玖、發明說明： 【發明所屬之技術領域】 本發明係有關一種個人攜帶式轉播系統，特別是指一種具有自動 控制軟體能依據所偵測之通訊頻率以決定所傳輸影音資料的壓縮模式 以及傳輸速率，可不需繁重的發送和接吹設備，便可將影音資料透過 3 G( third generation )或網際網路，做影音的傳送與播放，充分 滿足轉播的機動性以及臨場感要求，達到減少轉播設備體積，並節省 轉播成本之目的。 【先前技術】 轉播工作要求的是即時性、機動性以及臨場感，傳統的轉播係利 用跑v方式，遞送影音資料帶至轉播現場，然而此種轉播方式若攝錄 地點與轉播現場相距太遠，在遞送過程中，往往失去了訊息傳播的黃 金時期，使轉播的價值與利益降低。、 旦，立，改善跑帶遞送影音資料的哼夹，轉播工作有改以「微波」傳送 衫音貧料丄微波是—種具有極高頻率（通常為綱腿〜細服），波長 ^短丄通常為lm〜lmm的電磁波。’在微波頻段，由於頻率很高，電波的 嫌射=力弱’所以信號的傳齡要是彻微波在視線__直線傳 種f播方式，雖財傳触速，可爭取時效的優點；但在電波 片播過私中，卻難免受到地形，地物及氣候狀況的影響而引起反射， ^不Ϊ姊吸收現象，產生傳騎落和傳播失真，使用起來仍屬困 a t ^_科_更新，實務上發展出卿衛星傳送的「S N G」（S 料 二^ News Gathering)來傳遞影音資 達到轉播響，將影音資料即時清晰的傳遞至轉播現場， 1，而此_财式料分制，仍有下列的缺失： 2·「SNG、“早）動軏數&，造成轉播成本的極大負擔。 」連線所使用的「SNG車」體積十分笨重，只適合在場 地，廣且SNG車被核准駛人的地方，才能做現場㈣連線；若攝 錄場合是在一些空間狹窄或地勢險峻地點，「SNG車」無法進入， 往往仍需以傳統的跑帶方式，將影音㈣遞送至最近點的sng 車，才此透過衛星將影音資料傳遞至轉播現場，使「sNG」的使 用產生侷限性。 3 ·在運鏡上，「S n G」由於往往是單機，運鏡也就無法活潑起來， 與平日採訪攝f彡時可隨處走動大不相同。因此―場「SNG」轉播 下來’觀眾可能看_是貧乏的内容與呆板的綱，失去臨場感。 由於上述諸習用轉播方式都有明顯的缺失，本發明係使用3 Q (_ third generation )行動網路（其核心技術是一種封包j p(網 際網路協定）技術，可讓使用者持續上線，隨時連結）或使用網際網 路來作傳輸’來改善制的轉齡統於實際刻時的缺失。 3 G ( third generation )，是第三代行動通訊的簡稱。它是一 ^新興^無線通訊技術，可即時高4擷取網際網路服務，將打破過去 二]刀通L資戒、媒體及娛樂之間4舊有界限，將所有服務整合；隨 者3 G無線新技術的發展，不只是讓應餘式得以高速傳輸數據，更 可兼顧方便性與提高資料的擷取速度。 本案毛明人有鑑於上述習用的轉播系統於實際施用時的缺失，且 積累個人從事相關產業開發實務上多年之經驗，精心研究，善用既有· =、’罔際、，祕與3 G行動網路的優點創新應用，終於開發出的—種個人 攜帶式韓播系純。 發送者可·音攝駐機所攝錄的影音:雜傳 =，使接收者可以僅透過由—接收訊號媒介一解壓縮機制以及一轉 “器所組成的接收裝置，不論是在任何地點、任何時間，都能連結至 目的終端擷取數位影音㈣，再將職位影音㈣經由該解壓 彻轉播器播放出來，且該接收訊號媒介可為無線或 4 ’該轉播器可為行動裝置（M〇bile Devices)、3 :行動電話（3 G · W i r e ! e s s )、互動装置（i n t…c e v i c e s )、咼晝質數位電視、電視以及電腦等，使 影音資料的接收形式不再受侷限。 【發明内容】 在…麦疋’本發明之主要目的’旨在提供—種個人攜帶式轉播系絲 ，、續傳輸6讀的壓縮模式以及傳輸速率， =成:需繁重的發送和接收設備，達到減少轉播設備體積，：的 轉播成本’絲分滿足觀的即雜、鶴性以及輯叙’ ，達上述之目的’本發明包含：—傳輸裝置，係為_ τ ε ε 測目的H，傳輸所攝錄的數位式影音資料；—自動控制軟體，係偵 聿、=之通_率以決定所傳輸影音資料的壓縮 速 ί二影音練機制’可將該I㈣i 3 9 4介面所傳輪出= Γ，轉換成可供壓縮的影音資料；—影音壓‘ U ㈣_絲式化的練料«情包卜數位轉 〜於屮2可自行判斷目前的通訊方式為無線網路或有線網路，而決 式2將ί述格式化的數^音資料封包轉化為符合3 G = 符p 包2將該格式化的數位影音資料封包轉化為 符;α㈣二ί位影音資料封包；—無線輸出裝置，係將上述 二f彡音簡封包輸出至料龍平台的目_ ί ^係將上述符合符合Mp e g規格的數位影音資 ;、十匕輸出至衫曰資料平台的目的終端者。 、 制’發送人藉由傳輸裝置便可將影音資料先經由自動控 聿人i貞!ί頻率以決定所傳輸影音龍的壓縮模式以及傳輸速 ί端=職蝴搬，權姻珊謝台= Γ會人僅需配設—接收裝置，便可做即時的接收、播放。 I貫施方式】 有3查之構造、使用及其特徵 配合圖式詳細說明如ΐ 雜瞭解，發明人舉出較佳之實施例， 首先明參閱第-圖、第二圖、第三圖所示，本發明係包含：一傳 1225347 輸裝置1…自動控制軟體2、_影音壓縮程式4、 5、-無雜出裝置6顺成； 轉機制 該傳輸裝置1，係為一 I E E E 1 ? Q /1人Z ^ 數位式影音資料； 1 3 9 4^φμ^^ 該自動控雜體2可_影音資料平台的目餅端Α 以決定所傳輸影音資料的壓縮模式以及傳輸速率，係包括：、 -頻寬侧程式2 1 ’係可侧該！ E E E i 3 g 4輸 之 無線傳輸頻率；並發送_封包，偵測目的終⑽之通訊頻率，並利 器211接收該通訊頻率資訊，與預設之-頻寬判別資 料庫212比對； 胃 -頻寬模式期機制2 2，係分析上述概之傳輸 判別資料庫2 i 2的比對結果，顯示最佳壓縮格=傳遞土 位並依β亥比對結果選擇該影音資料的塵縮模式與傳輸速率。 該影音操取機制3，係具有1位聲音訊號流操取機制3工血一 數位影像訊號流擷取機制3 2 L操取機制3係將該ζ Ε ^工 3^輸出介面所傳輸的聲音鹤號資料以及影像訊號資料分別由該數 =聲曰訊號義取補3 i與聰位影像峨流娜制3 2摘取整 合，轉換成可供壓縮的影音資料。 次邊影音麟程式4，係將上述影音雜壓縮成格式化的數位影音 貧料封包。 該數位轉化機制5，係可自行判斷目前的通訊方式為無線網路或 罔路而輸㈣式，將上述袼式化的數位影音資料封包轉化 合3G系統中CDMA—2Q〇Q規格的數位影音資料封包，或 =亥袼式化的數位影音㈣封包轉化為符合Mp e g規格的數位影音 為料封包。 该無線輸出裝置6，係包含—符合3❹統之CDMA〜2⑽ 模、組6 1以及-rf發射器6 2，可將上述符合CDMA〜2 〇 〇 規格的數位影音資料封包輸出至影音資料平台的目的終端A。 邊有線輸出裝置7係為自動控制系統聽puSH機制，可將上 8 述符合MP E G規格的數位影音資料封包透過F τ p 7i或透過r e发明 Description of the invention: [Technical field to which the invention belongs] The present invention relates to a personal portable broadcast system, and more particularly to a compression mode and transmission method for automatic audio control software that can determine the transmitted audiovisual data according to the detected communication frequency. Rate, without the need for heavy sending and receiving equipment, you can transfer audio and video data through 3 G (third generation) or the Internet for audio and video transmission and playback, which fully meets the requirements of broadcast mobility and presence to reduce broadcast The volume of equipment and the purpose of saving broadcast costs. [Previous technology] Broadcasting requires immediateness, mobility, and a sense of presence. Traditional broadcasts use the v method to deliver audiovisual materials to the broadcast site. However, if this broadcast method is too far away from the broadcast site In the delivery process, the golden age of information transmission is often lost, reducing the value and benefits of broadcasting. To improve the hum clip of the running belt to deliver audio and video data, the broadcasting work has been changed to use "microwaves" to transmit shirt sound. 丄 Microwave is a kind of extremely high frequency (usually outline legs ~ fine clothes), short wavelength ^丄 Electromagnetic waves are usually lm ~ lmm. 'In the microwave band, because the frequency is very high, the radio wave is suspected to be weak.' Therefore, if the signal is transmitted through the microwave in the line of sight __ straight seeding f-broadcast method, although the speed of financial transmission can reach the advantage of timeliness; but In the private broadcast of radio waves, it is unavoidable to cause reflection due to the influence of terrain, terrain and climatic conditions. ^ Do not absorb the phenomenon of absorption, which will cause transmission and fall and propagation distortion. It is still sleepy to use at ^ _ 科 _Update In practice, the "SNG" (S Data ^ News Gathering) transmitted by Qing Satellite was developed to transmit audio and video data to achieve the resounding, and to transmit the audio and video data to the broadcast site in a clear and timely manner. 1, and this _ 财 式 料 分 制, There are still the following shortcomings: 2. "SNG," early "dynamic numbers & cause a huge burden on broadcast costs. The “SNG vehicle” used for the connection is very bulky. It is only suitable for use on the site, where the SNG vehicle is approved to drive, and the site can only be connected. "SNG vehicles" cannot be entered. Often, the traditional running belt method is still needed to deliver the audio and video cards to the nearest sng vehicle. Only then can the audio and video data be transmitted to the broadcast site through satellites, making the use of "sNG" limited. . 3. In the camera movement, because "SnG" is often a stand-alone camera, the camera movement can not be lively, which is very different from walking around during the daily interview and shooting. Therefore, the "SNG" broadcast is broadcast, and the audience may see _ is the poor content and rigid outline, and loses the sense of presence. Due to the obvious lack of the above-mentioned conventional broadcast methods, the present invention uses a 3 Q (_third generation) mobile network (its core technology is a packet jp (Internet Protocol) technology, which allows users to continue online at any time. Link) or use the Internet for transmission 'to improve the system's lack of age at the moment. 3 G (third generation) is an abbreviation for third-generation mobile communications. It is a new and emerging wireless communication technology that can capture Internet services in real time, and will break the past two] 4 old boundaries between knife links, media, and entertainment, integrating all services; follower 3 The development of G wireless new technology not only allows Yingyu to transmit data at high speed, but also allows for convenience and improved data retrieval speed. In this case, the Maoming people have taken into account the lack of the above-mentioned conventional broadcasting system in actual application, and have accumulated years of personal experience in relevant industry development practices, carefully researched, and made good use of the existing · =, '罔 ,,, and 3 G The innovative application of the advantages of the mobile network has finally been developed-a kind of personal portable Korean broadcast system. The sender can record the audio and video recorded by the camera: Miscellaneous =, so that the receiver can only use a receiving device consisting of a receiving signal medium, a decompression mechanism, and a relay device, whether at any place, At any time, it can be connected to the destination terminal to capture digital audio and video, and then play the post audio and video through the decompression broadcaster, and the receiving signal medium can be wireless or 4 'The broadcaster can be a mobile device (M〇 bile Devices), 3: mobile phones (3 G · Wire! ess), interactive devices (int ... cevices), day-quality digital televisions, televisions, and computers, etc., so that the form of receiving audiovisual materials is no longer limited. [Invention Contents] In the "mao's main purpose of the present invention" is to provide a kind of personal portable retransmission system, a compression mode and a transmission rate of 6 readings, which can be reduced: heavy transmission and reception equipment is required to reduce The volume of the broadcast equipment: The cost of the broadcast is 'satisfactory, miscellaneous, and comprehensible', which achieves the above-mentioned purpose. The present invention includes:-a transmission device, which is _ τ ε ε H, to transmit the recorded digital audiovisual data;-Automatic control software, which is the detection rate and the rate of __ to determine the compression speed of the transmitted audiovisual data. The two audiovisual training mechanisms can use the I㈣i 3 9 4 interface Passed out = Γ, converted into compressible video and audio data;-Video and audio pressure 'U ㈣_Silk-style training materials «Emotional digital transfer ~ Yu 屮 2 can determine the current communication method is wireless network Or wired network, and Decision 2 converts the formatted digital audio and video data packet into 3 G = character p packet 2 and converts the formatted digital audio and video data packet to character; α㈣ 二 digit video and audio data packet ——— Wireless output device, which outputs the above-mentioned two simple voice packets to the material platform _ ^ ^ is to output the above-mentioned digital video and audio resources that comply with the Mp eg specification; and ten knives to the destination terminal of the shirt data platform The sender can automatically control the audio and video data through the transmission device through the transmission device to determine the compression mode and transmission speed of the transmitted audio and video dragon.台 = Γ will only need to configure—receiving device, you can do Receiving and playing at the same time. I Implementation method] There are 3 check structures, uses and their characteristics, as well as detailed descriptions with diagrams. If you understand them in detail, the inventor gives a better embodiment. As shown in the third figure, the present invention includes: a transmission 1225347 transmission device 1 ... automatic control software 2, _ video compression program 4, 5,-no noise output device 6 in succession; the transmission mechanism 1 is An IEEE 1? Q / 1 person Z ^ digital audio and video data; 1 3 9 4 ^ φμ ^^ The automatic control hybrid 2 can be used to determine the compression mode and transmission of the audio and video data. Rate, including:-Bandwidth side program 2 1 'Determining this! EEE i 3 g 4 wireless transmission frequency; and send _ packets to detect the final communication frequency of the destination, and sharp tool 211 receives the communication frequency information, and compare with the default-bandwidth discrimination database 212; stomach- The bandwidth mode period mechanism 2 2 is the analysis of the comparison result of the above-mentioned transmission discrimination database 2 i 2 and shows the best compression lattice = transfer soil level and selects the dust reduction mode of the video data according to the β Hai comparison result. Transmission rate. The audio and video manipulation mechanism 3 has a 1-bit sound signal stream manipulation mechanism 3 working blood and a digital image signal stream capture mechanism 3 2 L manipulation mechanism 3 is a sound transmitted by the ζ Ε ^ 3 3 output interface The crane data and the video signal data are extracted and integrated by the number = sound signal supplementary 3 i and Congwei image Eluna system 3 2 respectively, and converted into compressed audio and video data. The sub-edge video and audio program 4 is to compress the aforementioned video and audio into a formatted digital video and audio packet. The digital conversion mechanism 5 can judge the current communication method as a wireless network or a digital input mode, and convert the above-mentioned digital video data packets into CDMA-2QQQ digital video in the 3G system. Data packets, or = digital audio and video packets that have been converted to digital audio and video packets that conform to the Mp eg specification are used as data packets. The wireless output device 6 includes a CDMA ~ 2⑽ module conforming to the 3 system, a group 6 1 and a -rf transmitter 62, which can output the above-mentioned digital video data packets conforming to the CDMA ~ 2000 specifications to the video data platform. Destination terminal A. The side cable output device 7 is an automatic control system that listens to the puSH mechanism. It can pass the digital video data packets that meet the MP E G specifications described above through F τ p 7i or through r e
Quest C〇lleetor7 2輸出至影音資料平台的目的終 端A者。Quest Colleletor 7 2 is output to the destination terminal A of the audiovisual data platform.
如上述說明之個人攜帶式轉播系統，請詳參第一圖、第二圖、第 二圖以及第四圖所示，發送人可利用一影音攝錄主機1〇，於拍攝同 時，將所攝錄得的數位式影音資料透過一IE e e 1 3 9 4輸出介面 之挪輸裝置1輸出，並利用—自動控制軟體2可偵測影音資料平台 的目的終端A之通訊頻率以決定所傳輸影音資料的壓縮模式以及傳輸 ^率β，、而透過一影音壓'縮程式4將該傳輸裳置1所輸入的婁丈位式影音 貝_料壓縮成袼式⑽數位影音資騎包，再藉由_數位齡機制5自 行判斷目前的通§訪式為無線網路或有線網路，而決定最佳的輸出形 式’將已格式化的數位影音資料封包轉化為符合％系統巾CDMA 2 0 0 〇規格的數位影音資料封包或將該格式化的數位影音資料封 包轉化為符合MP E G規袼的數位考音資料封包； ，若已格式化的數位影音資料轉⑷為CDMA—2 〇 〇◦規格的數 位Γ曰^料封包，可配合由CD.MA — 2 〇 0 0模組6 1以及RF發 射^ 6 2所組成的無線輸蝶置6，將該触影音資料封包輸出至影 音資料平台的目的終端A; 〜右已袼式化的數位影音資料轉化為符合]^? E G規袼的數位影省 旦資=包’可配合由有線輸出裝置7將上述符合Mp E G規格的妻故 ，曰貝枓封包透過F Τ P 71輸出至影音資料平台的目的終端A，使 接收者可透過-接收無線訊號媒介8 i、一解壓縮機制8 2以及 播器8 3所Μ的無線触裝置8#|取触影音㈣ 訊號媒介8 i能打破距離的界線，獨是在任何地點、任何== 收者都能連結至轉的目·取數位影音㈣，並 縮機制8 2轉槽而透過轉播器8 3播放出來，且As described above for the personal portable broadcast system, please refer to the first, second, second, and fourth pictures. The sender can use a video recording host 10 to record the video while shooting. The recorded digital video and audio data is output through a transfer device 1 of an IE ee 1 3 9 4 output interface, and the automatic control software 2 can detect the communication frequency of the destination terminal A of the video and audio data platform to determine the transmitted video and audio data. Compression mode and transmission rate β, and through a video and audio pressure reduction program 4 the Lou Zhang type audio and video shell inputted by the transmission set 1 is compressed into a digital audio and video bag, and then _Digital age mechanism 5 judges the current communication type as a wireless network or a wired network, and determines the best output form 'converts the formatted digital video and audio data packets to comply with the% system towel CDMA 2 0 0 〇 Standard digital audio and video data packets or convert the formatted digital audio and video data packets into digital audio test data packets that meet MP EG regulations; if the formatted digital audio and video data is converted to CDMA-2 〇〇◦ specifications digit Γ ^ ^ material packet, can be used with the CD.MA — 2 0 0 0 module 6 1 and RF transmission butterfly 6 composed of wireless input device 6 to output the touch audio and video data packet to the destination terminal of the audio and video data platform A; ~ The right digitalized audiovisual data is converted into conformance] ^? EG regulations of digital audiovisual assets = package 'can cooperate with the wired output device 7 to meet the above-mentioned Mp EG-compliant wife, said Bei The packet is output to the destination terminal A of the audiovisual data platform through FTP 71, so that the receiver can receive the wireless signal medium 8i, a decompression mechanism 82, and the wireless touch device 8 # of the broadcaster 8 #. Touch the audio and video signals 8 i can break the boundaries of distance, only at any place, any == the recipient can be connected to the destination of the transfer · take digital audio and video, and reduce the mechanism 8 2 slot and through the broadcaster 8 3 Play it out, and
«，831(M〇blle Dev1Ces)-3G；：：；：I v e«, 831 (M〇blle Dev1Ces) -3G; ::;: I v e
Wl r 6 1 e s S^^«X8 3 3 (I n t e r a c t 1 ^ D e v 土 c e s )、高畫質數位電視8 3 4、電視8 3 5等各 式…^台，使轉播不侷限於一固定形式，充分發揮機動性。 以亦可透過一接收有線訊號媒介9 1、—解壓縮機制9 2 韓脑@ 9 3所組成的有線接收裝置9擷取數位影音資料，且該 利用高畫質數位電視9 3 1、電視9 3 2以及電腦9 3 d寺各式有線平台所組成。 穿晋之第二實施例，如第—圖以及第五圖所示其中該無線輸出 由一符合3G系統之W—她模組63以及-RF 發射器6 2所組成。 ⑽ft轉化機制5係可配合該無線輸出裝置6規格，將該格式化 二讀封包，透過該無線輸出裝置6將上述符合w—c dμα規格 的數位影音赠封包輸出至影音倾平台的目的終端Α。Wl r 6 1 es S ^^ «X8 3 3 (I nteract 1 ^ De ev 土 ces), high-quality digital TV 8 3 4, TV 8 3 5 and so on ... ^ stations, so that the broadcast is not limited to a fixed Form, giving full play to mobility. It is also possible to receive digital audio and video data through a cable receiving device 9 composed of a receiving cable signal medium 9 1. Decompression mechanism 9 2 Hannao @ 9 3, and high-quality digital TV 9 3 1 and TV 9 3 2 and computer 9 3 d temple are composed of various wired platforms. In the second embodiment, as shown in FIG. 1 and FIG. 5, the wireless output is composed of a W-her module 63 and an RF transmitter 62 that conform to a 3G system. The ⑽ft conversion mechanism 5 can cooperate with the specifications of the wireless output device 6 to output the formatted second-read packet. The wireless output device 6 outputs the digital audio and video gift packets that meet the w-c dμα specifications to the destination terminal A of the audio and video platform. .
Φ兮j作之第三實施例，如第—圖以及第六圖所示，如第圖所示其 ^無線輸出裝置6,係可由-符今3〇系統之T_D_s cDM A模組6 4以及一 R F發射器6 2:所組成。 該數位轉化卿5係可配合該絲輸出健6規格，將該格式化 的數位影音膽封包轉化為符合3G系統中T-D-S CDMA規 袼的數位影音資料封包，透過該無線輸出裝置6將上述符合T — D — =CDMA規袼的數位影音資料封包輸出至影音資料平台的目的终· 知ό A者0 、 藉由上述諸實狀呈現，可知，本創作具有以下之優點： 1 ·不需繁重的發送和接收設備，便可將影音資料將影音資料透過3 G (third generation )或網際網路傳送，達到減少轉播設備 到即時性以及機動性的要求。 違 2.節省轉播成本。 3·拍攝者可不讀統連線需定點拍攝_擾，可配設多台影音攝錄主 機10做各視角的深人拍攝，使拍攝内容豐富且 足轉播的臨場感之要求。 兄刀滿 4·將影音資㈣輸至影音資料平㈣目龄端A，使接收人於可因應 1225347 線接收裝置等多元的轉 所身處的環境，彈性使用有線接收裝置9或無 播平台來接收，並播放出來。 准以上所述者’僅為本發3狀較佳實施例而[ 所作之齡的等效變化絲飾，皆應域本發明專利涵蓋之範^ ^ 綜由上對本發明之技術結構詳細揭述，本發明之構造確實能達到達到 減少轉播設備體積，並節省轉播成本，並纽滿足轉播的即時性 動性以及臨場感的目的，且未見於業界相關產品#中，應符合發The third embodiment, as shown in FIG.1 and FIG.6, and the wireless output device 6 shown in the figure is a T_D_s cDM A module 6 4 of the -Future 30 system, and An RF transmitter 6 2 :. The digital converter 5 series can cooperate with the silk output key 6 specifications to convert the formatted digital audio and video bile packet into a digital audio and video data packet that complies with the TDS CDMA regulations in the 3G system. — D — = The purpose of the digital audio and video data packet output by the CDMA standard to the audio and video data platform. Knowing A person 0. By presenting the above realities, we can see that this creation has the following advantages: 1 No need for heavy The sending and receiving equipment can send the video and audio data through 3 G (third generation) or the Internet to meet the requirements of reducing the real-time and mobility of the broadcast equipment. Violation 2. Save broadcast costs. 3. The photographer may not need to read the system connection and need to shoot at a fixed location. It can be equipped with multiple video and audio camcorders 10 for deep shooting at various angles of view, so that the content of the shooting is rich and the requirement of live presence is broadcast. Brother Knife 4 · Import audio and video data to audio and video data level end A, so that the receiver can flexibly use wired receiving device 9 or non-broadcasting platform in response to the environment where diversified locations such as the 1225347 line receiving device can be used. Come to receive and play it. The above-mentioned ones are only for the preferred embodiment of the present invention. [Equivalent changes in the age of the silk decoration are all within the scope covered by the patent of the present invention ^ ^ In summary, the technical structure of the present invention is described in detail above. The structure of the present invention can indeed achieve the purpose of reducing the volume of the broadcasting equipment and saving the cost of broadcasting, and meeting the objectives of real-time dynamics and presence of broadcasting, and has not been found in the industry related products #, which should comply with the development
利之要件，申請人爰依專利法之規^，肖钩局提起發明專利之申抹， 並懇請早曰賜准本案專利，實感德惠。 【圖式簡單說明】 第一圖’係本創作之轉播流程圖。 第二圖’係本創作之無線傳輸流程圖。 第三圖’係本創作自動控制軟體之細部碑程圖。 第四圖，係本創作之接收流程圖。,’ 第五圖，係本創作第二實施例之流程圖。 第六圖，係本創作第三實施例之流程圖。 【圖式中之符號說明】 1一傳輸裝置 21—頻寬偵測程式 212 —頻寬判別資料庫 3 —影音擷取機制 3 2 —數位影像訊號流擷取機制 5 ~數位轉化機制 6 1 — CDMA—2 0 0 〇模組 6 3 —W— C DMA模組 7一有線輸出裝置 8—無線接收裝置 8 2 ~解壓縮機制 2 —自動控制軟體 211—封包計算器 2 2—頻寬模式判別機制 31—數位聲音訊號流擷取機制 4 一影音壓縮程式 6 —無線輸出裝置 6 2 — RF發射器 6 4-T-D-S CDMA模組For the benefit, the applicant converted to the patent law, Xiao Houju filed an application for an invention patent, and urged that the patent in this case be granted as early as possible. [Schematic description] The first picture ’is the retransmission flowchart of this creation. The second picture 'is a wireless transmission flowchart of this creation. The third picture is a detailed stele map of the automatic control software. The fourth figure is the receiving flowchart of this creation. , 'The fifth figure is a flowchart of the second embodiment of this creation. The sixth figure is a flowchart of the third embodiment of this creation. [Symbol description in the figure] 1 Transmission device 21—Bandwidth detection program 212—Bandwidth discrimination database 3—Video capture mechanism 3 2 —Digital video signal stream capture mechanism 5 ~ Digital conversion mechanism 6 1 — CDMA—2 0 0 〇 module 6 3 —W— C DMA module 7 — wired output device 8 — wireless receiving device 8 2 ~ decompression mechanism 2 — automatic control software 211 — packet calculator 2 2 — bandwidth mode discrimination Mechanism 31—Digital audio signal stream capture mechanism 4—Video compression program 6—Wireless output device 6 2—RF transmitter 6 4-TDS CDMA module
7 1 -FTP 81—接收無線訊號媒介 8 3 —轉播器7 1 -FTP 81—Receive wireless signal medium 8 3—Retransmitter
1225347 8 31 —行動裝置 8 3 3 —互動裝置 8 3 5—電視 91一接收有線訊號媒介 9 3 —轉播器 9 3 2—電視 10—影音攝錄主機 8 3 2 — 3 G行動電話 8 3 4—高晝質數位電視 9—有線接收裝置 9 2 —解壓縮機制 9 31 —高晝質數位電視 9 3 3—電腦 A —目的終端 121225347 8 31—mobile device 8 3 3—interactive device 8 3 5—telephone 91—receive cable signal medium 9 3—repeater 9 3 2—television 10—video recording host 8 3 2—3 G mobile phone 8 3 4 —High day quality digital TV 9—Cable receiving device 9 2 —Decompression mechanism 9 31 —High day quality digital TV 9 3 3—Computer A—Destination terminal 12