TW201324311A - Display device for operating host computer by control components - Google Patents
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Abstract
Description
本發明是有關於一種顯示器，且特別是有關於一種可使用控件操作主機的顯示器。This invention relates to a display, and more particularly to a display that can operate a host using a control.
目前具有觸控功能的顯示器，普遍應用於行動裝置，但隨著觸控技術的成熟化，生產成本也隨之降低，在可預見的未來將會有更多不同應用領域的顯示器具有觸控功能，比如桌上型電腦的顯示器。以具有觸控功能的桌上型電腦的顯示器來說，一般會以通用序列匯流排（Universal Serial Bus，USB）傳輸介面來連接顯示器與主機，顯示器所產生的觸控訊號會透過USB傳送至主機，具體而言，使用者是透過顯示器所具有的觸控模組以及USB傳輸介面，以觸控操作的方式來操作主機的作業系統。但是在某些作業環境下，比如畫精密工程圖的情況，觸控操作可能會遇到精確度不足的問題，因此若能以實體按鍵來輔助與微調應能提高觸控操作上的精確度。另外，現有的顯示器一般會設置有用以調整螢幕顯示（On-Screen Display，OSD）選單的控件，比如設置在顯示器的外殼的複數實體按鍵，不過這些按鍵除了調整OSD選單之外別無它用，因此在絕大多數時候這些按鍵是處於閒置的狀態。但是，若要進一步利用這些按鍵亦有困難，因為這些按鍵和主機之間一般並不存在有電性連接的關係。因此，如何利用這些既存的按鍵並輔助觸控操作，仍有待提出解決方案。
Currently, touch-enabled displays are commonly used in mobile devices, but as touch technology matures, production costs also decrease, and more diverse applications in the foreseeable future will have touch functions. , such as the display of a desktop computer. For a display with a touch-enabled desktop computer, a universal serial bus (USB) transmission interface is generally used to connect the display to the host, and the touch signal generated by the display is transmitted to the host through the USB. Specifically, the user operates the host operating system in a touch operation manner through the touch module and the USB transmission interface of the display. However, in some operating environments, such as the drawing of precision drawings, the touch operation may encounter the problem of insufficient accuracy. Therefore, if the physical button can be used to assist and fine-tune, the accuracy of the touch operation should be improved. In addition, existing displays typically have controls that can be used to adjust the On-Screen Display (OSD) menu, such as multiple physical buttons placed on the display's housing, but these buttons have no use other than adjusting the OSD menu. Therefore, most of the time these buttons are in an idle state. However, it is also difficult to further utilize these buttons because there is generally no electrical connection between these buttons and the host. Therefore, how to use these existing buttons and assist the touch operation still needs to propose a solution.
有鑑於此，本發明的目的在提出一種可使用控件操作主機的顯示器，其係藉由具有觸控功能的顯示器與主機之間的傳輸介面，讓顯示器的控件可以透過此傳輸介面操作主機，以達到輔助觸控操作的目的。In view of the above, the object of the present invention is to provide a display capable of operating a host by using a control interface between a display having a touch function and a host, so that the display control can operate the host through the transmission interface. Achieve the purpose of assisted touch operation.
為達到上述目的，本發明提出一種可使用控件操作主機的顯示器，其電性連接於主機，並包括：觸控模組、控件模組與微控制單元。觸控模組用以產生並處理觸控操作時的觸控訊號，此觸控訊號包括有座標訊號與點擊訊號。控件模組包括有控件控制單元、模式切換鍵與設置於顯示器的外殼的實體控件。控件控制單元具有複數操作模式，包括有滑鼠操作模式、觸控操作模式與OSD操作模式。模式切換鍵用以切換所述操作模式。實體控件包括有左鍵、右鍵與滑動鍵。控件控制單元在滑鼠操作模式下接收實體控件產生的原始訊號並模擬為實體滑鼠訊號，且觸控模組在滑鼠操作模式下只產生並處理座標訊號；控件控制單元在OSD操作模式下接收並傳送原始訊號。
In order to achieve the above object, the present invention provides a display that can be operated by using a control unit, which is electrically connected to the host, and includes: a touch module, a control module, and a micro control unit. The touch module is configured to generate and process a touch signal during a touch operation, and the touch signal includes a coordinate signal and a click signal. The control module includes a control unit, a mode switch key, and a physical control disposed on the outer casing of the display. The control unit has a plurality of operation modes including a mouse operation mode, a touch operation mode, and an OSD operation mode. The mode switching key is used to switch the operation mode. Entity controls include left, right, and slide keys. The control unit receives the original signal generated by the entity control in the mouse operation mode and simulates as a physical mouse signal, and the touch module generates and processes only the coordinate signal in the mouse operation mode; the control control unit is in the OSD operation mode. Receive and transmit the original signal.
微控制單元電性連接於控件模組與觸控模組並判斷控件控制單元處於何種操作模式，微控制單元在滑鼠操作模式下接收實體滑鼠訊號並傳送至觸控模組處理後傳送至主機，以模擬滑鼠操作主機；微控制單元在OSD操作模式下接收並傳送原始訊號以操作顯示器的OSD選單。
The micro control unit is electrically connected to the control module and the touch module and determines the operation mode of the control unit. The micro control unit receives the physical mouse signal in the mouse operation mode and transmits it to the touch module for processing. To the host, the host is operated by an analog mouse; the micro control unit receives and transmits the original signal in the OSD mode of operation to operate the OSD menu of the display.
所述控件控制單元還包括有自訂操作模式，在自訂操作模式下，控件控制單元接收原始訊號並模擬為快捷鍵訊號，微控制單元接收快捷鍵訊號並傳送至觸控模組處理後傳送至主機，以模擬快捷鍵操作主機。所述滑動鍵為滾輪或搖桿。
The control unit further includes a custom operation mode. In the custom operation mode, the control unit receives the original signal and simulates the shortcut signal. The micro control unit receives the shortcut signal and transmits it to the touch module for processing. To the host, operate the host with an analog shortcut. The sliding button is a roller or a rocker.
所述顯示器還包括第一傳輸介面，用以傳送觸控模組所處理的訊號至主機，所述主機包括有電性連接第一傳輸介面的第二傳輸介面，並且，第一傳輸介面與第二傳輸介面所採用之傳輸介面為USB；或第一傳輸介面與第二傳輸介面透過無線傳輸技術電性連接。
The display further includes a first transmission interface for transmitting the signal processed by the touch module to the host, the host includes a second transmission interface electrically connected to the first transmission interface, and the first transmission interface and the first transmission interface The transmission interface used by the second transmission interface is USB; or the first transmission interface and the second transmission interface are electrically connected through a wireless transmission technology.
所述顯示器還包括有第三傳輸介面，所述主機還包括有電性連接於第三傳輸介面的第四傳輸介面，主機透過第三傳輸介面與第四傳輸介面傳送影像訊號至顯示器，並且，第三傳輸介面與第四傳輸介面所採用之傳輸介面為視訊圖形陣列（Video Graphics Array，VGA）、數位視訊介面（Digital Visual Interface，DVI）、高解析多媒體介面（High Definition Multimedia Interface，HDMI）或顯示埠（DisplayPort）。
The display device further includes a third transmission interface, the host further includes a fourth transmission interface electrically connected to the third transmission interface, and the host transmits the image signal to the display through the third transmission interface and the fourth transmission interface, and The transmission interface used by the third transmission interface and the fourth transmission interface is a video graphics array (VGA), a digital video interface (DVI), a high definition multimedia interface (HDMI), or Display 埠 (DisplayPort).
所述顯示器還包括有電性連接於微控制單元的縮放控制器，縮放控制器透過低電壓微分信號（Low Voltage Differential Signaling，LVDS）傳輸介面將影像訊號傳送至顯示器的顯示面板。
The display further includes a zoom controller electrically connected to the micro control unit, and the zoom controller transmits the image signal to the display panel of the display through a Low Voltage Differential Signaling (LVDS) transmission interface.
所述觸控模組和微控制單元之間透過內部積體電路（Inter Integrated Circuit，I2C）或序列周邊介面（Serial Peripheral Interface，SPI）傳送與接收訊號。
The touch module and the micro control unit transmit and receive signals through an Inter Integrated Circuit (I2C) or a Serial Peripheral Interface (SPI).
所述模式切換鍵為設置於顯示器的外殼的實體構件，或此模式切換鍵為程式化的虛擬構件。所述觸控模組所採用之觸控技術為電阻式、電容式、紅外線式、壓力計式或光學式。
The mode switching key is a physical component disposed on a casing of the display, or the mode switching key is a stylized virtual component. The touch technology used in the touch module is resistive, capacitive, infrared, pressure gauge or optical.
所述控件模組還包括有虛擬控件，此虛擬控件具有虛擬鍵盤，此虛擬鍵盤顯示於顯示器的顯示面板，提供使用者點擊以產生虛擬鍵盤訊號，控件控制單元將此虛擬鍵盤訊號模擬為實體鍵盤訊號，微控制單元接收此實體鍵盤訊號並傳送至觸控模組處理後傳送至主機，以模擬鍵盤操作主機。
The control module further includes a virtual control, the virtual control has a virtual keyboard, the virtual keyboard is displayed on the display panel of the display, and provides a user click to generate a virtual keyboard signal, and the control control unit simulates the virtual keyboard signal as a physical keyboard. The signal, the micro control unit receives the physical keyboard signal and transmits it to the touch module for processing and then transmits it to the host to simulate the keyboard operation host.
本發明所提出的一種可使用控件操作主機的顯示器，該方法讓使用者除了以顯示器的控件操作OSD選單之外，還得以操作主機，並輔助觸控操作，增加了操作上的便利性、精確度與泛用度。
The invention provides a display capable of operating a host by using a control. The method allows the user to operate the host in addition to the control of the display, and assists the touch operation, thereby increasing the convenience and precision of operation. Degree and ubiquity.
為讓本發明之目的、特徵和優點能使該領域具有通常知識者更易理解，下文舉一較佳實施例，並配合所附圖式，作詳細說明如下。
In order to make the objects, features, and advantages of the present invention more readily understood by those of ordinary skill in the art, the following description of the preferred embodiments and the accompanying drawings.
請同時參閱圖1與圖2，圖1所繪示為本發明一較佳實施例之可使用控件操作主機的顯示器之方塊圖，圖2所繪示為本發明一較佳實施例之可使用控件操作主機的顯示器之外觀示意圖。顯示器100電性連接於主機200，顯示器100包括有第一傳輸介面111、第三傳輸介面113、微控制單元120、觸控模組130、縮放控制器（Scaler）140、顯示面板150、OSD模組160以及控件模組170。主機200包括有第二傳輸介面212與第四傳輸介面214。第一傳輸介面111電性連接於第二傳輸介面212，在本實施例中，第一傳輸介面111與第二傳輸介面212是採用USB傳輸介面，在其他實施例中，第一傳輸介面與第二傳輸介面亦可透過其他有線或無線傳輸技術電性連接。第三傳輸介面113電性連接於第四傳輸介面214，主機200透過第三傳輸介面113與第四傳輸介面214傳送影像訊號至顯示器100，在本實施例中，第三傳輸介面113與第四傳輸介面214所採用之傳輸介面為VGA，在其他實施例中，傳輸介面亦可採用DVI、HDMI或顯示埠。觸控模組130所採用之觸控技術可為電阻式、電容式、紅外線式、壓力計式或光學式Please refer to FIG. 1 and FIG. 2 together. FIG. 1 is a block diagram of a display capable of operating a host using a control according to a preferred embodiment of the present invention. FIG. 2 is a view of a preferred embodiment of the present invention. The appearance of the display of the control operation host. The display 100 is electrically connected to the host 200. The display 100 includes a first transmission interface 111, a third transmission interface 113, a micro control unit 120, a touch module 130, a zoom controller 140, a display panel 150, and an OSD module. Group 160 and control module 170. The host 200 includes a second transmission interface 212 and a fourth transmission interface 214. The first transmission interface 111 is electrically connected to the second transmission interface 212. In this embodiment, the first transmission interface 111 and the second transmission interface 212 are connected by using a USB transmission interface. In other embodiments, the first transmission interface and the first transmission interface The two transmission interfaces can also be electrically connected through other wired or wireless transmission technologies. The third transmission interface 113 is electrically connected to the fourth transmission interface 214. The host 200 transmits the image signal to the display 100 through the third transmission interface 113 and the fourth transmission interface 214. In this embodiment, the third transmission interface 113 and the fourth interface The transmission interface used by the transmission interface 214 is VGA. In other embodiments, the transmission interface may also adopt DVI, HDMI or display port. The touch technology used in the touch module 130 can be resistive, capacitive, infrared, pressure gauge or optical.
觸控模組130與微控制單元120之間是透過I2C或SPI傳送與接收訊號。微控制單元120電性連接於縮放控制器140，微控制單元120接收來自第三傳輸介面113的影像訊號並傳送至縮放控制器140，縮放控制器140透過LVDS傳輸介面傳送影像訊號至顯示面板150。The touch module 130 and the micro control unit 120 transmit and receive signals through the I2C or SPI. The micro control unit 120 is electrically connected to the zoom controller 140. The micro control unit 120 receives the image signal from the third transmission interface 113 and transmits the image signal to the zoom controller 140. The zoom controller 140 transmits the image signal to the display panel 150 through the LVDS transmission interface. .
觸控模組130包括有感測單元131與觸控控制單元132，感測單元131用以產生觸控操作時的觸控訊號，此觸控訊號包括有座標訊號與點擊訊號。觸控控制單元132進一步處理此觸控訊號，使其成為主機200可以辨識的觸控訊號，並將此觸控訊號透過第一傳輸介面111傳送至第二傳輸介面212，主機200會根據第二傳輸介面212所接收到的觸控訊號作出相應動作。換言之，使用者是透過顯示器100的觸控功能操作主機200的作業系統。The touch module 130 includes a sensing unit 131 and a touch control unit 132. The sensing unit 131 is configured to generate a touch signal during a touch operation, and the touch signal includes a coordinate signal and a click signal. The touch control unit 132 further processes the touch signal to be a touch signal that can be recognized by the host 200, and transmits the touch signal to the second transmission interface 212 through the first transmission interface 111, and the host 200 according to the second The touch signal received by the transmission interface 212 acts accordingly. In other words, the user operates the operating system of the host computer 200 through the touch function of the display 100.
控件模組170包括有控件控制單元171、模式切換鍵172、實體控件173與虛擬控件174。實體控件173設置於顯示器100的外殼，虛擬控件174具有用以顯示於顯示面板150的虛擬鍵盤1741，使用者點擊虛擬鍵盤1741所產生的虛擬鍵盤訊號，可被控件控制單元171模擬為實體鍵盤訊號後傳送至主機200，以模擬鍵盤操作主機200。控件控制單元171具有複數操作模式，包括有滑鼠操作模式1711、OSD操作模式1712、觸控操作模式1713與自訂操作模式1714，模式切換鍵172可用來在所述操作模式間進行切換。在本實施例中，模式切換鍵172為設置於顯示器100的外殼的實體構件，在其他實施例中，模式切換鍵亦可為程式化的虛擬構件，例如為OSD選單中的選項。實體控件173包括有左鍵1731、右鍵1732、方向鍵1733與滑動鍵。在本實施例中，方向鍵1733的移動為左右方向，滑動鍵為滾輪1734，其移動為上下方向，在其他實施例中，滑動鍵亦可為四方向或八方向的搖桿。微控制單元120電性連接於控件模組170，微控制單元120用以判斷控件控制單元171處於何種操作模式並作出相應處理。The control module 170 includes a control control unit 171, a mode switching key 172, a physical control 173, and a virtual control 174. The physical control 173 is disposed on the outer casing of the display 100. The virtual control 174 has a virtual keyboard 1741 for displaying on the display panel 150. The virtual keyboard signal generated by the user clicking the virtual keyboard 1741 can be simulated by the control control unit 171 as a physical keyboard signal. It is then transferred to the host 200 to simulate the keyboard operation of the host 200. The control control unit 171 has a plurality of operation modes including a mouse operation mode 1711, an OSD operation mode 1712, a touch operation mode 1713, and a custom operation mode 1714, and the mode switch key 172 can be used to switch between the operation modes. In this embodiment, the mode switching key 172 is a physical component disposed on the outer casing of the display 100. In other embodiments, the mode switching key may also be a stylized virtual component, such as an option in the OSD menu. The physical control 173 includes a left key 1731, a right key 1732, a direction key 1733, and a slide key. In this embodiment, the movement of the direction key 1733 is the left-right direction, the sliding key is the roller 1734, and the movement is the up-and-down direction. In other embodiments, the sliding key may also be a four- or eight-direction rocker. The micro control unit 120 is electrically connected to the control module 170. The micro control unit 120 is configured to determine which operation mode the control unit 171 is in and perform corresponding processing.
請參閱圖1與圖3，圖3所繪示為本發明一較佳實施例之可使用控件操作主機的顯示器之操作流程圖。在步驟S101中，顯示器100啟動後，會處於上一次啟動時所使用的先前操作模式或是處於預設操作模式，在步驟S103中，微控制單元120會判斷模式切換鍵172是否被按下，若否，返回繼續進行步驟S103；若是，進行步驟S105。在步驟S105中，每按壓模式切換鍵172一次，就會在不同的操作模式間依序切換。Please refer to FIG. 1 and FIG. 3. FIG. 3 is a flow chart showing the operation of the display capable of operating the host using the control according to a preferred embodiment of the present invention. In step S101, after the display 100 is activated, it may be in the previous operation mode used in the previous startup or in the preset operation mode. In step S103, the micro control unit 120 determines whether the mode switching key 172 is pressed. If not, the process returns to step S103; if so, the process proceeds to step S105. In step S105, each time the mode switching key 172 is pressed, it is sequentially switched between different operation modes.
步驟S107為切換至觸控操作模式1713，此操作模式為使用顯示器100的觸控功能操作主機200，步驟S109與S111為觸控操作模式1713的運作流程。在步驟S109中，使用者觸碰顯示面板150，使觸控模組130的感測單元131產生訊號，並由觸控控制單元132將產生的訊號處理為主機200可辨識的座標訊號與點擊訊號。在步驟S111中，座標訊號與點擊訊號被傳送至主機200。Step S107 is to switch to the touch operation mode 1713. The operation mode is to operate the host 200 by using the touch function of the display 100. Steps S109 and S111 are the operation flow of the touch operation mode 1713. In step S109, the user touches the display panel 150 to cause the sensing unit 131 of the touch module 130 to generate a signal, and the touch control unit 132 processes the generated signal into a coordinate signal and a click signal recognizable by the host 200. . In step S111, the coordinate signal and the click signal are transmitted to the host 200.
步驟S113為切換至滑鼠操作模式1711，此操作模式為使用顯示器100的控件並搭配觸控功能來操作主機200，步驟S115至S121為滑鼠操作模式1711的運作流程。在步驟S115中，使用者操作實體控件173產生原始訊號，以及觸碰顯示面板150使觸控模組130產生座標訊號，並且此時觸控模組130不會產生點擊訊號，換言之，是以實體控件173輔助觸控模組130進行更精細的移動並代替觸控模組130進行點擊。在步驟S117中，控件控制單元171將原始訊號模擬為實體滑鼠訊號，具體而言，是分別將操作左鍵1731、右鍵1732與滾輪1734時的訊號模擬為點擊滑鼠左鍵、右鍵以及滑動滾輪時的訊號，在本實施例中，方向鍵1733可模擬為具有左右橫移功能的滑鼠滾輪的左右位移訊號。在步驟S119中，實體滑鼠訊號傳送至觸控模組130。在步驟S121中，座標訊號與實體滑鼠訊號經過觸控控制單元132處理後傳送至主機200。Step S113 is to switch to the mouse operation mode 1711. The operation mode is to use the control of the display 100 and operate the host 200 with the touch function. Steps S115 to S121 are the operation flow of the mouse operation mode 1711. In step S115, the user operates the physical control 173 to generate the original signal, and touches the display panel 150 to cause the touch module 130 to generate the coordinate signal, and the touch module 130 does not generate the click signal, in other words, is the entity. The control 173 assists the touch module 130 to perform finer movement and replaces the touch module 130 for clicking. In step S117, the control unit 171 simulates the original signal as a physical mouse signal. Specifically, the signals when the left button 1731, the right button 1732 and the wheel 1734 are operated are respectively simulated as a left click, a right button, and a slide. In the present embodiment, the direction key 1733 can be simulated as a left and right displacement signal of the mouse wheel having the left and right traverse function. In step S119, the physical mouse signal is transmitted to the touch module 130. In step S121, the coordinate signal and the physical mouse signal are processed by the touch control unit 132 and transmitted to the host 200.
步驟S123為OSD操作模式1712，此操作模式為操作顯示器100的OSD選單，步驟S125與S127為OSD操作模式1712的運作流程。在步驟S125中，實體控件173產生原始訊號以及觸控模組130產生座標訊號與點擊訊號，且控件控制單元171僅接收並傳送原始訊號而不需進一步處理。在步驟S127中，原始訊號、座標訊號與點擊訊號被傳送至OSD模組160，OSD模組160具有OSD選單，以提供使用者透過OSD選單調整顯示器100的相關設定，換言之，使用者在此操作模式可同時使用顯示器100的控件與觸控功能來操作顯示器100的OSD選單。Step S123 is an OSD operation mode 1712, which is an OSD menu for operating the display 100, and steps S125 and S127 are operational flows of the OSD operation mode 1712. In step S125, the physical control 173 generates the original signal and the touch module 130 generates the coordinate signal and the click signal, and the control unit 171 receives and transmits only the original signal without further processing. In step S127, the original signal, the coordinate signal and the click signal are transmitted to the OSD module 160. The OSD module 160 has an OSD menu to provide the user with the related settings of the display 100 through the OSD menu. In other words, the user operates here. The mode can use the controls and touch functions of display 100 to operate the OSD menu of display 100 at the same time.
步驟S129為自訂操作模式1714，此操作模式為使用者可將顯示器100的控件設定為主機200可使用的快捷鍵，以快捷鍵功能操作主機200，步驟S131至S137為自訂操作模式1714的運作流程。在步驟S131中，實體控件173產生原始訊號，觸控模組130產生座標訊號與點擊訊號。在步驟S133中，原始訊號被控件控制單元171模擬為主機200可辨識的快捷鍵訊號。在步驟S135中，快捷鍵訊號被傳送至觸控模組130。在步驟S137中，快捷鍵訊號、座標訊號與點擊訊號經過觸控控制單元132處理後傳送至主機200。在另一較佳實施例中，在自訂操作模式下，使用者亦可透過虛擬鍵盤以快捷鍵操作主機。Step S129 is a custom operation mode 1714. The operation mode is that the user can set the control of the display 100 as a shortcut key that can be used by the host 200, and operate the host 200 with the shortcut key function, and the steps S131 to S137 are the custom operation mode 1714. operation flow. In step S131, the physical control 173 generates an original signal, and the touch module 130 generates a coordinate signal and a click signal. In step S133, the original signal is simulated by the control control unit 171 as a shortcut key signal recognizable by the host 200. In step S135, the shortcut key signal is transmitted to the touch module 130. In step S137, the shortcut key signal, the coordinate signal and the click signal are processed by the touch control unit 132 and transmitted to the host 200. In another preferred embodiment, in the custom operation mode, the user can also operate the host with a shortcut key through a virtual keyboard.
雖然本發明已以較佳實施例揭露如上，然其並非用於限定本發明，任何熟習此技藝者，在不脫離本發明之精神和範圍內，當可作些許之更動與潤飾，因此本發明之保護範圍當視後附之申請專利範圍所界定者為準。While the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application.
100．．．顯示器100. . . monitor
111．．．第一傳輸介面111. . . First transmission interface
113．．．第三傳輸介面113. . . Third transmission interface
120．．．微控制單元120. . . Micro control unit
130．．．觸控模組130. . . Touch module
131．．．感測單元131. . . Sensing unit
132．．．觸控控制單元132. . . Touch control unit
140．．．縮放控制器140. . . Zoom controller
150．．．顯示面板150. . . Display panel
160．．．OSD模組160. . . OSD module
170．．．控件模組170. . . Control module
171．．．控件控制單元171. . . Control unit
1711．．．滑鼠操作模式1711. . . Mouse mode
1712．．．OSD操作模式1712. . . OSD mode of operation
1713．．．觸控操作模式1713. . . Touch mode
1714．．．自訂操作模式1714. . . Custom operation mode
172．．．模式切換鍵172. . . Mode switch
173．．．實體控件173. . . Entity control
1731．．．左鍵1731. . . Left button
1732．．．右鍵1732. . . Right click
1733．．．方向鍵1733. . . Arrow keys
1734．．．滾輪1734. . . Wheel
174．．．虛擬控件174. . . Virtual control
1741．．．虛擬鍵盤1741. . . virtual keyboard
200．．．主機200. . . Host
212．．．第二傳輸介面212. . . Second transmission interface
214．．．第四傳輸介面214. . . Fourth transmission interface
S101．．．先前/預設操作模式S101. . . Previous/preset operating mode
S103．．．是否按下模式切換鍵S103. . . Whether to press the mode switch button
S105．．．切換操作模式S105. . . Switch mode of operation
S107．．．觸控操作模式S107. . . Touch mode
S109．．．觸控模組產生座標訊號與點擊訊號S109. . . Touch module generates coordinate signals and click signals
S111．．．座標訊號與點擊訊號傳送至主機S111. . . Coordinate signal and click signal are transmitted to the host
S113．．．滑鼠操作模式S113. . . Mouse mode
S115．．．實體控件產生原始訊號/觸控模組產生座標訊號S115. . . The physical control generates the original signal/touch module to generate the coordinate signal
S117．．．原始訊號模擬為實體滑鼠訊號S117. . . The original signal is simulated as a physical mouse signal
S119．．．實體滑鼠訊號傳送至觸控模組S119. . . The physical mouse signal is transmitted to the touch module
S121．．．座標訊號與實體滑鼠訊號傳送至主機S121. . . The coordinate signal and the physical mouse signal are transmitted to the host
S123．．．OSD操作模式S123. . . OSD mode of operation
S125．．．實體控件產生原始訊號/觸控模組產生座標訊號與點擊訊號S125. . . The physical control generates the original signal/touch module to generate the coordinate signal and the click signal.
S127．．．原始訊號、座標訊號與點擊訊號傳送至OSD模組S127. . . Original signal, coordinate signal and click signal are transmitted to the OSD module
S129．．．自訂操作模式S129. . . Custom operation mode
S131．．．實體控件產生原始訊號/觸控模組產生座標訊號與點擊訊號S131. . . The physical control generates the original signal/touch module to generate the coordinate signal and the click signal.
S133．．．原始訊號模擬為快捷鍵訊號S133. . . The original signal is simulated as a shortcut signal
S135．．．快捷鍵訊號傳送至觸控模組S135. . . Fast key signal transmission to touch module
S137．．．快捷鍵訊號、座標訊號與點擊訊號傳送至主機S137. . . The shortcut key signal, coordinate signal and click signal are transmitted to the host
圖1為本發明一較佳實施例之可使用控件操作主機的顯示器之方塊圖。1 is a block diagram of a display operable to operate a host using a control in accordance with a preferred embodiment of the present invention.
圖2為本發明一較佳實施例之可使用控件操作主機的顯示器之外觀示意圖。2 is a schematic diagram of the appearance of a display capable of operating a host using a control according to a preferred embodiment of the present invention.
圖3為本發明一較佳實施例之可使用控件操作主機的顯示器之操作流程圖3 is a flow chart showing the operation of a display capable of operating a host using a control according to a preferred embodiment of the present invention
100．．．顯示器100. . . monitor
111．．．第一傳輸介面111. . . First transmission interface
113．．．第三傳輸介面113. . . Third transmission interface
120．．．微控制單元120. . . Micro control unit
130．．．觸控模組130. . . Touch module
131．．．感測單元131. . . Sensing unit
132．．．觸控控制單元132. . . Touch control unit
140．．．縮放控制器140. . . Zoom controller
150．．．顯示面板150. . . Display panel
160．．．OSD模組160. . . OSD module
170．．．控件模組170. . . Control module
171．．．控件控制單元171. . . Control unit
1711．．．滑鼠操作模式1711. . . Mouse mode
1712．．．OSD操作模式1712. . . OSD mode of operation
1713．．．觸控操作模式1713. . . Touch mode
1714．．．自訂操作模式1714. . . Custom operation mode
172．．．模式切換鍵172. . . Mode switch
173．．．實體控件173. . . Entity control
1731．．．左鍵1731. . . Left button
1732．．．右鍵1732. . . Right click
1733．．．方向鍵1733. . . Arrow keys
1734．．．滾輪1734. . . Wheel
174．．．虛擬控件174. . . Virtual control
1741．．．虛擬鍵盤1741. . . virtual keyboard
200．．．主機200. . . Host
212．．．第二傳輸介面212. . . Second transmission interface
214．．．第四傳輸介面214. . . Fourth transmission interface
Claims (10)
一觸控模組，用以產生並處理觸控操作時的觸控訊號，觸控訊號包括有座標訊號與點擊訊號；
一控件模組，其包括有一控件控制單元、一模式切換鍵與設置於該顯示器的外殼的一實體控件，該控件控制單元具有複數操作模式，包括有一滑鼠操作模式、一觸控操作模式與一螢幕顯示操作模式，該模式切換鍵用以切換所述操作模式，該實體控件包括有一左鍵、一右鍵與一滑動鍵，該控件控制單元在該滑鼠操作模式下接收該實體控件產生的一原始訊號並模擬為一實體滑鼠訊號，且該觸控模組在該滑鼠操作模式下只產生並處理座標訊號；該控件控制單元在該螢幕顯示操作模式下接收並傳送該原始訊號；以及
一微控制單元，電性連接於該控件模組與該觸控模組，並判斷該控件控制單元處於何種操作模式，該微控制單元在該滑鼠操作模式下接收該實體滑鼠訊號並傳送至該觸控模組處理後傳送至該主機，以模擬滑鼠操作該主機；該微控制單元在該螢幕顯示操作模式下接收並傳送該原始訊號以操作該顯示器的螢幕顯示選單。A display capable of operating a host using a control, the display being electrically connected to a host, the display comprising:
A touch module for generating and processing a touch signal during a touch operation, the touch signal including a coordinate signal and a click signal;
A control module includes a control unit, a mode switch button and a physical control disposed on the outer casing of the display. The control unit has a plurality of operation modes, including a mouse operation mode and a touch operation mode. a screen display operation mode, the mode switch button is used to switch the operation mode, the entity control includes a left button, a right button and a slide button, and the control unit controls the generated by the entity control in the mouse operation mode. An original signal is simulated as a physical mouse signal, and the touch module generates and processes only the coordinate signal in the mouse operation mode; the control unit receives and transmits the original signal in the screen display operation mode; And a micro control unit electrically connected to the control module and the touch module, and determining a mode of operation of the control unit, the micro control unit receiving the physical mouse signal in the mouse operation mode And transmitting to the touch module for processing and transmitting to the host to simulate the mouse to operate the host; the micro control unit is displayed on the screen Receiving and transmitting the signal to the original operation of the display screen displays the menu operation mode.
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| TWI819670B (en) * | 2022-06-22 | 2023-10-21 | 瑞昱半導體股份有限公司 | Control device and related display system |
| TWI822154B (en) * | 2022-06-29 | 2023-11-11 | 華碩電腦股份有限公司 | Electronic device |
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| TWI819670B (en) * | 2022-06-22 | 2023-10-21 | 瑞昱半導體股份有限公司 | Control device and related display system |
| TWI822154B (en) * | 2022-06-29 | 2023-11-11 | 華碩電腦股份有限公司 | Electronic device |
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