M441163 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種電腦輸入裝置之回饋聲控訊號機構，其係用於將 所欲處理的聲控訊號轉變傳送至電腦輸入裝置之設備，特別是指—種電腦用 情境式互動輸入裝置。 【先前技術】 电腦係藉由主機及其連接之週邊配備(如輸入裝置及輸出裝置)與使用者溝 通。輸出裝置通常包含螢幕及喇认，螢幕用以顯示作業系統，喇〇八則用以產 •生控制作業系統產生的聲音。輸入裝置通常包含滑鼠及鍵盤，鍵盤用以控制 及輸入作業系統，滑鼠則用以控制顯示器顯示的作業系統。 目前電腦常見的週邊配備，如前述的鍵盤或滑鼠用於操作時過於單調， 讓使用者覺得單調無趣β故，如何綱邊配備使用時對應主機的訊號產生情 境式變化’例如視覺變化或觸覺變化，讓使用者於操作週邊配備時提供娱樂 性之互動效能》 有鑑於此，本案創作人遂以其多年從事電腦滑鼠及鍵盤輸入裝置之設計 貫務經驗，而積極研究改良，並經多次實物樣品製作及測試進而具體改良 習知之上述缺點’終致完成本創作。 ί 【新型内容】 /為克服上述缺點’本創作提供—種電腦輪人裝置之回饋聲控訊號機構， 其係採用聲控_職處理技㈣顧於電腦週邊配備俾達職週邊配備 之鍵盤及減於制時職域軌财生情蚊變化，抑增進使用者具 有操控電腦時之視覺或觸覺的娛樂互動效能者。 本創作電腦輸入裝置之回饋聲控訊號機構，其包含一具有電腦主機與輸 入裝置的機構，其中該電敝齡餘傳輸聲音職之音訊取_饋信息， 其係包含有-音tfl分析取樣n 情境轉換處理訊號傳輸器其中該 音訊分析取樣器係接枚電腦主機產生的聲音訊號，並將聲音訊號分析取樣成 4 M441163 其係接收輸出訊號，並將輸出訊號轉換處 器其係接收複數個情境訊號，並將情境 一輸出訊號；該情境轉換處理器，其 理成複數個情境訊號；該訊號傳輸器 訊號傳輸至一輸入裝置。 該^入裳置輪接於電腦主機且其_於控制及輸人電腦主機訊息，且 a亥輸入裝置係包含一訊號接收器'M441163 V. New Description: [New Technology Field] This creation is about a feedback device for a computer input device. It is used to transfer the voice signal to be processed to the computer input device, especially Refers to a contextual interactive input device for computers. [Prior Art] The computer communicates with the user through the host and its peripheral devices (such as input devices and output devices). The output device usually includes a screen and a window, the screen is used to display the operating system, and the Lama is used to produce the sound generated by the operating system. The input device usually includes a mouse and a keyboard, the keyboard is used to control and input the operating system, and the mouse is used to control the operating system displayed by the display. At present, the common peripheral equipment of the computer, such as the aforementioned keyboard or mouse, is too monotonous for operation, so that the user feels monotonous and boring. Therefore, how to generate a situational change of the signal corresponding to the host when the edge is equipped with use, such as visual change or touch. The change allows the user to provide entertaining interactive performance when operating around. In view of this, the creator of this case has been actively researching and improving with many years of experience in designing computer mouse and keyboard input devices. Sub-physical sample production and testing, and in particular to improve the above-mentioned shortcomings of the prior 'finished the creation of the present. 【 【New content】 /To overcome the above shortcomings' This creation provides a kind of feedback sound control signal mechanism for computer wheel people equipment, which adopts voice control _ job processing technology (4), taking care of the computer peripherals equipped with keyboards and peripherals When the system is in a position to control the mosquitoes, it will enhance the user's visual and tactile entertainment interactions when controlling the computer. The feedback voice signal mechanism of the creation computer input device comprises a mechanism having a computer host and an input device, wherein the electronic transmission of the sound transmission voice information is fed information, and the system includes a tone tfl analysis sample n situation The conversion processing signal transmitter is connected to the audio signal generated by the computer host, and the sound signal analysis is sampled into 4 M441163, the system receives the output signal, and the output signal converter receives the plurality of situation signals. And the situation is an output signal; the context conversion processor is configured to form a plurality of situation signals; the signal transmitter signal is transmitted to an input device. The device is connected to the computer host and is controlled and input to the host computer message, and the ahai input device includes a signal receiver.
效果。 【實施方式】 因此’本創作之目的在於提供—種電腦用情境式互動裝置，其提供鍵盤 輸入裝置以產讀境式變化，讓制者於操作週邊配料提供縣性之互動 本創作提供-種電腦輸人裝置之回饋聲控訊賴構，本創作上述之創作 目的及優點，不賊下述所實施例之詳細·與_中，獲得深入瞭解。 首先請參考圖1及圖2，係本創作實施例之電腦主機、鍵盤及滑鼠系統 方塊組合機構示意圖。本實施例的電腦輸入裝置之回饋聲控訊號機構包含有 φ 至少一組電腦10，該電腦10包含有一電腦主機20及一輸入裝置（其係一鍵 盤30及一滑氣40)，前述數量說明為方便說明用，並不僅限於前述揭露之數 前述電腦主機20係能傳輸聲音訊號S1之音訊取樣回饋信息，該聲音訊 號S1包含複數個目標估測訊號R1 ’該聲音訊號S1可以是由執行内建於電 腦主機20之作業系統所安裝的音樂播放軟體(例如wind〇ws故此player)產 生的。 電腦主機20包含有一音訊分析取樣器21、一情境轉換處理器23及一 訊號傳輸器24，其中： 前述音訊分析取樣益21係接收電腦主機2〇產生的聲音訊號si，-tpjl. 5 M441163 Λ分析取樣器21包含有一參考訊號產生電路2U訊號處理電路— =號調整電路213及一訊號移除器2M，其中：該參考訊號產生電路⑴用 來針對電腦主機20的聲音訊號S1中之特定訊號分量產生一 ^該訊號處理電細於參考訊跑電路2n，而該峨處理^ 2用來處理該參考估測訊號心該訊號調整電路213係摘於該訊號處理 ^路212與參考訊號產生電路叫，而該該訊號調整電路213係用來調整來 考估測訊號R2。前述訊號移除器214係耗接於該訊號調整電路213，且其係 移除來自於電腦主機2〇之聲音訊號S1的複數個目標估測訊號W，並據以 產生該電腦主機20之一輸出訊號S2。 。。前述情境轉換處理器23 _接於該訊號移除器214，該情境轉換處理 器23根據該輸出訊號S2以輸出複數個情境訊號mi。 有關則述音訊分析取樣n 21及情麟換處理^ 23係可以藉由軟體或柄 體程式設計以達到訊號轉換處理之效能者。 月’J述錢傳輸器24係搞接於該情境轉換處理器a，該訊號傳輸器24 用來傳輸複數個情境訊號Ml。 本實施例採_電腦輸人裝置可為賴、滑鼠或其他_的週邊設備， 惟本實施例舉出鍵盤與滑鼠作為說彻，但*局限於本實施例舉出的二種能 樣。 心 首先針對缝30舰-步制，纖盤3G是與電駐機π _或電 連接，該鍵盤30用於控制及輸入電腦主機2〇訊息，且該鍵盤3〇包含一訊 號接收器3卜-情境控制器32及一情境反應器33，其中：該訊號接收器 31係輕接或電連接於該電腦主機2〇的訊號傳輸器24，且該訊號接收器31 用來接收複數個情境訊號Ml。該情境控制器η係糕接於該訊號接收器3卜 其中β玄情i兑控制器32係包括有-燈光控制器321及一振動控制器322，而 该情％控制器32内之燈光控制器321及振動控制器322係根據複數個情境 訊號Ml以分別產生複數個操作訊號u及L2。至於該情境反應器幻係耦 接於該情境控制H 32，其中該情境反應n 33係包括有—駐組331及—振 6 M441163 動器.332，且該情境反應器内33之燈光組331及振動器332係分別對應於 該操作訊號L1及L2以產生燈光振動等音效情境反應功效。 接著針對滑鼠40作進一步說明，滑鼠40是與電腦主機2〇耦接或電連 接，該滑鼠40用於控制及輸入電腦主機2〇訊息，且該滑鼠4〇包含—訊號 接收器41、一情境控制器42及一情境反應器43 ,其中：訊號接收器41耦 接於電腦主機20的訊號傳輸器24，且該訊號接收器41用來接收複數個情 境訊號Ml。該情境控制器42耦接於訊號接收器41 ,其中該情境控制器42 係包括有一燈光控制器421及一振動控制器422，而該情境控制器42内之 燈光控制器421及振動控制器422係根據複數個情境訊號厘丨產生複數個操 作訊號L3及L4。至於該情境反應器43係耦接於該情境控制器42，其中該 情境反應器43係包括有一燈光組431及一振動器432，且該情境反應器内 43之燈光組431及振動器432係分別對應於該操作訊號u及以產生燈 光振動等音效情境反應功效。 以上所提到的訊號傳輸器24可為無線型之藍芽傳輸器或有線型之通用 串列匯流排傳輸器’訊號接收器Μ同樣可為無線型之藍芽(Bluet〇〇th)傳輸器 或有線型之通用串列匯流排(universal serial bus，USB)傳輸器。 續請參考® 3，係，本創作電腦主機、鍵盤及滑鼠外觀立體示意圖。有關 • 前面提到的情境控制器32、42可為燈光控制器32卜42丨或振動控制器322、 422 ’且該情境反應器33、43可為燈光組33卜431或振動器332、432，即 燈光組係受控·光控㈣以產生光線反應錄動器係受控於振動控制器 以產生振動反應功效。 本實施例的複數個情境訊號M1舉二種情境來說分別為「高音」及「低 音」，當情境訊號Ml對應聲音訊#uS1 $「高音」時，所產生的操作訊號以 將使鍵盤30上之该情境反應器33内之燈光组331以產生耀眼閃動之燈光顏 色效果’另&5亥產生的操作訊號L2將使該情境反應器33 β之振動器332以 產生-較劇烈之震動。繼而當情境訊號M1對應聲音訊號S1為「低音」時， 所產生的操作訊號L1將使鍵盤3〇上之該情境反應器33内之燈光組331以產 7 M441163 生柔和燈光顏色效果，另而該產生的操作訊號L2將使該情境反應器33内之 振動器332以產生一較輕微之震動效果。 另外，鍵盤30具有一外殼34，前述的燈光組331、431設置於外殼34 上且振動器332、432設置於外殼34内，繼而該滑鼠40同樣也具有一外殼 44 ’前述的燈光組431設置於外殼44上且振動器432設置於外殼44内。 綜上所述，由以上詳細說明，可使熟知本項技藝者明瞭本創作的確可達 成前述目的，且經查證本創作具有新穎進步性，實已符合專利法之規定，爰 提出專利申請。 【圖式簡單說明】 圖1係本創作實施例之電腦主機、鍵盤及滑鼠系統方塊組合機構示意圖。 圖2係有關圖1實施例的電腦主機内之音訊分析取樣器系統方塊圖。 圖3係本創作實施例之電腦主機'鍵盤及滑鼠外觀立體示意圖。 【主要元件符號說明】 10 ·. •電腦 20 .. •電腦主機 21 · · •音訊分析取樣器 211 . ·.參考訊號產生電路 212 · ••訊號處理電路 213 · ••訊號調整電路 214 · ••訊號移除器 23 · · •情境轉換處理器 24 .. ♦訊號傳輸器 30 .. •鍵盤 31 . · •訊號接收器 32 · · •情境控制器 8 M441163 321 322 33 · 331 332 34 · 40 · 41 · 42 · 籲421 422 43 · 431 432 44 · 51 · 52 · R1 ·effect. [Embodiment] Therefore, the purpose of the present invention is to provide a contextual interactive device for a computer, which provides a keyboard input device for producing a reading environment change, and allows the maker to provide a county-level interaction in the operation of the surrounding ingredients. The feedback function of the computer input device is based on the purpose and advantages of the creation of the above-mentioned creations. First, please refer to FIG. 1 and FIG. 2, which are schematic diagrams of the computer host, keyboard and mouse system block combination mechanism of the present embodiment. The feedback voice signal mechanism of the computer input device of the embodiment includes φ at least one computer 10, and the computer 10 includes a computer host 20 and an input device (which is a keyboard 30 and a slip gas 40). The audio signal S1 includes a plurality of target estimation signals R1 'the sound signal S1 can be implemented by the built-in The music playing software (such as wind〇ws and thus the player) installed in the operating system of the computer host 20 is generated. The computer host 20 includes an audio analysis sampler 21, a context conversion processor 23, and a signal transmitter 24, wherein: the audio analysis sampling signal 21 receives the audio signal si generated by the host computer 2, -tpjl. 5 M441163 Λ The analysis sampler 21 includes a reference signal generation circuit 2U signal processing circuit - a number adjustment circuit 213 and a signal remover 2M, wherein the reference signal generation circuit (1) is used for a specific signal in the sound signal S1 of the host computer 20 The component is generated by the signal processing circuit 2n, and the processing circuit 2 is used to process the reference estimated signal heart. The signal adjusting circuit 213 is extracted from the signal processing circuit 212 and the reference signal generating circuit. The signal adjustment circuit 213 is used to adjust the evaluation signal R2. The signal remover 214 is consuming the signal adjustment circuit 213, and removes a plurality of target estimation signals W from the audio signal S1 of the computer host 2, and generates one of the computer hosts 20 accordingly. Output signal S2. . . The foregoing scenario conversion processor 23_ is connected to the signal remover 214, and the context conversion processor 23 outputs a plurality of context signals mi according to the output signal S2. The audio analysis sample n 21 and the love conversion process can be designed by software or handle to achieve the performance of the signal conversion process. The month's money transmitter 24 is connected to the context conversion processor a, and the signal transmitter 24 is used to transmit a plurality of situation signals M1. In this embodiment, the computer input device can be a peripheral device of a slap, a mouse or other _, but the keyboard and the mouse are exemplified in this embodiment, but * are limited to the two kinds of energy samples exemplified in the embodiment. . The heart is firstly directed to the seam 30-step system, the fiber tray 3G is electrically connected to the electric parking machine π _, the keyboard 30 is used for controlling and inputting the computer host 2 〇 message, and the keyboard 3 〇 includes a signal receiver 3 a context controller 32 and a context reactor 33, wherein the signal receiver 31 is lightly connected or electrically connected to the signal transmitter 24 of the computer host 2, and the signal receiver 31 is configured to receive a plurality of situation signals Ml. The context controller η is connected to the signal receiver 3, wherein the beta controller includes a light controller 321 and a vibration controller 322, and the light controller in the controller 32 The 321 and the vibration controller 322 respectively generate a plurality of operation signals u and L2 according to the plurality of situation signals M1. The scenario reactor is coupled to the context control H32, wherein the context response n33 includes a group 331 and a vibration 6 M441163 actuator 332, and the light group 331 in the situation reactor 33 And the vibrator 332 corresponds to the operation signals L1 and L2, respectively, to generate sound effect response effects such as light vibration. Then, for the mouse 40, the mouse 40 is coupled or electrically connected to the computer host 2, the mouse 40 is used to control and input the computer host 2, and the mouse 4 includes a signal receiver. 41. A context controller 42 and a context reactor 43. The signal receiver 41 is coupled to the signal transmitter 24 of the host computer 20, and the signal receiver 41 is configured to receive a plurality of situation signals M1. The context controller 42 is coupled to the signal receiver 41. The context controller 42 includes a light controller 421 and a vibration controller 422, and the light controller 421 and the vibration controller 422 in the context controller 42. A plurality of operational signals L3 and L4 are generated according to a plurality of situational signals. The context reactor 43 is coupled to the context controller 42. The context reactor 43 includes a light group 431 and a vibrator 432, and the light group 431 and the vibrator 432 in the context reactor 43 are Corresponding to the operation signal u and the sound effect response effects such as lighting vibration. The above-mentioned signal transmitter 24 can be a wireless type Bluetooth transmitter or a wired universal serial bus transmitter 'signal receiver Μ which can also be a wireless type bluetooth transmitter. Or a wired universal serial bus (USB) transmitter. For continued reference, please refer to ® 3, which is a three-dimensional diagram of the computer mainframe, keyboard and mouse. Relevant • The aforementioned context controllers 32, 42 may be light controllers 32 or vibration controllers 322, 422' and the context reactors 33, 43 may be light groups 33 431 or vibrators 332, 432 That is, the lighting group is controlled and light-controlled (4) to generate a light-reaction recorder that is controlled by the vibration controller to generate a vibration reaction effect. The plurality of context signals M1 in this embodiment are respectively "high pitch" and "bass" in the two scenarios. When the context signal M1 corresponds to the voice message #uS1 $ "treble", the generated operation signal will cause the keyboard 30 to be The operation of the light group 331 in the situational reactor 33 to produce a dazzling flashing light color effect 'other & 5 Hai's operation signal L2 will cause the situation reactor 33 β vibrator 332 to produce - more severe shock. Then, when the situation signal M1 corresponds to the sound signal S1 being "bass", the generated operation signal L1 will cause the light group 331 in the context reactor 33 of the keyboard 3 to produce a soft light color effect of 7 M441163, and The resulting operational signal L2 will cause the vibrator 332 in the situation reactor 33 to produce a relatively slight vibration effect. In addition, the keyboard 30 has a casing 34. The aforementioned lighting groups 331, 431 are disposed on the casing 34 and the vibrators 332, 432 are disposed in the casing 34. The mouse 40 then also has a casing 44' aforementioned light group 431. The housing 44 is disposed on the housing 44 and the vibrator 432 is disposed within the housing 44. In summary, from the above detailed description, it can be made clear to the skilled person that the creation can achieve the above-mentioned purpose, and it is verified that the creation has novel and progressive nature, and has been in compliance with the provisions of the Patent Law, and has filed a patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a computer host, keyboard and mouse system block combination mechanism of the present embodiment. 2 is a block diagram of an audio analysis sampler system in a computer host of the embodiment of FIG. 1. FIG. 3 is a perspective view showing the appearance of a keyboard and a mouse of the computer host of the present embodiment. [Description of main component symbols] 10 ·. • Computer 20 .. • Computer main unit 21 • • Audio analysis sampler 211 • Reference signal generation circuit 212 • • • Signal processing circuit 213 • • • Signal adjustment circuit 214 • • • Signal Remover 23 · · • Situation Switching Processor 24 .. ♦ Signal Transmitter 30 .. • Keyboard 31 . • • Signal Receiver 32 · · • Context Controller 8 M441163 321 322 33 · 331 332 34 · 40 · 41 · 42 · 421 422 43 · 431 432 44 · 51 · 52 · R1 ·
R2 · Ml LI、 •••燈光控制器 •··振動控制器 ••情境反應器 ••燈光組 ••振動器 ..外殼 ..滑鼠 ••訊號接收器 ••情境控制器 •••燈光控制器 •··振動控制器 ..情境反應器 ••燈光組 ••振動器 ..外殼 .•聲音訊號 ••輸出訊號 .·目標估測訊號 .·參考估測訊號 •..情境訊號 L2、L3、L4 · · · 操作訊號 9R2 · Ml LI, •••Lighting Controller•··Vibration Controller••Context Reactor••Lighting Set••Vibrator.. Enclosure.. Mouse••Signal Receiver••Scenario Controller••• Lighting Controller•··Vibration Controller..Context Reactor••Lighting Unit••Vibrator.. Enclosure.•Sound Signal••Output Signal.·Target Estimation Signal.·Reference Estimation Signal•.. Situation Signal L2, L3, L4 · · · Operation signal 9