201123884 六、發明說明： 【發明所屬之技術領域】 本發明内容是有關於一種電視資料廣播系統，且特別 是有關於一種嵌入式的電視資料廣播接收、存儲及播放系 統。 【先前技術】 傳統的電視機和機上盒等類似產品能接收解讀的資訊 鲁有限，資訊化、網路化程度不夠，而且只能被動地接收廣 播、網路或其他方式傳來的内容，不能對内容進行自主的 管理。傳統的個人電腦主機雖然管理功能很強，但是可靠 性較差，而且不易操作，仍然需要一定程度的電腦操作知 識，且維護成本（包括硬體成本和服務成本）都很高。 另外，由於ADSL或其他寬頻網路資源有限、成本較 高，所以為了滿足廣大遠端客戶的需求，現在已經開始使 用電視資料廣播來傳輸各種網路資訊，這樣不但使資訊傳 • 播範圍更廣，還可以利用現有的電視網路來操作，降低傳 輸和接收成本。 然而，使用這種方法發送和傳輸的網路資訊，並不能 直接被普通的電視機或機上盒解讀出來，因為其中涉及到 一些解多工技術和音視頻編解碼技術。此外，由於電視資 料廣播可以有衛星、有線、地面等多種傳輸方式，也有多 個運營商經營發射端而發射不同的内容，但目前的家電產 品並不能接收這多種傳輸方式傳輸的多種格式的内容，因 此並無法同時滿足多種需要。而且，由於運營商很多，不 201123884 . 同的客戶可能有不同的需要，而目前的家電產品也缺乏過 濾功能，無法使客戶只看到其希望接收到的内容，並過濾、 掉其他的内容。 為了完成上述功能，目前只能依靠個人電腦主機的方 案來解決，但是如上文所述，個人電腦主機的可靠性、操 作性較差，且成本較高，並不能滿足廣大客戶的需求。 因此，目前迫切需要一種能克服家電產品和電腦的缺 陷，且既可以看電視又可以流覽網路資訊的產品，來滿足 Φ 目標客戶的需要。 【發明内容】 本發明内容之一目的是在提供一種能從電視資料廣播 中多路併發地收、錄網路資訊，既可以看電視又可以流覽 網路資訊的流覽系統。 本發明内容之一技術樣態係關於一種嵌入式電視資料 廣播流覽系統，其包括：處理器、用以接收ts流(傳輸流) • 的調諧器、用以將所述TS流傳輸給處理器的同步平行介 面，以及同步動態記憶體和音視頻輸出端，其中處理器通 過與發射端的協定匹配將相應的資訊從TS流中解讀出來 並通過音視頻輸出端輸出。 在上述的系統中，處理器包括通過匯流排相連的 CPU、用以控制所述同步動態記憶體的同步動態記憶體控 制器、用以從TS流中解出IP資料封包的解多工器、用以 解碼音頻資訊的音頻解碼器、用以解碼視頻資訊的視頻解 ' 碼器、用以處理多維圖形資訊的圖形處理單元，以及用以 201123884 將視頻資訊和圖形資訊混合⑽出的混合器， 過協定匹配從IP資料中解讀出各類資訊。 通 在上述的系統♦,所述處理 立 在上述的系统中，所… 頻輪出控制器。 斤述處理态還包括輔助處理器，其 =:“用所述的音頻解碼器和視頻解碼器處理的音 主處中’所述處理器包括通過匯流排相連的 域理奸漏處理器，其中域理器包括CPU、用以控 步广態記憶體的同步動態記憶體控制器、用以從 中解出IP資料封包的解多工器、用以解碼M音 員解碼器、用以解碼MPEG2視頻#訊的視頻解 “用以處理多維圖形資訊的圖形處理單元，以及用以 將視頻資訊和圖形資訊混合後輸出的混合器，其中CPU通 過協定匹配從IP資料中解讀出各類資訊，辅助處理器是用 以處理MPEG4的音視頻資訊。 在上述的系統中，處理器還包括音頻輸出控制器。 在上述的系統中，調諧器是用以接收衛星、有線或地 面傳輸的電視資料廣播。 在上述的系統中，音視頻輸出端包括音頻輸出介面和 視頻輸出介面。 在上述的系統中，視頻輸出介面包括複合視頻輸出介 面、S端子視頻輸出介面和/或視頻圖形陣列。 在上述的系統中，還包括與處理器連接的紅外遙控輸 入介面。 在上述的系統中，還包括與處理器連接的智慧卡，其 201123884 . 用以將被加密的音視頻資訊進行解密。 在上述的系統中，還包括與所述處理器連接的網路介 面，其用以接收來自互聯網或局域網的資訊。 在上述的系統中，還包括與所述處理器連接的RS232 通用非同步接口和/或USB介面。 在上述的系統中，還包括與處理器連接的快閃記憶 體、硬碟和/或CD/DVD輸入端。 在上述的系統中，混合器將視頻資訊和圖形資訊混合 鲁 後傳輸給電視編碼器’並經由電視編碼器輸出。 本發明在現有家電產品基礎上引入嵌入式資料廣播流 覽系統，集成流覽器獲取資訊，透過協定匹配將IP資料封 包從TS流中解出並播放或存儲，實現多路併發地收、錄接 收到的資訊，而後透過電視機或其他顯示設備顯示；而且 在處理器中透過硬體加速而降低了對CPU的配置要求，降 低了成本；另外，還在系統中引入了過濾加密功能，提高 了系統的可靠性。再者，本技術方案的產品既可以作為用 Φ 戶端又可以作為伺服器，並且可以支援單向和雙向兩種通 信模式。 【實施方式】 第1圖係依照本發明一實施例繪示一種嵌入式電視資 料廣播流覽系統的結構框圖。嵌入式電視資料廣播流覽系 . 統包括調諧器1、同步平行介面2、同步動態記憶體(SDRAM) 3和處理器4，其中同步動態記憶體3由處理器4控制，調 諧器1用於接收TS流（傳輸流），並通過同步平行介面2將 201123884 ts流傳輸給處理器4，處理器4則透過與發射端的協定匹 配將相應的資訊解讀出來，並透過音視頻輸出端5輸出。 °周°白器1可以為接收衛星、有線或地面傳輸的電視資料廣 播的調謂器，也可以同時包括其中的兩個或三個調譜器， 然後由用戶透過選擇開關來選擇需要的頻道。 上述的協定匹配就是接收端使用與發射端相同的協議 來解讀其接收到的内容’例如發射端使用xml技術處理其 要傳輸的資訊，接收端也使用xml技術將其接收到的内容 • 解讀出來。由於透過協定匹配的方法接收資訊時，只解讀 使用匹配協定的資訊，因此可以過濾掉與設定的協定不匹 配的其他資訊。 第2圖係依照本發明另一實施例繪示—種嵌入式電視 資料廣播流覽系統的結構框圖，其是在第i圖所示實施例 的基礎上增加其他連接於處理器4的設備或模組來實現更 多的功能。音頻輸出介面21和視頻輸出介面22用於輸出 用戶透過處理器4選擇的資訊，其中視頻輸出介面22包括 • 複合視頻輸出介面221、S端子視頻輸出介面222或視頻圖 形陣列（VGA) 223 ’藉以在輸出不同的視頻時根據需要而 進行選擇。紅外線遙控輸入介面23使本發明的系統可以由 遙控器控制，操作性強。硬碟25用於儲存處理器4解讀出 的各種資訊，使系統具備儲存功能。智慧卡介面2〇可=用 於解密電視節目或網路資訊’使客戶可以根據需要過^掉 不希望系統播放的内容。網路介面29是用於接收來自=際 網路的信息’使本發明的系統既可以流覽電視資料廣播^ ' 訊，也可以流覽網際網路資訊，支援雙向通信模式=附加 201123884 的RS232通用非同步串行介面28、USB介面27以及 CD/DVD輸人端20，擴展了系統輸人、輸出方式。 第3圖係依照本發明一實施例繪示一種嵌入式電視資 料廣播流覽系統中處理器的結構框圖，其中處理器包括與 内部匯流排相連的：同步動態記憶體控制器31、解多工器 32、CPU 33、音頻解碼器34、音頻輸出控制器35、視頻解 碼器36、圖形處理單元37、輔助處理器30、混合器38和 電視編碼器39，其中同步動態記憶體控制器31用於控制 同步動態記憶體，解多工器32用於從TS流中解出IP資料 封包，CPU 33透過協定匹配從IP資料封包中解讀出各類 資訊，音頻解碼器34用於對MPEG2音頻資訊進行解碼， 音頻輸出控制器35用於控制音頻資訊的輸出，視頻解碼器 36用於對MPEG2視頻資訊進行解碼，圖形處理單元37用 來處理2維或3維的多維圖形資訊，混合器38用於將 MPEG2視頻資訊和圖形資訊混合後傳輸給電視編碼器 39，輔助處理器30用來處理MPEG4的音視頻資訊。在處 理器的輸出端可以選擇輸出MPEG2的音視頻資訊或 MPEG4的音視頻資訊。 另外，圖形處理單元37輸出的2維或3維的多維圖形 資訊還可以與輔助處理器30輸出的MPEG4視頻資訊透過 混合器38混合，再透過電視編碼器39輸出，或不透過電 視編碼器39直接輸出。 第4圖係依照本發明另一實施例繪示一種嵌入式電視 資料廣播流覽系統中處理器的結構框圖，其中處理器包括 主處理器40和輔助處理器40’，主處理器40包括與内部匯 201123884 流排相連的：同步動態記憶體控制器41、解多I器42、cpu V4 1 46 > 圖升y處理早兀47、混合器48和電邾魄^ ^丄 動態記憶雜㈣41祕㈣，其中同步 42用於從TS流中解出Ip 體，解多工裔 配從㈣料封包中解讀出各類=43透過協定匹 解碼MP腦音頻資訊，=丨音頻解碼器44用於 資訊的輸出，視頻解碼器4:=^^^ 圖形處理單元47絲處理2=^MPEG2視頻資訊， 48 碼器49，輔助處理器4〇,用來、二:口後傳輸給電視編 主處理5§ 4Λ夺姑老 MPEG4的音視頻資訊， j理器40和辅助處理器4〇,之 在處理器的輸出端可以選擇钤、$匯-排相連。 MPEG4的音視頻資訊。别 EG2的音視頻資訊或 薄40^^維或3維的多維圖形資訊也可該辅助處理 态4〇輸出的MPEG4視痴次如l J 乂。輔助慝理 過電視編碼器49輸出，或不、°，過此合器48混合，再透 第5圖係依照本發=:=物49直接輸出。 廣播流覽系統的操作流程圖1 種嵌入式電視㈣ 資料廣播流覽系統開機後，X ^例的嵌入式電視 開始啟動，並將作業系統栽二^ 、閃記憶體（FlaSh ) 上，使運行在處理器上的作鞏5 ^態§己憶體（SDRAM) 初始化各種硬It設備，包^初絲（S1)。然後， 器外接的各種設備（S2); 的雜設備以及處理 個應用環境和画流覽琴二夺進：任務調度（S3 )，對整 為進仃㈣化（S4)。如果系統初 m 9 201123884 始化後，其内的各種接收、播放等相關參數都設置正確、 有效(S5)，則系統軟體將控制外部的調諧器模組自動鎖定 頻率= (S6)，進入接收狀態，並在系統外接的前面板上顯 示當前的信號品質和頻道，同時在電視機或者其他輸出設 備上透過圖形處理單元、混合器和TV編碼器的共同作用， 顯示用戶使用介面（S7)，用戶可以透過按鍵選擇需要進行 的操作。如果相關參數設置不是正確、有效的，那麼系統 會直接顯示用戶使用介面（S7)，用戶可以通過按鍵選擇需 要進行的操作，重新設置相關參數。 用戶透過遙控器按鍵選擇用戶介面上提供的各種功能 和系統互動，其功能包括：播放IP—S流媒體内容(S71)、整 機參數設置（S72)、軟體升級(S73)、在硬碟/外接設備中資 源流覽（S74)、播放硬碟/外接設備中的資源(S75)、將資源 接收及存儲至硬碟/外接設備中（S76)、建立存儲資料庫 (S77)等操作。在用戶進行這些操作的同時，本發明的軟 體系統仍然在系統下接收各種資料廣播内容，這樣就提高 了系統的工作效率。 所述的播放、流覽或存儲的資源是按照發射端和接收 端約定的協議’即透過相匹配的協定來組織的，並且是以 基於IP的衛星、地面或有線的電視資料廣播傳輸協定來傳 送的。透過這種方式，發射端的内容組織協定封包伺服器， 除了可以發送一般的音視頻/網頁資訊等内容之外，還可以 發送軟體升級資料封包或者其他業務内容的資料封包，使 本發明的嵌入式電視資料廣播流覽系統還具有良好的可擴 展性。例如，參照第5圖，内容組織協定封包伺服器50可 201123884 以接受軟體升級資料封包51和其他業務内容52 務，通過協定調製（S53)與電視資料廣播傳輪協…發适任 (S54)，然後，再透過協定解調（S55)和内容組=相匹配 定（S56)將資料封包存儲至硬碟/外接設備中式協 由上述本發明之實施例可知，應用前述嵌入 料廣播流覽系統，可集成流覽器獲取資訊，透硯資 將IP資料封包從TS流中解出並播放或存儲，實，匹配 發地收、錄接收到的資訊’而後透過電視機或其 備顯示；而且在處理器中透過硬體加速而降低了對 酉己置要求，降低了成本；另外，還在系統中引 加 ==高了系統的可靠性。再者，本技術方案的產品 用戶端又可以作為伺服器，並且可以支援單向 和雙向兩種通信模式。 雖然本發明已以f 定本發明，任何本：施方式揭露如上，然其並非用以限 精神和範圍内，=域具通f知識者，在不脫離本發明之 保護範圍當視後^Γ各種之更動與潤飾，因此本發明之 、申凊專利範圍所界定者為準。 【圖式簡單說明】 料廣ί流二圖實施例繪示-種嵌入式電視資 第2圖係依照太 ^ 資料廣播流覽系統的^圖實施例繪示-種嵌入式電視 料廣播流覽系統中-實施例繪示-種嵌入式電視資 Τ處理器的結構框圖。 201123884 -欠魁圖係依照本發明另—實施例繪示—種嵌入式電視 貝料廣播流覽系統中處理H的結構框圖。 廣』』施例繪示-種嵌入式電視資料 【主要元件符號說明】 1 :調諧器 2.同步平行介面 3 :同步動態記憶體 4 :處理器 2〇 :智慧卡介面 21 :音頻輸出介面 22 :視頻輸出介面 221 :複合視頻輸出介面 222 : S端子視頻輸出介面 223 :視頻圖形陣列 23 :紅外線遙控輸入介面 24 :快閃記憶體 25 :硬碟 26 ·’ CD/DVD 輸入端 27 : USB介面 28 : RS232通用非同步串行介面 2 9 .網路介面 30、40’ ：輔助處理器 [S1 12 201123884 31、 41 :同步動態記憶體控制器 32、 42 :解多工器201123884 VI. Description of the Invention: [Technical Field] The present invention relates to a television material broadcasting system, and more particularly to an embedded television material broadcast receiving, storing and playing system. [Prior Art] Traditional TV sets and set-top boxes and other similar products can receive limited information, and the information and network are not enough. They can only passively receive broadcast, network or other content. The content cannot be managed autonomously. Although the traditional personal computer host has strong management functions, it is less reliable and difficult to operate. It still requires a certain degree of computer operation knowledge, and the maintenance cost (including hardware cost and service cost) is high. In addition, due to the limited resources and high cost of ADSL or other broadband network resources, in order to meet the needs of remote customers, TV data broadcasting has been used to transmit various network information, which not only makes the information transmission and broadcasting wider. It can also operate with existing TV networks, reducing transmission and reception costs. However, network information sent and transmitted using this method cannot be directly interpreted by ordinary TV sets or set-top boxes because it involves some multiplex technology and audio and video codec technology. In addition, since television data broadcasting can have multiple transmission modes such as satellite, cable, and ground, and multiple operators operate the transmitting end to transmit different contents, current home appliances cannot receive multiple formats of content transmitted by the multiple transmission modes. Therefore, it is not possible to meet multiple needs at the same time. Moreover, due to the large number of operators, not 201123884. The same customers may have different needs, and the current home appliances also lack the filtering function, so that customers can only see what they want to receive, and filter and drop other content. In order to accomplish the above functions, it is currently only possible to rely on the personal computer host solution, but as mentioned above, the reliability and operability of the personal computer host are poor, and the cost is high, which cannot meet the needs of customers. Therefore, there is an urgent need for a product that can overcome the defects of home appliances and computers, and can watch TV and browse network information to meet the needs of Φ target customers. SUMMARY OF THE INVENTION One object of the present invention is to provide a browsing system that can simultaneously receive and record network information from a television data broadcast, and can view television and view network information. A technical aspect of the present invention relates to an embedded television material broadcast browsing system, including: a processor, a tuner for receiving a ts stream (transport stream), and transmitting the TS stream to a process Synchronous parallel interface of the device, as well as synchronous dynamic memory and audio and video output, wherein the processor interprets the corresponding information from the TS stream through the agreement with the transmitting end and outputs it through the audio and video output. In the above system, the processor includes a CPU connected through the bus bar, a synchronous dynamic memory controller for controlling the synchronous dynamic memory, a demultiplexer for extracting the IP data packet from the TS stream, An audio decoder for decoding audio information, a video decoder for decoding video information, a graphics processing unit for processing multi-dimensional graphics information, and a mixer for mixing and outputting video information and graphic information with 201123884, The agreement matches the interpretation of various types of information from the IP data. In the above system ♦, the processing is performed in the above system, and the frequency is taken out of the controller. The processing state further includes an auxiliary processor, which is: "in the audio master processed by the audio decoder and the video decoder," the processor includes a domain-based rape processor connected through a bus bar, wherein The processor includes a CPU, a synchronous dynamic memory controller for controlling the wide-area memory, a demultiplexer for extracting the IP data packet therefrom, a decoder for decoding the M-voice decoder, and decoding the MPEG2 video. #讯的视频解 "A graphics processing unit for processing multi-dimensional graphics information, and a mixer for mixing video information and graphic information, wherein the CPU interprets various types of information from IP data through protocol matching, and assists processing. It is used to process audio and video information of MPEG4. In the above system, the processor further includes an audio output controller. In the above system, the tuner is a television material broadcast for receiving satellite, cable or terrestrial transmission. In the above system, the audio and video output includes an audio output interface and a video output interface. In the above system, the video output interface includes a composite video output interface, an S-Video output interface, and/or a video graphics array. In the above system, an infrared remote control input interface connected to the processor is also included. In the above system, a smart card connected to the processor is also included, which is used to decrypt the encrypted audio and video information. In the above system, a network interface connected to the processor is further included for receiving information from the Internet or a local area network. In the above system, an RS232 universal non-synchronous interface and/or a USB interface connected to the processor is also included. Also included in the above system is a flash memory, hard disk and/or CD/DVD input connected to the processor. In the above system, the mixer mixes the video information and the graphic information and transmits it to the television encoder' and outputs it via the television encoder. The invention introduces an embedded data broadcast browsing system on the basis of the existing home appliance products, integrates the browser to obtain information, and decrypts and plays or stores the IP data packet from the TS stream through agreement matching, thereby realizing multi-channel concurrent collection and recording. Received information, and then displayed through the TV or other display devices; and the hardware acceleration in the processor reduces the configuration requirements of the CPU, reducing the cost; in addition, the filter encryption function is introduced in the system to improve The reliability of the system. Furthermore, the products of the technical solution can be used as both a Φ terminal and a server, and can support both one-way and two-way communication modes. [Embodiment] FIG. 1 is a block diagram showing the structure of an embedded television data broadcast browsing system according to an embodiment of the invention. The embedded television data broadcast system includes a tuner 1, a synchronous parallel interface 2, a synchronous dynamic memory (SDRAM) 3, and a processor 4, wherein the synchronous dynamic memory 3 is controlled by the processor 4, and the tuner 1 is used The TS stream (transport stream) is received, and the 201123884 ts stream is transmitted to the processor 4 through the synchronous parallel interface 2. The processor 4 interprets the corresponding information through the agreement matching with the transmitting end, and outputs the corresponding information through the audio and video output terminal 5. °°°白器1 can be a repeater for receiving satellite data broadcast by satellite, cable or terrestrial, or two or three of them can be included at the same time, and then the user selects the desired channel through the selection switch. . The above agreement matches that the receiving end uses the same protocol as the transmitting end to interpret the content it receives. For example, the transmitting end uses xml technology to process the information to be transmitted, and the receiving end also uses xml technology to interpret the content it receives. . Since the information is matched by the agreement matching method, only the information matching the agreement is interpreted, so that other information that does not match the set agreement can be filtered out. 2 is a structural block diagram of an embedded television data broadcast browsing system according to another embodiment of the present invention, which is to add other devices connected to the processor 4 based on the embodiment shown in FIG. Or modules to achieve more functionality. The audio output interface 21 and the video output interface 22 are used to output information selected by the user through the processor 4, wherein the video output interface 22 includes: a composite video output interface 221, an S-terminal video output interface 222, or a video graphics array (VGA) 223 ' Select as needed when outputting different videos. The infrared remote control input interface 23 allows the system of the present invention to be controlled by a remote controller with high operability. The hard disk 25 is used to store various information interpreted by the processor 4, so that the system has a storage function. The smart card interface 2 can be used to decrypt TV programs or network information, so that customers can pass the content that they do not want to play. The network interface 29 is for receiving information from the Internet. The system of the present invention can view the television data broadcast, or browse the Internet information, and support the two-way communication mode=adding the RS232 of 201123884. The universal asynchronous serial interface 28, the USB interface 27, and the CD/DVD input terminal 20 expand the system input and output modes. FIG. 3 is a structural block diagram of a processor in an embedded television data broadcast browsing system according to an embodiment of the invention, wherein the processor includes a synchronous dynamic memory controller 31 connected to the internal bus bar; The processor 32, the CPU 33, the audio decoder 34, the audio output controller 35, the video decoder 36, the graphics processing unit 37, the auxiliary processor 30, the mixer 38, and the television encoder 39, wherein the synchronous dynamic memory controller 31 For controlling the synchronous dynamic memory, the demultiplexer 32 is configured to extract the IP data packet from the TS stream, and the CPU 33 interprets various types of information from the IP data packet through the protocol matching, and the audio decoder 34 is used for the MPEG2 audio. The information is decoded, the audio output controller 35 is used to control the output of the audio information, the video decoder 36 is used to decode the MPEG2 video information, and the graphics processing unit 37 is used to process the 2D or 3D multidimensional graphics information, the mixer 38 It is used to mix MPEG2 video information and graphic information and transmit it to the television encoder 39, and the auxiliary processor 30 is used to process audio and video information of MPEG4. At the output of the processor, you can choose to output audio and video information of MPEG2 or audio and video information of MPEG4. In addition, the 2-dimensional or 3-dimensional multi-dimensional graphics information output by the graphics processing unit 37 may also be mixed with the MPEG4 video information output by the auxiliary processor 30 through the mixer 38, and then output through the television encoder 39, or may not pass through the television encoder 39. Direct output. 4 is a structural block diagram of a processor in an embedded television data broadcast browsing system according to another embodiment of the present invention, wherein the processor includes a main processor 40 and an auxiliary processor 40', and the main processor 40 includes Connected to the internal sink 201123884 flow line: synchronous dynamic memory controller 41, solution multi-device 42, cpu V4 1 46 > Figure y processing early 兀 47, mixer 48 and 邾魄 ^ ^ 丄 dynamic memory (4) 41 secret (4), wherein the synchronization 42 is used to solve the Ip body from the TS stream, and the solution of the multi-worker matching (4) material packet is interpreted as various types of =43 through the agreement to decode the MP brain audio information, = 丨 audio decoder 44 For the output of information, video decoder 4:=^^^ graphics processing unit 47 silk processing 2 = ^ MPEG2 video information, 48 code 49, auxiliary processor 4 〇, used, two: after the mouth transmission to the TV editor Processing 5 § 4 Λ 姑 MPEG MPEG4 audio and video information, j processor 40 and auxiliary processor 4 〇, at the output of the processor can choose 钤, $ sink-row connection. Audio and video information of MPEG4. Do not EG2 audio and video information or thin 40 ^ ^ dimensional or 3 -dimensional multi-dimensional graphics information can also be auxiliary processing state 4 〇 output MPEG4 visual idiots such as l J 乂. Auxiliary processing The output of the TV encoder 49, or not, °, mixed by the combiner 48, and then through the fifth picture is directly output according to the present invention =: = object 49. Operation flow chart of the broadcast browsing system 1 type of embedded TV (4) After the data broadcast browsing system is turned on, the embedded TV of X ^ example starts to be started, and the operating system is planted on the flash memory (FlaSh) to make the operation On the processor, the suffix (SDRAM) initializes various hard It devices, including the first wire (S1). Then, the external devices (S2); the miscellaneous equipment and the processing environment and the drawing flow of the piano are two: task scheduling (S3), and the whole process is (four) (S4). If the various parameters such as receiving, playing, etc. are set correctly and valid after the initial m 9 201123884 is initialized (S5), the system software will control the external tuner module to automatically lock the frequency = (S6), enter the receiving Status, and display the current signal quality and channel on the external front panel of the system, and display the user interface (S7) through the combination of the graphics processing unit, the mixer and the TV encoder on the TV or other output device. The user can select the action to be performed by pressing the button. If the relevant parameter settings are not correct and valid, the system will directly display the user interface (S7). The user can select the desired operation by pressing the button and reset the relevant parameters. The user selects various functions and system interactions provided by the user interface through the remote control button, and its functions include: playing IP-S streaming media content (S71), machine parameter setting (S72), software upgrade (S73), on hard disk/ The resource browsing in the external device (S74), playing the resource in the hard disk/external device (S75), receiving and storing the resource to the hard disk/external device (S76), and establishing the storage database (S77). While the user performs these operations, the software system of the present invention still receives various data broadcast contents under the system, which improves the system's work efficiency. The played, browsed or stored resources are organized according to the protocol agreed upon by the transmitting end and the receiving end, that is, through a matching protocol, and are based on an IP-based satellite, terrestrial or cable television data broadcast transmission protocol. Transmitted. In this way, the content organization protocol packet server of the transmitting end can send the software upgrade data packet or the data packet of other service content in addition to the general audio/video/webpage information, so that the embedded device of the present invention The TV data broadcast system also has good scalability. For example, referring to FIG. 5, the content organization agreement packet server 50 can receive the software upgrade data packet 51 and other service content 52, and perform the agreement (S53) with the television data broadcast distribution agreement (S54). Then, the data packet is stored in the hard disk/external device through the protocol demodulation (S55) and the content group=matching (S56). According to the embodiment of the present invention, the embedded broadcast broadcasting system is applied. The information can be integrated into the browser to obtain the information, and the IP data packet can be solved and played or stored from the TS stream, and the received information can be received and recorded, and then displayed through the television or its display; In the processor, hardware acceleration is reduced, and the cost is reduced. In addition, the system is added with == high system reliability. Furthermore, the product client of the technical solution can be used as a server, and can support both one-way and two-way communication modes. Although the present invention has been described in the above, the present invention is not limited to the spirit and scope, and the scope of the invention is not limited to the scope of protection of the present invention. The modification and retouching are therefore subject to the definition of the patent scope of the present invention. [Simple description of the drawing] The example of the embodiment of the material is shown in the following figure. The second picture of the embedded TV is based on the embodiment of the data broadcasting system of the Tai ^ data broadcasting system. In the system - the embodiment shows a structural block diagram of an embedded television resource processor. 201123884 - A diagram of a structure of processing H in an embedded television broadcast broadcast system according to another embodiment of the present invention.广』』例例——A kind of embedded TV data [Main component symbol description] 1 : Tuner 2. Synchronous parallel interface 3 : Synchronous dynamic memory 4 : Processor 2 〇: Smart card interface 21 : Audio output interface 22 : Video output interface 221 : Composite video output interface 222 : S-Video output interface 223 : Video graphics array 23 : Infrared remote control input interface 24 : Flash memory 25 : Hard disk 26 · ' CD / DVD input 27 : USB interface 28: RS232 Universal Non-Synchronized Serial Interface 2 9. Network Interface 30, 40': Auxiliary Processor [S1 12 201123884 31, 41: Synchronous Dynamic Memory Controller 32, 42: Demultiplexer
33、 43 : CPU 34、 44 :音頻解碼器 35、 45 :音頻輸出控制器 36、 46 :視頻解碼器 37、 47 :圖形處理單元 38、 48 :混合器 • 39、49 :電視編碼器 40 :主處理器 S1〜S77 :步驟33, 43: CPU 34, 44: Audio Decoder 35, 45: Audio Output Controller 36, 46: Video Decoder 37, 47: Graphics Processing Unit 38, 48: Mixer • 39, 49: TV Encoder 40: Main processor S1~S77: steps
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