M343204 八、新型說明： 【新型所屬之技術領域】 特別是一種具有語音紀錄 本創作係關於一種輸入裳置， 的輸入裝置。 【先前技術】 人們接觸電腦的時間也與曰俱 作效率的辦公室。此外，由於電 利用滑鼠做為主要輸入裝置更是M343204 VIII. New description: [New technical field] A special type of voice recording. This creation is about an input device for inputting a skirt. [Prior Art] People who are exposed to computers are also in an efficient office. In addition, because the use of the mouse as the main input device is
隨著資訊時代的來臨， 增。特別是利用電腦提高工 月白軟體圖形化介面的普及， 不可或缺的。 右於辦公室中’恰好有訪客要找電腦使用者，而電腦使 並又剛好不在座位上，這將造成不便。於習知的做法中， 二=法不外乎留下字條以通知電腦使用者。然而，此等做法 二，紙和筆、料間寫字或透過字條無法得知訪客留言時 的語調變化料問題，往往造成不便。 有鑑於此，本創作提供一種輸入裝置，除了可以提供原 ^鼠的功能外，更具有語音紀錄的功能，可以有效的改善 备知作法所造成不便的問題。 【新型内容】 嗜立f創作的目的在於提供—種輸入裝置，具有位移偵測與 :曰、、、己錄的功能，使用者可根據使用的環境，選替地使用其 之一或者同時使用。 本創作的另一目的在於提供一種輸入裝置應用於電腦系 M343204 列描述並配合第1A圖至第3圖之圖式。 參考第1Α圖’係為本創作一實施例中輸入裝置刚之方 塊圖。於本實施例中’輪入裝置1〇〇包含位移偵測模組搬、 =音輸入單元處理單元1〇6、儲存單元觀、語音輪出 單το 110、顯不單兀ι12與按鍵114。位移债測模級⑽供侦 =輸入裝置觸之位移，且對應產生位移訊號，例如多 摘測模組102可透過滾輪式、轨跡球式或光學式的移動方式， ^生對應移動的位移訊號。語音輸入單元刚提供接收語音 =訊號’例如語音輸入單元1〇4可為麥克風，用以接收語 二。處理單★ 106與位移偵測模组船乂及語音輪 二：：二？。處理單元106根據位移偵測模組102 斤:應移訊號’進而產生輸入指令訊號，例、 向後、向左及向右等的方向訊號， :卜控制輸入。此外，處理二 兴例Γ立於所接收的s吾音輸入訊號而產生語音資料。 k::::二單元104接收來自使用者所發出的語音， 連結單元108與處理單元娜電性 元舰所/^ 輪入翠元104所輸入並經處理單 兀106所處理的語音資料，例如儲存單 二里早 機、記憶卡或其上叙組合。_ 可為更式磁碟 1〇6電性連結，而處理單元w/進hit與處理單元 出語音輸出訊號，例如語音輸出單元11。輪 單元Π2與處理單元106電、、U _可為揚聲器。顯示 語音資料，產生狀態訊號 ·= 里早凡106根據 灼而5，當储存單元108儲存 M343204 有语^貧料時’處理單元1G6根據所儲存的語音資料，提供 顯不單70 in產生一個閃燦燈號的狀態訊號，吸引使用者的 =光’ ^34取儲存於贿單元應的語音資料。值得注意的 是’狀態訊號不僅是侷限於閃爍的燈號，更包含利用文字或 其^可吸引使用者目光的方式。其中，顯示單元112所根據 狀態訊號產生對應的至少—燈號，可利用發光二極體、雷射 二極體、燈泡或其上述之組合所組成的燈號。使用者藉由按 鍵114除了產生控制訊號’以開啟/關閉語音輸入單元刚或 語音輸出單元110，亦可使得㈣者不朗誤觸錄，造成任 意地開啟/關閉語音輸入單元1〇4或語音輸出單元11〇。此外， 按鍵114的使用不只揭限單—按鍵的使用、更可以是複數個 按鍵的組合㈣或者按壓按鍵114 —段_後，以決定是否 開啟/關閉語音輸入單元104或語音輸出單元11〇。 參考第1B®，係為本創作實施例第认圖中輸入裝置謂 之不意圖。於本實施例中’輸人|置12G上設置兩個按鍵122 與124,當使用者同時按壓兩個語音紀錄按鍵122幻2 輸^置12〇透過語音輸入單元126接收使用者的語音輸入 ^二然後’處理單元128處理語音輸人單元126所接收的 ^曰輸入訊號而產生語音資料，並儲存於儲存單元請。顯示 早兀132根據語音資料產生對應的至少一燈號，使得使用者 :以得知輸人裝置12〇具㈣音資料。使用者可藉由按壓其 中-按鍵m | m，使得處理單元128進一步處理儲存單元 3〇所儲存之語音⑽’以產生語音輸出訊號。制者可以從 ，^置12G中的語音輸出單元134聽取語音輸出訊號。值 仔注思的是’使用者亦可利用按鍵122或m產生控制訊號， M343204 以開啟/關閉語音輸入單元126或語音輸出單元134。 參考第2圖’係為本創作實施例第ία圖中輸入裝置之操 作流程圖。於第2圖中，使用者啟動輪入裝置及提供語音輸 入訊號202。輸入裝置中的語音輸入單元開始接收語音輸入訊 號204。提供至少一按鍵以選擇該語音輸入單元是否停止/繼 • 續接收語音輸入訊號2〇6。若不選擇停止接收語音輸入訊號， ' 則每音輸入单元繼績接收語音輸入訊號。反之，當選擇停止 • 接收語音輸入訊號時，輸入裝置中的處理單元處理語音輸入 藝吼號，並且產生語音資料208。儲存單元儲存語音資料21〇。 此外，處理單元亦提供是否有語音資料的狀態給顯示單元， 用以顯=語音資料存在與否的狀態212。當使用者欲聽取儲存 於儲存單元的語音資料時，處理單元處理語音資料並且產生 語音輸出訊號，提供給語音輸出單元，使用者可藉此聽取先 如輸入的語音輸入。 w參考第3圖，係為本創作實施例中輸入裝置32〇應用於 鲁電腦系統3GG之方塊圖。於本實施例中，電腦系統綱包含 輪入裝置320與主機340。輸入裝置32〇的功能描述與上述第 • 所述輸人裝置刚大致相同。主機34()包含通訊模組 抑2二處理器34〇4、儲存單元34〇6、顯示單元34〇8、語音輸 出早兀3410與按鍵3412。通訊模組34〇2供接收來自輸入裝 f ^的輸人指令訊號與語音資料。處理器3404根據來自輸 ^ 32G的語音資料的有在與否產生狀態訊號。顯示單元 4〇8根據處理器34〇4 i生的狀態訊號產生對應的至少一燈 ^。儲存單元3406供儲存語音資料。語音輸出單元3412與 M343204 處理器34〇4電性連結’並且語音輸出單元輸出語音輸 出訊號。使用者利用缝34i2產生控制訊號，以開啟/ 音輪ώ罝开J410。 #進-步說明，使用者可以利用輪入褒置32〇之位移偵測 • 模組j202產生位移訊號提供給主機340，並且於主機34〇的 . 顯示單元34G8上產生相對應的位移動作，例如位移侧模组 . 通可·滚輪、執跡球或光學的方式產生位移訊號，使得 主機340上所顯示的視窗晝面產生相對的變化。特別的是， # 使用者亦可利用輸入裝置320之語音輸入單元32〇4，將使用 者的浯a輸入(亦可稱為語音輸入訊號)至輸入裝置32〇，例如 語音輸入單元3204可為麥克風。藉由語音輸入單元遍所 輸入的語音輸入訊號經由處理單元3施換成為語音資料。語 ^訊號可儲存於輸入裝置32〇的儲存單元3施或者透過通訊 杈組3216傳送至主機340而儲存於儲存單元34〇6中。其中， 有關將語音資料儲存於輸入裝置32〇的實施範例，可參照第 1A圖、第1B圖及第2圖的相關描述，以下將討論如何將語 , 音資料儲存於主機340之儲存單元34〇6。 -^二主機34〇中的通訊模組3402接收來自輸入裝置320的 語音貧料時，語音資料傳送至處理器34〇4。處理器34〇4根據 ，，到的語音資料，可再進—步記錄留言者資料、時間訊號、 ，篁大小汛號及記錄列表等等的記錄訊息，並且將包含記錄 訊息的語音資料回存至儲存單元3406或顯示於顯示單元 3408。如此的記錄方式’可使得語音資料更加的詳細清楚， 且能被使时所❹。當欲聽取語音㈣時，使用者可利用 M343204 主機上的按鍵3412，產生控制訊號，以開啟/關閉語音輸出單 元。即是，語音資料可利用主機340中的處理器34〇4處理而 產生語音輸出訊號，並且藉由主機340中的語音輸出單元34忉 輸出語音輸出訊號。主機340上的按鍵3412可控制語立於屮 訊號的播放開始與停止。 1 此外’第3圖輸入裝置320中以虛線表示的儲存單元 3208、語音輸出單元321〇、按鍵3212及顯示單元“Μ可視 輸入裝置320是否單獨使用或與應用於主機34〇的情況，而 選擇性的使用或設置於輸入裝置320中。 值知注意的是，上述不管是何種訊號的輸入、處理、產 生或輸出，皆可透過輸入裝置320或者主機34〇中彼此相互 的目的，例如主機34G根據語音資料所產生的 减’可以顯不在主機34〇中的顯示單元地或透過主 =40中的通訊模組3搬傳送至輸入裝£細中的顯示單元 主機340亦可配合所執行的應用程式(未顯 用者透過輸入裝置32〇進行語音留言。語）使 留言 亦會透過應隸絲知電職时，使得確定是留Γ產 ^電腦者經由應用程式的提醒，可聽取㈣者的^音 變得多樣化，不僅可提供輸If令 M343204 112、132、3214、3408 114、122、124、3412 110、134、3210 300 3214、3402 340 3404 語音輸出單元 顯示單元 按鍵 電腦糸統 通訊模組 主機 處理器With the advent of the information age, increase. In particular, the use of computers to improve the popularity of the graphic software interface is indispensable. Right in the office, 'there is just a visitor looking for a computer user, and the computer is just not in the seat, which will cause inconvenience. In the conventional practice, the second method is nothing more than leaving a note to inform the computer user. However, in the second place, paper and pen, writing between materials or through the note can not know the tone change of the guest message, which often causes inconvenience. In view of this, the present invention provides an input device which not only provides the functions of the original mouse, but also has a voice recording function, which can effectively improve the inconvenience caused by the known practice. [New Content] The purpose of the creation is to provide an input device with displacement detection and: 曰, ,, and recorded functions. Users can use one of them or use them simultaneously according to the environment in which they are used. . Another object of the present invention is to provide an input device for use in the description of the computer system M343204 and in conjunction with Figures 1A through 3. Referring to Fig. 1 is a block diagram of an input device in an embodiment of the present invention. In the present embodiment, the wheeling device 1 includes a displacement detecting module moving, a sound input unit processing unit 1〇6, a storage unit view, a voice wheel output unit το 110, a display unit 1212, and a button 114. The displacement debt measurement level (10) is for detecting the displacement of the input device, and correspondingly generating the displacement signal. For example, the multi-extraction module 102 can be moved by the roller type, the trackball type or the optical type, and the corresponding displacement of the movement is generated. Signal. The voice input unit has just provided a received voice = signal. For example, the voice input unit 1〇4 can be a microphone for receiving the second language. Processing single ★ 106 and displacement detection module ship and voice wheel Two:: two? . The processing unit 106 generates a command signal, such as a backward direction, a leftward direction, and a right direction, according to the displacement detection module 102: the signal should be shifted, and the control signal is input. In addition, the processing scheme generates voice data by standing on the received sui audio input signal. k:::: The second unit 104 receives the voice from the user, and the link unit 108 and the processing unit Naoyuan Yuanshou/^ turn into the voice data input by the Cuiyuan 104 and processed by the processing unit 106. For example, store a single second morning machine, a memory card or a combination thereof. _ can be a magnetic disk 1 〇 6 electrical connection, and the processing unit w / into the hit and processing unit out of the voice output signal, such as voice output unit 11. The wheel unit Π2 and the processing unit 106 are electrically, and U _ can be a speaker. Display the voice data, generate the status signal ·= 里早凡 106 according to the smoldering 5, when the storage unit 108 stores the M343204 syllabary ^ poor material 'processing unit 1G6 according to the stored voice data, providing a single 70 in a flash The status signal of the signal, which attracts the user's = light ' ^ 34 to take the voice data stored in the bribe unit. It is worth noting that the status signal is not only limited to the flashing lights, but also includes the use of text or its ^ to attract the user's attention. The display unit 112 generates at least a corresponding light signal according to the status signal, and may use a light-emitting diode, a laser diode, a light bulb or a combination thereof to form a light signal. The user can enable/disable the voice input unit or the voice output unit 110 by pressing the button 114 to enable/disable the voice input unit or the voice output unit 110, so that the user can arbitrarily turn on/off the voice input unit 1 〇 4 or voice. The output unit 11 is. In addition, the use of the button 114 not only exposes the use of the button - the use of the button, but also the combination of the plurality of buttons (four) or the pressing of the button 114 - segment_ to determine whether to turn on/off the voice input unit 104 or the voice output unit 11A. Reference to 1B® is intended to be an input device in the first embodiment of the creative embodiment. In the embodiment, two buttons 122 and 124 are set on the input unit 12G, and when the user simultaneously presses two voice recording buttons 122, the user inputs the voice input through the voice input unit 126. Then, the processing unit 128 processes the input signal received by the voice input unit 126 to generate voice data, and stores it in the storage unit. The display early 132 generates at least one corresponding light number according to the voice data, so that the user: knows the input device 12 cookware (four) sound data. The user can further process the voice (10)' stored by the storage unit 3 by pressing the - button m | m to generate a voice output signal. The controller can listen to the voice output signal from the voice output unit 134 in the 12G. The value is that the user can also use the button 122 or m to generate a control signal, M343204 to turn on/off the voice input unit 126 or the voice output unit 134. Referring to Fig. 2, there is shown an operational flowchart of the input device in the Fig. In Figure 2, the user activates the wheeling device and provides a voice input signal 202. The voice input unit in the input device begins to receive the voice input signal 204. At least one button is provided to select whether the voice input unit stops/continues to receive the voice input signal 2〇6. If you do not choose to stop receiving the voice input signal, 'the tone input unit will receive the voice input signal. Conversely, when the selection is stopped • the voice input signal is received, the processing unit in the input device processes the voice input art number and generates the voice material 208. The storage unit stores the voice data 21〇. In addition, the processing unit also provides a status 212 of whether or not the voice data is present to the display unit for displaying the presence or absence of the voice data. When the user wants to listen to the voice data stored in the storage unit, the processing unit processes the voice data and generates a voice output signal, which is provided to the voice output unit, whereby the user can listen to the voice input as input first. Referring to Fig. 3, it is a block diagram of the input device 32 〇 applied to the Lu computer system 3GG in the present embodiment. In the present embodiment, the computer system includes a wheeling device 320 and a host 340. The function description of the input device 32A is almost the same as that of the above-described input device. The host computer 34() includes a communication module, a second processor 34〇4, a storage unit 34〇6, a display unit 34〇8, a voice output early 3410, and a button 3412. The communication module 34〇2 is configured to receive the input command signal and voice data from the input device. The processor 3404 generates a status signal based on whether or not the voice data from the input 32G is present. The display unit 4〇8 generates corresponding at least one lamp according to the status signal generated by the processor 34〇4 i. The storage unit 3406 is for storing voice data. The voice output unit 3412 is electrically coupled to the M343204 processor 34〇4 and the voice output unit outputs a voice output signal. The user uses the slit 34i2 to generate a control signal to open/the tone wheel to open J410. #进-步说明, the user can use the wheel detection device 32 〇 displacement detection • module j202 to generate a displacement signal is provided to the host 340, and the corresponding displacement action is generated on the display unit 34G8 of the host device 34 For example, the displacement side module. The roller, the track ball or the optical method generates a displacement signal, so that the window surface displayed on the main body 340 is relatively changed. In particular, the user can also input the user's 浯a (also referred to as a voice input signal) to the input device 32 by using the voice input unit 32〇4 of the input device 320. For example, the voice input unit 3204 can be microphone. The voice input signal input through the voice input unit is changed into voice data via the processing unit 3. The signal can be stored in the storage unit 3 of the input device 32 or transmitted to the host 340 via the communication unit 3216 and stored in the storage unit 34〇6. For an implementation example of storing voice data in the input device 32, reference may be made to the related descriptions of FIG. 1A, FIG. 1B, and FIG. 2, and how to store the voice and audio data in the storage unit 34 of the host 340 will be discussed below. 〇 6. When the communication module 3402 in the host computer 34 receives the voice poor material from the input device 320, the voice data is transmitted to the processor 34〇4. The processor 34〇4 can further record the message information of the message data, the time signal, the nickname and the record list, and the voice data including the recorded message, according to the obtained voice data. To the storage unit 3406 or to the display unit 3408. Such a recording method can make the voice material more detailed and clear, and can be made awkward. When listening to the voice (4), the user can use the button 3412 on the M343204 host to generate a control signal to turn the voice output unit on/off. That is, the voice data can be processed by the processor 34〇4 in the host 340 to generate a voice output signal, and the voice output signal is outputted by the voice output unit 34 in the host 340. The button 3412 on the host 340 can control the start and stop of the playback of the signal. 1 Further, the storage unit 3208, the voice output unit 321〇, the button 3212, and the display unit “indicated by the dotted line in the input device 320 of FIG. 3 are selected whether the visual input device 320 is used alone or applied to the host 34〇. The use or setting is in the input device 320. It is noted that the input, processing, generation or output of the above-mentioned signals can be transmitted through the input device 320 or the host computer 34, such as the host. The display unit 340 which is generated by the 34G according to the voice data can be displayed in the display unit of the host computer 34 or transmitted through the communication module 3 in the main unit 40 to the input unit. The application (the unapplied person uses the input device 32 to make a voice message) allows the message to be sent to the user through the application, so that the user can be heard (4) through the application reminder. The sound of the sound becomes diversified, and not only the output of the M343204 112, 132, 3214, 3408 114, 122, 124, 3412 110, 134, 3210 300 3214, 3402 340 3404 voice output can be provided. Element button computer system which the display unit host processor communication module
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