M341274· · 八、新型說明： ’ 【新型所屬之技術領域】 、一種喚醒裝置，尤指一種可以根據觸控面板的觸發， 達到喚醒操作系統的喚醒裝置。 【先前技術】 一、、知：，在歷經傳統鍵盤（keyboard)、滑鼠（mouse)、軌 道球（trackball)、執跡點（track p〇in1：)、觸控板（t〇uch φ Ρ3^)之開叙整合，市售產品為求輸入便利，大都把多種輸 入衣置整合在一起，如以往鍵盤、滑鼠、軌跡球或軌跡點 並存’無非為了提高輸入效率及便利性，但隨著電子產品 j又汁I以輕、薄、短、小、功能強大為取向，傳統之輸入 裝置已無法滿足使用者需求，產品上亦無空間容納多種輸 入裝置。 然，一種觸控面板除了符合可作多層次選擇設計要求 外，亦能同時擁有鍵盤，滑鼠的功能及手寫輸入等人性化 φ 的操作方式’尤其將輸入裝置（input device)與輸出裝置 ^output、device)整合在一起。因此，觸控面板被視為是 -成種新式輸入裝置中發展最為成熟穩定的輪出入介面，也 」成為工業設計者在研發關於顯示器時之最佳選擇。 從目箾非常流行的個人數位助理（PDA)、各式資訊家 電產品（IA)、筆記型電腦、行動電話（Mobilephone)、掌 上型電腦（Handheld PC)、全球定位系統（GPS)等，都選擇 觸控面板做為其輸入裝置可見一般。 對於電子裝置而言，如筆記型電腦、個人數位助理、 行動電話等，大部分的供電來源只仰賴電池，但是電池受 5 M341274. 限於製作材料、體積、重量等因素而始終不能有所突破。 因此，電子裝置在閒置（idle)下，通常系統會進入休眠 (乂_)狀態，達到省電效果。如果要將電子裝置從休眠 狀態唤醒（wake up)，則需要藉由輸入裝置如鍵盤、滑鼠 等產生二喚醒信號（未標示），以喚醒電子裝置的操作系 、、充如第圖所示，為傳統筆記型電腦喚醒示意圖。在第 一圖中’當筆記型電腦！因閒置而進人休眠狀態時，使用 者需，按遷鍵盤12或滑家、14,用卩唤醒筆記型電腦1的 操作系統。 夕然而’由於觸控面板被使用在電子裝置的機會越來越 夕L且未來筆記型電腦體積越來越小，使用觸控面板機率 將過^於滑鼠或鍵盤。因此，使用觸控面板來喚醒電子裝 置的作方式’貝在疋現p&b段使用者所急，需要的技術。 【新型内容】 有鐘於此，本創作提供一種喚醒裝置，尤指一種可以 根據觸控面板_發，制翻操作錢的目的。 ^本創作的喚醒裝置，其係連接於一觸控面板與一操作 系、、先，4喚醒裝置包括有·· 一第一電晶體與一第二電晶 =其中，第一電晶體具有一第一集極、一第一射極及一 第一基極，且該第一基極耦接於一供應電源，該第一集極 叙接於該觸控面板，該第一射極純於-參考端。第二電 f體具有-第二集極、-第二射極及-第二基極，且，該 第一基極耦接於該觸控面板與該第一電晶體的集極，該第 二射極，接於該參考端，該第二集極耦接於該操作系統與 4考回電墨。在知作系統進入休眠狀態下，該觸控面板M341274· · Eight, new description: ‘ 【New technology field】, a wake-up device, especially a wake-up device that can wake up the operating system according to the trigger of the touch panel. [Prior Art] I. Knowing: After going through the traditional keyboard, mouse, trackball, track p〇in1:, touchpad (t〇uch φ Ρ3 ^) The integration of the products, the commercial products for the convenience of input, most of the integration of a variety of input clothing, such as the previous keyboard, mouse, trackball or track point coexisting 'nothing to improve input efficiency and convenience, but with The electronic product j is also light, thin, short, small, and powerful. The traditional input device can no longer meet the needs of users, and there is no space on the product to accommodate multiple input devices. However, in addition to the multi-level selection design requirements, a touch panel can also have a user-friendly operation mode such as a keyboard, a mouse function, and a handwriting input, especially an input device and an output device. Output, device) are integrated. As a result, the touch panel is considered to be the most mature and stable wheel-in interface for a new type of input device, and it has become the best choice for industrial designers in developing displays. From the very popular personal digital assistant (PDA), various information appliances (IA), notebook computers, mobile phones (Mobilephone), handheld computers (Handheld PC), global positioning system (GPS), etc. The touch panel is visible as its input device. For electronic devices, such as notebook computers, personal digital assistants, mobile phones, etc., most of the power supply relies only on the battery, but the battery is subject to 5 M341274. Limited to the material, volume, weight and other factors, there is no breakthrough. Therefore, when the electronic device is idle, the system usually enters a sleep (乂_) state to achieve a power saving effect. If the electronic device is to wake up from the sleep state, it is necessary to generate a second wake-up signal (not labeled) by an input device such as a keyboard, a mouse, or the like to wake up the operating system of the electronic device, as shown in the figure. A wake-up diagram for a traditional notebook computer. In the first picture, 'When a notebook computer! When entering the sleep state due to idle, the user needs to use the keyboard 12 or the slider, 14 to wake up the operating system of the notebook computer 1. However, as the opportunities for touch panels being used in electronic devices are increasing, and future notebook computers are getting smaller and smaller, the probability of using touch panels will be passed over the mouse or keyboard. Therefore, the use of a touch panel to wake up the electronic device is a technique that is urgently needed by the user in the p&b segment. [New content] There is a clock here, this creation provides a wake-up device, especially a kind of purpose that can be operated according to the touch panel. The wake-up device of the present invention is connected to a touch panel and an operation system. First, the wake-up device includes a first transistor and a second transistor. The first transistor has a first transistor. a first collector, a first emitter, and a first base, and the first base is coupled to a power supply, the first collector is connected to the touch panel, and the first emitter is pure - Reference side. The second electric body has a second collector, a second emitter, and a second base, and the first base is coupled to the touch panel and the collector of the first transistor. The second emitter is connected to the reference end, and the second collector is coupled to the operating system and the 4 test ink. The touch panel is known when the system is in a sleep state.
M341274 通，兮給-第二電晶體’以控制該第二電晶體導 用1；/^通的第二電晶體送出—喚醒信號該操作系統，. 用以喚醒該操作系統。 、“ 本創作的喚醒裝置乃是根據觸控面板使用時所 心勺_信號χγ的改變，以達成唤醒操作系統的功 而k ί、使用者簡易的觸碰觸控面板，即可以喚 眠中的電子裝置。 Ν 【實施方式】 印翏考第二圖，為使甩本創作的筆記型電腦之喚醒操 不忍圖。在第二圖中，當筆記型電腦2因閒置（idIe) 而進入休眠（sleep)狀態時’使用者可以根據傳統的喚 醒=術，按壓鍵盤22或滑鼠24以喚醒（wake叩）筆記型 =腦2的操作系統。或者，使用者可以透過觸碰筆記型電 .腦2的觸控面板2〇，達到操作系統喚醒的目的。 配合第二圖，參考第三圖，為本創作的使用環境架構 方塊示意圖。本創作的喚醒裝置23耦接一觸控面板2〇與 一操作系統25 ,喚醒裝置23從觸控面板2〇接收一觸考务 信號Π，並根據觸發信號χγ送出一喚醒信號TpL jEKi 以喚醒談操作系統25，進而達到電子裝置喚醒（w^e up) 的目的。 藉由手指或觸控筆去觸碰觸控面板20而產生觸發信 號XY電壓的變化，再經由本創作的喚醒裝置23轉為 信號TPL—WEKUP通知操作系統25做處理，於電子裝置休 眠狀態下喚醒操作系統25，進而達到喚醒的目地。 配合第三圖，請參考第四圖，第四圖為本創作詳細電 7 M341274 路示意圖。喚醒裝置23包括有一第— 電晶體收。其_，第一電日雕〇1且/日日脰卯與一第二 :射極及-第—基極，且第一基極輕接於：二電弟 CC，弟-集極輕接於觸控面板2〇，第—射極輕接於二 考端G，該第一電晶體的第—集極盥第— 、> 接有一電容器C1。同時，第二電晶體Q2具有一第 一第二射極及一第二美楣， 弟一木極、 20 i第-電曰触0Ϊ—:隹， 一基極麵接於觸控面板 第:、隹朽Λ日日 第二射極輕接於參考端G， 弟—木極柄接於操作系統25與-參考高電壓咖。 機的第參考第四圖’ #操作系統25處在開 以批制二一 +’、H提供供應電源Vcc '给第一電晶體卯， 若θ工因二Γ晶體Q1進入導通（turn〇n) °此時’使用者 疋為决觸觸控面板20，而從喚醒裝置23的GNDY端 士生會影響觸控面板2〇操作功能的錯誤信號（未標示） :此錯疾仏唬將會被導通的第一電晶體Q1引導到參考 士而予以消除。同時，在開機的狀態下，該操作系統 品同日守會開啟觸控面板2〇的一背光光源，以提供使用者 2作所需的光線。另外，在開機的狀態下，因為第—電晶 版Q1進入導通，因此，導通的第一電晶體Q1讓第二電晶 體Q2的基極與射極具有相同電位，而讓第二電晶體Q2保 持截^狀態（turn off)。由於第二電晶體Q2為截止，因 此，翏考高電壓Vdd將送入操作系統‘25，以令操作系統 25維持在工作偵測狀態。 、&復配合第三圖，參考第四圖，當操作系統25由開機 狀〜、轉為休眠狀態，此時，操作系統25關掉觸控面板20 M341274 的—背光光源，同時，停止提供供應電源Vcc給雷曰 體Qi，以令第-電晶體处進入截止(turnoff)。而= 咼電壓也將停止送入操作系、统25 蜞 維持在休眠狀態。 *作糸統25 f配合第三圖’參考第四圖，#使用者觸 觸=板2°將產生高電位的觸發信跡 .的觸發信號XY送人喚醒裝置23的G請端，進_ = .一電晶體Q2導通（turn 〇η)。導通的第 q 1 "f^TPL-WEKU^^ ;:的操作系統25。如此，使用有本創作的心 具有下列特點： ）电十衣置將 i.❹者可以彻手指或觸㈣去觸碰電置 觸控面板’經由觸控面板輸出電壓以喚醒電子裝置。、 不合因f的硬體線路，提供電子裝置在開機下， \因為觸控面板的誤動作，而影響觸控面板操作功能。 3當電子裝置的操作系統進入休眠狀態時，電子穿 ☆知作系統同時關掉LCD背光光源。 、 點二ΪΤ隨意碰觸電子裝置的觸控面板上任- 通知電 時所二ί創作的喚醒裝置乃是根據觸控面板使用 操作系統的功能，進而提供使料醒電子裝置的 促I，、优用考間易的觸碰觸控面板， 9 M341274 即可以喚醒休眠中的電子裝置。 惟，以上所述，僅為本創作最佳之一的具體實施例之 詳細說明與圖式，任何熟悉該項技藝者在本創作之領域 内’可輕易思及之變化或修飾皆可涵蓋在以下本案之 ^ 範圍。 木寻刊 【圖式簡單說明】 第一圖為傳統筆記型電腦喚醒示意圖；The M341274 is turned on, the second transistor is controlled to control the second transistor, and the second transistor is sent out to wake up the operating system to wake up the operating system. "The wake-up device of this creation is based on the change of the signal χ γ when the touch panel is used, in order to achieve the function of waking up the operating system, and the user can easily touch the touch panel, that is, the sleep can be The electronic device. 实施 [Embodiment] The second picture of the 翏 , , , , , , 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二In the (sleep) state, the user can press the keyboard 22 or the mouse 24 to wake up (wake) the notebook operating system according to the conventional wake-up = surgery. Alternatively, the user can touch the notebook type. The touch panel of the brain 2 is 2 〇, which achieves the purpose of waking up the operating system. With the second figure, referring to the third figure, a block diagram of the environment of the creation environment is used. The wake-up device 23 of the present invention is coupled to a touch panel 2〇 And an operating system 25, the wake-up device 23 receives a touch test signal from the touch panel 2, and sends a wake-up signal TpL jEKi according to the trigger signal χ γ to wake up the operating system 25, thereby achieving wake-up of the electronic device (w^e Up) The purpose is to change the trigger signal XY voltage by touching the touch panel 20 with a finger or a stylus, and then notify the operating system 25 to perform processing via the wake-up device 23 of the present invention to the signal TPL-WEKUP. In the sleep state, the operating system 25 is woken up to achieve the purpose of waking up. With the third figure, please refer to the fourth figure, and the fourth figure is a schematic diagram of the detailed circuit 7 M341274. The wake-up device 23 includes a first transistor. _, the first electric day 〇 1 and / day 脰卯 and a second: the emitter and - the first base, and the first base is lightly connected to: two electric brother CC, brother - collector lightly connected The touch panel 2A, the first emitter is lightly connected to the second test end G, and the first collector of the first transistor is connected to a capacitor C1. Meanwhile, the second transistor Q2 has a first The second emitter and a second beauty, the brother of a wooden pole, 20 i-electrical touch 0Ϊ—:隹, a base surface connected to the touch panel:: 隹 Λ Λ day second shot very light Connected to the reference end G, the brother-wood pole handle is connected to the operating system 25 and - reference high voltage coffee. The machine's reference to the fourth picture '# operation At the 25th level, the batch is supplied with the second one + ', H provides the power supply Vcc ' to the first transistor 卯, if the θ is due to the second crystal Q1 enters the turn-on (turn〇n) ° Touching the touch panel 20, and an erroneous signal (not labeled) that affects the operation function of the touch panel 2 from the GNDY end of the wake-up device 23: this error will be guided to the first transistor Q1 that is turned on to At the same time, in the state of being turned on, the operating system will open a backlight source of the touch panel 2 to provide the user 2 with the required light. In addition, in the state of being turned on. Because the first electro-optic plate Q1 enters conduction, the first transistor Q1 that is turned on causes the base of the second transistor Q2 to have the same potential as the emitter, and the second transistor Q2 is kept in a cut-off state (turn off) ). Since the second transistor Q2 is off, the reference high voltage Vdd will be sent to the operating system '25 to maintain the operating system 25 in the job detection state. And & cooperate with the third figure, referring to the fourth figure, when the operating system 25 is turned from the power-on state to the sleep state, at this time, the operating system 25 turns off the backlight source of the touch panel 20 M341274, and at the same time, stops providing The power supply Vcc is supplied to the Thunder body Qi to cause the first transistor to enter a turnoff. The = 咼 voltage will also stop being sent to the operating system, and the system will remain in the sleep state. *For the system 25 f with the third picture 'Refer to the fourth picture, # user touch = board 2 ° will generate a high potential trigger signal. The trigger signal XY is sent to the wake-up device 23 G, the end _ = . A transistor Q2 is turned on (turn 〇η). The operating system of the first q 1 "f^TPL-WEKU^^ ;: is turned on. In this way, the use of the heart of the creation has the following characteristics:) The electric device can be used to touch the electric touch panel via the touch panel to wake up the electronic device. The hardware circuit that does not match the f, provides the electronic device under the boot, \ because of the malfunction of the touch panel, affecting the operation function of the touch panel. 3 When the operating system of the electronic device enters a sleep state, the electronic device is turned off and the LCD backlight source is turned off at the same time. Touch the touch panel of the electronic device at any time. The wake-up device created by the notification device is based on the function of the operating system of the touch panel, and thus provides the electronic device for the wake-up electronic device. Touching the touch panel with the test room, 9 M341274 can wake up the electronic device in hibernation. However, the above description is only a detailed description and a drawing of a specific embodiment of one of the best creations of the present invention, and any change or modification that can be easily thought of in the field of the creation of the skilled person can be covered. The scope of the following case ^. Wood Search [Simple Description] The first picture is a wake-up diagram of a traditional notebook computer;
第一圖為為使用本創作的筆記型電腦之喚醒操作示 意圖； ;及 f三圖為本創作的使舞境架構方塊示意圖 第四圖為本創作詳細電路示音囷。 【主要元件符號說明】 回 習知： 筆記型電腦1 鍵盤12 滑鼠14 本創作：The first picture shows the wake-up operation of the notebook computer using this creation; and the f three pictures are schematic diagrams of the dance architecture of the creation. The fourth picture shows the detailed circuit of the creation. [Main component symbol description] Back Xizhi: Notebook 1 Keyboard 12 Mouse 14 Creation:
筆記型電腦2 鍵盤22 滑鼠24 觸控面板20 喚醒裝置23 操作系統25 觸發信號XY 10 M341274 喚醒信號TPLJEKUP 第一電晶體Q1 第二電晶體Q2 供應電源Vcc 參考端G 電容器C1 參考高電壓VddNotebook 2 Keyboard 22 Mouse 24 Touch Panel 20 Wake-up device 23 Operating system 25 Trigger signal XY 10 M341274 Wake-up signal TPLJEKUP First transistor Q1 Second transistor Q2 Supply power Vcc Reference terminal G Capacitor C1 Reference high voltage Vdd