M314632 ，八、新型說明： 【新型所屬之技術領域】 本新型是有關於-種控制器，特別是指一種具有語音 收發裝置的遊戲控制器。 【先前技術】 近年來，線上遊戲廣受歡迎，不僅可提供多位使用者 共同參與遊戲，使用者還可透過線上語音通訊，即時μ 他玩家溝通。在進行語音通訊時，目前大部分使用者是採 用頭戴式耳機麥克風，頭戴式耳機麥克風的訊號線一般插 設於遊戲控制器或遊戲主機上，在進行激烈的遊戲操控時 ，易妨礙制者操控遊戲，而且長時間配戴頭戴式耳機麥 克風並不舒適，在使用上不盡理想。使用者雖可另行講置 無線耳機麥克風’以便不受訊號線干擾地同時進行遊戲操 控及語音通訊，卻需付出較高的購置費用。 【新型内容】 因此，本新型遊戲控制器之目的，即在提供一種具有 語音收發裝置的遊戲控制器。 於是，本新型遊戲控制器包含一本體及一設於該本體 内用以與-遊戲主機溝通之微處理器，其特徵在於本新型 遊戲控制器更包含一語音收發裝置。該語音收發裝置包括 -陣列麥克風模組…數位訊號處理器、_揚㈣，及— 記憶體模組。該陣列麥克風模組用以接收一第一語音訊號 。該數位訊號處理n電連接該微處理器及該陣列麥克尊 組’以對由該陣列麥克風模組輸人之第—語音訊號進行迴 M314632 •、 音消除與雜訊抑制處理，並將處理後之第一語音訊號透過 , 該彳政處理器傳至該遊戲主機’並接收與處理該遊戲主機透 過該微處理器傳來之一第二語音訊號。該揚聲器電連接該 數位訊號處理器，用以播放來自該數位訊號處理器之第二 語音訊號。該記憶體模組電連接該數位訊號處理器，供該 數位訊號處理器存取資料及程式碼。 【實施方式】 參閱圖1及圖2’是本新型遊戲控制器1之第一較佳實 施例，包含一本體2，及設於本體2内之一微處理器3與一 語音收發裝置4。微處理器3用以與一遊戲主機（圖未示）溝 通，遊戲主機再透過網際網路與其他遊戲主機進行通訊。 語音收發裝置4則包括一陣列麥克風模組4丨、一數位訊號 處理器42、一揚聲器43、一記憶體模組44，及一音訊外接 插座45。 陣列麥克風模組41電連接數位訊號處理器42，用以接 • 收一第一語音訊號，且此第一語音訊號包括遊戲控制器i 操控者發話之語音訊號，以及環境中的雜音。陣列麥克風 模組41具有複數麥克風，利用波束成型技術加強特定方向 之音訊接收（即針對發話者方向），並抑制其他方向所接受到 之音訊，相較於以往的麥克風有較佳的音源輸入品質及定 位效果。在本實施例中陣列麥克風模組41具有兩個麥克風 ’但實際上麥克風個數不以此為限，陣列麥克風模組Μ亦 可由單個麥克風加以實現，惟其對特定方向之音訊接收效 6 M314632 陣列麥克風模組41雖具有較佳的音源輸入品質，為進 一步提昇語音品質’陣列麥克風模組41所接收到的訊號傳 遞至數位訊號處理器42以進行迴音消除與雜訊抑制處理， 處理後之第一語音訊號透過微處理器3傳至遊戲主機，遊 戲主機再透過網際網路將本端操控者發話的語音訊號清晰 地傳達到另一遊戲主機操控者的耳中。 數位訊號處理器42接收與處理遊戲主機透過微處理器 y專來之_第二語音訊號’此第二語音訊號是另—遊戲主機 操控者所發話之語音訊號，數位訊號處理器42電連接揚聲 器43，並透過揚聲器43播放此第二語音訊號，於是本端遊 戲操控者可聽到另一遊戲主機操控者的語音訊號。 記憶體模組44則電連接數位訊號處理器42，以供數位 訊號處理H 42存取資料及程式碼，在本實施例中該記憶體 模組為一快閃記憶冑，但不以此為限。記憶體模組44儲存 之資料另包含陣列麥克風模組41對於特定音訊接收方向及 範圍之相關設定參數。 立語音收發裝f 4另設有-電連接數位訊號處理器42的 音訊外接插座45,用以供-耳機裝置插接，藉此本端操控 者可選擇不以揚聲器播放其他操控者所傳送之語音訊號， 改以另外插設耳機裝置來收聽，可保密於第三者，亦可降 低本端操控者在遊戲進行時對周圍人員所造成的干擾。 參閱圖3、圖4及圖5，是本新型遊戲控制器丨之第二 較佳實施例，整體構造與該第一較佳實施例大致相同，不 同之處在於該第二較佳實施例之語音收發裝置4是設在本 7 M314632 體2外，本體2更包括一電連接微處理器3之第一連接介 面2卜語音收發裝置4則更包括一電連接數位訊號處理器 42的第二連接介面46，透過第一及第二連接介面U、牝， 語音收發裝置4與本體2可插拔地電連接。 第一連接介面21及第二連接介面46分別具有彼此可 相互對接之一第一語音輸入/輸出埠211及一第二語音輸入/ 輸出埠461，透過第一與第二語音輸入/輸出埠211、461， 語音收發裝置4之數位訊號處理器42於是可插拔地電連接 本體2之微處理器3。在本實施例中該第一與第二語音輸入 /輸出埠211、461分別是一耳機麥克風插座及一耳機麥克風 插頭，此種設計是為了配合現有遊戲控制器，因為現有遊 戲控制器本體具有此類型的第一語音輸入/輸出埠211，是 供一頭戴式耳機麥克風裝置插設，語音收發裝置4設置與 $亥類型第一語音輸入/輸出埠211可相組接的第二語音輸入/ 輸出埠461，即可與現有的遊戲控制器本體相容，使用者只 需將頭戴式耳機麥克風裝置更換為本新型遊戲控制器第二 較佳實施例的語音收發裝置4即可，不需更換整組遊戲控 制器，不僅環保且有助於提昇使用者更新使用語音收發裝 置4的意願。 本新型遊戲控制器1之語音收發裝置4採用陣列麥克 風模組41及數位訊號處理器42，具有迴音消除及雜訊抑制 的功效，因此語音收發裝置4所接收並送至微處理器3的 語音訊號擁有較佳的清晰度及可辨識度，如在遊戲主機上 建立語音辨識詞彙資料庫及相關軟硬體，可將數位訊號處 M314632 理斋4=輪出之數位語音訊號傳送供遊戲主機進行語音辨識 人=執行相關動作，因此本新型遊戲控制器還可達到語音 1令的功能，對於使用者來說遊戲將因加人語音命令的功 月色而更加有趣且便於操控。 歸納上述，本新型遊戲控制器藉由將語音收發裝置内 建或二掛於遊戲控制器本體，以語音收發裝置之數位訊號 ,手由°亥陣列麥克風模組輸入之一語音訊號進行迴音 消除與雜訊抑制處理並透過該微處理器傳至該遊戲主機， 而且接收與處理該遊戲主機透過該微處理器傳來之另一語 曰訊唬並以該揚聲器播放，使用者不需另外插接麥克風與 耳機即可進行語音通訊，所以確實能達到本新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 旄圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋一電路方塊圖，說明本新型遊戲控制器之第一 較佳實施例； 圖2是一立體圖，說明本新型遊戲控制器之該第一較 佳實施例； 圖3是一電路方塊圖，說明本新型遊戲控制器之第二 較佳實施例； 圖4是一立體圖，說明本新型遊戲控制器之該第二較 佳實施例；及 M314632 圖5是一立體圖，說明本新型遊戲控制器之該第二較 佳實施例之一語音收發裝置。M314632, eight, new description: [New technical field] The present invention is related to a kind of controller, especially a game controller with a voice transceiver. [Prior Art] In recent years, online games have become popular, not only providing multiple users to participate in the game, but also users can communicate with them through online voice communication. In the case of voice communication, most of the users currently use a headset microphone, and the signal line of the headset microphone is generally inserted in the game controller or the game console, which is easy to hinder when performing intense game control. The game is controlled, and wearing a headset microphone for a long time is not comfortable and is not ideal for use. Although the user can separately set the wireless headset mic to perform game control and voice communication without interference from the signal line, it requires a high purchase cost. [New Content] Therefore, the purpose of the novel game controller is to provide a game controller having a voice transmitting and receiving device. Therefore, the game controller of the present invention comprises a body and a microprocessor disposed in the body for communicating with the game console, wherein the new game controller further comprises a voice transceiver. The voice transceiver device includes an array microphone module, a digital signal processor, a _yang (four), and a memory module. The array microphone module is configured to receive a first voice signal. The digital signal processing n is electrically connected to the microprocessor and the array microphone group 'to return the M314632 of the first voice signal input by the array microphone module, the sound cancellation and the noise suppression processing, and the processing is processed The first voice signal is transmitted to the game host' and receives and processes a second voice signal transmitted by the game host through the microprocessor. The speaker is electrically coupled to the digital signal processor for playing a second voice signal from the digital signal processor. The memory module is electrically connected to the digital signal processor for accessing data and code by the digital signal processor. [Embodiment] Referring to Figures 1 and 2', a first preferred embodiment of the game controller 1 of the present invention comprises a body 2, and a microprocessor 3 and a voice transceiver 4 disposed in the body 2. The microprocessor 3 is used to communicate with a game console (not shown), and the game host communicates with other game hosts through the Internet. The voice transceiver device 4 includes an array microphone module 4, a digital signal processor 42, a speaker 43, a memory module 44, and an audio external socket 45. The array microphone module 41 is electrically connected to the digital signal processor 42 for receiving a first voice signal, and the first voice signal includes a voice signal of a controller controller i to speak, and a noise in the environment. The array microphone module 41 has a plurality of microphones, and uses beamforming technology to enhance audio reception in a specific direction (ie, for the direction of the talker) and suppress the audio received in other directions, which has better audio input quality than the conventional microphone. And positioning effects. In this embodiment, the array microphone module 41 has two microphones'. However, the number of microphones is not limited thereto. The array microphone module can also be implemented by a single microphone, but the audio receiving effect in a specific direction is 6 M314632 array. The microphone module 41 has a better audio input quality, and the signal received by the array microphone module 41 is further transmitted to the digital signal processor 42 for echo cancellation and noise suppression processing. A voice signal is transmitted to the game console through the microprocessor 3. The game host then clearly communicates the voice signal of the local controller to the ear of another game console controller through the Internet. The digital signal processor 42 receives and processes the voice signal transmitted by the game host through the microprocessor y. The second voice signal is another voice signal sent by the game console controller, and the digital signal processor 42 is electrically connected to the speaker. 43. The second voice signal is played through the speaker 43, so that the local game controller can hear the voice signal of another game console controller. The memory module 44 is electrically connected to the digital signal processor 42 for the digital signal processing H 42 to access the data and the code. In this embodiment, the memory module is a flash memory, but not limit. The data stored by the memory module 44 further includes associated setting parameters of the array microphone module 41 for the direction and range of the particular audio reception. The voice transceiving device f4 is further provided with an audio external socket 45 electrically connected to the digital signal processor 42 for plugging in the earphone device, so that the local controller can select not to play the other controllers by the speaker. The voice signal is changed to another earphone device to listen to, which can be kept secret to the third party, and can also reduce the interference caused by the local controller to the surrounding personnel during the game. Referring to FIG. 3, FIG. 4 and FIG. 5, it is a second preferred embodiment of the game controller of the present invention. The overall configuration is substantially the same as that of the first preferred embodiment, except that the second preferred embodiment is The voice transceiver device 4 is disposed outside the body 2 of the M314632 body. The body 2 further includes a first connection interface 2 electrically connected to the microprocessor 3. The voice transceiver device 4 further includes a second device electrically connected to the digital signal processor 42. The connection interface 46 is electrically connected to the main body 2 in a pluggable manner through the first and second connection interfaces U and 牝. The first connection interface 21 and the second connection interface 46 respectively have a first voice input/output port 211 and a second voice input/output port 461 connected to each other through the first and second voice input/output ports 211. The digital signal processor 42 of the voice transceiver device 4 is then pluggably and electrically connected to the microprocessor 3 of the body 2. In the embodiment, the first and second voice input/output ports 211 and 461 are respectively a headphone microphone jack and a headphone microphone plug. The design is to match the existing game controller, because the existing game controller body has the same. The first type of voice input/output port 211 is for a headphone microphone device, and the voice transceiver device 4 is provided with a second voice input that can be combined with the first type of voice input/output port 211. The output 埠461 can be compatible with the existing game controller body, and the user only needs to replace the headset microphone device with the voice transceiver device 4 of the second preferred embodiment of the game controller. Replacing the entire set of game controllers is not only environmentally friendly but also helps to increase the user's willingness to update the use of the voice transceiver 4. The voice transceiver device 4 of the new game controller 1 uses an array microphone module 41 and a digital signal processor 42 to have the functions of echo cancellation and noise suppression, and thus the voice received by the voice transceiver device 4 and sent to the microprocessor 3 The signal has better definition and recognizability. For example, if the voice recognition vocabulary database and related software and hardware are built on the game console, the digital signal can be transmitted to the game console for the digital signal of the M314632. Speech recognition person = perform related actions, so the new game controller can also achieve the function of voice 1 command, for the user, the game will be more interesting and easy to control due to the power of the voice command. In summary, the new game controller is built-in or dual-mounted on the game controller body, and the digital signal of the voice transceiver device is used to perform echo cancellation and input by one voice signal of the array microphone module. The noise suppression process is transmitted to the game host through the microprocessor, and receives and processes another message transmitted by the game host through the microprocessor and is played by the speaker, and the user does not need to insert another device. The microphone and the earphone can perform voice communication, so it can achieve the purpose of the present invention. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification of the patent application scope and the new description content of the present invention. , are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing a first preferred embodiment of the game controller of the present invention; FIG. 2 is a perspective view showing the first preferred embodiment of the game controller of the present invention; 3 is a circuit block diagram illustrating a second preferred embodiment of the game controller of the present invention; FIG. 4 is a perspective view showing the second preferred embodiment of the game controller of the present invention; and M314632 FIG. A voice transceiving device of the second preferred embodiment of the novel game controller is described.
10 M314632 . 【主要元件符號說明】 1…… …·遊戲控制器 42••… •…數位訊號處理器 2…… …·本體 43·.·.· •…揚聲器 21 ••… •…第 連接介面 44••… …·記憶體模組 211 ··· —弟$吾音輸入/輸出埠 45••… •…音訊外接插座 3…… •…微處理器 46····. •…第一連接介面 4…… •…語音收發裝置 461… •…第二語音輸入/輸出埠 41 ••… •…陣列麥克風模組10 M314632 . [Description of main component symbols] 1...... ...·Game controller 42••... •...Digital signal processor 2... ...·body 43·.··· •...speaker 21 ••... •...connection Interface 44••... ...·Memory Module 211 ···——弟$吾音输入/出埠45••... •... Audio External Socket 3... •...Microprocessor 46····. A connection interface 4... •...Voice transceiver 461... •...Second voice input/output埠41 ••... •...Array microphone module
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