201042510 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種指套式操作設備，尤指一種套設於 使用者手指之指套式操作設備。 σ 、 【先前技術】 Ο Ο 目前用於電腦裝置之操作設備，最普遍之方式為使用 滑鼠、觸控板、與搖桿等作為操作游標之操作設備^ 使用滑鼠時必須使用於一如桌面等實體平面： 有足夠之空間供滑鼠移動，因而造成使用上之不便。而/、 當使用觸控板作為操作之方式時，由於觸口 裝=筆記型電腦’觸控板受限於其面積之大：，使：： 半使用筆記型電腦二 備。 ’、电知者予願使用滑鼠作為操作設 另外使用搖桿作為操作太 於一實體平面上#^ ^ ，雖j不需將搖桿設置 者若二:： 但使用摇桿時需以手掌握持。使用 有右而於鍵盤上打字日卑 丁 尺用 之不便。 子舰下該搖桿，亦造成使用上 【發明内容】 本發明之目的係提佴— 分別套設於使用者 、一#扣套式操作設備，其包含一 ,,0 扎之弟一操作裝置與第二操作f置，# ac日套式操作設備於 作衷置，亚 、算二π之運動加速度值，操作一 201042510 電子裝置。 』為了達成上述之目的，本發明係提供—種指 设備’係包含-第—操作裝置與一第二操 二： 操作裝置與第二操作襄置係分別套設於—❹者，= 該第-綱置係包含一第—加速度傳感器、：；： =庠與::—信號發射模組。該第-加速度傳感器， '、用乂依序感應,亥第一操作裝置於三 Ο 度，以形成:加速度資訊。該第—編碼模組 加速度傳感a接，亚用以轉換該加速度資訊為—益 號編碼。該第-信號發射模組，係與該第二 接 並用以接收並發射該無線訊號編碼於1子裝L = 作該電子裝置。 θ * 综上所述，本發明之指套式操作設備不需於-實體平面 上使用’亦不需受限於操作之空間，因而能增加使用上之便 利性。另外使用者亦不需握持該指套式操作設備進行操作， 0可方便使用者打字或是握持其他物品，亦能增加使用上之便 利。 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。 【實施方式】 請參閱第-圖，係本解之指套式操作設備套設於使用 者之手指之外觀立體圖。該指套式操作設備】係、包含一第一 操作裝置1GG與-第二操作裝置2⑽，該[操作裝置1〇〇 201042510 與該第二操作裝置200係可為環形或U形，並可分別套設於 一使用者之手指。該第一操作裝置100與該第二操作裝置200 係用以測量其本身於三維空間運動之加速度值，以操作一電 子裝置300(圖未示）。 請參閱第二圖，本發明之指套式操作設備與電子裝置之 功能方塊圖。該第一操作裝置100係包含一第一加速度傳感 ’ 器110、一第一編碼模組120、一第一信號發射模組130、與 一第一電源模組140。 U .該第一加速度傳感器ll〇(G sensor)係用以依序感應該第 一操作裝置100於三維空間之運動加速度值，以形成一加速 度資訊。該第一編碼模組120係可為一處理晶片或其相關電 路所構成，該第一編碼模組120係與該第一加速度傳感器110 輛接，並用以轉換該加速度貧訊為一無線訊號編碼。該第'一 加速度傳感器110偵測物體加速度之原理係為一習知技術， 在此不多加累述。 八 該第一信號發射模組130係可為一射頻（RF)模組、藍 牙傳輸模組、或紅外線傳輸模組等可發射無線訊號之信號發 ^ 射模組及其相關電路所構成。該第一信號發射模組130係與 該弟二編碼模組220輕接’並用以接收並發射該無線訊號編 碼於一電子裝置300，藉以操作該電子裝置300。 該第一電源模組140係用以供應該第一加速度傳感器 110、第一編碼模組120、與該第一信號發射模組130之電源。 該第一電源模組140係可為由一電池及其相關電路所構成， 該第一電源模組140係亦可為一無線充電模組及其相關電路 5 201042510 所構成。該無線充電模組係可由一射頻接收器（圖未示）與 一充電電池（圖未示）所構成，該射頻接受器係接收一能量 發射器之電磁波，並將之轉換為電能，以儲存於該充電電池。 如可方便使用者不需時常置換電池會對電池進行充電。 請參閱第二圖，本發明之指套式操作設備1與電子裝置 300之功能方塊圖。該第二操作裝置200係包含一第二加速 • 度傳感器210、一第二編碼模組220、一第二信號發射模組 230、與一第二電源模組240。 v 該第二加速度傳感器210(G sensor)係用以依序感應該第 二操作裝置200於三維空間之運動加速度值，以形成一加速 度資訊。該第二編碼模組220係可為一處理晶片或其相關電 路所構成，該第二編碼模組220係與該第二加速度傳感器210 耦接，並用以轉換該加速度資訊為一無線訊號編碼。該第二 加速度傳感器210偵測物體加速度之原理係為一習知技術， 在此不多加累述。 〇 該第二信號發射模組230係可為一射頻（RF)模組、藍 牙傳輸模組、或紅外線傳輸模組等可發射無線訊號之信號發 ’ 射模組及其相關電路所構成。該第二信號發射模組230係與 該第二編碼模組220耦接，並用以接收並發射該無線訊號編 碼於一電子裝置300，藉以操作該電子裝置300。 該第二電源模組240係用以供應該第二加速度傳感器 210、第二編碼模組220、與該第二信號發射模組230之電源。 該第二電源模組240係可為由一電池及其相關電路所構成， 該第二電源模組240係亦可為一無線充電模組及其相關電路 6 201042510 所構成。該無線充電模組係可由一射頻接收器（圖未示）與 一充電電池（圖未示）所構成，該射頻接受器係接收一能量 發射器之電磁波5並將之轉換為電能’以儲存於該充電電池。 如可方便使用者不需時常置換電池會對電池進行充電。 於本發明中可更進一步包含一能量發射器，該能量發射 器係可與該電子裝置300連接或設置於該電子裝置300内， 以發射一電磁波於該第一電源模組140與該第二電源模組 240。上述之無線充電技術係為一習知技術，在此不多加累述。 該電子裝置300係可為一電腦裝置，如桌上型電腦、筆 記型電腦、個人數位助理（PDA)、智慧型手機等。該電子裝 置300係包含一接收模組310、一處理模組320、一記憶單元 330、與一顯示單元340。 該接收模組310係用以接收從該第一操作裝置100與該 第二操作裝置200傳來之無線訊號編碼。該處理模組320係 可由一中央處理器與其相關電路所構成。係與該接收模組 310搞接’並用以由§亥接收；f旲組310接收該無線訊5虎編碼’ 並加以處理。 該記憶單元330係可為一記憶體，該記憶單元330係與 該處理模組320耦接，並用以暫存該處理模組320進行運算 時之暫存資料。該記憶單元330並存有一運算程式。 該顯示單元340係可為一液晶顯示螢幕，並與該處理模 組320耦|接，該顯示單元340並用以顯示一物件。該處理模 組320係可依據該記憶單元330之運算程式，將該無線訊號 編碼形成一指令訊號，以操作該物件，於本實施例中，該物 7 201042510 件係可為一游標，該處理模組320係依據該指令訊號操作該 游標於顯示晝面中移動，或是執行擊點(click)指令。 於另一實施例中，該物件係可為一虛擬物件。該處理模 組320係依據該指令訊號操作該虛擬物件於一三維之虛擬實 境中進行三維移動。再於另一實施例中，該電子裝置300係 可為一可移動式（movable)遙控電子裝置300，如遙控機器 ' 人、遙控汽車等。該電子裝置300係用以接收該第一信號發 射模組130與該第二信號發射模組230之無線訊號編碼，並 依據該無線訊號編碼，作相對應操作，例如移動等。 請參與第一圖，下述之元件標號可參考第二圖。當使用 者欲使用本發明之指套式操作設備1可將該第一操作裝置 100與該第二操作裝置200分別套至一手指上。使用者之手 部可於一三維空間中移動，當使用者之手部由靜止至移動時 該指套式操作設備1會產生一加速度。該加速度可由該第一 加速度傳感器110與該第二加速度傳感器210所偵測，以形 ❹ 成該加速度貢訊’並依據該加速度貧訊之分量5分為二個加 速度值：一 X軸加速度值、一 Y軸加數度值與一 Z軸加速度 ' 值。該第一訊號模組與該第二訊號模組可將該加速度資訊傳 遞於該電子裝置300之接收模組310，並由該電子裝置300 加以分析。 若使用者之手部於一移動平面P1上移動，此時該第一操 作裝置100與該第二操作裝置200朝同方向運動，因此該第 一加速度傳感器110與該第二加速度傳感器210所偵測之加 速度應為相等。另外移動平面P1係設為由X軸與Y轴所構 8 201042510 成之平面，因此縣_作設備4狀 =:==#軸加數二極小， 3]。接受上述之該第一操：置 === 所發送之鱗訊號㈣，加以am 設備進形-移動動作，二;:=，可判定該指套式操作 Ο 之方向持續移動。當使用早凡34G上作相對應 可停止該物件移動。因此==移動時’該電腦裝置 匕本杳明可取代一般電腦滑鼠之移動 勁作。 於另一實施例中，該带工壯 設们之移動為-：維^1置可判定該指套式操作 一一 、准知動，思即，當該電子裝置：300顯201042510 VI. Description of the Invention: [Technical Field] The present invention relates to a finger-type operating device, and more particularly to a finger-operated operating device that is sleeved on a user's finger. σ, [Prior Art] Ο Ο The most common way to operate the device for a computer device is to use a mouse, a touchpad, and a joystick as operating devices for operating the cursor. Solid plane such as desktop: There is enough space for the mouse to move, which makes it inconvenient to use. And /, when using the touchpad as the way of operation, because the touchpad = notebook computer 'touchpad is limited by its large area:, make:: semi-use notebook computer. ', the electric knower would like to use the mouse as an operation to use the joystick as an operation too much on a physical plane #^ ^, although j does not need to set the joystick if two:: but use the joystick when you need Mastery. It is inconvenient to use the right and the type on the keyboard. The rocker under the sub-ship also causes the use of the invention. [The present invention] The object of the present invention is to provide a user-operated, one-sleeve type operating device, which comprises a, 0, and a brother-operating device. With the second operation f, the # ac day-mounted operating device is in a set, sub-, and two π motion acceleration values, operating a 201042510 electronic device. In order to achieve the above object, the present invention provides a type of device comprising a first operating device and a second operating device: the operating device and the second operating device are respectively disposed on the device, = The first-level system includes a first-acceleration sensor, :;: =庠 and ::: signal transmitting module. The first acceleration sensor, ', is sequentially sensed by the cymbal, and the first operating device is at three degrees to form: acceleration information. The first coding module is connected to the acceleration sensor a, and is used to convert the acceleration information into a code. The first signal transmitting module is coupled to the second to receive and transmit the wireless signal encoded in the sub-package L = as the electronic device. θ * In summary, the finger-operated device of the present invention does not need to be used on a physical plane and does not need to be limited by the space of operation, thereby increasing the convenience of use. In addition, the user does not need to hold the finger-operated operation device to operate, and 0 can facilitate the user to type or hold other items, and can also increase the convenience of use. The advantages and spirit of the present invention will be further understood from the following detailed description of the invention. [Embodiment] Please refer to the figure--, which is a perspective view of the appearance of the finger-operated device of the present solution placed on the user's finger. The finger-operated operating device includes a first operating device 1GG and a second operating device 2 (10), and the operating device 1〇〇201042510 and the second operating device 200 can be ring-shaped or U-shaped, and can be respectively Set on the finger of a user. The first operating device 100 and the second operating device 200 are configured to measure an acceleration value of the movement in the three-dimensional space to operate an electronic device 300 (not shown). Please refer to the second figure for a functional block diagram of the finger-operated device and the electronic device of the present invention. The first operating device 100 includes a first acceleration sensor 110, a first encoding module 120, a first signal transmitting module 130, and a first power module 140. The first acceleration sensor ll (G sensor) is used to sequentially sense the motion acceleration value of the first operating device 100 in a three-dimensional space to form an acceleration information. The first encoding module 120 can be configured as a processing chip or a related circuit thereof. The first encoding module 120 is connected to the first acceleration sensor 110 and used to convert the acceleration information into a wireless signal encoding. . The principle that the first acceleration sensor 110 detects the acceleration of the object is a conventional technique, and is not described here. The first signal transmitting module 130 can be a radio frequency (RF) module, a Bluetooth transmitting module, or an infrared transmitting module, and the like, and a signal transmitting module capable of transmitting a wireless signal and related circuits. The first signal transmitting module 130 is connected to the second encoding module 220 and used to receive and transmit the wireless signal to an electronic device 300 for operating the electronic device 300. The first power module 140 is configured to supply the first acceleration sensor 110, the first encoding module 120, and the power of the first signal transmitting module 130. The first power module 140 can be composed of a battery and related circuits. The first power module 140 can also be a wireless charging module and its associated circuit 5 201042510. The wireless charging module can be composed of a radio frequency receiver (not shown) and a rechargeable battery (not shown). The radio frequency receiver receives an electromagnetic wave of an energy transmitter and converts it into electric energy for storage. For the rechargeable battery. If the user can easily replace the battery, the battery will be charged. Please refer to the second figure for a functional block diagram of the finger-operated device 1 and the electronic device 300 of the present invention. The second operating device 200 includes a second acceleration sensor 210, a second encoding module 220, a second signal transmitting module 230, and a second power module 240. The second acceleration sensor 210 (G sensor) is configured to sequentially sense the motion acceleration values of the second operating device 200 in a three-dimensional space to form an acceleration information. The second encoding module 220 is configured to be a processing chip or a related circuit. The second encoding module 220 is coupled to the second acceleration sensor 210 and configured to convert the acceleration information into a wireless signal encoding. The principle that the second acceleration sensor 210 detects the acceleration of the object is a conventional technique, and is not described here. The second signal transmitting module 230 can be a radio frequency (RF) module, a Bluetooth transmission module, or an infrared transmission module, and the like, which can transmit a wireless signal, and a related circuit. The second signal transmitting module 230 is coupled to the second encoding module 220 and configured to receive and transmit the wireless signal to an electronic device 300 for operating the electronic device 300. The second power module 240 is configured to supply power to the second acceleration sensor 210, the second encoding module 220, and the second signal transmitting module 230. The second power module 240 can be composed of a battery and related circuits. The second power module 240 can also be a wireless charging module and its associated circuit 6 201042510. The wireless charging module can be composed of a radio frequency receiver (not shown) and a rechargeable battery (not shown). The radio frequency receiver receives an electromagnetic wave 5 of an energy transmitter and converts it into electric energy to store For the rechargeable battery. If the user can easily replace the battery, the battery will be charged. The present invention may further include an energy emitter connected to the electronic device 300 or disposed in the electronic device 300 to emit an electromagnetic wave to the first power module 140 and the second Power module 240. The wireless charging technology described above is a conventional technique and will not be described here. The electronic device 300 can be a computer device such as a desktop computer, a notebook computer, a personal digital assistant (PDA), a smart phone, and the like. The electronic device 300 includes a receiving module 310, a processing module 320, a memory unit 330, and a display unit 340. The receiving module 310 is configured to receive the wireless signal code transmitted from the first operating device 100 and the second operating device 200. The processing module 320 can be constructed by a central processing unit and its associated circuitry. It is connected to the receiving module 310 and used to receive and receive the wireless 5 code. The memory unit 330 can be a memory. The memory unit 330 is coupled to the processing module 320 and temporarily stores the temporary storage data when the processing module 320 performs operations. The memory unit 330 also has a computing program. The display unit 340 can be a liquid crystal display screen and coupled to the processing module 320. The display unit 340 is used to display an object. The processing module 320 can encode the wireless signal to form an instruction signal according to the operation program of the memory unit 330 to operate the object. In this embodiment, the object 7 201042510 can be a cursor. The module 320 operates the cursor to move in the display surface according to the command signal, or executes a click command. In another embodiment, the item can be a virtual item. The processing module 320 operates the virtual object to perform three-dimensional movement in a three-dimensional virtual reality according to the command signal. In another embodiment, the electronic device 300 can be a removable remote control electronic device 300, such as a remote control machine, a remote control car, or the like. The electronic device 300 is configured to receive the wireless signal code of the first signal transmitting module 130 and the second signal transmitting module 230, and perform corresponding operations, such as moving, according to the wireless signal encoding. Please refer to the first figure. The following component numbers can refer to the second figure. When the user wants to use the finger-operated operating device 1 of the present invention, the first operating device 100 and the second operating device 200 can be respectively placed on a finger. The user's hand can be moved in a three-dimensional space, and the finger-operated device 1 generates an acceleration when the user's hand is stationary to moving. The acceleration may be detected by the first acceleration sensor 110 and the second acceleration sensor 210 to form the acceleration tribute ' and is divided into two acceleration values according to the component 5 of the acceleration lag: an X-axis acceleration value , a Y-axis adder value and a Z-axis acceleration' value. The first signal module and the second signal module can transmit the acceleration information to the receiving module 310 of the electronic device 300 and be analyzed by the electronic device 300. If the hand of the user moves on a moving plane P1, the first operating device 100 and the second operating device 200 move in the same direction, so the first acceleration sensor 110 and the second acceleration sensor 210 detect The measured acceleration should be equal. In addition, the moving plane P1 is set to be a plane formed by the X-axis and the Y-axis 8 201042510, so the county_device 4 shape =:==#axis plus two poles, 3]. Accepting the first operation described above: setting the scale signal (4) sent by ===, and performing the shape-moving action of the am device, 2;:=, it can be determined that the direction of the finger-type operation 持续 continues to move. When using the earlier 34G, the object can be stopped. Therefore, when the mobile phone is installed, the computer device can replace the general computer mouse movement. In another embodiment, the movement of the worker is -: dimension 1 can determine the finger-operated operation - the quasi-intelligence, thinking, when the electronic device: 300 display
甘&於相7F單元34Q日夺’該電子裝置_依據 =式操作設備1於三維空間㈣加速度之方向HGan & in the phase 7F unit 34Q seized the electronic device _ according to the = operating device 1 in the three-dimensional space (four) acceleration direction H
G 虛擬實境中之—物件(如—虛擬人物物件或一飛行 當Μ者於該移動平面？1上，以—手指作—次上下運動 =弟二圖所示’使用者僅將第—操作裝置⑽於γ軸方 二信下私t力、^%第—操作裳置200僅能測量到微小之加速 =或疋測里不到加速度值，該第一操作裝置]⑻僅測量 電子f ί 軸加迷度值及2軸加速度值相當小。該 操作裝置_與該第二操作裝置 時間依據該第一操作裝置1〇〇於-預定 加逮度值，計算出該第一操作裝置1〇〇於 201042510 γ軸上之位移量。如第四圖所示，該第—操 移動一 餐擎晴請折返後之 曰田以2内—操作裝置⑽並無上述之上 ^該好裝置可敢該指套式操作設備〗進行 i=gl心獅。因此本發明可取代—般電腦滑鼠單擊點 Ο Ο 運編t於上述之操作’該第—操作裝置iGG作兩次連續上下 =二，該電子裝置300可判定該指套式操作設備！進行一 動作’如第四_示。因此本發明可取 n另又电月自滑鼠雙擊點之動作。 相互第一晴置1〇°與該第二操作裝置20。 破约，该第-操作裝置1〇〇所偵測一加速 :操作裝置所偵測加速度值相反，並且於:―時： 動作作設備1進行一^關 擊點之動丨“ +狀恶’進而停止操作該物件移動或是作 啟^ I 開關動作，則該電子裳置_形成- 之操作操作該物件。τ再-人依據私套式操作設備i 電子=者可Γ切換該指套式操作設備1是否操作該 蚪，可中斷對該電子裝置300之操作。 U舌動 綜上所述’本發明之縣式操作設備丨不需於—實體平 10 201042510 面上使用，亦不需受限於操作之空間，因而能增加使用上之 便利性。另外使用者亦不需握持該指套式操作設備1進行操 作，可方便使用者打字或是握持其他物品，亦能增加使用上 之便利。 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 Θ 之專利範圍的範轉内。 【圖式簡早說明】 第一圖係本創作之指套式操作設備套設於使用者之手指 之外觀立體圖； 第二圖係本發明之指套式操作設備與電子裝置之功能方 塊圖； 〇 第三圖係本發明之第一操作裝置之使用狀態圖； 第四圖係本發明之指套式操作設備進行單擊操作之時間與 ' 位移關係圖；以及 _ 第五圖係本發明之指套式操作設備進行單擊操作之時間與 位移關係圖。 【主要元件符號說明】 [本發明] 指套式操作設備1 11 201042510 第一操作裝置100 第一加速度傳感器110 第一編碼模組120 第一信號發射模組13 0 第一電源模組140 第二操作裝置200 第二加速度傳感器210 第二編碼模組220 第二信號發射模組230 第二電源模組240 電子裝置300 接收模組310 處理模組320 記憶單元330 顯示單元340 移動平面P1 溫度T 預定時間T1 間隔時間T2 距離S 移動距離S1G virtual reality - the object (such as - virtual character object or a flying squatter on the moving plane? 1, with - finger for the next up and down movement = the second figure shown in the user's only the first operation The device (10) can only measure the slight acceleration in the γ-axis and the second operation, and the first operation device] (8) only measures the electron f ί. The shaft plus camber value and the 2-axis acceleration value are relatively small. The operating device_ and the second operating device time calculate the first operating device according to the first operating device 1 at a predetermined acceleration value. 〇 2010 201042510 The amount of displacement on the γ axis. As shown in the fourth figure, the first movement of a meal, Qing Qing, please turn back to Putian to 2 - the operating device (10) does not have the above ^ The finger-operated operation device carries out i=gl heart lion. Therefore, the present invention can replace the general computer mouse click point Ο 运 运 于 in the above operation 'the first operation device iGG for two consecutive up and down = two The electronic device 300 can determine the finger-operated device! Perform an action 'as shown in the fourth figure. The invention can take the action of double-clicking the point from the mouse. The mutual first clearing is set to 1°° and the second operating device 20 is broken. The first operating device 1 detects an acceleration: The acceleration value detected by the operating device is reversed, and at: ―hour: the action device 1 performs a 关 击 之 + + + + + + + + + + + + + + + + + + + + + + + + + + + + + The operation of the electronic device 300 can be interrupted by the operation of the electronic device 300. The operation of the electronic device 300 can be interrupted by the operation of the electronic device 300. The U-tongue is described above as 'the county-style operating device of the present invention does not need to be used on the surface of the physical flat 10 201042510, and does not need to be limited by the operation space, thereby increasing the convenience of use. The user does not need to hold the finger-operated operation device 1 to operate, which is convenient for the user to type or hold other items, and can also increase the convenience of use. With the details of the above preferred embodiments, it is hoped The features and features of the present invention can be more clearly described The scope of the present invention is not limited by the preferred embodiments disclosed above. Conversely, it is intended to cover various modifications and equivalents of the patents contemplated by the present invention. The scope of the range is as follows. [The first picture shows the appearance of the finger-operated device of the present invention on the user's finger; the second picture shows the finger-operated operation device and the electronic device of the present invention. Functional block diagram of the device; 〇 third diagram is a state diagram of the use of the first operating device of the present invention; and fourth diagram is a diagram of the time and 'displacement relationship of the finger-operated device of the present invention for performing a click operation; and _ The fifth figure is a diagram showing the relationship between time and displacement of the finger-operated operation device of the present invention. [Main component symbol description] [Invention] Finger-operated operation device 1 11 201042510 First operation device 100 First acceleration sensor 110 First coding module 120 First signal transmission module 13 0 First power supply module 140 Second Operating device 200 second acceleration sensor 210 second encoding module 220 second signal transmitting module 230 second power module 240 electronic device 300 receiving module 310 processing module 320 memory unit 330 display unit 340 moving plane P1 temperature T predetermined Time T1 interval time T2 distance S moving distance S1