200919987 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種無線協議微處理控制系統 -用在-獨立空間中使之可接受外部訊號乂遠端遙控^ 無線協議微處理控制系統。 工、 【先前技術】 ί子ί ί丄甚至更推至燈控開關或電源開關等控制5i的切 由遙控器所發出之紅外線 電子裝置 子裝置當中的紅外線接收器接收並對頻’以控 相對動作。 二 然而，由於此種利用紅外線訊號發 使用者在實關作時必簡雜輯 5子;二成使用者只要 路芊:别二丄乃是在-獨立空間中形成-網 5電(藍芽、.Fi、紅外線等等)等介ί ί各=; 控制、對外能通過網路終4 控器實現完全 息交換。 、系統與外部網路互連以進行信 號，；=ί二:的連If=輪器(樣㈣ 各式各樣電子裝置，例☆晶π家;;=用: 200919987 碟影音播放器、燈光系統、空調系統、監視系統等等， 透過網路技術來連結至一網路系統。藉此讓;|吏用者可於二 遠端之處藉由一控制平台，例如：電腦、個人數位 M W㈣等，來操控 产光透或主要搖控器，操控家裡的冷氣、 =或疋瓦斯’糊來說，只要按下所預定賴式以 ί;自中電器所有開關、或是室内冷氣 主，自動撕取宜人的溫、渥度，而其他的室内 ==冷；因此’制者不再需要擔心忘記關掉電源而 在架設此一室内網路時，由於需考 之問題，因此皆以隱藏式施工為其選； 裝，’完整平行整合家裡所有視聽 ^ 搞定所有動:ϊ;度，象通訊等功能，達成-指 智能s系裝此- 罐表面之下;或:匕以使硬體走線埋 鋪設，將使得所料之硬體走線沿著牆壁邊緣 使用者的破壞，即造成 最後都成為的ί:用者在壞掉之後懒得修理， 之問題，係設備過於昂價及維修不易 控制單元中具傷之3ίίΐϊ制系統，利用各電子裝置之 以在任何地方遙控電子裝置線喊，方便使用者可 【發明内容】 ‘種微處理控制系統，利用各 本發明之目的在於提供 200919987 電子裝置之控制單元中具備之傳送電路傳送無線訊號，方 便使用者可以在任何地方遙控電子裝置之動作。 本發明提供一種微處理控制系統，適用於一獨立空 間，利用無線訊號傳輸可接收該獨立空間外一電子裝置之 巧號並執行訊號。微處理控制系統至少包括·· 一第一控制 單元，具有一第一微處理器、一第一傳送電路與一第二接 收電路，第一接收電路接收電子裝置之訊號，i第一微處 ^器分析後由第-傳送電路發出—無線訊號；以及複數個 控制單元，係包括一第二控制單元至一第N控制單元，任 一個控制單元具有一微處理器、一傳送電路與一接收電路。 八j中’第二控制單元，為—第二電子裝置之人機操作 、.以控制第二電子裝置，具有一第二微處理器、一第 電Ϊ與一第二接收電路；第二接收電路接收第-傳 ΪίΪΪί送無線訊號，並經由第二微處理器辨別無線訊 ίί 置之控制訊號。若糾依無線訊號調 -電子裝置’若否則第二傳送電路將無線訊號再發出。 制單元接收獨立空間外之無線訊號；第—控制單元 ίίΐΐϊίΐ無線訊號，並經由第—控制單元之傳送f 號.ί μΪΪΪ號，第N控鮮元之接收電路接收控制信 ί制i 微處理11分析控制信號；剩是否為 ϋί i目“件，若是則第n控制單元之微處理器接 =控制尨旒，以控制相對應電子裝置進行後續 右否則第N控制單％之傳送電路將控制信號再發送出去。 亡，，，處理苎制系統操作之方法，包括下列步驟 【實施方式】 f 31以提供-麵處理控制系統，利用任ΐ個;子= 控制早元做為節點，藉由控制單元中所具備之傳送電g 200919987 發送電路做為無線訊號傳遞之跳板，以達到無論在室内任 一角落皆可控制室内之電子裝置。 睛參閱圖一’係為本發明一實施例微處理控制系統示 意圖。本發明中微處理控制系統10係應用在一獨立空’間; 中，此獨立空間1係指家庭、公司或建築物之中。微處理 控制系統10係包含一第一控制單元1〇〇、複數個控制單元 =2，。係包括一第二控制單元至一第N控制單元、複數個 遙控器（圖中未顯示）、複數個插座1〇4、以及複數個感應器 106。-... ,vli ° 其中，第一控制單元100具有一第一微處理器、一 一傳送電路與一第一接收電路，更可以包含一接 於斤中，且其可以配合一第一遙控器以共同使用。第一 巧單元係作為微處理控制系統中，用以發送或接收 : 線網路訊號之訊號閘口(Gateway)。 ° ”、、 使用者可以藉由第-遙控||、接觸式螢幕對其第一控 t f兀下達指令’而第―控制單元更可以利用第-接收ί =接收獨立賴狀電子裝置料部無線鱗所發出 元1〇〇更可以將微纽控制系統10所執行之^果，= 傳回獨立雜外之電子裝置，以回報使°用者 個控制單元1G2係為對應控制 108 ’其中，一控制翠元102可以控制 γ裝5 了以有多個控制單元102可共同操控一電， 疋-個控制單元102可以控制多個電子裝 或 —控制電子門_啟、或是 整個影音系統。 工制态i〇2d可控制 其中’複數個控制單元102係為電子裳置⑽之人機 處f器分析後由第一傳送電路廣#(brX〇adcas°t) 以執行整個系統之操作。且第—控制單 200919987 介面，可下達指令給電子裝置108，如圖中的無線控制開 關102a、對講機i〇2b、旋轉式開關102c、多工控制器^)2d、 ，刀單擲開關(SPST)102e以及資料彙整控制單元°1〇2f等 等；而電子裝置108係可以包含，如：音響系統、雷招播、 監測裝置、空調系統、電燈等等電子產品。死電視機 •複數個遙控器係對應配合複數個控制單元與複數個電 子裝置，例如：第一遙控器可傳輸命令以控制第一控制單 元100，又並非每一個控制單元皆會對應到一個遙^器； 其中，每一個遙控器皆具有一電池、一微處理器、一傳送 電路以及一接收電路，更可以包含一燈泡與一顯示螢幕。' 複數個插座104,每一個插座104皆具有一微處理器、 一傳送電路以及一接收電路，該些電路及微處理器係可利 ，外接之方式裝置於插座1〇4，亦可以裝置於插座ι〇4隱 藏於牆中塑膠殼之表面中，用以幫助無線訊號之傳遞。 複數個感應器106，每一個感應器1〇6皆具有一顯示 螢幕、一微處理器、一感應元件、一選擇器、一傳送電路 與一接收電路，其中，感應元件會將接收到之類比訊號傳 遞至微處理器以進行後續相對應之動作，顯示螢幕會將感 應元件所偵測現之資料顯示於顯示螢幕上；感應器1〇6係 可以分成不同偵測功能，如：壓力、濕度、溫度、空氣中 各種氣體之含量(如：氧氣或二氧化碳含量)及光度感應等 等。 ,經由感應器106所偵測之資料，藉由微處理器運算 後，^由傳送電路發送至相對應之控制單元1〇2，以驅使 控制單元102作動；如：當溫度高於設定溫度時，感測器 106會發送一訊息至空調系統之控制單元1〇2，以增加空調 系統之風力或冷度，以使室内溫度回復至所設定之溫度； 或是當感測器106偵測到過高二氧化碳含量時，會發送一 訊息至警示系統之控制單元1〇2,以發出警示訊息通知使 用者，或是直接開啟通風設備，以調節空氣中二氧化碳之 200919987 含量。 本發明之微處理控制系統1 ο，係可由第一控制單元 $收^卜部網路所傳來之控制訊號，經由第一微處理器 斤後’藉由第一傳送電路對獨立空間中廣播發送一無^ ^號，使鄰近第一控制單元100之任一個或複數個控制單 元上02、遙控器、插座1〇4以及感應器1〇6(即位於第一控 $單元，傳送電路之發射範圍内），接收到無線訊號後$ 中之控制單元會辨別是否為其對應之控制訊號。 、 j是則接受該無線訊號以對應作動相對應之電子裝 置，若否則將該無線訊號經由其中之傳送電路再發送出 去二子至正確的控制單元接收到此一無線訊號。而當該控 制單元正確動作後，第一控制單元將回報訊息給使用者， 以讓使用者能知道該電子裝置有正確動作。 ，參閱圖二，其係為本發明一實施例微處理控制系統 中各元件内部電路之示意圖。在本實施例中所敘述元件 ^電路架構，可以應用在任一控制單元、感應器、插座或 疋電子裝置中，並無限定元件之使用；但為了使本發明之 精神更加明瞭，以下之介紹係以控制單元作一代表。 一立圖二Α係為本發明微處理控制系統中控制單元之内部 不意圖。控制單元至少具有一微處理器2〇、一傳送/接收電 路22、一數位類比轉換電路24、一繼電器26以及—開 28。其中，微處理器20係連結傳送/接收電路22與數位類 比轉送電路24 ’用以控制無線訊號之發送與控制電子裝置 之通過電流之大小；又微處理器20具有複數個輸出輸入端 點與一燈泡，輸出入端點分別為資料輸出入端點Data Tx/Rx、數位訊號輸出入端點DIO、類比訊號輸出入端點 AIO ’微處理器藉由這些輸出入端點經硬體線路傳送資料。 繼電器26用以將電路分離(break Up)或重新接上 (reconnect)電源供應’以配合開關28之關閉(〇pened)或開 200919987 啟(closed) ’實現元件的關閉或運作。其中 號f 發開關、更進—步可以為接觸式螢幕做==控Γ 控器遙 ?之==本元與負 冗處利用開關28做為:換控ϊ制 月執」則連結微處理态20、一傳 位類比轉換電路24以及一繼電器26。接收電路22、一數 料丨：控ίίΐΪ負载3之間無硬體線路直接相連，乃是 Γ2=ί f f"號傳遞至負載3所連結之傳送/接2ΐ 路22，在經由微處理器2〇分析以控制負載3之開啟 =否電 圖二D係為本發明微處理控制系200919987 IX. INSTRUCTIONS: [Technical Field] The present invention relates to a wireless protocol microprocessor control system - used in an independent space to accept external signals, remote control, wireless protocol, microprocessor control system. Work, [previous technology] ί子 ί 丄 丄 丄 丄 灯 灯 灯 灯 灯 灯 灯 灯 灯 灯 灯 灯 灯 灯 灯 灯 灯 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制action. Secondly, because such users who use infrared signals are actually making a series of 5 when they are actually working, the second user is only a road roller: the other two are formed in the independent space - the net 5 (blue bud) , .Fi, infrared, etc.), etc. = control, external energy through the network terminal controller to achieve full exchange of information. , the system is interconnected with the external network to carry out the signal;; = ί 2: even If = wheel (sample (four) various electronic devices, such as ☆ crystal π home;; = with: 200919987 disc audio player, lighting Systems, air-conditioning systems, surveillance systems, etc., are connected to a network system through network technology, thereby allowing users to use a control platform at a remote location, such as a computer, personal digital M W (four), etc., to control the production of light or the main remote control, control the home's air-conditioning, = or 疋 gas's paste, just press the predetermined Lai to ί; from the Chinese electrical all switches, or indoor air-conditioning main, Automatic tearing of pleasant temperature and humidity, while other indoors == cold; therefore, the system maker no longer needs to worry about forgetting to turn off the power and when setting up this indoor network, it is hidden because of the problem Construction is chosen for it; loading, 'complete parallel integration of all the home audio and video ^ Get all the movements: ϊ; degrees, like communication and other functions, reach - refers to the intelligent s system to install this - under the tank surface; or: 匕 to make the hardware The buried line will make the used hardware traces along the edge of the wall. The destruction, that is, the last thing that becomes ί: the user is too lazy to repair after the broken, the problem is that the equipment is too expensive and the maintenance is not easy to control the damaged unit in the unit, using the electronic device anywhere The remote control electronic device is shouted and convenient for the user. [Inventive content] The invention relates to a micro-processing control system, which utilizes the transmission circuit provided in the control unit of the electronic device of 200919987 to transmit wireless signals, so that the user can The operation of the local remote control electronic device. The invention provides a micro processing control system, which is suitable for use in a separate space, and can receive the signal of the electronic device outside the independent space by using wireless signal transmission and execute the signal. The micro control system includes at least a first control unit has a first microprocessor, a first transmitting circuit and a second receiving circuit, the first receiving circuit receives the signal of the electronic device, and the first micro-device analyzes the first-transmitting circuit Issue a wireless signal; and a plurality of control units including a second control unit to N control unit, any one of the control unit has a microprocessor, a transmitting circuit and a receiving circuit. The second control unit is a human-machine operation of the second electronic device, to control the second electronic device, Having a second microprocessor, a first power and a second receiving circuit; the second receiving circuit receives the first wireless signal and sends a wireless signal to the second microprocessor to identify the control signal of the wireless signal. According to the wireless signal adjustment-electronic device, if the second transmission circuit re-sends the wireless signal, the system receives the wireless signal outside the independent space; the first control unit ίίΐΐϊ ΐ the wireless signal, and transmits the f-number via the first control unit. ΪΪΪ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The control circuit that controls the corresponding electronic device to perform the subsequent right or Nth control unit transmits the control signal again. The method of processing the system, including the following steps [embodiment] f 31 to provide a - surface processing control system, using any one; sub = control early element as a node, by the control unit The transmission circuit is used as a springboard for wireless signal transmission to achieve electronic devices that can be controlled indoors in any corner of the room. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic illustration of a microprocessing control system in accordance with one embodiment of the present invention. In the present invention, the microprocessor control system 10 is applied in an independent space; the independent space 1 refers to a home, a company or a building. The microprocessor control system 10 includes a first control unit 1 and a plurality of control units = 2, . The system includes a second control unit to an Nth control unit, a plurality of remote controllers (not shown), a plurality of sockets 1-4, and a plurality of sensors 106. The first control unit 100 has a first microprocessor, a transmission circuit and a first receiving circuit. The first control unit 100 can include a first remote control and can cooperate with a first remote control. Used together. The first cell is used in the microprocessor control system to send or receive: the signal gate of the line network signal. °", the user can use the first-remote control||, the touch screen to command the first control tf兀' and the first control unit can use the first-received ί=receive independent electronic device The scales issued by the scales can further transfer the results performed by the micro-key control system 10 to the independent electronic devices, so that the user control unit 1G2 is controlled to correspond to the control 108'. The control uiyuan 102 can control the gamma device 5 so that a plurality of control units 102 can jointly control one power, and the control unit 102 can control a plurality of electronic devices or control electronic gates, or the entire audio-visual system. The state of the system i〇2d can control the operation of the whole system by the first transmission circuit #(brX〇adcas°t) after the analysis of the plurality of control units 102 is the electronic device (10). The first control page 200919987 interface can issue commands to the electronic device 108, such as the wireless control switch 102a, the walkie-talkie i〇2b, the rotary switch 102c, the multiplex controller ^) 2d, and the knife single throw switch (SPST). 102e and data collection control unit °1〇2 f, etc.; and the electronic device 108 may include, for example, an audio system, a lightning broadcast, a monitoring device, an air conditioning system, an electric lamp, etc. a dead television set; a plurality of remote controls corresponding to a plurality of control units and plural Electronic devices, for example, the first remote controller can transmit commands to control the first control unit 100, and not every control unit corresponds to a remote device; wherein each remote controller has a battery and a micro processing The device, a transmitting circuit and a receiving circuit may further comprise a light bulb and a display screen. The plurality of sockets 104 each have a microprocessor, a transmitting circuit and a receiving circuit, and the circuit and the micro The processor is detachable, and is externally connected to the socket 1〇4, and can also be installed in the socket 〇4 hidden in the surface of the plastic shell in the wall to assist the transmission of the wireless signal. The plurality of sensors 106, each Each of the inductors 1〇6 has a display screen, a microprocessor, an inductive component, a selector, a transmitting circuit and a receiving circuit, wherein the sensing component The received analog signal is transmitted to the microprocessor for subsequent corresponding actions, and the display screen displays the current data detected by the sensing component on the display screen; the sensor 1〇6 system can be divided into different detection functions. Such as: pressure, humidity, temperature, the content of various gases in the air (such as: oxygen or carbon dioxide content) and photometric induction, etc., the data detected by the sensor 106, after the operation of the microprocessor, The circuit is sent to the corresponding control unit 1〇2 to drive the control unit 102 to operate; for example, when the temperature is higher than the set temperature, the sensor 106 sends a message to the control unit 1〇2 of the air conditioning system to increase the air conditioner. Wind or cold of the system to return the indoor temperature to the set temperature; or when the sensor 106 detects excessive carbon dioxide content, a message is sent to the control unit 1〇2 of the warning system to issue A warning message informs the user or directly turns on the ventilation device to adjust the 200919987 content of carbon dioxide in the air. The micro-processing control system 1 of the present invention can be transmitted by the first control unit to the broadcast channel in the independent space via the first transmitting circuit by the control signal transmitted from the first control unit A ^ ^ ^ , so that adjacent to the first control unit 100 or a plurality of control units on the 02, the remote control, the socket 1 〇 4 and the sensor 1 〇 6 (ie located in the first control unit, the transmission circuit transmission Within the range), after receiving the wireless signal, the control unit in $ will identify whether it is the corresponding control signal. And j is an electronic device that accepts the wireless signal to correspond to the action. Otherwise, the wireless signal is sent to the correct control unit via the transmitting circuit to receive the wireless signal. When the control unit operates correctly, the first control unit will report the message to the user so that the user can know that the electronic device has the correct action. Referring to FIG. 2, it is a schematic diagram of internal circuits of various components in a micro processing control system according to an embodiment of the present invention. The circuit structure described in this embodiment can be applied to any control unit, inductor, socket or germanium electronic device, and the use of the components is not limited; however, in order to make the spirit of the present invention clearer, the following introduction is Take the control unit as a representative. A vertical diagram is the internal intention of the control unit in the microprocessor control system of the present invention. The control unit has at least a microprocessor 2, a transmitting/receiving circuit 22, a digital analog conversion circuit 24, a relay 26, and an open 28. The microprocessor 20 is coupled to the transmitting/receiving circuit 22 and the digital analog transfer circuit 24' for controlling the magnitude of the passing current of the wireless signal transmitting and controlling electronic device; and the microprocessor 20 has a plurality of output input terminals and A light bulb, the input and output terminals are the data input and output terminals Data Tx/Rx, the digital signal input and output terminals DIO, and the analog signal input and output terminals AIO 'microprocessors are transmitted through the hardware circuit through these input and output terminals. data. Relay 26 is used to break up or reconnect the power supply to cooperate with the closing or opening of the switch 28 to enable the closing or operation of the component. Among them, the number f switch, the further step can be used for the touch screen == control 遥 controller remote control == the original yuan and the negative redundancy use switch 28 as: change control system monthly control" link micro processing State 20, a pass analog conversion circuit 24 and a relay 26. The receiving circuit 22 and the receiving device 22 are connected directly to the load 3 without a hardware line, but the Γ2=ί f f" is transmitted to the transmission/connection 2 connected to the load 3, and is passed through the microprocessor. 2〇 analysis to control the opening of load 3 = No electricity diagram 2 D is the microprocessor control system of the present invention
;J圖。和圖二Β之控制單元所差異之處，以J: J 更可以笋由負 1二^由控制單元之開關以啟動或開閉， 制單“ _料辦，; 一主圖二E係為本發賴處理控·統巾元件組合應; J map. And the difference between the control unit of Figure 2, J: J can be taken from the negative 1 2 ^ by the switch of the control unit to start or open and close, the system " _ material office,; one main picture two E-based The management of the control unit
^：ίϊ'Τ〇4〇"^ S 200919987 圖二 .示意圖。和制系統中元件組合應用之 26再連#系在於插座1〇4連接一繼電器 負載U處理器2〇,使藉由插座亦可以控制 定所有之實施方式 接受摔發;^實施例微處理控制系統 3制系統所具備之元件，做-詳細之敘述= 月微處理控制系統如何接收外部訊號並加以動作。 f驟S300，使用者利用隨身攜帶之電子裝置，如 人數位助理(PDA)、手提電腦等等，輸二指示Ϊ 3二豕ί燈光。步驟S3G2，電子裝歸送―訊號至益線A 過i線網路藉此傳遞至使用者家中微處理 統，收13fu虎之閘口 (Gateway)。步驟S3〇4，第一控开、 路，收此—無線訊號，在本發明微處理:制系统 中第一控制單元即為收發訊號之閘口。 …”’ 號 電 步驟S306，第-控制單元之微處理器將此— 咖後之一控制訊號輸出至傳送 送出Ϊ 控鮮元之魏電輪b控制信號發 接收到此路發送賴之_任—控解元皆可 步驟S310，其中，微處理控制系統之第N控 接收電路偵測並接收此控制訊號。步驟S312，第N控制單 200919987 若不是，則接續步驟S3M，第N控制單元之 -此號再發送出去，以利第_制單元鄰近之ί制 逆處=欲調第= 以達成丄= 作後，即結束此-操作流程。矛以電子裝置正確運 加新流一實施例微處理控制系統增 中電子裝置之增加\而古/fff制系統會因應獨立空間 的增加，a以下係增f :二單:、感測器或 =。=一元件之設定^ :元，將其第nJ制單以子思有-第_ 軍元ίΐβΐίίΐ設定，則接續步驟雜，第N控制 預定，。，等 取：=時回覆，接續步驟 非專候逾時，則回到步驟 200919987 結束自動搜尋設定 S&4f ;當是等候逾時，接續步釋S468， 流程。 處中單任元_聽已回覆，，步称 ^ϊί?：;ί：Γ3 ϊ-ΐϊ^Ν；?ί^：ί-- 二制單元皆接收到同步廣播訊息，即 動-ί^ϊ行自動搜尋設定，則接續步驟S48，進行手 中：一二―驟匕480 ’使用者以手動按壓微處理系統 ri 已5又疋元成之第m控制單元之一新垆括冷 + m控制單元發出邀請連結訊號，其v，第二 制早兀其訊號發射範圍係包含第N控制單元。r弟111控 步驟S484，第m控制單元等待一第二 聽ΐΪΐ回覆。當第瓜控制單元沒有聽取&連結 覆，接續步驟S486,判斷是否為等候逾時；若非等 i^^S484;當綱朴娜咖8, 备第111控制單元聽取到連結訊息回覆，接續 崎84^’使用者按廢第N控制單元中一新增按紅並接受 ^步驟S4842，第N控制單元與微處理系統中第m控 早，儲存彼此的身份認證。步驟S4844，第N控制單^ 傳送電路以同步廣播傳送新加入之訊息至微處理系統 一控制單元。步驟S4846，待微處理系統中每一控制I 皆接收到同步廣播訊息，即完成此一手動設定。 200919987 接受之以施例微處理控制系統 =處;控制系統可以使任-遙控器在】蜀立5以;明： 及障礙物之阻擋；以下係加以說明g 而不會受距離 第以0置°之=按態步^ 處理器偵測到命令，並"將1 y N遙控器之微 s辦，第n魅V讀方—包。步驟 出去，使在傳送電路發送範圍之内的j批日v封包發送 ㈣此一指令封包。元皆可接 微處理_啦為控制第m電子裝置單元之 若指令封包是控制第瓜電子裝 綠 理器接收該:^令：2内 嵌；ir電 結果等將執行 m控制單元之偟、㈣2 f 口報封包。步驟S516，第 赠遞回第 若才日令封包不是控制第m電 第，元之傳送電路將=封 ί令=機會能== 收電路接收此指令封包。步職，第==; 15 200919987 f，將t指令封包做“分析。步驟S526，第 士處理器判別是否為控制第k電子裝置之指令封包， S528右^ 是控^第k電子裝置時’則接續步驟 去，以之傳送將此指令封包再發送出 Ϊ令早凡鄰近之控制單元有機會能接收到此 制單元Ϊ接制訊號傳遞範圍，使目標控 第kiili，ΪΐΪ制第k電子裝置時’接續步驟奶0， ϋΐί早凡之微處理11接收該指令封包之命令，做-内 電子二表以k電子裝置之工作^1大態;此時第Ν k 置’即㈣。步驟如2，第 果等資，將執行結 ί傳达電路將回報封包發送出去，以傳遞回第N 遙控盗。步驟S536，結束此—遙控流^㈣口弟 咸廉二六i係為本發明—實補微處理控制系統中 ίϋϊίΐί貝才斗做一更改之操作流程圖。微處理控制 應立空間中環境參數變更做一_， 之、'，。果顯示於感應器之顯示螢幕中以告知使用 空Uii竟=使用者改變電子裝置作動，以變更獨立 ★ 處雖⑽訪將手麵式纽為自動模 =使微處理綠依縣應！!所_之資料，做相對應之 ’以使獨立空間之氛圍維持在最佳化。其中，手動模 工乃而要使用者本身發出控制命令，以改變部分電子裝置 ;而自，式則會依據感應器所侧之資料，操控 =應之控制單元，以達到自動調整之目的，係加以 說明解釋。 步驟S600 ’使用者設定微處理控制系統為一自動模 200919987 自動操作模式卩2改選擇器之設定為 之微處理器開始收隼ϊ式。步釋_4 ’第n感應器 微處理器會將其所㈣控制單元或感測器時， 發送出去，使在電路將此感應資料封包 感應器皆可接一控制單元或 應資m感應器之接收電路伽彳並接收此感 L 0 ’第m感應器之微處理器分析此 轉感應器，即此感應資料封包是否為其正確 對所ίί=!』步驟s614，第m感應器之微處理器針 银H之感應貝料封包進行後續分析處理。步驟S616， Ϊίίίίίί處·?器輸出控制指令’以正確執行欲調整 之將感測資料 若不是，則接續步驟S62〇，第m感應器之傳送電路 將此感應資料封包再發送出去，以利第^感應器鄰近之控 制單元或感應器有機會能接收到此感應資料封包，如此可 $漸擴大感應資料封包傳遞範圍，使目標控制單元或感應 器可接收到感應資料封包。步驟S622，第k感應3|之接收 電路偵測並接收此感應資料封包。步驟S624，第^感應器 之微處理器分析此感應資料封包。步驟S626,第 之微處理器判別是否本身為目標感應器。 〜β 若是’則接續步驟S628，第k感應器之微處理器針對 所接收之感應資料封包進行後續分析處理。步驟S63〇，第 k感應器之微處理器輸出控制指令，以正確執行欲調整控 17 200919987 制模式之命令。步驟S632，第k感應器之將感測資料顯示 在顯示螢幕中。 若不是，則接續步驟S640,第k感應器之傳送電路將 此感應資料封包再發送出去，直至目標之感應器或控制單 元接收到感應資料封包。 本發明雖以較佳實施例闡明如上，然其並非用以限定 本發明精神及發明實體。對所屬技術領域中具有通常知識 ，，，可輕易瞭解並利用其它元件或方式來產生相同的功 效。是以，在不脫離本發明之精神及範圍内所作之修改， 均應包含在下述之申請專利範圍内。 〆 【圖式簡單說明】 圖一係為本發明一實施例配接卡連結計算機鱼 總線之示意圖； •圖二A至圖二G係為本發明一實施例配接卡之示奄 圖； ^ 圖三係為本發明一實施例印表機配接器之内部示意 圖； …、 圖四係為本發明一實施例印表機配接器之内部示竟 圖； /、μ 圖圖五係為本發明一實施例印表機配接器之内部示意 圖六係為本發明一實施例印表機配接器之内部示音、 200919987 【主要元件符號說明】 1獨立空間 10微處理控制系統 100第一控制單元 102複數個控制單元 102a無線控制開關 102b對講機 102c旋轉式開關： 102d多工控制器 102e單刀單擲開關 102f資料彙整控制單元 104插座 106感應器 110遙控器 1106電池 1108燈泡 24數位類比轉換電路 26繼電器 28手動開關 3負載 20、1104微處理器 22、1102傳送/接收電路 19^:ίϊ'Τ〇4〇"^ S 200919987 Figure 2. Schematic. The reconnection of the component combination application in the system is that the socket 1〇4 is connected to a relay load U processor 2〇, so that all the embodiments can be controlled to receive the fall by the socket; The components of the system 3 system, do-detailed description = how the monthly micro-processing control system receives external signals and acts. In step S300, the user uses the electronic device that is carried with him, such as a PDA, a laptop, etc., to input two indicators Ϊ 3 豕 灯光 light. Step S3G2, electronic equipment returning to the signal line to the benefit line A through the i-line network to pass to the user's home micro-processing system, receiving 13fu Tiger Gate (Gateway). Step S3〇4, the first control is opened, the road is received, and the wireless signal is received. In the microprocessing system of the present invention, the first control unit is the gate of the transceiver signal. ..." 'Electricity step S306, the microprocessor of the first-control unit outputs the control signal of the one after the coffee to the transmission and output of the control unit of the control unit, and sends the control signal to the road to send it to the road. The control unit can be in step S310, wherein the Nth control receiving circuit of the microprocessor control system detects and receives the control signal. In step S312, the Nth control list 200919987, if not, continues to step S3M, the Nth control unit - This number is sent out again, in order to facilitate the _ system rendezvous in the vicinity of the unit _ system = to adjust the number = to achieve 丄 = after the end, the end of this - operation flow. Spear electronically correctly add new stream - an embodiment The micro-processing control system increases the number of electronic devices. The ancient/fff system will increase the independent space. The following is the increase of f: two:: sensor or =. = one component setting ^: yuan, will The nJ system is set by the child - the _ _ _ _ ΐ ΐ ΐ 则 则 第 第 第 , , , , , , , , , , , , , 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第Automatic search setting S&4f; when waiting for timeout, pick up Step S468, flow. In the middle of the single yuan _ listened to reply, step called ^ϊί?:; ί: Γ3 ϊ-ΐϊ^Ν;? ί^: ί-- Both units received synchronous broadcast messages, Immediately, the automatic search setting is performed, and then the step S48 is followed by the hand: one or two - 匕 480 'users manually press the micro processing system ri has 5 and the element is one of the mth control units The cold + m control unit sends an invitation link signal, the v, the second system has its signal transmission range including the Nth control unit. The r control unit 111 controls the step S484, and the mth control unit waits for a second listening response. The control unit of the first melon does not listen to the & link, and then proceeds to step S486 to determine whether it is waiting for the timeout; if not waiting for i^^S484; when the platform is in the middle of the 8th, the 111th control unit listens to the reply of the link message, and then continues the connection 84 ^' The user presses a new red button in the waste Nth control unit and accepts step S4842, and the Nth control unit and the mth control system store the identity authentication of each other. Step S4844, the Nth control unit ^ The transmitting circuit transmits the newly added message to the microprocessor system in a synchronous broadcast. In step S4846, each control I in the microprocessor system receives the synchronous broadcast message, that is, completes the manual setting. 200919987 Accepted by the example micro-processing control system=where; the control system can make the any-remote control 】 stands 5; Ming: and obstacles block; the following is to explain g and will not be affected by the distance of 0 = step by step ^ processor detected command, and "1 y N remote control The device's micro-s, the n-th charm V-reading-package. The steps go out, so that the j batch of v packets within the transmission range of the transmission circuit is sent (four) this instruction packet. The element can be connected to the micro-processing _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ (4) 2 f mouth report packets. In step S516, the first delivery retransmission is not the control of the mth, and the transmission circuit of the element will be = 令 = = opportunity == the receiving circuit receives the instruction packet. Step, ==; 15 200919987 f, the t command packet is "analyzed. Step S526, the taxi processor determines whether it is to control the instruction packet of the kth electronic device, S528 right ^ is the control kth electronic device" Then, the subsequent steps are sent to transmit the instruction packet and then sent out. The adjacent control unit has the opportunity to receive the transmission range of the unit, and the target control unit kili, the kth electronic device is controlled. When the 'continuation step milk 0, ϋΐί early micro-processing 11 receives the command of the instruction packet, do - internal electronic two table to k electronic device work ^1 state; 2, the first fruit and other funds, will perform the implementation of the ί communication circuit will send the return packet to pass back to the Nth remote control thief. Step S536, the end of this - remote control flow ^ (four) mouth of the brothers and sisters is the invention - In the real micro control system, the operation flow chart of the change is made. The micro-processing control changes the environmental parameters in the space to make a _, ,, ', and the result is displayed on the display screen of the sensor to inform the use. Empty Uii actually = user changes electronic Set the action to change the independence ★ Although (10) interviews the hand-held button for the automatic mode = make the micro-processing green county should be!! _ the information, do the corresponding 'to maintain the atmosphere of the independent space to optimize Among them, the manual molder only needs the user to issue a control command to change some of the electronic devices; and the self-control mode will control the control unit according to the information on the side of the sensor to achieve the purpose of automatic adjustment. The explanation is explained. Step S600 'The user sets the micro-processing control system to an automatic mode 200919987. The automatic operation mode 卩 2 changes the selector setting to the microprocessor to start the collection. Step _4 'nth sensor The microprocessor will send out the (4) control unit or the sensor, so that the sensing data packet sensor in the circuit can be connected to the receiving unit of the control unit or the m sensor and receive the feeling. L 0 'm sensor of the m sensor analyzes the turn sensor, that is, whether the sensor data packet is correct for the ίί!! step s614, the m-th sensor microprocessor needle silver H sensor Packet proceeding The analysis process is continued. Step S616, the output control command of the device is executed to correctly perform the sensing data to be adjusted. If not, the process proceeds to step S62, and the transmission circuit of the mth sensor transmits the sensing data packet. The control unit or sensor adjacent to the sensor may have the opportunity to receive the sensing data packet, so that the sensing data packet transmission range can be gradually increased, so that the target control unit or the sensor can receive the sensing data packet. S622, the receiving circuit of the kth sensing 3| detects and receives the sensing data packet. In step S624, the microprocessor of the ^ sensor analyzes the sensing data packet. In step S626, the microprocessor determines whether it is a target sensing. Device. If β is ', then step S628 is followed, and the microprocessor of the kth sensor performs subsequent analysis processing on the received sensing data packet. In step S63, the microprocessor of the kth sensor outputs a control command to correctly execute the command to adjust the control mode. Step S632, the kth sensor displays the sensing data in the display screen. If not, proceeding to step S640, the transmitting circuit of the kth sensor transmits the sensing data packet again until the target sensor or control unit receives the sensing data packet. The present invention has been described above by way of a preferred embodiment, and is not intended to limit the spirit of the invention. It is common knowledge in the art to readily understand and utilize other elements or means to produce the same. Modifications made without departing from the spirit and scope of the invention are intended to be included within the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a docking card connected to a computer fish bus according to an embodiment of the present invention; FIG. 2A to FIG. 2G are diagrams showing a patching card according to an embodiment of the present invention; 3 is an internal schematic view of a printer adapter according to an embodiment of the present invention; and FIG. 4 is an internal diagram of a printer adapter according to an embodiment of the present invention; An internal schematic diagram of a printer adapter according to an embodiment of the present invention is an internal sounding of a printer adapter according to an embodiment of the present invention, 200919987. [Main component symbol description] 1 independent space 10 micro processing control system 100 A control unit 102 a plurality of control units 102a wireless control switch 102b walkie-talkie 102c rotary switch: 102d multiplex controller 102e single-pole single-throw switch 102f data collection control unit 104 socket 106 sensor 110 remote control 1106 battery 1108 bulb 24 digital analog conversion Circuit 26 relay 28 manual switch 3 load 20, 1104 microprocessor 22, 1102 transmit/receive circuit 19