200809685 九'發明說明： 【發明所屬之技術領域】 種應種多媒體服務系統及方法， 【先前技術】模組化之多媒體服務系統及方法。 入/輸㈣是㈣—μ駐機進行影音訊號輸 不同格式的旦/ί’:亥電腦主機上具有複數個插槽，用以支援 焊嗜失，其電腦主機内部系統架構圖 的影立連、、、口，该些PCI插槽10上係插上不同格式 該PCI匯流排是連結於一南橋晶片組12 16，該：^曰=南橋晶片組12電性連結於一北橋晶片組 處理二2二_ 、、且16分別電性連結於一記憶體18及一微 卜沾、,、而>^迷的電腦主機内部系統架構會造成系統運作 、名了瓶:員’弟一個瓶頸，是同時間於該些PCI插槽10上插 心=同格式的影音擷取卡1QG，祕會因分享PCI匯流 盘=而k成系統不穩定，第二個瓶頸，南橋晶片組12 抵:石石/、14之間的存取速率是固定的，第三個瓶頸，電腦主 5部系統之記憶體18容量是有限的，第四個瓶頸，電腦 ，輕内部^統在處理影音資#時，對於微處理器 20會產生 =大的負荷(-直處於忙綠的狀態），第五個瓶頸，對外網 的速度受限’例如1〇M或100M的速率。 【發明内容】 本發明之目的在於提^ -種模組化之多制服務系統 200809685 及其使用方法，用以解決上述習知技術之瓶頸。 . 為了達成上述的目的，本發明提出-種模組化之多媒 體服務系統，包括複數個多媒體影像壓縮模組，用以接收 =同+來源的複數個有線影像格式，經由該些多媒體影像壓 ㈣組之處理後以輸出不同壓縮比的複數個影像訊號；一 訊號管理模組，用以接收該些有線影像訊號，經由該訊號 了理模组之轉換處理後，將該些有線影像訊號轉換為不同 i、、宿比的I數個热線影像訊號，再透過該訊號管理模組由 鲁該些無線影像訊號中選擇所要輸一轳. -廣域網路模組，用以產生至少一網路位址 的該多工網路訊號，使用一廣播方式選擇上述之一網路位 址，將該多工網路訊號廣播至該網路位址所指定的裝置内。 ®本發明係使賴組化的方式以設計出多媒體服務系 、统’所以採用本發明可達到彈性化的設計，又，本發明並 非使用同-匯流排來傳輸影像訊號，而是將不同格式的影 像λ號經由多媒體影像壓縮模組作個別的訊號處理，再透 % ，絲理餘將影像職雜為無線縣訊號，之後經 ，廣域網路模組將無線影像訊號傳輸出去，所以本發明不 冒遇到習知頻寬受限的瓶頸。 【實施方式】 加％苓考第二圖係為本發明之模組化之多媒體服務系統 术構圖，該模組化之多媒體服務系統3包數體 =象_模組30、31、32，用以接收不同來源的複數個有 二t像格式訊號、31G、320，經由該些多媒體影像壓 =模組30、3卜32所内含的一壓縮晶片組302、312、322 處理後’以輸出不關縮比的複數個影像減3〇4、314、 200809685 324，本圖係以三個多媒體影像壓縮模組為例，然而於實施 時，多媒體影像壓縮模組的數量並不限於此數目·，其中該 些有線影像訊號304、314、324可為纜線（Cable)訊號、數 位電視地面廣播（DVB-T)訊號或網路電視（IP-TV)訊號。200809685 九' invention description: [Technical field of invention] Various multimedia service systems and methods, [Prior Art] Modular multimedia service system and method. In/Out (4) is (4) - μ stationed for audio and video signals to input different formats / ί ': Hai computer host has a plurality of slots to support welding loss, its computer host internal system architecture diagram , the port, the PCI slot 10 is plugged into a different format, the PCI bus is connected to a south bridge chipset 12 16, the: ^ 曰 = south bridge chipset 12 is electrically connected to a north bridge chipset processing two 2, _, and 16 are electrically connected to a memory 18 and a micro-batter, and the internal system architecture of the computer host will cause the system to operate, the name of the bottle: the staff of the brother a bottleneck, At the same time, the PCI slot 10 is inserted at the same time = the same format of the audio and video capture card 1QG, the secret will be due to the sharing of the PCI bus = and the system becomes unstable, the second bottleneck, the South Bridge chipset 12 arrived: stone The access rate between the stone /, 14 is fixed, the third bottleneck, the memory 18 of the computer main 5 system is limited, the fourth bottleneck, the computer, the light internal system in the processing of audio and video resources # For the microprocessor 20 will generate = large load (- is in a busy green state), the fifth bottleneck, The speed of the external network is limited to the rate of, for example, 1 〇 M or 100 M. SUMMARY OF THE INVENTION The object of the present invention is to provide a modular multi-service system 200809685 and a method for using the same to solve the bottleneck of the above-mentioned prior art. In order to achieve the above object, the present invention provides a modular multimedia service system, including a plurality of multimedia image compression modules for receiving a plurality of cable image formats of the same source and source, and pressing the multimedia images (4) After processing, the group outputs a plurality of video signals of different compression ratios; a signal management module is configured to receive the wired video signals, and convert the wired video signals into I have a number of hotline video signals of different i, and ratios, and then select one of the wireless video signals through the signal management module to select one. - a wide area network module to generate at least one network bit The multiplexed network signal of the address is selected by using a broadcast mode to broadcast the multiplexed network signal to the device specified by the network address. The present invention is a method for designing a multimedia service system, so that the present invention can be used to achieve an elastic design. Moreover, the present invention does not use the same-bus to transmit image signals, but instead uses different formats. The image λ number is processed by the multimedia image compression module for individual signal processing, and then the image is mixed into the wireless county signal, and then the WAN module transmits the wireless image signal, so the present invention does not Take the bottleneck of limited bandwidth. [Embodiment] The second figure is the modular multimedia service system composition of the present invention. The modular multimedia service system 3 package number = image_module 30, 31, 32, Receiving a plurality of t-format signals, 31G, 320 from different sources, and processing the compressed chipsets 302, 312, and 322 included in the multimedia image compression modules 30, 3 and 32 The number of multimedia image compression modules is not limited to this number. In the implementation, the number of multimedia image compression modules is not limited to this number. The cable image signals 304, 314, and 324 may be cable signals, digital television terrestrial broadcast (DVB-T) signals, or network television (IP-TV) signals.
一訊號管理模組34 ,用以接收該些影像訊號304、 314、324，經由該訊號管理模組34之轉換處理後，將該些 影像訊號304、314、324轉換為不同壓縮比的複數個無線 影像訊號306、316、326，再透過該訊號管理模組34由該 些無線影像訊號306、316、326中選擇所要輪出之一多工 網路訊號36 〇 所述之訊號管理模組34進一步包括一微處理器單元 340，用以處理該些影像訊號304、314、324。一多工處理 單元342，用以多工處理該些影像訊號304、314、324，將 該些影像訊號304、314、324轉換為該些無線影像訊號 306、316、326且從該些無線影像訊號3〇6、316、32β中 遥擇要輸出之一多工網路訊號36，其中該微處理器單元 340及該多工處理單元342於實施時可整合於同一個晶片 組内或者分開設計為二個晶片組，該多工處理單元342可 為一多工器。一儲存單元344，用以儲存該些影像訊號 304、314、324，其中該儲存單元344可為一 nash、srm 等等的記憶體。 一廣域網路模組38，用以產生至少一網路位址，將所 接收到的該多工網路訊號36，使用一廣播方式選擇上述之 一網路位址，將該多工網路訊號36廣播至該網路位址所指 定的裝置内，其中該廣域網路模組38係内含有一網路晶片 組0 200809685 清茶考第二圖係為本發明模組化之多媒體服務系統之 使用方法流程圖，請同時配合第二圖的圖示作詳細的步驟 • 說明，該使用方法包括下列步驟：首先，該模組化之多媒 體服務系統3由外部接收不同來源的複數個有線影像格式 訊號300、310、320(S100)，該些有線影像格式3〇〇、31〇、 320可為纜線（Cable)訊號、數位電視地面廣播(DVB-T)m 號或網路電視（IP-TV)訊號。將該些有線影像格式訊號 300、310、320傳輸至複數個多媒體影像壓縮模組3〇、31、 ⑩ 32以執行不同影像格式的壓縮（S1Q2)，輸出不同壓縮比的 複數個影像訊號304、314、324至該訊號管理模組34内 (S104)，經由該多工處理單元342以多工方式處理該些影 像訊號304、314、324(S106)，同時間將該些影像訊號3〇4、 314、324儲存至該訊號管理模組之該儲存單元内 (S108) 〇 將該些影像訊號304、314、324傳輸至訊號管理模組 34之忒微處理器單元340執行運算（si 1〇)，經該微處理器 單元340運算後的該些影像訊號3〇4、314、324，透過該 警 多工處理單元342轉換為該些無線影像訊號306、316、 326(S112)，再由該些無線影像訊號3〇6、316、326中選擇 要輸出之一多工網路訊號36(S114)，將該多工網路訊號36 傳輪至該廣域網路模組38以有線或無線方式傳送至一網 路位址所指定的裝置（S116)。 一使用者可將本發明模組化之多媒體服務系統設置於 室内的任一地點，可輕易的將各個房間的訊號線傳輸至模 組化之多媒體服務系統，使用者可任意的選擇所要觀看的 節目或檔案内容。 200809685 本發明模組化之多媒體服務系統的優點 1·多模組彈性化的設計，可解決拉線的問=如下 2·不會遇到頻寬限制的瓶頸； 、’ 3·整體設計的複雜度降低； 4·多個使用者可在不同時間看檔案或節目； 5·本每明疋以廣播技術傳送訊號。 明以前述之較佳實施例揭露如 用以限疋本發明。在不脫離本發明之精姊範：其亚. 之更動與潤飾，均屬本發明之專利賴 丄所. 所界定之保護範圍請參考所附之申請專利姐本發, 【圖式簡單說明】 第一圖係為習知電腦主機内部系統架構圖； 第一圖係為本發明之模組化之多媒體服務系 第三圖係為本發明模組化之多媒體服務系統 程圖。 、純架構圖；及 之使用方法流A signal management module 34 is configured to receive the image signals 304, 314, and 324, and convert the image signals 304, 314, and 324 into a plurality of different compression ratios after the conversion processing by the signal management module 34. The wireless image signals 306, 316, and 326 are further selected by the signal management module 34 from the plurality of wireless video signals 306, 316, and 326 to select one of the plurality of network signals 36 to be rotated. A microprocessor unit 340 is further included for processing the image signals 304, 314, and 324. A multiplex processing unit 342 is configured to multiplex the image signals 304, 314, and 324, and convert the image signals 304, 314, and 324 into the wireless image signals 306, 316, and 326 and from the wireless images. The signal multiplexer 3, 6, 316, 32β is selected to output one of the multiplexed network signals 36, wherein the microprocessor unit 340 and the multiplex processing unit 342 can be integrated into the same chip set or separately designed. For two chip sets, the multiplex processing unit 342 can be a multiplexer. A storage unit 344 is configured to store the image signals 304, 314, and 324, wherein the storage unit 344 can be a memory of nash, srm, or the like. A WAN module 38 is configured to generate at least one network address, and the received multiplex network signal 36 is selected by using a broadcast mode to select the network address, and the multiplex network signal is used. 36 is broadcasted to the device specified by the network address, wherein the wide area network module 38 contains a network chipset 0 200809685 The second picture of the tea test is the use method of the modular multimedia service system of the present invention. For the flowchart, please refer to the diagram of the second figure for detailed steps. The description includes the following steps: First, the modular multimedia service system 3 externally receives a plurality of cable image format signals 300 from different sources. , 310, 320 (S100), the cable image formats 3〇〇, 31〇, 320 can be cable (Cable) signal, digital television terrestrial broadcast (DVB-T) m number or network television (IP-TV) Signal. The cable image format signals 300, 310, and 320 are transmitted to a plurality of multimedia image compression modules 3, 31, and 10 32 to perform compression of different image formats (S1Q2), and output a plurality of image signals 304 of different compression ratios. 314, 324 to the signal management module 34 (S104), the multiplex processing unit 342 processes the image signals 304, 314, 324 in a multiplexed manner (S106), and at the same time, the image signals 3〇4 And storing 314 and 324 in the storage unit of the signal management module (S108), transmitting the image signals 304, 314, and 324 to the microprocessor unit 340 of the signal management module 34 to perform an operation (si 1〇) The image signals 3〇4, 314, and 324 calculated by the microprocessor unit 340 are converted into the wireless image signals 306, 316, and 326 (S112) by the police processing unit 342, and then One of the wireless video signals 3〇6, 316, and 326 is selected to output one of the multiplex network signals 36 (S114), and the multiplexed network signal 36 is transmitted to the WAN module 38 in a wired or wireless manner. It is transmitted to the device designated by a network address (S116). A user can set the modular multimedia service system of the present invention to any location in the room, and can easily transmit the signal lines of each room to the modular multimedia service system, and the user can arbitrarily select the desired viewing. Program or archive content. 200809685 Advantages of the modular multimedia service system of the present invention 1. Multi-module flexible design can solve the problem of cable pull = the following 2) The bottleneck of bandwidth limitation is not encountered; '3·The complexity of the overall design Degree reduction; 4. Multiple users can view files or programs at different times; 5. Each of Ming Ming transmits signals by broadcast technology. It is to be understood that the invention is limited by the preferred embodiments described above. Without departing from the essence of the present invention: its modification and retouching are all patents of the present invention. The scope of protection defined by the reference is attached to the attached patent application. [Simplified description] The first diagram is a schematic diagram of the internal system architecture of the conventional computer host; the first diagram is the modularized multimedia service system of the present invention. The third diagram is a modular multimedia service system diagram of the present invention. Pure architecture diagram; and usage flow
【主要元件符號說明】 PCI插槽 10 PCI匯流排 100 南橋晶片組 12 硬碟 14 北橋晶片組 16 記憶體 18 微處理器 20 模組化之多媒體服務系統 3 200809685 多媒體影像壓縮模組 30 、 3卜 32 有線影像格式訊號 300 、 310 、 320 壓縮晶片組 302 、 312 、 322 影像訊號 304 、 314 、 324 無線影像訊號 306 、 316 、 326 訊號管理模組 34 微處理器單元 340 多工處理單元 342 儲存單元 344 多工網路訊號 36 廣域網路模組 38[Main component symbol description] PCI slot 10 PCI bus 100 South bridge chipset 12 Hard disk 14 North bridge chipset 16 Memory 18 Microprocessor 20 Modular multimedia service system 3 200809685 Multimedia image compression module 30, 3 32 cable image format signals 300, 310, 320 compressed chipset 302, 312, 322 image signal 304, 314, 324 wireless video signal 306, 316, 326 signal management module 34 microprocessor unit 340 multiplex processing unit 342 storage unit 344 multiplex network signal 36 WAN module 38
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