200921312 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種音樂系統之技術領域 g光效果、削碼及無線傳輸介面之自動化音樂系統^ 【先前技術】 目^在節慶裝飾、水舞表演、建_明 所 亦可發現音樂應歸發光單元及照明設備上。 -音：二=專广>告/公開第1224271號所提之「可隨 接mi變裝置」’係與一電腦相連 器及^：=第::存器、一驅動程式、-第二暫存 者立外’丨面其中，第一暫存器用以儲存音樂檔。 二ϊίΓΐ時，驅動程式用以擁取音樂檔之-振幅值 特定喝。另^轉ί成—衫碼。而第二暫存器用以儲存 腦週邊梦：：？入，丨面用以連接電腦週邊裝置。再者，電 用以解=含一控制電路及-發光元件。此控制電路 出產生光的，並產生一輸出。而發光元件係根據此輸 1*^| 「音樂鈐如中華民國專利公告/公開第231478號所提之 份。聖誕樹」，其包含有一聖誕樹及一控制盒兩大部 下方， 聖誕樹上裝飾有燈泡。而控制盒設於聖誕樹之 座、—動以供聖誕樹植設。其特徵在於控制盒包含有一底 台及一私力源叙件、一轉動機構、一1€揚聲組件、一支撐 风罩。此動力源組件設於底座上，並以導線與聖誕 5 200921312 上導:::連f。轉動機構設於底座上，係與動力源組件 用以提供馬達及受馬達聯動轉動之數齒輪組， 導線連結，功能。IC揚聲組件亦與動力源組件之 下方，具有in功能。而支稽台設於底座 全罩覆住。藉由轉動機構及1c揚聲組件完 誕=產生旋轉等=:後’使聖 「ρ」樂中華民國專利公告/公開第M285757號所提之 部發光裝置」，主要係於殼體表面設有-透光 ΓΒ 卩叹有控制電路，控制電路設有至少一發光二 -奸:?丨。:制電路延伸出—訊號插頭，訊號插頭另延伸出 =此，利用訊號插頭與音樂播放器連接，控制電 極體的么d:以不同的音樂訊號來控制發光二 &先舞動，而達聲光同步的娛樂效果者。 另外，每當看完水舞之表演後，總令人感到目眩神迷， 二、波動配合音樂的起伏，躍動的姿態彷彿有生命力一 深究探，得知，水噴出的波動並不是真的和音樂結 ^起，而疋分開的，水喷出的時間點早就預設好，只 要在音樂高祕伏的諸設定噴水樣纽節奏，讓觀眾看 起來好像水真的如音樂般起舞即可。 <上述驾知技藝之缺點，在於其均無法自動控制複數個 接丈裝置產生依序列之光或水之開、關、強、弱的變化。 而且，習知技藝亦無識別碼確認，無法確保每個接收裝置 接收到正確的音樂訊號。同時，習知技藝均利用有線線路 連接各個元件，無法利用無線傳輪方式進行控制，在傳輸 及應用上均有所受限。 200921312 /為=決習知技藝之缺點，以滿足使用者對自動化音樂 系統之需求，本發明人基於多年從事研究與諸多實務 驗，經，方研究設計與專題探討，於本發明提出一種自動 化音樂系統及其方法’以作為前述期望之實現方式與依棣。 【發明内容】 有鑒於上述課題，本發明之目的係提供一種自動化音 •樂系統及其方法，特別是一種具聲光效果、識別碼及無^ 傳輸介面之音樂系統及方法，以滿足使用者對自動化音樂 系統之需求，同時解決習知技藝之缺點，除具有識別螞以 供辨識外，亦可利用無線傳輸方式進行控制，還能使音樂 與發光單元結合在一起，在撥放音樂的同時，讓發光單^ 或噴水單元產生明暗強弱之變化，有如水舞或燈舞一般迷 人，而且毋須事先設定燈光之明暗，即可使音樂與燈光自、 然呈現。 緣是，為達上述之目的，本發明係提出一種自動化音 樂系統，其包含一控制裝置、複數個接收裝置及一轉換接 頭。此控制裝置具有一處理模組及一無線傳輸模組。每一 接收裝置具有一識別碼、一辨識模組及一開關控制模組。 而轉換接頭係一端連接至一電源，另一端連接至一插頭或 :開關，且插頭或開關連接至此些開關控制模組。其中， ，撥放一音樂以產生一音樂訊號時，處理模組轉換音樂訊 號為一控制序列，且控制序列内具有至少一對應於此些接 收装置之識別編號，以由無線傳輸模組傳送控制序列至識 別編號所對應之接收裝置，並由辨識模組辨識識別編號與 所對應之接收裝置的識別碼。當識別編號與所對應之接收 裳置的識別碼相同時，使識別編號所對應之接收裝置的開 7 200921312 關控制模組，依控制序 =_模組連接至-發光單元=單同時並 制動作產生—開關變化及-強弱^化早70 控 列步^外’本發明再提出—種自動化音樂方法，其包含下 (a) 提供-自動化音樂系統，其 個接收裝置，控制带置且古*㈣裝置及複數 輸模組，每靴滅—無線傳 及一開關控制ii具有一識別碼、一辨識模組 (b) 撥放一音樂以產生一音举 (m組轉換音樂訊號為:控制序列， 列内具有至少一對應於此些接收裝置之識別 否辨， 的别石％疋否相同。 及 (e) 當識別編號與所對應之接收裝置的識別 時’使識別編號所對應之接收裂置的開關二 組，依控制序列進行一控制動作。 模 (f) 使每一開關控制模組連接至一發光單元戈 單元，並依此控制動作產生一開關變化二=噴水 化。 強弱變 ^茲為使貴審查委員對本發明之技術特徵及 功效有更進一步之瞭解與認識，下文謹提供較佳 成之 及相關圖式以為輔佐之用，並以詳細之說明 實施例 如後。 入予配合說明 實施方式】 顯易懂， 為使本發明之上述目的、特徵和優點能更明 200921312 下文依本發明之自動化音樂系統及其方法，特舉較佳實施 例，並配合所附相關圖式，作詳細說明如下，其中相同的 元件將以相同的元件符號加以說明。 立請參閱第1圖，係顯示本發明之自動化音樂系統之示 思圖。圖中，自動化音樂系統係包含一控制裝置1 1、 個接收裝置12及一轉換接頭15。其中，控制裝置u具有 一處理模組112及一無線傳輸模組113。每一接收裝置12 具有-識別碼122、-辨識模組123及—開關控制模組 124。而轉換接頭15係一端連接至一電源14，另一端連接 至一開關16或一插頭，且開關16或插頭連接至此些開關 控制模組124。此控制裝置u係包含—電腦、一手機、一 個人數位助理及一音樂撥放器（如Mp3或Mp4)其中一者。 無線傳輸模組113之-傳輸介面係包含—無線藍芽傳輸介 面、一無線射頻辨識傳輸介面、—無線區域網路傳輸介面 及一任何種類之無線傳輸介面其中一者。 \ 當撥放一音樂或一音樂檔1111以產生一音樂訊彳 時，處理模組112轉換音樂訊號為一控制序列1121，且; 制序列1121内具有至少—對應於此些接收裝置丨2之識」 ，號以由無線傳輪模組113傳送控制序列mi至識和 2對應之接收I置12，並由辨識模組123辨識此識別; 接收裝置12的識別碼122。當識別編物 的 ^ 進行-控㈣作。=關=模組^，依控制序列⑴ 一發光箪元一寺，使母一開關控制模組124連接^ " 或一噴水單元，並依此控制動作產生一開 9 200921312 變化及一強弱變化。 it匕外’控制裝置u亦可增加一儲存模植in、一音效 才莫組114及—"钟/ / 儲在立，5另模、，且（圖未示）。此儲存模組111係用以 爾仔晋樂檔11彳丨B ., 音樂吼號夕—4及—程式碼HU，且程式碼1112係擷取 二) 振幅值及一頻率值並轉換控制序列1121。而 ll果組114係用以發出音樂訊號之—聲音。另識別模組 妒晋二9識^接收裝置12所傳回之一確認信號。還有’接收 P 可増加一無線接收模組121及一無線發送模組 & &不無線接收模組121係用以接收控制序列1121。 ^線發送模組係在識別編號與所對應之接收裝置的 :馬122相同時，用以傳回確認訊號至控制裝置11而開 始上述之控制動作。 π參閱第2圖’係顯示本發明之自動化音樂方法之流 立圖中’此方法係對應第1圖所示之自動化音樂系統 不思圖，並包含下列步驟： 步驟S21.提供一自動化音樂系統’其包含一控制裝置“ 及複數個接收裝置12,控制裝置11具有一處理 模組112及一無線傳輸模組113,每一接收裝置 12具有一識別碼122、一辨識模組123及一開關 控制模組124。 步驟S22:撥放—音m樂檔mi以產生-音樂訊號。 乂驟S23.以處理模Ή12轉換音樂訊號為-控制序列 1121，且控制序列1121内具有至少一對應於此 些接收敦置12之識別編號。 200921312 步驟S24:以無線傳輸模組113傳送此控制序列1121至識 別編號所對應之接收裝置12。 步驟S25 :以辨識模組123辨識此識別編號與所對應之接 收裝置12的識別碼122是否相同。若是，則進 行步驟S26。若否，則返回步驟S22。 步驟S26:使識別編號所對應之接收裝置12的開關控制模 組124，依此控制序列1121進行一控制動作。 步驟S27 :使每一開關控制模組124連接至一發光單元13 或一喷水單元，並依此控制動作產生一開關變化 及一強弱變化，以控制此些發光單元13之一亮 燈數目、一亮燈色彩、一亮度等級、一亮度升降、 一遞移方向及一遞移單位其中至少一者。 要特別說明的是，如何設計自動化音樂方法之相關軟 硬體，以達成音樂與各個發光單元13之開、關、強、弱的 、 ，此些接收裝置12連接至此些發光單元13為例。首先， 定義若干個發光單元13為—發光模組，每—發光模組之亮 燈色彩皆相同，如 blue()、green()、yell〇w()...。此發 變化，現以控制裝置11讀取[di類型之音樂檔1111，並 光模組之類型代表發光單元13之種類，且每一發光單^ 13上編列有不同的識別編號。接著，定義三個變數，第一200921312 IX. Description of the Invention: [Technical Field] The present invention relates to an electronic music system for optical effects, transcoding, and wireless transmission interface in the technical field of a music system. [Prior Art] In the festival decoration, water dance Performances and constructions can also be found on the lighting unit and lighting equipment. - Sound: 2 = 广广> 告/公开第1224221's "can be connected with the mi device" is connected to a computer and ^: =:::, a driver, - second The temporary register is used to store music files. In the case of two ϊίΓΐ, the driver is used to capture the music file - the amplitude value is specific to drink. Another ^ turn zh into - shirt code. The second register is used to store dreams around the brain::? In, the face is used to connect the computer peripherals. Furthermore, the electric solution is used to include a control circuit and a light-emitting element. This control circuit produces light and produces an output. The light-emitting element is based on the input of the music. For example, the music tree, such as the Republic of China Patent Notice/Publication No. 231478. The Christmas tree includes a Christmas tree and a control box underneath the two parts, and the Christmas tree is decorated with a light bulb. . The control box is located in the seat of the Christmas tree, which is used for the Christmas tree planting. The utility model is characterized in that the control box comprises a bottom platform and a private source source, a rotating mechanism, a 1 ton sound component and a supporting hood. This power source assembly is located on the base and is wired with Christmas 5 200921312 to guide::: even f. The rotating mechanism is disposed on the base, and is connected to the power source assembly for providing a motor and a plurality of gear sets that are rotated by the motor, and the wires are connected and function. The IC speaker component is also below the power source component and has an in function. The branch is placed on the base and covered. The rotation of the rotating mechanism and the 1c speaker assembly = the generation of the rotation, etc. =: After the 'sports lighting device proposed by the Republic of China Patent Publication No. M285757, which is mainly provided on the surface of the casing - Translucent ΓΒ There is a control circuit, and the control circuit is provided with at least one illuminating two: 奸:? : The circuit extends out - the signal plug, the signal plug extends out = this, using the signal plug to connect with the music player, control the electrode body d: use different music signals to control the light two & first dance, and sound Light synchronized entertainment effects. In addition, every time after watching the performance of the water dance, it always makes people feel dazzled. Second, the fluctuations match the ups and downs of the music. The pulsating posture seems to have a vitality to explore. It is known that the fluctuation of water spurt is not true. The music is set up, and the sputum is separated. The time of the water squirting is already pre-set. As long as the music is high-spirited, the setting of the water-like rhythm makes the audience look like the water really dances like music. . <The shortcoming of the above-mentioned driving skill is that it cannot automatically control a plurality of devices to generate a change in the light, or the opening, the off, the strong, and the weak of the sequence. Moreover, the prior art does not have an identification code confirmation, and it cannot be ensured that each receiving device receives the correct music signal. At the same time, the conventional techniques use wired lines to connect the various components, and cannot be controlled by the wireless transmission method, which is limited in transmission and application. 200921312 / For the shortcomings of the decision-making skills to meet the user's demand for automated music systems, the inventors based on years of research and many practical tests, research, design and topical discussion, the present invention proposes an automated music The system and its method' are used as the implementation and dependencies of the aforementioned expectations. SUMMARY OF THE INVENTION In view of the above problems, an object of the present invention is to provide an automated sound and music system and method thereof, and more particularly to a music system and method having an acousto-optic effect, an identification code, and a no-transmission interface to satisfy a user. The need for an automated music system, while solving the shortcomings of the prior art, in addition to identifying the anatomy for identification, can also be controlled by wireless transmission, and can also combine music and lighting units, while playing music Let the light single or the water spray unit produce changes in brightness and darkness, such as water dance or light dance, and the music and light can be presented without the need to set the brightness of the light in advance. Accordingly, for the above purposes, the present invention provides an automated music system comprising a control device, a plurality of receiving devices and a conversion connector. The control device has a processing module and a wireless transmission module. Each receiving device has an identification code, an identification module and a switch control module. The adapter is connected to a power supply at one end and to a plug or switch at the other end, and the plug or switch is connected to the switch control modules. Wherein, when a music is played to generate a music signal, the processing module converts the music signal into a control sequence, and the control sequence has at least one identification number corresponding to the receiving devices for transmission control by the wireless transmission module. The sequence is connected to the receiving device corresponding to the identification number, and the identification module identifies the identification number and the identification code of the corresponding receiving device. When the identification number is the same as the corresponding identification code of the receiving skirt, the control module of the receiving device corresponding to the identification number is connected to the control module according to the control sequence = _ module is connected to the - lighting unit = single simultaneous system Action generation - switch change and - strong and weak ^ early 70 control step ^ outside 'the present invention is further proposed - an automated music method, which includes the following (a) provide - automated music system, its receiving device, control belt and ancient * (4) Device and complex transmission module, each shoe is off - wireless transmission and a switch control ii has an identification code, an identification module (b) plays a music to generate a tone (m group conversion music signal is: control In the sequence, the column has at least one identification corresponding to the identification of the receiving devices, and the other components are the same. (e) When the identification number and the corresponding receiving device are identified, the receiving corresponding to the identification number is made. The split switch group 2 performs a control action according to the control sequence. The mode (f) connects each switch control module to a light-emitting unit, and according to the control action, generates a switch change 2 = spray hydration. ^ In order to provide a better understanding and understanding of the technical features and functions of the present invention, the following is intended to provide a better description and related drawings for the purpose of assisting the implementation of the detailed description. The above-mentioned objects, features and advantages of the present invention will become more apparent. In the following, the automated music system and method thereof according to the present invention will be described in detail with reference to the accompanying drawings. The same elements will be described with the same element symbols. Please refer to Fig. 1 for a diagram showing the automated music system of the present invention. In the figure, the automated music system includes a control device 1 . The receiving device 12 and a conversion connector 15. The control device u has a processing module 112 and a wireless transmission module 113. Each receiving device 12 has an identification code 122, an identification module 123, and a switch control module. Group 124. The adapter 15 is connected at one end to a power source 14 and at the other end to a switch 16 or a plug, and the switch 16 or plug is connected to the switch The control module 124. The control device u includes one of a computer, a mobile phone, a number of assistants, and a music player (such as Mp3 or Mp4). The transmission interface of the wireless transmission module 113 includes - wireless blue Bud transmission interface, a radio frequency identification transmission interface, a wireless area network transmission interface, and any kind of wireless transmission interface. \ When a music or a music file 1111 is played to generate a music message, processing The module 112 converts the music signal into a control sequence 1121, and the sequence 1121 has at least - the knowledge corresponding to the receiving devices , 2, the number is transmitted by the wireless transmission module 113 to the control sequence mi to the identification and 2 The corresponding receiving I is set to 12, and the identification is recognized by the identification module 123; the identification code 122 of the receiving device 12 is received. When the identification of the composition is carried out - control (four). =Off=Module^, according to the control sequence (1) A light-emitting unit, a mother switch control module 124 is connected to a ^ " or a water spray unit, and according to this control action to generate an open 9 200921312 change and a strong change . The "outside" control device u can also add a storage model in, a sound effect group 114 and -" clock / / stored in the stand, 5 other models, and (not shown). The storage module 111 is used for the Erzhao Jinle file 11彳丨B., the music number —-4 and the code HU, and the code 1112 is used to capture the amplitude value and the frequency value and convert the control sequence. 1121. The ll fruit group 114 is used to emit a sound signal - sound. Another identification module 妒晋二9 identifies the acknowledgment signal returned by the receiving device 12. Also, the receiving P can add a wireless receiving module 121 and a wireless transmitting module &&& non-wireless receiving module 121 for receiving the control sequence 1121. The line transmission module starts the above-described control operation by transmitting a confirmation signal to the control device 11 when the identification number is the same as that of the corresponding receiving device: horse 122. π Referring to FIG. 2' is a flow diagram showing the automated music method of the present invention. 'This method corresponds to the automated music system shown in FIG. 1 and includes the following steps: Step S21. Providing an automated music system 'There is a control device' and a plurality of receiving devices 12, the control device 11 has a processing module 112 and a wireless transmission module 113, each receiving device 12 has an identification code 122, an identification module 123 and a switch Control module 124. Step S22: Play the audio m music mi to generate a music signal. Step S23. Convert the music signal to the control sequence 1121 by the processing module 12, and at least one of the control sequences 1121 has The identification number of the receiving device 12 is received. 200921312 Step S24: The control unit 121 is transmitted by the wireless transmission module 113 to the receiving device 12 corresponding to the identification number. Step S25: the identification module 123 identifies the identification number and the corresponding number. Whether the identification code 122 of the receiving device 12 is the same. If yes, the process proceeds to step S26. If not, the process returns to step S22. Step S26: the switch control mode of the receiving device 12 corresponding to the identification number is made. The group 124 performs a control action according to the control sequence 1121. Step S27: connecting each switch control module 124 to a light-emitting unit 13 or a water spray unit, and generating a switch change and a strong change according to the control action. To control at least one of the number of lighting, one lighting color, one brightness level, one brightness raising and lowering, one reversal direction, and one handing unit of one of the light emitting units 13. Specifically, how to design an automated music The related software and hardware of the method, for example, to achieve the opening and closing, strong, and weak, and the receiving devices 12 are connected to the light-emitting units 13. For example, a plurality of light-emitting units 13 are defined as The lighting module, the lighting color of each lighting module is the same, such as blue (), green (), yell 〇 w () .... This change, now read by the control device 11 [di type music The file 1111, and the type of the optical module represent the type of the light-emitting unit 13, and each light-emitting unit 13 has a different identification number. Next, three variables are defined, first
亮度越大。 代表一段音樂之一小節的音符 r少個發光單元13。第三個變數 η」三者其中之一 ’ u代表此小 11 200921312 卽之音符為逐漸上升’ d代表此小節之音符為逐漸下降 的，η代表此小節之音符不升不降，故字母決定了亮度升 降。如blue(2,5，d)代表亮度等級為二之藍燈，且亮度依 序下降並閃爍五次。 當音樂訊號之每一音節為Μ個音符，且每N個發光單 元13為一發光模組時，比較Μ與Ν之大小，以及μ與Ν 相除是否有餘數，將有以下五種情形： (1)當Μ小於Ν，Ν與Μ相除無餘數，且商值為Μ時， 發光模組每次亮起Μ個發光單幻3，每次遞移時，以M 為一遞移單位向一遞移方向移動。 (2)當Μ小於Ν，N與Μ相除有钤| 々日陈頁餘數Β1，且商值為Α2 時，發光模組每次亮起Α2個發光單元13，每次遞 以Α2為-遞移單位向-遞移方向移動，且最後夺真 起Β1個發光單元13。 儿 ⑶當Μ等於Ν’Μ與Ν相除無餘數，且商值為Α3等於 一時，發光模組每次亮起一個發光單元13 ,每次遞移時， 以一為一遞移單位向一遞移方向移動。 (4) 當Μ大於Ν，Μ與Ν相除無餘數，且商值為Μ時， 發光模組每過Α4個音符亮起一個發光單元13，每欠遞移 時’以一為一遞移單位向一遞移方向移動。 υ (5) 當Μ大於Ν’Μ與Ν相除有餘數Β2,且商值Α5時， 發光模組每過Α5個音符亮起一個發光單元13，每次此些 發光單元13遞移時，以―為一遞移單位向—遞移$向^ 12 200921312 動，且最後一個發光單元13亮起B2個音符之時間。 此外，當音樂為一節奏樂器、一主旋律樂器或一副旋 律樂器所製成時，處理模組112會再設定一模組形式、一 編號、一節拍、一音高及一音長其中至少一者。 (1)當音樂為節奏樂器所製成時，如鼓、銅鈸、壓制鈸 或牛鈴。先设疋模組形式，如drum()。再設定編號及音長， 編说為第一個變數，音長為第二個變數。接著，將一節拍 设為120 ’如drum(l，60)代表一小鼓打半拍，drum(6, 12〇) 代表一壓制鈸打一拍，drum(18, 30)代表牛鈴打四分之一 拍0 (2)當音樂為主旋律樂器所製成時，如鋼琴、吉他或木 琴。先找出音軌之最高音（Max)及最低音（Min)，並定義每 -發光模組具有Μ個發料元13，再調整原始音軌或發光 單元13之數目’使得m+1)。在編號之對應上， 先找出音高為（MaX+Min)/2之音符，使此音符對應 、〇m)/2個發光單元13上’而其他的音符則以此音符為一 中心點’依序對應至其他的發光單元13上。同時，發光模 組之形式為main()，括弧内有兩個變數，第一個變^ 」 整數，代表此音符之音高，第二個變數為一整數\表: 音符之長度，其與節奏樂器之定義相同，將—拍設為12〇, 如main(72,240)代表一個音高為高音D〇,音長為2拍四立 符。 (3)當音樂為副旋律樂器所製成時，如大提琴或低立士 他。對應之編號及模組形式與主旋律樂器相同，差異^二 13 200921312 於副旋律樂器之模組外型為c〇mpany( 副旋律樂器之音域通常較為低黯狹窄， :元:以在副旋律樂器上’可選擇較大、顏色；深之發: 請參閱第3圖，係顯示本發明之自動化 -較佳實施例示意圖。圖中，自動 ::、^、、、之第 聖誕樹34之裝傅上，可使發光單元3;^ = -- 先變化，以展現聖誕節之歡樂氣氛。首先，在聖 ， 上裝飾複數個接收裝置32，並將每一接收 、 發光單元33，如燈泡或發光二極體。 妾至 撥放-音純Μ生-音樂城，㈣音樂來财^^ 控制序列，且控制序列内具有至少一對應於: 、’、、、 32二識別編號。接著，透過電腦31之:無線;$ =制序列至識別編號所對應之接收震置32上，在接= 置32之辨識模組確認識別編號與識別抑同後，接^ 32之-開關控制模組即對其連接之發光單元犯進行f 制動作，以產生一明暗強弱之燈光變化，使發光 ^ 隨著音樂起舞，進而展現聖誕節之歡樂氣氛。 請參閱第4圖’係顯示本發明之自動化音樂系統之第 二較佳實施例示意圖。时，本系統係運用於—家庭劇院 上’由電視44播出演唱會之音樂後，使複數個發光單元 ^隨音樂變化’以產生最佳的臨場感與聲光效果。在開始 月’J，先在建築物内裝設複數個接收裝置42，並將每一接收 裝置42連接至-發光單元43。在電視44播出音樂後，由 一控制裝置41將音樂訊號轉換為一控制序列，且控制序列 200921312 至少—對應於此些接收裝置42之識別編號。接著， 、卫制裝置41之一無線傳送模組傳送控制序列至所對 .. 衣罝42上，在確認識別編號與識別碼無誤後，接 朵^置42便對其連接之發光單元43進行—明暗強弱之燈 二化’使發光單元43隨著音樂㈣，以產光俱 臨場效果。 本發明之自動化音樂系統，除上述之第一及第二較佳 知例外’亦可運用於演唱會、水舞表演、廣告看板或景 ，照明...等各種地方，以產生各種聲光變化之效果。如在 决％會上，t歌手唱歌時，由電腦接收歌聲，並將歌聲轉 、為控制序列再以無線傳輸模組傳送控制序列至各個接 收裝置上。在歌手演唱-快歌時，發光單元搭配歌聲之起 迷變換，不僅讓聲色合而為―，更能讓聽眾之情緒滞 :到最高點二而ί歌手演唱-抒情歌時，發光單元之柔和 變幻配合深情歌聲’讓音樂唱進聽眾之心中，使演唱會更 f臨場感’ 電腦進行控制，既流暢又自然、，使整 ，唱會不家粉聽音樂之美，也能享受視覺之赛 ;。再者上，將每一喷水單元加裝-控制 ^置及一 $喷水-:9樂之音樂喊由控制裝置傳送至 接收裝置時’喷水早錢能根據一音 出水量之開關及強弱，使水】來、疋喷 ^ 士立你任隨曰樂而變化。另外，如在 廣告看板上’由s樂配合發光單元， 看板上，在聲色相互結合下，可料“ 在正龙 達到廣衫傳之目的。人們的注意力’進而 以上所述僅為舉例性，而非為限制性者。任何未脫離 15 200921312 本發明之精神與麟，㈣其進行之等效修改或變更，均 應包含於後附之申請專利範圍中。 【圖式簡單說明】 第1圖係顯示本發明之自動化音樂系統之示意圖； 第2圖係顯示本發明之自動化音樂方法之流程圖； 第3圖係顯示本發明之自動化音樂系統之第一較佳 實施例不意圖，以及 第4圖係顯示本發明之自動化音樂系統之第二較佳 實施例示意圖。 200921312 【主要元件符號說明】 11 :控制裝置； 14 ： 111 :儲存模組； 15 ： 1111 :音樂檔； 16 ： 1112 :程式碼； S21 112 :處理模組； 31 ： 1121 :控制序列； 32 ： 113 :無線傳輸模組； 33 ： 114 :音效模組； 34 : 12 :接收裝置； 41 ： 121 :無線接收模組； 42 ： 122 :識別碼； 43 : 123 :辨識模組； 44 : 124 :開關控制模組； 45 : 13 :發光單元； 電源； 轉換接頭； 開關； -S27 :流程步驟； 電腦； 接收裝置； 發光單元； 聖誕樹， 控制裝置； 接收裝置； 發光單元； 電視；以及 沙發。 17The greater the brightness. A note representing one of the pieces of music r has fewer light-emitting units 13. The third variable η" one of the three 'u stands for this small 11 200921312 The note of the 为 is gradually rising ' d means that the note of this measure is gradually decreasing, η means that the note of this measure does not rise or fall, so the letter determines The brightness rises and falls. For example, blue(2,5,d) represents a blue light with a brightness level of two, and the brightness is sequentially decreased and flashed five times. When each syllable of the music signal is one note, and each N light-emitting units 13 is a light-emitting module, comparing the size of Μ and Ν, and whether there is a remainder between μ and Ν, there are five cases: (1) When Μ is less than Ν, Ν and Μ are separated by no remainder, and when the quotient is Μ, the illuminating module illuminates each illuminating single illusion 3, and each time it is recurved, M is a recursive unit. Move in a direction of recursion. (2) When Μ is less than Ν, N is separated from Μ 々 々 々 陈 页 页 , , , , , 且 且 且 且 且 且 且 且 且 且 且 且 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光The transfer unit moves in the -forward direction, and finally takes one of the light-emitting units 13. (3) When Μ is equal to Ν 'Μ and Ν are divided by no remainder, and the quotient Α3 is equal to one, the illuminating module illuminates one illuminating unit 13 at a time, and each time it is moved, one to one is transferred to one Move in the direction of recursion. (4) When Μ is greater than Ν, Μ and Ν are divided by no remainder, and when the quotient is Μ, the illuminating module illuminates one illuminating unit 13 every 4 notes, and every time the owing is moved, 'one by one' The unit moves in a direction of recursion. υ (5) When Μ is larger than Ν'Μ and Ν has a remainder Β2, and the quotient Α5, the illuminating module illuminates one illuminating unit 13 every 5 notes, and each time the illuminating units 13 are moved, The time is shifted to $12 200921312 by "for a transfer unit", and the last illumination unit 13 lights up for B2 notes. In addition, when the music is made by a rhythm instrument, a main melody instrument or a melody instrument, the processing module 112 further sets a module form, a number, a beat, a pitch, and a pitch length. By. (1) When the music is made of a rhythm instrument, such as drums, cymbals, cymbals, or cow bells. First set the module form, such as drum (). Set the number and length, edit the first variable, and the second variable. Next, set a beat to 120 ' such as drum (l, 60) for a small drum to play half a beat, drum (6, 12〇) for a press beat, and drum (18, 30) for a cow bell for four. One shot 0 (2) When music is made for a main melody instrument, such as a piano, guitar or xylophone. First find the highest (Max) and lowest (Min) of the track, and define that each light-emitting module has one hair element 13, and then adjust the number of the original track or light-emitting unit 13 'm+1) . In the correspondence of the numbers, first find the note with the pitch of (MaX+Min)/2, so that the note corresponds to 〇m)/2 on the light-emitting unit 13 and the other notes take this note as a center point. 'Sequentially corresponding to other light-emitting units 13. At the same time, the form of the lighting module is main(), there are two variables in the brackets, the first one is ^" integer, which represents the pitch of the note, and the second variable is an integer\table: the length of the note, which is The definition of the rhythm instrument is the same, set the beat to 12〇, for example, main(72,240) represents a pitch with a high pitch D〇, and the sound length is 2 beats and four quads. (3) When music is made for a sub-melody instrument, such as a cello or a low literary. The corresponding number and module form are the same as the main melody instrument, the difference ^ 2 13 200921312 The module shape of the sub-melody instrument is c〇mpany (the range of the sub-melody instrument is usually lower and narrower, : Yuan: in the sub-melody instrument Upper 'can choose larger, color; deep hair: Please refer to Fig. 3, which shows the automation of the present invention - a schematic diagram of a preferred embodiment. In the figure, the automatic::, ^,,,,,,,,,, On the top, the lighting unit 3; ^ = -- can be changed first to show the joyful atmosphere of Christmas. First, a plurality of receiving devices 32 are decorated on the saint, and each receiving, lighting unit 33, such as a light bulb or a light, is illuminated. Diode. 妾 to play - sound pure twins - music city, (four) music to finance ^ ^ control sequence, and the control sequence has at least one corresponding to: , ',,, 32 two identification number. Then, through the computer 31: wireless; $ = system sequence to the identification number corresponding to the receiving vibration 32, after the identification module of the connection = 32 to confirm the identification number and identification inhibition, then the ^ 32 - switch control module is right The connected light-emitting unit commits an f-action to generate a Dark and strong light changes, making the light ^ dance with the music, and then show the joyful atmosphere of Christmas. Please refer to Fig. 4' is a schematic view showing a second preferred embodiment of the automated music system of the present invention. Used in the home theater - after the music of the concert was broadcast by TV 44, the plurality of lighting units ^ changed with the music to produce the best sense of presence and sound and light. At the beginning of the month 'J, first in the building A plurality of receiving devices 42 are installed, and each receiving device 42 is connected to the light emitting unit 43. After the television 44 broadcasts the music, the music signal is converted into a control sequence by a control device 41, and the control sequence 200921312 is at least - Corresponding to the identification numbers of the receiving devices 42. Next, one of the wireless transmission modules of the security device 41 transmits a control sequence to the pair of clothes. 42 after confirming that the identification number and the identification code are correct, ^42 will be connected to the light-emitting unit 43 - the light and dark of the lamp - "lighting the light unit 43 with the music (four), to produce the effect of the production of light. The automated music system of the present invention, The above-mentioned first and second preferred exceptions can also be applied to various places such as concerts, water dance performances, advertising billboards or scenery, lighting, etc., in order to produce various effects of sound and light changes. On the other hand, when the singer sings, the song is received by the computer, and the song is transferred, and the control sequence is transmitted to the receiving device by the wireless transmission module. When the singer sings - the fast song, the lighting unit is fascinated with the singing voice. The transformation not only makes the sound and color together, but also makes the audience's emotions stagnate: to the highest point two, while the singer sings - the love song, the softness of the light unit changes with the soulful song "Let the music sing into the hearts of the audience, making singing It will be more of a sense of presence. The computer is controlled, smooth and natural, so that the whole, singing and not listening to the beauty of music, can also enjoy the visual game; In addition, each water-spray unit is equipped with a - control device and a water spray - 9 music music shouting from the control device to the receiving device, 'spray water early money can be based on the switch of a sound volume and Strong and weak, make water] come, squirting ^ Shi Li, you can change with the music. In addition, as on the advertising board, 'sponsored with the lighting unit, the board, in the combination of sound and color, can be expected to "in the role of Zhenglong to reach the wide-shirt. People's attention" and then the above is only an example It is not intended to be limiting, and any equivalent modifications or alterations of the present invention will be included in the scope of the appended claims. The figure shows a schematic diagram of the automated music system of the present invention; the second figure shows a flow chart of the automated music method of the present invention; and the third figure shows the first preferred embodiment of the automated music system of the present invention, and 4 is a schematic view showing a second preferred embodiment of the automated music system of the present invention. 200921312 [Description of main component symbols] 11: Control device; 14: 111: Storage module; 15: 1111: Music file; 16: 1112: Code; S21 112: processing module; 31: 1121: control sequence; 32: 113: wireless transmission module; 33: 114: audio module; 34: 12: receiving device; 41 : 121 : wireless receiving module; 42 : 122 : identification code; 43 : 123 : identification module ; 44 : 124 : switch control module ; 45 : 13 : lighting unit ; power supply ; conversion connector ; Process steps; computer; receiving device; lighting unit; Christmas tree, control device; receiving device; lighting unit; television;