M420885 、五、新型說明： 【新型所屬之技術領域】 本創作係關於-種供電子設備使用之特殊功能插件 尤指一種耳機插頭式之無線傳輸插件。 【先前技術】 通用串列匯流排（Universal Serial Bus，USB)在 电願ϊ丄1文用廣 泛，近年來，通用串列匯流排也使用在機上盒、遊戲機以 及智慧型手機之上，使得機上盒、遊戲機以及智慧型手機 可透過USB與其它電子設備進行數據交換。_最初是由 英特爾與微軟公司所提出，其最大的特點是支持熱插拔㈤ plug)和隨插即用（plug and play)。 USB插件（USBdGngle)為_之—種f遍應用，其最常應 用於無線鍵盤/滑鼠組合之上。請參閱第_圖，係—種⑽ 插件之應用示意圖’如第一圖所示，使用—無線鍵盤/滑鼠 組3’之前，須先將—無線USB插件1，連接至-電腦2,， 如此，藉由該無線_插件！，料該無線鍵盤/滑鼠組3， 之數據資料’使用者可於遠離該電腦2、處，使用無線 鍵盤/滑鼠組3 ’控制該電腦2，。 此外’ USB插件亦可應用於& 5(;無線網卡。請參閱第 二圖’係-種_插件式之3.5G無線網卡的使用示意圖， 如第一圖所不’一 USB插件式之3.5G無線網卡5，係連接 於一筆記型電腦4’ ’如此，無論筆記型電腦4,位於何 M420885 、處，其皆可透過該USB插件式之3 5G無線網卡5，與電信 業者所架設的基地台取得聯繫，進而使得筆記型電腦4， ^ 可透過基地台而連線至網際網路。 當然，USB插件亦可應用於智慧型手機，並且，其最 常見應用模式為隨身電源。請參閱第三圖，係一種usb插 件式之隨身電源的使用示意圖，如第三圖所示，一 usb插 -件式之隨身電源7’可透過—智慧型手機6，之USB連接器 •而連接至該智慧型手機6，，以於智慧型手機6，之電池電 量用罄之時，提供智慧型手機6,備用電源。 經由上述，吾人可以得知USB插件（USB加叩^)之多種 普遍應用。然而，若針對USB播件於智慧型手機之應用而 言，由於市場上某些特定廠牌的智慧型手機並無搭載usb 連接器’例如：蘋果公司的lPh〇㈣；因此，即便_插 件可應用於智慧型手機之上，但對於⑧的使用者而 _吕’仍舊無法享受USB插件所提供之多種便利的功能；因 此，插件開發廠商若欲研發iph〇ne@可使用之插件則必 須將30pin連接器開發成連接器插件，如此，該連接器插 件才能夠與lPhone@連接；不僅如此，廠商所開發完成的 連接益插件，還必須通過頻果公司的認證，並於認證完成 之後’該連接器插件才可被允許與⑧進行資料傳輸。 因此紅由上述，吾人可以得知，傳統的USB插件係 無法應用在所有的電子設備上，使得部分電子設備無法連 M420885 '，接USB插件並使用USB插件所提供之特定功能故本案之 創作人極力地加以研究創作，終於研發完成本創作卜種 耳機插頭式之無線傳輸插件，並且’ +系之創作人期望該 耳機插頭式之無線傳輸插件可被應用於任何具有耳機插口 的電子設備之中，以提供該電子 、 屯丁又拥符疋功能，例如， 遙控遠端一目標物之功能。 【新型内容】 本創作之主要目的，在於提供一 抆伢種耳機插頭式之盔 傳輸插件，其传ότ你λ ^ … 其係了插入一電子設備的一耳機插口而 子設備電性連接，並且，藉由—_程式之辅助，電子\ :可透過本創作之耳機插頭式之無線傳輪插件而執行一特 定功能，例如，控制遠端一目標物。 /此’為了達成上述本創作之主要目的，本案之創作 人係提出-種耳機插頭式之無線傳輸插件，該耳機插 之無線傳輪插件係包括： 一微處理單元； 無線傳輸單元，係耦接至該微處理單元； f電源管理單；，α ± & …、係福接至該微處理單元與該無線傳輸單 疋，以及 耳機插碩，係具有一接地端、一麥克風輸入端、 道輸出端、盥士銳 左聲 • 與—右聲道輸出端，纟中，該耳機插頭之 克ΓΙ輸入端與該右聲道輸出端係輕接至微 卞' ’且該 M420885 左聲道輸出端係耦接至該電源管理單元； 其中，當該耳機插頭插入電子設備之該耳機插口時， 電源管理單元即透過左聲道輸出端自電子設備處獲得一驅 動電源，並藉由該驅動電源驅動該微處理單元與該無線傳 輸單元；此時，電子設備可透過右聲道輪出端將—控制訊 號輸出至微處理單元，進一步地’微處理單元透過無線傳 輸單元將該控制訊號傳送自該目標物，以控制該目標物； 其中，當目標物回傳-訊號或一資料時，無線傳輸單 …收該訊號或該資料’並將訊號或資料傳送至微處理 進-步地’微處理單㈣過麥克風輸人端將該訊號 或该資料輸入至電子設備。 傳二::作之另一目的，在於提供—種耳機插頭式之無線 傳輸插件，其係可插入一電子設備的—耳機插口 子設備電性連接，如此，透過本創作之耳機插頭式1= 傳輸插件並搭配一應用程式之 ‘”、、·· — 电千设備係可執行一 特定功能；此外，本創作之耳機插頭式之 設有-耳機插孔以供連接一外部耳機。 剧f件更 因此’為了達成上述本創作之另一目的 人係提出-種耳機插頭式之無線傳輸插件:該 之無線傳輸插件係包括： 插碩式 一微處理單元； 一無線傳輸單元，係耦接於該微處理單元； M420885 電源管理單元，係耦接於該微處 元； 理單元與該無 線傳輸單 :切換矩陣單元，係耗接於該電源管理單元與微處理單元. -耳機插頭，係耦接於該切換矩陣’ ^ in男第—接地 、、—第一麥克風輸入端、一第一左| ^ 左犖道輸出端、鱼—第 —右聲道輸出端，” ’透過切換矩陣單元，該耳機播頭 之接地端、該第-麥克風輸人端與該第—右聲道輸 出端係預設地耦接至微處理單元，且耳機插頭之該第一左 聲道輸出端係預設地耦接至該電源管理單元；以及 —耳機插孔，係耦接於切換矩陣單元並且 八1 乐—接地 端、-第二麥克風輸入端、一第二左聲道輸出#、與一第 二右聲道輸出端； 其中，當該耳機插頭插入電子設備之該耳機插口時， 電源管理單元即透過第一左聲道輸出端自電子設備處獲得 —驅動電源，並藉由該驅動電源驅動該微處理單元與該無 線傳輸單元；此時，電子設備可透過第一右聲道輸出端將 一控制訊號輸出至微處理單元，進一步地，微處理單元透 過無線傳輸單元將該控制訊號傳送自該目標物，以控制該 目標物； 其中’當目標物回傳一訊號或-資料時，無線傳輸單 元可接收該訊號或該資料，並將訊號或資料傳送至微處理 單元I -步地，#處理單元透過麥克風輪入端將該訊號 M420885 、或該資料輸入至電子設備； 其中，當耳機插頭插入電子設 间 < 斗機插口且一外部 耳機之一耳機插頭同時插入該耳機柄 孔時’該切換矩陣單 元即執行切換’使得第一接地端、 第—麥克風輪入端、第 —左聲道輸出端、與第一右聲道 出鸲刀別耦接至該第二 接地端、該第二麥克風輸入端、 ^弟一左聲道輪出端、與 該第二右聲道輸出端。 、 【實施方式】 式之清楚地描述本創作所提出之-種耳機插頭 之 工二線傳輸插件’以下將配合圖示，詳盡說明本創作 較佳實施例。 請同時參閱第四Α圖與第 機插頭式之益線傳於杯 圖，係本創作之一種耳 K、線傳輸插件之俯視圖與其架構圖，並請同時 參閱第五圖，係太奋丨& ^，J m 的庫用-* 之-種耳機插頭式之無線傳輸插件 的應用不意圖。如 第四八圖、第四B圖與第五圖所示，本 創作之耳機插11 + β ^ 式之無線傳輸插件1可用以連接一 備2之一耳嬙括 免按電子设 頭式之無線傳=件使得該電子設備2可心-種耳機插 該耳機插頭二 制一目標物3,如第四^所示’ 14、以及線傳輪早70 12、-電源管理單元13、-耳機插: 以及—外部電源18。 該無線傳私路- 物单7L 1 2係耦接至該微處理單元11，該, J i工·、.、線傳輸插件1係包括：一微處理單 源管理單元1 q B,, lJ耦接至微處理單元u與盔 12。該耳機插頭丨 …、線傳輸皁元 4具有一接地端141、一麥 “2、一左聲道輪出 克風輸入端 '、右聲道輸出端144,如阁 所"機插頭“之麥克風輪入端142與右聲二：圖 144係輕接至微處理單 -右聲道輸出端 且其左聲道輸出端143俜耦 接至電源管理單元 d係耦 。於本創作之耳機插頭式 插件1之中，當耳機插頭…線傳輪 &而 4插入電子设備2之耳機插口 源，理單元13即透過左聲道輸出端143自電子設備 處獲传驅動電源，並藉由該驅動電源驅動該微處理單 元U與該無線傳輸單幻2;此時，-旦左聲道輸出端143 所傳送的驅動電源無法驅動微處理^ n或無線傳輸單 兀12 ’則必須改由_接於該電源管理單S 13的外部電源 18提供驅動電源至電源管理單& 13;於此，外部電源μ 為一電池。 當微處理單元11被驅動之後’電子設備2可透過右聲 道輸出端144將一控制訊號輸出至微處理單元n，進一步 地微處理#11透過無線傳輸單A 12冑該控制訊號傳 送自該目標物3,以控制該目標物3。此外，當目標物3回 傳一訊號或一資料時，無線傳輸單元12可接收該訊號或該 資料’並將訊號或資料傳送至微處理單元丨丨，進一步地， 微處理單元11透過麥克風輸入端142將該訊號或該資料輸 入至電子設備2。 上述已經清楚地說明本創作之耳機 插件1之操作@ ^ 線傳輸 ”’、，、架構，接著，於下述之中，將詳 =插頭式之無線傳一特徵與應用。： =子…連接’以提供該電子設備2特定功能因此， ，、要具備耳機插口， 丨 式之無線傳輪插株，創作之耳機插頭 3牛1進仃連接，並不限定電子設備2之種 仁基本上’電子設備2可為電腦'筆記型電腦、智 慧型手機、與平板電腦。 呈上述，如第五圖所示，該電子設備2為一智慧型手 機、’該目標物3則為-遙控汽車。當使用者安袭-用以控 制遙控車的應用程式至智慧型手機.後，透過智慧型手 使用者即可遙控該遙控汽車’以獲得樂趣。另外，必 須特別說明的是’於本創作之耳機插頭式之無線傳輪插件 之中無線傳輸早7C 12可採用24GHz、433MHz或315驗 無線傳輸技術’其中，2. 4GHz無線傳輸技術可提供長距離 的無線傳輸範圍，因此’使用者可安心地使用連結有該耳 機插頭式之無線傳輸插件1的智慧型手機遙控該遙控汽 車’而不必擔心遙控操作範圍之問題。然而，長距離的無 線傳輸將造成較大的功率損耗，故…旦採用Η.無線 傳輸技術，則驅動電源勢必由電池(即，外部電源18)供給， 如此’無線傳輸單元12才能夠執行長距離的無線傳輸。 M420885 請繼續參閱第六圖，係兮 亍邊耳機插頭式之無線傳輸插件 的第二應用示意圖，如第六固6二_ 弟、圖所不，透過安裝不同的應用 程式至智慧型手機，使用者可 』透過智慧型手機以控制不同 的目標物3。如圖所示，該目沪 成目標物3為一電視，當使用者M420885, 5, new description: [New technical field] This creation is about a special function plug-in for electronic devices, especially a wireless plug-in type of headphone plug type. [Prior Art] Universal Serial Bus (USB) is widely used in electric power. In recent years, universal serial bus is also used on set-top boxes, game consoles, and smart phones. It allows the set-top boxes, game consoles and smart phones to exchange data with other electronic devices via USB. _ Originally proposed by Intel and Microsoft, its biggest feature is support for hot plug (5) plug) and plug and play (plug and play). The USB plug-in (USBdGngle) is a f-application that is most commonly used on wireless keyboard/mouse combinations. Please refer to the figure _, the application diagram of the (10) plug-in. As shown in the first figure, before using the wireless keyboard/mouse group 3, you must first connect the wireless USB plug-in 1 to the computer 2, So, with the wireless _ plugin! The wireless keyboard/mouse group 3, the data data 'user can remotely control the computer 2 from the computer 2, using the wireless keyboard/mouse group 3'. In addition, the 'USB plug-in can also be applied to & 5 (; wireless network card. Please refer to the second figure 'system-type _ plug-in 3.5G wireless network card usage diagram, as shown in the first figure is not a USB plug-in 3.5 G wireless network card 5, is connected to a notebook computer 4'', regardless of the notebook computer 4, located in the M420885, where it can be erected by the telecommunications industry through the USB plug-in 3 5G wireless network card 5 The base station gets in touch, which allows the notebook 4, ^ to be connected to the Internet through the base station. Of course, the USB plug-in can also be applied to smart phones, and its most common application mode is portable power. The third figure is a schematic diagram of the usb plug-in portable power supply. As shown in the third figure, a usb plug-in portable power supply 7' can be connected to the smart phone 6, the USB connector. The smart phone 6, for the smart phone 6, when the battery power is used, provides the smart phone 6, the backup power. Through the above, we can know the universal application of the USB plug-in (USB plus ^) However, if the needle USB broadcasts are used in smart phone applications, because some specific brands of smart phones on the market are not equipped with usb connectors 'eg Apple's lPh〇 (4); therefore, even _ plug-ins can be applied to smart phones Above the mobile phone, but for the users of 8 _ Lu ' still can not enjoy the many convenient features provided by the USB plug-in; therefore, plug-in developers who want to develop iph〇ne@ usable plug-ins must develop 30pin connector Into the connector plug-in, so that the connector plug-in can be connected with lPhone@; not only that, the connection benefit plug-in developed by the manufacturer must also pass the certification of the frequency company, and after the certification is completed, the connector plug-in Can be allowed to transfer data with 8. Therefore, from the above, we can know that the traditional USB plug-in can not be applied to all electronic devices, so that some electronic devices can not connect to M420885 ', connect USB plug-in and use USB plug-in Providing the specific functions, the creators of this case tried to research and create, and finally developed the wireless plug-in type of this creation. The plug-in, and the creator of the '+ system expects that the headphone-plug type wireless transmission plug-in can be applied to any electronic device having a headphone jack to provide the electronic and Kenting functions, for example, remote control The function of the end object. [New content] The main purpose of this creation is to provide a headset plug-type helmet transmission plug-in, which transmits ότ you λ ^ ... which is inserted into a headphone jack of an electronic device The sub-device is electrically connected, and with the aid of the -_ program, the electronic \: can perform a specific function through the created headphone plug type wireless transmission plug-in, for example, controlling a remote target. In order to achieve the above-mentioned main purpose of the present invention, the creator of the present invention proposes a wireless plug-in type of headphone plug type, the wireless plug-in plug-in plug-in includes: a micro processing unit; a wireless transmission unit coupled to the a micro-processing unit; f power management unit;, α ± & ..., is connected to the micro-processing unit and the wireless transmission unit, and the headset is connected to the master Grounding terminal, a microphone input terminal, channel output terminal, gentleman sharp left sound • and – right channel output terminal, in the middle, the input port of the earphone plug and the right channel output end are lightly connected to the microphone And the M420885 left channel output is coupled to the power management unit; wherein, when the earphone plug is inserted into the earphone jack of the electronic device, the power management unit obtains one from the electronic device through the left channel output end Driving the power supply, and driving the micro processing unit and the wireless transmission unit by using the driving power source; at this time, the electronic device can output the control signal to the micro processing unit through the right channel rounding end, and further, the 'micro processing unit transmits The wireless transmission unit transmits the control signal from the target to control the target; wherein, when the target returns a signal or a data, the wireless transmission unit receives the signal or the data and transmits the signal or data To the micro-processing step-by-micro-processing single (four) over the microphone input terminal to input the signal or the data to the electronic device. Pass 2: Another purpose is to provide a type of headphone plug-type wireless transmission plug-in that can be plugged into an electronic device - the headphone jack sub-device is electrically connected, so that through the creation of the headset plug type 1 = The transmission plug-in is combined with an application's ',, ··---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Therefore, in order to achieve the other purpose of the above-mentioned creation, a wireless plug-in type of earphone plug type is adopted: the wireless transmission plug-in includes: a micro-processing unit; a wireless transmission unit coupled The M420885 power management unit is coupled to the micro-cell; the unit and the wireless transmission list: the switching matrix unit is connected to the power management unit and the micro-processing unit. - earphone plug, Coupled in the switching matrix ' ^ in male - grounding, - first microphone input, a first left | ^ left ramp output, fish - first right output," a matrix unit, the ground end of the headphone head, the first microphone input end and the first right channel output end are pre-coupled to the micro processing unit, and the first left channel output end of the earphone plug Pre-coupled to the power management unit; and - the earphone jack is coupled to the switching matrix unit and the eight-le-ground, the second second input, the second left output #, and a second right channel output terminal; wherein, when the earphone plug is inserted into the earphone jack of the electronic device, the power management unit obtains the driving power from the electronic device through the first left channel output end, and by using the driving The power source drives the microprocessor unit and the wireless transmission unit; at this time, the electronic device can output a control signal to the micro processing unit through the first right channel output terminal, and further, the micro processing unit transmits the control signal through the wireless transmission unit. Transmitted from the target to control the target; wherein 'when the target returns a signal or data, the wireless transmission unit can receive the signal or the data, and the signal or data Sending to the micro processing unit I - step, the # processing unit inputs the signal M420885 or the data to the electronic device through the microphone wheel end; wherein, when the earphone plug is inserted into the electronic device < bucket machine socket and an external earphone When the earphone plug is simultaneously inserted into the earphone handle hole, the switching matrix unit performs switching, so that the first grounding end, the first-microphone wheeling end, the first-left channel output end, and the first right channel are out of the file. The second ground end, the second microphone input end, the second left wheel output end, and the second right channel output end are coupled to the second ground end. [Embodiment] The second-line transmission plug-in of the earphone plug proposed by the present invention is clearly described. The preferred embodiment of the present invention will be described in detail below with reference to the drawings. Please also refer to the fourth diagram and the plug-in type of the benefit line in the cup diagram. It is a top view of the ear K and the line transmission plug-in of this creation and its architecture diagram, and please refer to the fifth diagram at the same time. ; ^, J m library with - * - the type of headset plug-in wireless transmission plug-in application is not intended. As shown in the fourth figure, the fourth picture B and the fifth picture, the earphone plug 11 + β ^ type wireless transmission plug-in 1 of the present invention can be used to connect one set of 2 earphones to avoid the electronic set type The wireless transmission component enables the electronic device 2 to insert the earphone plug into the earphone plug to make a target object 3, as shown in the fourth figure '14, and the line transmission wheel early 70 12, the power management unit 13, the earphone Plug: and - external power supply 18. The wireless transmission private path - the physical order 7L 1 2 is coupled to the micro processing unit 11, and the line transmission plug-in 1 includes: a micro processing single source management unit 1 q B,, lJ It is coupled to the micro processing unit u and the helmet 12. The earphone plug 丨..., the line transfer soap element 4 has a grounding end 141, a wheat "2, a left channel wheel output wind input end", and a right channel output end 144, such as a cabinet "machine plug" Microphone wheel end 142 and right sound two: Figure 144 is lightly connected to the microprocessor single-right channel output and its left channel output terminal 143 is coupled to the power management unit d. In the earphone plug type plug-in 1 of the present invention, when the headphone plug...the line wheel & 4 is inserted into the headphone jack source of the electronic device 2, the unit 13 is transmitted from the electronic device through the left channel output end 143. Driving the power supply, and driving the micro processing unit U and the wireless transmission single magic 2 by the driving power; at this time, the driving power transmitted by the left channel output terminal 143 cannot drive the micro processing or the wireless transmission unit 12 'The drive power must be supplied to the power management sheet & 13 by the external power supply 18 connected to the power management unit S 13; here, the external power supply μ is a battery. After the micro processing unit 11 is driven, the electronic device 2 can output a control signal to the micro processing unit n through the right channel output terminal 144, and further the micro processing #11 transmits the control signal through the wireless transmission unit A12. Target 3 to control the target 3. In addition, when the target 3 returns a signal or a data, the wireless transmission unit 12 can receive the signal or the data and transmit the signal or data to the micro processing unit, and further, the micro processing unit 11 inputs through the microphone. The terminal 142 inputs the signal or the data to the electronic device 2. The above has clearly explained the operation of the headset plug-in 1 of the present invention, the architecture of the headset, and then, in the following, the wireless transmission of a feature and application of the plug-in type:: =... 'To provide the specific function of the electronic device 2, therefore, to have a headphone jack, a wireless wireless wheel plug, a created headphone plug 3 cattle 1 into the connection, does not limit the basics of the electronic device 2 basically ' The electronic device 2 can be a computer 'notebook computer, a smart phone, and a tablet computer. As shown in the fifth figure, the electronic device 2 is a smart phone, and the target 3 is a remote control car. When the user is attacked - to control the application of the remote control car to the smart phone, the remote control car can be remotely controlled by the smart hand user to have fun. In addition, it must be specifically stated in the creation of this The wireless transmission of the headphone plug type wireless transmission plug-in early 7C 12 can use 24GHz, 433MHz or 315 wireless transmission technology. Among them, 2. 4GHz wireless transmission technology can provide long-distance wireless transmission range, so The user can safely use the smart phone connected to the wireless plug-in type 1 of the headphone plug to remotely control the remote control car' without worrying about the remote operation range. However, long-distance wireless transmission will cause a large power loss. Therefore, if the wireless transmission technology is used, the driving power supply is necessarily supplied by the battery (ie, the external power supply 18), so that the wireless transmission unit 12 can perform long-distance wireless transmission. M420885 Please continue to refer to the sixth figure, the system The second application diagram of the wireless plug-in type plug-in type plug-in type, such as the sixth solid-speaker, the other is to install a different application to the smart phone, the user can control differently through the smart phone Target 3. As shown, the target is a TV, when the user
安裝用以控制電視的庫用寂々E 應用私式至智慧型手機後，使用者可 藉由觸控智慧型手機面板上所鹿_ 所顯不的按鍵組，進而操控電 視執行選台、調整音量等動作。去 乍 虽然’本創作之應用不限 於上述’透過安裝不同的庫用 應用耘式至智慧型手機，使用者 亦可透過智慧型手機以抻也丨、玄^ 1 俄控制遙控飛機、遙控機器人、或者 遙控船。 j乍之種耳機插頭式之無線傳輪插件更包括一第After installing the library for controlling the TV, the user can control the TV to perform channel selection and adjust the volume by touching the button group displayed on the smart phone panel. Wait for the action. Although the application of this creation is not limited to the above, by installing different library applications to smart phones, users can also control remote control aircraft, remote control robots, and remote control robots through smart phones. Or remote control boat. j乍The earphone plug type wireless transmission wheel plug-in includes a first
二實施例。請同時來胡筮A 吁參閱第七A圖與第七B目，係本創作之 一種耳機插頭式之益線僂势彡 …、踝得輸插件之第二實施例的俯視圖與 其架構圖，另外，請间拉会Μ & 夺參閱第八圖’係該耳機插頭式之 無線傳輸插件的第二實施例 貝《妁之應用不意圓。如第七Α圖與 第七β圖所示，本創作 、 乍之耳機插碩式之無線傳輸插件丨的 第二實施例係包括：一微處 早疋11a、一無線傳輸單元 12a電源管理單元13a、-切換矩陣單元…、一耳機 頭4&耳機插孔16a、一切換觸發單元17a、以及-外部電源18a。如第八圖 _ 弟圖所不，該耳機插頭14a可連接電 子°又備2之耳機插口’使得該電子設備2可藉由該耳機插 頭式之無線傳輪插…制至少一目標物3。此外，如第 M42〇885 七A圖所示，該耳機插孔丨6a用以供一外部耳機5之一耳 機插頭51插入，如此，電子設備2可透過該外部耳機5而 輪出音訊。 该無線傳輸單元12a係耦接於該微處理單元，該 電源管理單元13a係麵接於微處理單元na與無線傳輸單 凡心’該切換矩陣單元…則耗接於電源管理單元. 與微處理單元山。繼續地參閱第七A圖、第七B圖與第 八圖’並請同時參閱第九圖，係微處理單元、電源管理單 元、切換矩陣單元、耳機插頭、耳機插孔、與切換觸發單 广之連接架構圖。於本創作之耳機插頭式之無線傳輸插件 的第二實施例之中，耳機插頭⑷係輕接於切換矩陣單 且其具有—第一接地端14U'一第—麥克風輸人 a、—第—左聲道輸出端⑽、與-第一右聲道輪出 144a。其中，透過該切換 .^ , 谀矩陣早兀ba，耳機插頭14a <第一接地端l41a、第—| 克風輸入端142a與第一右聲 道輪出端144a係預設地耦接 _ 插頭“a之該第—左聲…微處…U"耳機 P 左聲道輪出端⑽係預設地輕接至該電 源官理單元13a。 罝右此外’該耳機插孔…係輕接於切換矩陣單元15a並 ” 一第—接地端161a、一第二麥克風輸入端i62a、一第 —左聲道輸出端163a、與 _ 乐—右聲道輸出端164a。如第 八圖所示，當耳機插頭u 电于5又備2之耳機插口時， 12 M420885 電源官理單元13a即透過第—左聲道輸出端143a自電子設 備2處獲得一驅動電源，並藉由該驅動電源驅動該微處理 早元1 la與該無線傳輸單元12a。與前述實施例相同的是， 於耳機插頭式之無線傳輸插件丨的第二實施例之中，一旦 左聲道輸出端143a所傳送的驅動電源無法驅動微處理單 元11 a或無線傳輸單兀12a，則必須改由耦接於該電源管 - 理單元13a的外部電源18a提供驅動電源至電源管理單元 • 13a ;該外部電源18則為一電池。 並且，當微處理單元11a被驅動之後，電子設備2可 透過第一右聲道輸出端144a將一控制訊號輸出至微處理 單元11a，進一步地，微處理單元Ua透過無線傳輸單元 12a將該控制訊號傳送自目標物3,以控制該目標物3,其 中，如圖所示，目標物3為一機器人。並且，#目標物3 回傳-訊號或-資料時，無線傳輸單元⑸可接收該訊號 鲁或該資料，並將訊號或資料傳送至微處理單元iu，微處 理單元11a則進一步地透過麥克風輸入端U2a將訊號或資 料輸入至電子設備2。 另外如第A圖與第九圖所示，當耳機插頭插 入電子設備2之耳機插口且該外部耳機5之該耳機插頭51 亦同時插入耳機插孔16a之時，該切換矩陣單幻^即執 行切換，使得該第一接地端l41a、該第一麥克風輸入端 142a、該第-左聲道輸出端叫、與該第—右聲道輸出端 13 M420885 144a刀別耦接至該第二接地端161a、該第二麥克風輸入端 162a、該第二左聲道輸出# 163a、與該第二右聲道輪出端 164a如此由電子设備2所輸出之音訊，將透過切換矩 陣單元15a傳送至耳機插孔16a，最後由耳機插孔旧將 曰訊傳送至外耳機5之耳機插頭，使用者可由外部耳 機5收聽電子設備2所輸出之音訊。 如此’ Μ由上述，|創作之一種耳機插頭式之無線傳 輸插件之所有實施例皆已被清楚揭露與完整說明，並且， 經由上述’吾人係可得知’相較於習用的之_插件本 創作之耳機插頭式之無線傳輸插件係具有下列之優點： .透過耳機插頭’本創作之—種耳機插頭式之無線傳輸插 件可連接至任何具有耳機插孔的—電子設備，以提供該 電子叹備特疋功能,例如遙控遠端一目標物之功能。 承上述第1點’此外’藉由安裝特定的應用程式至連接 有本創作之-種耳機插頭式之無線傳輸插件的電子設 備’更可使得該電子設備控制多種不同的目標物。 3.本創作具有兩種實施例，#中第土實施例係具有耳機 插孔’因此，當本創作夕 本創作之一種耳機插頭式之無線傳輸插 件的耳機插頭插人電子設備的耳機插口之時，此時，若 使用者又將外部耳機之耳機插頭插入本創作之耳機插 頭式之無線傳輸插件的耳機插孔時，該耳機插頭式之I 線傳輸插件的耳機插孔會將音訊傳送至外部耳機之耳 14 M420885 ‘ 機插頭，使得使用者可由外部耳機收聽電子設備所輪出 之音訊。 上述之詳細說明係針對本創作可行實施例之具體說 明’惟該實施例並非用以限制本創作之專利範圍，凡未脫 離本創作技藝精神所為之等效實施或變更，均應包含於本 案之專利範圍中。 •【圖式簡單說明】 灸第一圖係一種USB插件之應用示意圖； 第二圖係一種USB插件式之3. 5G無線網卡的使用示意圖； 第三圖係一種USB插件式之隨身電源的使用示意圖； 第四A圖係本創作之—種耳機插頭式之無線傳輸播件之俯 視圖； 第四B圖係一種耳機插頭式之無線傳輸插件之架構圖；Two embodiments. Please also come to Hu Wei A to refer to the seventh and seventh goals. It is a kind of headphone plug type of the present invention. It is a top view of the second embodiment of the input plug and its architectural diagram. Please refer to the eighth figure, 'The second embodiment of the wireless plug-in type of the headphone plug type is not suitable for the application. As shown in the seventh diagram and the seventh beta diagram, the second embodiment of the present invention, the wireless headset of the earphone plug-in type includes: a micro location early 11a, a wireless transmission unit 12a power management unit 13a, - switching matrix unit ..., a headphone head 4 & headphone jack 16a, a switching trigger unit 17a, and - an external power source 18a. As shown in the eighth figure, the headphone plug 14a can be connected to the headphone jack of the electronic unit 2, so that the electronic device 2 can manufacture at least one object 3 by means of the headphone plug type wireless wheel. In addition, as shown in Fig. 42 of Fig. M42, 885, the earphone jack 丨6a is used for inserting an earphone plug 51 of an external earphone 5, so that the electronic device 2 can rotate the audio through the external earphone 5. The wireless transmission unit 12a is coupled to the micro processing unit, and the power management unit 13a is connected to the micro processing unit na and the wireless transmission unit. The switching matrix unit is consumed by the power management unit. mountain. Continue to refer to the seventh picture A, the seventh picture B and the eighth picture 'and please also refer to the ninth picture, which is a micro processing unit, a power management unit, a switching matrix unit, a headphone jack, a headphone jack, and a switching trigger Connection diagram. In the second embodiment of the earphone plug type wireless transmission plug-in of the present invention, the earphone plug (4) is lightly connected to the switching matrix and has a first ground terminal 14U'-first microphone input a, - first The left channel output (10), and the - first right channel wheel 144a. The first ground terminal l41a, the first ground end 142a, and the first right channel wheel end 144a are pre-coupled through the switching . The plug "a's first-left sound...micro-location...U" earphone P left-channel round-out end (10) is pre-wired to the power supply unit 13a. 罝Right addition 'The headphone jack... is lightly connected The switching matrix unit 15a is coupled to a first ground terminal 161a, a second microphone input terminal i62a, a first left channel output terminal 163a, and a _le_right channel output terminal 164a. As shown in the eighth figure, when the earphone plug is electrically connected to the earphone jack of the 5 and 2, the 12 M420885 power supply unit 13a obtains a driving power from the electronic device 2 through the first-left channel output terminal 143a, and The micro-processing unit 1 la and the wireless transmission unit 12a are driven by the driving power source. The same as the foregoing embodiment, in the second embodiment of the headphone plug type wireless transmission plug, the driving power transmitted by the left channel output terminal 143a cannot drive the micro processing unit 11a or the wireless transmission unit 12a. Therefore, the external power source 18a coupled to the power management unit 13a must be provided with a driving power source to the power management unit 13a; the external power source 18 is a battery. Moreover, after the micro processing unit 11a is driven, the electronic device 2 can output a control signal to the micro processing unit 11a through the first right channel output terminal 144a. Further, the micro processing unit Ua transmits the control through the wireless transmission unit 12a. The signal is transmitted from the target 3 to control the target 3, wherein, as shown, the target 3 is a robot. And, when #target 3 returns a signal or a data, the wireless transmission unit (5) can receive the signal or the data, and transmit the signal or data to the micro processing unit iu, and the micro processing unit 11a further inputs through the microphone. The terminal U2a inputs the signal or data to the electronic device 2. In addition, as shown in FIG. A and FIG. IX, when the earphone plug is inserted into the earphone jack of the electronic device 2 and the earphone plug 51 of the external earphone 5 is also inserted into the earphone jack 16a at the same time, the switching matrix is singularly executed. Switching so that the first grounding terminal l41a, the first microphone input terminal 142a, the first left channel output terminal, and the first right channel output terminal 13 M420885 144a are coupled to the second ground terminal 161a, the second microphone input terminal 162a, the second left channel output #163a, and the audio outputted by the electronic device 2 and the second right channel wheel end 164a are transmitted to the switching matrix unit 15a to The earphone jack 16a is finally transmitted by the earphone jack to the earphone plug of the outer earphone 5, and the user can listen to the audio output by the electronic device 2 by the external earphone 5. Thus, all embodiments of a headphone plug type wireless transmission plug-in created by the above, have been clearly disclosed and fully described, and can be known by the above-mentioned 'My system' as compared with the conventional one. The created headphone plug-type wireless transmission plug-in has the following advantages: . Through the headphone plug 'this creation' - a headphone plug type wireless transmission plug-in can be connected to any electronic device with a headphone jack to provide the electronic sigh Special features such as remote control of a target at the remote end. In addition to the above-mentioned first point 'other', by installing a specific application to the electronic device connected to the wireless plug-in type of the headphone plug type of the present invention, the electronic device can control a plurality of different objects. 3. This creation has two embodiments, the #土土 embodiment has a headphone jack. Therefore, when the earphone plug of the wireless plug-in type of the earphone plug type created by the creation of the present creation is inserted into the earphone jack of the electronic device At this time, if the user inserts the earphone plug of the external earphone into the earphone jack of the wireless plug-in type of the earphone plug type of the present invention, the earphone jack of the earphone plug type I line transmission plug-in transmits the audio to The earphones of the external earphones 14 M420885' machine plug allows the user to listen to the audio from the electronic device from the external earphone. The detailed description of the present invention is intended to be illustrative of the invention, and is not intended to limit the scope of the present invention. In the scope of patents. • [Simple diagram description] Moxibustion first diagram is a schematic diagram of a USB plug-in application; The second diagram is a USB plug-in type 3. 5G wireless network card usage diagram; The third diagram is a USB plug-in portable power supply The fourth diagram is a top view of the wireless transmission device of the earphone plug type of the present creation; the fourth diagram B is a structural diagram of a wireless plug-in type of the earphone plug type;
第五圖係一種耳機插頭式之無線傳輸插件的應用示意圖； 第六圖係一種耳機柄-V ., 耳機插碩式之無線傳輸插件的第二應用示意 種耳機插頭式之無線傳輪插件之第 第七A圖係本創作之— 二實施例的俯視圖； 第七B圖係一種耳機插頭式 的架構圖； 之無線傳輸插件 之第二實施例 第八圖係一 應用不意圖 種耳機插H之無線傳輸插件 :以及 的第 二實施例之 15 lUTZ/V/oo jThe fifth figure is an application diagram of a headphone plug type wireless transmission plug-in; the sixth figure is a headphone handle-V. The second application of the headphone plug-in type wireless transmission plug-in indicates a type of headphone plug type wireless wheel plug-in The seventh drawing is a top view of the second embodiment; the seventh drawing is an architecture diagram of the earphone plug type; the second embodiment of the wireless transmission plug-in is an application not intended for the earphone insertion H Wireless transmission plug-in: and the second embodiment of 15 lUTZ/V/oo j
第九圖，係一種耳機插 元、一電源管理單元、 耳機插孔、與一切 【主要元件符號說明】 耳機插頭式之無線傳輸插件 頌式之無線傳輸插件 ~~切換矩陣單元、一 換觸發單元之連接架構圖 的一微處理單 耳機插頭、一 1 11 12 13 14 18 141 142 143 144 3 11a 12a 13a 14a 15a 16a 微處理單元 無線傳輸單元 電源管理單元 耳機插頭 外部電源 接地端 麥克風輸入端 左聲道輸出端 右聲道輸出端 電子設備 目標物 微處理單元 無線傳輸單元 電源管理單元 耳機插頭 切換矩陣單元 耳機插孔 16 M420885 、17a 切換觸發單元 18a 外部電源 141a 第一接地端 142a 第一麥克風輸入端 143a 第一左聲道輸出端 144a 第一右聲道輸出端 161a 第二接地端 162a 第二麥克風輸入端 163a 第二左聲道輸出端 164a 第二右聲道輸出端 5 外部耳機 51 耳機插頭 無線USB插件 2,• 3, 4’ 5, 6,The ninth picture shows a headphone jack, a power management unit, a headphone jack, and all the [main component symbol description] headphone plug type wireless transmission plug-in type wireless transmission plug-in ~~ switching matrix unit, a change trigger unit A micro-processing single earphone plug of the connection architecture diagram, a 1 11 12 13 14 18 141 142 143 144 3 11a 12a 13a 14a 15a 16a micro processing unit wireless transmission unit power management unit headphone plug external power ground terminal microphone input left sound Channel output right channel output electronic device target micro processing unit wireless transmission unit power management unit headphone plug switching matrix unit headphone jack 16 M420885, 17a switching trigger unit 18a external power source 141a first ground terminal 142a first microphone input 143a first left channel output terminal 144a first right channel output terminal 161a second ground terminal 162a second microphone input terminal 163a second left channel output terminal 164a second right channel output terminal 5 external earphone 51 earphone plug wireless USB plugin 2,• 3, 4' 5, 6,
電腦 無線鍵盤/滑鼠組 筆記型電腦 U S B插.件式之3. 5 G無線網卡 智慧型手機 USB插件式之隨身電源 17Computer Wireless keyboard/mouse group Notebook computer U S B plug-in type 3. 5 G wireless network card Smart phone USB plug-in portable power supply 17