201005628 九、發明說明： •【發明所屬之技術領域】 .本發明涉及一種聲音操控系統，尤指一種包括數位相框 之聲音操控系統。 【先前技術】 目前數位相框的一些命令，如啟動、關機等，均要藉由 人工來操作，然，對於一些數位相框，如壁掛式數位相框， 由於其所處位置較高，因此，要執行上述命令會很不方便。 ❿此外，每次執行上述命令時不得不走近數位相框，於一些情 形下，如生病躺於床上想看數位相框中之相片之時候，亦不 方便。 【發明内容】 為解決上述技術問題，本發明提供一種可用聲音來操控 數位相框之聲音操控系統。 本發明提供之一種聲音操控系統包括一個感測器及一 個與該感測器連接之數位相框，該感測器將音頻信號轉換成 ©電信號傳送到該數位相框，該數位相框包括一個轉換模組、 一個指令模組及一個比對模組，該轉換模組用以將傳送到該 數位相框之電信號轉換成電信號編碼，該指令模組預設有指 令編碼及與其對應之執行命令，該比對模組用以將該電信號 編碼與該指令模組中之指令編碼作比較，並於該電信號編碼 與該指令編碼相同時促使該數位相框執行相應之執行命令。 本發明提供之另一種聲音操控系統包括一個數位相 框，該數位相框包括一個轉換模組、一個指令模組及一個比 對模組，該轉換模組用以將傳送到該數位相框且係由音頻信 7 201005628 號轉化而來之電信號轉換成電信號編碼，該指令模組預設有 指令編碼及與其對應之執行命令，該比對模組用以將該電信 號編碼與該指令模組中之指令編碼作比較，並於該電信號編 碼與該指令編碼相同時促使該數位相框執行相應之執行命 令。 與習知技術相比，本發明可藉由使用者發出之音頻信號 來操控數位相框，從而使操控數位相框變得極為方便。 【實施方式】 @ 請參閱圖1，本發明聲音操控系統之較佳實施方式包括 一個感測器10及一個數位相框20。 該感測器10藉由一資料線與該數位相框20相連，從而 使該感測器10能夠將信號傳輸到該數位相框20。該感測器 10用以將音頻信號轉換成一電信號，其可安裝於該數位相框 20之外殼上，亦可安裝於該數位相框20之内部，還可安裝 於該數位相框20之一旁。 該數位相框20包括一個轉換模組22、一個指令模組24 ❿及一個比對模組26。該轉換模組22用以將電信號轉換為電 信號編碼。該指令模組24預設有指令編碼及其對應之執行 命令，且該指令編碼及該執行命令係可編輯的。該執行命令 包括啟動、關機及選擇命令，亦可根據實際需要設定其他命 令，比如暫停命令等。該比對模組26用以將該轉換模組22 所轉換之電信號編碼與該指令模組24中之指令編碼進行比 對，並根據比對結果促使該數位相框20執行相應動作。 請參閱圖2，使用本發明聲音操控系統操作該數位相框 20時，包括以下步驟： 201005628 SOI :使用者發出音頻信號； . S02 :該感測器10捕捉到該音頻信號，並將該音頻信號 , 轉換成電信號，再將該電信號傳送到該數位相框20 ; 503 :該數位相框20之轉換模組22將該電信號轉換成 電信號編碼； 504 :該數位相框20之比對模組26將電信號編碼與該 數位相框20之指令模組24中之指令編碼逐一地進行比較； 如果兩者相同，則該數位相框20執行該指令編碼所對應之 @執行命令；如果兩者不同，則該數位相框20不作反應。 比如，該指令模組24中之指令編碼0101對應之執行命 令係啟動該數位相框20，那麼，當感測器10所捕捉到使用 者發出之音頻信號經該數位相框20之轉換模組22轉換成之 電信號編碼為0101時，該比對模組26經比對發現其與該轉 換模組22中之指令編碼0101 —致，此時，該數位相框20 將被啟動。 此外，於本發明之S04步驟中，於該數位相框20之比 參對模組26將電信號編碼與該數位相框20中之指令模組24 中之指令編碼進行比對時，如果兩者不同，則該數位相框20 亦可顯示無此操作或無此執行命令。 綜上所述，本創作確已符合發明專利要求，爰依法提出 專利申請。惟，以上所述者僅為本創作之較佳實施例，舉凡 熟悉本創作技藝之人士，爰依本創作之精神所作之等效修飾 或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圖1係本發明聲音操控系統之較佳實施方式之構成圖。 9 201005628 圖2係使用本發明聲音操控系統操控數位相框之流程 圖。 【主要元件符號說明】 感測器 10 數位相框 20 轉換模組 22 指令模組 24 比對模組 26201005628 IX. Description of the invention: • [Technical field to which the invention pertains] The present invention relates to a sound control system, and more particularly to a sound control system including a digital photo frame. [Prior Art] At present, some commands of the digital photo frame, such as startup and shutdown, are operated manually. However, for some digital photo frames, such as wall-mounted digital photo frames, due to their high position, it is executed. The above commands can be very inconvenient. In addition, each time you execute the above command, you have to approach the digital photo frame. In some cases, it is not convenient when you are lying on the bed and want to see the photos in the digital photo frame. SUMMARY OF THE INVENTION To solve the above technical problems, the present invention provides a sound control system that can control a digital photo frame with sound. A sound control system provided by the present invention comprises a sensor and a digital photo frame connected to the sensor, wherein the sensor converts the audio signal into an electrical signal to the digital photo frame, and the digital photo frame includes a conversion mode a group, an instruction module and a comparison module, wherein the conversion module is configured to convert an electrical signal transmitted to the digital photo frame into an electrical signal code, and the instruction module is pre-configured with an instruction code and an execution command corresponding thereto. The comparison module is configured to compare the electrical signal code with the instruction code in the instruction module, and when the electrical signal code is the same as the instruction code, cause the digital photo frame to execute a corresponding execution command. Another sound control system provided by the present invention comprises a digital photo frame, the digital photo frame comprises a conversion module, an instruction module and a comparison module, wherein the conversion module is used for transmitting to the digital photo frame and is composed of audio The electrical signal converted from letter 7 201005628 is converted into an electrical signal code, and the command module is pre-configured with an instruction code and a corresponding execution command, and the comparison module is used to encode the electrical signal with the instruction module. The instruction code is compared for comparison, and when the electrical signal code is the same as the instruction code, the digital photo frame is caused to execute a corresponding execution command. Compared with the prior art, the present invention can control the digital photo frame by the audio signal sent by the user, thereby making it convenient to manipulate the digital photo frame. [Embodiment] @ Referring to Figure 1, a preferred embodiment of the sound control system of the present invention includes a sensor 10 and a digital photo frame 20. The sensor 10 is connected to the digital photo frame 20 by a data line, thereby enabling the sensor 10 to transmit signals to the digital photo frame 20. The sensor 10 is configured to convert an audio signal into an electrical signal, which can be mounted on the outer casing of the digital photo frame 20, or can be installed inside the digital photo frame 20, and can be installed beside one of the digital photo frames 20. The digital photo frame 20 includes a conversion module 22, an instruction module 24, and a comparison module 26. The conversion module 22 is configured to convert an electrical signal into an electrical signal. The instruction module 24 is pre-configured with an instruction code and its corresponding execution command, and the instruction code and the execution command are editable. The execution command includes start, shutdown, and select commands, and other commands such as a pause command can be set according to actual needs. The comparison module 26 is configured to compare the electrical signal code converted by the conversion module 22 with the instruction code in the instruction module 24, and cause the digital photo frame 20 to perform a corresponding action according to the comparison result. Referring to FIG. 2, when the digital photo frame 20 is operated by using the sound control system of the present invention, the following steps are included: 201005628 SOI: the user sends an audio signal; . S02: the sensor 10 captures the audio signal and the audio signal Converting to an electrical signal, and transmitting the electrical signal to the digital photo frame 20; 503: the conversion module 22 of the digital photo frame 20 converts the electrical signal into an electrical signal code; 504: the comparison module of the digital photo frame 20 26: The electrical signal code is compared with the command code in the command module 24 of the digital photo frame 20; if the two are the same, the digital photo frame 20 executes the @execute command corresponding to the instruction code; if the two are different, Then the digital photo frame 20 does not respond. For example, the execution command corresponding to the instruction code 0101 in the instruction module 24 activates the digital photo frame 20. Then, when the audio signal captured by the sensor 10 is detected by the conversion module 22 of the digital photo frame 20, When the electrical signal code is 0101, the comparison module 26 finds that it is consistent with the instruction code 0101 in the conversion module 22, and at this time, the digital photo frame 20 will be activated. In addition, in the step S04 of the present invention, when the ratio parameter module 26 of the digital photo frame 20 compares the electrical signal code with the instruction code in the command module 24 of the digital photo frame 20, if the two are different , the digital photo frame 20 can also display no such operation or no such execution command. In summary, this creation has indeed met the requirements of the invention patent, and has filed a patent application in accordance with the law. However, the above description is only a preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art of the present invention should be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram showing a preferred embodiment of a sound control system of the present invention. 9 201005628 Figure 2 is a flow diagram of the manipulation of a digital photo frame using the sound control system of the present invention. [Main component symbol description] Sensor 10 Digital photo frame 20 Conversion module 22 Command module 24 Comparison module 26