200906122 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種監控系統，特別是 連線方式監控遠端監控設備運作之監控系統/ 以無線 【先前技術】 -般應用於家電控制或消防設備監控之遠 ^ 大都是運用有線的電信傳輸線路作為 ，也就是使用者操作之一監控器經由的媒介 備’且遠端設備之回授訊號經電信傳輸 線路傳运至疋使用者之監控器中。 但是，有線的電信傳輸線路於系統建立的過程 離=輸導線，如是於一般家庭中要監控各種家電 各又備時，就需要將電信傳輸線路舖設線路至各種家電設備 不僅建立之成本較高’且舖設之線路過於龐雜 内之美觀性。 【發明内容】 因此本發明之目的即在提供—種無線監控遠端設備 之監控系統。 本發明之另一目的即在提供一種上述監控系統所應用 之控制裝置。 /於& ’本發明監控系統適用於監控一遠端設備，監控 系統包含··—可與—開放型網際網路連線之舰主機、-與所述網際網路連線並輸出控制訊號至所述遠端設借之控 ' 及與所述網際網路連線以供一使用者連線至該 200906122 伺服主機之監控器。 該伺服主機匯集該使用者 置且右卜運之知控指令。該控制裝 一批制，番4时 上 L丁、，，罔路連線之通訊器、 之於Ψ入品 _ ^ 輪出t制訊號至遠端設備 之輸出"面。該微處理器經 Μ ± Άη ,λ-, 遇巩器傳送涊證資料至該伺 服主機及接收伺服主機内 ^曰令。該輸出介面受微處 理益控制而輸出訊號至所述遠端設備。 該監控器與所述網際網路 ^ ± l ^ % U供使用者連線至該 习艮主機上並取得該控制裝 估田本丁 4 2 直 < 匕制權限，且監控器可供 使用者下達该操控指令並傳送至伺服主機。 使用者下達之操控指令匯集於該伺服主機後， 、.-k…、線傳送至该控制農置之播％哭 5, ^ 4t ^ 之通3孔益，该微處理器判讀通訊 »文之刼控ϋ，透過該輸出介φ 所述遠端設備，以控制遠端設備運轉。 — 杨明利用該控制裝置之通訊器以無線傳輸之 所述網際網路連線並值於 '、 U傳輪U至該伺服主機以供監控器讀 取’編伺服主機接收使用者下達之操控指令， 所述遠端設備運轉，達到於 二 裝置的過程中完全不需」：：與“j之目的，且裝設控制 而要舖6X控制線路，可維持室 觀性又可降低裝設成本。 果 【實施方式】 、特點與功效，在 詳細說明中，將可 有關本發明之前述及其他技術内容 以下配合參考圖式之—個較佳實施例的 清楚的呈現。 200906122 參閱圖1，本發明監控系統之較佳實施例適用於以一開 =網際網路2監控—遠端設備3，該監控系統包含與所述 ” i網際網路2連線之—伺服主機4、_無線傳輸單元5 Z傳送與接收該無線傳輸單元5之訊號以控制所述遠端 Ή控制裝置6 ’及―供使用者操控並經開放型網際網 路2連線至伺服主機4之監控器7。 該飼服主機4具有-儲存媒體41、—與所述開放型網 際網路2連線之網路卡42，及—控制網路卡42與儲存媒體 41之中央處理H 43。該中央處理器43控制該網路卡^並 經由所述開放型網際網$ 2接收相關資料與訊息以儲存於 該儲存媒體41中。 、 該無線傳輸單元5具有複數個與所述開放型網際網路2 連線並可無線發射與無線接收資料與訊息之無線集線器Η (wireless Hub)。本實施例中該無線集線器51之輸出規格 為IEEE8G2.Ha/g介面，但實施範圍不以上述規格為限。 該控制裝置6裝設於所述遠端設備3的附近，並具有 一以無線傳輸方式與其中一無線集線器51連線之通訊器Η 、-與通訊器6】電連接以控制f訊流向之微處理器62B、與 微處理H 62連線之一輸出介面63與一輸入介φ 64、—接 收外部電源以供給通訊器61、微處理器62與輸出、入介面 63、64電源的電源供應器65，及一可儲存電源並於外:電 源停止供電狀態時輸出電源的内部電池66。 該通訊器6】受該微處理器62控制而可經由無線集線 窃5〗及所述網際網路2，以連線至該伺服主機4。該輪出 200906122 2 63亦是受微處理# 62㈣而輸出訊號至所述遠端設 備’以調整或控制遠端設備3之運轉。該輸入介面料可 妾收回授。孔號並經通訊器61與所述網際網路2傳送至今 主機4,以供該監控器7連線讀取。本實施例中該通： 益6】是-無線網卡並符合咖8〇2 iia/g介面規格該輸 出、入介面63、64可依所述遠端設備3之介面規格而設計 為數位輸出、入或類比輪屮 、 飞頰比枸出入之連接埠，故實施範圍不 以輸出、入介面63、64之規格為限。 s |控器7疋供使用者操控並連線至該伺服主機*上 。本實施例中該監控器7是—與開放型網際網路2連線之 個人電腦，但實際實施時亦可湘3G無線電話連結上所述 開放型網際網路2 ’故實施上不以監控器7之型式為限。且 -玄孤&态7之構造非本發明之特徵，以下就不再多作說明 藉此，於系統建構之過程中，該控制裝置6可安裝於 所述遠端設備3附近並可供應外部電源處，再將該控制裝 置6之輸出、入介面63、64與遠端設備3訊號連接，該控 制裝置6就裝設完成，而後該微處理器62立即經由通訊器 61、無線傳輪單元5及網際網路2傳送認證資料至該伺服 主桡4中，且該認證資料被儲存於該儲存媒體々I内，該控 制裝置6就完成認證程序，並歸屬於尚未啟用之群組中。 其中，上述之認證資料中包含該控制裝置6之 授權序號等相關資訊。 遽及 於啟用程序中，使用者利用該監控器7與伺服主機4 200906122 連線，並可藉由輸入該控 。次？工刹裝置6相關序轳 控制裝置ό由尚未盘用 > 被 ®斤5虎的方式，將該 未啟用之群組轉歸屬於該使 組中，以將該控财置6 #控之群 田j -Γ & ^ 紅制榷限父由該使用者，且傕 用者可於取得控制權限的同時設定使 ，钛小忐兮祕法,壯 利褒置6之刼控密碼 就兀成該控制裝置6之啟用程序。 於使用的過程中，該使用者可經由該監控器 控役碼，並經該飼服主機4確認之後，該使用者就^ ==令並_至伺服主機4，而後_令再經 =型網際網路2傳送至該無線傳輸單…無線集線 Mi中’並以無線傳輸之方式傳送至該控制裝置6之㈣ 益W β，接著該微處理器62判讀該操控指令並轉換成可 操控所述遠端設備3之控制訊號，並將控制訊號經由該輪 出介面63傳送至遠端設備3以控制其運轉，遠端設備3運 轉後相關之回授訊號可經由該輸人介面64回授至該微處理 器62,並經通訊器61、無線傳輸單元5及開放型網際網路 2匯集於伺服主機4 t，使用者可經由該監控器7讀取相關 回授訊號’以了解遠端設備3之運轉狀況，並適時下達另 一操控指令以調整遠端設備3之運轉。本實施例中是以— 使用者經過該伺服主機4操控遠端設備3為例作說明，但 實際實施時是可由多數使用者共用該伺服主機4以監控歸 屬於各使用者的遠端設備3，或者共同監控單一遠端設備3 。也就是說一伺服主機4可供多數台監控器7連線共用， 以各自監控不同處所之遠端設備3，或者共同監控同—處所 之遠端設備3,且各使用者是以不同之監控權限監控該遠端 200906122 設備。所以實施範圍不以監控器7與遠端設備3所在地之 數量為限。 以下就以數個應用例加以說明本發明之功效。 參閱圖1及圖2’本發明之第—應用例適用於操控-般 住家中之空調設備，本應用例中是使用二個控制裝置6分 別控制一冷氣機m與一抽風機312，亦即，其中一遠端設 備3是冷氣機311，另-遠端設備3為抽風機312,而該監 控器7是-般可連線上所述開放购際網路2之無線電話 〇 其中-控制裝置6之輸出介面63上具有一可輸出紅外 線控制訊號以控制該冷氣機311的遙控器631，且該輸入介 :料是電性連接-溫度感知器331，另—控制裝置6之輸 介面63是以類比輸出的方式輸出控制訊號以控制該抽風 ,、312運轉。其中該遙控器631可依遠端設備3之廠牌或 型式而複製或設定不同紅外線控制訊號，此外，上述不同 廠牌與設備型式之遙控控制訊號亦可儲存於該飼服主機4 绪存媒體41 t，以供控制裝置6之微處理器下載， 二由該遙控器631輪出，避免冷氣機311更換時又須更換遙 ° 1的問題。上述遙控控制訊號之設定、複製與下載 :式非本發明之特徵’以下不再多作說明。且實施範圍也 不以紅外線控制訊號為限。 ;辦A至或其他地點要監控家中之空 圖可藉由該監控器7連線上飼服主機4,並於監控器7上： 3所不之功能選擇單監控空調設備，纟中選㉟A代表該 10 200906122 =乳機如之各種操控項目。選項B是代表該溫度感知器 、回授之溫度訊號，讓使用者了解目前家中之室内溫度， 而選項C是該抽風機312之操控項目，使用者可先以上下 項目^至特疋選項’再以左右鍵進入該選項中之特定操控 $ ^下賴控指令。藉此可讓❹者於时的路途上就 先啟動抽風機312與冷氣機311，以改善家中悶熱的狀況。 此外’該控制裝置6利用無線傳輸之方式與該饲服主 、線’可避免家中安裝過程中需佈線的困擾，口、需要 =供給外部《的地方，或直接裝設於該相設備3旁 並連接運用該遠端設備3之電源就可輕易 程序非常簡便。 兀成女波 且’由於政府目前大力推動區域型無線 =線傳輸單元5已廣泛地裝設於社區附近，該控制 “器61可直接與區域型無線網路連線，使用者只需梦 =制裝置6，就可藉由網際網路2監控家^調狀況= 無線網路通常都會設置多數個無線集線器51，以避 。〆、中—無線集線器51故障而斷訊，可確保系統之可靠性 ^閱圖4本發明之第二應用例是運用於室内保全監 ’亦即利用該等控制裝置6分別監控一工 門嶋測器切、-窗戶開關監視器切、：二 324、-㈣設備奶，及— 咖I出益 由嗜龄抻哭7 + 使3^知咨326等。藉以 m 7中隨時掌握保全狀，且 中同樣可避免佈線的問構裝叹之過程 題本應用例中之室内保全監控可 200906122 供多數使用者分別經由其所使用之監控器7同時監控保全 狀況，且可依不同之使用者之成員身分而給予不同之操控 權限，例如家庭中所有成員都有控制權限控制該照明設備 325，但僅有家中成年的成員可控制該大門門禁切，未成 年的成員僅能監看大Η門禁321，藉以維持保全的功能。 >閱圖5 |發明之第二應用例是運用於消防設備的監 控，亦即利用該等控聽置6分別監控-溫度感知器33卜 二氧化碳感測器332、-偵煙器333 '—抽排風扇別、 -消防水控制閥335,及一消防氣體控制閥336,以監控整 體消防狀況。 本發明之上述應用例僅用於說明實際運用於空調、保 全與消防監控上，但實際實施時亦可用於監控工廠設備之 運作或者其他須遠距離控制之設備，所以實施範圍不已上 述之應用例為限。 綜上所述，本發明利用該控制裝置6之通訊器Μ以無 線傳輸之方式與該無線傳輸單元5之無線集線器Μ連線， 2傳輸訊息至㈣服主機4以供單—監控器7或多數監控 益7同時異地的讀取，或從該伺服主機4接收使用者下達 之操控指令’以控制所述遠端設備3運轉，達到監督斑控 2目的’且裝設控制裝置6的過程中完全不需要舖設控 香秦路’可维持室内之美觀性又可降低裝設成本，所以確 實可達到本發明之目的。 &惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 12 200906122 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是本發明之較佳實k例的方塊示意圖； 圖2是該較佳實施例應用於監控一空調設備之方塊示 意圖； 圖3是該較佳實施例應用於監控該空調設備時，一監 控器上之功能選擇單的示意圖； 圖4是該較佳實施例應用於監控深全狀態之方塊示意 圖；及 圖5是該較佳實施例應用於監控消防狀態之方塊示意 圖。 13 200906122 - 【主要元件符號說明】 2 網際網路 4 伺服主機 3 遠端設備 41 儲存媒體 311 冷氣機 42 網路卡 312 抽風機 43 中央處理器 321 大門門禁 5 無線傳輸單元 322 大門開關偵測器 51 無線集線器 323 窗戶開關監視器 6 控制裝置 324 警報輸出器 61 通訊器 325 照明設備 62 微處理器 326 人體接近感知器 63 輸出介面 331 溫度感知器 631 遙控器 332 一氧化碳感測器 64 輸入介面 333 偵煙器 65 電源供應益 334 抽排風扇 66 内部電池 335 消防水控制閥 7 監控器 336 消防氣體控制閥 14200906122 IX. Description of the invention: [Technical field of the invention] The present invention relates to a monitoring system, in particular to a monitoring system for monitoring the operation of a remote monitoring device in a wired manner/wireless [prior art] - generally applied to home appliance control or The monitoring of fire equipment is mostly based on the use of wired telecommunication transmission lines, that is, the medium through which the user operates the monitor, and the feedback signal of the remote device is transmitted to the user through the telecommunication transmission line. In the device. However, the wired telecommunication transmission line is separated from the transmission line in the process of system establishment. If it is necessary to monitor various household appliances in the general household, it is necessary to lay the telecommunication transmission line to various household electrical appliances and not only establish a high cost. And the laying route is too complicated and beautiful. SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a monitoring system for wirelessly monitoring remote devices. Another object of the present invention is to provide a control device to which the above monitoring system is applied. /于& 'The monitoring system of the present invention is suitable for monitoring a remote device, and the monitoring system includes a ship host connected to an open Internet, connected to the Internet and outputting a control signal The remote control device is connected to the Internet and is connected to the Internet for a user to connect to the monitor of the 200906122 server. The server host collects the user's control commands. The control is installed in a batch system. At 4 o'clock, the L, 、, 罔 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连The microprocessor transmits the 涊 certificate data to the servo host and the receiving servo host via Μ ± Άη , λ-. The output interface is controlled by the micro-processing and outputs a signal to the remote device. The monitor and the Internet ^ ± l ^ % U are connected to the user host and obtain the control device, and the monitor is available for the user to release. The manipulation command is transmitted to the servo host. The control commands issued by the user are collected after the servo host, , .-k..., and the line is transmitted to the control farm. The broadcast is crying 5, ^ 4t ^ through 3 holes, the microprocessor interprets the communication » text The remote device is controlled by the output φ to control the operation of the remote device. - Yang Ming uses the communicator of the control device to wirelessly transmit the Internet connection and is valued at ', U-pass U to the servo host for the monitor to read'. The servo host receives the user's control. The instruction that the remote device is in operation does not need to be in the process of the second device: ": and the purpose of "j, and the 6X control circuit is to be installed for control, which can maintain the room appearance and reduce the installation cost. The above and other technical aspects of the present invention will be clearly described below with reference to the preferred embodiment of the present invention. 200906122 See Figure 1, this is a detailed description of the present invention. The preferred embodiment of the inventive monitoring system is adapted to be monitored by an open = Internet 2 - remote device 3, the monitoring system comprising a connection to the "i Internet 2" - a servo host 4, a wireless transmission unit 5 Z transmits and receives the signal of the wireless transmission unit 5 to control the remote control device 6' and the monitor 7 for the user to operate and connect to the servo host 4 via the open network 2. The feeding service host 4 has a storage medium 41, a network card 42 connected to the open network 2, and a central processing H 43 for controlling the network card 42 and the storage medium 41. The central processing unit 43 controls the network card and receives related data and information via the open internet network 2 for storage in the storage medium 41. The wireless transmission unit 5 has a plurality of wireless hubs that are connected to the open Internet 2 and can wirelessly transmit and receive data and information wirelessly. In this embodiment, the output specification of the wireless hub 51 is an IEEE8G2.Ha/g interface, but the implementation range is not limited to the above specifications. The control device 6 is installed in the vicinity of the remote device 3, and has a communicator Η connected to one of the wireless hubs 51 in a wireless transmission manner, and is electrically connected to the communicator 6 to control the flow of the signal. The microprocessor 62B, one of the output interfaces 63 connected to the microprocessor H 62, and an input medium φ 64, receive external power to supply the power supply of the communicator 61, the microprocessor 62 and the output, and the input interfaces 63 and 64. The device 65, and an internal battery 66 that can store the power supply and output the power supply when the power supply is stopped. The communicator 6 is controlled by the microprocessor 62 to be connected to the server 4 via the wireless set line and the internet 2. The round out 200906122 2 63 is also subjected to microprocessor #62 (4) and outputs a signal to the remote device ' to adjust or control the operation of the remote device 3. The input fabric can be retracted. The hole number is transmitted to the host 4 via the communicator 61 and the Internet 2 for reading by the monitor 7. In this embodiment, the pass: 益6] is a wireless network card and conforms to the coffee 〇2 iia/g interface specification. The output, the input interface 63, 64 can be designed as a digital output according to the interface specification of the remote device 3, The input or analog rim and the flying cheek are more than the connection 埠, so the implementation range is not limited to the specifications of the output and the interface 63 and 64. s |The controller 7 is for user control and is connected to the servo host*. In this embodiment, the monitor 7 is a personal computer connected to the open Internet 2, but in actual implementation, the 3G wireless telephone can be connected to the open Internet 2', so the implementation is not monitored. The type of the device 7 is limited. Moreover, the configuration of the singularity & state 7 is not a feature of the present invention, and will not be further described below. In the process of system construction, the control device 6 can be installed near the remote device 3 and can be supplied. At the external power supply, the output of the control device 6, the interface 63, 64 is connected to the remote device 3, the control device 6 is installed, and then the microprocessor 62 immediately passes the communication device 61 and the wireless transmission wheel. The unit 5 and the Internet 2 transmit the authentication data to the server host 4, and the authentication data is stored in the storage medium ,I, and the control device 6 completes the authentication process and belongs to the group that has not been enabled yet. . The above authentication data includes related information such as an authorization serial number of the control device 6. In the enabler, the user uses the monitor 7 to connect to the servo host 4 200906122 and can input the control. Times? The brake device 6 is associated with the sequence control device, and the unactivated group is transferred to the group by the method of not being used, and the group is controlled by the control group. Tian j -Γ & ^ Red system is limited to the user by the user, and the user can set the control permission at the same time, and the password of the Titanium is set. The activation program of the control device 6. In the process of use, the user can control the code through the monitor, and after confirming by the feeding host 4, the user ^== orders and _ to the servo host 4, and then _ orders again = type The Internet 2 is transmitted to the wireless transmission list ... in the wireless collection line Mi' and transmitted to the control device 6 by wireless transmission (4), and then the microprocessor 62 interprets the manipulation command and converts it into a controllable station. The control signal of the remote device 3 is transmitted, and the control signal is transmitted to the remote device 3 via the round-trip interface 63 to control its operation. After the remote device 3 is operated, the related feedback signal can be fed back through the input interface 64. The processor 62 is connected to the servo host 4 t via the communicator 61, the wireless transmission unit 5 and the open network 2, and the user can read the relevant feedback signal through the monitor 7 to understand the remote end. The operating condition of the device 3, and another control command is issued in time to adjust the operation of the remote device 3. In this embodiment, the user operates the remote device 3 through the server 4 as an example. However, in actual implementation, the server can share the server 4 to monitor the remote device 3 belonging to each user. , or jointly monitor a single remote device 3 . That is to say, a servo host 4 can be shared by a plurality of monitors 7 to monitor remote devices 3 of different locations, or to jointly monitor remote devices 3 of the same location, and each user is monitored differently. Permissions monitor the remote 200906122 device. Therefore, the implementation scope is not limited to the number of locations where the monitor 7 and the remote device 3 are located. The effects of the present invention will be described below in a number of application examples. Referring to FIG. 1 and FIG. 2, the first application example of the present invention is applicable to an air conditioner in a home-like home. In this application example, two air conditioners m and one air blower 312 are respectively controlled by using two control devices 6, that is, One of the remote devices 3 is an air conditioner 311, and the other remote device 3 is an exhaust fan 312, and the monitor 7 is a wireless telephone that can be connected to the open purchase network 2 The output interface 63 of the device 6 has a remote controller 631 for outputting an infrared control signal to control the air conditioner 311, and the input medium is an electrical connection-temperature sensor 331, and the input interface 63 of the control device 6 The control signal is outputted in analogy to control the ventilation, and 312 is operated. The remote controller 631 can copy or set different infrared control signals according to the label or type of the remote device 3, and the remote control signals of the different brands and equipment types can also be stored in the feeding machine host 4 41 t, for downloading by the microprocessor of the control device 6, and secondly by the remote controller 631, to avoid the problem of changing the remote temperature 1 when the air conditioner 311 is replaced. The setting, copying and downloading of the above-mentioned remote control signal are not described in the following description. The implementation range is not limited to the infrared control signal. The A to or other places to monitor the air map of the home can be connected to the host 4 via the monitor 7 and on the monitor 7: 3 no function selection single monitoring air conditioning equipment, choose 35A On behalf of the 10 200906122 = milk machine as various control items. Option B is a temperature signal representing the temperature sensor and feedback, allowing the user to know the indoor temperature in the home, and option C is the control item of the exhaust fan 312. The user can first select the item ^ to the special option' Then use the left and right buttons to enter the specific control in the option. This allows the latter to start the exhaust fan 312 and the air conditioner 311 on the way to improve the sweltering situation in the home. In addition, the control device 6 utilizes the wireless transmission mode and the feeding main line and the line to avoid the trouble of wiring in the home installation process, the mouth, the need to supply the external place, or directly installed next to the phase device 3 And connecting the power of the remote device 3 can be easily performed.兀成女波 and 'Because the government is currently pushing the regional wireless = line transmission unit 5 has been widely installed near the community, the control "device 61 can be directly connected to the regional wireless network, users only need to dream = The device 6 can monitor the home condition through the Internet 2 = the wireless network usually sets a plurality of wireless hubs 51 to avoid the failure of the 〆, zhong, and wireless hubs 51 to ensure the reliability of the system. Figure 4 is a second application example of the present invention applied to the indoor security supervision, that is, using the control device 6 to separately monitor a door detector, and the window switch monitor is cut: two 324, - (four) Equipment milk, and - coffee I benefit from age-old crying 7 + make 3 ^ know 326, etc. By m 7 in any time to grasp the security shape, and also can avoid the wiring of the structure of the sigh process example application examples The indoor security monitoring can be used for most users to monitor the security status through the monitor 7 used by the majority of users, and can be given different control rights according to the identity of different users, for example, all members of the family have control. Access control The lighting device 325, but only the adult members of the family can control the door access control, and the minor members can only monitor the large door access 321 to maintain the security function. > Read Figure 5 | The second application example of the invention It is used for the monitoring of fire-fighting equipment, that is, the monitoring and sensing device 6 respectively, the temperature sensor 33, the carbon dioxide sensor 332, the smoke detector 333'-the exhaust fan, the fire water control valve 335, and A fire gas control valve 336 is used to monitor the overall fire condition. The above application examples of the present invention are only used to illustrate the actual application of air conditioning, security and fire monitoring, but in actual implementation, it can also be used to monitor the operation of factory equipment or other remote The control device is not limited to the above-mentioned application examples. In summary, the present invention utilizes the communicator of the control device 6 to wirelessly transmit to the wireless hub of the wireless transmission unit 5, 2Transfer the message to (4) the host 4 for the single-monitor 7 or the majority of the monitor 7 to read at the same time, or receive the control command issued by the user from the servo host 4 to control The remote device 3 is operated to achieve the purpose of supervising the spot control 2, and the process of installing the control device 6 does not need to lay the control of the Qin Qin Road, which can maintain the aesthetics of the room and reduce the installation cost, so it can be achieved. The object of the present invention is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the scope of the invention and the content of the invention are as follows. The simple equivalent changes and modifications are still within the scope of the present invention. [Simplified Schematic] FIG. 1 is a block diagram of a preferred embodiment of the present invention; FIG. 2 is an application of the preferred embodiment. FIG. 3 is a schematic diagram of a function selection list on a monitor when the preferred embodiment is applied to monitor the air conditioner; FIG. 4 is a schematic diagram of the preferred embodiment applied to monitor the deep state. A block diagram of the block diagram; and FIG. 5 is a block diagram of the preferred embodiment for monitoring fire conditions. 13 200906122 - [Main component symbol description] 2 Internet 4 Servo host 3 Remote device 41 Storage media 311 Air conditioner 42 Network card 312 Exhaust fan 43 Central processor 321 Gate access 5 Wireless transmission unit 322 Gate switch detector 51 Wireless hub 323 Window switch monitor 6 Control device 324 Alarm output device 61 Communicator 325 Lighting device 62 Microprocessor 326 Human proximity sensor 63 Output interface 331 Temperature sensor 631 Remote control 332 Carbon monoxide sensor 64 Input interface 333 Detect Smoker 65 Power supply 334 Extraction fan 66 Internal battery 335 Fire water control valve 7 Monitor 336 Fire gas control valve 14