201015956 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種行動通訊系統，特別係有關於一 種可自動切換至免持通訊模式之行動通訊系統。 【先則技術】 參 ❹ 一般行動電話可於手持通訊模式作and_held mode)與免 持通訊模式(hands-free mode)之間切換，以利於使用者在不 同的場合中進行語音交談。舉例而言，當使用者在駕駛車 輛而無法使用行動電話時，可預先將行動電話切換至免持 通訊模式’如此-來便不必手持行動電話而仍可接聽來電。 然而，傳統的行動電話係必須透過手動操作的方式來 切換前述兩種通訊模式’但在複雜的開車路況上，使用者 跟平時—樣，費力的操作行動電話，這也會增加開 險性’同時造成使用上的不便。有鑑於此，如何能 話在使用上的便利㈣«一重要課t 為了克服習知問題點，本發 iZ Φ Λ»., 月之一實施例提供一種杆 動通訊糸統’包括一可攜式裴 種仃 攜式裝置具有-顯示器以及 及—觸發裝置°則述可 訊功能。前述觸發裝置設置於^70件，用以執行無線通 置觸發感測it件時，前述可攜:車輛内部，其中當觸發裝 換至-免持通訊模式，並調整;If由—手持通訊模式切 介面的畫面配置或者可攜式^益所呈現之使用者操作 於-實施例中，當可攜;^輸出音量。 式裝置切換至免持通訊模式 HTC097178-0-TW/ 、 TT's Docket No.: 〇746-A41868tw/Fiual 201015956 時，顯示器所呈現之字體比手持通訊模式時所呈現之字體 更大。 於一實施例中，當可攜式裝置切換至免持通訊模式 時，顯示器所呈現之圖像比手持通訊模式時所呈現之圖像 更大。 於一實施例中，當可攜式裝置切換至免持通訊模式 時，可攜式裝置之輸出音量比手持通訊模式時之輸出音量 更大。 於一實施例中，當可攜式裝置切換至免持通訊模式 時，顯示器所呈現之使用者操作介面比手持通訊模式時之 晝面配置更簡單且介面數量更少。 於一實施例中，前述行動通訊系統更包括一支撑'座， 設置於車輛内部，且前述感測元件為一觸動開關，當可攜 式裝置容置於支撐座時，觸發裝置觸發感測元件。 於一實施例中，前述觸發裝置為一磁性元件。 於一實施例中，前述觸發裝置係透過電磁訊號觸發感 測元件。 於一實施例中，前述觸發裝置係透過紅外線訊號傳輸 觸發感測元件。 於一實施例中，前述觸發裝置係透過藍芽訊號傳輸觸 發感測元件發射器。 於一實施例中，當可攜式裝置移動至車輛内部並使得 感測元件與觸發裝置之間小於一特定距離時，前述觸發裝 置觸發感測元件。 HTC097178-0-TW/ TT’s Docket No.: 0746-A41868tw/Final 201015956 本發明-實施例更提供一種行動通訊系統之控制方 法，其中前述行動通訊純包含—可攜式裝置以及一觸發 裝置，該方法包括：提供一感測元件，並將感㈣元件設置 於可攜式裝置上；將觸發裝置設置於一車輛内部，用以觸 發感測元件；以及，當觸發裝置觸發感測元件時，前述可 ••攜式裝置由-手持通訊模式切換至一免持通訊模式，並調 整顯示器所呈現之使用者操作介面的晝面配置或者可擴式 •裝置之輸出音量。 為使本發明之上述目的、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做詳細說明。 【實施方式】 首先請參閱第1圖，本發明—實施例之行動通訊系統 主要包含-可攜式裝置1G以及—支撐座2G，前述支撐座 20可裝設於一車輛内部，當使用者因駕欲車輛且基於安全 考篁而無法手持可攜式裝置10時，可將可攜式裝置1〇置 φ 入於支撐座20中央之凹槽21内。 於本實施例中之可攜式裝置1〇主要係用以執行無線 通訊功能，其包含有-顯示器n以及一感測元件S1。前 述顯示器11例如為-觸控螢幕，其可呈現數字或文字訊 息，此外亦可呈現複數個圖像12，使用者可透過觸摸各種 圖像12(icon)而執行其所對應之特定功能（例如接聽電話、 行事曆或收發間訊）。上述各種數字、文字訊息及圖像等， 廣義地都可稱之為使用者操作介面（user interface)，其主要 係可與使用者進行溝通，以操作可攜式裝置。 HTC097178-0-TW/ TT*s Docket No.: 0746-A41868tw/Final 201015956 需特別說明的β . 座2〇後，支擇座2二’彳用者將可攜式裝置10置入支撐 1〇上感鄉元件S1上之一觸發裝置32會觸發可攜式裝置 模式切換至免接心此時可攜式裝置10可自動由手持通訊 換。舉例而古…现模式’而不需要透過手動方式造行切 牆h)，當⑽:遮感測元件S1可為i動開_ctile ❹ 置幻會接觸二發翁置入支撐座20内時，觸發裝 動切換至-免持涵感測7"件81，以使得可攜式裝置10自 -磁性元件，模式。此外，前述觸發裝置S2亦可為 寵彳元件S1靠近觸發裝置S2時可透過感 ' a、，場變化，藉以判斷可_式炉置1〇β w t 撐座20内。換令夕兄 了揭式裒置1〇疋否置入支 觸之方式觸耗:二賴㈣置Γ透過賴或非接 換至免持通訊模式。 稭以使可攜式裝置1G自動切 以H參閱第2圖’其係表示可攜式襄置ig置入一 =胳時圖顯示器11所呈現之使用者操作介面改變之 忍圖，將圖2與圖1 # μμ > . 置料科持軌齡可樓式 操作介面較為複雜，且且有.Λ 器11上之使用 裝置置入-支樓座==Γ12。然而當可攜 時，顯示器11上所呈現之^用针=換到免持通訊模 可攜式裝置H)之輸^面的晝面配置或： 出曰置便會作出適度調整以方便， 用’從圖2中可看出，使用者操作介面變的較為單純盘 ^匕’且所呈現之圖像12亦變少了，只需顯示出免持通; 极式時之圖像12便可’讓使用者易於操作及顧慮到開車〖 HTC097178-0-TW/ TT's Docket No.: 0746-A41868tw/Final 201015956 的安全性。 舉例而言，當可攜式裝置10切換至免持通訊模式時， 顯示器11上所呈現的圖像12會比手持通訊模式時所呈現 之圖像12更大(如第2圖所示）’如此可方便使用者點選顯 示器11上的圖像12°或者’亦可將可攜式裝置H)的輸出 音量適度地增大或利用揚聲器達到擴音之效果，如此一來 使用者便不必透過手持方式而仍可進行語音交談。201015956 IX. Description of the Invention: [Technical Field] The present invention relates to a mobile communication system, and more particularly to a mobile communication system capable of automatically switching to a hands-free communication mode. [First-class technology] ❹ ❹ The general mobile phone can switch between the handheld mode and the hands-free mode to facilitate the user to conduct voice conversations in different situations. For example, when the user is driving the vehicle and cannot use the mobile phone, the mobile phone can be switched to the hands-free communication mode in advance - so that the call can be answered without holding the mobile phone. However, the traditional mobile phone system has to switch between the two communication modes by manual operation. However, in complex driving conditions, the user can operate the mobile phone as usual, which will increase the risk. At the same time, it causes inconvenience in use. In view of this, how can I use the convenience of the words (4) «An important lesson t In order to overcome the problem of the conventional problem, the present invention provides a lever communication system including one portability. The portable device has a display and a trigger device. The foregoing triggering device is disposed at 270 pieces for performing the wireless universal triggering sensing component, the foregoing portable: the interior of the vehicle, wherein when the triggering is switched to the hands-free communication mode, and is adjusted; If--hand-held communication mode The screen configuration of the interface or the user presented by the portable device operates in the embodiment, when the portable device outputs the volume. When the device is switched to the hands-free communication mode HTC097178-0-TW/, TT's Docket No.: 〇746-A41868tw/Fiual 201015956, the display presents a larger font than the handheld communication mode. In one embodiment, when the portable device is switched to the hands-free communication mode, the image presented by the display is larger than the image presented in the handheld communication mode. In one embodiment, when the portable device is switched to the hands-free communication mode, the output volume of the portable device is greater than the output volume of the handheld communication mode. In one embodiment, when the portable device is switched to the hands-free communication mode, the user interface of the display presented by the display is simpler and the number of interfaces is smaller than that in the handheld communication mode. In one embodiment, the mobile communication system further includes a support 'seat disposed inside the vehicle, and the sensing component is a touch switch. When the portable device is received in the support base, the trigger device triggers the sensing component. . In an embodiment, the triggering device is a magnetic component. In one embodiment, the triggering device triggers the sensing element through an electromagnetic signal. In one embodiment, the triggering device transmits the triggering sensing element through the infrared signal transmission. In one embodiment, the triggering device transmits the sensing element transmitter through the Bluetooth signal transmission. In one embodiment, the triggering device triggers the sensing element when the portable device moves into the interior of the vehicle and causes less than a certain distance between the sensing element and the triggering device. HTC097178-0-TW/ TT's Docket No.: 0746-A41868tw/Final 201015956 The present invention further provides a method for controlling a mobile communication system, wherein the foregoing mobile communication includes a portable device and a trigger device. The method includes: providing a sensing component, and placing the sensing component on the portable device; setting the trigger device inside a vehicle to trigger the sensing component; and when the trigger device triggers the sensing component, the foregoing • The portable device switches from the handheld communication mode to a hands-free communication mode and adjusts the face configuration of the user interface presented by the display or the expandable output of the device. The above described objects, features, and advantages of the present invention will be more apparent from the description of the preferred embodiments. [Embodiment] Referring first to Figure 1, the mobile communication system of the present invention-embodiment mainly includes a portable device 1G and a support base 2G. The support base 20 can be installed in a vehicle interior. When the portable device 10 is not able to be carried by the driver and based on the security test, the portable device 1 can be placed into the recess 21 in the center of the support base 20. The portable device 1 in this embodiment is mainly used to perform a wireless communication function, and includes a display n and a sensing element S1. The display 11 is, for example, a touch screen, which can display digital or text messages, and can also display a plurality of images 12, and the user can perform various functions corresponding to them by touching various images 12 (eg, Answer the call, calendar or send and receive messages.) The above various numbers, text messages, images, and the like can be broadly referred to as a user interface, which is mainly capable of communicating with a user to operate a portable device. HTC097178-0-TW/ TT*s Docket No.: 0746-A41868tw/Final 201015956 Note: After the 2nd seat, the seat 2 2's user will put the portable device 10 into the support 1〇 One of the triggering devices 32 on the upper sensing component S1 triggers the portable device mode to switch to the free connection. At this time, the portable device 10 can be automatically switched by the handheld communication. For example, the old...the current mode 'does not need to manually cut the wall h), when (10): the cover sensing element S1 can be i open _ctile ❹ the illusion will contact the second hair when placed in the support 20 The triggering switch is switched to the -free holding 7" member 81 to enable the portable device 10 to be self-magnetic, mode. In addition, the trigger device S2 can also pass the sense 'a, the field change when the pet component S1 is close to the trigger device S2, thereby determining that the furnace can be placed in the 1〇β w t support 20 . Change the order to the evening brother. The method of setting up the 〇疋 〇疋 〇疋 置 置 置 置 : : : : : : : : : : : : : : : : : : : : : : : : : : 四 四 四Straw so that the portable device 1G is automatically cut by H. Referring to FIG. 2, it shows the portable device ig placed in a map of the user interface change presented by the display 11 and FIG. 2 With Figure 1 # μμ > . The material handling interface of the storage section is more complicated, and the device used on the device 11 is placed in the - branch ==Γ12. However, when portable, the pin on the display 11 is switched to the face configuration of the transmission side of the hands-free communication device H) or: the device is adjusted to facilitate the use of the device. 'As can be seen from Figure 2, the user interface changes to a simpler disk and the image 12 that is presented is also reduced, and only the display is disabled; the image 12 in the polar mode can be 'Let the user to operate easily and worry about the safety of driving HTC097178-0-TW/ TT's Docket No.: 0746-A41868tw/Final 201015956. For example, when the portable device 10 is switched to the hands-free communication mode, the image 12 presented on the display 11 will be larger than the image 12 presented in the handheld communication mode (as shown in FIG. 2). In this way, the user can conveniently select the image on the display 11 by 12° or 'the portable device H can also increase the output volume moderately or use the speaker to achieve the amplification effect, so that the user does not have to Handheld mode and still have voice conversations.
再請參閱第3圖，當可攜式裳置1〇切換至免持通訊模 式後’也可錢顯示ϋ η上所字體时持通訊模式 時所呈現的字較大’如此-來可枝㈣者在駕驶車輛 時觀看顯示螢幕11上的文字訊息而不致於細，進而可兼 顧行車安全與使用上的便利性。Please refer to Figure 3 again. When the portable mobile device is switched to the hands-free communication mode, the words displayed in the communication mode can be displayed when the font is displayed on the η η. When the vehicle is driving, the text message on the display screen 11 is displayed without being thinned, so that the safety of the driving and the convenience of use can be taken into consideration.
如第4圖所示，前述支撐座2〇係設置於一車輛内部， 其中支撑座2G上_發裝置S2尚可透過紅外線訊號傳輸 或其他電磁訊號觸發感測元件S1。舉例而言，前述觸發裝 置S2可為一藍芽發射器（Bluetooth dongle)而可發送出藍芽 訊號，當可攜式裝置1〇移動至觸發裝置S2附近之有效範 圍R内時’觸發裝置S2可透過無線訊號(例如電磁訊號、 紅外線訊號、藍芽訊號)觸發感測元件S1，藉以使可攜式 裝置10自動切換至免持通訊模式。應了解的是，前述有效 範圍R必須至少涵蓋車輛内部之駕駛座或其他乘坐區域， 如此一來方能確保使用者與可攜式裝置1〇進入車廂内 時’感測凡件S1與觸發裝置32之間會小於一特定距離（亦 即洛入有效範圍R之内），進而使得觸發裝置S2可有效觸 HTC097178-0-TW/ TT's Docket No.: 0746-A41868tw/Final 201015956 發感測元件si。然而’亦可直接將觸發裝置S2裝設於車 輛内部而不需設置支撐座20 ’同樣可達成上述功能。 綜上所述，本發明提供一種行動通訊系統及其控制方 法，其中可在車輛内部或位在車輛内部之一支撐座上設置 一觸發裝置’同時在可攜式裝置上設置一對^之感:元 件，藉此可偵測可攜式裝置是否已進入車内或已置入支樓 座中，進而可自動將可攜式裝置之操作模式切換至一免持 ❹通訊模式。由於本發明不需要透過手動切換，此外使用者 在車輛行駛中亦不必擔心可攜式裝置是否已切換至免持通 訊模式’故可大幅φς：升使用上的便利性，同時確保行車安 全。 雖然本發明以前述之較佳實施例揭露如上，然其並非 用以限定本發明。本發明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圍内，當可做些許之更動 與潤飾。因此本發明之保護範園當視後附之申請專利範圍 φ 所界定者為準。 【圖式簡單說明】 第1圖表不本發明-實施例之行動通訊系統示意圖； 第2圖表示一可攜式裝置置入一支撐座時，顯示器所 呈現之使用者操作介面改變之示奇圖； 第3圖表不一顯示器所呈現之字體增大之示意圖；以 及 第4圖表示具有觸發裝置之支撐座設置於車輛内之示 意圖。 HTC097178-0-TW/ TT’s Docket No.: 0746-A41868tw/Final 201015956 【主要元件符號說明】 可攜式裝置10 顯示器11As shown in Fig. 4, the support base 2 is disposed inside a vehicle. The support device 22 can still transmit the sensing element S1 through infrared signal transmission or other electromagnetic signals. For example, the trigger device S2 can be a Bluetooth dongle and can send out a Bluetooth signal. When the portable device 1 moves into the effective range R near the trigger device S2, the trigger device S2 The sensing component S1 can be triggered by a wireless signal (such as an electromagnetic signal, an infrared signal, a Bluetooth signal), so that the portable device 10 automatically switches to the hands-free communication mode. It should be understood that the foregoing effective range R must cover at least the driver's seat or other seating area inside the vehicle, so as to ensure that the user S1 and the trigger device are sensed when the user enters the vehicle with the portable device 1 32 will be less than a certain distance (that is, within the effective range R), so that the trigger device S2 can effectively touch the HTC097178-0-TW/ TT's Docket No.: 0746-A41868tw/Final 201015956 sensor element si . However, it is also possible to directly mount the triggering device S2 inside the vehicle without the need to provide the support base 20'. In summary, the present invention provides a mobile communication system and a control method thereof, wherein a trigger device can be disposed inside a vehicle or on a support seat inside the vehicle while providing a sense of a pair on the portable device. The component can be used to detect whether the portable device has entered the vehicle or has been placed in the branch, thereby automatically switching the operation mode of the portable device to a hands-free communication mode. Since the present invention does not require manual switching, the user does not have to worry about whether the portable device has switched to the hands-free communication mode while the vehicle is running, so that the user can greatly improve the convenience of use while ensuring driving safety. While the invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the invention. It is within the spirit and scope of the invention to make some modifications and refinements without departing from the spirit and scope of the invention. Therefore, the protection scope of the present invention is subject to the definition of the patent application scope φ attached thereto. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a mobile communication system according to an embodiment of the present invention. FIG. 2 is a schematic diagram showing a change of a user operation interface presented by a display when a portable device is placed in a support. The third chart shows a schematic diagram of the font size that is presented by the display; and FIG. 4 shows a schematic view of the support with the triggering device disposed in the vehicle. HTC097178-0-TW/ TT’s Docket No.: 0746-A41868tw/Final 201015956 [Main component symbol description] Portable device 10 Display 11
圖像12 支撐座20 凹槽21 感測元件S1 觸發裝置S2 有效範圍RImage 12 Support base 20 Groove 21 Sensing element S1 Trigger S2 Effective range R
HTC097178-0-TW/ TT’s Docket No.: 0746-A41868tw/FinalHTC097178-0-TW/ TT’s Docket No.: 0746-A41868tw/Final