1255611 八、發明說明： 【發明所屬之技術領域】 本發明係有關於一種鼻骨傳導無線通訊傳輸裝置，尤指一種藉由振盪 並配合一無線通訊裝置發話及接聽之鼻骨傳導無線通訊傳輸裝置。 【先前技術】 聲音藉由空氣傳導，但是一般藉由空氣將聲音導入耳内的無線耳機戈 助聽器往往無法消除外界背景聲源，因此利用骨傳導或膚傳導的振盪器應 運而生。 中華民國發明專利公告第46351?號揭露一種使用骨路傳導型擴音器之 傳又趙置，其係具有骨絡傳導型擴音器部、麥克風部及驅動電路 並可連接於電話機或無線敎發機上，而上述餘傳導型擴音器部=構 成為於，上述麥克風部放置於嘴邊時，以可貼接於臉上任何位置配置而 成。但是，貼接於臉上任何位置的配置並未必具有倾料之效果。 另:種習知置於頸部之—般接觸式驗聲波骨傳導裝置，雖可 伤月4音，但因其為喉部接觸，所轉輸出去的音質混濁不清時 ㈣。 號她於—般市話通对之音頻訊號較為衰減不 另一習知骨導式眼鏡型助聽器，將振盪界 以接收聲音，雖能消除背景聲音，但口 、 又、兄木之耳後尾端 由於長期制，賴_會軸 '，，、/，而且 降低；近年手機等行動機具普及1γ3寻助聽的效果大為 無法免除，夹耳式配戴久了不舒適，厚不=外界背景聲音 汗使助聽器喪失功能，且於運動時 ，兒^不甚果硯，耳後容易流 麥克風等等，這使得使用者必彡 =^法共用元件如電池、 【發明内容】 处又乜費用購貝，不符經漆於艺一 1255611 本發明之目的在於提供-種藉由鼻骨傳導之振B並配合—無線通訊 傳輸裝置發話及接聽之鼻骨傳導無線通訊傳輸裝置。 本毛明之目的在於提供-種藉由_載具裝置與無線通訊傳輸裝置 發話及接聽端連接之鼻骨傳導無線通訊傳輸裝置。 本發明之另-目的在於提供-種謂由—發話合—無線通訊傳輸 裝置以形成-具有助聽功能之鼻骨傳導無線通訊傳輸裝置。 本發明之再-目的在於提供—種可藉由—傳輸裝置配合—無線通訊傳 輸衣置以形成-具有對講機功能之鼻骨傳導無線通訊傳輸裝置。 署、2^^月之又目的在於提供可藉由一振盈器並配合一無線通訊傳輸裝 置以形成-具有免持聽筒功能之鼻骨傳導無線軌傳輸裝置。 之又—目的在於提供_種具有助聽、對講機、耳機及免持聽筒 功月b之多功能的鼻骨傳導無線通訊傳輸裝置。 本發明提供一種鼻骨傳導無線通訊傳輪裳置，包含： 成魏骨傳導輸人裝置’具有—第—振B，用以將待傳出之聲音轉 線通訊傳輸裝置，魏連接該骨料輸人聲音裝置以接收該 私波矾旎並向外傳輸，及/或接收外部電波訊號； 月傳導輸出裝置，具有一第二振邊哭， 傳送之外部電波訊號並將該電波訊號:“通讯所 骨傳導傳至内耳；及 成振i波，亚使祕蘯波藉鼻 載具裝置，用以承載上述各裝置； 傳導輸==在，職具錢為狀轉邹之魅，職《所承栽之骨 等¥輸出衣置和骨傳導輸人裝置，與鼻部骨 戰之月 出之振盪波，經由在鼻腔内Μ後再_ s _ ’且將—傳導輪 入穿置脾鼻轉導傳朗耳；及將骨傳導於 衣置將鼻腔共鳴所產生之聲麟成電波 辱V輪 置 發訊。 丹得冷至该揲線通訊傳輪裝 上述該一骨傳導輸入裝置為一使用者說話裝置 1255611 上述:亥-骨傳導輸出I置為一使用者收音裝置。 上述違載具裝置為眼鏡、潛水鏡、風鏡、護目鏡、鼻罩、口罩、面 罩、頭罩、貝太μ # , 、 、^、π夾，或可使該裝置貼附於鼻部骨膚者均可。 上述該無線通訊傳輸裝置具有訊號收發單元 、訊號處理單元、發話 為、功能選擇n、音源切換器及音量調整器。 隹&立述σ亥…、、、泉通汛傳輸裝置進一步設有一發話器，該發話器係用以收 本耳a亚將所收集之聲音訊麟送至該骨料聲音裝置，俾使本發 明裝置形成具有助聽器功能。 上述该無線通訊傳輸裝置的訊號收發單元，係用以處理無線電訊號 的收t HiLf級發單元具有天線、獅貞模組、射頻訊號接收模組、射 頻訊號發賴組、義峨放λι§及電子渡波器。 上述該無線通訊傳輸I置的職處理單元，個以處理訊號，且談 功 處理單TG具有職處理n、預設錄值儲杨、參數修改哭Λ 能模組及回授消除處理模組。 θ σσ 輸裝置内各項預設 上述該預設參數贿H，係肋齡無線通訊傳 參數。 上述該回授消除處理模組，係用以降低無線通訊傳輪裝置回授爽立 上述該功能選擇器，係用以切換各功能模組。 耳曰。 上述該音量調整器，係用以調整音量大小。 係用以切換發話器 上述該無線通訊傳輸裝置上包含一音源切換器， 或骨傳導輸入聲音裝置的聲音來源。 -傳：;Γ臟一種鼻骨傳導無線通訊傳輸系統，包含 一鼻骨傳導無線雜傳輸裝置，麟與該傳輪裝置無線連接，今 傳導無線通訊傳輸裝置包含： /^月 一骨傳導輸入裝置，具有一第一振覆哭， 電波； m盈。。肖以將待傳出之聲音轉成 丄255611 置’電氣連接該骨傳導輸入裝置以接收該電波訊 唬亚向外傳輸，及域接收外部電 一骨傳導輸出裝置，具有一第二 儿， 送之外部電波訊餘_電==，㈣接㈣無線通訊所傳 鼻骨傳導傳至内耳；及 破轉成振盪波，並使該振盡波藉 一載具裝置，用以承載上述各裝置； 其特徵在，該載具裝置為置放於魯 傳導輸出裝置和骨傳導輸人裝置，鮮;二:以使其所承載之骨 導共讀再11料料傳至料；及將骨傳 腔共細魅之聲波軸钱，再將魏鱗通訊傳輸 上賴無線通訊傳輪裝置與—傳輪I置建立無線連接，該傳輸裝置 馮具有連結、傳輸及對頻等功能之無線通訊傳輸產品。 上述該無線通訊傳輸裝置與傳輸裝置之間係根據藍芽無線通訊協定 建立無線連接。 …上搞傳輸裝置由―無線通訊n介接_訊號收發器所組成，該無線 通汛為藉由訊號收發器而與無線通訊傳輸裝置建立無線連接。 上述該無線通訊傳輸裝置根據藍芽無線通訊協定或微波接收或傳輸 無線訊號。 ^ 上述該無線通訊器為一手機或一 PDA或類似之無線通訊傳輸產品。 上述该机號收發裔具有訊號處理裔、射頻訊號接收模組、射頻訊號 發射模組及對頻模組。 上述無線通訊咨與訊號收發器之間由一連接器介接，該連接器用以 電氣連接該無線通訊器及訊號收發器，且該連接器可設計成耳機插孔、 PCMCIA插卡及USB埠等不同用途之型式。 上述該無線通訊傳輸裝置配合傳輸裝置之MP3播放器、隨身聽、電 腦、收錄音機、音響及電視等音訊功能而無線連接，俾使本發明裝置形成 1255611 具有無線收聽之耳機功能。 上述該傳輸裝置的訊號收發器之對頻模組與該無線通訊傳 ，收發單元之删模__率後，俾使本發置軸_對講機^ 【實施方式】 請參考第-圖，係顯示本發明鼻骨傳導無線通訊傳輸系統之方 本發明鼻骨傳導無線通訊傳輸裝置100 ’包含：一骨傳導輸出裝置丨，且 -減器10 >骨傳導輸人裝置2，具有_振盪器2G ;—無1通訊傳2 置3，該無線通訊傳輸裝置3包含訊號處理單元3 量調節器32、發話器33、音源切換器34、功能選擇器35 -載具裝置（請參考第五圖及第六圖），承載上述各裝置並置於鼻部，其 中該無線通訊傳輸裝置3與-傳輸裝置5建立無線連接，該傳輸裝置5為 具有連結、傳輸及對頻等功能之無線通訊產品，且該傳輸裝置5由—益線 通訊器50介接-訊號收發器51所組成，而無線通訊器％與訊號收發器51 藉由一連接器52完成電氣連接。 在具體實施例中，該無線通訊傳輸裝置3進一步設有一電源開關幻、 電源供應器48及警訊器49，該電源開關47係選擇開啟或關使用本發明 鼻骨傳導無線通訊傳輸裝置，而該電源供應器48係提供本裝置所需之電 力’且魏雜應！！ 48為-般性電池賴料電池或可供應電料裝置等， 而4警汛為49係為於電源電力達到低供應量時，自動發出警訊，以提醒使 用者更換電池，而該無線親II 5G為_手機或具有通訊能力之pDA或類 似之然線通訊傳輸產品，而連接器52可設計成耳機插孔、pcMCIA插卡及 USB埠等不同用途之型式。 請繼續參考第一圖，該骨傳導輸出裝置1係置於使用者之鼻部，且骨 傳導輸出褒置1與鼻部骨膚緊密接觸。該骨傳導輸出裝置t之振盛器1〇為 將來自無線通訊傳輸裝置3之電波轉換成振盪波，而使該振盪波在鼻腔内 共鳴再藉鼻骨傳導傳至内相形祕聽功能。該骨料輸人裝置2亦置於 1255611 使用者之鼻部，且⑽導輸人裝置2與鼻部密接觸。該㈣導輸入 裝置2之振B 2〇將鼻腔共麵產致聲音娜成雜魏雜成電波而 形成發活功能。而該傳輸裝置5為經由該無線通訊傳輸裝置3以傳送電子 说息至该骨傳導輸出裝置丨及接收骨傳導輸人裝置2之電子訊息，且該傳 輸I置5之無線通訊器5〇藉由該連接器52與該訊號收發器51連結，而該 無線通訊傳輸裝置3係電氣連接該骨傳導輸人裝置2與骨傳導輸出裝置丄 以收發該無線訊號。 >本發明鼻骨料無線軌傳輸m⑽具有無線通訊傳輸免持聽筒、 播，’泉對4棧、助聽$及耳機等功能模式，該傳輸裝置5之訊號收㈣51具 有虎處理☆ 54、射頻訊號接收模組55、射頻訊號發射模組％、天線53、 及對頻模組57，且親魏發器5丨係根雜芽麟通鴻定或微波與無線 通訊傳輸裝置3建立無線連接，而該無線通訊傳輸裝置3之城處理單元 3〇係。用以處理樣輯訊號處理單元3G具有電源供應11 48、電源開關47、 ;為49、Λ號處理器36、預設參數值儲存器37、參數修改暫存器％、 回授消除歧触39及魏⑽，射該域處理n %係可記憶多組 各種功能模式環境之下的鮮，並處理所接收或傳送之電子訊號，而該預 設翏數值齡器3?為雄存鱗通崎魏置3够項參數並將盆燒錄 成ic晶體，且該參數修改暫存器38係依使用者於使用環境下可自行修改 某㈣能之參數值’且以最後所修改之參數值自_存而該回授消除處 理模組39係為於該訊號處理器36之峨產生回授雜訊時，將自動產生一 組相反之電子訊號與龍雜訊㈣，以__消_功能及降低干擾 源’用以降低無線通訊傳輸《 3 _聲音，保持音質的穩定度，而該功 能模組40係為設定無線通訊免持、鱗對講機、助聽器及耳機等模式， 俾使本發明提供多元化之功能選擇。 該無線通訊傳輸裝置3之訊餘發單元W具有天線％、對娜㈣、 射頻訊號純縣42、射親紐射馳A、射軌贼大器Μ 細莫組45，其巾珊賴組，剛目互交 1255611 ，無線訊息，而該軸職接倾組μ係為鱗電訊號傳輸的一種接收 器’該射頻纖發難組43係為無線電職傳輸的_種發㈣，該射頻訊 號放大器44係為將無線電訊號經過加職再傳輸出去，以免滅衰弱，該 電子/慮波m5係^^聲音訊號透過m.，過濾、雜訊以加強電波訊號的 穩定度。該鱗通訊傳輸裝置3之魏着器35，伽以切換各魏模組。 該無線通訊傳輸裝置3之音量調龍Μ制_整音量大小。該無線通訊 傳輸I置3之發綠33制财鱗音’並將職集之誠傳送至該骨膚 傳導輸出裝置1 ’俾使該鼻骨傳導無線通訊傳輸裝置⑽具有助顧之功能。 請再繼續參考第—圖，本發明鼻骨傳導無線通訊傳輸裝置100為無線 通訊傳輸免持聽筒魏模辆，藉銳傳輸裝置5之鱗通廳5()與該訊 號收發器51連結以魏—聲音喊舰麵鱗通靖輸裝置3，該無線 通訊傳輸裝置3。藉聽天線53及賴城減触42減訊航，經該 射頻訊號放大器44將織放大再由織顿波模組Μ經過赫訊以加強 電波efl號的疋度’再經由如罐處理單元3〇之訊號處理^ %根據所傳 送之訊號纖此為錄通訊傳輸之通賊號，而執行免㈣筒之指令動 作’並經該赚消除處理模組39傳送至該音量調整器32，_整適當之音 量大小，利用一傳輸線46再將訊號傳送至該骨傳導輪出裝置〗，藉由骨傳 導輸出裝置1之紐H Η)將電波轉藏減波，再由鼻部鼻骨傳導經過内 耳而達到接聽之舰，而翻_骨料輸人裝置2之紐器2()將使用者 說話之振盪波波職絲波_ —傳輸線*傳送至該鱗舰傳輸裝置3 之音源切齡34經織處料元3G线魏理$ %處理喊後，再經訊 號收發單元Μ之㈣喊放大H 44之峨獻，再_頻減發射模組 43藉由該天線58與天線53發送及收發該無線訊號，再傳送至該傳輸裝置 5之訊號收發H 5卜透過該連接g 52傳送至無線通訊器％，而達到發話之 功能，即完成無線通訊傳輸免持聽筒之功能模式。 當本發明鼻骨傳導無線通訊傳輸裝置1〇〇為無線對講機功能模式時， 藉由該無線通訊傳輸裝置3之功能選擇n 35至該訊號處理單元3()之功能 12 1255611 模組40選擇切換至無線對講機之使用模式，再將該無線通訊傳輸裝置3之 對頻模組41與傳輸裝置5之對頻模組57的頻率調對，待對頻相符後即完 成無線對講機模式之設定，該無線對講機模式之運作，即將上述無線通訊 為50置換為無線對講機，其餘架構均相同，在此不在贅述。 當本發明鼻骨傳導無線通訊傳輪裝置100為助聽器功能模式時，藉由 該無線通訊傳輸裝置3之功能選擇器35至該訊號處理單元30之功能模組 40選擇切換至助聽器之使用模式，再藉由該無線通訊傳輸裝置3之發話器 33經由音源切換器34設定切換為發話之功能，而使該傳輸裝置$之聲音訊 號暫時無法進入，僅藉由該發話器33收集聲音，若傳輸裝置5有無線通訊 電子訊號傳入時，音源切換器則自動切斷發話器33之聲音來源，此時就自 動、交成免持聽筒之功能模式，當一旦通訊電子訊號結束後，又自動轉成助 聽器模式，且將所收集之聲音訊號經由該訊號處理單元3〇處理訊號後，將 讯唬傳迗至該骨膚傳導輸出裝置丨，藉由骨傳導輸出裝置丨之振盪器1〇將 電波轉換成振盪波，再由鼻部鼻骨傳導經過内耳而達到收聽之功能，俾使 完成收聽功能之助聽器模式。 當本發明鼻骨傳導無、線通訊傳輸裝置1〇〇為耳機功能模式時，藉由該 傳輸裝置5與欲使用之產品，例如·· ]_播放器、隨身聽、電腦、收錄音 機、音響及電視等音訊產品連接，並由訊號收發器51傳送音訊，再藉由該 無線通訊傳輸裝置3之功能選擇ϋ 35至該織處理單元30之魏模組40 補切換至耳機之使用模式，即使本發明裝置轉變為具有無敎聽的耳機 功能。 在本發明的各種實施例中，載具裝置為眼鏡、潛水鏡、風鏡、護目鏡、 鼻罩、口罩、面罩、頭罩、貼片、鼻夾或可使該裝置貼附於鼻部骨鼻者均 可。傳敝置5之無線通訊器50可為一手機、PDa、電腦、無線對講機或 RF彳放波紅外線傳輸機等無線通訊產品，而該訊號處理器％可整合為一 積體電路產品，而該傳輸裝置5之訊號收發器51亦可内建於該無線通訊器 50内’而不需藉由連接器52連結至無線通訊器5〇。 13 1255611 在本《月的另一貫施例中，鼻骨傳導無線通訊傳輸裝置100與訊號收 發=\可結合為_產品，視為—鼻骨傳導無線通訊傳輸系統。 ❼考第—Η至第四圖，係顯示本發明鼻骨傳導無線通訊傳輸系統與 市話通話巾及置简部之—般接赋間接料麥克風之實驗音頻訊號圖， 孩利用月傳‘振盪發箄之音頻訊號圖之縱軸為頻寬，而橫軸為頻率，於頻 率500Hz至lkHz間，該頻寬介於视Β至_3議之間，而於頻率她至 間、亥頻見亦介於-1〇dB至_2〇dB，而於頻率施ζ至5趾間，該頻 寬介於-10dB至-30dB之間，而第三圖之市話通話中之音頻訊號，該市話通 洁中之音頻ifl#u，於頻率5G()Hz至lkHz間，該頻寬介於·Β至_2_之 間而於頻率1kHz至5kHz間，該頻寬亦介於]〇dB至_2〇犯之間，而第四 圖之白知置㈣部之-般接觸式間接料之音頻減，於解5_^至 1=間’該頻寬介於」_至福B之間，而於頻率紙至：他間該 頻見介於-20dB至-30dB之間，而於頻率2kHz至5他間，該頻寬已衰減至 -3(MB以下’由上述可知本發明鼻骨料無騎訊傳齡制財傳導振盈 發聲之音頻城，她於f知置於麟之_般鋪制接料之音頻訊 號，更接近音質清晰之市話的音頻減，而可制較好之傳輸音質。 請參考第五圖並配合參考第—圖，侧示本發明鼻骨傳導無線通訊傳 輸裝置以嵌人義方式之魅立顧。本發魏用魏鏡之鼻骨傳導無線 通訊傳輸裝置1GG，包含：—目隨6，舰鏡6具有—鏡輯結架6〇及一 對鏡框鼻墊支架61 嵌人式主體外殼7，嵌人練鏡6，該嵌人式主體外 冗又7内設有該無線通訊傳輸裝置3，且配合該無線通訊傳輸裝置3之各功能 選擇於該主體外殼之面板上設有電源開關47、功能選擇器35、音源切換器 34、對頻模組41、音量調整器32及發話器33 ;及一傳輸裝置5，該傳輸裝 置具有一無線通訊裔50之手機與一外接之訊號收發器51。 請繼續參考第五圖，該對鏡框鼻墊支架01於一鏡框鼻墊支架内設有一 骨傳導輸出裝置1 ’而於另-鏡框鼻墊支架内設有—骨傳導輸人裝置2，且 該對鏡框鼻墊支架61内之骨傳導輸出裝置丨及骨傳導輸入聲音裝置2藉由 14 1255611 一訊號傳輸線46盥嗜农a 4丄 訊，而該傳輸裝置^料^ 7内之無線通訊傳輸裝置3連接通 該嵌入式主料由f 連接崎過無線傳輸而與 無線通訊傳輪裝置觸。爾輸裝置3連接，而_本發明鼻骨傳導 m於aP ^ _係’知本發明鼻骨傳導無線通訊傳聽置以活動炎貼 牡;應，:^載具讀κ。本發明細於目隨之料料無料訊傳輸 = 匕3目艮鏡6 ’該眼鏡6具有-鏡框連結架60及-對鏡框鼻 ΐΐ Γ活動式主體外殼8，射部有一夹貼裝置9夾於該鏡框連結 二…m動式主料殼8内設有該無線軌傳鍵置3，且配合該 、、束輸衣i 3之各功㉟選擇於該主體外殼之面板上設有電源開關 二、功能選擇器35、音源切換器34、對頻模組4卜音量調整器32及發話 σσ 33，及傳輸叙置5 ,該傳輸裳置具有一無線通訊器％之手機與一外接 之訊號收發器51。 ~ 請繼續參考第六圖，該對鏡框鼻墊支架61於一鏡框鼻墊支架内設有一 月傳‘輸出裝置1 ’而於另—鏡框鼻墊支架内設有—骨傳導輸人裝置2，且 該對鏡框鼻墊支架61内之骨傳導輸出裝置丨及骨傳導輸入裝置2藉由一訊 號傳輸線46與該活動式主體外殼8内之無線通訊傳輸裝置3連接通訊，而 该傳輸裝置5之手機藉由與訊號收發器51連接而透過無線傳輸而與該活動 式主體外殼8之無線通訊傳輸裝置3連接，而達到本發明鼻骨傳導無線通 訊傳輸裝置100。 在詳細說明本發明的較佳實施例之後，熟悉該項技術人士可清楚的瞭 解’在不脫離下述申請專利範圍與精神下可進行各種變化與改變，亦不受 限於說明書之實施例的實施方式。 【圖式簡單說明】 第一圖係顯示本發明鼻骨傳導無線通訊傳輸系統之方塊圖。 第二圖係顯示本發明鼻骨傳導無線通訊傳輸系統實驗之音頻訊號圖。 第三圖係顯示市話通話中之音頻訊號圖。 15 1255611 第四圖係顯示習知置於頸部之一般接觸式間接傳導麥克風之音頻訊號 圖。 第五圖係本發明鼻骨傳導無線通訊傳輸裝置以嵌入眼鏡方式之載具應 用圖。 第六圖係本發明鼻骨傳導無線通訊傳輸裝置以活動夾貼方式用於眼鏡 之載具應用圖。 【主要元件符號說明】 100…鼻骨傳導無線通訊傳輸裝置 1…骨傳導輸出裝置 2…骨傳導輸入裝置 3…無線通訊傳輸裝置 5…傳輸裝置 6 —眼鏡* 7…嵌入式主體外殼 8…活動式主體外殼 9…夾貼裝置 10 —振盈為 20…振盪器 30—訊號處理早元 31…訊號收發早元 32---音量調整器 33…發話器 34—音源切換裔 35…功能選擇器 36 —訊號處理裔 37…預設參數值儲存器 38…參數修改暫存器 1255611 39…回授消除處理模組 40…功能模組 41…對頻模組 42…射頻訊號接收模組 43…射頻訊號發射模組 44…射頻訊號放大器 45…電子濾波模組 46 —傳輸線 47…電源開關 48 —電源供應裔 49— 警訊器 50— 無線通訊裔 51…訊號收發器 52…連接器 53 —天線 54—訊號處理裔 55…射頻訊號接收模組 56 —射頻訊號發射相:組 57…對頻模組 58 —天線 60…鏡框連結架 61…鏡框鼻塾支架 17BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a nasal bone conduction wireless communication transmission device, and more particularly to a nasal bone conduction wireless communication transmission device that oscillates and communicates with a wireless communication device. [Prior Art] The sound is transmitted by air, but the wireless earphones, which are generally introduced into the ear by air, often cannot eliminate the external background sound source, so an oscillator using bone conduction or skin conduction is born. The Republic of China Invention Patent Bulletin No. 46351 discloses a transmission of a bone conduction type loudspeaker, which has a bone conduction type loudspeaker unit, a microphone section and a drive circuit and can be connected to a telephone or a wireless unit. In the hair extension device, the residual conduction type microphone unit is configured such that the microphone unit can be attached to any position on the face when placed on the mouth. However, the configuration of any position attached to the face does not necessarily have the effect of pouring. Another: a kind of conventional contact-type acoustic wave bone conduction device placed in the neck, although it can hurt the moon 4 sounds, but because it is the throat contact, the sound quality of the output is not clear (4). No. She is more attenuated in the audio signal of the general city. The other is the bone-guided hearing aid. It will oscillate the sound to receive the sound. Although it can eliminate the background sound, the mouth and the back of the ear are also behind the ear. Due to the long-term system, Lai _ will axis ',,, and, and reduce; in recent years, the mobile phone and other mobile devices have a universal effect of 1 γ3 homing. The effect of the gamma-type wear is unavoidable, and the ear-type wear is uncomfortable for a long time. Sweat makes the hearing aid lose its function, and when it is in motion, the child does not have a good result, and the microphone is easy to flow behind the ear, etc., which makes the user share the components such as the battery, and the content of the invention is The invention is directed to providing a nasal communication wireless communication transmission device for transmitting and receiving a vibration B through a nasal bone conduction and a wireless communication transmission device. The purpose of the present invention is to provide a nasal communication wireless communication transmission device that is connected to the calling and receiving end by the _ carrier device and the wireless communication transmission device. Another object of the present invention is to provide a nasal bone conduction wireless communication transmission device having a hearing aid function by providing a wireless communication transmission device. A further object of the present invention is to provide a nasal bone conduction wireless communication transmission device having a walkie-talkie function by means of a transmission device coupled with a wireless communication transmission device. The purpose of the Department, 2^^month is to provide a nasal bone conduction wireless rail transmission device that can be formed by a vibrator and a wireless communication transmission device. In addition, the purpose is to provide a nasal communication wireless communication transmission device with a multifunctional function of hearing aids, walkie-talkies, earphones and hands-free handsets. The invention provides a nasal communication wireless communication transmission skirt, comprising: a Wei-bone conduction input device having a ---vibration B, for transmitting the sound transmission communication device to be transmitted, and connecting the aggregate to the bone The human sound device receives the private wave and transmits it outward, and/or receives an external electric wave signal; the monthly conductive output device has a second vibration edge to cry, transmits the external electric wave signal and transmits the electric wave signal: Bone conduction to the inner ear; and into the vibration i wave, the Asian secret wave to use the nasal carrier device to carry the above devices; conduction == in, the job is the money to turn the charm of Zou, the title Planted bones, etc. ¥ output clothing and bone conduction input device, and the oscillating wave of the moon in the nose, after sputum in the nasal cavity, _ s _ ' and will pass the wheel into the spleen and nose transduction The rumor is transmitted; Talking device 1255611 The above: Hai-bone conduction output I is set as a user The above-mentioned smashing device is glasses, goggles, goggles, goggles, nasal mask, mask, mask, hood, Beita μ, , , ^, π clip, or the device can be attached to the nose The wireless communication transmission device has a signal transmission and reception unit, a signal processing unit, an utterance, a function selection n, a sound source switcher, and a volume adjuster. 隹& The transmission device is further provided with a microphone for transmitting the sound collected by the ear to the aggregate sound device, so that the device of the present invention has a hearing aid function. The wireless communication device The signal transmitting and receiving unit is configured to process the radio signal. The HiLf level transmitting unit has an antenna, a griffin module, an RF signal receiving module, an RF signal reporting group, a λι λι§, and an electronic waver. The wireless communication transmission I set the processing unit, one to process the signal, and the power processing single TG has the job processing n, the preset record value storage Yang, the parameter modification crying energy module and the feedback elimination processing module. The σσ transmission device presets the preset parameter bribe H, and the rib age wireless communication transmission parameter. The feedback cancellation processing module is used to reduce the wireless communication transmission device to refresh the above function selection. The device is used to switch the function modules. The volume adjuster is used to adjust the volume. The system is used to switch the microphone. The wireless communication transmission device includes a sound source switcher or bone conduction input. The sound source of the sound device. - Transmission: A dirty nasal communication wireless communication transmission system, including a nasal bone conduction wireless transmission device, and the wireless connection with the transmission device, the current conductive wireless communication transmission device includes: / ^月一The bone conduction input device has a first vibration crying, electric wave; m Ying. Xiao to convert the sound to be transmitted into 丄255611 'electrically connect the bone conduction input device to receive the electric wave signal And the domain receives an external electric bone conduction output device, having a second child, sending an external electric wave signal _ electricity ==, (4) connecting (four) wireless communication to transmit nasal bone conduction to the inner ear And breaking into an oscillating wave, and causing the vibration wave to borrow a carrier device for carrying the above devices; characterized in that the carrier device is placed on the Lu conduction output device and the bone conduction input device, Fresh; two: to carry the bone conduction and read the material to the material; and to transfer the bones to the sound of the sound, and then transfer the Wei scale communication to the wireless communication transmission device and - The transmission wheel I establishes a wireless connection, and the transmission device has a wireless communication transmission product with functions of connection, transmission and frequency. The wireless communication transmission device and the transmission device establish a wireless connection according to the Bluetooth wireless communication protocol. The transmission device is composed of a "wireless communication n interface", which is a wireless connection with a wireless communication transmission device by means of a signal transceiver. The wireless communication transmission device receives or transmits a wireless signal according to a Bluetooth wireless communication protocol or microwave. ^ The wireless communicator is a mobile phone or a PDA or similar wireless communication transmission product. The above-mentioned receivers and receivers have signal processing, RF signal receiving module, RF signal transmitting module and frequency module. The wireless communication consultation and the signal transceiver are connected by a connector for electrically connecting the wireless communication device and the signal transceiver, and the connector can be designed as a headphone jack, a PCMCIA card, a USB port, etc. Types for different purposes. The wireless communication transmission device is wirelessly connected with the audio function of the MP3 player, the Walkman, the computer, the tape recorder, the audio and the television of the transmission device, so that the device of the present invention forms the 1255611 earphone function with wireless listening. After the frequency-matching module of the signal transceiver of the transmission device and the wireless communication transmission and the __ rate of the transceiver unit, the transmitter sends the axis _ interphone ^ [embodiment] Please refer to the figure - The nasal bone conduction wireless communication transmission device of the present invention comprises: a bone conduction output device 丨, and a reducer 10 > a bone conduction input device 2 having an _oscillator 2G; No 1 communication transmission 2 is set to 3. The wireless communication transmission device 3 includes a signal processing unit 3, a volume adjuster 32, a talker 33, a sound source switcher 34, and a function selector 35 - a carrier device (please refer to the fifth figure and the sixth figure). Figure 4, carrying the above-mentioned devices and placed in the nose, wherein the wireless communication transmission device 3 and the transmission device 5 establish a wireless connection, the transmission device 5 is a wireless communication product having functions of connection, transmission and frequency, and the transmission The device 5 is composed of a signal transceiver 50 interfacing with a signal transceiver 51, and the wireless communicator% and the signal transceiver 51 are electrically connected by a connector 52. In a specific embodiment, the wireless communication transmission device 3 is further provided with a power switch, a power supply 48, and a police 49, and the power switch 47 is selected to open or close the nasal conduction wireless communication transmission device of the present invention. The power supply 48 provides the power required by the device' and Wei Wei! ! 48 is a general battery battery or can supply electrical equipment, and 4 alarms for the 49 series is to automatically send a warning when the power supply reaches a low supply, to remind users to replace the battery, and the wireless pro The II 5G is a mobile phone or a communication-capable pDA or similar natural-line communication transmission product, and the connector 52 can be designed as a headphone jack, a pcMCIA card, and a USB port for various purposes. Referring to the first figure, the bone conduction output device 1 is placed on the nose of the user, and the bone conduction output device 1 is in close contact with the nasal skin. The vibrating device 1 of the bone conduction output device t converts the electric wave from the wireless communication transmission device 3 into an oscillating wave, and the oscillating wave resonates in the nasal cavity and transmits the nasal bone to the internal phase. The aggregate input device 2 is also placed in the nose of the 1255611 user, and (10) the guide device 2 is in intimate contact with the nose. The vibrating B 2〇 of the (four) conduction input device 2 causes the nasal cavity to co-produce the sound to form a sound function. The transmission device 5 is an electronic message via the wireless communication transmission device 3 for transmitting electronic information to the bone conduction output device and receiving the bone conduction input device 2, and the wireless communication device 5 of the transmission I set 5 The connector 52 is coupled to the signal transceiver 51, and the wireless communication device 3 electrically connects the bone conduction input device 2 and the bone conduction output device to transmit and receive the wireless signal. >The nasal bone material wireless rail transmission m(10) of the invention has a wireless communication transmission hands-free handset, broadcast, 'spring to 4 stack, hearing aid $ and earphones and other functional modes, the transmission device 5 signal receiving (four) 51 has tiger processing ☆ 54, radio frequency The signal receiving module 55, the RF signal transmitting module %, the antenna 53, and the frequency matching module 57, and the pro-Weifa 5 丨 杂 芽 麟 鸿 鸿 or the microwave and the wireless communication transmission device 3 establish a wireless connection, and the The city processing unit 3 of the wireless communication transmission device 3 is connected. The processing unit 3G for processing the sample has a power supply 11 48, a power switch 47, a 49, a nickname processor 36, a preset parameter value storage 37, a parameter modification register %, and a feedback elimination disambiguation 39. And Wei (10), shooting the domain processing n% can memorize multiple sets of various functional mode environments, and process the received or transmitted electronic signals, and the preset digital age device 3? Wei set 3 enough parameters and burn the pot into ic crystal, and the parameter modification register 38 can modify the parameter value of a (4) energy according to the user's use environment and the parameter value modified lastly. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Reduce the interference source' to reduce the wireless communication transmission "3 _ sound, maintain the sound quality stability, and the function module 40 is set to wireless communication hands-free, scale walkie-talkie, hearing aids and headphones, etc., so that the present invention provides multiple Functional choices. The signal transmission unit W of the wireless communication transmission device 3 has an antenna %, a pair of four (four), a radio frequency signal pure county 42, a shooting nucleus A, a ray thief Μ fine mo group 45, and its toweling group, The head is 1255611, the wireless message, and the axis is connected to the tilting group μ as a receiver for the transmission of the scale signal. The RF fiber-transmitting group 43 is a radio transmission type (four), the RF signal amplifier 44 In order to pass the radio signal and then transmit it to avoid debilitation, the electronic/wavewave m5 system ^^ is transmitted through m., filtering and noise to enhance the stability of the signal. The scale communication device 3 of the scale communication device 3 is used to switch the Wei modules. The volume of the wireless communication transmission device 3 is adjusted to the volume. The wireless communication transmits a set of 3 green 33 financial scale sounds and transmits the job collection to the bone skin conduction output device 1 ', so that the nasal bone conduction wireless communication transmission device (10) has a function of assistance. Please continue to refer to the first figure, the nasal bone conduction wireless communication transmission device 100 of the present invention is a wireless communication transmission hands-free earpiece Wei model vehicle, and the scale transmission hall 5 () of the sharp transmission device 5 is connected with the signal transceiver 51 to Wei- The voice calls the ship's surface scale to pass through the swaying device 3, the wireless communication transmission device 3. The antenna 53 and the Laicheng reduce 42 are used for the navigation, and the RF signal amplifier 44 is used to amplify the woven fabric and then pass through the Weaving wave module to enhance the intensity of the electric wave efl.讯 讯 处理 % % 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据With appropriate volume, a transmission line 46 is used to transmit the signal to the bone conduction wheeling device, and the wave is transferred to the bone by the bone conduction output device 1 and then transmitted through the inner ear. To reach the receiving ship, and turn the _aggregate input device 2 button 2 () to transmit the user's oscillating wave wave wave _ _ transmission line * to the scale ship transmission device 3 After the processing of the 3G line Wei Li $% shouted, the signal transceiver unit Μ (4) shouted to enlarge the H 44, and then the _ frequency reduction transmitting module 43 transmits and receives the wireless through the antenna 58 and the antenna 53. The signal is transmitted to the transmission device 5, and the signal transmission and reception H 5 is transmitted through the connection g 52 To the wireless communicator%, to achieve the function of the speaker, to complete hands-free wireless communication transmission function mode of the handset. When the nasal communication wireless communication transmission device 1 of the present invention is in the wireless walkie-talkie function mode, the function of the wireless communication transmission device 3 selects n 35 to the function of the signal processing unit 3 () 12 1255611 module 40 selects to switch to The use mode of the wireless walkie-talkie, the frequency of the frequency matching module 41 of the wireless communication transmission device 3 and the frequency matching module 57 of the transmission device 5 are adjusted, and the wireless walkie-talkie mode is set after the frequency matches, the wireless The operation of the walkie-talkie mode is to replace the above wireless communication with 50 as a wireless walkie-talkie, and the rest of the architecture are the same, and will not be described here. When the nasal communication wireless communication transmission device 100 of the present invention is in the hearing aid function mode, the function selector 40 of the wireless communication transmission device 3 to the function module 40 of the signal processing unit 30 selects the mode of switching to the hearing aid, and then By the utterer 33 of the wireless communication transmission device 3, the function of switching to the utterance is set via the sound source switcher 34, so that the sound signal of the transmission device $ is temporarily inaccessible, and only the sound is collected by the utterer 33, if the transmission device 5 When the wireless communication electronic signal is transmitted, the sound source switcher automatically cuts off the sound source of the utterer 33, and at this time, automatically and into the function mode of the hands-free handset, when the communication electronic signal ends, it is automatically converted into In the hearing aid mode, after the collected audio signal is processed by the signal processing unit 3, the signal is transmitted to the bone conduction output device, and the electric wave is converted by the oscillator 1 of the bone conduction output device. The oscillating wave is transmitted by the nasal nasal bone through the inner ear to achieve the function of listening, so that the hearing aid mode of the listening function is completed. When the nasal bone conduction-free, line communication transmission device of the present invention is in the earphone function mode, the transmission device 5 and the product to be used, for example, a player, a player, a computer, a tape recorder, an audio device, and the like An audio product such as a television is connected, and the audio is transmitted by the signal transceiver 51, and then the function of the wireless communication transmission device 3 is selected to the Wei module 40 of the processing unit 30 to switch to the mode of use of the earphone, even if The inventive device has been transformed into a headset function with no hearing. In various embodiments of the invention, the carrier device is glasses, goggles, goggles, goggles, nasal mask, mask, mask, hood, patch, nose clip or the device can be attached to the nose and nose of the nose. Anyone can. The wireless communication device 50 of the transmission device 5 can be a wireless communication product such as a mobile phone, a PDa, a computer, a wireless intercom or an RF radio transmission infrared transmission device, and the signal processor % can be integrated into an integrated circuit product, and the The signal transceiver 51 of the transmission device 5 can also be built into the wireless communication device 50 without being connected to the wireless communication device 5 via the connector 52. 13 1255611 In another example of this month, the nasal bone conduction wireless communication transmission device 100 and the signal transmission and reception = can be combined into a product, which is regarded as a nasal bone conduction wireless communication transmission system. ❼ 第 Η Η 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四 第四The vertical axis of the audio signal diagram is the bandwidth, and the horizontal axis is the frequency. The frequency is between 500 Hz and 1 kHz. The bandwidth is between Β3 and _3, and the frequency is between her and the frequency. Between -1〇dB and _2〇dB, and between frequency and 5 toe, the bandwidth is between -10dB and -30dB, and the audio signal in the local call of the third picture, the local call The audio inl#u in Tongjie is between 5G() Hz and 1 kHz. The bandwidth is between Β and _2_ and the frequency is between 1 kHz and 5 kHz. The bandwidth is also between 〇dB to _2 〇 之间 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , On the frequency paper to: the frequency between him is between -20dB and -30dB, and between the frequency of 2kHz to 5, the bandwidth has been attenuated to -3 (below MB). From the above, the nasal aggregate of the present invention is not riding. Communication age transmission In the audio city of vocalization, she knows the audio signal that is placed in the lining of the lining, which is closer to the audio loss of the clear voice, and can better transmit the sound quality. Please refer to the fifth picture and cooperate with Referring to the first figure, the side shows the nasal bone conduction wireless communication transmission device of the present invention to embed the humanity mode. The Wei Wei uses Wei Jingzhi's nasal bone conduction wireless communication transmission device 1GG, including: - the target 6, the ship mirror 6 has - The mirror frame 6 〇 and a pair of frame nose pad brackets 61 are embedded in the main body casing 7, embedded in the practice mirror 6, the embedded body is redundant and 7 is provided with the wireless communication transmission device 3, and cooperates with the wireless Each function of the communication transmission device 3 is selected from the panel of the main body casing, and is provided with a power switch 47, a function selector 35, a sound source switcher 34, a frequency module 41, a volume adjuster 32, and a talker 33; and a transmission device. 5, the transmission device has a wireless communication 50 mobile phone and an external signal transceiver 51. Please continue to refer to the fifth figure, the frame nose pad support 01 in a frame nose pad support is provided with a bone conduction output device 1 'And in another - frame nose pad There is a bone conduction input device 2, and the bone conduction output device 丨 and the bone conduction input sound device 2 in the pair of frame nose pad holders 61 are connected by 14 1255611 a signal transmission line 46 The wireless communication transmission device 3 in the transmission device is connected to the embedded main material by f connection and wireless transmission, and is connected to the wireless communication transmission device, and the nasal conduction is In the aP ^ _ system 'know the nose conduction wireless communication of the present invention is placed in the active inflammation paste; should, : ^ vehicle read κ. The present invention is more detailed than the material without material transmission = 匕 3 eye 艮 mirror 6 'The glasses 6 have a frame connecting frame 60 and a pair of frame noses Γ movable main body casing 8 , and a clamping portion 9 is attached to the frame frame 2 ... the movable main casing 8 is provided with the wireless rail The key is set to 3, and the work 35 of the beam infusion i 3 is selected on the panel of the main body casing to be provided with a power switch 2, a function selector 35, a sound source switcher 34, and a frequency module 4 The adjuster 32 and the speech σσ 33, and the transmission description 5, the transmission skirt has a wireless communicator% The mobile phone and an external signal transceiver 51. ~ Please continue to refer to the sixth figure, the pair of frame nose pad holder 61 is provided with a one-month 'output device 1' in a frame nose pad holder and a bone conduction input device 2 in the other frame-nose pad holder. The bone conduction output device and the bone conduction input device 2 in the frame nose pad holder 61 are connected to the wireless communication transmission device 3 in the movable body casing 8 by a signal transmission line 46, and the transmission device 5 The mobile phone is connected to the wireless communication transmission device 3 of the movable main body casing 8 by wireless transmission by being connected to the signal transceiver 51, thereby achieving the nasal bone conduction wireless communication transmission device 100 of the present invention. Having described the preferred embodiments of the present invention, it will be understood by those skilled in the art that various changes and modifications can be made without departing from the scope and spirit of the invention. Implementation. BRIEF DESCRIPTION OF THE DRAWINGS The first figure shows a block diagram of a nasal bone conduction wireless communication transmission system of the present invention. The second figure shows an audio signal diagram of an experiment of the nasal bone conduction wireless communication transmission system of the present invention. The third picture shows the audio signal map in the local call. 15 1255611 The fourth figure shows an audio signal diagram of a conventional contact indirect conduction microphone that is conventionally placed in the neck. The fifth figure is a carrier application diagram of the nasal bone conduction wireless communication transmission device of the present invention. Fig. 6 is a diagram showing the application of the nasal bone conduction wireless communication transmission device of the present invention for the carrier of the glasses in a movable clamping manner. [Main component symbol description] 100... Nasal conduction wireless communication transmission device 1... Bone conduction output device 2... Bone conduction input device 3... Wireless communication transmission device 5... Transmission device 6 - Glasses * 7... Embedded main body casing 8... The main body casing 9 ... the clamping device 10 - the vibration is 20 ... the oscillator 30 - the signal processing early 31 ... the signal transmission and reception early 32 - the volume adjuster 33 ... the speaker 34 - the source switching 35 ... function selector 36 - Signal processing 37... Preset parameter value storage 38... Parameter modification register 1255611 39... Feedback cancellation processing module 40... Function module 41... Frequency module 42... RF signal receiving module 43... RF signal Transmitter module 44... RF signal amplifier 45... Electronic filter module 46 - Transmission line 47... Power switch 48 - Power supply 49 - Alarm 50 - Wireless communication 51... Signal transceiver 52... Connector 53 - Antenna 54 - Signal processing 55... RF signal receiving module 56 - RF signal transmitting phase: Group 57... Frequency module 58 - Antenna 60... Frame connecting frame 61... Frame nose bridge 17