1351665 100年08月29日接正替换頁 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種顯示器設備，具體是一種帶頻譜顯示屏 的顯示器設備。 【先前技術】 [0002] 當今，電腦已經普及到家庭，成為一種必不可少的工作 和娛樂設備，特別是液晶顯示器由於其結構輕便、輻射 小成為電腦配置者的寵兒，也成為了電腦用戶的首選。 但是液晶顯示器面板上特有成像原理，液晶面板的啟亮 的燈管不僅僅是液晶顯示器的主要耗電器件，而且燈管 長時間啟亮容易導致液晶顯示器出現壞點。所以當用戶 僅通過電腦播放音樂時，為了延長液晶顯示器的壽命， 保證使用品質，同時也為了節約能源，常常將顯示屏關 閉。但是現在的顯示器存在以下缺點：首先，將液晶顯 示屏關閉後，便不能獲取音樂播放中除了憑聽覺能獲取 音樂的節奏資訊以外，用戶不能獲取音樂的視覺資訊； 其次，顯示器邊框缺乏裝飾，缺少美感。 【發明内容】 [0003] 有鑒於此，提供一具有可頻譜顯示的顯示器，在顯示器 的邊框上增加一頻譜顯示部分，給顯示器的邊框增加娛 樂性與實用性。 [0004] 所述可頻譜顯示的顯示器，包括一處理單元、一視頻模 組、一視頻輸入模組、一音頻模組和一音頻輸入模組； 該處理單元從視頻輸入模組處獲得視頻資訊並將其轉換 成影像輸出，從音頻輸入模組處獲得音頻資訊並將其轉 095135256 表單編號A0101 第4頁/共11頁 1003315015-0 1351665 _一1351665 Aug. 29, 2014, the replacement page. 6. Description of the Invention: [Technical Field] The present invention relates to a display device, and more particularly to a display device with a spectrum display. [Prior Art] [0002] Today, computers have become popular in the home, becoming an indispensable work and entertainment device. In particular, liquid crystal displays have become the darling of computer configurators due to their light structure and low radiation, and have become computer users. Preferred. However, the imaging principle is unique on the liquid crystal display panel. The light-emitting tube of the liquid crystal panel is not only the main power-consuming device of the liquid crystal display, but also the light-emitting tube is prone to cause a dead pixel in the liquid crystal display. Therefore, when the user only plays music through the computer, in order to extend the life of the liquid crystal display, to ensure the quality of use, and also to save energy, the display screen is often turned off. However, the current display has the following disadvantages: First, after the liquid crystal display is turned off, the user cannot obtain the visual information of the music in addition to the rhythm information of the music obtained by the hearing. Secondly, the display frame lacks decoration and is lacking. Aesthetic. SUMMARY OF THE INVENTION [0003] In view of the above, a display having a spectrum display is provided, and a spectrum display portion is added to the frame of the display to add entertainment and practicality to the frame of the display. [0004] The display of the spectrum display includes a processing unit, a video module, a video input module, an audio module, and an audio input module. The processing unit obtains video information from the video input module. And convert it into image output, get the audio information from the audio input module and transfer it to 095135256 Form No. A0101 Page 4 / Total 11 Page 1003315015-0 1351665 _
100年 08月 29 B - 換成聲音輪出；該顯示器還包括一頻譜模組，其包括一 .. 頻譜按鍵、一頻譜生成模組和一頻譜顯示屏，頻譜按鍵 控制頻譜模組的開啟與關閉，頻譜生成模組分析音頻資 訊中的頻譜特徵，將其處理成頻譜塊，該頻譜塊顯示於 頻譜顯示屏上》 [0005] 與現有的顯不器相比，本發明可頻譜顯示的顯示器，其 通過在顯不器上增加一頻譜模組，當顯示屏關閉後，用 戶不僅能從聽覺上感受音樂，而且從視覺上也可獲知音 φ 樂節奏，獲得音樂的雙重享受。另一方面，跳躍的頻譜 塊能提升用戶心情，加強顯示器的娛樂效果。 【實施方式】 [0006] 如圖1所示，是本發明可頻譜顯示的顯示器的外觀圖。該 顯不器1包括：一顯示屏2、一邊框3、一支座4、一底座5 、一頻譜顯示屏Θ、一音箱γ以及顯示器開關8。相比現有 的顯不器，本發明的顯示器1增加了所述頻譜顯示屏6， 該頻譜顯示屏6能顯示當前播放歌曲的頻譜資訊，且在顯 • 示器開關8上增加一頻譜按鍵9,通過該頻譜按鍵9用戶可 以控制頻譜顯示屏6的開啟和關閉。 [0007] 如圖2所示’是本發明可頻譜顯示的顯示器的硬體架構圖 。該顯示器的硬體系統至少包括一處理單元1〇、一視頻 模組20、一視頻輸入模組21、音頻模組40、一音頻輪入 模組41和一頻譜模組30〇處理單元1〇通過視頻輸入模組 21和音頻輸入模組41從電腦主機處獲取有關視頻資訊和 音頻資訊，其中’視頻資訊通過視頻模組2〇以影像形式 輸出在顯示屏2上，音頻資訊通過音頻模組4〇以聲音形式 095135256 表單編號Α0101 第5頁/共11頁 1003315015-0 1351665 通過音箱7輸出。 100年08月29日 孩正 [0008] 在本發明中，還設置有一頻譜模組3〇，其包括：所述設 置在顯示器1邊框上的頻譜按鍵9、一頻譜生成模組μ和 所述頻譜顯示屏6。頻譜按鍵9與頻譜生成模組32相連接 ’頻s兽按鍵9根據用戶的輸入產生命令，控制頻譜模組3〇 的開啟和關閉。當頻譜按鍵9產生一開啟命令時，頻譜生 成模組32啟動頻譜分析程式，抓取音頻信號中的頻譜特 徵’將其轉換成頻譜·塊’且開啟頻譜顯示屏6，進而將頻 譜塊顯示在頻譜顯示屏6上。當頻譜按鍵9產生一關閉命 令時’頻諸生成模組32停止對音頻信號進行頻譜分析， 同時關閉頻譜顯示屏6。用戶通過對頻譜按鍵9的開啟和 關閉操作，控制頻譜顯示屏6的開啟和關閉狀態，並不會 影響音樂的其他方面，如聲音的正常輸出。 [0009] 如圖3所示，是本發明可頻譜顯示的顯示器的流程圖。包 括以下步驟，首先處理單元10接受從電腦主機輸入的音 頻資訊（步驟S20);然後判斷此時頻譜按鍵9的狀態（ 步驟S21);如果頻譜按鍵9為開啟狀態，則啟動頻譜模 組30，開啟頻譜顯示屏6 (步驟S23)，頻譜生成模組32 抓取音頻信號中的頻譜特徵，將其轉換成頻譜塊將其顯 示在頻譜顯示屏6上（步驟S24)，用戶可以通過顯示的 頻譜塊的資訊得知音樂的頻譜資訊。如果頻譜按鍵9處於 關閉狀態，則處理單元1〇進一步監控頻譜按鍵9是否有頻 譜模组30的開啟命令，如果頻譜按鍵9輸入開啟命令，則 進入步驟S23 ;如果頻譜按鍵9沒有輸入開啟命令，則頻 譜模組30不啟動，頻譜顯示屏6處於關閉狀態不顯示頻譜 095135256 表單编號Α0101 第6頁/共11頁 1003315015-0 1351665 100年08月29日修正替換頁 資訊（步驟S28)。在頻譜顯示屏6的開啟的情況下，處 理單元10即時監控頻譜按鍵9是否有產生關閉頻譜模組30 的命令（步驟S25)，如果有輸入頻譜模組30的關閉命令 ，則關閉頻譜模組30，關閉頻譜顯示屏6 (步驟S27)， 頻譜資訊不顯示（步驟S28);如果沒有輸入頻譜模組30 的關閉命令，則回到步驟S24。 [0010] 在以上流程中，並沒有涉及顯示屏2的開啟與否，因為依 照本發明的該實施方式，顯示屏2的開啟與否並不影響頻 譜顯示屏6的開啟與關閉狀態。 【圖式簡單說明】 [0011] 圖1是本發明可頻譜顯示的顯示器的外觀圖。 [0012] 圖2是本發明可頻譜顯示的顯示器的硬體架構圖。 [0013] 圖3是本發明可頻譜顯示的顯示器的流程圖。 【主要元件符號說明】 [0014] 處理單元10August 29, 2008 B - replaced with a sound wheel; the display also includes a spectrum module comprising: a spectrum button, a spectrum generation module and a spectrum display screen, and the spectrum button controls the opening of the spectrum module Turning off, the spectrum generation module analyzes the spectral features in the audio information and processes them into spectrum blocks, which are displayed on the spectrum display screen. [0005] The spectrum display display of the present invention is compared with the existing display device. By adding a spectrum module to the display device, when the display screen is turned off, the user can not only feel the music from the auditory sense, but also visually know the sound rhythm of the music, and enjoy the double enjoyment of the music. On the other hand, the jumping spectrum block can enhance the user's mood and enhance the entertainment effect of the display. [Embodiment] FIG. 1 is an external view of a display that can be displayed in a spectrum of the present invention. The display device 1 includes a display screen 2, a frame 3, a stand 4, a base 5, a spectrum display port, a speaker γ, and a display switch 8. Compared to the prior art display, the display 1 of the present invention adds the spectrum display screen 6, which can display the spectrum information of the currently playing song, and adds a spectrum button 9 to the display switch 8. Through the spectrum button 9, the user can control the opening and closing of the spectrum display 6. [0007] As shown in FIG. 2, it is a hardware architecture diagram of a display of the spectrum display of the present invention. The hardware system of the display includes at least a processing unit 1 , a video module 20 , a video input module 21 , an audio module 40 , an audio wheel module 41 , and a spectrum module 30 〇 processing unit 1 . The video information and the audio information are obtained from the computer host through the video input module 21 and the audio input module 41, wherein the 'video information is outputted on the display screen 2 through the video module 2, and the audio information is passed through the audio module. 4〇 In the form of sound 095135256 Form number Α 0101 Page 5 / Total 11 pages 1003315015-0 1351665 Output through the speaker 7. In the present invention, a spectrum module 3 is further provided, which includes: the spectrum button 9 disposed on the frame of the display 1, a spectrum generating module μ, and the Spectrum display 6. The spectrum button 9 is connected to the spectrum generating module 32. The 'frequency' button 9 generates a command according to the user's input to control the opening and closing of the spectrum module 3A. When the spectrum button 9 generates an open command, the spectrum generation module 32 starts the spectrum analysis program, grabs the spectral feature in the audio signal and converts it into a spectrum block and turns on the spectrum display 6, thereby displaying the spectrum block. On the spectrum display 6. When the spectrum button 9 generates a shutdown command, the frequency generation module 32 stops spectral analysis of the audio signal while turning off the spectrum display 6. By turning on and off the spectrum button 9, the user controls the on and off states of the spectrum display 6 without affecting other aspects of the music, such as the normal output of the sound. [0009] As shown in FIG. 3, it is a flowchart of a spectrum display display of the present invention. Including the following steps, first, the processing unit 10 accepts the audio information input from the host computer (step S20); then determines the state of the spectrum button 9 at this time (step S21); if the spectrum button 9 is in the on state, the spectrum module 30 is activated. The spectrum display screen 6 is turned on (step S23), and the spectrum generation module 32 captures the spectral features in the audio signal, converts them into spectrum blocks and displays them on the spectrum display screen 6 (step S24), and the user can pass the displayed spectrum. The block information tells the spectrum information of the music. If the spectrum button 9 is in the off state, the processing unit 1 further monitors whether the spectrum button 9 has an open command of the spectrum module 30. If the spectrum button 9 inputs an open command, the process proceeds to step S23; if the spectrum button 9 does not input an open command, Then, the spectrum module 30 is not activated, the spectrum display screen 6 is in the off state, and the spectrum 095135256 is not displayed. Form No. Α 0101 Page 6 / Total 11 pages 1003315015-0 1351665 The replacement page information is corrected on August 29, 100 (step S28). In the case that the spectrum display screen 6 is turned on, the processing unit 10 immediately monitors whether the spectrum button 9 has a command to generate the spectrum shutdown module 30 (step S25). If there is a shutdown command of the input spectrum module 30, the spectrum module is turned off. 30. The spectrum display 6 is turned off (step S27), the spectrum information is not displayed (step S28); if the close command of the spectrum module 30 is not input, the process returns to step S24. [0010] In the above flow, the opening or not of the display screen 2 is not involved, because according to the embodiment of the present invention, the opening or not of the display screen 2 does not affect the on and off states of the spectrum display screen 6. BRIEF DESCRIPTION OF THE DRAWINGS [0011] FIG. 1 is an external view of a display of a spectrum display of the present invention. 2 is a hardware architecture diagram of a display of a spectrum display of the present invention. 3 is a flow chart of a display that is spectrally displayable in accordance with the present invention. [Main Component Symbol Description] [0014] Processing Unit 10
[0015] 視頻模組20 [0016] 視頻輸入模組21 [0017] 頻譜模組30 [0018] 頻譜按鍵9 [0019] 頻譜生成模組32 [0020] 頻譜顯示屏6 [0021] 音頻輸入模組41 095135256 表單編號A0101 第7頁/共11頁 1003315015-0[0015] Video Module 20 [0016] Video Input Module 21 [0017] Spectrum Module 30 [0018] Spectrum Button 9 [0019] Spectrum Generation Module 32 [0020] Spectrum Display Screen [0021] Audio Input Module 41 095135256 Form No. A0101 Page 7 of 11 1003315015-0