M358364 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種多工遙控裝置，尤指一種包括一紅外線感應接 收單元、一微電腦控制模組、一藍芽通訊單元、一訊號混頻分配單元 以及至少一訊號輸出手段，俾使紅外線發射單元輸出該控制編碼或該 控制訊號以控制對應的電器設備作動者。 【先前技術】 ❿ 隨著資訊、通訊科技產業的蓬勃發展以及網路的普及，更加快電 器又備朝向整合多工控制的方向發展。一般而言，電器設備多半配備 有紅外線遙控器以遙控該電器設備的運轉。由於紅外線遙控器具有價 格低廉、訊號傳輸距離短以及單向傳輸的特性，所以當紅外線訊號預 到阻礙物或發射角度不佳或距離過硝，往往無法達到有效遙控該電 2設備之目的。再者’―般室内尤其是客廳多半會配置有複數個電器 设備’所以必齡有多個紅外線遙控器被置於客_，如此往往會造 #成使用者的混淆而誤用其他電器設備的紅外線遙控器，因而 = 者於遙控上的諸多不便與困擾。 為解決上述缺失，同領域業者已開發出—種如中華民國專利 ，用=1 備%遙控^_鳩彻』，吨控複數個家 • : Γ電子設備包括一設備主體以及一紅外線遙控 2母一該s又備主體可接收其紅外線遙控器所發射之 =執繼魏，且該每—紅外線伽爾之紅外 之格不同，該系統包括一接收器，用以接收該複數個家用電子設 M358364 遙控n所發射之紅外線峨雜、—個人賴電連接於該接收器 括;'學f手段，設於該個人電_，顏記錄該接收ϋ所接收之紅 線訊號>料、-儲存體設於該個人電動用以儲存該接收器所接 收之、，工外線喊資料、一控制手段設於該個人電腦内，用以因應使用 者輪入該個人電駄之指令，崎該齡體狀紅外、細I資料被發 .射至該複數個電子設射之―，俾執行該特定功能。 癱 奶用結構雖然具備控制編碼的學習手段，並由電腦輸入指令來 操控電子<^備，惟’其發射n與接收器必須透過導線與電腦連接，因 而會有長度距離限制的缺失產生。加上紅外線訊號特有的單向傳輸的 特f生故谷易受到物體的阻擋或因發射角度而影響其遙控之效能。 另有-種㈣結構如巾華民國專利公報第M324351號『内建藍牙 無線傳輸之紅外線遙控器架構』，其包括一微控制單元，用以執行信 號處理及解/編瑪動作、-紅外線發射信號放大電路用以放大微控制單 元所輸出控制家電產品各功能鍵所使用之頻率及控制碼信號、一紅外 ♦線發光二極體’用以發射紅外線信號，以及一藍牙模組，用以接收具 藍牙功能之電子產品進行藍牙無線傳輸資料，並將該資料傳交至微控 制單元做一處理。 ， 該習用結構雖然具備藍芽通訊模組與電腦訊號連通的功能，而可 •藉由電腦的指令下達以遙控電器設備的運作，惟，該習用結構不具備 訊號混頻機制’所以電器設備所配備的紅外線遙控器僅能將紅外線訊 號輪入至電腦内’以作為學習控制編碼的手段而已。況且，其並無多 組訊號串接以及訊號可供選擇的輸出機制，因此，該習用結構僅能夠 MQ58364 2線所傳輸而麵電職令來單向遙控電器設備的作動，所以益法 直接以紅外線遙㈣來遙控電器設制作動，故而 多、 不便與珊。 諸：广作伽於習用結構所造成於使用上的不便及困擾等 :、、，_人等人經不斷地努力研發下，終於研發出改# 習用結構缺失的摘作。 【新型内容】 少本創作主要第-目的在於提供一種多工遙控裝置，主要用以整合 夕處理各種由遙控器或外部電腦所傳輸的控制編碼，並可透過控制 編碼的輪人學習手段’以建立供操控f||設備所需的控制編石馬資料 庫並可藉由混頻機制的設置，以提供外部電腦或遙控器雙重操控電 器設備的魏’故而具有遠端遙控、遙控效報仙及猶方便容易 一為達成上财效，本__之技㈣段包括—紅外線感應接收 單元微電腦控制模組、一藍芽通訊單元、一訊號混頻分配單元以 及至夕-魏輸&手段，該紅外_應純單元將至少—遙控器所發 射的紅外線訊贿調成至少—組的控制編碼，該微電腦控讎組用以 產生一控制峨’該藍芽通訊單元與該微電驗纖組域連通，用 以使該微電腦控麵組與一外冑電腦做無線訊號連ϋ，並接收來自該 =部電腦的職資料，該訊航齡配單元將來自該紅外線感應接收 單元之該控制編碼及來自該微電腦控制模組之該控制訊號予以混頻， '控制選擇輸出該控制編碼或該控制訊號，該訊號輸出手段與該訊號 M358364 混頻單電連接’且其包括有_紅外線發射單元，該紅外線發射單元 用以輸出該控制編碼或該控制訊號，使該控制編碼或該控制訊號得以 控制對應的電器設備作動者。 本創作第二目的在於提供一種可以選擇以紅外線訊號方式輸出來 直接遙控電器設備，或是以控制編碼輸出的方式串接至另一組多工遙 遠裴置中，以解決因紅外線訊號受到長度距離或角度限制而產生困擾 的情事發生。 > 為達成上述功效，本創作採用之技術手段更包括有一信號整波混 頻單元及一外部信號接收輸入端，該信號整波混頻單元輸入端與該外 部信號接收輸入端及該紅外線感應接收單元連接，而輸出端則與該訊 號混頻分配單元連通，且該訊號輸出手段更包括有一訊號輸出端及一 訊號輸出選擇驅動單元’該訊號輸出選擇驅動單元用以控制該控制編 瑪或該控制訊號由該訊號輸出端或該紅外線發射單元做輸出，該外部 信號接收輸入端與該訊號輸出端可相配接。 .本創作第三目的在於附帶提供一種具有電器設備狀態輸入檢測的 功能，並可輪出數位或類比訊號直接驅動電器設備的運作。 為達成上述功效，本創作採用之技術手段包括至少一與該微電腦 .控制模組電連接一 I/O驅動模組，其包含複數組用以輸入啟、閉訊號 •的輸入接點（DI)(AI)，及複數組用以輸出啟、閉訊號的輸出接點 (D0)(A0)，而可檢測該電器設備的狀態或控制該電器設備的作動。 【實施方式】 壹·本創作基本技術特徵 M358364 請參看第一、三圖所示，本創作可以整合多工處理各種由遙控器 (10)或外部電腦（50)所傳輸而來的控制編碼，並可透過控制編瑪的輪 入予I手段，以建立用來操控電器設備（6〇)所需的控制編碼資料庫， 所以具有外部電腦(50)與遙控器（1〇)操控電器設備⑽)運作的雙重功 能’為達上述功效，其包括： -紅外_應接收單元(2G)，其包含-紅外贼應||(21)，用以 將至少-遙控器（1 〇)所發射的紅外線訊號解調成至少一組的控制編 碼; -微電腦控制模組⑽’其電連接—賴狀態顯示單元⑽，該 設備狀態顯示單元⑻賴顯示電n設備⑽)之操作狀態； -藍芽通訊單元(40) ’其無微電腦控制模組(3〇)訊號連通，用 以使該微電腦控制模組⑽與—外部電腦⑽做無線訊號連通，並接 收來自》玄外σ|5電岛(5〇)的訊號資料以產生至少一控制訊號其中，該 訊號資料可岐由該外㈣腦⑽)所輸人的操作齡峨，或是儲存 #在料部電腦(50)内的控制編碼；且該控制訊號可以是依據該操作指 令訊號所產生用來控制電器設備⑽)作動的啟、閉訊號，或是由該外 部電腦(50)所接收的控制編碼； 一訊號混頻分配單元⑽，其用以將來自該紅外線感應接收單元 .(20)之該控制編碼及來自該微電腦控制模組⑽之該控制訊號予以混 頻，以控制選擇輸出該控制編碼或該控制訊號；及 至少一訊號輸出手段⑽），其與該訊號混頻單元⑽電連接，且 包括有-紅外線發解元⑽，該紅精發射單元⑻）用讀出該控M358364 VIII. New description: [New technical field] This creation is related to a multiplex remote control device, especially including an infrared sensing receiving unit, a microcomputer control module, a Bluetooth communication unit, and a signal mixing distribution. The unit and the at least one signal output means enable the infrared emitting unit to output the control code or the control signal to control the corresponding electrical device operator. [Prior Art] ❿ With the rapid development of the information and communication technology industry and the popularity of the Internet, the company is accelerating its development towards integrated multiplex control. In general, electrical equipment is mostly equipped with an infrared remote control to remotely control the operation of the electrical equipment. Since the infrared remote controller has the characteristics of low price, short signal transmission distance and one-way transmission, when the infrared signal is prevented from obstructing or the transmission angle is too good or the distance is too high, the purpose of effectively controlling the electric device is often not achieved. In addition, '--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The infrared remote control, thus the inconvenience and trouble of the remote control. In order to solve the above-mentioned shortcomings, the same industry has developed a patent such as the Republic of China, with =1% remote control ^_鸠彻』, tons of control over a number of homes: : Γ electronic equipment including a device body and an infrared remote control 2 mother The s-subsidiary body can receive the sequel to the infrared remote control, and the infrared ray of the infrared ray is different. The system includes a receiver for receiving the plurality of household electronic devices M358364 The infrared ray emitted by the remote control n is noisy, and the personal power is connected to the receiver; the method of learning f is set in the personal power _, and the color record of the red line received by the receiving device is recorded, and the storage device is set. The personal electric device is used to store the information received by the receiver, the external line shouting data, and a control means is provided in the personal computer for responding to the user's instruction to turn the personal electric eel. The fine I data is sent to the plurality of electronic devices, and the specific function is executed.奶 Although the milk structure has a learning method for controlling the code, and the computer inputs commands to control the electronic <^, but the transmitter n and the receiver must be connected to the computer through the wire, there is a lack of length distance limitation. In addition, the unique one-way transmission of the infrared signal is easy to be blocked by the object or the effect of the remote control due to the emission angle. Another type (4) structure, such as the towel of the Republic of China Patent Gazette No. M324351 "Infrared remote control architecture for built-in Bluetooth wireless transmission", which includes a micro control unit for performing signal processing and solution/matrix action, - infrared emission The signal amplifying circuit is used for amplifying the frequency and control code signals used by the micro control unit to control the function keys of the home appliance, an infrared ray line LED to transmit infrared signals, and a Bluetooth module for receiving The Bluetooth-enabled electronic product transmits data wirelessly via Bluetooth and passes the data to the micro-control unit for processing. Although the conventional structure has the function of connecting the Bluetooth communication module with the computer signal, the operation of the remote control electrical device can be issued by the instruction of the computer. However, the conventional structure does not have the signal mixing mechanism. The equipped infrared remote control can only turn the infrared signal into the computer as a means of learning to control the encoding. Moreover, it does not have multiple sets of signal serialization and signal output options. Therefore, the conventional structure can only be transmitted by the MQ58364 2 line and the electric power command is used to operate the one-way remote control electrical equipment. Infrared remote (four) to remote control electrical equipment to create movements, so much, inconvenience and Shan. All of them: The inconvenience and troubles caused by the use of the structure in the past: [,,, _ people and others have been working hard to develop and finally develop the extract of the missing structure. [New Content] The main purpose of this book is to provide a multiplexed remote control device, which is mainly used to integrate various control codes transmitted by remote controllers or external computers, and can be controlled by the wheel-man learning method of controlling codes. Establish a control stone catalogue for the control f|| equipment and use the setting of the mixing mechanism to provide an external computer or remote control to control the electrical equipment. Therefore, it has remote control and remote control. And it is convenient and easy to achieve financial efficiency. This __ technology (4) section includes - infrared sensor receiving unit microcomputer control module, a Bluetooth communication unit, a signal mixing unit and the eve-wei lose & means The infrared _ pure unit will at least - the infrared ray bribe emitted by the remote controller is adjusted to at least a group of control codes, and the microcomputer control group is used to generate a control 峨 'the Bluetooth communication unit and the micro-electricity inspection fiber The group domain is connected to enable the microcomputer control panel to connect with a foreign computer to perform wireless signal connection, and receive the job information from the computer, the navigation age matching unit will come from the infrared The control code of the line sensing receiving unit and the control signal from the microcomputer control module are mixed, and the control selects and outputs the control code or the control signal, and the signal output means is mixed with the signal M358364 and is electrically connected. The infrared ray emitting unit is configured to output the control code or the control signal, so that the control code or the control signal can control the corresponding electrical device operator. The second purpose of the present invention is to provide a method for directly controlling an electrical device by using an infrared signal output, or serially connecting to another set of multiplexed remote devices in a manner of controlling a code output to solve the length distance due to the infrared signal. Or troubles caused by angle restrictions. > In order to achieve the above effects, the technical means adopted by the present invention further includes a signal full-wave mixing unit and an external signal receiving input, the signal whole-wave mixing unit input end and the external signal receiving input end and the infrared sensing The receiving unit is connected, and the output end is connected to the signal mixing and distributing unit, and the signal output means further includes a signal output end and a signal output selecting driving unit. The signal output selecting driving unit is used to control the control code or The control signal is outputted by the signal output end or the infrared ray emitting unit, and the external signal receiving input end is matched with the signal output end. The third purpose of this creation is to provide a function for detecting the state input of electrical equipment, and to directly drive the operation of the electrical equipment by digital or analog signals. In order to achieve the above effects, the technical means adopted by the present invention includes at least one electrically connected to the microcomputer. The control module is an I/O driving module, which comprises a complex array for inputting and closing the input contact (DI) of the signal. (AI), and the complex array is used to output the output contact (D0) (A0) of the open and closed signals, and can detect the state of the electrical device or control the operation of the electrical device. [Embodiment] 基本·The basic technical features of this creation M358364 Please refer to the first and third figures. This creation can integrate multiplex processing of various control codes transmitted by the remote controller (10) or an external computer (50). The control code library required to control the electrical equipment (6〇) can be established by controlling the wheeling of the coder, so that the external computer (50) and the remote control (1〇) control the electrical equipment (10) The dual function of operation 'to achieve the above effects, including: - infrared _ receiving unit (2G), which contains - infrared thief should | | (21), to at least - remote control (1 〇) launched The infrared signal is demodulated into at least one set of control codes; - the microcomputer control module (10) 'electrically connected to the status display unit (10), the device status display unit (8) depends on the operating state of the display device n (10); - Bluetooth communication The unit (40) 'there is no micro-computer control module (3〇) signal communication, so that the microcomputer control module (10) and the external computer (10) are connected to the wireless signal, and receive from the "Xuanwai σ|5 electric island (5 〇) signal data to generate at least one control message Wherein, the signal data may be the operating age of the person input by the foreign (four) brain (10), or the control code stored in the material computer (50); and the control signal may be generated according to the operation command signal The control code for controlling the opening and closing of the electrical device (10) or the control code received by the external computer (50); a signal mixing and distribution unit (10) for receiving the infrared sensing receiving unit. The control code and the control signal from the microcomputer control module (10) are mixed to control the selection and output of the control code or the control signal; and at least one signal output means (10), and the signal mixing unit (10) Electrically connected, and including an infrared ray emitting element (10), the red fine emitting unit (8) is used to read the control
I M358364 制、為馬或雜制韻；，使該控制編喝或該控制訊號得以控制對應的電 器設備（60)作動。 貳·本創作技術特徵之具體實施 2· 1訊號混頻分配單元的具體實施 请參看第-、二圖所示’本創作訊號混頻分配單⑽元包含： 一加法器（圖中未示），其包含二個分別與該紅外線感應接收單 疋(20)及該微電腦控麵組(3〇)電連接的輸入端，及一與該訊號輸出 φ手段(80)電連接的輸出端；及 一紅外線訊號處理電路（圖中未示），其與該輸出端電連接，用以 將§玄控制編碼之訊號提升至紅外線訊號發射的強度。 2. 2訊號輸出手段的具體實施 請參看第一至四圖所示’為將紅外線訊號發射至對應的電器設備 (60)中，或是以控制編碼的方式輸出至另一組多工遙控裝置(1)中，為 此目的’該訊號輸出手段(8〇)更包括有一訊號輸出選擇驅動單元(82) 籲及一訊號輸出端(83)，該訊號輸出選擇驅動單元(82)可受該微電腦控 制模組(30)的控制下，使該控制編碼或該控制訊號得以由該訊號輸出 端(83)或由該紅外線發射單元(81)做功率輸出，其中，該外部信號接 收輸入端(91)係與另一組多工遙控裝置（1)之該訊號輸出端(83)可相 配接，而且於一種較佳實施例中’該訊號輸出手段(8〇)的數量係為複 數個。 上述具體實施例中，該訊號輸出選擇驅動單元(82)可以是繼電器 (圖未示）或是一手觸開關（如第三、四圖所示），其中，該訊號輸出選 M358364 擇驅動單70(82)為職科，其包含-與職電馳繼組⑽電連 接的電源接點一與該訊航頻分配單元(7G)電連接的鳩接點、一 與該訊號輸出端(83)電連接的第一接點及一與該紅外線發射單元⑻） 電連接的第二接點。 2. 3信號整波混頻單元的具體實施 μ參看第-、二®及第四圖所示，為避免受到室峡離限制而影 響紅外線遙控效率’本創作可於室内之複數房間分別設置多組的多工 •遙控裝置（1)，藉由多組多工遙控裝置⑴的訊號串接以達成上述功 效，故而本創作包括有-信雜波簡單元⑽)及_外部信號接收輸 入端(91) ’該信號整波混頻單元(9Q)輸入端與外部信號接收輸入端⑼) 及該紅外線錢接收單元(2〇)電連接，而輸㈣則與職號混頻分配 單兀(70)電連通’其中’該信號整波混頻單元⑽)之較佳實施例，係 為-加法ϋ。另，該外部信號接輯人端㈤可供與另—組多工遙控 襄置(1)之該訊號輪出手段(8〇)電連接，以達訊號串接目的。 ♦ 2.4 I/O驅動模組的具體實施 請參看第-、二騎示’本創作1/〇驅動模組⑻的第一種具體 實施例中，該微電腦控制模組(30)電連接一數位1/〇驅動模組(31a)， .其包含複脉用以輸入啟、閉數位喊的數位輸入接點⑽(31〇)，及 •複數組用以輸出啟、閉數位減的數位輸出接點⑽(311)，而可檢測 δ玄電器设備(60)的狀態或控制該電器設備⑽)的作動，其巾，該啟、 閉數位訊號可以是以持續性或脈衝方式輪出。 請參看第-、-圖所不’本創作1/〇驅動模組(31)的第二種具體 11 M358364 實施例中’該微電腦控制模組(30)電連接一類比1/0驅動模組(31b)， 其包含複數組用以輸入類比訊號的類比輪入接點(AI)(312)、複數組用 以輸類比訊號的類比輸出接點（AO)(313) ’用以檢測該電器設備（6〇) 的狀態或控制該電器設備(60)的作動’及一數位/類比轉換電路（圖中 未示）。 請參看第二圖所示，上述第一、第二種具體實施例中，該微電腦 控制模組(30)包含一與一 RS485網路(33)連結的RS485介面（32)，該 馨RS485網路(33)連結複數組數位I/O驅動模組(3ia)，及複數組類比[/ο 驅動模組(31b)，用以檢測該電器設備（60)的狀態或控制該電器設備 (60)的作動。 2. 5外部電腦裝置的具體實施 請參看第一至三圖所示，本創作外部電腦(50)包含一儲存由該微 電腦控制模組(30)無線傳輸各該電器設備（60)之該控制編碼的記憶元 件（51)，該記憶元件(51)於具體實施時，可為硬碟或是FLASH記憶體， 籲而該微電腦控制模組(30)具有比對及學習該控制編碼，並將控制編碼 儲存至該外部電腦(50)中，其中，該外部電腦(5〇)係選自個人電腦、 筆記型電腦、PDA以及行動電話之其中一種。 參·本創作具體實施例的運作 請參看第-、三圖所示，當使用者以遙控器⑽對準紅外線感應 接收單元⑽發射紅外線訊鱗，該紅外祕應接收單元⑽便將該 紅外線訊魏臟用以遙控電H設備雜繼碼，並_輸往微電腦 控制模組(30)及訊號混頻分配單元(70)中，此時，微電腦控纖組⑽） 12 M3 5 83 64 l 透過藍芽通訊單元⑽將該控制編碼傳送至外部電腦⑽中學習儲 存’或是於微電腦控麵組(30)内建之記憶體（圖中未示)搜尋並判斷 該控制編碼衫已_存_，#_存_時，再賴控制編碼予 以學I儲存於該記，itm面，該控機碼不僅傳至微電腦控制 模組(30)中’同時亦傳至訊號混頻分配單元⑺）巾，當微電腦控制模 組⑽無控訊號產生時，該城混頻分配單元⑽制編碼直 接傳輸至说號輸出手段中（80)，同時該控制編碼隨紅外線發射翠元⑻) •所發射的紅外線載波一同被發射至對應的電器設備⑽中，如此即可 遙控所欲操控的電器設備（6〇)。 凊參看第一至三圓所示，當使用者欲使用外部電腦(5〇)來操控電 器設備(60)時’僅需由外部電腦⑽)所顯示的操作界面（圖_未示）進 行點選或做操作指令的輸入，倘若使用者選用1/〇驅動模組⑶）來操 控電器設備(60)，外部電腦⑽則將操作指令透過藍芽通訊單元⑽ 傳輸至微電腦控制模組(30)中，再由微電腦控制模組(30)進行解碼， 籲如此即可輸出與該操作指令相應的控制訊號(即啟、閉脈衝)至I/O驅 動模組(31)中，以進行相應電器設備(6〇)的操控作業。 請參看第一至三圖所示，倘若使用者欲選用控制編碼來遙控電器 設備⑽)時，外部侧⑽則透過運算程式將操作指令轉換成相應的 控制編碼並藉由藍芽通訊單元(4〇)將該控制編碼傳輸至微電腦控制 模組(30)中，微電腦控制模組(3〇)再將控制編碼送至訊號混頻分配單 元(7〇)中，再由訊號混頻分配單元(70)進行混頻，當微電腦控制模組 (3〇)所連接之紅外線感應接收單元(20)無另一控制編碼產生時，該訊 13 M358364 號混頻分配單元(70)則將該控制編碼傳輸至訊號輸出手段⑽中，同 時該控制編碼隨紅外線發射單元⑻）所發射的紅外線载波一同被發射 至所對應的電器設備⑽中，如此即可遙控所欲操控的電器設備⑽。 請參看第三、四圖所示，為克服紅外線訊號受到長度距離或角度 限制而產生困擾的情事發生，本發明於具體實施時，訊號輸出手段⑽ 與紅外線感應接收單元(20)、微電腦控制模組⑽及訊號混頻分配單 ⑽係採分離單_設置，並於訊航頻分配單⑽)與峨輸出手段 • (80)之間電連接按照所需傳輸距離而長度延伸的導線(⑷。 另一方面，微電腦控繼組⑽可設定紅外線訊號並先行核對， 如有與微電腦控繼組⑽之記憶體儲存設定相符時，再經由藍芽通 訊單元⑽)贿給外部電腦⑽。微電職麵組⑽)通常可設定 40-50組預設控制編碼’如輸入之控制編碼與預設儲存相符時，則將 回傳至外㈣腦⑽中，以利外部電腦⑽做後續處理。再者外部 電腦⑽可藉由藍芽軌單元⑽傳輪控制編碼，使微電腦控制模組 # (30)得以發射設連續多組控制編碼來控制各種電器設備⑽。而且微 電腦控麵組(30)可經由藍芽通訊單元⑽設定1/〇驅動模組⑶）中 4〜6點DO之on/of f紅外線控制編碼，以設定每一 &點控制之紅外線 控制編碼’啊dQ點之Qn/Qff城碼各獨域存，其控制編崎如為 相同時，即為同一鍵作οη/off循環交替控制。 肆.結論 因此’藉由上述技術特徵的設置，使縣_対具有下列的特 M358364 1. 本創作可以整合多工處5里各齡遙控器或外部電腦所傳輸的控 制編石馬’並可義_編_輸人學f手段，以建絲馳電器設備 所需的控制編碼資料庫，並可藉由混頻機制的設置，以提供外部電腦 或遙控器遙控電器設備運侧雙4魏，故而具有遠端遙控功能、遙 控效率較佳以及操作方便容易等特點。 2. 摘射以_以紅外線訊龄式輪妹直接遙控電 或是以_編碼輸出的方式串接至另—組“遙遠裝置中，以解決因 •紅外線訊號受到長度距離或角度限制而產生困擾的情事發生。 3·本創健有雜設備狀錄人檢咖魏，並且可以輸出數位 或類比訊號直接驅動電器設備的運作。 以上所述’僅為本創作之一可行實施例，並非用以限定本創作之 專利範圍’凡舉依據下列申請翻範騎述之内容、特徵以及其精神 而為之其他變化鱗效實施，皆應包含於本解之專利範_。本創 作之方法及其機構，除上述優料，麵具產業之顧性，可有效改 _善習用所產生之缺失’而且所具體界定於申請專利範圍之特徵，未見 於同類物品，故而具實用性與進步性，已符合創作專利要件，爰依法 具文提出申睛，謹請釣局依法核予專利，以維護本申請人合法之權 益。 【圖式簡單說明】 第一圖係本創作基本控制方塊示意圖。 第二圖係本創作具體實施之控制方塊示意圖。 第三圖係本創作具體實施之示意圖。I M358364 is made of horse or miscellaneous; so that the control is brewed or the control signal is controlled to control the corresponding electrical device (60).贰············································································································ The method comprises two input terminals respectively electrically connected to the infrared sensing receiving unit (20) and the microcomputer control panel (3), and an output terminal electrically connected to the signal output φ means (80); An infrared signal processing circuit (not shown) is electrically connected to the output terminal for boosting the signal of the control signal to the intensity of the infrared signal emission. 2. For the specific implementation of the 2 signal output means, please refer to the following figure 1 to 4 for transmitting the infrared signal to the corresponding electrical equipment (60), or outputting it to another group of multiplexed remote control devices by means of control coding. (1) For this purpose, the signal output means (8〇) further includes a signal output selection driving unit (82) for calling a signal output terminal (83), and the signal output selection driving unit (82) is capable of receiving Under the control of the microcomputer control module (30), the control code or the control signal can be outputted by the signal output terminal (83) or by the infrared emission unit (81), wherein the external signal receiving input terminal ( 91) is compatible with the signal output (83) of another set of multiplexed remote control devices (1), and in a preferred embodiment 'the number of signal output means (8 〇) is plural. In the above embodiment, the signal output selection driving unit (82) may be a relay (not shown) or a hand touch switch (as shown in the third and fourth figures), wherein the signal output selects M358364 to select the drive unit 70. (82) for the vocational department, comprising: a power contact with the electrical connection group (10) electrically connected to the communication frequency distribution unit (7G), a connection point, and the signal output end (83) a first contact electrically connected and a second contact electrically connected to the infrared emitting unit (8). 2. The specific implementation of the 3 signal full-wave mixing unit μ see the first, second and fourth figures, in order to avoid the influence of the chamber gorge and affect the infrared remote control efficiency 'This creation can be set in multiple rooms in the room The multiplexed remote control device (1), which is connected by the signals of multiple sets of multiplexed remote control devices (1), achieves the above-mentioned functions. Therefore, the present invention includes a signal-synchronization unit (10) and an external signal receiving input terminal ( 91) 'The signal full-wave mixing unit (9Q) input is electrically connected to the external signal receiving input terminal (9) and the infrared money receiving unit (2〇), while the input (4) is mixed with the job number mixing unit (70). A preferred embodiment of the electrical communication 'where the signal is a full-wave mixing unit (10)) is -added. In addition, the external signal receiver terminal (5) can be electrically connected to the signal wheeling means (8〇) of the other group multiplex remote control device (1) for signal connection purpose. ♦ 2.4 For the specific implementation of the I/O driver module, please refer to the first specific embodiment of the first and second riding instructions. The microcomputer control module (30) is electrically connected to a digital position. 1/〇 drive module (31a), which includes a complex pulse for inputting the digital input contact (10) (31) of the open and closed digits, and a complex array for outputting the digital output of the open and closed digits minus Point (10) (311), and the state of the δXuan electrical device (60) or the operation of the electrical device (10) can be detected, and the open and closed digital signals can be rotated in a continuous or pulsed manner. Please refer to the second-specific 11 M358364 embodiment of the first and the second drive module (31). The microcomputer control module (30) is electrically connected to an analog 1/0 drive module. (31b), comprising a complex array for inputting analog analog input (AI) (312) of the analog signal, and a complex array for output analog signal output (AO) (313) for detecting the electrical device The state of the device (6〇) or the operation of the electrical device (60) and a digital/analog conversion circuit (not shown). Referring to the second figure, in the first and second embodiments, the microcomputer control module (30) includes an RS485 interface (32) connected to an RS485 network (33), and the RS485 network. The road (33) is connected to the complex array digital I/O driver module (3ia), and the complex array analog [/ο drive module (31b) for detecting the state of the electrical device (60) or controlling the electrical device (60) Acting. 2. 5 The specific implementation of the external computer device, as shown in the first to third figures, the external computer (50) of the creation includes a storage for the wireless control of the electrical device (60) by the microcomputer control module (30). The encoded memory component (51), which may be a hard disk or a FLASH memory, and the microcomputer control module (30) has a comparison and learns the control code, and The control code is stored in the external computer (50), wherein the external computer (5〇) is selected from one of a personal computer, a notebook computer, a PDA, and a mobile phone. For the operation of the specific embodiment of the present invention, please refer to the first and third figures. When the user uses the remote controller (10) to align the infrared sensing receiving unit (10) to emit infrared ray scales, the infrared responsive receiving unit (10) will use the infrared ray. Wei Dir is used to remotely control the H device hash code and _ to the microcomputer control module (30) and the signal mixing and distribution unit (70). At this time, the microcomputer control fiber group (10)) 12 M3 5 83 64 l The Bluetooth communication unit (10) transmits the control code to the external computer (10) to learn to store 'or the memory built in the microcomputer control panel (30) (not shown) to search for and judge the control code shirt has been stored_ , #_存_, then rely on the control code to learn I stored in the record, itm face, the control code is not only passed to the microcomputer control module (30) 'also transmitted to the signal mixing distribution unit (7)) When the microcomputer control module (10) has no control signal generated, the code of the city mixing and distribution unit (10) is directly transmitted to the indicator output means (80), and the control code is transmitted with the infrared rays (8). The carrier is transmitted together to the corresponding electrical equipment In, so you can remote control electrical equipment (6〇) the desired manipulation.凊 See the first to third circles. When the user wants to use an external computer (5〇) to control the electrical device (60), the operation interface (not shown) displayed by the external computer (10) is only required. Selecting or making an operation command input, if the user selects the 1/〇 drive module (3) to operate the electrical device (60), the external computer (10) transmits the operation command to the microcomputer control module (30) through the Bluetooth communication unit (10). Then, the microcomputer control module (30) decodes, so that the control signal corresponding to the operation command (ie, the start and stop pulses) can be outputted to the I/O driver module (31) to perform the corresponding electrical appliance. Control of the equipment (6〇). Please refer to the first to third figures. If the user wants to use the control code to remotely control the electrical device (10), the external side (10) converts the operation command into the corresponding control code through the arithmetic program and uses the Bluetooth communication unit (4). 〇) The control code is transmitted to the microcomputer control module (30), and the microcomputer control module (3〇) sends the control code to the signal mixing and distribution unit (7〇), and then the signal mixing and distribution unit ( 70) performing mixing, when the infrared sensing receiving unit (20) connected to the microcomputer control module (3〇) has no other control code generated, the signal 13 M358364 mixing and distributing unit (70) encodes the control. It is transmitted to the signal output means (10), and the control code is transmitted together with the infrared carrier transmitted by the infrared emitting unit (8) to the corresponding electrical device (10), so that the electrical device (10) to be controlled can be remotely controlled. Please refer to the third and fourth figures. In order to overcome the problem that the infrared signal is troubled by the length distance or the angle limitation, the present invention is specifically implemented, the signal output means (10) and the infrared sensing receiving unit (20), and the microcomputer control mode. The group (10) and the signal mixing distribution list (10) are separated from the single-set, and the communication frequency distribution sheet (10) and the 峨 output means (80) are electrically connected to the length of the conductor ((4) according to the required transmission distance. On the other hand, the microcomputer control group (10) can set the infrared signal and check it first. If it matches the memory storage setting of the microcomputer control group (10), it will bribe the external computer (10) via the Bluetooth communication unit (10). The micro-electricity level (10) can usually set 40-50 sets of preset control codes. If the input control code matches the preset storage, it will be sent back to the external (4) brain (10) for external computer (10) for subsequent processing. . Furthermore, the external computer (10) can control the encoding by the blue wheel unit (10), so that the microcomputer control module # (30) can transmit a plurality of sets of control codes to control various electrical devices (10). Moreover, the microcomputer control panel (30) can set the on/of f infrared control code of 4 to 6 DO in the 1/〇 drive module (3) via the Bluetooth communication unit (10) to set the infrared control of each & point control. The Qn/Qff city code of the code 'ah dQ point is stored in a separate domain. When the control code is the same, the same key is used for the οη/off cycle alternate control.肆. Conclusion Therefore, by setting the above technical features, the county has the following special M358364 1. This creation can integrate the control of the remote control or the external computer transmitted by the multi-worker 5' and can _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Therefore, it has the features of remote remote control, better remote control efficiency and easy operation. 2. The ejector is _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 3. The situation occurs. 3. The creation of a miscellaneous device is recorded by a person, and can output digital or analog signals to directly drive the operation of the electrical device. The above description is only one of the possible embodiments of the present invention, and is not intended to be limited. The scope of the patent of this creation shall be included in the patent scope of this solution based on the content, characteristics and spirit of the following application, and shall be included in the patent method of this solution. In addition to the above-mentioned superior materials, the mask industry's consideration can effectively change the lack of good use and the characteristics defined in the scope of patent application, not found in similar items, so it is practical and progressive, and has been in line with the creation. Patent requirements, 提出 具 具 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Basic control block schematic second schematic view showing a control block creation of this specific embodiment. DETAILED schematic third embodiment of the present creation system of FIG.