200910780 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種遙控器，尤指一種適用於對複數個 電子裝置進行控制之具指向功能之遙控器。 【先前技術】 Γ 15 現今之數位家電可以應用在各種網路環境上，如 LAN、Wireless LAN、IEEE 1394、H〇mepiug等，以便利 網路環境將多個家用設備連接起來，然而，如何控制多 ㈣設備卻對使用者造成困擾，也是技術上亟待解決的 題”中，遙控器係為最重要的人機介面，並 無須親身使用家用設備上所設置的控制按鍵j 行控制的能力。除此之外，對於控制: 2用^備的遙控器來說，尚需另提供-種簡易的摔作-/.1到對多個不同家用設備進行控制的能力。”' 其中完:::遙!器不能簡單地達成與多個家用㈤ 備的整合介面之^此力，且其亦缺乏提供跨多個家用言 對多個不同家用設備進行控制、从H易的遙控方㈣ . -4— -ΤΓ· 用智慧型元件來製：因、!：的遙控器受限於成本而難以揭 制多個家用設備的局二：須使用多個遙控器來分別控 遙控器而使得使用者 在，在居家環境中充斥著各式 便。 ^者對多個家料備進行遙控時操作不 20 200910780 更甚’習知的遙控器功能固定，並不具有擴充性， 要達到對多個不同家用設備進行控制的話， 乱’習知之作法多用㈣独或切換鍵的方式來切換^ &制μ備=進行控制，但此種操作方式卻造成使用者使 用上容易混淆且複雜難用之缺失。 發明内容】 器 :發明之主要目的係在提供一種具指向功能之遙控 ，俾能整合對複數個電子裝置之遙控在—遙控器中。 器 本發明之另一目的係在提供一種具指向功能之遙控 ，俾能建立直覺式配對之遙控操作模式。 15 為達成上述目的，本發明提供一種遙控器，係用以遙 :至少一電子裝置，該電子襄置具有-第-點指向型接收 早該遙控器包括：一微控制單元；—點指向型發射單 2係電性連接該微控制單元，用以發射—點指向性訊號； 及’―無線發射單元，係電性連接該微控制單元，用以 無線訊號；其中，該微控制單元控制該點指向型發 =早謂準該電子裝置之第—點指向型接收^發射一點 虎，：由該：一點指向型接收單元接收並作動該 ，該微控制單元再控制該無線發射單元發送無線 況號至該電子裝置，以控制該電子裝置之操作。 為達成上述目的，本發明提供一種遙控器，係用以遙 :至匕1子裝置’該電子裝置具有第一及第二點指向型 收單凡H及第：點指向型接收單元係位於不同位 20 200910780 ，括°亥電：裝置可工作於第一及第二設備組態，該遙控写 該微控制單元，用以心 平凡性連接 發射單元，孫带點指向性訊號；以及，一無線 號性連接該微控制單元，用以發射-無線訊 雷°驻、μ微控制單71控制該點指向型發射單元對準該 而由ΪΪ:第—點指向型接收單元發射-點指向性訊號， 々二第一點指向型接收單元接收時，係選擇電子裝置 Γ， 15 ::備組悲；該微控制單元控制該點指向型發射單元對 ^電子裝置之第二點指向型接收單元發射—點指向性^ 號，而由該第二點指向型接收單元接收時，係選擇 置之第二設備組態。 衣 為達成上述目❾’本發明提供_種遙控器，係用以遙 工 電子裝置，該電子裝置具有一點指向型接收單 π·该遙控器包括：―微控制單元；—點指向型發射單元， 糸電性連接該微控制單元’用以發射一點指向性訊號；以 及，一無線發射單元，係電性連接該微控制單元，用以 射-無線訊號；其中’該微控制單元控制該點指向型發‘ 早^對準該電子裝置之點指向型接收單元發射一點指向性 同時亦以該無線發射單發射一内含有—識別石馬之益 線訊號’以由該電子裝置同時接收該點指向性訊號及益線 讯遽，而作動該電子裝置並註冊該識別碼，該微控制單元 再控制該無線發射單元發送亦内含有該識別碼之無線訊號 至該電子裝置，以控制該電子裝置之操作。 、 20 200910780 為達成上述目的，本發明提供一 控至少一逮*工壯® 1本用以遙 -…該電子裝置具有-點指向型接收單 兀以遙控态包括··—微控制單元；一點 係電性連接該微控制單元 丄曰°=元’ 射早70 ’係電性連接該微控制單元，用以發射-益 制單：二及’ -無線網路收發單元，係電性連 控 =早:1以傳送及接收無線網路訊號；其_，該微於制 1=制：：指向型發射單元對準該電子裝置之點指：型 點指向性訊號，同時亦以該無線發射單發 接#兮3 t，轉位址之無線訊號’以由該電子裳置同時 冊1網曰向“號及無線訊號’而作動該電子裝置並註 15 W的’本發明提供—種遙控器，係用以遙 :’二一電。子裝置，該電子裝置具有-點指向型接收單 係：益包括微控制單元；一點指向型發射單元’ 二連接該微控制單元，用以發射一點指向性訊號，·一 射單元’係電性連接該微控制單元，用以發射-益 線訊號、；以及’―無線純單元，係電性連接賴控制i 二用=接收一無線訊號；其中，該微控制單元控制該點 _:㈣發射單元對準該電子裝置之點指向型接收單元發射 動由該第一點指向型接收單元接收並作 勒°亥電子裝置，該電子^ Α 1置並發射一内含有一識別碼之無 20 200910780 線訊號，以由該無線接收單元所接收並註冊該識 = 該無線發射單元發送亦内含有該識別： 5 15 …、”、。〜該電子裝置，以控制該電子裝置之操作。 J達i上述目的’本發明提供一種遙控器，係用以遙 至電子裝置’帛電子裝置具有—點指向型接收單 凡，邊遙控器包括：—微控制單元；一點指向型發射單元， 係電性連接該微控制單元，用以發射-點指向性訊： 無線網路收發單元，係電性連接該微控制單元，用以發射 及接收無線網路訊號；以及，一無線接 ^ ?該微控制單元’用以接收-無線訊號；其中， 早凡控制該點指向型發射單元對準該電 接收單元發射一點指向二向型 單元接收並作動該電子裝置，兮電子=廿㈣曰向型接收 丁衣罝及電子裝置並發射—内含右 二::位址及一淳號碼之無線訊號，以由該無線接收單： :::收並註冊該網路位址及痒號碼，該微控制單元再控制 一線，網路收發單元來傳送控制封包： 及蜂號碼之電《置，以控制該電子裝置之操作 址 為達成上述目的，本發明提供一 控至少-電子裝置，該電子裝置且：一控"用以遙 义一有點指向型接收單 -控器包括:—微控制單元; 接:早 係電性連㈣微㈣單元，心❹—點7=射早兀’ 無線發射單元，係電性連接該微 s °…一 錄π哚.立 饿匕刺早兀，用以發射一盔 、、友汛旒，以及，一無線接收單元， *·' 元，用以接收一盔線％ 1φ 、 “微控制單 接收線訊號，其中，該微控制單元控制該點 20 200910780 指向型發射單元對準該電子裳置之 第':性訊號’同時亦《該無線發射單 性《二T :號，以由該電子裝置同時接收該點指向 / 1 而作動該電子裝置並獲取該第一金 .二以電子裝置並發射-内含有—第二金输之益線訊號， ===接收單元所接收並獲取㈣二金餘，該微控制 早兀再才工制该無線發射單元來傳送經以該第— 15 i· 加密、或以第二金鑰加密之控制訊號至該電子裝置… 上述目的，本發明提供—種遙控器，係用以遙 :二：子裝置，f亥電子裳置具有-點指向型接收單 〜遙控器包括：一微控制單元；_點指向型發射單元， =3接該微控制單元，用以發射-點指向性訊號；-射早π，係電性連接該微控制單元，用以發射—無 線心虎’-無線接收單元，係電性連接該微控制單元，用 以接收-無線訊號；以及，一無線網路收發單元，係電性 連接該微控料元，心魏及純無_路喊；盆中， 該微控制單元控制該點指向型發射單元對準該電子裝置之 ==型接收單元發射一點指向性訊號，同時亦以該無線 :射早發射一内含有一第一網路位址之無線訊號，以由該 電子裝置同時接收該點指向性訊號及無線訊號，而作動該 電子裝置並註冊該第一網路位址，冑電子裝置並發射一内 含有-第二網路位址及一埠號碼之無線訊號，以由該盈線 接收單元所接收並獲取該第二網路位址及埠號碼，該微控 20 200910780 H元再㈣該無線網路收發單元來傳送咖封包至目的 為D亥弟一網路位址及埠號碼之電子裝置。 5 15 為達成上述目的，本發明提供-種遙㈣，係用以遙 :電子裝置’該電子褒置具有-點指向型接收單 几，该遙控器包括··-微控制單元；„點指向型發射單元， 係電性連接該微控制單元，用以發射_ — t線發射單元，係'電性連接該微控制單元，用以發射 以及，一無線網路收發單元，係電性連接該微控 單丨 射及接收無線網路訊號；其中，該微控制 早兀拴制該點指向型發射單元對準該電 接收單元發射-指^ 1之點‘向型 射-内含有第= 時亦以該無線發射單發 I: 網路位址、-第-琿號碼及-金… 線讯唬，以由該電子裝置同 訊號，而作動該電子裝向性訊遗及無線 號碼及金錄，該電子麥置並傳冊網路位址、第一槔 址及第二璋號碼的UD;封一内::息為第二網路位 第二網路位址及第二填所接收，並獲得該 第-=ruDp封包至目的為該第二網路位址及 弟一埠唬碼之電子裝置。 【實施方式] 凊參考圖1所示本菸明 ^ 控器认其所遙hη月第一貫域之具指向功能之遙 斤遙控之夕個電子裴置2,3,4中之一電子裝置2的 20 200910780 功能方塊圖。如圖中所示，遙控器丨包含一微控制單元u、 一點指向型發射單元12、一無線發射單元13及一輸入單元 14，其中，祕控制單元i丨電性連接點指向型發射單元12、 無線發射單元U、及輸入單元14。±述電子裝置2中則具有 一回應器21、對應前述點指向型發射單元12之至少一點指 向型接收單元22、輯應前述無線發射#元13之一無線接 收單元23,於本實施例中，前述電子裝置2係包含第點指 向型接收單元221及第二點指向型接收單元222，該第一、 第二點指向型接收單元係位於不同位置處。 10 15 20 上述微控制控制連接其上之點指向型發射單元 12、無線發射單元13、及輸人單元14，以根據輸人單元μ 之輸入而控制遙控器！之操作，其中點指向型發射單元_ 用以朝遙控器i所指方向發射點指向性訊號’無線發射單元 13係用以發射無線訊號。上述電子裝置之之第―、第二點扑 向型接收單元221,222係用以接收該點指向型發射單元^ 發射之點指向性訊號，電子震置2之無線接收單元2 3係用以 接收該無線發射單元13所發射之無線訊號，電衫置2之回 應㈣係可在第―、第二點指向型接收單元221，則妾收到 點指向性訊號時，以顯示方式回底、 ,,^ "聲曰方式回應、其他 物理形式回應、或以控制次級設備方式回應。 :述點指向型發射單元12係為具有傳送點光源訊號之 例如為雷射發射模組，上述第―、第二點指向 =妾收早❿啦係對應該點指向型發射單元咖可為雷 射接收模組。上述無線發射單元 ''' J為射頻發射模組、或 12 200910780 *紅外線發射模組等具有傳送無線訊號之發射模組，上述無 線接收單元23係對應該無線發射單元13而可為射頻接收模 組、或紅外線接收模、组等。_述遙控器i之點指向型發射單 12係用以發射配對要求之點指向性訊號至所欲操控之電 5子哀置2，其在操作時需將遙控器1之點指向型發射單元12 直覺地指向所欲操控的電子裝置2，因此所發射之點指向性 訊號並不會被其他電子裝置3,4所接收，而只由電子裝置2 ，所接收以建立兩者間之配對。使用者如欲以遙控器丄控制另 一電子裝置3，亦是直覺地以遙控器丨之點指向型發射單元 1〇 12‘向電子裝置3，來發射點指向性訊號至電子裝置3，而 建立遙控器1與電子裝置3之配對，因而可達成以直覺式將 遙控器與電子裝置配對之功效。上述輸入單元⑽一包含 有方向鍵14卜數字鍵142、及/或功能鍵143之鍵盤，其中， 方向鍵131雜供上、下、左、右之方向輸人之按鍵:數字 15鍵132係提供〇〜9共十個阿拉伯數字輸人之按鍵，而功能鍵 143係提供配對功能之按鍵、及_、確料功能輸入之按 ，鍵。因此，輸入單元14係將使用者以用手按壓的物理方式 所輸入之操作轉換為電子訊號並傳送至微控制單元"中， 以由微控制單元11處理、解讀電子訊號。 ⑴ 圖2所示為以前述遙控器1進行遙控之第一範例，首先 係於遙控器i之功能輸人鍵143中提供配對功能之按鍵被按 壓時，微控制單元11控制點指向型發射單元12發射配對要 求之點指向性訊號(步驟S201)，需注意的是，點指向型發射 單元的位置係被使用者置於指向其所欲操控的電子裝置 13 200910780 5 f 15 20 2之，指向型接收單元22的方向上，以使點指向型接收單元 22付以成功接收到具有指向特性之配對要求。此時，該電 子裝置2已被作動並可驅動其回應器21以發出1應，俾告 ^使用者可以進行對此電子裝置2之遙控（步驟s2叫，於二 貫施例中回應益21係與點指向型接收單元22實作在同一 位置並以使用發光二極體（LED)發出亮光來作為回應，此 外’回應益21之其他實施態樣為使液晶顯示器（[CD)、指示 =變売暗狀態、或在面板上顯示圖形，或為發出音效、 音樂、或語音，或為在電視螢幕上顯示文字，或為啟動天 ^張開、使按紐彈出、使指示牌轉動，或為啟動另—電子 裝置等。其後，再次按麗輸入單元13以由微控制單元⑴空 制無線發射單元13來傳送無線訊號給電子裝置 : 收單元仏而達成對電子裝置2之操控（步驟s2G3)。一 圖3所*為以前述遙控^進行遙控之第二範例，首 ^有至少一個電子裝置2等候接收來自遙控器1的配對要 / (步驟S3G1)。而後以遙控以朝向電 :收單元-，並以點指向型發射單元12發射^ 號至電子裝置2之第一點指向型接收單元-心以二_，該電子裝置2已被作動並可驅動其回應 發射二：應（步驟S3〇3)。其後，以遙控器1之無線 23,而I對H無線訊號給電子裝置2之無線接收單元 _控電子裝置2== ^ ^ 吁係以遙控态1朝向電子裝置2之第二 點心向型接收單元222，並按㈣控器！之功能輸入鍵133中 14 200910780 =提供配對之按鍵，而使微控制單元i 1控制點指向型發射 早π 12發射點指向性訊號至電子裝置2之第二點指向型接 t早凡222，以終止對該電子裝置2之遙控（步驟S305)。此 時’该電子裝置2亦可再驅動其回應器加發出―回應，俾 告知使用者結束對此電子裝置2之遙控（步驟s3〇6)。 圖4所示為以前述遙控器}進行遙控之第三範例，其 中電子裝置2之第一、第二點指向型接收單元，如係分 別對應此電子裝置2之兩種設備組態，例如電子裝置一 DVD播放器’其設備組態可為選擇播放源為卿碟片 是選擇播放源為DVB_T廣播訊號，當以遙控以朝向電子裝 置2之第-點指向型接收單元221，並以點指向型發射單^ 12發射點指向性訊號至電子裳置2之第—點指向型接收單 兀* 2 21時，係選擇電子裝詈2 $笛__ z &200910780 IX. Description of the Invention: [Technical Field] The present invention relates to a remote controller, and more particularly to a remote controller having a pointing function suitable for controlling a plurality of electronic devices. [Prior Art] Γ 15 Today's digital home appliances can be used in various network environments, such as LAN, Wireless LAN, IEEE 1394, H〇mepiug, etc., to facilitate the network environment to connect multiple home devices, however, how to control Many (4) devices are bothering users and technically urgent to solve. The remote control is the most important human-machine interface, and there is no need to personally use the control buttons set on the home device to control the ability. In addition, for the control: 2 with the remote control, there is still a need to provide - a simple fall -/.1 to the ability to control a number of different household equipment." 'Where is finished::: The remote device cannot simply achieve the integration interface with multiple homes, and it also lacks the remote control side (four) that provides control over multiple home devices across multiple homes. — -ΤΓ· Using smart components: The remote control of the ::: is limited by cost and it is difficult to uncover multiple home appliances. Two remote controls must be used to control the remote control separately so that the user , flooding in the home environment All kinds of things. ^When the remote control is used for multiple home materials, the operation is not 20 200910780. Even more, the conventional remote control function is fixed, and it is not scalable. To control multiple different household devices, it is more common to use the same method. (4) Switching to the control mode by means of the switch mode or the switch mode, but the operation mode causes the user to be confused and complicated and difficult to use. SUMMARY OF THE INVENTION The main purpose of the invention is to provide a remote control with pointing function, which can integrate a remote control in a plurality of electronic devices in a remote controller. Another object of the present invention is to provide a remote control mode with a pointing function that can establish an intuitive pairing. In order to achieve the above object, the present invention provides a remote controller for remotely: at least one electronic device having a - point-to-point type receiving. The remote controller includes: a micro control unit; The transmitting unit 2 is electrically connected to the micro control unit for transmitting a point-directed signal; and the “wireless transmitting unit is electrically connected to the micro control unit for wireless signals; wherein the micro control unit controls the Point-pointing type=previously, the first point-pointing type receiving of the electronic device transmits a little tiger: by the point-pointing receiving unit receiving and actuating, the micro-control unit then controlling the wireless transmitting unit to transmit the wireless condition Number to the electronic device to control the operation of the electronic device. In order to achieve the above object, the present invention provides a remote controller for remotely: to a sub-device. The electronic device has first and second point-pointing types. The H and the: point-pointing receiving units are different. Bit 20 200910780, including ° Haidian: the device can work in the first and second device configuration, the remote control writes the micro control unit for the purpose of connecting the transmitting unit with peace of mind, the sun with a point directional signal; and, a wireless The micro-control unit is connected to the transmitting-wireless radar, the micro-control unit 71 controls the point-directed transmitting unit to be aligned, and the first-point-pointing receiving unit emits a point-directed signal. When the first point-pointing receiving unit receives the second point, the electronic device selects the electronic device Γ, 15 :: the group is sad; the micro-control unit controls the point-pointing type transmitting unit to transmit to the second point-pointing receiving unit of the electronic device - Point directional ^, and when received by the second point directional receiving unit, the second device configuration is selected. In order to achieve the above objectives, the present invention provides a remote control for a remote electronic device having a point-directed receiving single π. The remote controller includes: a "micro control unit"; a point-directed type transmitting unit The micro control unit is configured to transmit a directional signal; and a wireless transmitting unit is electrically connected to the micro control unit for transmitting a radio signal; wherein the micro control unit controls the point The pointing-type transmission 'earlier' is directed to the electronic device, and the point-directed receiving unit transmits a point of directivity and also includes the radio-transmitting single-transmitting one-identifying the stone-horse signal line' to receive the point simultaneously by the electronic device. Directing the signal and the signal, and actuating the electronic device and registering the identification code, the micro control unit controls the wireless transmitting unit to send the wireless signal including the identification code to the electronic device to control the electronic device. Operation. 20 200910780 In order to achieve the above object, the present invention provides a control for at least one of the devices to be used for remote control. The electronic device has a point-pointing type receiving unit for remote control including a micro control unit; Electrically connected to the micro control unit 丄曰 ° = yuan ' 射 early 70 ' is electrically connected to the micro control unit for transmitting - profit system: two and '- wireless network transceiver unit, is electrically connected = early: 1 to transmit and receive wireless network signals; its _, the micro-system 1 = system:: the pointing type of the transmitting unit is aligned with the point of the electronic device: the point directional signal, and also the wireless transmission Single-connected #兮3 t, the wireless signal of the address is transmitted by the electronic device and the electronic device is activated by the electronic device and the 15 W is applied to the electronic device. The device is used for remote: 'two one electric. The sub-device has a point-pointing type receiving unit: the benefit includes a micro-control unit; the point-directed type transmitting unit' is connected to the micro-control unit for transmitting a little Directional signal, · one shot unit' is electrically connected a control unit for transmitting-broadcast signals, and a 'wireless pure unit, for electrically connecting the control unit i for receiving a wireless signal; wherein the micro control unit controls the point _: (4) transmitting unit alignment The point-directed receiving unit of the electronic device is received by the first point-directed receiving unit and is used as a Le-Hui electronic device, and the electronic device 1 is configured to transmit a 20-200910780 line signal containing an identification code. The identification is received and registered by the wireless receiving unit. The wireless transmitting unit transmits the identification as well: 5 15 ..., ",. ~ The electronic device to control the operation of the electronic device. The present invention provides a remote controller for remotely accessing an electronic device. The electronic device has a point-pointing type receiving unit. The remote controller includes: a micro control unit; a point-directed type transmitting unit. Electrically connecting the micro control unit for transmitting-pointing information: a wireless network transceiver unit electrically connected to the micro control unit for transmitting and receiving wireless network signals; and, a wireless connection The micro control unit 'is configured to receive the wireless signal; wherein, the point-directed type transmitting unit is controlled to be aligned with the electric receiving unit to transmit a point to the two-way type unit to receive and actuate the electronic device, 兮Electronic=廿(4) 曰-type Receiving the Ding Yi and the electronic device and transmitting - the wireless signal containing the right second:: address and a number to receive the wireless receipt: ::: register and register the network address and the itching number, the micro The control unit further controls a line, and the network transceiver unit transmits the control packet: and the electric number of the bee number to control the operation address of the electronic device to achieve the above purpose, and the present invention provides a control at least-electronic device Set, the electronic device and: a control " for remote sense a point-oriented receiving single-controller includes: - micro control unit; connect: early electrical connection (four) micro (four) unit, heart ❹ - point 7 = shot Early 兀' wireless transmitter unit, the electrical connection of the micro s ° ... a record π 哚 立 立 立 立 立 立 立 立 立 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , For receiving a helmet line % 1φ , "micro control single receiving line signal, wherein the micro control unit controls the point 20 200910780 pointing type transmitting unit to align the electronic skirt with the ':sexual signal" and also Wirelessly transmitting a single-sex "T-T: number, by the electronic device simultaneously receiving the point to /1 and actuating the electronic device and acquiring the first gold. Second, the electronic device is transmitted and contained--the benefit of the second gold Line signal, === The receiving unit receives and acquires (4) two gold balances, and the micro-control is implemented before the wireless transmitting unit transmits the encrypted data with the first 15 i· or the second key. Controlling the signal to the electronic device... For the above purpose, the present invention provides a remote controller To remote: two: sub-device, f Hai electronic skirt has a - point pointing type receiving single ~ remote control includes: a micro control unit; _ point pointing type transmitting unit, = 3 connected to the micro control unit for transmitting - point a directional signal; - an early π, is electrically connected to the micro control unit for transmitting - a wireless heart tiger's - wireless receiving unit, electrically connected to the micro control unit for receiving - wireless signals; and, a The wireless network transceiver unit is electrically connected to the micro control unit, and the heart and the pure _ road are called; in the basin, the micro control unit controls the point directional type transmitting unit to align with the electronic device and the == type receiving unit transmits a little The directional signal is also transmitted by the wireless device: a wireless signal containing a first network address is transmitted by the electronic device to simultaneously receive the directional signal and the wireless signal by the electronic device, and the electronic device is activated and registered. The first network address, the electronic device, transmits a wireless signal including a second network address and a number to receive and acquire the second network address by the surplus receiving unit and埠 number, the micro control 2 0 200910780 H Yuan (4) The wireless network transceiver unit transmits the coffee packet to the electronic device with the purpose of a network address and a serial number. 5 15 In order to achieve the above object, the present invention provides a remote (four) for remote: electronic device 'the electronic device has a point-pointing type receiving unit, the remote controller includes a micro control unit; „point pointing a type of transmitting unit electrically connected to the micro control unit for transmitting a _t line transmitting unit, electrically connected to the micro control unit for transmitting, and a wireless network transceiver unit electrically connecting the The micro-control single-shot and receive wireless network signal; wherein the micro-control pre-empts the point-directed transmitting unit to align with the electric receiving unit to transmit a finger-point 1 to the type-injection The wireless transmission of the single-issue I: network address, the ---number and the - gold... signal to activate the electronic semaphore and the wireless number and the gold record by the electronic device , the electronic wheat set and circulate the network address, the first address and the second number of the UD; the first: the interest is the second network address, the second network address and the second filling, And obtaining the first-=ruDp packet to the electronic device for the purpose of the second network address and the first one. Embodiments 凊 Referring to FIG. 1 , the present smoke control device recognizes that one of the electronic devices 2 of the electronic device 2, 3, 4 of the first remote control 20 200910780 function block diagram. As shown in the figure, the remote controller 丨 includes a micro control unit u, a point-directed type transmitting unit 12, a wireless transmitting unit 13 and an input unit 14, wherein the secret control unit is electrically Connecting the point-oriented transmitting unit 12, the wireless transmitting unit U, and the input unit 14. The electronic device 2 has a responder 21, and at least one point-oriented receiving unit 22 corresponding to the point-pointing type transmitting unit 12, In the embodiment, the electronic device 2 includes a first pointing type receiving unit 221 and a second point pointing type receiving unit 222. The first and second pointing points are directed to the wireless receiving unit 23. The type receiving unit is located at different positions. 10 15 20 The above-mentioned micro control controls the point-pointing type transmitting unit 12, the wireless transmitting unit 13, and the input unit 14 connected thereto to control the remote controller according to the input of the input unit μ ! Operation, wherein the point-pointing type transmitting unit _ is used to transmit a point directional signal toward the direction of the remote controller i. The wireless transmitting unit 13 is configured to transmit a wireless signal. The first and second points of the electronic device are received The unit 221, 222 is configured to receive the point directivity signal transmitted by the point-directed type transmitting unit ^, and the wireless receiving unit 2 3 of the electronically located unit 2 is configured to receive the wireless signal transmitted by the wireless transmitting unit 13, and the electric shirt is set to 2 The response (4) can be directed to the receiving unit 221 at the first and second points, and then, when receiving the point directing signal, return to the bottom, , ^ " sonar response, other physical form response, or Control the secondary device mode response. The point-directed type transmitting unit 12 is a laser emitting module having a transmitting point light source signal, and the first and second points are directed to the early stage, and the point-pointing type transmitting unit is a mine. Shooting receiver module. The wireless transmitting unit ′′′′ is a radio frequency transmitting module, or 12 200910780 * infrared transmitting module and the like, and has a transmitting module for transmitting a wireless signal, and the wireless receiving unit 23 is corresponding to the wireless transmitting unit 13 and can be a radio frequency receiving module. Group, or infrared receiving mode, group, etc. _The remote point i of the remote control i is used to transmit the point-directed signal of the pairing requirement to the desired power of the sub-spot 2, which needs to point the remote control unit 1 to the type of transmitting unit during operation. 12 Intuitively pointing to the electronic device 2 to be operated, the transmitted point directional signal is not received by the other electronic devices 3, 4, but only received by the electronic device 2 to establish a pairing therebetween. If the user wants to control the other electronic device 3 by using the remote controller, it is also intuitively transmitting the point directional signal to the electronic device 3 by using the point-pointing type transmitting unit 1〇12' of the remote controller to the electronic device 3. The pairing of the remote controller 1 and the electronic device 3 is established, so that the function of pairing the remote controller with the electronic device in an intuitive manner can be achieved. The input unit (10) includes a keyboard with a direction key 14 and a numeric key 142, and/or a function key 143, wherein the direction key 131 is used for inputting the keys in the up, down, left, and right directions: the number 15 key 132 series It provides 按键~9 with a total of ten Arabic numerals input buttons, while the function keys 143 are buttons for providing pairing functions, and _, pressing the input button of the function input. Therefore, the input unit 14 converts the operation input by the user in a physical manner by hand pressing into an electronic signal and transmits it to the micro control unit to process and interpret the electronic signal by the micro control unit 11. (1) FIG. 2 shows a first example of remote control by the remote controller 1 first. When the button for providing the pairing function is pressed in the function input button 143 of the remote controller i, the micro control unit 11 controls the point-directed type transmitting unit. 12 transmits a point-directed signal of the pairing requirement (step S201). It should be noted that the position of the point-pointing type transmitting unit is placed by the user to point to the electronic device 13 200910780 5 f 15 20 2 to be manipulated, pointing The direction of the receiving unit 22 is such that the point-directed receiving unit 22 is successfully received to receive the pairing requirement with the pointing characteristic. At this time, the electronic device 2 has been actuated and can drive its responder 21 to issue a response, and the user can perform remote control of the electronic device 2 (step s2, in response to the second embodiment) The system is implemented in the same position as the point-directed receiving unit 22 and responds by using a light-emitting diode (LED) to emit light, and in addition, the other embodiment of the response is to make the liquid crystal display ([CD), indication = Change to a dark state, or display a graphic on the panel, or to sound, music, or voice, or to display text on a TV screen, or to activate the opening of the button, to pop the button, to rotate the sign, or In order to activate the other electronic device, etc., the illuminating unit 13 is again pressed to transmit the wireless signal to the electronic device by the micro control unit (1): the receiving unit 达成 is used to control the electronic device 2 (steps) s2G3). A figure 3 is a second example of remote control by the remote control ^, at least one electronic device 2 is waiting to receive the pairing from the remote controller 1 (step S3G1). Then, with the remote control to face the electricity: Receiving unit - and The first point-pointing receiving unit of the electronic device 2 is transmitted by the point-pointing type transmitting unit 12, and the electronic device 2 is activated and can be driven to respond to the transmitting two: (S3: 3) Thereafter, the wireless receiver 23 of the remote controller 1 and the I-to-H wireless signal to the wireless receiving unit of the electronic device 2_control electronic device 2==^^ call the remote control state 1 toward the second snack of the electronic device 2 Type receiving unit 222, and press (4) controller! function input key 133 14 200910780 = provide matching button, and make micro control unit i 1 control point pointing type launch early π 12 launch point directional signal to electronic device 2 The second point is connected to the type 222 to terminate the remote control of the electronic device 2 (step S305). At this time, the electronic device 2 can also drive the responder to issue a response, and the user is notified to end the pair. The remote control of the electronic device 2 (step s3〇6). Fig. 4 shows a third example of remote control by the remote controller}, wherein the first and second point-pointing receiving units of the electronic device 2 respectively correspond to each other. Two device configurations of the electronic device 2, such as electronic equipment Set a DVD player's device configuration can be selected as the source of the disc. The disc is selected as the DVB_T broadcast signal, when remotely directed to the first point-pointing receiving unit 221 of the electronic device 2, and pointed at the point Type emission signal ^ 12 emission point directional signal to the first part of the electronic skirt 2 - point-pointing type receiving unit * 2 21, select the electronic device 2 $ flute __ z &
第一 5又備，，且態，例如選擇DVD 15 20 文益之播放源為DVD碟片（步驟S4〇1)。其後，以遙控器^ =無線發射早70 13來傳送無線訊號給電子裝置2,而達成對 -子裝置2之操控’例如，播放_碟片之節目（步驟 接4^。此外，當以遙㈣1朝向電子裝置2之第二點指向型 早兀222,並以點指向型發射單元12發射點指向性訊號 電子裝置2之第二點指向型接收單元 ‘ :置2之第二設備組態，例如選擇―器二I;: 播訊號（步驟S403)。其後，以遙控器】之無線發射 早兀13來料無線訊號給電子裝置2，而達成對電子 之#控，例如，播放DVB_T廣播之節目（步驟s4〇4)。 15 200910780 晴參考圖5所示本發明第-音Λ ^ ^ 知月弟—貫轭例之具指向功能之遙 控二及其所遙控之電子裝置2的功能方塊圖。如圖中所 包含—微控制單元u、_點指向型發射單元 2二線發射單元13、—無線網路收發單元15、及-輪 =兀14’其中，微控制單元11電性連接點指向型發射單 兀12、無線發射單元13、無線網路收發單元15、及輸入單 =4。^4電子裝置2中則具有前述點指向型發射單元叫目 庙’-之晶向型接收單凡22、前述無線發射單元η相對 無線接„元23 '及前述無線網路收發單元η相對 應之一無線網路收發單元25。 15 20 上述微控制單元U控制連接其上之點指向型發射單元 12、無線發射單㈣、無線網路收發單心、及輸入單元 、根據輸入單元14之輸入而控制遙控器i之操作，盆中 :指向型發射單元12係用以朝遙控器1所指方向發射點指 :十生訊號，無線發射單元⑽用以發射無線訊號，無線網 路收發单元15係用以發射/接收無線網路訊號。上述電子裝 —之‘.-占4曰向型！妾收單元22係用以接收該點指向型發射單 兀12所發射之點指向性訊號’電子|置2之無線接收單元^ 係用以接收該無線發射單元13所發射之無線訊號，電子裝 置2之無線網路收發單元25係用以發射/接收無線網路訊 號。 前述輸入單元14、點指向型發射單元12、指向型接收 單元22、無線發射單元13、及無線接收單元23等之構成均 與第-實施例相當而不再贅述’前述無線網路收發單元 16 Ο 15 20 200910780 15，2 5則為一符合無線區域網路規範之無線網路收 例如’無線乙太網路收發模組。 ’ 圖6所示為以前述遙控器〗進行遙控之一冲 ==係具有一識別碼㈣，首先’係二: , 點指向型接收單元22，並以點指向型發射單 二2發射内含有識別碼扣"668)之點指向性訊號‘電子 置2之點指向型接收單元22 (步驟S601)，此時， 置2已被作動並接受該遙控器1所註冊之該識別瑪Γι德衣 I:二之無線發射單元13來傳送亦内含有該識別碼- ==子裝置2,而達成對電子裝置2之操控(步驟 )、、中，電子裝置2可以藉由辨認該無線訊號 別碼是否與其所賦予之識別 39 制訊號之絲。 卩錢正確接收無線控 向恭子識別碼（㈣，首先，係以遙控器_ 元二發广點指向型接收單元22,並以點指向型發射^ 22门=性訊號至電子裝置2之點指向型接收單元 單元13發射内含有識別碼(― 吁儿衣置2之無線接收單元23(步驟S701)，此 可被;=置2同時接收該點指向性訊號及無線訊號，而 ^乍動並接㈣遙控器i所註冊之該識別碼。其後，以遙 電之子;線置:射：元13來傳送亦内含 操Hit 線接收單元23，而達成對電子裝置2之 ' 乂 ’ 〇2)’其中，無線發射單元13可為一紅外線發射 17 200910780 内碼之紅外線訊號給電子裝置2,或是 之益二頻發射模組以發射内含有識別碼 ^線廣播訊號’以由電子裝置2之無線接收單心所接 收，該無線接收單元23可與該點指向型接收單元a實作在 =上，電子裝置2係藉由辨認無線訊號（紅外線訊號 或無線廣播訊號）中之識別瑪是否與所註冊之識別碼相 同，達成正確接收控制命令之效果。 圖8所示為以前述遙控器1進行遙控之第三範例，立 中’遙控器！具有—網路位址（IP address)，首i係以遙控 益1朝向電子裝置2之點指向型接收單元22,並以點指向型 發射k 12發射點指向性訊號至電子裝置2之點指向型接 收皁元22’同時亦以無線發射單心發射内含有網路位址 ，無線訊號至電子裝置2之無線接收單仙（步驟s8〇i)，此 15 20 日守=玄電子1置2同時接收該點指向性訊號及無線訊號，而 可破作動並採用該網路位址為來源位址或目的位址。當以 該網路位址為來源位址時，該電子裝置2僅接收來源位:為 f網路位址之封包，而遙控器1之無線網路收發單元15所傳 运之封包的來源位址即為該網路位址，因而達成正確接收 控制命令之效果；當以網路位址為目的位址時，係設定該 T位址為該電子裝置2之位址’而遙控器！之無線網路收 發早7L 15則傳送目的位址為該網路位址之封包，而可將封 包傳遞至②電子裝置2, @而達成正確接收控制命令之效果 (步驟 S802)。 18 200910780 μΓ/ΛΓ發明第三實施例之具指向功能之遙 “及其所遙控之電子裝置2的功能方塊圖。如圖中所 =，ff器1包含一微控制單元11、-點指向型發射單元 2 =:線發射單元13、一無線接收單元16、一無線網路 X早兀15、及-輪人單元14，其中，微控制單元11電性 連接點指向型發射單元12、無線發射單如、無線接收單 元16、無線網路收發單元15、及輸入單元14。上述電子袭 置2中則具有前述點指向型發射單元12相對應之一點指向 型接收單元22、前述無線發射單元13相對應之一無線接收 早心、前述無線接收單元16相對應之—無線發射單元 26、及對應前述無線網路收發單元以一無線網路收發單 元25。 上述微控制單元丨丨控制連接其上之點指向型發射單元 2 ，、，、線赉射單元13、無線接收單元16、無線網路收發單 15元::、及輸入單元!4，以根據輸入單元14之輸入而控制遙 控器1之操作，其中點指向型發射單元12係用以朝遙控器1 所指方向發射點指向性訊號，無線發射單元13係用以發射 無線訊號’無線接收單元16係用以接收無線訊號，無線網 路收發單元15係用以發射/接收無線網路訊號。上述電子裝 20置2之點指向型接收單元22係用以接收該點指向型發射^ 凡12所發射之點指向型訊號，電子裝置2之無線接收單元^ 係用以接收該無線發射單元13所發射之無線訊號，電子裝 置2之無線發射單元26係用以發射無線訊號，電子裝置2之 無線網路收發單元25係用以發射/接收無線網路訊號。 19 200910780 單元點指向型發射單元⑴指向型接收 網路收發軍 3,26、無線接收單元16,23、及無線 述。X疋5,25等之構成均與前二實施例相當而不再贅 5 15 20 中，電圖前述遙控器1進行遙控之第-範例，其 朝向電子^置2 一識別碼（key)’首先，係以遙控器1 裝置2之點指向型接收單元22，並以 早=發射點指向性訊號至電子裝置2之點指向型;Π 此時，該電子裝置2已被作動並以Si 二二:含有其識別碼㈣，岣之無線訊 子\置器1之無線接收單元16所接收，並接受該電 二 1亥識別碼之註冊(步驟_2)。其後，以遙㈣ 元13來傳送内含有該識別碼之無線訊號給電 對電子裝― 與其所擁有之識別碼相同，達成一 =斤示為以前述遙控器丨進行遙控之第二範例，盆 中，電子4置2係具有—網路位址（Ip add·)及—卑號碼 (port number)，首先，係以遙 u，.，' 型接收單，並以點指^⑨子裝置2之點指向 =電子U2之點指向難收單元22(步糊 ^子裝置26被作動並以其無線發射單元歸射-内含 有其網路位址及埠號碼之無線訊號，以由該遙控^之無： 20 200910780The first 5 is further prepared, for example, the DVD 15 20 is selected as a DVD disc (step S4〇1). Thereafter, the remote controller ^=wireless transmission early 70 13 is used to transmit the wireless signal to the electronic device 2, and the manipulation of the sub-device 2 is achieved, for example, the program of the disc is played (step 4^. In addition, when The remote (four) 1 is directed toward the second point of the electronic device 2 and is directed to the early type 222, and is transmitted by the point-directed type transmitting unit 12 to the second point-pointing receiving unit of the point-directed signal electronic device 2: the second device configuration of the set 2 For example, the device II is selected: the broadcast signal (step S403). Thereafter, the wireless device transmits the wireless signal to the electronic device 2 by the remote control, and the electronic control is achieved, for example, the DVB_T is played. Broadcast program (step s4〇4). 15 200910780 Clear reference to Fig. 5 shows the first sound of the present invention ^ ^ 知月弟 - yoke example of the remote control of the pointing function and the function of the remote controlled electronic device 2 Block diagram, as shown in the figure - micro control unit u, _ point-directed type transmitting unit 2 second-line transmitting unit 13, wireless network transceiver unit 15, and - wheel = 兀 14', wherein the micro-control unit 11 is electrically Connection point pointing type transmitting unit 12, wireless transmitting unit 13, wireless network The transmitting unit 15 and the input unit=4. The electronic device 2 has the above-mentioned point-directed type transmitting unit called the crystal-shaped receiving unit 22, and the wireless transmitting unit η is relatively connected to the wireless unit 23 And the wireless network transceiver unit η corresponding to one of the wireless network transceiver units 25. 15 20 The above micro control unit U controls the point-pointing type transmitting unit 12 connected thereto, the wireless transmitting unit (4), the wireless network transceiver single core, And the input unit controls the operation of the remote controller i according to the input of the input unit 14, wherein the pointing type transmitting unit 12 is configured to emit a pointing finger in the direction indicated by the remote controller 1 : the wireless transmitting unit (10) is used for The wireless network transceiver unit 15 is configured to transmit/receive wireless network signals. The electronic device has a '.-4 directional type! The receiving unit 22 is configured to receive the point-directed transmitting unit. The wireless transmitting unit of the electronic device 2 is configured to transmit/receive wireless signals. The wireless receiving unit 25 of the electronic device 2 is configured to receive wireless signals transmitted by the wireless transmitting unit 13. Network news The configuration of the input unit 14, the point-directed transmitting unit 12, the directional receiving unit 22, the wireless transmitting unit 13, and the wireless receiving unit 23 is the same as that of the first embodiment, and the above-mentioned wireless network transmission and reception will not be described again. Unit 16 Ο 15 20 200910780 15, 2 5 is a wireless network network-compliant wireless network receiving, for example, 'wireless Ethernet transceiver module.' Figure 6 shows one of the remote control with the aforementioned remote control冲== has an identification code (4), first 'system 2:, point-pointing type receiving unit 22, and point-pointing type transmission 2 2 transmission contains the identification code button "668) point directional signal 'electronic Pointer-type receiving unit 22 (step S601), at this time, set 2 has been activated and accepts the identification of the remote device 1 registered by the wireless device I: two wireless transmitting unit 13 to transmit The identification code - == sub-device 2, and the control (step) of the electronic device 2 is achieved, wherein the electronic device 2 can recognize whether the wireless signal is encoded with the wire of the identification signal. The money is correctly received by the wireless control Kyoko identification code ((4), firstly, the remote control _ yuan two-point wide-point pointing type receiving unit 22, and point-pointing type ^ 22 door = sex signal to the point of the electronic device 2 The type receiving unit unit 13 transmits the wireless receiving unit 23 containing the identification code ("the device 2" (step S701), which can be set to; = set 2 to receive the point directivity signal and the wireless signal at the same time, and And (4) the identification code registered by the remote controller i. Thereafter, the child of the remote power; the line: the radiation: the element 13 is transmitted to also include the operation line receiving unit 23, and the '乂' of the electronic device 2 is achieved. 2) 'wherein, the wireless transmitting unit 13 can be an infrared ray transmitting 17 200910780 inner code infrared signal to the electronic device 2, or the benefit two-frequency transmitting module to transmit the identification code ^ line broadcast signal 'to be used by the electronic device The wireless receiving unit 23 can be implemented by the wireless receiving unit 23, and the electronic device 2 can recognize the identification signal in the wireless signal (infrared signal or wireless broadcast signal). Whether it is related to the registered identification code The effect of correctly receiving the control command is as shown in Fig. 8. The third example of remote control by the remote controller 1 is shown in the figure, the central remote control has the IP address, and the first i system is controlled by the remote control. Pointing toward the receiving unit 22 of the electronic device 2, and transmitting the point directional signal to the point-oriented receiving soap element 22' of the electronic device 2 in a point-directed type, and also transmitting the network in a single-hearted transmission by wireless transmission Address, wireless signal to the electronic device 2 wireless receiving single (step s8 〇 i), this 15 20 day shou = Xuan electronic 1 set 2 while receiving the point directional signal and wireless signal, and can be broken and use The network address is a source address or a destination address. When the network address is the source address, the electronic device 2 only receives the source bit: the packet of the f network address, and the wireless of the remote controller 1 The source address of the packet transmitted by the network transceiver unit 15 is the network address, thereby achieving the effect of correctly receiving the control command; when the network address is the destination address, the T address is set to The address of the electronic device 2 and the remote control! Sending and receiving early 7L 15 transmits the packet whose destination address is the network address, and can transmit the packet to the 2 electronic device 2, @ to achieve the effect of correctly receiving the control command (step S802). 18 200910780 μΓ/ΛΓ发明第The function block diagram of the electronic device 2 of the remote control and the remote control device of the third embodiment. As shown in the figure, the device 1 includes a micro control unit 11, a point-pointing type transmitting unit 2 =: line transmission The unit 13 , a wireless receiving unit 16 , a wireless network X 兀 15 , and a wheel unit 14 , wherein the micro control unit 11 is electrically connected to the point-oriented transmitting unit 12 , the wireless transmitting unit, and the wireless receiving unit 16 . The wireless network transceiver unit 15 and the input unit 14. The above-mentioned electronic attack 2 has the point-pointing type receiving unit 22 corresponding to the point-pointing type transmitting unit 12, and the wireless receiving unit 16 corresponding to one of the wireless transmitting units 13 corresponding to the wireless receiving unit 16 and the wireless receiving unit 16 - wireless transmitting The unit 26 and the wireless network transceiver unit correspond to the wireless network transceiver unit 25. The micro control unit 丨丨 controls the point-directed transmitting unit 2 connected thereto, the line transmitting unit 13, the wireless receiving unit 16, the wireless network transceiver 15 yuan::, and the input unit !4, according to The input of the input unit 14 controls the operation of the remote controller 1, wherein the point-directed type transmitting unit 12 is configured to transmit a point directivity signal toward the direction of the remote controller 1, and the wireless transmitting unit 13 is configured to transmit a wireless signal 'wireless receiving unit The 16 system is for receiving wireless signals, and the wireless network transceiver unit 15 is for transmitting/receiving wireless network signals. The point-oriented receiving unit 22 of the electronic device 20 is configured to receive the point-directed signal transmitted by the point-directed type transmitting device 12, and the wireless receiving unit of the electronic device 2 is configured to receive the wireless transmitting unit 13 The wireless transmitting unit 26 of the electronic device 2 is configured to transmit a wireless signal, and the wireless network transceiver unit 25 of the electronic device 2 is configured to transmit/receive a wireless network signal. 19 200910780 Unit point-pointing type transmitting unit (1) Point-type receiving network transceiver unit 3, 26, wireless receiving unit 16, 23, and wireless description. The configuration of X疋5, 25, etc. is the same as that of the first two embodiments and is no longer in the case of 5 15 20, the remote control of the remote controller 1 is remotely controlled, and it is oriented toward the electronic device 2 with an identification key (key). Firstly, the point-oriented receiving unit 22 of the remote control 1 device 2 is used, and the pointing signal of the early = transmitting point directivity signal to the electronic device 2 is pointed; Π at this time, the electronic device 2 has been activated and is Si Second: the wireless receiving unit 16 containing the identification code (4), the wireless receiver unit 1 receives the registration, and accepts the registration of the electrical identification code (step _2). Thereafter, the wireless signal containing the identification code is transmitted by the remote (four) element 13 to the same pair as the identification code possessed by the electronic pair electronic device, and the second example of the remote control is used for remote control. In the electronic 4 set 2 system has - network address (Ip add ·) and - port number (port number), first, the system is to receive the u, ., 'type receipt, and point to ^9 sub-device 2 The point pointing = the point of the electronic U2 points to the unacceptable unit 22 (the step paste device 26 is activated and the wireless transmitting unit is categorized - the wireless signal containing the network address and the 埠 number therein to be used by the remote control ^ None: 20 200910780
10 15 20 欠單元1 6所接收，並獲得該電子裝置2之網路位址及埠號 辱（γ驟S1102)。其後，以遙控器】之無線網路收發單元 來傳HJDP封包至目的為該網路位址及埠號碼之電子裝置 2如此，達成正確接收控制命令之效果；或是電子裝置2 以其無線網路收發單元25連上網際網路，遙控⑸亦以其無 線網，收發單元15連上網際網路，俾使遙控器丨之無線網路 收發単元25可透過網際網路而傳送控㈣包至目的為該網 路位址及埠號碼之電子裝置2，如此，達成利㈣Μ網路來 正確接收控制命令之效果（步驟S1103)。 圆12所示為以前述遙控器1進行遙控之第三範例，立 中，j遙控器！具有-第一金鑰㈣』，而該電子裝置㈣ 具有第一金鑰（key_2)，首先，係以遙控器丨朝向電子裝置 2之點&向型接收單元2 2，並以點指向型發射單元12發射點 指向性訊號至電子裝置2之點指向型接收單元Μ，同時亦以 無線發射單元13發射内含有第—金鑰(㈣少議 訊號至該電子裝置2之無線接收單元23(步驟⑽υ。此時、，， 5亥電子裝置2已被作動並接收該無線訊號而獲取該第一金 錄’同時，該電子裝置2以其無線發射單元％發射—内含有 第二金錄(key少BEEF)之無線訊號，俾由該遙控器 接收單元16所接收並獲取該第二金輸（步驟⑽2)。发後 以該第—第二金鑰將控制命令力♦並以其益 線舍射早7〇13發射加密控制命令之無線訊號，俾由^ 裝置2接收該加密控制命令，而以該第―、第二金餘將 21 200910780 狁，因而達成正確且安全地接收控制命 S1203)。 双果（步驟 15 20 13所示為以前述遙控器i進行遙控之第四範例，其 ，該遙控益1具有-第-金餘(key」），而該電子裝置2則 具有一第二金鑰（key_2)，首先，係以遙控器丨朝向電子裝置 2之點指向賴收單元22，並㈣指向型發射單如發射點 指向性訊號至電子裝置2之點指向型接收單元22,同時亦以 無線發射單元13發射内含有第一金錄㈣,68)之無線訊 號至该電子m之無線接收單元23 (步驟8咖1)。此時， 該電子裝置2已被作動並接收該無線訊號而獲取該第—全 錄’同時，該電子裝置2將該第—金鑰及第二金姆㈣咖 經函^運算而獲得—第三錢(key—3=7efa)，再以其無線 發射單元26發射-内含有第三金鑰之無線訊號，俾由該遙 控器1所接收並獲取該第三金鍮（步驟sl3〇2)。其後，該遙控 器I以該第三金鑰將控制訊號加密，並以其無線發射單元= 發射加密之控制訊號，俾由該電子裝置2接收該加密之控制 訊號’而以該第-、第二金瑜將之解密，因而達成正確且 安全地接收控制訊號之效果（步驟sl3〇3)。 圖14所不為以前述遙控器丨進行遙控之第五範例，其 中’電子裝置2係具有—網路位址（Ip⑽簡)及—璋號碼 (port number)，遙控器！則具有一網路位址（ip address)，首 先，係以遙控益i朝向電子裝置2之點指向型接收單元^， 並以點▲向型發射單元12發#點指向性訊號至電子裝置2 之點心向型接收單元22 ’同時亦以無線發射單元Μ發射内 22 20091078010 15 20 The unit 16 receives and obtains the network address and nickname of the electronic device 2 (γ step S1102). Thereafter, the wireless network transceiver unit of the remote controller transmits the HJDP packet to the electronic device 2 for the network address and the 埠 number, thereby achieving the effect of correctly receiving the control command; or the electronic device 2 is wirelessly The network transceiver unit 25 is connected to the Internet, the remote control (5) is also connected to the Internet via the wireless network, and the transceiver unit 15 is connected to the Internet, so that the wireless network transceiver 25 of the remote controller can transmit and control through the Internet (4) package. The electronic device 2, which is intended to be the network address and the 埠 number, thus achieves the effect of correctly receiving the control command (step S1103). The circle 12 shows a third example of remote control by the aforementioned remote controller 1, and the center, j remote control! Having a -first key (four), and the electronic device (4) having a first key (key_2), firstly, a remote control device 丨 toward the point & type receiving unit 2 2 of the electronic device 2, and in a point-directed type The transmitting unit 12 transmits a point directivity signal to the point-oriented receiving unit 电子 of the electronic device 2, and also transmits the wireless receiving unit 23 with the first key (the fourth) to the electronic receiving unit 2 ( Step (10). At this time, the 5H electronic device 2 has been activated and receives the wireless signal to obtain the first golden record 'at the same time, the electronic device 2 transmits with its wireless transmitting unit %-containing the second golden record ( The wireless signal of the key less BEEF) is received by the remote control receiving unit 16 and acquired by the remote control unit 16 (step (10) 2). After the transmission, the first and second keys are used to control the command force and use the benefit line. The radio signal of the encryption control command is transmitted 7〇13, and the encryption control command is received by the device 2, and the first and second gold balances 21 200910780 狁, thus achieving correct and safe reception of the control life S1203 ). Double fruit (step 15 20 13 Shown as a fourth example of remote control by the remote controller i, the remote control has a -key-key, and the electronic device 2 has a second key (key_2), firstly, Pointing at the point of the remote controller 丨 toward the electronic device 2 to the absorbing unit 22, and (4) directional transmitting unit such as the transmitting point directional signal to the point-pointing receiving unit 22 of the electronic device 2, and also transmitting the wireless transmitting unit 13 The wireless signal of the first gold record (4), 68) is sent to the wireless receiving unit 23 of the electronic m (step 8 coffee 1). At this time, the electronic device 2 has been activated and receives the wireless signal to obtain the first full record. At the same time, the electronic device 2 obtains the third key (key_3=7efa) by the first key and the second gold (four) coffee transaction, and then transmits it by the wireless transmitting unit 26 The wireless signal of the key is received by the remote controller 1 and acquired by the remote controller 1 (step sl3〇2). Thereafter, the remote controller I encrypts the control signal with the third key and wirelessly Transmitting unit = transmitting the encrypted control signal, and receiving the encrypted control signal by the electronic device 2 No. ' and the first and second Jin Yu will decrypt it, thus achieving the effect of correctly and safely receiving the control signal (step sl3〇3). Figure 14 is not the fifth example of remote control with the aforementioned remote control , where 'electronic device 2 has - network address (Ip (10) simple) and - port number (port number), remote control! has an ip address (ip address), first, with remote control Yi i towards the electronic The pointing device of the device 2 is directed to the receiving unit ^, and the point ▲ is directed to the transmitting unit 12 to send the #point directing signal to the dim sum receiving unit 22' of the electronic device 2 while also transmitting the wireless transmitting unit 22 22 200910780
10 1510 15
20 含有其網路位址（IP address: 127.〇.〇.66)之無線訊號至該電 子裝置2之無線接收單元23 (步驟sl4〇1)，此時，該電子裝 置2同時接收該點指向性訊號及無線訊號，而可被作動並得 知該遙控器i之網路位址，且設定該電子裝置2僅接收該遙 控器1之網路位址（127.〇.〇.66)的封包。其後，該電子裝置2 以其無線發射單元26發射一内含有其網路位址（lp address: 127.0.0.88)及埠號碼（Portnumber: 1688)之無線訊號，以由 該遙控器1之無線接收單元16所接收，並獲得該電子 之網路位址及埠號碼（步驟sl4〇2)(j之後，以遙控器丨之、無線 網路收發單元25來傳送UDp封包至目的為該網路位址及蜂 號碼（127.0.0.88: 1688)之電子裝置2，如此，達成正確且高 信賴度的接收控制命令之效果。 圖15所示為以前述遙控器i進行遙控之第六範例^ 中’電子裝置2係具有一網路位址（ιρ祕叫及一璋號碼 (port number)，遙控器！亦具有—網路位址仰_心3)及一 =號碼（P°rt nUmber)’且遙控器1更具有-金输（key),首 ^ H遙控器1朝向電子袭置2之點指向型接收單元22， 、’以點指向型發射單元12發射點指向性訊號至電子裝置2 曰向型接收單凡22 ,同時亦以無線發射單元”發射内 3有其網路位址（IP add_:m•嶋6)、埠號碼㈣ Μ”)及加密金鑰(—。咖咖)之無線訊號至該 電子裝置2之無線接收軍开 早兀23 (步驟S!5〇l),此時，該電子 收該點指向性訊號及無線訊號，而可被作動並 付知錢控之網路位址料Μ，且設定該電子裝置2 23 200910780 僅接收該遙控器！之網路位址（127·〇·〇66)的封包，且獲取該 金鑰。其後，該電子裝置2以其無線網路收發單元25傳送内 含訊息為電子裝置2之網路位址（ip addr: 127.〇 〇 88)及埠號 碼（P〇rt:i688)的UDP封包至該網路位址及埠號碼υ (127_0·0.66: 1677)之遙控器丨’以由遙控器i所接收，並獲得 該電子裝置2之網路位址及埠號碼（步驟Sl5〇2)。之後，^控 器以該金鑰對控制命令加密，並以無線網路收發單元^來 傳送包含加密控制命令的UDP封包至目的為該網路位址及 槔號碼⑽划別：刪)之電子裝置2，以由電子裝以所接 收並解密控制訊號，如此，達成正確、高信賴度且安全的 接收無線控制訊號之效果。 15 ^前述巾可以得知，本發明係錢控器巾設置點指向 ==早元來直覺地對在其指向方向上之電子裝置發射配 立配對’以供電子裝置許可並接收其後由控制 =射之控制訊號，進而利用—隻遙控器就達到在一對多 的遙控環境當中之直覺式遙控操作方式。 主實ΐ例僅係為了方便說明而舉例而已，本發明所 主張之權利範圍自應以申請專利範 於上述實施例。 月寻伙圍所4為準，而非僅限 20 【圖式簡單說明】 苎1係本發明第一較佳實施例之呈指h + At 所遙控之電早壯^ 向功能之遙控器及其 t义冤子敫置的功能方塊圖。 24 200910780 圖2係以所示為以本發明第一較佳杂 控之第一範例。 &例之遙控器進行遙 圖3係以所示為以本發明第一較 控之第二範例。 、例之遙控器進行遙 圖4係以所示為以本發明第一較佳 控之第三範例。 、例之遙控器進行遙 圖5係本㈣第二較佳實施例之具 所遙控之電子裝置的功能方塊圊。…力能之遙控器及其 10 15 20 控之苐—' 範例 控器進行遙 圖6係以所示為以本發明第二較 控之第一誌如„ 5知例之遙 =係第本發明苐二較佳實施例之遙㈣進行遙 圖8係以所示為以本 控之第三範例。 較佳實施例之遙控器進行遙 之具指向功能之遙控器及其 圖9係本發明第三較佳實施例 所遙控之電子裝置的功能方塊圖 遙 =::::為—較佳實施例之遙控器進行 =::::為以本發明第三較佳實施例之遙控器進行遙 所示為以本發明第三較 控之第三範例。 疋t盗進仃遙 =以所示為以本發明第三較佳實施例之遙 控之第四範例。 疋4丁％ 25 200910780 圖14係以所示為以本發明第 控之第五範例。 圖15係以所示為以本發明第 控之第六範例。 二較佳實施例之遙控器進行遙 三較佳實施例之遙控器進行遙 Ο 10 【主要元件符號說明 遙控器1 無線發射單元13,26 方向鍵141 功能鍵143 無線接收單元16,23 回應器21 點指向型發射單元12 輸入單元14 數字鍵142 無線網路收發單元15,25 電子裝置2,3,4 點指向型接收單元22, 221,222, 2620 includes a wireless signal of its network address (IP address: 127.〇.〇.66) to the wireless receiving unit 23 of the electronic device 2 (step sl4〇1), at this time, the electronic device 2 receives the point at the same time. a directional signal and a wireless signal, and can be activated and know the network address of the remote controller i, and set the electronic device 2 to receive only the network address of the remote controller 1 (127.〇.〇.66) Packet. Thereafter, the electronic device 2 transmits, by its wireless transmitting unit 26, a wireless signal containing its network address (lp address: 127.0.0.88) and 埠 number (Portnumber: 1688) to be wireless by the remote controller 1 The receiving unit 16 receives the network address and the 埠 number of the electronic device (step sl4 〇 2) (after j, the remote network transmits the UDp packet to the destination for the network. The electronic device 2 of the address and the bee number (127.0.0.88: 1688), in this way, achieves the effect of a correct and highly reliable reception control command. Fig. 15 shows a sixth example of remote control by the remote controller i. 'The electronic device 2 has a network address (the port number and the port number, the remote control! also has the network address _ heart 3) and a = number (P° rt nUmber)' And the remote controller 1 further has a -key, the first remote control 1 is directed toward the point-type receiving unit 22 of the electronic attack 2, and 'the point-directed transmitting unit 12 transmits the point directing signal to the electronic device 2 The directional type receives the single-part 22, and also uses the wireless transmitting unit to transmit the internal 3 The wireless signal of the address (IP add_:m•嶋6), 埠 number (4) Μ") and the encryption key (-. 咖咖) to the wireless receiver of the electronic device 2 is early 23 (step S! 5〇l At this time, the electronic device receives the pointing signal and the wireless signal, and can be activated and pays the money to control the network address, and set the electronic device 2 23 200910780 to receive only the remote controller! The packet of the network address (127·〇·〇66) is obtained and the key is obtained. Thereafter, the electronic device 2 transmits, by its wireless network transceiver unit 25, the UDP including the network address (ip addr: 127.〇〇88) and the 埠 number (P〇rt:i688) of the electronic device 2. The remote controller 封' packetized to the network address and 埠 number 127 (127_0·0.66: 1677) is received by the remote controller i, and the network address and the 埠 number of the electronic device 2 are obtained (step S15 〇 2) ). Afterwards, the controller encrypts the control command with the key, and transmits the UDP packet containing the encryption control command to the network for the network address and the number (10) by the wireless network transceiver unit. The device 2 receives and decrypts the control signal by the electronic device, thereby achieving the effect of receiving the wireless control signal with correctness, high reliability and security. 15 ^ The foregoing towel can be known that the present invention is that the money controller towel set point pointing == early element to intuitively transmit the pairing pair 'in the pointing direction of the electronic device for the electronic device to permit and receive the subsequent control by = Shooting control signals, and then use - remote control to achieve intuitive remote control in a one-to-many remote control environment. The main examples are merely examples for convenience of description, and the scope of the claims of the present invention is intended to cover the above embodiments. The monthly search for the squadron 4 is not limited to 20 [Simplified description of the drawings] 苎1 is a remote control for the function of the h + At remote control of the first preferred embodiment of the present invention and The functional block diagram of the t-spot. 24 200910780 Figure 2 is a first example of the first preferred hybrid control of the present invention. The remote control of the & example is shown in Figure 3 as a second example of the first control of the present invention. The remote controller of the example is shown in FIG. 4 as a third example of the first preferred control of the present invention. The remote controller of the example is remotely operated. FIG. 5 is a functional block of the electronic device with remote control according to the second preferred embodiment of the present invention. ...the remote control of the power and its 10 15 20 control - 'the example controller to carry out the remote picture 6 is shown as the second comparison of the second control of the present invention „ 5 know the remote = the first The second embodiment of the present invention is shown in FIG. 2 as a third example of the present control. The remote controller of the preferred embodiment performs a remote control function of the remote pointing function and FIG. 9 is the present invention. The function block diagram of the electronic device remotely controlled by the third preferred embodiment is remote =:::: is - the remote controller of the preferred embodiment performs =:::: for the remote controller according to the third preferred embodiment of the present invention The third example of the third control according to the present invention is shown in the figure. 盗t thief enters the second example of the remote control according to the third preferred embodiment of the present invention. 疋4丁% 25 200910780 Figure 14 is a fifth example of the control of the present invention. Figure 15 is a sixth example of the control of the present invention. The remote control of the preferred embodiment performs remote control of the preferred embodiment. Remote control 10 [Main component symbol description Remote control 1 Wireless transmission unit 13, 26 Direction key 141 Function key 143 Wireless receiving unit 16,23 Responder 21 Point-pointing type transmitting unit 12 Input unit 14 Number key 142 Wireless network transceiver unit 15, 25 Electronic device 2, 3, 4 point-pointing type receiving unit 22, 221, 222, 26