收單元接收來自輸人單^之^入 指令而控制發光二極體驅動單元來驅動該等複數個發光二 極體分別發出各種色系之光源。 另外，輸入單元可為一觸控板、一鍵盤'或一滑鼠。 發光單元之複數個發光二極體係環設於螢幕蓋體部内。 當輸入單疋接收有一第一觸控輸入指令時，係由指令 接收單元將第一觸控輸入指令傳送至發光二極體驅動單元 以進入一光源顏色選擇裝置發光模式。當輸入單元接收有 -第-觸控輸入指令時，其係由指令接收單元傳送至發光 二極體驅動單元，定一光源彥員&而由等複數個發光二 極粗發出所選定之光源顏色。當輸入單元接收有一第三觸 控輸入指令時，其係通過指令接收單元傳送至發光二極體 驅動單元，以調整該等複數個發光二極體所發出光源之飽 M399368 和度。當輸入單元接收有一第四觸控輸入指令時，其係通 過指令接收單元傳送至發光二極體驅動單元，以調整該等 複數個發光二極體所發出光源之亮度。當輸入單元接收有 一第五觸控輸入指令時，其係通過指令接收單元傳送至發 光二極體驅動單元，以致動該等複數個發光二極體所發^ 之光源變換顏色。V. New description: [New technology field] This creation is about a notebook computer, especially a notebook computer with a situational light source. [Prior Art] With the advancement of the times, the demands of modern people for the creation of indoor spaces have gradually increased. The variety of lighting styles and the combination of tonal types are the common methods used by the brothers of the situation. Therefore, there are a variety of situational lighting options available on the market. In combination with a variety of moods, color mood lighting with multiple tones is generally used. Nowadays, notebook computers are becoming more and more popular. If they can provide an application with a notebook computer, the above-mentioned indoor situation creation can also be incorporated into the functions of the notebook computer, which not only adds to the taste of life, but also increases the fun of life. Therefore, the convenience of the operation mode and the diversity of the mood tones have become the direction in which the notebook computer can provide a situational light source. The reason for the creator is this, in the spirit of active creation, what about witchcraft? The function of the notebook computer to create an environment to enhance the life of the two 'how to combine the situation light source with the notebook computer, will become the goal of the creative development. [New Content] M399368 Notes with Situational Light Sources Adjusting the Situational Light Source The main purpose of this creation is to provide a type of computer, which can be used when using a notebook computer. The pen brain comprises: a main body portion of the main body, which is provided with an input unit; a screen cover body portion pivotally connected to the main body portion of the main body to be movably opened or closed, and a m-ground light source control unit is disposed on the = refers to; unit = and unit, and - LED driver unit, command input unit; and - lighting unit, which is set in the camp cover == the other side of the screen 'lighting' contains a plurality of light-emitting diodes The plurality of light emitting diode systems are coupled to the ambient light source control unit and the light emitting diode driving unit m is controlled by the command receiving unit to receive the input command from the input unit to control the light emitting diode driving unit to drive the A plurality of light-emitting diodes respectively emit light sources of various color systems. In addition, the input unit can be a touchpad, a keyboard, or a mouse. A plurality of light emitting diode systems of the light emitting unit are disposed in the screen cover portion. When the input unit receives a first touch input command, the command receiving unit transmits the first touch input command to the light emitting diode driving unit to enter a light source color selecting device lighting mode. When the input unit receives the -first-touch input command, it is transmitted by the command receiving unit to the light-emitting diode driving unit, and the light source is used to lighten the selected light source by a plurality of light-emitting diodes. colour. When the input unit receives a third touch input command, it is transmitted to the light emitting diode driving unit through the command receiving unit to adjust the saturation of the light source emitted by the plurality of light emitting diodes. When the input unit receives a fourth touch input command, it is transmitted to the light emitting diode driving unit through the command receiving unit to adjust the brightness of the light source emitted by the plurality of light emitting diodes. When the input unit receives a fifth touch input command, it is transmitted to the light emitting diode driving unit through the command receiving unit to activate the light source of the plurality of light emitting diodes to change the color.
【實施方式】 請先一併參考圖！及圖2,圖丨係本創作具情境光源之筆 記型電腦之立體示意圖，圖2係本創作具情境光源之筆記型 電月®之系統架構圖。如圖所示，本創作之筆記型電腦包括[Embodiment] Please refer to the figure first! And Fig. 2, Fig. 2 is a three-dimensional schematic diagram of a notebook computer with a situational light source, and Fig. 2 is a system architecture diagram of a notebook with a situational light source. As shown in the figure, the notebook of this creation includes
一主機本體部丨、及一螢幕蓋體部2，螢幕蓋體部2係樞接於 主機本體部I而可活動地開啟或蓋合。螢幕蓋體部2一面上 設有一螢幕21，主機本體部丨設有輸入單元。其可為一滑鼠 11、一觸控板12、或一鍵盤13。主機本體部丨周緣另外包含 有一光感測單元19’其係可偵測主機本體部1所處之環境光 源。為方便說明，本實施例先以滑鼠】丨做為輸入單元說明 之。 本創作之主要特徵在於：設有一情境光源控制單元3 及-發光單元4。以本創作—較佳實施例為例，情境光源控 制單元3係、為-應用程式，其係儲存於主機本體部ι之—硬 碟中（圖未示）。 情境光源控制單元3包含有一指令接收單元”、及—發 光二極體驅動單元32,指令接收單元川系對應接收滑氣η 5 M399368 所輸入之指令。發光單元4俜嗖晉 亥螢幕蓋體部2内，以 相對錢幕21之另-面，其示意圖則如圖3所示。 _如；Γ 3所不，發光單元4包含有複數個發光二極體，較 ^也:1光單元4之複數個發光二極體係陣列式地環設於該 營幕皇體部2内。該等複數個發光二極體係'電連接至情境光 源控制早兀3之發光二極體驅動單元32，以受控於發光二極 體驅動單元32而使該等複數個發光二極體分㈣出各種色 系之光源。 本創作可具有多種操作方式，試舉例如下。首先，使 用者先開啟情境光源控制單元3以進入—光源顏色選擇裝 置發光模式。於該光源顏色選擇裝置發光模式中，情境光 源控制單元3係提供-操作介面3〇顯示於螢幕2ι上，直如圖 4所示，操作介面3〇包含有—選擇光源顏色圖示则 '飽和 度調签圖示302、亮度調整圖示3〇3、彩色光源圖示3〇4。當 使用者透過滑鼠Η點選選擇光源顏色圖示3 〇丨時，係可選擇 一光源顏色，例如，使用者選擇藍色做為情境光源。選定 顏色後則輸入一指令，該指令係由情境光源控制單元3之指 令接收單元3丨傳送至發光二極體驅動單元32，以驅動該^ 複數個發光二極體發出所選定之光源顏色。如此，螢幕蓋 體部2内之複數個發光二極體係發出藍色之情境光源，以營 造所需之視覺效果。 若使用者欲調整所選定光源的飽和度，其可透過滑鼠 1 1點選飽和度調整圖示302 ’以進行飽和度之調整。若使用 M399368 周i所選疋光源之亮度，其可透過滑鼠u點選亮度調 1圖示303，以進行亮度之調整。 P本創作具情境光源之筆記型電腦亦可提供具特殊效果 =操作方式。當使用者透過滑鼠丨丨點選彩色光源圖示3〇4 2，其係使複數個發光二極體所發出之光源顏色產生同步 變換，例如，複數個發光二極體可依照紅、橙、黃、綠、 f、旋、紫之卿依次變㈣_色，錢供彩色之情境 :源。s使用者透過滑鼠"點選環境光源圖示3〇5時，控制 早元3係根據光感測單⑽所偵測之環境光源亮度、色:周， 以使發光單it 4同步發出相同之光源亮度及色調。 ^外’於光源顏色選擇裝置發光模式中，該操作介面 30亦可设計成以觸控板12為主的操控方式。 例如，使用者可點選觸控板模式圖示3〇6，如此，木 用者於觸控板12上產生-橫向移動軌跡時 ; 制發光單元4產生光源變化，使用者可通過橫向移：： 擇所欲採用之光源顏色。若需調整光源飽和度， :光：顏色後，於觸控板12上產生一向上移動轨跡二二 飽和度的調整’·若需調整光源亮度，可於觸控板 ： 向上移動轨跡以調整亮度。 然而，上述實施例僅料了方便說明而舉例 創作之操作方式並不限於上述實施例。並且， 張之權利範圍自應_請專利範圍所述為準，^ = 上述實施例。 井僅限於 7 M399368 【圖式簡單說明】 圖1 ίτ、本創作-較佳貫施例具情境光源之筆記型電腦之立 體示意圖= 圖2係本創作一較佳實施例具情境光源之筆記型電腦之系 統架構圖。 圖3係本創作一較佳實施例具情境光源之筆記型電腦之發 光早元不意圖。 圖4係本創作—較佳實施例具情境光源之筆記型電腦之操 作介面示意圖。 【主要元件符號說明】 1 主機本體部 2 螢幕蓋體部 3 情境光源控制單元 4 發光單元 21 螢幕 11 滑鼠 12 觸控板 13 鍵盤 19 光感測單元 31 指令接收單元 32 發光二極體驅動單元 30 操作介面 301 選擇光源顏色圖示 302 飽和度調整圖示 303 亮度調整圖示 304 彩色光源圆示 305 環境光源圖示 306 觸控板模式圖示A main body portion and a screen cover portion 2 are pivotally connected to the main body portion 1 to be movably opened or closed. A screen 21 is disposed on one side of the screen cover portion 2, and an input unit is provided on the main body portion of the main body. It can be a mouse 11, a touchpad 12, or a keyboard 13. The periphery of the main body portion of the main body further includes a light sensing unit 19' for detecting an ambient light source where the main body portion 1 is located. For convenience of description, the present embodiment first describes the mouse as an input unit. The main feature of the present invention is that a situation light source control unit 3 and a light unit 4 are provided. For example, the contextual light source control unit 3 is an application that is stored in a hard disk (not shown) of the main body portion of the main body. The ambient light source control unit 3 includes an instruction receiving unit and a light-emitting diode driving unit 32. The command receiving unit is configured to receive an instruction input by the slip gas η 5 M399368. The light-emitting unit 4 俜嗖 亥 萤 萤2, in the opposite side of the relative money screen 21, the schematic diagram is shown in Figure 3. _如; Γ 3 no, the light-emitting unit 4 contains a plurality of light-emitting diodes, more than: 1 light unit 4 The plurality of light-emitting diode arrays are arranged in the camp body 2. The plurality of light-emitting diode systems are electrically connected to the ambient light source to control the light-emitting diode driving unit 32 of the early-stage 3, The light-emitting diode driving unit 32 is controlled to divide the plurality of light-emitting diodes into four light sources of various color systems. The creation can have various operation modes, and the test examples are as follows. First, the user first turns on the situation light source control. The unit 3 selects the illumination mode of the light source color selection device. In the light source color selection device illumination mode, the ambient light source control unit 3 provides an operation interface 3〇 displayed on the screen 2ι, as shown in FIG. 4, the operation interface 3 Include - Select the light source color icon, 'Saturation adjustment icon 302, brightness adjustment icon 3〇3, color light source icon 3〇4. When the user selects the light source color icon 3 〇丨 by clicking the mouse button A color of the light source can be selected, for example, the user selects blue as the ambient light source. After selecting the color, an instruction is input, which is transmitted by the command receiving unit 3 of the ambient light source control unit 3 to the LED driving. The unit 32 is configured to drive the plurality of light emitting diodes to emit the selected light source color. Thus, the plurality of light emitting diode systems in the screen cover portion 2 emit a blue ambient light source to create a desired visual effect. If the user wants to adjust the saturation of the selected light source, it can adjust the saturation by using the mouse 1 1 point to select the saturation adjustment icon 302. If the brightness of the selected light source of M399368 is used, it can be transmitted. Mouse u clicks the brightness adjustment 1 icon 303 to adjust the brightness. P This notebook with a situational light source can also provide special effects = operation mode. When the user clicks the color light through the mouse The source diagram 3〇4 2 is used to synchronously change the color of the light source emitted by the plurality of light-emitting diodes. For example, the plurality of light-emitting diodes can be in accordance with red, orange, yellow, green, f, spin, and purple. Qing changed (four) _ color, money for color situation: source. s user through the mouse " click on the ambient light source icon 3 〇 5, control the early element 3 based on the light sensing list (10) detected environment Light source brightness, color: week, so that the light source single it 4 synchronously emits the same light source brightness and color tone. ^Outside in the light source color selection device light-emitting mode, the operation interface 30 can also be designed to be dominated by the touch panel 12 For example, the user can click on the touchpad mode icon 3〇6, so that when the wooden user generates a lateral movement track on the touchpad 12, the lighting unit 4 generates a light source change, and the user can By moving laterally:: Select the color of the light source you want to use. If you need to adjust the saturation of the light source, after the light: color, an adjustment of the two-saturation saturation of the upward movement track is generated on the touch panel 12. If the brightness of the light source needs to be adjusted, the touch panel can be moved upwards. Adjust the brightness. However, the above embodiments are merely intended to be illustrative and the operation modes exemplified are not limited to the above embodiments. Moreover, the scope of the rights of Zhang is subject to the scope of the patent application, ^ = the above embodiment. Well is limited to 7 M399368 [Simplified illustration] Figure 1 ίτ, this creation - a better example of a notebook with a situational light source stereo diagram = Figure 2 is a preferred embodiment of the notebook with a situational light source System architecture diagram of the computer. FIG. 3 is a schematic diagram of a notebook computer with a situational light source according to a preferred embodiment of the present invention. Figure 4 is a schematic illustration of the operational interface of the notebook computer with the contextual light source of the preferred embodiment. [Main component symbol description] 1 Main unit body 2 Screen cover unit 3 Situation light source control unit 4 Light unit 21 Screen 11 Mouse 12 Touch panel 13 Keyboard 19 Light sensing unit 31 Command receiving unit 32 Light-emitting diode driving unit 30 Operation interface 301 Select light source color icon 302 Saturation adjustment icon 303 Brightness adjustment icon 304 Color light source circle 305 Ambient light source icon 306 Touch pad mode icon