M309812 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種遙控整合系統，特別是指一種家 電遙控整合系統。 【先前技術】 隨著科技的進步及人們對生活品質的重視，家家戶戶 普遍擁有許多豕電產品（例如：冷氣機、音響、燈具等） 以提高生活舒適度及生活情趣。然而該等家電產品散佈在 家中各處，如果都以手動操作的話，將造成使用上的不便 0 參閱圖1，中華民國新型專利第M263688號揭露了一 種遙控調光裝置’可以調整燈光的明暗度。以下以該遙控 調光裝置用於控制二燈泡3為例進行說明。 該遙控調光裝置包含一無線發射器丨及一遙控調光電 路2。 该無線發射器1包括複數按鍵u、一編碼器12及一發 射單元13。當該等按鍵u被操控時，該編碼器a產生該 無線發射器1的身份識別碼及對應於被操控按鍵U的射頻 信號，並經由該發射單元13發射出去。 該遙控調光電路2包括一接收器21、一微控制器22、 一光麵合器模組23、一相位控制模組24及一電源供應電路 25。該光輕合器模組23包括二光耦合器231。該相位控制 模組24包括二相位控制微控制器241及二功率驅動器242 。每一光輕合器231與一相位控制微控制器241及一功率 5 M309812 驅動器242串聯以控制一燈泡3。 該電源供應電路25接收一交流電源，並提供該交流電 源給該二功率驅動器242及該二燈泡3，且將該交流電源轉 換成一低電麼的直流電源，並提供該直流電源給該接收器 21、該微控制器22及該二相位控制微控制器241。 該微控制器22儲存該無線發射器1的身份識別碼和射 頻信號解碼資訊。該微控制器22經由該接收器21接收來 自該無線發射器1的身份識別碼及射頻信號，並在確認接 收到的身份識別碼之後，將接收到的射頻信號解碼成控制 信號。 該二光耦合器231分別將該微控制器22解碼出的控制 信號傳遞到該二相位控制微控制器241，並隔離及保護低電 壓的該微控制器22與高電壓的該相位控制模組24。 該二相位控制微控制器241分別根據接收到的控制信 號的脈波寬度，對該二功率驅動器242執行導電角相位控 制’使得該二燈泡3隨著導電角相位的不同而改變亮度。 然而，由於該無線控制器丨不具有記憶功能，無法記 憶之前已設定好的模式，在每次開燈時，都必須重頭開始 操控該無線控制器1來調整每一燈泡3的亮度，以達到使 用者所喜愛的狀態。當燈泡3的數目多時，重頭開始一個 一個設定將會是件非常麻煩的事。 因此’為了避免操控上的過度不便，該無線控制器1 可控制的燈泡3數目將受到限制。 【新型内容】 6 M309812 因此，本新型之目的即在提供一種方便操控的家電遙 控整合系統，可以控制更多數目的家電產品，及設定更複 雜的模式。 於是，本新型家電遙控整合系統包含一遙控裝置及一 接收裝置。 該遙控裝置包括一記憶單元、一按鍵單元、一第一傳 收單元及一第一處理單元。該記憶單元用於儲存至少一包 括複數命令信號的命令組合。該按鍵單元包括複數按鍵。 該第一處理單元根據被操控的按鍵，產生命令信號，並將 包括複數命令信號的命令組合儲存在該記憶單元，且將產 生的命今信號或該記憶單元儲存的一命令組合經由該第一 傳收單元無線發射出去。 該接收裝置包括一第二傳收單元、一第二處理單元及 開關。該第二處理卓元經由該第二傳收單元接收來自該 遙控裝置的命令信號或命令組合，並將接收到的信號解碼 成控制信號。該開關接收一電源，並根據該第二處理單元 解碼出的控制信號，決定是否輸出該電源。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚地呈現。 在本新型被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 參閱圖2,本新型家電遙控整合系統之第一較佳實施例 7 M309812 • 包含一遙控裝置4及一接收裝置5。 • 該遙控裝置4包括一記憶單元41、一按鍵單元42、一 第一處理單το 43、一顯示單元44及一第一傳收單元45, 且可以在一設定模式或一操作模式下被操控。 該記憶單元41用於儲存至少一包括複數命令信號的命 令組合。每一命令組合對應一已設定好的狀態。 該按鍵單元42包括複數按鍵（圖未示）。當該等按鍵 φ 在該設定模式下被操控時，該第一處理單元43根據被操控 的按鍵，產生顯示資訊及命令信號，並將產生的顯示資訊 傳送到該顯示單元44顯示，且將包括複數命令信號的命令 組合儲存在該記憶單元41 ;而當該等按鍵在該操作模式下 被操控時，該第一處理單元43根據被操控的按鍵，產生顯 示資訊並傳送到該顯示單元44顯示，且選定該記憶單元41 儲存的一命令組合或產生命令信號，並將選定的命令組合 或產生的命令信號經由該第一傳收單元45無線發射出去。 Φ 值得注意的是，該顯示單元44可以是一液晶顯示器， 但也可以是一發光二極體顯示器，且不以此為限。 該接收裝置5包括一第二傳收單元51、一第二處理單 疋52及至少一開關。此處以該接收裝置5包括二開關53、 54為例進行說明。 該第二處理單元52經由該第二傳收單元51接收來自 該遙控裝置4的命令信號或命令組合，並將接收到的信號 解碼成控制信號。 每一開關53、54接收一電源，並根據該第二處理單元 8 M309812 52解碼出的控制信號，決定是否輸出該電源到一家電產品 (圖未示）。 較佳地，該接收裝置5的第二處理單元52在接收到命 令信號或命令組合後，更檢查接收到的信號是否正確，如 果正確，將接收到的信號解碼成控制信號，並經由該第二 傳收單元51將一確認信號無線發射出去，否則，經由該第 二傳收單元51將一失敗信號無線發射出去。 該遙控裝置4的第一處理單元43經由該第一傳收單元 45接收來自該接收裝置5的確認信號及失敗信號，並將接 收到的信號傳送到該顯示單元44顯示，以供使用者判斷是 否需要重送命令信號或命令組合。 在本實施例中，該命令信號、該確認信號及該失敗信 號中的每一個包括依序排列的一起始區段、一來源區段、 一目的區段、一訊息區段及一結束區段。該起始區段及該 結束區段用於標示信號的起始及結束。該來源區段用於記 錄信號發射端的身份識別碼。該目的區段用於記錄信號接 收端的身份識別碼。該訊息區段用於記錄信號接收端中被 選定的元件及其動作，或者檢查結果。 在該命令信號中，該來源區段記錄該遙控裝置4的身 份識別碼，該目的區段記錄該接收裝置5的身份識別碼， 而該訊息區段記錄該接收裝置5中被選定的開關以及其是 導通或不導通。如此一來，該遙控裝置4可以控制該接收 裝置的二開關53、54是全部導通、全部不導通或是只有一 者導通。 9 M309812 ； 在該確認信號及該失敗信號中，該來源區段記錄該接 • 收裝置5的身份識別碼，該目的區段記錄該遙控裝置4的 身份識別碼，而該訊息區段記錄確認或失敗。值得注意的 疋’該訊息區段也可以記錄其它訊息，例如：與該二開關 53、54電連接的家電產品的狀態。 . 在本實施例中，該遙控裝置4的第一傳收單元45與該 接收裝置5的第二傳收單元51之間是使用ΙΕΕΕ8〇215·4標 ^ 準進行無線通訊，但不以此為限。 在本實施例中，當該遙控裝置4的按鍵單元41被操控 時，該顯不單元44是顯示該接收裝置5中被選定的開關的 編號及動作，但不以此為限。 參閱圖3 ,本新型家電遙控整合系統之第二較佳實施例 適用於調光，且控制至少一電子安定器。每一電子安定器 電連接到一燈泡6,且可改變該燈泡6的亮度。當該第二較 佳實施例控制複數電子安定器時，該等電子安定器的電源 • 端電連接在一起。此處以該第二較佳實施例控制二電子安 疋器56、57為例進行說明《該第二較佳實施例與該第一較 佳實施例類似，不同之處在於： 該接收裝置5包括一第二傳收單元51、一第二處理單 元52、一開關53及一調光信號產生單元55。 該第二處理單元52經由該第二傳收單元51接收來自 該遙控裝置4的命令信號或命令組合，並將接收到的信號 解碼成控制信號。 該開關53接收一父流電源，並根據該第二處理單元 10 M309812 解瑪出的控制信號，決定是否輸出該交流電源到該電子 定器56。 該調光信號產生單元55接收一手動調光電壓，並根據 該第二處理單元52解碼出的控制信號，產生一遙控調光電 壓’且將該二調光電壓中的一者輸出到該二電子安定器％ ' 57 〇 參閱圖4，在本實施例中，該調光信號產生單元55包 括一數位至類比轉換器551、一放大器552及一切換器553 (圖中只晝出該第二處理單元52及該調光信號產生單元55 )。該數位至類比轉換器551根據該第二處理單元52解碼 出的控制信號產生一類比電壓。該放大器552放大該類比 電壓以產生該遙控調光電壓。該第二處理單元52更偵測該 手動調光電壓，當偵測到時，使該切換器553輸出該手動 調光電壓，否則使該切換器553輸出該遙控調光電壓。該 調光信號產生單元55輸出的電壓在〇〜12伏特的範圍内。 值得注意的是，該接收裝置5也可以是受該遙控裝置4 控制以決定輸出該手動調光電壓或該遙控調光電壓。 在該命令信號中，該來源區段記錄該遙控裝置4的身 份識別碼，該目的區段記錄該接收裝置5的身份識別碼， 而該訊息區段記錄該接收裝置5中的開關53或調光信號產 生單元55，以及導通、不導通或與該遙控調光電壓對應的 數位值。如此一來，該遙控裝置4可以控制該二燈泡6同 時點亮或同時熄滅，以及在點亮時的亮度。 在該確認信號及該失敗信號中，該來源區段記錄該接 11 M309812 、· 收裝置5的身份識別碼，該目的區段記錄該遙控裝置4的 ~ 身份識別碼，而該訊息區段記錄確認或失敗。值得注意的 是’該訊息區段也可以記錄其它訊息，例如：該二燈泡6 的亮度。 在本實施例中，當該遙控裝置4的按鍵單元41被操控 時’該顯示單元44是顯示該接收裝置5中的開關53或調 、 光信號產生單元55的編號及動作，但不以此為限。 φ 值得注意的是，在該第一及第二較佳實施例中，該遙 控裝置4也可以配合複數接收裝置5一起使用。 歸納上述，由於該遙控裝置4的記憶單元41儲存至少 一包括複數命令信號的命令組合，可以藉由操控該按鍵單 元42的一按鍵，將選定的命令組合經由該第一傳收單元μ 無線發送出去，以控制至少一家電產品。例如··當一使用 者回到家時，只要按下一按鍵，燈具就自動點亮並調整亮 度’冷氣就自動開啟，音響就自動播放音樂，窗簾就自動 • 拉上等。因此，本新型能控制更多數目的家電產品，及設 疋更複雜的模式，確實可以達到方便操控的目的。 准以上所述者’僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 乾圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋一方塊圖，說明一種習知的遙控調光裝置； 圖2是一方塊圖，說明本新型家電遙控整合系統之第 12 M309812M309812 VIII. New Description: [New Technology Field] This new type is related to a remote control integrated system, especially a home remote control integrated system. [Prior Art] With the advancement of technology and people's emphasis on quality of life, households generally have many household electrical products (such as air conditioners, stereos, lamps, etc.) to improve their comfort and life. However, these home appliances are scattered throughout the home, and if they are manually operated, it will cause inconvenience in use. Referring to Figure 1, the Republic of China new patent No. M263688 discloses a remote control dimming device that can adjust the brightness of the light. . Hereinafter, the remote control dimming device for controlling the two bulbs 3 will be described as an example. The remote control dimming device comprises a wireless transmitter 丨 and a remote control modulating circuit 2 . The wireless transmitter 1 includes a plurality of buttons u, an encoder 12 and a transmitting unit 13. When the keys u are manipulated, the encoder a generates an identification code of the wireless transmitter 1 and a radio frequency signal corresponding to the operated button U, and transmits it via the transmitting unit 13. The remote control dimming circuit 2 includes a receiver 21, a microcontroller 22, an optical combiner module 23, a phase control module 24, and a power supply circuit 25. The optical combiner module 23 includes two optical couplers 231. The phase control module 24 includes a two phase control microcontroller 241 and two power drivers 242. Each light combiner 231 is coupled in series with a phase control microcontroller 241 and a power 5 M309812 driver 242 to control a light bulb 3. The power supply circuit 25 receives an AC power supply, and supplies the AC power to the two power drivers 242 and the two bulbs 3, and converts the AC power into a low-power DC power supply, and provides the DC power to the receiver. 21. The microcontroller 22 and the two phase control microcontroller 241. The microcontroller 22 stores the identification code of the wireless transmitter 1 and the radio frequency signal decoding information. The microcontroller 22 receives the identification code and radio frequency signal from the wireless transmitter 1 via the receiver 21 and decodes the received radio frequency signal into a control signal after confirming the received identification code. The two optocouplers 231 respectively transmit the control signals decoded by the microcontroller 22 to the two-phase control microcontroller 241, and isolate and protect the low voltage of the microcontroller 22 and the high voltage phase control module. twenty four. The two-phase control microcontroller 241 performs the conductive angular phase control on the two power drivers 242 according to the pulse width of the received control signal, respectively, so that the two bulbs 3 change in brightness with the phase of the conductive angle. However, since the wireless controller does not have a memory function and cannot memorize the previously set mode, each time the light is turned on, the wireless controller 1 must be manually manipulated to adjust the brightness of each of the bulbs 3 to achieve The state that the user likes. When the number of the bulbs 3 is large, it is very troublesome to start the setting one by one. Therefore, in order to avoid excessive inconvenience in handling, the number of bulbs 3 that the wireless controller 1 can control is limited. [New Content] 6 M309812 Therefore, the purpose of the present invention is to provide a convenient remote control integrated system for home appliances, which can control a larger number of home appliances and set more complicated modes. Therefore, the novel home appliance remote control integration system comprises a remote control device and a receiving device. The remote control device includes a memory unit, a button unit, a first transmitting unit and a first processing unit. The memory unit is configured to store at least one command combination including a plurality of command signals. The button unit includes a plurality of buttons. The first processing unit generates a command signal according to the operated button, and stores a command combination including the plurality of command signals in the memory unit, and outputs the generated command signal or a command combination stored by the memory unit via the first The transmitting unit wirelessly transmits it. The receiving device includes a second transmitting unit, a second processing unit and a switch. The second processing unit receives a command signal or a combination of commands from the remote control unit via the second transmitting unit and decodes the received signal into a control signal. The switch receives a power source and determines whether to output the power source according to a control signal decoded by the second processing unit. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the accompanying drawings. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. Referring to FIG. 2, a first preferred embodiment of the novel home appliance remote control integration system 7 M309812 includes a remote control device 4 and a receiving device 5. The remote control device 4 includes a memory unit 41, a button unit 42, a first processing unit το 43, a display unit 44, and a first transceiver unit 45, and can be controlled in a setting mode or an operation mode. . The memory unit 41 is configured to store at least one command combination including a plurality of command signals. Each command combination corresponds to a set state. The button unit 42 includes a plurality of buttons (not shown). When the buttons φ are manipulated in the setting mode, the first processing unit 43 generates display information and command signals according to the operated buttons, and transmits the generated display information to the display unit 44 for display, and will include The command combination of the plurality of command signals is stored in the memory unit 41; and when the buttons are manipulated in the operation mode, the first processing unit 43 generates display information according to the operated button and transmits the display information to the display unit 44 for display. And selecting a command combination stored by the memory unit 41 or generating a command signal, and transmitting the command signal combined or generated by the selected command via the first transmitting unit 45. Φ It is to be noted that the display unit 44 can be a liquid crystal display, but can also be a light-emitting diode display, and is not limited thereto. The receiving device 5 includes a second transmitting unit 51, a second processing unit 52, and at least one switch. Here, the receiving device 5 includes two switches 53, 54 as an example for description. The second processing unit 52 receives a command signal or a command combination from the remote control device 4 via the second transmission unit 51, and decodes the received signal into a control signal. Each of the switches 53, 54 receives a power source and determines whether to output the power to an electrical product (not shown) based on the control signal decoded by the second processing unit 8 M309812 52. Preferably, after receiving the command signal or the command combination, the second processing unit 52 of the receiving device 5 further checks whether the received signal is correct, and if correct, decodes the received signal into a control signal, and via the first The second transmitting unit 51 wirelessly transmits an acknowledgment signal, otherwise, a failure signal is wirelessly transmitted through the second transmitting unit 51. The first processing unit 43 of the remote control device 4 receives the confirmation signal and the failure signal from the receiving device 5 via the first transmission unit 45, and transmits the received signal to the display unit 44 for display by the user. Whether to resend the command signal or command combination. In this embodiment, each of the command signal, the acknowledgement signal, and the failure signal includes a start segment, a source segment, a destination segment, a message segment, and an end segment sequentially arranged. . The start segment and the end segment are used to indicate the start and end of the signal. The source segment is used to record the identity of the signal transmitter. The destination segment is used to record the identity of the signal receiving end. This message section is used to record the selected component in the signal receiving end and its actions, or to check the result. In the command signal, the source segment records the identification code of the remote control device 4, the destination segment records the identification code of the receiving device 5, and the message segment records the selected switch in the receiving device 5 and It is either conductive or non-conductive. In this way, the remote control device 4 can control whether the two switches 53, 54 of the receiving device are all turned on, all are not turned on, or only one of them is turned on. 9 M309812; in the confirmation signal and the failure signal, the source segment records the identification code of the receiving device 5, the destination segment records the identification code of the remote control device 4, and the message segment record confirmation Or failed. It is worth noting that the message section can also record other messages, such as the status of the home appliance that is electrically connected to the two switches 53, 54. In this embodiment, the first transmitting unit 45 of the remote control device 4 and the second transmitting unit 51 of the receiving device 5 use the ΙΕΕΕ8〇215·4 standard for wireless communication, but not Limited. In the present embodiment, when the button unit 41 of the remote control device 4 is manipulated, the display unit 44 displays the number and action of the selected switch in the receiving device 5, but is not limited thereto. Referring to Figure 3, a second preferred embodiment of the novel home appliance remote control integration system is suitable for dimming and controlling at least one electronic ballast. Each electronic ballast is electrically connected to a bulb 6, and the brightness of the bulb 6 can be changed. When the second preferred embodiment controls the plurality of electronic ballasts, the power terminals of the electronic ballasts are electrically connected together. The second preferred embodiment is similar to the first preferred embodiment in that the second preferred embodiment is controlled by the second preferred embodiment. The difference is that the receiving device 5 includes A second transmitting unit 51, a second processing unit 52, a switch 53 and a dimming signal generating unit 55. The second processing unit 52 receives a command signal or a command combination from the remote control device 4 via the second transmission unit 51, and decodes the received signal into a control signal. The switch 53 receives a parent current source and determines whether to output the AC power to the electronic device 56 based on the control signal decoded by the second processing unit 10 M309812. The dimming signal generating unit 55 receives a manual dimming voltage, generates a remote dimming voltage ' according to the control signal decoded by the second processing unit 52, and outputs one of the two dimming voltages to the second The electronic ballast % ' 57 〇 see FIG. 4 , in the embodiment, the dimming signal generating unit 55 includes a digit to analog converter 551 , an amplifier 552 and a switch 553 (only the second is shown in the figure) The processing unit 52 and the dimming signal generating unit 55). The digit to analog converter 551 generates an analog voltage based on the control signal decoded by the second processing unit 52. The amplifier 552 amplifies the analog voltage to produce the remote dimming voltage. The second processing unit 52 further detects the manual dimming voltage, and when detected, causes the switch 553 to output the manual dimming voltage, otherwise the switch 553 outputs the remote dimming voltage. The voltage output from the dimming signal generating unit 55 is in the range of 〇 12 12 volts. It should be noted that the receiving device 5 may also be controlled by the remote control device 4 to determine whether to output the manual dimming voltage or the remote dimming voltage. In the command signal, the source segment records the identification code of the remote control device 4, the destination segment records the identification code of the receiving device 5, and the message segment records the switch 53 or the tone in the receiving device 5. The optical signal generating unit 55 is turned on, non-conductive, or a digital value corresponding to the remote dimming voltage. In this way, the remote control device 4 can control the brightness of the two bulbs 6 at the same time or at the same time, and when lighting. In the acknowledgment signal and the failure signal, the source segment records the identification code of the terminal M309812, the receiving device 5, and the destination segment records the ~identification code of the remote control device 4, and the message segment record Confirm or fail. It is worth noting that the message section can also record other messages, such as the brightness of the two bulbs 6. In this embodiment, when the button unit 41 of the remote control device 4 is manipulated, the display unit 44 displays the number and action of the switch 53 or the tone and light signal generating unit 55 in the receiving device 5, but does not use this. Limited. φ It is to be noted that in the first and second preferred embodiments, the remote control device 4 can also be used in conjunction with the plurality of receiving devices 5. In summary, since the memory unit 41 of the remote control device 4 stores at least one command combination including a plurality of command signals, the selected command combination can be wirelessly transmitted via the first transmission unit μ by controlling a button of the button unit 42. Go out to control at least one electrical product. For example, when a user returns home, the light will automatically light up and adjust the brightness when a button is pressed. The air conditioner will automatically turn on, the sound will automatically play the music, and the curtain will automatically pull up. Therefore, the new model can control a larger number of home appliances, and set a more complicated mode, which can indeed achieve the purpose of convenient manipulation. The above-mentioned ones are only the preferred embodiments of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent changes and modifications made by the present invention in accordance with the novel patent application and the new description contents. , are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing a conventional remote control dimming device; FIG. 2 is a block diagram showing the 12th M309812 of the novel home appliance remote control integration system.
一較佳實施例； 圖3是一方塊圖，說明本新型之第二較佳實施例；及 圖4是一電路方塊圖，說明該第二較佳實施例的一調 光信號產生單元。 13 M309812 d _ 【主要元件符號說明】 4 · • · 遙控裝置 53、54 開關 41 * • · 記憶單元 55· · · 調光信號產生單 42· • · 按鍵單元 元 43· • · 第一處理單元 551 * · 數位至類比轉換 44· …顯示單元 器 45 · • ·第一傳收單元 552 · · 放大器 5 · • ·接收裝置 553 * · 切換器 51 · …第二傳收單元 56 > 57 電子安定器 52· • ·第二處理單元 6 * * * 燈泡BRIEF DESCRIPTION OF THE DRAWINGS FIG. 3 is a block diagram showing a second preferred embodiment of the present invention; and FIG. 4 is a circuit block diagram showing a dimming signal generating unit of the second preferred embodiment. 13 M309812 d _ [Description of main component symbols] 4 · • · Remote control unit 53, 54 Switch 41 * • · Memory unit 55 · · · Dimming signal generation unit 42 · • · Button unit 43 · • · First processing unit 551 * · Digital to analog conversion 44 · Display unit 45 · • First transmission unit 552 · Amplifier 5 · • Receiver 553 * · Switch 51 · ... Second transmission unit 56 > 57 Electronics Ballast 52· • Second Processing Unit 6 * * * Light Bulb
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