1220622 五、發明說明（1) 發明所屬技術領域： 本發明係關於一種具有自動等比調整畫面功能之行動通 訊裝置。 先前技術： 近來，隨著行動通訊裝置之多媒體訊息服務 (Multimedia Message Service; MMS)的日益普及，使得行 動通訊裝置之訊息溝通，已不僅僅是文字而已，更進而可以 傳遞圖片影像、甚至音樂等多媒體訊息。 為了要顯示圖片影像的晝面，行動通訊裝置會將顯示幕 的顯示面積設計的較大，且解析度、顯色能力、以及晝面切 換速度，都較以往單純顯示文字之顯示幕為先進。 由於現行有多家廠商參與行動通訊裝置的開發，所以對 於顯示幕的大小以及長寬比例，每一家廠商都有不同的設 計，而顯示幕所要顯示的晝面也未能統一，而有種種不同的 長寬比例以及大小。為了要將畫面較理想的顯示於顯示幕 中，習知技術有以下多種做法·· (一）、請參閱圖一，圖一係習知技術行動通訊裝置2捲 動畫面1 0之示意圖。第一種習知技術中，行動通訊裝置2僅 於顯示幕4中顯示部分的晝面1 0，並另外提供一捲軸功能。 所謂捲軸功能即使用者6利用一控制鍵8，可以於顯示幕41220622 V. Description of the invention (1) Technical field of the invention: The invention relates to a mobile communication device with an automatic ratio adjustment screen function. Prior technology: Recently, with the increasing popularity of Multimedia Message Service (MMS) of mobile communication devices, the communication of information on mobile communication devices is not only text, but also can transfer pictures, images, and even music. MMS. In order to display the daylight surface of the picture image, the mobile communication device will design the display area of the display screen to be larger, and the resolution, color rendering ability, and daytime surface switching speed are more advanced than the previous display screens that simply display text. Since there are currently many manufacturers involved in the development of mobile communication devices, each manufacturer has a different design for the size and length-to-width ratio of the display screen, and the day and night surface to be displayed by the display screen is not uniform, and there are various differences. Aspect ratio and size. In order to display the picture ideally on the display screen, the conventional technology has the following methods: (1) Please refer to FIG. 1. FIG. 1 is a schematic diagram of the scrolling screen 10 of the conventional mobile communication device 2. In the first conventional technique, the mobile communication device 2 only provides the daytime surface 10 of the display portion in the display screen 4 and additionally provides a scroll function. The so-called scroll function means that the user 6 can use a control key 8 on the display screen 4
第5頁 1220622 五、發明說明（2) 中，上下或左右移動晝面10，藉由移動晝面10，而使使用者 6逐步觀看晝面1 0之全貌。然而，如此的顯示方式使用者6無 法對晝面1 0「一目了然」，並且利用控制鍵8移動晝面1 0也 頗麻煩，會影響使用者6觀看晝面1 0的情緒。 (二）、請參閱圖二，圖二係習知技術行動通訊裝置1 2切 除金面2 0之示意圖。第二種習知解決方案，行動通訊裝置Π 乾脆就僅於顯示幕1 4中顯示部分的晝面2 0，也就是切除了顯 示幕1 4中部分的晝面。雖然免除移動晝面2 0的麻煩，但是卻 無法觀看晝面全景，對於擔負傳輸資訊功能的行動通訊裝置 1 2而言，確實損失了部分晝面2 0所傳達之資訊。 (三 請參閱圖 ，圖三係習知 整畫面3 0大小之示意圖。晝面3 0—般 一長邊以及一第一短邊，行動通訊裝 分為一第二長邊以及一第二短邊。第 該行動通訊裝置2 2更包含一晝面顯示 調整模組2 6，晝面調整模組2 6用來非 顯示幕2 8之大小。當晝面顯示判斷模 幕2 8有差異時，即晝面3 0之大小與顯 晝面調整模組2 6會將晝面3 0之第一長 第二長邊大小相等，同時將晝面3 0之 幕2 8之第二短邊大小相等。如此不但 了然」，並且免除移動畫面30的麻煩 技術行動通訊 來說為矩形， 置2 2之矩形顯 三種習知解決 判斷模組2 4以 等比縮放晝面 組2 4判斷晝面 示幕2 8之大小 邊調整至與顯 第一短邊調整 可以使使用者 。然而，經調 裝置 分為 示幕 方案 及一 3 0以 3 0與 不同 示幕 至與 32 Γ 整過 2 2調 一第 2 8也 中， 畫面 符合 顯示 時， 2 8之 顯示 一目 的晝Page 5 1220622 5. In the description of the invention (2), the day surface 10 is moved up and down or left and right, so that the user 6 gradually views the full picture of the day surface 10 by moving the day surface 10. However, in such a display mode, the user 6 cannot “see” the day surface 10 at a glance, and using the control key 8 to move the day surface 10 is also troublesome, which will affect the user 6's mood of watching the day surface 10. (2) Please refer to FIG. 2. FIG. 2 is a schematic diagram of the conventional technical mobile communication device 12 cutting the gold surface 20. The second known solution is that the mobile communication device Π is only on the daytime surface 20 of the display portion 14 of the display screen 14, that is, the daytime surface of the display screen 14 is cut off. Although the trouble of moving the daytime surface 20 is eliminated, the panorama of the daytime surface cannot be viewed. For the mobile communication device 12 that is responsible for transmitting information, it does lose some of the information conveyed by the daytime surface 20. (Three please refer to the figure. Figure 3 is a schematic diagram of the size of the conventional picture 30. The day surface 30 is generally a long side and a first short side. The mobile communication device is divided into a second long side and a second short side. The mobile communication device 22 also includes a daytime display adjustment module 26, and the daytime adjustment module 26 is used for the non-display screen 28. When the daytime display judges that the screen 28 is different, That is, the size of the day surface 30 is equal to the size of the first day surface and the second long side of the day surface 30. At the same time, the size of the second short side of the day surface 30 curtain 2 8 Equal. It ’s not only clear ”, and it saves the trouble of moving the screen 30. It ’s a rectangle for mobile communication. Set a rectangular shape of 2 2 to display three conventional solutions. The judgment module 2 4 scales the day surface group 2 4 to determine the day surface. The size of the display screen 8 can be adjusted to the size of the display and the first short side can be adjusted by the user. However, the adjusted device is divided into a display plan and a 30 to 30 with a different display to 32 and Γ. When the screen is adjusted to the 2nd and 8th, when the screen matches the display, the 2 8 of the display is a day
第6頁 1220622 五、發明說明（3) 面3 4相較原有的晝面3 0，已經發生了長寬不等比的改變，也 就是晝面3 4變形了 ，如此失真的晝面3 4也會影響使用者3 2觀 看晝面3 0的情緒。 因此，本發明的主要目的在提供一種具有自動調整晝面 功能之行動通訊裝置以及自動調整晝面之方法，以解決上述’ 問題。 發明内容： 本發明之主要目的在提供一種具有自動調整畫面功能之4 行動通訊裝置，藉由一晝面等比縮放模組以及一晝面旋轉模 組，以自動等比調整晝面，並以最佳的模式顯示於顯示幕 中 0 本發明係關於一種具有自動調整晝面功能之行動通訊裝 置，該畫面係為矩形，包含第一長邊以及第一短邊。該行動 通訊裝置係包含一收發模組、一處理器、一顯示幕、一晝面 顯示判斷模組、一晝面等比縮放模組、以及一晝面旋轉模 組。 該收發模組係用以接收訊號。該處理器回應該收發模組 所接收之訊號，以產生該訊號所對應之晝面。該顯示幕係用 以顯示該晝面，其中該顯示幕係為矩形，包含第二長邊以及 第二短邊。Page 6 1220622 V. Description of the invention (3) Face 3 4 has undergone a change in the ratio of length to width, compared with the original day face 3 0, that is, the day face 3 4 is deformed, and the day face 3 is so distorted. 4 also affects the mood of the user 32 watching the day and night 30. Therefore, the main object of the present invention is to provide a mobile communication device with a function of automatically adjusting the day and time and a method of automatically adjusting the day and time, so as to solve the above-mentioned problem. Summary of the Invention: The main object of the present invention is to provide a 4 mobile communication device with an automatic screen adjustment function. By using a day-to-day ratio scaling module and a day-to-day rotation module, the day-to-day adjustment is automatically adjusted and The best mode is displayed on the display screen. The present invention relates to a mobile communication device with an automatic day and time adjustment function. The screen is rectangular and includes a first long side and a first short side. The mobile communication device includes a transceiver module, a processor, a display screen, a diurnal surface display judgment module, a diurnal surface scale module, and a diurnal surface rotation module. The transceiver module is used to receive signals. The processor responds to the signal received by the transceiver module to generate the day and night surface corresponding to the signal. The display screen is used to display the day surface, wherein the display screen is rectangular and includes a second long side and a second short side.
第7頁 1220622 五、發明說明（4) 該晝面顯示判斷模組係用以判斷該晝面之第一長邊與該 顯示幕之第二長邊之大小差異以及方向差異，其中該大小差 異係該第一長邊與第二長邊不相等，該方向差異係該第一長 邊與第二長邊方向不一致。 '當該差異為大小差異時，該畫面等比縮放模組係用以等， 比縮放該晝面，使該晝面等比調整至第一長邊等於該顯示幕 之第二長邊，並將該晝面透過該顯示幕以呈現出來。當該差 異為方向差異時，該晝面旋轉模組係旋轉該晝面，使該畫面| 之第一長邊與該顯示幕之第二長邊方向一致，並呈現於該顯 示幕中。 因此，藉由本發明之畫面等比縮放模組以及晝面旋轉模 組，可以自動等比調整行動通訊裝置顯示幕中之晝面，使行 動通訊裝置之使用者不但可以「一目了然」的觀看晝面全 景，並且不會使該畫面變形失真。 關於本發明之優點與精神可以藉由以下的發明詳述及所 附圖式得到進一步的瞭解。 〇 實施方式： 請參閱圖四，圖四係本發明行動通訊裝置5 0之示意圖。 本發明係提供一種具有自動調整晝面功能之行動通訊裝置Page 7 1220622 V. Description of the invention (4) The day surface display judging module is used to determine the size difference and direction difference between the first long side of the day surface and the second long side of the display screen, where the size difference The first long side is not equal to the second long side, and the directional difference is that the first long side is inconsistent with the second long side. 'When the difference is a difference in size, the picture proportional scaling module is used to scale the daytime plane so that the daytime plane ratio is adjusted to the first long side equal to the second long side of the display screen, and The day surface is displayed through the display screen. When the difference is a directional difference, the day surface rotation module rotates the day surface so that the first long side of the screen | is aligned with the second long side of the display screen and is presented in the display screen. Therefore, with the image scaling module and diurnal rotation module of the present invention, the diurnal surface in the display screen of the mobile communication device can be adjusted automatically and proportionally, so that users of the mobile communication device can not only view the diurnal surface at a glance Panorama without distorting the picture. The advantages and spirit of the present invention can be further understood through the following detailed description of the invention and the accompanying drawings. 〇 Implementation: Please refer to FIG. 4, which is a schematic diagram of the mobile communication device 50 of the present invention. The invention provides a mobile communication device with an automatic day and surface adjustment function.
第8頁 1220622 五、發明說明（5) 5 0。該畫面係為矩形，包含第一長邊以及第一短邊，一般來 · 說該晝面係為圖片影像晝面。該行動通訊裝置5 0係包含一收 發模組5 2、一處理器5 4、一顯示幕5 6、一晝面顯示判斷模組 5 8、一晝面等比縮放模組6 0、一畫面旋轉模組6 2、以及一旋 轉方向控制模組6 4。 '收發模組5 2係用以接收訊號。處理器5 4回應收發模組5 2. 所接收之訊號，以產生該訊號所對應之晝面。顯示幕5 6係用 以顯示該晝面，其中顯示幕5 6係為矩形，包含第二長邊以及 第二短邊。 · 晝面顯示判斷模組5 8係用以判斷該處理器5 4所轉化成晝 面之第一長邊，與顯示幕5 6之第二長邊之大小差異以及方向 差異，其中該大小差異係該第一長邊與第二長邊不相等，該 方向差異係該第一長邊與第二長邊方向不一致，通常所稱方 向不一致，係為9 0度或2 7 0度之方向差異。 當該差異為大小差異時，畫面等比縮放模組6 0係用以等 比縮放該晝面，使該晝面等比調整至第一長邊等於顯示幕5 6 之第二長邊，以供後續將該畫面透過顯示幕5 6以呈現出來。❿ 當該差異為方向差異時，畫面旋轉模組6 2旋轉該畫面，使該 晝面之第一長邊與顯示幕5 6之第二長邊方向一致，並呈現於 顯示幕5 6中。Page 8 1220622 V. Description of the invention (5) 50. The picture is rectangular and includes the first long side and the first short side. Generally, the day surface is the day surface of the picture image. The mobile communication device 50 includes a transceiver module 5 2, a processor 5 4, a display screen 5 6, a day-to-day display judgment module 5 8, a day-to-day ratio scaling module 60, and a screen. Rotation module 6 2 and a rotation direction control module 6 4. 'The transceiver module 5 2 is used to receive signals. The processor 5 4 responds to the signal received by the transceiver module 5 2. to generate a daylight surface corresponding to the signal. The display screen 5 6 series is used to display the day surface. The display screen 5 6 series is rectangular and includes a second long side and a second short side. · Daytime display judgment module 5 8 is used to judge the size difference and orientation difference between the first long side transformed by the processor 5 4 and the second long side of the display screen 56, among which the size difference The first long side is not equal to the second long side. The direction difference is that the first long side is inconsistent with the second long side. Generally, the direction is called inconsistent. It is a direction difference of 90 degrees or 270 degrees. . When the difference is a difference in size, the screen iso-scaling module 60 is used to scale the day-to-day ratio so that the day-to-day ratio is adjusted to the first long side equal to the second long side of the display screen 5 6. This screen is subsequently displayed through the display screen 56. ❿ When the difference is a directional difference, the screen rotation module 62 rotates the picture so that the first long side of the day surface is aligned with the second long side of the display screen 56 and is presented on the display screen 56.
第9頁 1220622 五、發明說明（6) 另外前述之行動通訊裝置5 0更可以包含一旋轉方向控制‘ 模組6 4，以設定該晝面之旋轉方向，透過處理器5 4以配合晝 面旋轉模組6 2來旋轉該晝面。 請進一步參閱圖五a、圖五b，圖五a以及圖五b係本發明 自動調整晝面後之示意圖。當所接收之訊號轉換成之晝面僅" 有大小差異時，行動通訊裝置5 0之顯示幕5 6所呈現的晝面如， 圖五a所示，此時該晝面之第一長邊與顯示幕5 6之第二長邊 之方向以及大小皆一致。當同時有大小差異以及方向差異， 或是只有方向差異時，行動通訊裝置5 0之顯示幕5 6所呈現的φ 畫面如圖五b所示，此時不但該畫面之第一長邊與顯示幕5 6 之第二長邊之大小相同，且方向也一致。 進一步的說明請參閱圖六，圖六係本發明行動通訊裝置 5 0自動調整畫面方法之流程圖。本發明也係為前述行動通訊 裝置5 0之自動調整晝面方法，用以調整一行動通訊裝置5 0之 顯示幕5 6中所顯示之晝面，該晝面係為矩形，包含第一長邊 以及第一短邊，顯示幕5 6係為矩形，包含第二長邊以及第二 短邊。該方法包含下列步驟： φ 首先如步驟S 0 2，可以預先設定一晝面之旋轉方向。如 步驟S 0 4，當行動通訊裝置5 0之收發模組5 2接收一訊號。如 步驟S 0 6，行動通訊裝置5 0之處理器5 4會轉換該訊號成為一 畫面。Page 9 1220622 V. Description of the invention (6) In addition, the aforementioned mobile communication device 50 can further include a rotation direction control module 6 4 to set the rotation direction of the day surface, and the processor 5 4 to cooperate with the day surface The module 62 is rotated to rotate the day surface. Please refer to Fig. 5a, Fig. 5b, Fig. 5a and Fig. 5b are schematic diagrams of the present invention after automatic adjustment of the daytime surface. When the received signal is converted into a daylight surface with only a difference in size, the daylight surface presented by the display screen 5 6 of the mobile communication device 50 is as shown in Fig. 5a. At this time, the first length of the daylight surface is The direction and size of the side and the second long side of the display screen 56 are the same. When there is a difference in size and direction at the same time, or there is only a difference in direction, the φ screen presented by the display screen 56 of the mobile communication device 50 is shown in Figure 5b. At this time, not only the first long side of the screen and the display The second long side of Act 5 6 has the same size and the same direction. For further explanation, please refer to FIG. 6, which is a flowchart of a method for automatically adjusting a picture of the mobile communication device 50 of the present invention. The present invention is also the automatic daytime adjustment method for the aforementioned mobile communication device 50, for adjusting the daylight surface displayed on the display screen 56 of a mobile communication device 50. The daylight surface is rectangular and includes a first length. Side and the first short side, the display screen 5 6 is rectangular and includes the second long side and the second short side. The method includes the following steps: φ First, as in step S 02, the rotation direction of a day surface can be set in advance. In step S 0 4, when the transceiver module 5 2 of the mobile communication device 50 receives a signal. If step S 0 6, the processor 5 4 of the mobile communication device 50 will convert the signal into a picture.
第10頁 1220622 五、發明說明（7) 接著如步驟S 0 8，藉由行動通訊裝置5 0之晝面顯示判斷 模組5 8判斷是否出現該晝面之第一長邊與顯示幕5 6之第二長 邊之大小差異或是方向差異，其中該大小差異係該第一長邊 與第二長邊不相等，該方向差異係該第一長邊與第二長邊方 向不一致。 當該差異為大小差異時，如步驟S 1 0，行動通訊裝置5 0 之晝面等比縮放模組6 0會等比調整該畫面第一長邊之大小等 於顯示幕5 6第二長邊之大小。當該差異為不同方向差異時，‘ 如步驟S12，於顯示幕56中旋轉該晝面，行動通訊裝置5 0之 晝面旋轉模組6 2會使該晝面之第一長邊與顯示幕5 6之第二長 邊方向一致。最後如步驟S 1 4，顯示該晝面於顯示幕5 6中。 因此，藉由本發明之晝面等比縮放模組6 0以及晝面旋轉 模組6 2，可以自動等比調整行動通訊裝置5 0顯示幕5 6中之晝 面，使行動通訊裝置5 0之使用者不但可以「一目了然」的觀 看晝面全景，並且不會使該晝面變形失真，並且在符合觀看 畫面全景以及不變形失真的要求下，顯示出最大的晝面。 藉由以上較佳具體實施例之詳述，係希望能更加清楚描 述本發明之特徵與精神，而並非以上述所揭露的較佳具體實 施例來對本發明之範疇加以限制。相反地，其目的是希望能 涵蓋各種改變及具相等性的安排於本發明所欲申請之專利範Page 10 1220622 V. Description of the invention (7) Then, according to step S 0 8, the daytime surface display judging module 5 8 of the mobile communication device 50 determines whether the first long side of the daytime surface and the display screen 5 6 appear. The size difference or direction difference of the second long side is that the size difference is that the first long side is not equal to the second long side, and the direction difference is that the first long side is inconsistent with the second long side. When the difference is a size difference, as in step S 10, the day-to-day ratio scaling module 60 of the mobile communication device 50 will adjust the size of the first long side of the screen equal to the second long side of the display screen 5 6 Its size. When the difference is a difference in different directions, as in step S12, the day surface is rotated in the display screen 56. The day surface rotation module 62 of the mobile communication device 50 causes the first long side of the day surface and the display screen to be rotated. The direction of the second long side of 5 6 is the same. Finally, as in step S 1 4, the day surface is displayed on the display screen 5 6. Therefore, by using the day-to-day ratio scaling module 60 and the day-to-day rotation module 62 according to the present invention, the day-to-day ratio in the display screen 5 6 of the mobile communication device 50 can be adjusted automatically and proportionally, so that the mobile communication device 50 The user not only can view the daytime panorama at a glance, but also does not distort the daytime surface, and displays the largest daytime surface under the requirements of viewing the panorama of the screen and without distortion and distortion. With the above detailed description of the preferred embodiments, it is hoped that the features and spirit of the present invention may be described more clearly, rather than limiting the scope of the present invention with the preferred specific embodiments disclosed above. On the contrary, the purpose is to cover various changes and equivalent arrangements in the patent application for which the present invention is intended.
第11頁 1220622 五、發明說明（8) 圍的旄疇内。 <1 第12頁 111 1220622 圖式簡單說明 圖一係習知技術行動通訊裝置捲動晝面之示意圖； 圖二係習知技術行動通訊裝置切除畫面之示意圖； 圖三係習知技術行動通訊裝置調整畫面大小之示意圖； 圖四係本發明行動通訊裝置之示意圖； 圖五a、圖五b係本發明自動調整晝面後之示意圖；以及 圖六係本發明行動通訊裝置自動調整晝面方法之流程圖。 \ 圖式之符號說明： 2、 1 2、2 2 :行動通訊裝置 4、 1 4、2 8 :顯示幕 6 ' 3 2 :使用者 8 ： 控制鍵 10, 、20、30、 34:畫面 24 :晝面顯示判斷模組 26 晝面調整模組 50 行動通訊裝置 52 收發模組 54 處理器 56 顯示幕 58 晝面顯示判斷模組 60 晝面等比縮放模組 62 畫面旋轉模組 64 旋轉方向控制模組Page 11 1220622 V. Description of the invention (8). < 1 Page 12 111 1220622 Brief description of the diagrams Figure 1 is a schematic diagram of a conventional technology mobile communication device scrolling the day surface; Figure 2 is a schematic diagram of a cut-out screen of a conventional technical mobile communication device; Figure 3 is a conventional technical mobile communication device Schematic diagram of the device adjusting the screen size; Figure 4 is a schematic diagram of the mobile communication device of the present invention; Figures 5a and 5b are schematic diagrams of the daytime automatic adjustment of the present invention; The flowchart. \ Symbol description of the diagram: 2, 1 2, 2 2: mobile communication device 4, 1 4, 2 8: display screen 6 '3 2: user 8: control keys 10, 20, 30, 34: screen 24 : Daytime display judgment module 26 Daytime adjustment module 50 Mobile communication device 52 Transceiver module 54 Processor 56 Display screen 58 Daytime display judgment module 60 Daytime ratio scaling module 62 Screen rotation module 64 Rotation direction Control module
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