TW 24927twf.doc/p 200939178 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種影像顯示器的開機順序且/或關 機順序。 【先前技術】 最近，如眾所知，將影像投影至螢幕的前端(觀眾那一 ❾ 側）的前投式投影機(front proj ector)已做為家用或是家庭劇 「元糸統。 可隨身帶著走的潮流驅使著消費需求朝向更小型的 可攜式裝置’像是手機、可攜式數位助理、音樂及影片播 放器、筆記型電腦、頭戴式顯示器等等。隨著尺寸的縮小 與功能增加，要用很小的裝置來顯示肉眼可見影像會遇到 二個很基本的問題。因為無法將螢幕的固定尺寸變大而不 增加裝置本身的大小，要方便地由小裝置提供肉眼可見影 〇 像，唯一可行的方法為利用資料投影機來投射他們。 (3-dimensi1 色彩3D $ 見也很貴 體產業在： 另個大多數觀眾有興趣的話題為三度空間TW 24927twf.doc/p 200939178 IX. Description of the Invention: [Technical Field] The present invention relates to a power-on sequence and/or a shutdown sequence of an image display. [Prior Art] Recently, as is known, the front proj ector that projects an image onto the front end of the screen (on the side of the viewer) has been used as a home or family drama "Yuan Tong. The trend of taking away is driving consumer demand toward smaller portable devices like mobile phones, portable digital assistants, music and video players, notebooks, head-mounted displays, etc. Reduction and increase in function, there are two very basic problems to be displayed with a small device to display the visible image. Because the fixed size of the screen cannot be increased without increasing the size of the device itself, it is convenient to provide it by the small device. The only visible way to visualize the image is to use a data projector to project them. (3-dimensi1 Color 3D $ See also very expensive industry: Another topic that most viewers are interested in is three dimensions
然而，增加影像顯示 低功率消耗。 重要。接著，才是較佳的 5 TW 24927twf.doc/p 200939178 為讓本發明之上述特徵和優點能更明顯易懂，下文特 舉較佳實施例，並配合所附圖式，作詳細說明如下。 【發明内容】 本發明提供電源打開順序且/或關機順序於影像顯八 裝置，其經由對面板放電，可使生命週期延長且/或提‘升= 像顯示裝置或影像投影的顯示效能。 如 ❹However, increasing the image shows low power consumption. important. In the following, the features and advantages of the present invention will become more apparent from the following detailed description of the preferred embodiments. SUMMARY OF THE INVENTION The present invention provides a power-on sequence and/or a shutdown sequence for an image display device that, by discharging the panel, can extend the life cycle and/or increase the display performance of the image display device or image projection. Such as
G _本發明更提供電源打開順序且/或關機順序於影像顯 :裝置，其經由關閉光源時對面板放電，可提供較佳的顯 示結果。 •·’ 開順序且/或關機順序於影像顯 = 源下執行面板指令，可達到低功率 本發明-範例提供-㈣祕—顯示面板血 括：（al)提供—第—參考電壓至顯示面板;、 (a )執灯-H錢定顯示面板；（a3)提供參考電壓 亮2:=(a4)讓顯示面板放電;以及(a5)打開光源以照 本發明另一範例提供一種適用於一顯示 一 關掉絲；（b2)讓顯示面板放電； _τ止供H參考電壓至顯*面板； =顯示面板;以及⑽停止供應一第二參考電壓至顯 本發明又另i例提供-细於改善—顯示面板與 6 rw 24927twf.d〇c/n 200939178 一光源的效能的方*，包括：⑷在顯 =第一參考電壓至顯示面板;(，面打板 一第二參考電壓至顯示面板;㈣讓顯 不面減電；以及(a5)打開統以照、示面板；⑼在顯 =面板關機時：（M)關掉光源；（b2)_示面板放電；㈣ 應：第一參考電壓至顯示面板；⑽)執行-指令以 仅疋顯不面板；以及(b5)停止供應一第二參考電壓至顯示 面板。 【實施方式】 以下的敘述將伴隨著實施例的圖示，來詳細對本發明 所提出之實施例進行說明。在各圖示中所使用相同或相似 的參考標號’是用來敘述相同或相似的部份。 第一實施例 圖1顯示本發明一實施例中顯示裝置的示意圖。如圖 1所示’顯示裝置100至少包括顯示面板i 10與光源12〇， Ο 而顯示裝置100内其它必需的内部元件為簡化起見未顯示 於圖1。 顯示裝置100例如是反射式石夕基液晶（liquid crystal silicon，LCoS)投影機，但不在此限。顯示面板110例如是 反射式LCoS面板或是薄膜電晶體液晶顯示 (thin-film-transistor liquid crystal display，TFT-LCD)面板， 但不在此限。顯示面板110用以顯示影像。光源120例如 包括發光二極體(light emitting diode, LED)，但不在此限。 7 200939178 TW 24927twf.doc/p LED，用來做為顯錢置的光源，因為其能減少 與熱i逸出、縮小體積以及增加壽命的特性。 、 第一實施例 現在請參照圖2，其顯示為依據本發明第—實 $用在顯轉置中對於顯示面板與光源的開機順序的時序 e 現在請參照圖2。首光，開啟低電壓電源VDD並施加 於顯示面板。接著，低電壓電源VDD被施加在顯示 内部的電子電路，例如是閘級驅動器、源極驅動器 低電壓電源VDD通常低於2V。 才日令a又疋用來設定顯示面板。指令例如 取指令、LCOS寫入指令或是LC〇Sff寫指令，但不在此限貝。 接者，指令設定可針對不同顯示裝置而程式化。在本實施 例中，因為在低電壓電源下操作，故可節省功率的消耗。 之後，在施加高電壓電源VDDA後執行面板的放電。 © 硫放電為釋放累積在顯示面板中的殘餘電荷，用以延長 顯示面板的壽命。這些累__電荷可能來自於顯示裝 置意外或不正常關機。 接著，打開光源以照亮顯示面板。在本實施例中，在 打開光源之前先對面板放電，如此一來，顯示面板的面板 放電所導致的不良影像不會被使用者看到。 第二實施例 8 rW 24927twf.doc/p 200939178 圖3顯示為依據本發明第二實施例中應用在顯示芽置 中對於顯示面板與光源的關機順序的時序圖。、’' 义 首先，把光源關閉，使用者便不會看到顯示面 後續面板放電所導致的不良影像。 、 接著，把顯示面板放電以移除顯示面板在播放時，累 積在顯示面板的電荷。然後，停止供應高電壓電源VDda 至顯示面板。 ' ❺G _ The present invention further provides a power-on sequence and/or a shutdown sequence to the image display device that discharges the panel when the light source is turned off, providing better display results. •·' Open sequence and/or shutdown sequence to execute panel commands under image display = source to achieve low power. The invention provides - (4) secret - display panel blood: (al) provide - first - reference voltage to display panel ; (a) the lamp-H money setting panel; (a3) provides a reference voltage bright 2: = (a4) discharges the display panel; and (a5) turns on the light source to provide a suitable one for another example of the present invention Displaying a turn off wire; (b2) discharging the display panel; _τ stopping the H reference voltage to the display panel; = display panel; and (10) stopping supplying a second reference voltage to the invention and providing another example - fine Improvement—display panel with 6 rw 24927twf.d〇c/n 200939178 The performance of a light source*, including: (4) display = first reference voltage to the display panel; (, face-to-board a second reference voltage to the display panel (4) Let the display reduce power; and (a5) turn on the system to display the panel; (9) When the display panel is turned off: (M) turn off the light source; (b2) _ show panel discharge; (4) should: first reference Voltage to the display panel; (10)) execute-instruction to highlight only the panel; and (b5) stop supplying one Second reference voltage to the display panel. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings of the embodiments. The same or similar reference numerals are used in the drawings to describe the same or similar parts. First Embodiment Fig. 1 is a view showing a display device in an embodiment of the present invention. As shown in Fig. 1, the display device 100 includes at least the display panel i 10 and the light source 12A, and other necessary internal components in the display device 100 are not shown in Fig. 1 for the sake of simplicity. The display device 100 is, for example, a reflective liquid crystal silicon (LCoS) projector, but is not limited thereto. The display panel 110 is, for example, a reflective LCoS panel or a thin-film-transistor liquid crystal display (TFT-LCD) panel, but is not limited thereto. The display panel 110 is used to display an image. The light source 120 includes, for example, a light emitting diode (LED), but is not limited thereto. 7 200939178 TW 24927twf.doc/p LED, used as a light source for the display of money, because it can reduce the characteristics of heat i escape, reduce volume and increase life. First Embodiment Referring now to Figure 2, there is shown the timing of the power-on sequence for the display panel and the light source used in the display transposition according to the present invention. e Reference is now made to Figure 2. The first light turns on the low voltage power supply VDD and applies it to the display panel. Next, the low voltage power supply VDD is applied to the electronic circuitry inside the display, such as the gate driver, the source driver, and the low voltage power supply VDD is typically less than 2V. The Japanese version is used to set the display panel. Instructions such as fetch instructions, LCOS write instructions, or LC〇Sff write instructions, but not limited to this. In addition, the command settings can be programmed for different display devices. In this embodiment, power consumption can be saved because it operates under a low voltage power supply. Thereafter, the discharge of the panel is performed after the application of the high voltage power supply VDDA. © Sulfur discharge is to release the residual charge accumulated in the display panel to extend the life of the display panel. These accumulated __ charges may come from an unexpected or abnormal shutdown of the display device. Next, turn on the light source to illuminate the display panel. In this embodiment, the panel is discharged before the light source is turned on, so that the defective image caused by the panel discharge of the display panel is not seen by the user. Second Embodiment 8 rW 24927twf.doc/p 200939178 Figure 3 is a timing chart showing the shutdown sequence for a display panel and a light source applied in a display bud in accordance with a second embodiment of the present invention. , '' Sense First, when the light source is turned off, the user will not see the bad image caused by the discharge of the subsequent panel on the display surface. Then, the display panel is discharged to remove the charge accumulated on the display panel during playback of the display panel. Then, stop supplying the high voltage power supply VDda to the display panel. ' ❺
指令設定用來設定顯示面板。指令例如包括妹 取，令、LCoS寫人指令或是LCgS讀寫指令，但不在二限貝。 接著，指令設定可針對不同顯示裝置而程式化。在本實施 例中’因為在低電壓電源下操作，故可節省功率的消= 之後，便停止供應至顯示面板的低電壓電源。 第三實施例 ，第三實施例中’依序執行顯*裝置㈣機順序與關 ，順序。現在請再次參照_ 2額3靖讀依據本發明的 弟二實施例。 現在請參照圖2。首先，打開低電壓電源vdd以施加 至顯不面板。接著，低電壓電源VDD被施加至顯示裝置 内斗電子電路，例如是閘極驅動器、源極驅動器等等。低 電壓電源VDD通常低於2v。 匕才曰又疋用來設定顯示面板。指令例如包括LC〇s讀 取2令、LCoS寫入指令或是LC〇s讀寫指令，但不在此限。 接著，指令設定可針對不同顯示裝置而程式化 。在本實施 9 200939178 TW 24927twf.doc/p 例中，因為在低電壓電源下操作，故可節省功率的消耗。 接著，施加高電壓電源VDDA於顯示面板，高電壓電 源VDDA用在顯示面板的液晶材料的操作 電壓電源VDDA用來使液晶分子轉態。 ]來。问 之後’在施加高電壓電源VDD A後執行面板的放電。 面板放電為釋放累積在顯示面板中的殘餘電荷，用以延長 顯示面板的壽命。這些累積的殘餘電荷可能來自於顯示裝 φ 置意外地或不正常關機。 接著，打開光源以照亮顯示面板。在本實施例中，在 打開光源之前先對面板放電，如此一來，顯示面板的面板 放電所導致的不良影像不會被使用者看到。 接下來，請參照圖3。光源被關閉，於是使用者不會 f到顯示面板後續進行的面板放電所導致的不良影像。接 著，把顯示面板放電以移除顯示面板在播放時，累積在顯 不面板的電荷。然後，停止供應高電壓電#VDDA至顯示 ，板。指令設定用來設定顯示面板。指令例如包括LCoS 項取指令、LCoS寫入指令或是[CoS讀寫指令，但不在此 =。接著，指令設定可針對不同顯示裝置而程式化。在本 實施例中，因為在低電壓電源下操作，故可節省功率的消 耗。之後，供應至顯示面板的低電壓電源VDD便停止了。 在本發明的實施例中，經由面板放電來移除顯示裝置 刼作期間或是因為顯示裝置意外地或不正常關機所累積的 殘餘電荷’顯示裝置的生命週期得以延長。再者，因為在 開機的時候，於光源打開前，或是在關機的時候，在光源 200939178 TW 24927twf.doc/p 關閉之後，才作面板放電，可以得到較佳的顯示效能。更 進一步來看，因為在低電壓電源下執行指令設定，可以節 省功率的損耗。The command settings are used to set the display panel. Instructions include, for example, a sister, an order, an LCoS writer command, or an LCgS read/write command, but not in the second limit. The command settings can then be programmed for different display devices. In the present embodiment, since the operation is performed under a low voltage power supply, power consumption can be saved, and then the low voltage power supply to the display panel is stopped. In the third embodiment, in the third embodiment, the order of the devices (4) is sequentially performed, and the sequence and the sequence are closed. Now, please refer again to the second embodiment of the present invention. Please refer to Figure 2 now. First, turn on the low voltage power supply vdd to apply to the display panel. Next, the low voltage power supply VDD is applied to the display device internal circuit electronic circuit, such as a gate driver, a source driver, and the like. The low voltage supply VDD is typically less than 2v. It is used to set the display panel. Instructions include, for example, LC〇s read 2 commands, LCoS write instructions, or LC〇s read and write instructions, but not limited to this. The command settings can then be programmed for different display devices. In the example of this implementation 9 200939178 TW 24927twf.doc/p, power consumption can be saved because it operates under a low voltage power supply. Next, a high voltage power supply VDDA is applied to the display panel, and the high voltage power source VDDA is used to operate the liquid crystal material of the display panel. The power supply VDDA is used to shift the liquid crystal molecules. ]Come. Q After the application of the high voltage power supply VDD A, the discharge of the panel is performed. The panel discharge is to release the residual charge accumulated in the display panel to extend the life of the display panel. These accumulated residual charges may result from an unexpected or abnormal shutdown of the display device. Next, turn on the light source to illuminate the display panel. In this embodiment, the panel is discharged before the light source is turned on, so that the defective image caused by the panel discharge of the display panel is not seen by the user. Next, please refer to Figure 3. The light source is turned off, so that the user does not go to the defective image caused by the subsequent panel discharge of the display panel. Next, the display panel is discharged to remove the charge accumulated on the display panel during playback. Then, stop supplying high voltage power #VDDA to the display, board. The command settings are used to set the display panel. Instructions include, for example, LCoS item fetch instructions, LCoS write instructions, or [CoS read/write instructions, but not here. The command settings can then be programmed for different display devices. In the present embodiment, power consumption can be saved because it operates under a low voltage power supply. Thereafter, the low voltage power supply VDD supplied to the display panel is stopped. In an embodiment of the present invention, the life cycle of the display device is extended by panel discharge to remove residual charge accumulated during display operation or due to accidental or abnormal shutdown of the display device. Furthermore, because the panel discharge is performed after the light source is turned on, or when the light source is turned off, the panel is discharged after the light source is turned on, the better display performance can be obtained. Further, since the command setting is performed under a low voltage power supply, power loss can be saved.
雖然本發明已以實施例揭露如上，然其並非用以限定 本發明，任何所屬技術領域中具有通常知識者，在不脫離 本發明之精神和範_，當可作些許之更動與潤飾，因此 ^發明之㈣範11當視後社申請專㈣騎界定者為 【圖式簡單說明】 圖1顯示本發明一實施例中顯示裝置的示意圖。 圖2顯示為依據本發明第—實施例中 中對於顯示面板與光_開酬序的時序^。、不、置 中對二上顯不為依據本發明第二實施例中應用在顯示裂置 中對於顯不面板與光源的關機順序的時序圖。 置 【主要元件符號說明】 o 1()():顯示裝置 .顯示面板 12():光源The present invention has been disclosed in the above embodiments, and is not intended to limit the present invention. Any person having ordinary knowledge in the art can make some changes and refinements without departing from the spirit and scope of the present invention. (4) The invention is a schematic diagram of a display device according to an embodiment of the present invention. Fig. 2 is a timing chart showing the display panel and the light-receiving sequence in the first embodiment of the present invention. No, the centering is not based on the timing diagram of the shutdown sequence for displaying the panel and the light source in the display split in the second embodiment of the present invention. Setting [Main component symbol description] o 1()(): Display device. Display panel 12(): Light source