M399366 - 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種手持式電子裝置，應用於由各種行動通訊、個人掌 上型資料處理，特別是一種利用動作感應來控制開鎖、上鎖之手持式電子 裝置。 【先前技術】 在資訊化的時代，資訊的快速傳遞及交流，為商業競爭決勝的關鍵， _ 而伴隨著科技的發展，個人電腦（Personal Computer;PC)、行動電話（MobileM399366 - V. New Description: [New Technology Field] This creation is about a handheld electronic device that is used for various mobile communication and personal palm data processing, especially for using motion sensing to control unlocking and locking. Handheld electronic device. [Prior Art] In the era of informationization, the rapid transmission and exchange of information is the key to success in business competition. _ With the development of technology, personal computer (PC), mobile phone (Mobile)
Phone)、筆記型電腦（Notebook)、掌上型個人電腦（HandHdd pers〇naiPhone), Notebook, Pocket PC (HandHdd pers〇nai)
Computer，HPC)、個人數位助理（personai Digital Assistant; PDA)等電子 資料處理器’已成為商務人士不可或缺的重要工具。 以其中行動電話為例，近年來，隨著購機成本降低、以及電信業者的 推廣，加上3G行動電話的普及化，使得整體行動電話市場大幅成長，根據 工研院統計，台灣行動電話的普及率甚至超過100%，換句話說，已經不是 ·、 人手一機的時代’而是有許多人拿超過一支行動電話。 然而，礙於按鍵設計、以及成本考量等因素，一般行動電話的安全防 護措施並不周密；行動電話主要的安全防護大致上有鍵盤鎖或是安全鎖、 - 抑或配合sim卡的密碼等。其中，鍵盤鎖配合密碼設定，除了可以防止他 人使用外，也可以防止平時置放於口袋、或是包包内，不小心誤觸而撥號。 一般行動電話的按鍵雖然可以輸入英文、中文，但是大多需要予以特 別切換才行，因此，主要的密碼設定還是以數字為主，且大多僅為4位數 字’就此4位數字的密碼強度來說，可說是相當薄弱，很容易遭受破解。 3 M399366 再者，當使用者攜帶超過一支行動電話，若每一支密碼設定相同則安全性 堪慮；但若是要記住每一支行動電話密碼，又得花費不少腦力，且現代人 得記憶的密碼又多，包括提款卡密碼、電腦密碼、甚至一般有保全系統的 豕庭防護也需要密碼；因此，對於使用上造成許多不便。如何在兼顧安全 性以及方便性的前提下，提供手持式電子裝置有效的密碼防護，可說是目 前面臨最困難的課題。 【新型内容】 宴於以上的問題’本創作的主要目的在於提供一種動作感應式鎖控之 手持式電子裝置，可供使用者糊動作感應的方式予以控棚鎖' 上鎖， 不僅Alt’方便@時*全性⑧於數字方式的密碼，同時兼顧安全性與便利 性，提高產品競爭潛力。 因此’為達上述目的’本創作所揭露之__種動作感應式鎖控之手持式 電子裝置’係包含有電子裝置本體、介面控制單元、微控制單元、動作感 測器以及德單元，介面控制單元、微控制單元、動作感測器與記憶單 疋白叹置於電子裝置本體内’介面控群元主要藉以控制電子裝置本體之 輸入操作介面’譬如為按鍵或是敏螢幕等之伽或是鎖定；動作感測器 可藉由感應電子裝置本趙之動作，並透職控鮮元來控制分析而產生對 應的動作感測f料’並與記鮮元內所儲存的鎖控資料加以比對，而藉以 作為控制介©_單元之作綠態的依據。 因此，藉由感應動作的方式作微控制手持式電子裝置之開鎖上鎖的 密瑪’除了相較於數字密碼較為安全外，配合身艘自餘憶，將比數字密 易。予使用者牢兄’而可達到更加安全的防護以及更加便利的使用 M399366 性0 為使對本創作的目的、特徵及其功能有進一步的了解，兹配合圖式詳 細說明如下： 【實施方式】 根據本創作所揭露之動作感應式鎖控之手持式電子裝置，請參閱第^ 圖’係為本創作所揭露之動作感應式鎖控之手持式電子裝置的示意圖。 , 本鋪職露之動佩駭鎖控之手狀電孩置，包含有電子裝置 籲本體ίο、動作感測器u、介面控制單元u、微控制單元n、無線通訊單 兀Μ以及s己憶單兀Μ。就本創作之電子裝置本體1〇來說常見者可為行 動電話、個人數位助理等手持式電子裝置，而動作感測器i卜介面控制單 疋12、微控制單元1；3、無線通訊單元M以及記鮮元μ等各單元則設置 於電子裝置本體10内部。 微控制¥元13騎持式電子裝置的續，貞責處理各種雜以及各單 _元的運作、替’因此，根據手持式電子裝置之魏、規格不同亦有不 氣同之規格。介面控制單元12則用以控制使用者輸入之介面，一般說來，以 行動電話為例，則為按鍵的部份，而根據部份高階的商務型手機或是個 人數位助理等’射有可能包含觸控螢幕，藉由介面控解元12的控制， 則可提供使用者藉以輸入訊號、操作指令；同時，就本創作來說介面控 制單元12之-個重要功能，則為控制輸入介面（按鍵或是觸控勞幕）之鎖 控，亦即輸入介面之上鎖或是開鎖。 b無線通訊單元丨4則藉以進行無線通訊，譬如行動電話之通話、發話、 或是發送電子郵件、簡訊等，當然，部份陽春之個人數位助理亦有可能不 5 具備有通默魏，而縣電子㈣之處理，航單元亦村辭以省略。 讀单兀15縣補式行動單肋，藉财轉各式的簡，以行動電話為 例’可能為通訊錄、通話紀錄、簡訊等，而個人數位助理或是高階商務型 手機，則可能更包含有電子郵件、文書處理檔案、行程表、甚至多媒體資 料等等；而針對本創作而言，記憶單元15則更儲存有鎖控㈣，其為開鎖 或是上鎖之標準動作，用以提供微處理單心比對的基準而使其經由介 面控制單元12來控制輸入介面的鎖控。 動作感測器11主要藉以感測電子裝置本體1〇之動作，換句話說就 疋使用者握持電子裝置本體1〇之各種方向的獅，請同時參㈣2圖。一 般說來’因以動作來作為密碼設定林需要過於複雜或是精細的動作感 測’因此，-般可單純以二維加速度計作為動作感測器u，藉以感測使用 者50揮動/擺動電子裂置本體1〇之加速度，而經由微處理單元u分析獲得 動作感測資料。 因此，就二維加速度計來說，可以分別感應第一軸與第二轴的加速度 變化，一般說來，第一軸與第二轴相互垂直，且為電子裝置本體1〇操作平 面上的二個軸，換句話說，若是以一個使用者操作使用來看，概略為平行 使用者身體之平面上的二個軸，也就是使用者操作電子裝置本體1〇上下以 及左右擺動所繞的二軸。就第2圖來看，係定義使用者5〇之朝上方向為Z 軸’而使用者50之往右方向為X軸；假設使用者5〇手持電子裝置本體1〇 操作時，電子裝置本體10並非做單純的直線運動，而是依可旋轉之手部關 節（手腕或是手肘）為支點做旋轉運動’因此嚴格說來，動作感測器U乃 是感測到相對應的角速度，也就是繞X轴方向的角速8ωχ、以及繞Z轴方 M399366 s 向的角速度ωζ。 因此相對應感_之動作為上 '下、左、右等，若是更加精細或是經 過邏輯運算等，亦可增加左上、左下、右上以及右下等共八個方向。因此， Ρ可藉由此些動作之組合，來構成電子裝置本趙⑺之開鎖或是上鎖的密 碼；換句話說’使用者50以實際揮動的方式預先設定所需的密碼此密碼 ••即會崎於記憶單①15巾作為鎖控資料。當使用者Μ欲開鎖或上鎖時， ‘同樣藉由揮動電子裝置本體1〇，而由動作感測器U感應並經由微處理單 • ①13分析得到動作感測資料，並與記憶單S 15中的鎖控資料比對，若是 符σ致的話，則透過介面控制單元丨2將輸入介面予以開鎖或上鎖。譬如， 使用者50可设定「上下上左右下」為密碼，則每次要開鎖、上鎖則需要依 序揮動此一密碼，當然’動作越雜、多種，安全性相對也越高。 而就二維加速度計來說，為了配合目前曰趨輕薄的手持式電子裝置， 因此以互補式金氧半導體微機電系統【CMOS-MgMS (c〇mpiementaiy -Metal-〇xide- Semiconductor > CMOS ) » ( Micro Electro Mechanical Systems * ·、MEMS)】之製程來形減佳，而根據其感應方式，可以分為壓阻式二維加 速度計、壓f式二維加it度計、穿喊二維加速度計、共振式二維加速度 計、或電容式二維加速度計等各種態樣。 . 本創作所揭露之動作感應式鎖控之手持式電子裝置，設計具有動作感 測器，可供使用者利用動作感應的方式予以控制開鎖、上鎖，配合人類身 體自然記憶，不僅相較於數字密碼更方便記憶，同時安全性亦高於數字方 式的密碼，同時兼顧安全性與便利性，提高產品競爭潛力。 雖然本創作以前述之實施例揭露如上，然其並非用以限定本創作。在 7 M399366 不脫離本創作之精神和範_，所為之更動朗飾，關本創作之專利保 護範圍’於本創作所界定之保護範猶參考所附之㈣專利範園。 【圖式簡單說明】 第1圖係為本創作所揭露之動作感應式鎖控之手持式電子裝置的示意圖。 第2圖係為本創作所揭露之動作感應式鎖控之手持式電子裝置的使用狀態 示意圖。 【主要元件符號說明】 1(>電子裝置本體 11動作感測器 12介面控制單元 U微控制單元 14無線通訊單元 15記憶單元 5〇使用者 X X轴 z Z轴 ωχ ' ω2 角速度Electronic data processors such as Computer, HPC, and personal digital assistants (PDAs) have become an indispensable tool for business people. Taking mobile phones as an example, in recent years, with the reduction of purchase costs, the promotion of telecom operators, and the popularization of 3G mobile phones, the overall mobile phone market has grown substantially. According to the statistics of the Industrial Technology Research Institute, the popularity of mobile phones in Taiwan The rate is even more than 100%. In other words, it is no longer the era of manpower. But many people take more than one mobile phone. However, due to factors such as button design and cost considerations, the general mobile phone security measures are not well-considered; the main security protection of mobile phones is generally a keyboard lock or a security lock, or a password for a SIM card. Among them, the keyboard lock and password setting can not only prevent others from using it, but also prevent it from being placed in a pocket or a bag, and accidentally touch and dial. Although the buttons of general mobile phones can input English and Chinese, most of them need to be specially switched. Therefore, the main password settings are mainly digital, and most of them are only 4 digits. It can be said that it is quite weak and it is easy to be cracked. 3 M399366 Furthermore, when the user carries more than one mobile phone, if each password is set the same, the security is worrying; but if you want to remember each mobile phone password, it will take a lot of brain power, and modern people There are many passwords to remember, including ATM card passwords, computer passwords, and even passwords for general security systems. Therefore, it is inconvenient for use. How to provide effective password protection for handheld electronic devices under the premise of both safety and convenience is the most difficult task at present. [New Content] Banquet on the above questions' The main purpose of this creation is to provide a hand-held electronic device with motion-sensing lock control, which can be used to control the shed lock of the user in the way of paste motion sensing, not only Alt' convenient @时*全性8 is a digital password, which combines security and convenience to enhance the product's competitive potential. Therefore, for the purpose of the above-mentioned purposes, the hand-held electronic device of the action-sensing lock control disclosed in the present invention includes an electronic device body, an interface control unit, a micro control unit, a motion sensor, and a German unit. The control unit, the micro control unit, the motion sensor and the memory unit are placed in the electronic device body. The interface control group mainly controls the input operation interface of the electronic device body, such as a button or a sensitive screen. It is a lock; the motion sensor can control the analysis by the inductive electronic device, and control the analysis to generate the corresponding motion sensing material, and the lock control data stored in the fresh element is used. The comparison is used as the basis for controlling the green state of the unit__ unit. Therefore, the micro-control of the unlocking and locking of the handheld electronic device by means of the sensing action is safer than that of the digital password, and it is more convenient than the digital memory. To provide users with a safer protection and more convenient use of M399366. In order to further understand the purpose, features and functions of this creation, the following is a detailed description of the following: [Embodiment] The hand-held electronic device of the motion-sensing lock control disclosed in the present application is referred to as a schematic diagram of the hand-held electronic device of the motion-sensing lock control disclosed in the present disclosure. The hand-painted electric child of the shop, including the electronic device appeal body ίο, motion sensor u, interface control unit u, micro control unit n, wireless communication unit and s Recalling the single. For the electronic device body 1 of the present invention, a common handheld electronic device such as a mobile phone or a personal digital assistant can be used as a mobile phone, and a motion sensor I interface control unit 12, a micro control unit 1; Each unit such as M and the recording element μ is provided inside the electronic device body 10. The control of the sequel to the sequel to the sequel to the sequel to the sequel to the sequel to the sequel to the singularity of the singularity of the singularity of the singularity of the electronic device. The interface control unit 12 is used to control the user input interface. Generally speaking, in the case of a mobile phone, it is a part of a button, and according to some high-end business type mobile phones or personal digital assistants, it is possible to shoot. Including the touch screen, the control of the interface control unit 12 can provide the user with input signals and operation instructions; at the same time, for the creation of the interface, the important function of the interface control unit 12 is the control input interface ( The lock of the button or the touch screen, that is, the input interface is locked or unlocked. b The wireless communication unit 丨4 is used for wireless communication, such as a mobile phone call, a phone call, or an e-mail, a newsletter, etc. Of course, some of the personal digital assistants of Yangchun may not have the acquaintance. The processing of the county electronics (four), the navigation unit is also omitted from the village. Read the single-country 15 county supplementary action single-ribbon, borrowing all kinds of simple, use mobile phone as an example 'may be address book, call record, newsletter, etc., while personal digital assistant or high-end business phone, may be more Including the e-mail, document processing files, itinerary, and even multimedia materials, etc., for the purpose of the creation, the memory unit 15 further stores a lock control (4), which is a standard action of unlocking or locking, to provide The single-core aligned reference is micro-processed to control the locking of the input interface via the interface control unit 12. The motion sensor 11 mainly senses the action of the electronic device body 1 , in other words, the user holds the lion in various directions of the electronic device body 1 , and refers to the ( 4 ) 2 picture at the same time. Generally speaking, 'because the action is used as the password setting, the forest needs to be too complicated or fine motion sensing. Therefore, the two-dimensional accelerometer can be simply used as the motion sensor u to sense the user 50 waving/swinging. The electrons are dissected by the acceleration of the body, and the motion sensing data is obtained through the analysis of the micro processing unit u. Therefore, in the case of a two-dimensional accelerometer, the acceleration changes of the first axis and the second axis can be respectively induced. Generally, the first axis and the second axis are perpendicular to each other, and are two on the operation plane of the electronic device body 1 In other words, if viewed by a user, it is roughly two axes on the plane parallel to the user's body, that is, the two axes around which the user operates the electronic device body 1 〇 up and down and left and right swings. . As shown in FIG. 2, it is defined that the user's upward direction is the Z-axis and the user's 50 is the X-axis. If the user 5's handheld electronic device is operated, the electronic device body 10 is not a simple linear motion, but a rotary motion based on a rotatable hand joint (wrist or elbow). Therefore, strictly speaking, the motion sensor U senses the corresponding angular velocity. That is, the angular velocity 8ωχ around the X-axis direction and the angular velocity ωζ around the Z-axis M399366 s. Therefore, the action of the corresponding sense is upper, lower, left, right, etc. If it is more detailed or logically operated, it can also increase the eight directions of upper left, lower left, upper right, and lower right. Therefore, the combination of these actions can constitute the unlocking or locking password of the electronic device Ben Zhao (7); in other words, the user 50 pre-sets the required password in the actual waving manner. That is, the memory of the single 115 towel as a lock control data. When the user wants to unlock or lock, 'the same is detected by the motion sensor U and the motion sensing data is obtained through the micro-processing unit 113, and the memory sheet S 15 In the lock control data comparison, if it is σ, the input interface is unlocked or locked through the interface control unit 丨2. For example, the user 50 can set "up and down, left and right" as the password, and each time the lock is to be unlocked or locked, the password needs to be swiped in sequence. Of course, the more the action is, the more the security is relatively higher. For the two-dimensional accelerometer, in order to cope with the current thin and light handheld electronic device, the complementary MOS semiconductor MEMS [CMOS-MgMS (c〇mpiementaiy - Metal-〇xide- Semiconductor > CMOS) » (Micro Electro Mechanical Systems * ·, MEMS)] The process is better, and according to its sensing method, it can be divided into piezoresistive two-dimensional accelerometer, pressure f-type two-dimensional plus itometer, and shouting two-dimensional Various aspects such as accelerometers, resonant two-dimensional accelerometers, or capacitive two-dimensional accelerometers. The hand-held electronic device of the motion-sensing lock control disclosed in the present invention is designed with a motion sensor, which can be controlled by the user to use the motion sensing method to unlock and lock, and cooperate with the natural memory of the human body, not only compared with Digital passwords are more convenient to remember, and security is also higher than digital passwords, while taking into account security and convenience, and improve product competition potential. Although the present invention has been disclosed above in the foregoing embodiments, it is not intended to limit the present invention. In 7 M399366, it does not deviate from the spirit and scope of this creation, and it is more versatile. The scope of patent protection for this creation is based on the protection of the creation of this creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a hand-held electronic device with motion-sensing lock control disclosed in the present disclosure. Figure 2 is a schematic diagram showing the state of use of the hand-held electronic device of the motion-sensing lock control disclosed in the present disclosure. [Main component symbol description] 1 (> electronic device body 11 motion sensor 12 interface control unit U micro control unit 14 wireless communication unit 15 memory unit 5 〇 user X X axis z Z axis ω χ ' ω2 angular velocity