201238316 六、發明說明： 【發明所屬之技術頌域】 [0001] 本發明是有關於一種以使用者動態操作模式發出控制指 令之智慧型手機，特指一種可讀取使用者於手機上之手 控動作以於一外接電子裝置或家電用品上作為控制動作 之手機技術。 [0002] 【先前技術】 手機的發明為現代人帶來極大的便利性’其除了具備可201238316 VI. Description of the Invention: [Technical Fields of the Invention] [0001] The present invention relates to a smart phone that issues control commands in a user dynamic operation mode, and specifically refers to a hand that can read a user on a mobile phone. The control action is used as an mobile phone technology for controlling actions on an external electronic device or household appliance. [0002] [Prior Art] The invention of a mobile phone brings great convenience to modern people.
隨時發訊及通話之功能外’果因具有隨身攜帶便利等諸 多優點，故成為現代人生·中不可或缺的重要溝通工I ，讓手機之使用率日漸廣泛，且再者，隨著電子技術日 新月異，手機的功能亦逐年參長演遴、推陳出新，具有 高效能處理器以提供高運算能力來進行程式處理之智慧 型手機由於具備了高度功能性，因此逐漸成為手機技術At any time, the functions of sending and calling outside the door have many advantages such as being portable and convenient. Therefore, it has become an indispensable communication worker in modern life, making the use of mobile phones increasingly widespread, and further, with electronic technology. With the ever-changing, the functions of mobile phones are also being introduced and introduced every year. The smart phones with high-performance processors to provide high computing power for program processing have become highly mobile phones.
[0003] 領域之主流’這也讓手機從單純的溝通與撥打電話功能 之外’更進-步地讓手機如同個人助理般，在日常生活 上提供各種便利性之具體服務。 而現有技射之智慧型手機㈣控介面具有高度之便利 性 ，因此透過傳輸介面的搭配，不難達成連接至其他電 子裝置進而成為輔助或者取代該電子裝置之操作手段， 例如透過USB傳輸線或者藍以統而以智慧型手機操作電 腦’或者透過外接—紅外線發射“以智慧型手機遙控 電視等電H但-般而言，如此之技術手段在轉換介面 之控制功能上目前僅係以實驗性質者居多，並無法真正 提供有增益性之赌手縣增輯控魏上之便利性， 100106989 表單編號A0101 第3頁/共21頁 1002011818-0 201238316 使用者仍需要透過例如圖像選單或者按鍵做對應之點擊 或k擇和乂之為些電子裝置原本的輸入控制手段而言並 未有任何改。’ Ej此如何在現有智慧型手機之操控介面 下提供更!、速且更便利之驅控手段實為當前難以突破之 瓶頌故基於如刖所述之不足點’本發明之發明人思索 並'又β十種以使用者動態操作模式發出控制指令之智慧 型手機’以期針對現有技術之缺失加以改善，進而增進 產業上之實施利用。 【發明内容】 [0004] [0005] 有鑑於上述習知之問題’本發明之主要目的就是在提供 -種具備新穎性、進步性及產業利祕等專利要件之以 使用者動祕作模式發Α控制指令之智慧料機以期 克服現有技術之難點。 為達到上述目的，本發明所採用之技術手段為設計一種 以使用者動態操作模式發出控制指令之智慧型手機，其 包含：一本體，其為一智慧型手機，且於其上設有一人機 介面，且該人機介面包含一觸控面板，且該本體内建有 對應於至少-電子裝置、至少一電器用品或至少一電 子裝置與至少-電器用品所可供控制之複數功能的驅動 模組，-重力感測|§ ’其設於該本體内，可感測該本體 於二間中呈現之角度變化以及加速度之變化量 ，且於該 本體發生特定之角度傾斜及特定之速度變化時輸出不同 的回報訊號；及-中央處理系統，其為設於該本體内包 含—處理器之邏輯電路“，且其電性連接於該人機介 面及δ亥重力感測器，且邊中央處理系統透過—軟體之輕 100106989 表單蝙號Α0101 第4頁/共21 頁 1002011818-0 201238316 動而可至少提供-動作判讀功能邏輯電路、—動作鍵結 設定功能邏輯電路及一模式切換功能邏輯電路，進而得 以一對外驅控模式來對該電子裝置或該 電器用品進行動 作之驅控。 [0006] Ο ο 其中該動作判讀功能邏輯電路係可判斷使用者於該觸控 面板上之畫線軌跡是否形成—特定形狀，且可透過讀取 该重力感測器回傳之回報訊號判斷使用者是否將該本體 連續搖動一特定之次數；其中該動作鏈結設定功能邏輯 電路可透過於該人機介面上顯示一輸入設定操作畫面， 進而允許使用者以該動作判讀功能邏輯電路所能判斷之 動作來自定義設定複數個對外驅控指令，而其中該對外 驅控指令即係於該本體於處該對外驅控模式下時，可對 該電子裝置或該電器用品所供控制做使用之複數個功能 進行驅控之指令；其中該模式切換功能邏輯電路可於使 用者利用該人機介面操作輸入一對應之功能指令後，啟 動該對外驅控模式，進而可透過該動作判讀功能邏輯電 路對使用者做動作之判讀，而後發出自定義後所對應的 "玄對外驅控指令，以進一步驅動該本體内建之該驅動模 [0007] 其中，該動作判讀功能邏輯電路進一步可透過讀取該重 力感測器回傳之回報訊號判斷使用者是否將該本體朝一 特疋方向傾斜超過一特定角度；其中，該模式切換功能 邏輯電路係透過按壓-功能鍵或者是按壓一該觸控面板 中之功能選單來啟動該對外驅控模式。 [0008] 100106989 此外本發明提出另一種以使用者動態操作模式發出控制 表軍鵠敢AG1G1 第5頁/共21頁 1002011818-0 201238316 指令之智慧型手機，其包含：一本體，其為一智慧型手 機，且於其上設有一人機介面，且該人機介面包含一觸 控面板，且該本體内建有一對應於至少一電子裝置、至 少一電器用品或至少一電子裝置與至少一電器用品所可 供控制之複數功能的驅動模組；一重力感測器，其設於 該本體内，可感測該本體於空間中呈現之角度變化以及 加速度之變化量，且於該本體發生特定之角度傾斜及特 定之速度變化時輸出不同的回報訊號；及一中央處理系 統，其為設於該本體内包含一處理器之邏輯電路系統， 且其電性連接於該人機介面及該重力感測器，且該中央 處理系統透過一軟體之驅動而可至少提供一動作判讀功 能邏輯電路、一動作鏈結設定功能邏輯電路及一模式切 換功能邏輯電路，進而得以一對外驅控模式來對該電子 裝置或該電器用品進行動作之驅控。 [0009] 其中該動作判讀功能邏輯電路係可透過讀取該重力感測 器回傳之回報訊號判斷使用者是否將該本體連續搖動一 特定之次數；其中該動作鏈結設定功能邏輯電路可透過 於該人機介面上顯示一輸入設定操作晝面，進而允許使 用者以該動作判讀功能邏輯電路所能判斷之動作來自定 義設定複數個對外驅控指令，而其中該對外驅控指令即 係於該本體於處該對外驅控模式下時，可對該電子裝置 或該電器用品所供控制做使用之複數個功能進行驅控之 指令；其中該模式切換功能邏輯電路可於使用者利用該 人機介面操作輸入一對應之功能指令後，啟動該對外驅 控模式，進而可透過該動作判讀功能邏輯電路對使用者 100106989 表單編號A0101 第6頁/共21頁 1002011818-0 201238316 [0010] 做動作之判讀，而後發出自定義後4對應的該對外驅控 指令’以進一步驅動該本體内建之該驅動模組。 其中’該動作判讀功能邏輯電路進一步可透過讀取該重 力感測器回傳之回報訊號判斷使用者是否將該本體朝— 特定方向傾斜超過一特定角度；且其中，該模式切換功 能邏輯電路係透過按壓一功能鍵或者是按壓一該觸控面 板令之功能選單來啟動該對外驅控模式。 [0011] ο ❹ 再者，本發明又進一步提出另一種以使用者動態操作模 式發出控制指令之智慧型手機，其包含：一本體，其為 一智慧型手機，且於其上設有一人機介面，且該人機介 面包含一觸控面板，且該本體内建有一對應於至少—電 子裝置、至少一電器用品或至少一電子裝置與至少一電 器用品所可供控制之複數功能的驅動模Μ;及一中央處 理系統，其為設於該本體内包含一處理器之邏輯電路系 統’且其紐連接於該人齡面:，且該中央處理系統透 過-軟體之驅動而可至少提供一動作判讀功能邏輯電路 、一動作鏈結妓械賴切換功能邏輯 =路’進而得以―對外驅控模式來對該電子裝置或該電 器用品進行動作之驅控。 [0012] 100106989 其中销作判讀功能輯電路係可_使用者於該觸控 面板上之畫線軌跡是否形成—狀形狀；其中該動作鍵 結設定功能邏輯電路可透過於該人機介面上顯示-輸入 W知作畫面’進而允許使用者以該動作判讀功能邏輯 電路所能判斷之動作來自絲歧錢個料驅控指令 j其中㈣外料令㈣於財體 表單編號A0101 « „ _ 第7頁/共21頁 1002011818-( 201238316 模式下時’可對該電子裝置或該電器用品所供控制做使 用之複數個功能進行驅控之指令；其中該模式切換功能 邏輯電路可於使用者利用該人機介面操作輸入一對應之 功忐指令後，啟動該對外驅控模式，進而可透過該動作 判讀功能邏輯電路對使用者做動作之判讀，而後發出自 疋義後所對應的该對外驅控指令，以進一步驅動該本體 内建之該驅動模組。 [0013] 其中，該模式切換功能邏輯電路係透過按壓一功能鍵或 者是按壓一該觸控面板中之功能選單來啟動該對外驅控 模式。 [0014] 本發明之以使用者動態操作模式發出控制指令之智慧型 手機於設計上可讓手機之應用更加的廣泛且更加的貼近 使用者的日常生活，例如使用者可迅速的透過在手機上 的幾個簡易動作即對電腦中的簡報軟體做操控，或遙控 如電視、冷氣等常用之家電用品，便利性極高，且可應 用之領域廣泛，且再者’透過可自定義手機上的驅控動 作，使用者可以依其喜愛以及習慣而做對應驅控動作之[0003] The mainstream of the field 'This also allows the mobile phone to make the mobile phone, like a personal assistant, more convenient in the daily life, from the simple communication and the telephone call function. However, the smart mobile phone (4) control interface of the prior art has a high degree of convenience. Therefore, through the combination of the transmission interface, it is not difficult to achieve connection to other electronic devices and thus become an auxiliary means for replacing or replacing the electronic device, for example, through a USB transmission line or blue. Operating the computer with a smart phone or 'external-infrared emission' with a smart phone, such as remote control TV, but in general, such technical means are only experimental in the control function of the conversion interface. Most of them can't really provide the convenience of the gambling county to increase the convenience of Wei, 100106989 Form No. A0101 Page 3 of 211002011818-0 201238316 Users still need to respond by, for example, image menu or button The click or k and the choice of the electronic device's original input control means have not changed. 'Ej how to provide more convenient, faster and more convenient means of control under the control interface of the existing smart phone It is a bottle that is currently difficult to break through. Therefore, based on the shortcomings described in the following, the inventor of the present invention thinks about it and has ten kinds of β. The smart phone that issues a control command by the user's dynamic operation mode is intended to improve the lack of the prior art, thereby enhancing the implementation of the industry. [0004] [0005] In view of the above-mentioned problems, the present invention The main purpose is to provide a smart material machine with a novel, progressive and industrial secrets and other patent elements to control the command by the user's secret mode to overcome the difficulties of the prior art. To achieve the above object, the present invention The technical means adopted is to design a smart phone that issues a control command in a user dynamic operation mode, comprising: a body, which is a smart phone, and has a human machine interface thereon, and the human machine interface The utility model comprises a touch panel, and the body has a driving module corresponding to at least an electronic device, at least one electrical appliance or at least one electronic device and at least an electrical appliance, wherein the gravity sensing is performed. § 'It is located in the body to sense the change in the angle of the body and the acceleration in the two, and The main body outputs a different return signal when the specific angle is tilted and the specific speed changes; and the central processing system is a logic circuit disposed in the body, and is electrically connected to the human machine. Interface and δ hai gravity sensor, and the central processing system through - software light 100106989 form bat number 101 0101 page 4 / total 21 pages 1002011818-0 201238316 can provide at least - action interpretation function logic circuit, - action button The node setting function logic circuit and a mode switching function logic circuit are further configured to perform an action of controlling the electronic device or the electrical appliance in an external driving mode. The action function logic circuit determines whether the line trajectory of the user on the touch panel forms a specific shape, and can determine the use of the return signal returned by the gravity sensor. Whether the body is continuously shaken for a specific number of times; wherein the action link setting function logic circuit can display an input setting operation screen on the human machine interface, thereby allowing the user to judge the functional logic circuit by the action The action is defined by setting a plurality of external control commands, wherein the external control command is a plurality of external control commands that can be used for controlling the electronic device or the electrical appliance when the body is in the external control mode. The function performs the command of the control; wherein the mode switching function logic circuit can start the external drive mode after the user inputs the corresponding function command by using the man-machine interface operation, and then the function logic circuit pair can be read through the action The user performs the interpretation of the action, and then issues the corresponding "quote" to the external control command. Step driving the driving mode of the built-in body [0007] wherein the action reading function logic circuit further determines whether the user tilts the body toward a special direction by reading a return signal returned by the gravity sensor. The specific mode; wherein the mode switching function logic circuit activates the external driving mode by pressing a function key or pressing a function menu in the touch panel. [0008] 100106989 In addition, the present invention proposes another smart phone that emits a control in the user's dynamic operation mode, which includes: an ontology, which is a wisdom. The mobile phone has a human-machine interface, and the human-machine interface includes a touch panel, and the body has a corresponding body corresponding to at least one electronic device, at least one electrical appliance or at least one electronic device and at least one electrical device. a driving module capable of controlling a plurality of functions; a gravity sensor disposed in the body, capable of sensing an angular change of the body and a change in acceleration in the space, and generating a specificity on the body The angle of inclination and the specific speed change output different reporting signals; and a central processing system, which is a logic circuit system including a processor disposed in the body, and electrically connected to the human machine interface and the gravity a sensor, and the central processing system can provide at least one action interpretation function logic circuit and an action chain setting function logic by driving by a software body Circuit and a logic circuit function mode switching, and further to a drive control mode for the external operation of the actuating means or the electronic appliances. [0009] wherein the action interpretation function logic circuit can determine whether the user continuously shakes the body for a specific number of times by reading the return signal returned by the gravity sensor; wherein the action link setting function logic circuit is transparent Displaying an input setting operation surface on the human-machine interface, thereby allowing the user to customize the setting of a plurality of external control commands by the action of the action logic circuit, wherein the external control command is When the body is in the external control mode, the electronic device or the electrical appliance may be controlled to perform a plurality of functions for controlling the control; wherein the mode switching function logic circuit can utilize the person by the user After the machine interface inputs a corresponding function command, the external drive mode is activated, and the action logic circuit can be used to perform the action on the user 100106989 Form No. A0101 Page 6 / 21 page 1002011818-0 201238316 [0010] After the interpretation, and then issued the custom 4 corresponding to the external drive command 'to further drive the body built The drive module. Wherein the action interpretation function logic circuit further determines whether the user tilts the body toward a specific direction by a specific angle by reading a return signal returned by the gravity sensor; and wherein the mode switching function logic circuit system The external control mode is activated by pressing a function key or pressing a function menu of the touch panel. [0011] ο ❹ Furthermore, the present invention further proposes another smart phone that issues a control command in a user dynamic operation mode, comprising: a body, which is a smart phone, and has a human machine thereon; An interface, and the human interface includes a touch panel, and the body has a driving mode corresponding to at least one of an electronic device, at least one electrical appliance, or at least one electronic device and at least one electrical appliance. And a central processing system, which is a logic circuit system including a processor disposed in the body and connected to the human face: and the central processing system can provide at least one through the driving of the software. The action interpretation function logic circuit, an action chain, the switch function logic = road 'and then the external drive mode to drive the electronic device or the electrical appliance. [0012] 100106989 wherein the function of the function of the reading function is _ the line trajectory of the user on the touch panel is formed into a shape; wherein the action key setting function logic circuit can be displayed on the human machine interface - Input W knows the screen' and then allows the user to interpret the function logic circuit to determine the action from the action. The (4) foreign material order (4) in the financial form number A0101 « „ _ 7 Page / a total of 21 pages 1002011818- (201238316 mode] can be used to control the electronic device or the electrical appliance to control the use of a plurality of functions; wherein the mode switching function logic circuit can be utilized by the user After the man-machine interface operation inputs a corresponding power command, the external drive mode is activated, and then the action logic circuit can be used to interpret the action of the user, and then the external drive corresponding to the user is issued. An instruction to further drive the driving module built in the body. [0013] wherein the mode switching function logic circuit is pressed by pressing a function key or Pressing a function menu in the touch panel to activate the external control mode. [0014] The smart phone of the present invention that issues control commands in a user dynamic operation mode is designed to make the application of the mobile phone more extensive and more Close to the user's daily life, for example, the user can quickly control the briefing software in the computer through a few simple actions on the mobile phone, or remotely control the commonly used household appliances such as television, air-conditioning, etc., and the convenience is extremely high. And it can be applied in a wide range of fields, and in addition, 'through the customizable mobile phone's control action, the user can do the corresponding control action according to his favorite and habits.
..." : ..V 設定’因此能打造一對其自身而言最合用且最順手之控 制機制。 [0015] 而為了讓上述目的、技術特徵以及實際實施後之增益性 更為明顯易懂’於下文中將係以較佳之實施範例輔佐對 應相關之圖式來進行更詳細之說明。 【實施方式】 [0016] 為利貴審查員暸解本發明之發明特徵、内容與優點及其 所能達成之功效’兹將本發明配合附圖，並以實施例之 100106989 表單編號A0101 第8頁/共21頁 】 201238316 表達形式詳細說明如下，而其中所使用之圖式，其主旨 僅為示意及輔助說明書之用，未必為本發明實施後之真 實比例與精準配置，故不應就所附之圖式的比例與配置 關係侷限本發明於實際實施上的專利範圍，合先敘明。 [0017] 請配合參看第一圖所示，本發明係為一種以使用者動態 操作模式發出控制指令之智慧型手機，其可透過一傳輸 介面做傳輸訊號至一具有邏輯處理能力之電子裝置或者 是可接收遙控訊號而做動之電器用品，進而做為一種輔 Ο..." : ..V settings' thus create the most versatile and convenient control mechanism for itself. [0015] In order to make the above-mentioned objects, technical features, and gains after actual implementation more obvious, the following description will be made in more detail by referring to the corresponding drawings in the preferred embodiments. [Embodiment] [0016] For the benefit of the examiner to understand the features, contents, and advantages of the present invention and the effects thereof, the present invention will be described with reference to the accompanying drawings, and in the embodiment 100106989, Form No. A0101, page 8 / A total of 21 pages] 201238316 The expressions are detailed as follows, and the drawings used therein are for the purpose of illustration and supplementary instructions, and are not necessarily true proportions and precise configurations after the implementation of the invention, and therefore should not be attached. Limitation of the ratio and configuration of the schema The scope of patents of the present invention in actual implementation is described in the first place. [0017] Please refer to the first figure, the present invention is a smart phone that issues control commands in a user dynamic operation mode, which can transmit signals through a transmission interface to an electronic device with logic processing capability or It is an electrical appliance that can receive remote control signals and act as an auxiliary device.
助式或取代式之動作指令輸入源，該傳輸介面或可為USB 傳輸介面、無線網路訊號傳輸介面、藍芽訊號傳輸介面 或者紅外線訊號傳輸介面等，:於一較佳之實瘅方式中包 含一本體（10)、一重力感測器（20)及一中央處理系統 (30) 〇 前述之該本體（10)為一智慧型手機，且於其上設有一人 機介面（11)，該人機介面（u)可供使用者進行觀看訊息 及輸入操作等動作，且該人機介面（⑴包含-觸控面板 (111) ’且本體(10)内建有一對應電子裴置與電器用品 所可供控制做使用之複數個功能的驅動模組（例如一對應 電視各個控制功能編碼之紅外線傳輸編碼機制），以利用 該驅動模組驅控該電子裝置或電㈣品之動作。 [0019] 前述之重力感測器⑽（㈠e_r)設於該本體（⑻内 ，其可感測該本體⑽於空間中呈現之角度變化以及加 速度之變化f ’且依照縣之設定於財 :之角度傾斜時及特定之速度變化時輸出不同的回報:號0 100106989 表單編號A0101 1002011818-0 201238316 [〇〇2〇]前述之該中央處理系統（30)為設於該本體（10)内包含一 處理益之邏輯電路系統，且其電性連接於該人機介面 (11 )及该重力感測器（2 〇)，且該中央處理系統（3 〇 )透過 一軟體之驅動而可至少提供一動作判讀功能邏輯電路 (31)、一動作鏈結設定功能邏輯電路（32)及一模式切換 功月b邏輯電路（3 3 )，進而得以切換至一對外驅控模式來 對該電子裝置或該電器用品進行動作之驅控。 [0021] 其中該動作判讀功能邏輯電路（31 )係可判斷使用者於該 觸控面板（111)上之畫線轨跡是否形成一特定形狀（例如： 方形、圓形、三角形或U、z、v等字之外形尊），且可透 過讀取該重力感測器（20)回傳之回報訊號判斷使用者是 否將該本體（10)連續搖動一特定之次數（例如兩次、三次 或四次），以及可透過讀取該重力感測器（念〇)回傳之回報 訊號判斷使用者是否將該本體（1〇)朝一特定方向傾斜超 過一特疋角度（例如對應水平線朝前方或後方傾斜超過4 5 度角）。 [0022] 其中該動作鏈結設定功能邏輯電路(32)可透過於該人機 "面（11)上顯示一輸入設定操作畫面，進而允許使用者 以該動作判讀功能邏輯電路（31)所能判斷之動作來自定 義設定複數個對外驅控指令，而其中該對外驅控指令即 係於該本體（1 〇 )切換至該對外驅控模式下時，可對該電 子裝置或該電器用品所供控制做使用之複數個功能進行 驅控之指令，示例說明如下：例如欲對應做遙控電視之設 定時，當該輸入設定操作晝面提示使用者”請定義電視 開啟功能動作”時，使用者於該觸控面板（丨1 1 )畫一圓形 100106989 表單編號A0101 第10頁/共21頁 1002011818-0 201238316 Ο [0023} ❹ [0024] ’而當該輸人設尺操作晝面提示使用者”請定義電視關 閉功能動作”時’使用者將該本體（⑻搖晃三次，則上 述動作表絲用麵望崎觸控岐（1⑴畫—圓形之動 作來執行_電視，且希⑼錢切U0)三次來執行 關閉電視；而又例如希望設定於—電腦上做簡報軟體之 操作功能者H歧操作晝面提线肖者，，請設定 翻下-頁之對應動作”肖’使用者於該觸控面板⑴μ 一圓形，而當該輸入設定操作晝面提示使用者，，請設定 翻回上一頁之對應動作”時，使用者將該本體（1〇)搖晃 三次’則設定後即4示使用者將以於觸控面板〇丨丨）畫一 圓形之動作來執行簡報翻下一頁，且希擎以搖晃本體 (10)三次來執行簡報回翻上一頁，諸如此類.，尚有無數 可能之自定義設定，便不於說明書中逐二奪贅述。 其中該模式切換功能邏輯電路（33)可於使用者利用該人 機介面（11)操作輸入一對應之功能指令後（例如按壓一功 能鍵後輸入，或者是按壓一該觸控面板（111)中之功能選 單輸入），啟動該對外驅控模式，以令使用者可透過該動 作判讀功能邏輯電路（31)做動作之判讀，進而發出自定 義後所對應的該對外驅控指令，而進一步駆動本體（10) 内建之對應該電子裝置或該電器用品所可供控制做使用 之複數個功能的驅動模組來進行動作之驅控。 請進一步配合參看第二至五圖所示，而透過本發明之以 使用者動態操作模式發出控制指令之智慧型手機於設計 上之巧思’將可讓手機之應用更加的廣泛且更加的貼近 使用者的日常生活，例如使用者<迅速的透過在手機上 100106989 表單編號A0101 第Π頁/共21頁 1002011818-0 201238316 的幾個簡易動作即對電腦（需係透過對應之軟體做功能應 用）中的簡報軟體做操控，如此一來於會議或者課堂上講 授者將可達到以無線之方法驅控該 簡報而無須定點於電 腦别進行簡報操作’又或者使用者可透過於手機上的簡 易動作遙控如電視、冷氣等常用之家電用品（需係透過對 應之邏輯電路設定做功能應用）’便利性極高，且可應用 之領域廣泛，且再者，透過可自定義手機上的驅控動作 ’使用者可以依其喜愛以及習慣而做對應驅控動作之設 定’因此能打造一對其自身而言最合用且最順手之控制 機制’其所提供之功能及便对性顯然為現有技術所不能 及者，故可見其增益性所在。 [0025] 以上所述之實施例僅係為說明本發明之技術思想及特點 ’其目的在使熟習此項技藝之人士能夠瞭解本發明之内 容並據以實施，當不能以之限定本發明之專利範圍，即 大凡依本發明所揭示之精神所作之均等變化或修掷仍 ....... . — 應涵蓋在本發明之專利範圍内。 [0026] 综觀上述’可見本發明在突破先前之技術下，確實已達 到所欲增進之功效，且也非熟悉該項技藝者所易於思及 ’其所具之進步性、實用性，顯已符合專利之申請要件 ’麦依法提出專利申請，懇請貴局核准本件發明專利申 請案’以勵發明，至感德便。 【圖式簡單說明】 [0027] 第一圖為本發明之以使用者動態操作模式發出控制指令 之智慧型手機之系統配置示意圖。 第二及第三圖為本發明之以使用者動態操作模式發出控 100106989 表單編號A0101 1002011818-0 第12真/共21頁 201238316 制指令之智慧型手機之連續實施例圖。 第四及第五圖為本發明之以使用者動態操作模式發出控 制指令之智慧型手機之另一連續實施例圖。 【主要元件符號說明】 [0028] 本體（10) 人機介面（11) 觸控面板（111) 重力感測器（20) 中央處理系統（30) Ο 動作判讀功能邏輯電路（31) 動作鏈結設定功能邏輯電路（32) 模式切換功能邏輯電路（33) ο 100106989 表單編號Α0101 第13頁/共21頁 1002011818-0The active or alternative action command input source may be a USB transmission interface, a wireless network signal transmission interface, a Bluetooth signal transmission interface or an infrared signal transmission interface, etc., which is included in a preferred embodiment. a body (10), a gravity sensor (20) and a central processing system (30). The body (10) is a smart phone, and a human machine interface (11) is disposed thereon. The human-machine interface (u) allows the user to perform actions such as viewing messages and input operations, and the human-machine interface ((1) includes - touch panel (111)' and the body (10) has a corresponding electronic device and electrical appliance The driving module (for example, an infrared transmission encoding mechanism corresponding to each control function code of the television) for controlling the use of the driving module to control the operation of the electronic device or the electric (four) product. The aforementioned gravity sensor (10) ((i)e_r) is disposed in the body ((8), which can sense the change of the angle of the body (10) in the space and the change of the acceleration f' and is inclined according to the setting of the county at the angle of the fiscal: And the return of the specific speed changes: No. 0 100106989 Form No. A0101 1002011818-0 201238316 [〇〇2〇] The central processing system (30) described above is provided in the body (10) containing a treatment benefit a logic circuit system electrically connected to the human machine interface (11) and the gravity sensor (2 〇), and the central processing system (3 〇) can provide at least one action interpretation function by driving by a software body The logic circuit (31), an action link setting function logic circuit (32) and a mode switching power month b logic circuit (3 3) are further switched to an external driving mode to perform the electronic device or the electrical appliance [0021] wherein the action interpretation function logic circuit (31) determines whether the line trajectory of the user on the touch panel (111) forms a specific shape (for example: square, circle, A triangle or U, z, v, etc., and a return signal returned by the gravity sensor (20) can be used to determine whether the user continuously shakes the body (10) for a specific number of times (eg Twice, three times Four times), and by reading the return signal of the gravity sensor (chanting), it is determined whether the user tilts the body (1〇) in a specific direction by more than a special angle (for example, the corresponding horizontal line is forward or The rear tilting angle exceeds 45 degrees. [0022] wherein the action link setting function logic circuit (32) can display an input setting operation screen on the man machine" face (11), thereby allowing the user to The action that can be determined by the action interpretation function logic circuit (31) is configured to define a plurality of external drive control commands, wherein the external drive control command is when the body (1 〇) is switched to the external drive control mode. The instruction for controlling the plurality of functions used for controlling the electronic device or the electrical appliance is as follows: for example, when the setting of the remote control television is to be performed, when the input setting operation prompts the user, please define When the TV is turned on, the user draws a circle on the touch panel (丨1 1). Form number A0101 Page 10 of 21 page 1002011818-0 201238316 Ο [0023] [0024] 'When the input setting operation screen prompts the user to "define the TV off function action" when the user shakes the body ((8) three times, the above-mentioned action surface is used for the face-to-face touch screen ( 1 (1) painting - circular action to perform _ TV, and Greek (9) money cut U0) three times to perform the shutdown of the TV; and, for example, want to set on the computer to do the briefing software operation function H-division operation face to open the line , please set the corresponding action of the flip-page "Shaw" user on the touch panel (1) μ a circle, and when the input setting operation prompts the user, please set the corresponding action to turn back to the previous page. When the user shakes the main body (1〇) three times, then the setting 4 indicates that the user will draw a circular motion on the touch panel to perform a briefing to turn the next page, and Shake the body (10) three times to perform the briefing and turn back to the previous page, and so on. There are countless possible custom settings, which are not repeated in the manual. The mode switching function logic circuit (33) can be input after the user inputs a corresponding function command by using the man-machine interface (11) (for example, pressing a function key, or pressing a touch panel (111) In the function menu input), the external driving mode is activated, so that the user can interpret the function logic circuit (31) to perform the action interpretation, and then issue the external control command corresponding to the customization, and further The built-in drive unit (10) has a plurality of functions corresponding to the electronic device or the electrical appliance for controlling the operation of the drive module. Please further cooperate with the reference to the second to fifth figures, and the smart design of the smart phone that issues control commands in the user's dynamic operation mode of the present invention will make the application of the mobile phone wider and more close. The user's daily life, such as the user &quickly; through the mobile phone on the 100106989 form number A0101 page / a total of 21 pages 1002011818-0 201238316 several simple actions on the computer (need to use the corresponding software for functional applications The briefing software in the control system, so that in the conference or classroom, the lecturer will be able to wirelessly control the briefing without having to set a point for the computer to perform the briefing operation' or the user can easily access the mobile phone. Action remote control such as TV, air-conditioning and other commonly used household appliances (need to be functional applications through the corresponding logic circuit settings) 'convenient high, and a wide range of applications, and further, through the customizable mobile phone control Action 'users can make settings for the corresponding control actions according to their favorite and habits', so they can create a Combined with the most comfortable and most of the control mechanisms' provided it would be for sexual function and apparently the prior art and those who can not, so it shows a gain of lies. The embodiments described above are merely illustrative of the technical spirit and characteristics of the present invention. The purpose of the present invention is to enable those skilled in the art to understand the contents of the present invention and to implement the present invention. The scope of the patent, that is, the equivalent variation or modification made by the spirit of the present invention, is still within the scope of the patent of the present invention. [0026] Looking at the above, it can be seen that the present invention has achieved the desired effect under the prior art, and it is not familiar with the skill of the artist, and it is easy to think about 'the progress and practicality thereof. The application for the patent has been met. 'Maily filed a patent application, and you are requested to approve the invention patent application' to invent the invention. BRIEF DESCRIPTION OF THE DRAWINGS [0027] The first figure is a schematic diagram of a system configuration of a smart phone that issues a control command in a user dynamic operation mode according to the present invention. The second and third figures are controlled by the user in the dynamic operation mode of the present invention. 100106989 Form No. A0101 1002011818-0 The 12th true/common 21 page 201238316 The instruction system of the smart phone is continuously implemented. The fourth and fifth figures are diagrams of another continuous embodiment of the smart phone in which the control command is issued in the user dynamic operation mode of the present invention. [Main component symbol description] [0028] Body (10) Human machine interface (11) Touch panel (111) Gravity sensor (20) Central processing system (30) 动作 Action interpretation function logic circuit (31) Action link Setting function logic circuit (32) Mode switching function logic circuit (33) ο 100106989 Form number Α0101 Page 13 of 21 page 1002011818-0