1379578 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種行動通訊裝置共享有線數位節目 資訊之系統及其方法，特別是指一種行動通訊裝置透過有 線及/或WiFi無線網路傳輸協議共享内建有線電視數位接 收網路機上盒之節目資訊。 【先前技術】 φ 近年來科技迅速發展，行動通訊裝置已成為現代人生 活不可或缺一部份。隨著數位化時代來臨，行動通訊裝置 不在只侷限於傳統通話功能’整合行動通訊功能與數^電 視功能已經漸漸成為現代生活的趨勢。不但帶動軟硬體產 業快速成長也帶來龐大經濟效益’因此無論各國政府或產 業界莫不積極投入發展行動通訊裝置接收數位電視節目之 領域技術。 行動通訊裝置接咚數位電視節目在蟑距離傳輸中，係 •將音視頻訊號以FM擴頻方式處理號發送，然後透過具有 無線FM接收器之行動通訊裝置收看。但以此方式合有接 收距離短與影音品質不佳問題。1379578 IX. Description of the Invention: [Technical Field] The present invention relates to a system and method for sharing a wired digital program information by a mobile communication device, and more particularly to a mobile communication device transmitting via a wired and/or WiFi wireless network The protocol shares the program information of the built-in cable TV digital receiving box on the network. [Prior Art] φ In recent years, technology has developed rapidly, and mobile communication devices have become an indispensable part of modern life. With the advent of the digital age, mobile communication devices are not limited to traditional call functions. The integrated mobile communication function and digital TV function have gradually become the trend of modern life. Not only does the rapid growth of the hardware and software industry bring huge economic benefits, so no matter whether governments or industries are actively involved in the development of mobile communication devices to receive digital TV technology. The mobile communication device is connected to the digital television program in the distance transmission, and the audio and video signals are transmitted in the FM spread mode, and then viewed through the mobile communication device having the wireless FM receiver. However, in this way, the problem is that the receiving distance is short and the quality of the audio and video is poor.
。長距離傳輪一般採用 万式’但往往因. Long-distance transmission wheels are generally used in the 10,000 style but often
此外，一般人的家中已有安裴有線數位節目接收裝 ，須申 置’若外出時’欲透過行動通訊裝置從看電視節目 。月另特疋僅適用於行動通訊裝置接收的數位節目，造成 使用者増加心卜花費，不符合經濟效益。 【發明内容】 = 於此，為解決上述問題，本發明係提出一種行動 通訊裝=由有線及/或wiFi無線網路傳輸協議以共享内 線兒視數位接收網路機上盒節目資訊之系統及其方 法。 '、 Μ目ί發明一實施例揭露一種行動通訊裝置共享有線數位 Ρ八貝汛之系统，係包含一内建有線電視數位接收網路機 上—4丁動通訊裝置。其中，行動通訊震置與内建有線 電視數位接收網路機上盒可透過有線及/或WiFi無線網路 傳輸協議相互連結以共享節目資訊。、 本發明-實施例行動通訊裝置共享有線數位節目資訊 β。方法係内建有線電視數位接收網路機上盒之訊號收發 單凡接收即目資訊後’傳遞至内建有線電視數位接收網路 機上金之之此KMk上 —一-------— — —一― …―一 ' 各夕 媒體處理器，内建有線電視數位接收網路機上 a之夕媒體處理II透過多媒體影音壓縮編碼轉換規範編譯 纟、、縮、’扁竭衫音傳輸流與生成控制資訊。並經由前向糾錯 為碼方式將壓縮編碼影音傳輸流與控制資訊轉換成傳輸流 ^ 傳遞至内建有線電視數位機上盒之網路服務單元封裝 成1P封包，並經由有線及/或WiFi無線網路傳輸協議建立 :輪，逼發送。行動通訊裝置之有線及/或WiFi無線網路 通Λ單70發送料傳輸協祕收IP封包並解譯成傳輪流傳 1379578 行—應 ⑽糾錯編碼方式將傳輪流轉換成麼 碼轉換規範__目資訊，完缝日數據解 碼，輪出至賴通崎絲音傳輪流解In addition, the average person's home has an ampo cable digital program receiving device, and it is required to apply for 'when going out' to watch TV programs through mobile communication devices. The monthly special feature is only applicable to the digital programs received by the mobile communication device, which causes the user to spend more money and is not economically viable. SUMMARY OF THE INVENTION In order to solve the above problems, the present invention provides a mobile communication device that uses a wired and/or wiFi wireless network transmission protocol to share an internal line of digital video reception system information on a network box and Its method. An embodiment of the invention discloses a mobile communication device sharing a wired digital system. The system comprises a built-in cable television digital receiving network device. Among them, the mobile communication and the built-in cable TV digital receiving network box can be connected to each other through a wired and/or WiFi wireless network transmission protocol to share program information. The mobile communication device of the present invention-implementation shares the wired digital program information β. The method is built-in cable TV digital receiving network box on the signal receiving and receiving singles, after receiving the instant information, 'passed to the built-in cable TV digital receiving network machine on the KMk on the KMk-------- -——————一—...―一′ Each media processor, built-in cable TV digital receiving network on the eve of the media processing II through the multimedia video compression coding conversion specification compiled 纟,, shrink, 'flat hair Transport streams and generate control information. And converting the compressed encoded video transmission stream and the control information into a transport stream via a forward error correction code method, and transmitting the data to the network service unit of the built-in cable television digital box to package a 1P packet, and via cable and/or WiFi. The wireless network transmission protocol is established: round, forced to send. The mobile communication device's wired and / or WiFi wireless network through the single 70 send material transmission co-secret IP packet and interpreted into the transmission of 1375978 lines - should (10) error correction coding method to convert the transmission into the code conversion specification _ _目资讯, the end of the day data decoding, turn out to Lai Tongqi silk sound transmission solution
視數2明—實施例之行動通訊裝置可透過與内建有線電 ^ ^收網路機上盒間有線及/或娜1無線網路傳輸協 〜、予即目_#訊，達成行動通訊裝置遠端異地收視家中内 建有線電視數位接收網路機上盒節目資訊，使得使用者不 須，外支付費用收看電視節目且提供豐富節目資訊供選擇 觀Μ此外，透過剞述方法行動通訊裝置亦可發送控制資 訊’使得内建有線電視數位接收網路機上盒執行錄影或時 間平移，進而增加行動通訊裝置便利性與實用性。 【實施方式】 為使對本發明之目的、系統架構及其功能有進一步瞭 解，兹配相關實施例及圖示作詳細說明如下。 請參照第1圖，其為本發明一實施例揭露之一種行動 通訊裝置共享有線數位節目資訊之系統之内建有線電視數 位接收網路機上盒架構圖。 其包含一訊號收發單元101、一記憶體單元102、一多 媒體處理器103、一網路服務單元1〇4、一儲存裝置105與 一電源裝置106。 其中’内建有線電視數位接收網路機上盒之訊號收發 1379578 單元101 t包含一訊號調證/解調g 1〇1〇、—音視頻解碼器 1011 視頻轉換模組1012、一音頻轉換模組1〇丨3、二紅 外線接收模組1014、一按鍵控制模組1〇15、—串列通訊埠 模組1016與一智慧卡模組ion。記憶體單元102 ^為一 ^SH、-職讓與一 SDRAM組成，輕接訊號收發 早兀101、多媒體處理器103與網路服務單元1〇4，可用以 存放内建有線電視數位接收網路機上盒之系統程式或做為 式之暫存空間。網路服務單元104輕接多媒體處理 10 一匕3網路δΗι5虎處理1G4G、—無線網路模組 署赤二乙太網路模組體。儲存裝置1G5可為-硬碟裝 ^ 磲燒入裝置，經由SATA與ATAPI轉換介面耦接 夕媒體處理器1G3與網路服務單幻⑽' 用以數位接收網路機上盒之各組件， 之電源卜建有線電視數位接收，苎機上-盒之各組件穩定 W:置^二’其為本Γ明一實施例揭露之-種行動 構圖，hi * ^卩目資訊之系統之行動通訊裝置架 ㈣/卜有線和刪無線網路通訊單元20卜〆記 2〇2 —應用媒體處理器2〇3、一顯示器2〇4、一 J/ϋ 單兀 2(K、 $ 動通訊裝t可=裝置H與一數位相機裝置浙。行 並 ；、、' 仃動電6舌或—個人數位助理（PDA)。 '、置之有線和網路通訊單元 更包含一行動電話收發模組2〇1〇、一藍芽模組、 WiFi無線網路模組2〇12、一乙太網路模組2〇i3。纪 體單元2〇2可為-FLASii與一職讀組成，輕接勒 媒體處理器203,可用以存放行動通訊裝置之系统程^或 ί為系統程式之暫存空間。顯示器綱浦應用媒體處理 盗2〇3 ’用以播放節目資訊或操作訊息。I/O單元205耦接 應用媒體處理器203,包含一記憶卡模組2〇5〇、 電路模組2〇51、一喇叭電路模組2〇52、一耳機電路楔二 2053、一響鈴電路模组2〇54、一多功能ι/〇插槽咖、: 按鍵控制模組2056與-音視頻轉換模組2()57。電源裝置 206係輕接行動通訊裝置之各組件，可包含—電池農置 2060與-電源控制晶片2〇61，用以提供行動通訊裳置之各 ，件穩定之電源。數位相機裝置2〇7係麵接應用媒體處理 器203 ’用以擷取至少—影音訊號。 請參照第3圖，其為本發明—實施露之-種行動 通訊裝置共享有線數位Ip 圖、f 2圖以利了解’内建有線電視數位接收網路機上盒 接收節目資訊，經由多媒體影音_編碼轉換規範編譯2 壓縮編碼影音傳輸流與生成控制資訊並難成1?封包後， 透k有線及/或WiFi無線網路傳輸協議建立網路傳輸通道 傳运IP封包。行動通訊裳置係透過有線及/或聊i無線網 路與有線電視數位機上盒對等傳輸協議連接傳輸通道接收 IP封包’並進-步解譯IP封包成壓縮編碼影音傳輸流與控 1379578 制資訊，經由多媒體影音數據解碼轉換規範解譯回節目資 訊輸出，方法步驟如下： 運用内建有線電視數位接收網路機上盒接收節目資訊 &步驟謂）。財财，㈣錢f視數位接收網路機上 |之多媒體處❹103透勒建有線電視數位接收網路機 上盒之訊號收發單元101之訊轳埔批 飞號調諧/解調器1010與智慧 卡模組衝接收數位電視節目資訊。内建有線電視數位接 收網路機上盒之多媒體處理器⑽亦可透過内建有線電視 =接收網路機上盒之訊號收發單元101之視頻轉換模組 咖、日頻轉換模組聰接收影音播放裝置輸出 訊。 ，尸、 利用多媒體影音屢縮編碼轉換規範編譯節目資訊為麗 ^編瑪影音傳輸流與生成控制資訊（步驟S110)。此步驟 Γ接收之節目資訊經由内建有線電視數位接收網路機上 2音視頻解碼器則解碼後傳遞至内建有線電視數位 網路機上盒之多媒體處理器103,内建有線電視數位 編碼2機ΐ盒之多媒體處理器103利用多媒體影音壓縮 •、、。。、規軌編譯有線電視數位接收網路機上盒之音視頻 :器um解喝後之節目資訊成壓縮編碼影音傳輸流，内 牛有線電視數位接收網路機上盒之多媒體處理器而進一 Γ根據音視頻解碼器1011解碼後之節目資訊生成控制資 :。内，有線電視數位接收網路機上盒之多媒體處理器103 、工由削向糾錯編碼方式(FGrward Em>r· Coireetion)將壓縮編 1379578 碼影音傳輸流與㈣f訊生成傳輸流以傳遞至内建有線電 視數位接收網路機上盒之網路服務單元刚。其中，多媒 -·體影音壓縮編碼轉換規範視頻可為-H.264規範或-PEG 4規範’音頻可為一 AAC+規範或一 a慰規範。 封裝成IP封包，並透過有線及/或WiFi無線網路傳輸 協議傳送S12G) °内时線電視數位接收網路機上盒 之、用路服務單元1〇4接收經内建有線電視數位接收網路機 • 上皿之夕媒體處理器1〇3採用前向糾錯編碼方式處理後之 傳輸流後，可依用途選擇有線網路、WiFi無線網路或有線 網路及WiFi無線網路傳輸協議方式。其中，有線及/或WiFi 無線網路傳輸協議係利用一即時傳輸協議、一及時控制協 議、一即時流協議封裝傳輸流成IP封包，並透過UDP協 定建立傳輸網路通道發送IP封包，以提供長距離傳輸。 運用行動通訊裝置，發送對等有線及/或WiFi無線網 路傳輸協議（步驟S130)。行動通訊裝置之有線和WiFi無線 .... ·-. _ 網路通訊單元201發送有線及/或WiFi無線網路傳輸協 議，並搜尋與有線及/或WiFi無線網路傳輸協議對等之網 路傳輸通道，接收傳輸通道中ip封包。 接收IP封包至行動通訊裝置中，並解譯IP封包成節 目資訊輸出（步驟S140)。行動通訊裝置之有線和WiFi無線 網路通訊單元201經由串列傳輪方式接收ip封包，並解譯 成傳輪流後傳遞至行動通訊裝置之應用媒體處理器203， 行動通訊裝置之應用媒體處理器203接收行動通訊裝置之 12 1379578 有線和WiFi無線網路通訊單元201之傳輸流後，經由解前 向糾錯編碼方式解譯出壓縮編碼影音傳輸流與控制資訊， 並經由多媒體影音數據解碼轉換規範解譯壓縮編碼影音傳 輸流成節目資訊，輸出至行動通訊裝置之顯示器204播放。 综上所述，行動通訊裝置可經與上述之方法與内建有 線電視數位接收網路機上盒共享節目資訊。其中，行動通 訊裝置亦可發送控制資訊使内建有線電視數位接收網路機 上盒執行錄影、時間平移，使得行動通訊裝置更具實用性， 滿足消費市場需求。 雖然本發明之實施例揭露較佳方式如上所述，然其並 非用以限定本發明，任何熟習相關技藝者，在不脫離本發 明之精神和範圍内，當可作些許之更新與潤飾，因此本發 明之專利保護範圍須視本說明書所附之申請專利範圍所界 定者為準。 【圖式簡單說明】 第1圖繪示係為本發明一實施例之内建有線電視數位接收 網路機上盒架構圖； 第2圖繪示係為本發明一實施例之行動通訊裝置系統架構 圖；以及 第3圖繪示係為本發明一實施例之行動通訊裝置共享有線 數位節目資訊之方法流程圖。 【主要元件符號說明】 101 訊號收發單元 13 1379578 1010 訊號調諧/解調器 1011 音視頻解碼器 1012 視頻轉換模組 1013 音頻轉換模組 1014 紅外線接收模組 1015 按鍵控制模組 1016 串列通訊埠模組 1017 智慧卡模組 102 記憶體單元 103 多媒體處理器 104 網路服務單元 1040 網路訊號處理器 1041 無線網路模組 1042 乙太網路模組 105 儲存裝置 106 電源裝置 201 有線和WiFi無線網路通訊單元 2010 行動電話收發模組 2011 藍芽模組 2012 WiFi無線網路模組 2013 乙太網路模組 202 記憶體單元 203 應用媒體處理器 14 1379578 204 顯示器 205 I/O單元 2050 記憶卡模組 2051 麥克風電路模組 2052 喇口八電路模組 2053 耳機電路模組 2054 響鈐電路模組 2055 多功能I/O插槽 2056 按鍵控制模組 2057 音視頻轉換模組 206 電源裝置 2060 電池 2061 電源控制晶片 207 數位相機裝置 步驟S100 運用内建有線電視數位接收網路機上盒接收 節目資訊 步驟S110 利用多媒體影音壓縮編碼轉換規範編譯節目 資訊為壓縮編碼影音傳輸流與生成控制資訊 步驟S120 封裝成IP封包，並透過有線及/或WiFi無線網路 傳輸協議傳送 步驟S130 運用行動通訊裝置，發送對等有線及/或WiFi 無線網路傳輸協議 步驟S140 接收IP封包至行動通訊裝置中，並解譯IP封包 15 1379578 成節目資訊輸出视视二明—The mobile communication device of the embodiment can reach the mobile communication through the cable connection with the built-in cable computer and/or the wireless network transmission of the Na 1 wireless network. The remote station viewers of the remote station have built-in cable TV digital receiving network box program information, so that the user does not need to pay the fee to watch the TV program and provide rich program information for selection. In addition, the mobile communication device is described by the method. It can also send control information to enable the built-in cable TV digital receiving network box to perform video recording or time shifting, thereby increasing the convenience and practicality of the mobile communication device. [Embodiment] In order to further understand the object, system architecture and function of the present invention, the related embodiments and the drawings are described in detail below. Please refer to FIG. 1 , which is a block diagram of a built-in cable television digital receiving network box of a system for sharing wired digital program information in a mobile communication device according to an embodiment of the invention. It comprises a signal transceiver unit 101, a memory unit 102, a multimedia processor 103, a network service unit 1-4, a storage device 105 and a power supply unit 106. Among them, the built-in cable TV digital receiving network box signal transmission and reception 1379576 unit 101 t includes a signal calibration/demodulation g 1〇1〇, audio and video decoder 1011 video conversion module 1012, an audio conversion module The group 1〇丨3, the two infrared receiving module 1014, the one button control module 1〇15, the serial communication port module 1016 and a smart card module ion. The memory unit 102 ^ is composed of a ^SH, a job and an SDRAM, and the light receiving and receiving signal 101, the multimedia processor 103 and the network service unit 1〇4 can be used to store the built-in cable television digital receiving network. The system program of the set-top box or as a temporary storage space. The network service unit 104 is connected to the multimedia processing. The 10 匕3 network δΗι5 tiger handles the 1G4G, the wireless network module, the red Ethernet module. The storage device 1G5 can be a hard disk mounting device, coupled to the ATAPI conversion interface via the SATA and the Internet service processor (1) and the network service single (10)' for receiving the components of the network box. Power Bu Jian cable TV digital receiving, the upper part of the box - box is stable W: set ^ 2 '. This is an embodiment of the disclosure - a kind of action composition, hi * ^ eye information system of mobile communication device Rack (four) / Bu wired and deleted wireless network communication unit 20 〆 〇 2 〇 2 - application media processor 2 〇 3, a display 2 〇 4, a J / ϋ single 兀 2 (K, $ mobile communication installed t can = Device H and a digital camera device Zhe. And, 'Twisting 6 tongues or - Personal Digital Assistant (PDA). ', the wired and network communication unit also includes a mobile phone transceiver module 2〇 1〇, a Bluetooth module, WiFi wireless network module 2〇12, an Ethernet module 2〇i3. The unit 2〇2 can be composed of -FLASii and a job reading, lightly connected to the media The processor 203 can be used to store the system program of the mobile communication device or the temporary storage space of the system program. The I/O unit 205 is coupled to the application media processor 203, and includes a memory card module 2〇5〇, a circuit module 2〇51, and a speaker circuit module. 2〇52, a headphone circuit wedge 2205, a ring circuit module 2〇54, a multi-function ι/〇 slot coffee,: button control module 2056 and - audio and video conversion module 2 () 57. The device 206 is a light-connected component of the mobile communication device, and may include a battery farm 2060 and a power control chip 2〇61 for providing a stable power supply for the mobile communication device. The digital camera device 2〇7 system The interface application media processor 203 ′ is used to capture at least the audio and video signals. Please refer to FIG. 3 , which is a mobile communication digital Ip map and a f 2 graph for the mobile communication device of the present invention. Building a cable TV digital receiving network box to receive program information, compiling through the multimedia video encoding conversion code 2 compression encoding audio and video transmission stream and generating control information is difficult to 1? After the packet, through the k cable and / or WiFi wireless network Transport protocol establishes network transport channel transport IP seal Mobile communication is based on the cable and / or chat i wireless network and cable TV digital box on the peer-to-peer transmission protocol connection transmission channel to receive IP packets 'and step-by-step interpretation of IP packets into a compression-encoded video transmission stream and control 1379578 The system information is interpreted back to the program information output through the multimedia video data decoding conversion specification. The method steps are as follows: The built-in cable television digital receiving network box is used to receive program information & steps. Finance, (4) money f digital receiving network on the network | multimedia station 103 through the built-in cable TV digital receiving network box signal transceiver unit 101 of the signal 轳 批 batch number tuning / demodulator 1010 and wisdom The card module rushes to receive digital TV program information. The multimedia processor (10) with built-in cable TV digital receiving network box can also receive video and audio through the built-in cable TV = receiving the signal transceiving unit 101 of the network box, and the daily frequency conversion module can receive video and audio. The playback device outputs a message. , the corpse, compiles the program information by using the multimedia video and audio compression coding conversion specification to generate the control stream information and generate control information (step S110). The program information received in this step is decoded by the 2 audio and video decoder on the built-in cable television digital receiving network, and then transmitted to the multimedia processor 103 of the built-in cable television digital network box, and the built-in cable digital code is built in. The multimedia processor 103 of the 2-box uses multimedia audio and video compression. . Compile and compile the audio and video of the cable TV digital receiving box on the network: the program information of the um solution is compressed into the encoded audio and video transmission stream, and the multimedia processor of the internal cable TV receiver receives the network box. The control information is generated according to the program information decoded by the audio/video decoder 1011. Inside, the multimedia processor 103 of the cable television receiving network box, and the error correction coding method (FGrward Em>r·Coireetion) compresses the 1375978 code audio and video transmission stream and (4) generates the transmission stream to be transmitted to The built-in cable TV digital receiving network box on the network box has just been installed. Wherein, the multimedia-·body-video compression coding conversion specification video may be the -H.264 specification or the -PEG 4 specification' audio may be an AAC+ specification or a comfort specification. Encapsulated into IP packets and transmitted through the wired and / or WiFi wireless network transmission protocol S12G) ° time line TV digital receiving network box, with the service unit 1〇4 receiving via the built-in cable TV digital receiving network Road Machine • After the media processor 1〇3 adopts the forward error correction coding method to process the transmission stream, you can select the wired network, WiFi wireless network or wired network and WiFi wireless network transmission protocol according to the application. the way. The wired and/or WiFi wireless network transmission protocol uses an instant transmission protocol, a timely control protocol, an instant flow protocol to encapsulate the transport stream into an IP packet, and establishes a transmission network channel to send an IP packet through the UDP protocol to provide Long distance transmission. The peer-to-peer wired and/or WiFi wireless network transmission protocol is transmitted using the mobile communication device (step S130). Wired and WiFi wireless for mobile communication devices.... _ Network communication unit 201 sends wired and/or WiFi wireless network transmission protocols and searches for networks that are peer-to-peer with wired and/or WiFi wireless network transmission protocols. The channel transmission channel receives the ip packet in the transmission channel. The IP packet is received into the mobile communication device, and the IP packet is interpreted into a program information output (step S140). The wired and WiFi wireless network communication unit 201 of the mobile communication device receives the ip packet via the serial transmission mode, and interprets it into the application media processor 203, which is transmitted to the mobile communication device, and the application media processor 203 of the mobile communication device. After receiving the transport stream of the 12 1379578 wired and WiFi wireless network communication unit 201 of the mobile communication device, the compressed encoded video transmission stream and the control information are interpreted through the solution forward error correction coding method, and the decoding specification is decoded through the multimedia video data decoding. The compressed encoded audio and video transmission stream is streamed into program information and output to the display 204 of the mobile communication device for playback. In summary, the mobile communication device can share program information with the built-in wired TV digital receiving network box with the above method. Among them, the mobile communication device can also send control information to enable the built-in cable television digital receiving network box to perform recording and time shifting, so that the mobile communication device is more practical and meets the needs of the consumer market. Although the preferred embodiments of the present invention are disclosed above, it is not intended to limit the present invention, and those skilled in the art can make some updates and retouchings without departing from the spirit and scope of the present invention. The patent protection scope of the present invention is defined by the scope of the patent application attached to the specification. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a built-in cable television digital receiving network box according to an embodiment of the present invention; FIG. 2 is a mobile communication device system according to an embodiment of the present invention; FIG. 3 is a flow chart showing a method for sharing wired digital program information by a mobile communication device according to an embodiment of the present invention. [Main component symbol description] 101 Signal transceiver unit 13 1379578 1010 Signal tuning/demodulator 1011 Audio and video decoder 1012 Video conversion module 1013 Audio conversion module 1014 Infrared receiving module 1015 Button control module 1016 Serial communication module Group 1017 smart card module 102 memory unit 103 multimedia processor 104 network service unit 1040 network signal processor 1041 wireless network module 1042 Ethernet module 105 storage device 106 power device 201 wired and WiFi wireless network Road Communication Unit 2010 Mobile Phone Module 2011 Bluetooth Module 2012 WiFi Wireless Network Module 2013 Ethernet Module 202 Memory Unit 203 Application Media Processor 14 1379578 204 Display 205 I/O Unit 2050 Memory Card Module Group 2051 Microphone circuit module 2052 Lakou eight circuit module 2053 Headphone circuit module 2054 Loud circuit module 2055 Multifunction I/O slot 2056 Button control module 2057 Audio and video conversion module 206 Power supply unit 2060 Battery 2061 Power supply Control chip 207 digital camera device step S100 use built-in The line television digital receiving network box receives the program information. Step S110 uses the multimedia video compression encoding conversion specification to compile the program information into a compressed encoded video transmission stream and generates control information in step S120, and is encapsulated into an IP packet, and is transmitted through a wired and/or WiFi wireless network. The path transmission protocol transmission step S130 uses the mobile communication device to transmit the peer-to-peer wired and/or WiFi wireless network transmission protocol, step S140, receives the IP packet into the mobile communication device, and interprets the IP packet 15 1379578 into the program information output.
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