200921467 九、發明說明： 【發明所屬之技術領域】 本發明“關於-種變動圖示之方法及其電子裝 置，特別是指一種利用動態感測以變動圖示位置之方法及 其電子裝置。 【先前技術】 加速度計是目前主要的慣性量測器，可藉此來量測物 體的線&運動n且前述之加速度計進—步地分析，又 可依其功能特性分為兩類，一者為靜態的加速度計，當此 靜態加速度計傾斜—個角度時，重力場即會在感應場上產 生-個分量，利用此分量’可以量測出一裳設有該靜態加 速度計之物體傾斜了多少角纟；相對的，另—者就是所謂 的動態加速度計，此種動態加速度計可㈣量測物體之移 ㈣態’並常被用於汽車卫業領域中，如汽車上所裝配的 安全氣囊、防揸偵測等。 、倘若將上述的加速度計再結合其他慣性量測器，如具 有感測物體旋轉運動之功效的陀螺儀，如此一來，就可同 時偵測物體之線性及旋轉的運動狀態。 因此，相關業者於近些年來亦研發出如何將前述所提 之各種慣性量測器之技術，運用於曰常生活之電子裝置上 ，如美國專利案第遍566號、第⑽554號、第s偏％ 號’以及帛656·號等’提及目前手持裝置之顯示勞幕 尺寸’為使操作者之視覺感官越發舒適，而有逐漸變大的 趨勢’然又須同時兼顧手持裝置之輕巧且攜帶方便之訴求 200921467 ，/、付壓縮此手持裝置上之操控按鍵的空間，因此，當誃 手持裝置結合各慣性量測器後，即發展出只要將該手= 置左、右或前、後傾斜’或以其他方式旋動、移動該手持 裝置，使其於動態狀態下時，就可使顯示於該手持裝置上 之視南内谷上、下或左、右捲動(scr〇11)以方便檢視，或 變動》亥手持裝置上之執行狀態，如開啟、點選、關閉或調 整（音量大小、圖像或文字顯示尺寸等），藉此，節約該手持 裝置之必要操作按鍵的數量及空間。 因此，如何將此類慣性量測器結合於電子裴置上，拓 展出更多元化的薪新功能，使其特性發揮地淋鴻盡致，便 成為相關業者所欲努力研究的方向。 【發明内容】 因此’本發明之主要目的，即，括 ^ J叩在叔供一種利用動離、咸 測以變動圖示位置之電子襄置。 置’包含一顯示模組、一畫面模組 於是，本發明利用動態感測以變動圖示位置之電子裝 偵測模組，及一整 合模組。該t面模組用以透過該顯示才莫組顯示—晝面及= 置=該畫面之複數圖示。該❹m組用以伯測是否處於— 動態狀態，且於該動態狀態時，產生—相對該動態狀能之 感應資訊。該整合模組接收該仙㈣組所傳送之感辭訊 ，再依據該感應資訊，使該顯示模組顯示之該等圖示自一 第一位置運動至一第二位置。 不 再者，本發明之另一目的，即在提供_種利 測以變動圖示位置之方法。 心名 200921467 於是，本發明利用動態感測以變動圖示顯示狀態之方 法’適用於-電子裝置’該電子裝置可顯示一晝面：配置 於該畫面之複數圖示，該方法包含以下步驟： (a) 感應一電子裝置是否處於一動態狀態； (b) 當感應到該動態狀態時，即產生—感應資訊；及 (c) 依據該感應資訊，使該等圖示分別自一第—位置運 動至一第二位置。 此外，本發明之又-目的，即在提供一種利用動離感 測以變動圖示位置之另—方法。 ^ 於疋，本發明利用動態感測以變動圖示位置之方法， 適用於具有一偵測模組及一顯示模組之電子裝置，該偵 測模組用以情測該電子裝置是否處於一動態狀態，且：該 動態狀態時產生-相對該動態狀態之感應資訊，包含 步驟： 一⑷透過該顯示模組顯示—晝面及配置於該晝面之複數 圖示。 (b)接收該感應資訊。 ⑷依據該感應資訊，令該顯示模組顯示之該等圖示自 —第一位置運動至一第二位置。 〇 本發明之功效在於，藉由該電子裝置與該偵測模組之 、、’。合’進而使顯示於該晝面上之圖示隨該電子裝置之傾 而滑移並堆疊’呈現出如受自然引力般之視覺效果。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 200921467 以下配合參考圖式之二較佳實施例的詳細說明中，將可清 楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内各中’類似的元件是以相同的編號來表示。 參閱圖1，本發明利用動態感測以變動圖示位置之電子 裝置1的一較佳實施例’包含一顯示模組11、一晝面模組 12=、:偵測模組13,及一整合模組14。在本較佳實施例中200921467 IX. OBJECTS OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a method for changing a diagram and an electronic device thereof, and more particularly to a method for utilizing dynamic sensing to change a position of a figure and an electronic device thereof. Prior Art Accelerometer is currently the main inertial measuring instrument, which can be used to measure the line & motion of the object and the aforementioned accelerometer is analyzed step by step, and can be divided into two categories according to its functional characteristics. The static accelerometer, when the static accelerometer is tilted by an angle, the gravity field will generate a component on the induction field, and the component can be used to measure the tilt of the object with the static accelerometer. How many corners; relative, the other is the so-called dynamic accelerometer, which can (4) measure the movement of the object (four) state 'and is often used in the automotive industry, such as assembled on the car Airbags, tamper detection, etc. If the above accelerometers are combined with other inertial estimators, such as gyroscopes that sense the rotational motion of the object, It is possible to simultaneously detect the linear and rotational motion state of the object. Therefore, in recent years, the related industry has also developed how to apply the techniques of the aforementioned inertial measuring devices to the electronic devices that are often used in life, such as The US Patent Case No. 566, No. (10) 554, No. s%, and 帛656·, etc., refer to the current display screen size of the handheld device to make the operator's visual sense more comfortable and gradually change. The big trend 'has to take into account the lightweight and portable convenience of the handheld device 200921467, /, to compress the space of the control buttons on the handheld device, therefore, when the handheld device is combined with the inertial measuring device, it develops As long as the hand = tilt left, right or front and back tilted or otherwise rotate and move the handheld device to make it in a dynamic state, it can be displayed on the handheld device. Up, down, or left and right scrolling (scr〇11) for easy viewing, or changing the execution status on the handheld device, such as turning on, clicking, turning off or adjusting (volume size, image or text display ruler) Etc.), thereby saving the number and space of the necessary operating buttons of the handheld device. Therefore, how to integrate such an inertial measuring device on the electronic device, and expand a more diversified salary function to make its characteristics The most important purpose of the present invention is to provide a change in the icon The electronic device of the position includes a display module and a picture module. The present invention utilizes dynamic sensing to change the position of the electronic device detection module, and an integrated module. For displaying through the display group - face and = set = the plural of the picture. The group of ❹m is used to detect whether the state is in a dynamic state, and in the dynamic state, the relative dynamic state is generated Induction information. The integration module receives the sentiment transmitted by the group (four), and then moves the icons displayed by the display module from a first position to a second position according to the sensing information. Furthermore, another object of the present invention is to provide a method for varying the position of the illustration. Heart Name 200921467 Thus, the present invention utilizes dynamic sensing to change the graphical display state of the 'applicable to-electronic device'. The electronic device can display a facet: a plurality of icons arranged on the screen, the method comprising the steps of: (a) sensing whether an electronic device is in a dynamic state; (b) generating a sensing message when the dynamic state is sensed; and (c) causing the graphics to be from a first position based on the sensing information Move to a second position. Furthermore, it is a further object of the present invention to provide an alternative method of utilizing the motion sensing to vary the position of the illustration. The method of using the dynamic sensing to change the position of the image is applicable to an electronic device having a detecting module and a display module, and the detecting module is configured to test whether the electronic device is in a The dynamic state, and the dynamic state generates a sensing information relative to the dynamic state, and includes the steps of: (4) displaying, by the display module, a plurality of icons and a plurality of icons arranged on the surface. (b) receiving the sensing information. (4) Depending on the sensing information, the icons displayed by the display module are moved from the first position to the second position. The effect of the present invention is that the electronic device and the detection module are used. The combination then causes the graphic displayed on the face to slip and stack as the electronic device tilts to present a visual effect as natural gravity. [Embodiment] The foregoing and other technical contents, features and effects of the present invention will be apparent from the following description of the preferred embodiments of the accompanying drawings. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. Referring to FIG. 1 , a preferred embodiment of the electronic device 1 that utilizes dynamic sensing to change the illustrated position includes a display module 11 , a face module 12=, a detection module 13 , and a Integration module 14. In the preferred embodiment
，該電子裝置1為手機、個人數位助理或掌上型遊戲機等 手持電子裝置。 S 旦面模、’且12用以透過顯示模組11顯示一晝面12丨及配 置，此晝面121之複數圖# 122。其中，在本較佳實施例中 ’择1不模、組11即包含現行各類顯示器（如LCD、TFT或 OLED等)及其運作所需電子電路元件，而在本較佳實施例The electronic device 1 is a handheld electronic device such as a mobile phone, a personal digital assistant, or a palm-type game machine. The S surface pattern, 'and 12' is used to display a plane 12 丨 and configuration through the display module 11, and the complex image # 122 of the surface 121. In the preferred embodiment, the first type of display (such as LCD, TFT, or OLED, etc.) and the electronic circuit components required for its operation are included in the preferred embodiment.
中/、實晝面模組就是作業系統（〇s)，例如MS ^而所述及之晝面121即為wind_作業系統的桌面 :s:〇P)，且圖示122就是一般散佈在作業 視窗連結圖示（Ic()n)。 偵測模組13用！伯、a, s ^ 動態狀態時，產生一1=.處於一動態狀態⑽^ 佳實施例巾，物嶋訊。在本較 數值擷取及傳發裝f，/為各病慣性置測器並配合相關 器、重力偵判 而别述之慣性量測器可為傾斜偵測 者，二儀或加速度計等。再 不同位置之複數偵測V 可包含設置於電子裝置1内 π以里測相對於不同座標軸之運動 200921467 ，由於此係屬f知技術，故不另詳述。 並斜!14接收到軸組13所傳送之感應資訊， *面握〜貝訊進行剖析及運算後獲得一運動資訊，送交 f12處理’使得顯示於顯示模組u之圖示122自一 位置運動至-第二位置（見圖2及圖3)。 參閱圖4，命兮帝 γ # 包含以下步驟:…置1之較佳實施例對應的方法2 a首先，如步驟21所示，偵測模組13感應-電子裝置i 疋否處於一動態狀態’例如此電子裝置！是朝向左下、右 下傾斜或向其他方向傾斜等。 著彡步驟22所不，當债測模組13感應到動態狀 心％ ’即產生-可為—維、二維甚至是三維之感應資訊， 例如與某—軸相較下的傾斜角度及某方向上之加速度等。 舉例來說，當債測模組13感應到電子裝置卜是以與水平 面呈3〇度朝向右下方傾斜時（如目2所示），即送出一相 电子裝置1長向延伸之虛擬轴其傾斜角度為度的感 應資訊。 而後’如步驟23所示’整合模組14接收上述之感應 資訊。 ,、、後&步驟24所示，整合模組14依據所接收之感 應資訊二對此感應資訊進行剖析及運算後，獲得一運動資 訊本實施例中’經由整合模組14剖析及運算後之運動資 s 〇括用來决疋各圖$ 122戶斤對應之第一位置與第二 位置間之距離的運動量，及一用來決定此圖示122所對應 200921467 之該第-位置與第二位置間之方 ，在上述之舉例情境中，，、…動方向。也就是說 m境中’該運動資訊即包括將右下 度30度換算獲得之一位移 一 、“ πI汉向右的方向值。當然， /、他情境中，電子裝置i可能同時 ’、、' ，“·靈叙h ⑺時相對多軸產生角度變化 及方向。 』用门罝0成原理所獲得之運動量 然後’如步驟25所示，整人槿知1λ Μ 動次1…整口杈組丨4將運算獲得之運 :二达父里面模組12處理’使得顯示於顯示模組 數圖！122分別自-第-位置運動至-第二位置。換言之 於則述情境中，當晝面模組12接收到整合模组Μ所輪 出之運動資訊後，即透過顯示餘u之呈現，令於 m上之圖示m朝右方向移動（如圖3所示卜 旦The medium/real surface module is the operating system (〇s), for example, MS ^ and the surface 121 is the desktop of the wind_ operating system: s: 〇P), and the graphic 122 is generally scattered in The viewport link icon (Ic()n). Detection module 13 is used! Bo, a, s ^ dynamic state, produce a 1 =. in a dynamic state (10) ^ good example towel, material information. In this comparison, the inertial measuring instrument for the sickness, the second instrument or the accelerometer can be used for the detection and transmission of f, / for each disease inertial detector and with the correlator and gravity detection. The complex detection V at different positions may include π in the electronic device 1 to measure the motion relative to different coordinate axes. 200921467, since this is a known technology, it will not be described in detail. And obliquely! 14 receives the sensing information transmitted by the axis group 13, * face grip ~ Beixun performs analysis and calculation to obtain a motion information, and sends the f12 processing 'so that the graphic 122 displayed on the display module u is from a position Move to the second position (see Figures 2 and 3). Referring to FIG. 4, the 兮 兮 γ 包含 includes the following steps: 1. The method corresponding to the preferred embodiment of the first embodiment is: 2 First, as shown in step 21, the detecting module 13 senses whether the electronic device i is in a dynamic state. 'For example, this electronic device! It is tilted to the lower left, lower right, or tilted in other directions. In step 22, when the debt measurement module 13 senses the dynamic centroid % 'that is generated - it can be - dimensional, two-dimensional or even three-dimensional sensing information, such as a tilt angle compared with a certain axis and some Acceleration in the direction, etc. For example, when the debt module 13 senses that the electronic device is tilted toward the lower right side with a horizontal plane (as shown in FIG. 2), that is, the virtual axis of the one-phase electronic device 1 is extended. Sensing information with a tilt angle of degree. Then, as shown in step 23, the integration module 14 receives the sensing information described above. After the step, the integration module 14 analyzes and calculates the sensing information according to the received sensing information 2, and obtains a motion information. In the embodiment, after analyzing and calculating through the integration module 14 The sports assets s include the amount of motion used to determine the distance between the first position and the second position corresponding to each of the $122 jacks, and one for determining the position-to-position and the number of 200921467 corresponding to the icon 122 The square between the two positions, in the above-mentioned example scenario, ..., ... moving direction. That is to say, in the m environment, the motion information includes one of the displacements obtained by converting the lower right degree by 30 degrees, "the direction value of πI Han to the right. Of course, in his situation, the electronic device i may be simultaneously", ', '····································· 』The amount of exercise obtained by the principle of threshold 0 then 'as shown in step 25, the whole person knows 1λ Μ move 1... the whole 杈 group 丨 4 will get the operation: the second parent inside the module 12 processing' Make it appear in the display module number map! 122 moves from the -first position to the second position, respectively. In other words, in the context of the description, when the kneading module 12 receives the motion information that is rotated by the integrated module, the display of the remaining u is displayed, so that the icon m on the m moves to the right (as shown in the figure). 3 shows Budan
值得一提的是，在本較伟眚+ A 你令早乂佳實％例t，各圓示122是 應一預設選項，即一 Jg- Vyt ^ , ^ 般作業系統，如微軟視窗系列之作業 系統的桌面上之圖示122，於 ’、 窗或-選單。 於A各圖㈣後可開啟-視 最後，如步驟26所^畫面模組12令圖示122於書 面U1範圍内運動，且當圖示^ 以連動至畫面121邊緣時 步令此等圖* 122之部分於該晝自⑵上堆疊；也 就疋3兄’承接上例，當書面上 19 ^ „ —上121之圖示122因畫面模組 :欠到整合模組14之感應資訊後，皆呈現如受到自㈣ =地，紛紛往右移動（如目3所示），並於加大向右傾斜 又，圖5所不’大於原先傾斜角度）而滑移至此晝面121 、緣時’因畫® 121邊緣長度不足同時容納所有圖示122， 10 200921467 故使各圖示122在邊緣上相互堆疊成堆（如圖6所示）。 參閱圖7及圖8’補充說明的是，在視覺畫面之呈現手 法上，當此等圖示122運動至畫面in邊緣時，於晝面ι21 上之圖示122也可以是以相互擠併靠攏的方式呈現，也就 是於上述之情境中’各圖示122紛紛靠攏在一起，所以不 應偈限於本較佳實施例的說明。 此外’藉由上述所提之利用動態感測以變動圖示位置 之方法2，可進一步地將此構想導入視聽娛樂領域中，以實 現如現行熱門之任天堂Wii遊戲機般，極富動態感的暢快娛 樂操控體驗。 承上所述’參閱圖9、圖10及圖U，本發明利用動態 感測以變動圖示位置之方法3的一較佳實施例，適用於一 具有一偵測模組13及一顯示模組u之電子裝置丨，如裝設 有各類慣性量測器之手機、個人數位助理或f上型遊戲機 等手持式的電子裝置1’而該彳貞測模組13用以_該電子 裝置1是否處於-動態狀態，且於該動態狀態時產生一相 對該動態狀態之感應資訊，該方法包含以下步驟： 首先’如步驟31所示，透過該顯示模組U顯示—晝面 工21，以及配置於該畫面ι21 禎 _ 2丄之稷數圖不122與複數目標位 置 123。 •广須補充說明的是’以下輔助說明之舉例與上述, ^例中之情境假設相同，即當_模組Π感應到電^ 1疋朝向右下方傾斜之動態狀態， 例相較之下，各該圖示 ㈣佳實細 在本較佳實施例中，僅為 200921467 的圖形，是無法祐 被進—步地點選開啟。 其次，如步驟^ 一 2所示’整合模組14接收哕咸杳 ，也就是相對沿電 接收錢應貝讯 為-30度。 裝置1長向延伸之虛擬軸其傾斜角度 如步驟3 3斯- ’對此感應資訊進二據所接收之感_ T°j析及運异後’獲得-運動資訊， 如步驟34所千針人^ 所不’整合模'组14將運算獲得之運動資訊 达父畫面模組12虛 處理，畫面模組12依據自整合模組14所 傳來之感應資訊，令节鹿_ W ^ Μ 7 5亥顯不拉組11所顯示之圖示122自一 弟一位置運動至—第_ 任作 弟—位置，在此例中，也就是向右位移 。值付一提的是，在太奋。 、 較佳只知*例中，整合模組14對接收 到之感應資訊所進行的剖析及後續相關處理，同前一實施 例中之步驟25所述’故在此料不再贅述。 然後:如步驟35所示，整合模組14藉由畫面模組12 十各圖示122所在之座標位置的回報，以判斷圖示I:。 之中疋否有運動到某—由整合模組14所預纽定之特定的 目標位置123 ’如—個特定標示點或—範圍内等。 姓最後’如步驟36所示’若回傳至整合模組14之判斷 〜果為疋則整合模組14即執行一預設指令，該預設指令 是7運動至该目標位置123之圖# 122，進—步地產生落入 透過该顯不模組u於該晝面121之目標位置123，所顯 不之開孔124圖樣的晝面121效果，如消失或其他視覺效 果。 值知· &的疋’於上述步驟36中之預設指令’在實際 12 200921467 應用上’該預設指令也可以是對應於一遊戲中之得分 ，此為-般具有相關領域背景者所易於變化轉用，因此並 不應以該較佳實施例中所揭露者為限。 參閱圖1〇、圖u及圖12，舉例來說，利用本較佳實 施例’可以架構出以下-娛樂情境，於—手持式的電子裝、 工 置之畫面121中，模播ψ ν-,., 龍賴之桌面，在此桌面 ^ 小不—的孔洞’並於此桌面上顯示出至 少一絲體；接著，使用者只需將手中之手持式的電子裝 置1則、後或左、右傾斜，就可使該球狀體依自然慣性前 、後或左、右滾動’且當該球狀體滾落此等標示不同得分 之其中-孔洞時，即可得到此所標示之遊戲分數。 歸納上述’本發明利用動態感測以變動圖示位置之方 法及其電子裝置，藉由該電子裝置丨與該_模組η之处 合’進而使顯示於該畫自121上之圖示122能依所接收： 感應貢訊，隨該電子裂置丄之傾斜作用，產生如受到真卓 世界中自然引力般之滑移、靠併或堆疊等動作，而呈現出 令人眼睛為之-亮的視覺效果’所以確實能夠達到本發明 之目的。 惟以上所述者，僅為本發明之二較佳實施例而已，當 不：以此限定本發明實施之範圍，即大凡依本發明申請： 利範圍及發明說明内容所作之簡單的等效變化與修韩，皆 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體圖，說明本發明利用動態感測以變動圖 13 200921467 示位置之電子裝置的一較佳實施例； 一電子裝置 圖2是一側視圖，說明該較佳實施例中 之傾斜狀態； ，該電子裝置於 施例對應之方法 圖3 —示意圖，制該較佳實施例中 傾斜時之晝面顯示狀態； 圖4是一流程圖，說明—與該較佳實 圖5是一側視圖，說明該較 之傾斜狀態； 實施例中’該電子裝置 圖6是一示意圖，說明當 十裝置於傾斜時，兮查 内之圖示堆疊態樣； 于亥旦面 圖7是一側視圖，說明該 之傾斜狀態； L實施例中’該電子裝置 置於傾斜時，該書 圖8是一示意圖，說明當電子裝 内之圖示靠併態樣； 、 法；圖9是一流程圖，說明另1該較佳實施例對應之方 圖是-示意圖，說明該畫面 位置間之關係； /、主乂目標 圖11是一側視圖，說明該較 之傾斜m 實鈀例中，該電子裝置 圖12是一示意圖，說明該畫面 置’並落入-開孔内的態樣。 移至該目私位 14 200921467 【主要元件符號說明】 1 •…· ••電子裝置 14........整合模組 11 ··_. •…顯示模組 2 .........利用動態感測以變 12···· •…晝面模組 動圖示位置之方法 121 ·· …·晝面 21〜26…·步驟 122 ·· •…圖示 3 .........利用動態感測以變 123 ·· •…目標位置 動圖示位置之方法 124 ·· …·開孔 31〜36···步驟 13 .··· •…偵測模組 15It is worth mentioning that in this version of Wei Wei 眚 + A, you have a good example of the early t, each round 122 is a default option, that is, a Jg-Vyt ^, ^ general operating system, such as Microsoft Windows series Figure 122 on the desktop of the operating system, in the ', Window or - Menu. After A (4), the screen module 12 can be moved within the range of the written U1, and when the icon ^ is linked to the edge of the screen 121, the map is commanded* Part of 122 is stacked on (2); that is, 疋3 brothers' undertakes the above example, when written in the figure 19 ^ „ - 121 on the picture 122 due to the picture module: owed to the induction information of the integrated module 14 All appear as if they were subjected to (4) = ground, they moved to the right (as shown in item 3), and when they are tilted to the right, and Figure 5 is not 'greater than the original angle of inclination, and slips to the surface 121, the edge 'Infrared® 121 has insufficient edge length while accommodating all of the illustrations 122, 10 200921467 so that each of the illustrations 122 are stacked on top of each other on the edge (as shown in Figure 6). Referring to Figures 7 and 8', it is added that In the presentation of the visual picture, when the icons 122 are moved to the edge of the picture, the icons 122 on the face ι21 may also be presented in a manner of being squeezed and close together, that is, in the above situation. The illustrations 122 are all close together and should not be limited to the description of the preferred embodiment. In addition, by the above-mentioned method 2 of utilizing dynamic sensing to change the position of the figure, the concept can be further introduced into the field of audio-visual entertainment to realize a dynamic feeling like the current popular Nintendo Wii game machine. A preferred embodiment of the method 3 for utilizing dynamic sensing to change the position of the image, as described above with reference to FIG. 9, FIG. 10 and FIG. 13 and an electronic device of the display module u, such as a mobile phone, a personal digital assistant or a handheld electronic device 1' equipped with various inertial measuring devices, and the detecting module 13 Whether the electronic device 1 is in a dynamic state, and generates a sensing information relative to the dynamic state in the dynamic state, the method includes the following steps: First, as shown in step 31, displaying through the display module U - 昼 工 21, and the number of maps 122 and 复 丄 丄 丄 丄 与 与 与 与 与 与 • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • The same, ie _The module Π senses the dynamic state of the electric tilting toward the lower right. For example, each of the illustrations (4) is in the preferred embodiment, only the figure of 200921467, which is unfortunately Next, as shown in step ^2, the 'integrated module 14 receives the 哕 杳 杳, that is, the relative edge of the electric receiving money should be -30 degrees. The long axis of the device 1 extends its virtual axis. The tilt angle is as shown in step 3 3 - 'The feeling of receiving the information into the data _ T°j analysis and the difference after the 'acquisition-motion information, such as step 34 thousand needles ^ not 'integration mode' group 14 The motion information obtained by the operation is processed by the parent screen module 12, and the screen module 12 is based on the sensing information transmitted from the self-integration module 14, so that the festival deer _ W ^ Μ 7 5 The icon 122 moves from a position of one brother to a position of _ 任 任 弟 , in this case, that is, to the right. It is worth mentioning that it is too exciting. Preferably, only the example of the integration module 14 performs the analysis of the received sensing information and the subsequent related processing, which is the same as the step 25 in the previous embodiment, and therefore will not be repeated here. Then, as shown in step 35, the integration module 14 determines the icon I: by the return of the coordinate position where the graphic icons 12 are located. Whether there is movement to some - a specific target position 123 ' as preset by the integration module 14 such as - a specific marked point or - range. The last name is 'as shown in step 36'. If it is returned to the integration module 14, the result is that the integration module 14 executes a preset command, which is a motion of the 7 movement to the target position 123. 122. Stepwise to generate a surface 121 effect that falls through the display module 123 at the target position 123 of the display surface 121, such as the disappearance or other visual effect. The value of the value of & 疋 'in the above step 36 of the preset instruction 'in the actual 12 200921467 application' the preset instruction may also correspond to a score in a game, which is generally related to the background of the field It is easy to change and should not be limited to those disclosed in the preferred embodiment. Referring to FIG. 1A, FIG. 9 and FIG. 12, for example, the following embodiment can be used to construct the following entertainment environment. In the handheld electronic device, the screen 121 of the workstation, the model broadcast ψ ν- ,., Long Lai's desktop, on the desktop ^ small not - the hole 'and on the desktop shows at least a filament; then, the user only needs to hold the hand-held electronic device in the hand, then, or left, If you tilt right, you can roll the spheroids forward, backward, or left and right according to natural inertia. And when the spheroids roll off the holes that mark different scores, you can get the game scores indicated. . The method of using the dynamic sensing to change the position of the image and the electronic device thereof by the electronic device 丨 and the η module η are combined to display the graphic 122 displayed on the image 121 Can receive according to the received: Inductive Gongxun, with the tilting effect of the electronic cracking, produces the action of slipping, leaning or stacking, such as the natural gravity in the world, showing the eye-light The visual effect 'is indeed able to achieve the object of the invention. However, the above is only the preferred embodiment of the present invention, and does not: limit the scope of the practice of the present invention, that is, the application of the present invention: the simple equivalent change of the scope of the invention and the description of the invention And Xiuhan, are still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a preferred embodiment of an electronic device using dynamic sensing to change the position shown in FIG. 13 and 200921467; FIG. 2 is a side view showing the preferred embodiment. The tilting state in the embodiment; the method corresponding to the embodiment of the electronic device is shown in FIG. 3, which is a schematic view showing the state of the facet when tilted in the preferred embodiment; FIG. 4 is a flow chart illustrating the preferred embodiment. 5 is a side view illustrating the tilted state; in the embodiment, the electronic device FIG. 6 is a schematic view showing the illustrated stacked state in the check when the ten devices are tilted; Figure 7 is a side view showing the tilted state; in the embodiment L, when the electronic device is tilted, the figure 8 is a schematic view showing the state in the electronic device; FIG. 9 is a flow chart showing another embodiment of the preferred embodiment in which the corresponding figure is a schematic diagram illustrating the relationship between the positions of the screens; and the main target FIG. 11 is a side view showing the tilting m In the case of palladium, the electronic device Fig. 12 is a schematic view showing the state in which the screen is placed and dropped into the opening. Move to the target private position 14 200921467 [Main component symbol description] 1 •...· ••Electronic device 14........Integration module 11 ··_. •...Display module 2 ..... ....Using Dynamic Sensing to Change 12·····...The method of moving the position of the facet module 121 ····昼面21~26...·Step 122 ·· •... Figure 3 .. .......Using dynamic sensing to change 123 ·· •...Target position to move the position of the image 124 ····Opening 31~36···Step 13 .··· •...Detecting mode Group 15