201140996 六、發明說明： 【發明所屬之技術領域】 本發明係有關於:種控缝置，尤其是有關於—種可以依據一至多個 偵測裝置之侧值來獲知-至多個主控設備其上流㈣電流以獲知其運轉 狀態，並依此來連動控制-至多個被控設贼主控設備使其致能或失能(運 轉或停止）’而能在完全不_外特別開發專用之連動控繼置下立即讓同 類型或不同麵的數個設備：iLg卩具有連動啟停的功能之多設備連動控制事 置。 【先前技術】201140996 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to: a variety of control slits, and in particular, can be known based on the side values of one or more detecting devices - to a plurality of master devices Upstream (four) current to know its operating state, and accordingly to control - to a number of controlled thief master devices to enable or disable (run or stop) 'can be specifically developed outside the special linkage The control succeeds in setting up several devices of the same type or different faces immediately: iLg卩 has multiple devices linked to control the function of linkage start and stop. [Prior Art]
由於現有设備(裝置)在許多應用場所及時機，彼此之間大都存在有相伯 或相反的運作性質。以相依性質為例，#客廳細細掉時，如電風扇亦 有開啟，電風扇(可能不只-部)也要—併關掉，電視機(可能不只一部㈣ -樣；或是當_冷«開啟時’同時也断其他位置的冷氣機，電風物 能不只-部)也-賴啟(因如此會加速賴内的對流而能翻節約能源的 目的以相反性質為例，當冷氣機開啟—段時間後房間内的空氣冷度到讀 -定，此時為了節約能源可關閉冷氣機（手動或是有些冷氣機有定時器功 能但-般會立即開啟電風扇或稱後開啟電風扇來讓冷空氣對流以達兼顧 舒適及節約能源的目的；相依或相反性f在—些狀況下並不是立即，而會 希望存在有時間差，例如冷氣機關閉後3〇分鐘Μ動電風扇等。 隨著科技的進步，許多不__計有相依或相反的連動控制裝 置，這些設備間有以下的限制： 卜-般都如-個廠家所製作出的設備才能作到 2 ·所附加的連紐置條該設備，且其功朗定缺之彈性 3 ·設借間的連動無法擴及多個，或是可以彈性調整連動的模式 201140996 4·部份近幾年製造出的設傷可能會設計有專用的連動控制置置，但早期已 存在設備不會有此魏，為了要制此魏就賴触之前的設備，不 僅不環保’而且有些設備目前因市場有限已停產。 如何在不昇及或更換現有設備下讓不同或相同的設備具有連動控制的 功能是目前極重要的課題。 【發明内容】 有鑑於習知設備仍存在有不完善的缺點，經發明人長時間不斷的研究 開發’終於研發出此種可以依據—至多個_裝置之侧值來獲知一至多 個主控設備其上流經的電流以獲知其運轉狀態，並依此來連動控制一至多 個被控設備或主控設備使其致能或失能(運轉或停止），而能在完全不用額外 特別開發專用之連動控繼置下謂翻_或不_蠢數個設備立即 具有連動啟停的功能之設備連動控制裝置。 本發明多設備連動測裝置，其係包括有—至知主控插座或主控 端，該主控插座或主控端係用以提供電源給一至多個主控設備；一至多個 偵測裝置’其係可以债測一至多個主控插座或主控端或被控插座或被控端 其上所流經之電流值，該電流值即為侧值；—至多個被控插座或被控端， 該被控插座或被控端係可以提供電源給一至多個被控設備；以及一至多個 致能裝置，其餘據侧裝絲舰_座級控贼主控插座 或主控端致能或失能(致能裝置簡單的可以闕關即可達成），藉以啟動或停 止被控設備或主控設備。 本發明之主要目的在於可完全不用額外特綱發專用之連動控制裝置 201140996 I立即铜_或不__脑賴轉具有連紐停的魏，完全不 需要人為控制，並可以有效節約能源。 下本易於了解本發明多設備連動控制裝置，請參閲以 【實施方式】 請參看圖-’圖-係為本發明多設備連動控制裝置之方塊圖。本發明 多設備連動控制裝置，其係包括有：一至多個主控插座或主控端1〇，該主 # 控插座或主控端10係用以提供電源給一至多個主控設備A ; -至多個该測 裝置20其射以彻卜至多個主控插座或主控端或被控插座或被控端其上 所流經之電流值，以此作以貞測值(偵測裝置為習知常見電路裝置，故不另 行緣出）；一至多個被控插座或被控端3〇，該被控插座或被控端3〇係可以 提供電源給—至多個被控設備B ;以及-至多個致能裝置4()，其係依據靖 測裝置20之偵測值來使被控插座或被控端3〇或主控插座或主控端1〇致能 或失旎(致能裝置30有許多種達成電路或結構），藉以啟動或停止被控設備 # B或主控設備A。藉由如上之結構設計，可以依據一至多個偵測裝置2〇之 偵測值來獲知一至多個主控設備A其上流經的電流以獲知其運轉狀態，並 依此來連動控制一至多個被控設備B或主控設備A使其致能或失能(運轉或 停止），而能在完全不用額外特別開發專用之連動控制裝置下立即讓同類型 或不同類型的數個設備立即具有連動啟停的功能。前述主控端係指不透過 插座直接與主控設備相串接，同樣的，被控端係指不透過插座直接與主控 設備相串接，因為並不是所有的設備都是藉由有插頭來供電，有的是電纔 供電’有的是使用USB端子或其他端子來供電。在實務上亦可以提供轉換 201140996 器來連接特殊的設備。前述一至多個致能裝置4〇可以整合或成一個，或簡 化為-個作統-致能，該致能裝置4〇可以全由被動元件來達成，例如繼電 器。 清同時參看圖二，圖二係為本發明多設備連動控制裝置之第一實施例 外觀結構圖。 本發明多設備連動控織置可再包含—電職頭或電源供應 線50，其 係用以連接市電、發電機或電瓶作為電力來源；亦可再包含-至多個電壓 •轉換裝置(常見電子電路裝置，達成的方式有許多種，不另繪出於圖示）’其 使用以將電力來·冑要機成獨的賴雜及麵(錢、直流電 壓、脈衝電壓或其他型式的電壓)來驅動主控設備八(冷氣機、除澄機师 控設備B(電風扇）；以及可包含一至多個設定裝置(常見電子電路裝置，達 成的方式有許多種，不另繪出於圖示），其係用以設定主控設備及被控設備 之供應電壓之準位及種類。 前述-至多佩能裝置4Q驗據綱裝置2Q之制絲致能或失能 •可以是當侧值低於或高於一特定值時致能或失能、偵測值位於特定之一 至數個區間範圍内時致能或失能、或侧值位於特定之—至數個區間範圍 外時致能或失能，·處於前述何狀態以及前述特定值或一至數個區間範圍均 了以k需要S又疋及調整(具有讓使用者自行調整之功能）。 為了能更彈性應用於各種環境’本發明多設備連動控制裝置，可再包 含一至多個控制端子60，該控制端子可以接收外界類比或數位訊號，而能 獨立或搭配原有谓測裝置來共同控制致能裝置之運作(此控制端子在實 務上可以接收其他設備或電腦來的狀態訊號或控制訊號）。 201140996 —本發明多設備連输繼置，可以再包含—至多個設定裝置7〇，該設 ▲定裝置係基於-至多個_裝置20之姻值之運算結絲決定一至多個致 此裝置40之致能狀態’該設定裝置可具有一至數個特定模式供使用者選 擇’亦可供使用者自行設定運算模式，前述運算包含有類比之比較運算及 數位邏輯運算(例如電流敍於—特定值時設定為彳之触觸，低於一特 定值是設定為2之數位訊號）。值得留意的是，在此設定裝置配合下，主控 插座或主控端10及被控插座或被控端3〇的角色也可以藉此互易也就是 • 冑務上，使用者可以透過設定裝置來決定其角色，簡單的設定裝置70可以 是一個切換開關。 本發明夕β又備連動控制裝置’可再包含一至多個計時裝置8〇(可以整合 或成-個’或簡化為-個作統一計時），透過該一至多個計時裝置8〇來來 早獨或是搭配偵測值來使-至多個致能裝置4〇於特定的一至個時間點或特 疋之一之多段時間區間内或特定之一至多個時間區間外控制致能裝置40作 動；或透過該一至多個計時裝置80來待偵測值低於一特定值或高於一特定 • 值或位於一數值區間内或位於一數值區間外持續一段時間後再控制致能裝 置40作動(啟動、關閉、致能或失能）。前述一至多個計時裝置8〇可以在一 特定時間、一段時間後、或週期重置致能裝置4〇(恢復原有被控設備原有之 運作狀態）、啟動致能裝置40、關閉致能裝置40、使致能裝置致能40、或 使致能裝置失能40。 本發明多設備連動控制裝置，可以再包含一至多個遙控裝置，該遙控 裝置可以接受無線通訊、區域網路或網際網路的訊號來重置致能裝置40(恢 復原有被控設備原有之運作狀態）、啟動致能裝置4〇、關閉致能裝置、使致 201140996 能裝置致能40、或使致能裝置失能4〇。遙控裝置為常見之電子電路裝置， 可使用無線或藍牙等技術，在此不另繪製及贅述。 本發明多賴連動控制裝置，可以再包含__至多個環境侧裝置或狀 態侧裝置90，以取代原有制裝置來控制致能裝置之運作，或搭配原有 偵測裝置來共同控制致能裝置之運作。前述環境狀態制裝置可以是光度 _裝置、靜電偵測裝置、壓力侧裝置、__裝置、磁場偵測裝置、 風速偵測裝置、紅外線侧裝置、重量你聰置、溫度躺裝置、澄度谓 職置、傭裝置、聲音躺裝置、影像_裝置、氣味侧裝置、氣體 侧裝置(分析侧狀顏之濃敍麵，如二氧化料）、位置偵測裝 置、位移侧裝置、光電偵測裝置、移動偵測裝置）、生物偵測裝置、電廢 偵測裝置、振動偵測裝置、訊㈣測裝置、力量侧裝置流量_裝置、 加速度_裝置或速度侧裝置。環境裝置為常見之電子電路裝置，可使 用無線或藍牙等技術，在此不另繪製及贅述。 本發明多設備連動控制裝置’可以再包含一微處理器1〇〇，該微處理 _ 胃100可依據一至多個偵測裝置20的侧值作數學運算來決定致能裝置 40的運作，可没定提供、給主控設備a及被控設備b之電壓位準及電壓種類； 可依據-至多個主控設備A及被控設備B的運轉狀況來決定讓特定之一至 多個被控設備B被致能或失能；可啟動或關閉特定之一至多個致能裝置2〇 使其不運作(即對主控設備A或被控設備B不具控制權卜微處理器9〇所能 達到的功能很多，以上僅為部份實施例。例如亦可以設定被控設備B於主 控設備A停止後多久被致能或失能，或是被持續致能或是間隔致能。這些 模式均以預先設定或是依使用者的需求自行設定。藉由微處理器1〇〇 , 201140996 複雜性的計算(例如加權、平均、差動等、其他更複雜的函數及運算參 數指定)亦可以輕易達成。此外，微處理器1〇〇本身即可以整合前述各裝置， 例如設定裝置70及計時裝置8〇。 值得-提較’本發明多設備連紐姆置，其中，可以再包含一至 多個警示裝置’該-至多崎讀置相在她織或她额致能或失 能時其偵雕異常時作動。（例如觀能但驗為料缝失鱗但電流不 為零時驅動)。警示裝置騎狀電子電路輕，可使職線或藍牙等技術， 在此不另繪製及贅述。 請參看圖三，圖三二係為本發明多設備連動控制裝置之第二實施例結 構圖。第二實酬鮮-實施·不同處僅在於纽雜作為主控設備A 的設備或裝置其本身已具有電源供應，鱗本㈣多設備連動控制裝置之 結構可以簡化為無需由本發明多設備連動控紐置提供主控插座或主控端 1〇’僅需偵測裝置2◦偵測主控設備之電流即可。_裝置2〇亦有許多種， 可使用感應的，亦可使用串接的，圖二所示為採用感應的電流偵測裝置。 以下列舉相關可應用本發明之實際案例，： 1 ·藉由冷氣的停止（手動停止、或是原有冷氣機的計時裝置停止或是溫度 到達指定溫度時停止）來同時驅動電風扇運轉； 2·藉由投影機的啟動來同時關閉燈光； 3·筆電關掉秒後連同與其搭配的投影機一起關掉； 4·藉由外界的明暗來驅動日光燈使其開啟； 5 -藉由燈光的開啟（日光燈等由於大都自有電源提供，故此時需使用第二 實施例之結構)於一定時間内驅動其他電器設備； 201140996 6 ·當工廠賴稱異f報鱗錢解喊崎警铃； 本發明多設備連動控織置亦可峨輕易的作到： 卜超過-定健的設備異常時驅動致能裝置（該個數可依需要作調整，並 可進-步設定異常可容忍、的持續時間，以免誤動作）； 2 .本發明多設備連動控繼置可不連接被控設備，直接透過本發明來對主 控設備作致能及失能的控制，如此可以對各種設傷提供一安全裝置。 3 ·本發㈣設備連動控讎置之主控職停均會鶴雜裝置的運作 4 .可接《他電子設備傳送過來的訊絲被控制，亦可雌受行動電話、 區域網路或網際網路傳送過來的類比或數位訊號。 相關的應用案例不勝枚舉’在此不另贅述。透過本發明多設備連動控 制裝置除了知達到自動控制及即時控制外，可以完全在不需要特別為數 個需連動控制的設備另行設計專屬控織置下，有效避免人為操作的疏 除可以縮短額外控制的時間外，並可以大幅降低未即時連動所造成的 .其他能源的損耗，而能達到節能省碳的目的。 本發明多設備連動控制裝置並可以增進現有設傷的安全，而且以易於 伽J之電机作為判斷依據，亦可以再多設置加上一些控制端子，來讓其他 的狀況作輔助’例如設備運轉快且溫度異常時，或是異常一段時間後、或 疋某Ί統細的平均值纏—特定健驅動至缝置運作。 以上所述僅是藉由較佳實施例詳細說明本發明，然而對於該實施例所 作的任何修改與變化，例如電源電壓的高低、致能裝置的達成電路、警示 裝置之有無、保險裝置之設置、環境偵裝置的種類或主控插座的個數等等 之變化均不脫離本發明之精神與範圍。 201140996 由以上詳細說明可使熟知本項技藝者明瞭本發明的確可達成前述之目 的’實已符合專利法之規定，爰依法提出發明專利申請。 【圖式簡單說明】 圖一係為本發明多設備連動控制裝置之方塊圖 圖二係為本發明多設備連動控制裝置之第一實施例結構圖 圖二係為本發明多設備連動控制裝置之第二實施例結構圖 •【主要元件符號說明】 A 主控設備 B被控設備 10主控插座或主控端 20偵測裝置 30被控插座或被控端 40致能裝置 φ 50電源插頭或電源供應線 60控制端子 70設定裝置 80計時裝置 90環境偵測裝置或狀態偵測裝置 100微處理器Since existing equipment (devices) are on time in many applications, there are mostly opposite or opposite operational properties. Take the nature of dependence as an example. When the living room is fine, if the electric fan is also turned on, the electric fan (may not only be - part) should be - and turned off, the TV (may not only have one (four) - like] or when _ When cold «opens', it also breaks the air conditioners in other locations, and the electric wind energy can not only be - part) - Lai Qi (because it will speed up the convection in Lai and can turn energy saving purposes, for example, when the air conditioner Turn on—the air cooling in the room after reading for a period of time. To save energy, you can turn off the air conditioner. (Manual or some air conditioners have a timer function, but the fan will be turned on immediately or the fan will be turned on immediately. To let the cold air convection to achieve the purpose of comfort and energy conservation; dependence or opposite f is not immediate in some cases, but it is hoped that there is a time difference, such as 3 minutes after the air conditioner is turned off, the electric fan is swayed. With the advancement of technology, many of the devices do not have dependent or opposite linkage control devices. These devices have the following restrictions: Bu-like-like devices made by a manufacturer can be used to add 2 New item, the device, and its The flexibility of Langding is not available. 3. The linkage between the borrowing and the borrowing cannot be extended, or the mode of elastic linkage can be adjusted. 201140996 4· Some of the injuries created in recent years may be designed with dedicated interlocking control, but early The existing equipment will not have this Wei, in order to make this Wei, it will not only be environmentally friendly, but some equipments are currently discontinued due to limited market. How to make different or the same under the condition of not upgrading or replacing existing equipment The function of the device with linkage control is a very important issue at present. [Disclosed] In view of the fact that the conventional device still has imperfect defects, the inventors have been researching and developing for a long time, and finally have developed this basis. _ the side value of the device to know the current flowing through one or more master devices to know its operating state, and accordingly control one or more controlled devices or master devices to enable or disable (operation or Stop), and can be used without any special development of the special linkage control relay, which means that the device is linked or not. The multi-device linkage measuring device of the present invention comprises: a master control socket or a main control terminal, wherein the main control socket or the main control terminal is used for providing power to one or more master control devices; one or more The detecting device can measure the current value flowing through one or more main control sockets or the main control terminal or the controlled socket or the controlled terminal, and the current value is a side value; - to a plurality of controlled sockets Or the controlled terminal, the controlled socket or the controlled terminal can provide power to one or more controlled devices; and one or more enabling devices, and the rest according to the side loading ship _ seat level control thief main control socket or main control The end enable or disable (enable device can be easily accomplished), thereby starting or stopping the controlled device or the master device. The main purpose of the present invention is to completely eliminate the need for additional special control device 201140996 I immediately copper _ or not __ brain 赖 转 has a new stop, Wei, does not need artificial control, and can effectively save energy. The present invention is easy to understand the multi-device linkage control device of the present invention. Please refer to the accompanying drawings, which are a block diagram of the multi-device linkage control device of the present invention. The multi-device linkage control device of the present invention comprises: one to a plurality of main control sockets or a main control terminal 1 , wherein the main control socket or the main control terminal 10 is used for providing power to one or more main control devices A; - to a plurality of the measuring devices 20, which are shot to a plurality of main control sockets or the main control terminals or the controlled outlets or the current values flowing through the controlled terminals, thereby using the measured values (the detecting device is Conventional common circuit devices, so there is no need to come out; one or more controlled outlets or controlled terminals 3〇, the controlled socket or controlled terminal 3 can provide power to - to a plurality of controlled devices B; - to a plurality of enabling devices 4 (), which enable or disable the controlled socket or the controlled terminal 3 or the main control socket or the main control terminal 1 according to the detected value of the navigation device 20 (enabled) The device 30 has a variety of circuit or structure to initiate or stop the controlled device #B or the master device A. With the above structural design, the currents flowing through one or more of the master devices A can be known according to the detected values of the one or more detecting devices 2 to know the operating state thereof, and accordingly one or more of the linked controls are controlled. The controlled device B or the master device A enables or disables (runs or stops), and immediately enables several devices of the same type or different types to be immediately linked without any special development of the dedicated linkage control device. Start and stop function. The above-mentioned main control terminal refers to the direct connection with the main control device through the socket. Similarly, the controlled terminal refers to the direct connection with the main control device without the socket, because not all devices are connected by the plug. To supply power, some are powered only by electricity. Some use USB terminals or other terminals to supply power. In practice, the conversion 201140996 can also be provided to connect special devices. The one or more enabling devices 4 can be integrated or integrated into one, or can be implemented as a single system, and the enabling device 4 can be implemented entirely by passive components, such as relays. Referring to FIG. 2 at the same time, FIG. 2 is an external structural diagram of the first embodiment of the multi-device linkage control device of the present invention. The multi-device linkage control woven fabric of the present invention may further comprise an electric head or a power supply line 50 for connecting a mains, a generator or a battery as a power source; and may further include - to a plurality of voltage conversion devices (common electronic There are many ways to achieve circuit devices, not to be drawn as shown in the figure. 'It is used to make electricity and electricity to be a separate source (money, DC voltage, pulse voltage or other type of voltage) To drive the main control equipment eight (air-conditioner, in addition to the machine control device B (electric fan); and can include one or more setting devices (common electronic circuit devices, there are many ways to achieve, not drawn for illustration ), which is used to set the level and type of the supply voltage of the main control device and the controlled device. The above-mentioned multi-penetration device 4Q verification device 2Q wire production enablement or disability can be low when the side value is low Enabling or disabling when at or above a certain value, enabling or disabling when the detected value is within a certain one to several intervals, or when the side value is outside a specific range - to a few intervals Disability, · in any of the foregoing states and the foregoing A specific value or a range of one to several intervals are required to be adjusted and adjusted by k (having a function for the user to adjust). In order to be more flexible in various environments, the multi-device linkage control device of the present invention may further include one to a plurality of control terminals 60, the control terminals can receive external analog or digital signals, and can independently control the operation of the enabling device independently or with the original pre-measurement device (this control terminal can receive other devices or computers in practice) State signal or control signal. 201140996 - The multi-device continuous transmission of the present invention can further include - to a plurality of setting devices 7〇, which are determined based on the calculation of the marriage value of the plurality of devices 20 One to more enabling states of the device 40 'The setting device can have one to several specific modes for the user to select' is also available for the user to set the operation mode, the operation includes analogy comparison operations and digital logic operations ( For example, the current is set to - the specific value is set to the touch of 彳, below a specific value is set to the digital signal of 2). It is worth noting that With this setting device, the roles of the main control socket or the main control terminal 10 and the controlled socket or the controlled terminal 3 can also be reciprocal, that is, the user can determine the role through the setting device. The simple setting device 70 can be a switch. The present invention can also include one or more timing devices 8 (which can be integrated or in a single 'or simplified to a unified time). The one or more timing devices 8 are used alone or in combination with the detection values to cause the plurality of enabling devices 4 to be within a certain time interval of one of the specific time points or features or one or more specific ones The time interval external control enabling device 40 operates; or through the one or more timing devices 80, the detected value is lower than a specific value or higher than a specific value or located within a numerical interval or outside a numerical interval for a period of time After the time, the enabling device 40 is activated (starting, shutting down, enabling or disabling). The one or more timing devices 8 can reset the enabling device 4 (restore the original operating state of the original controlled device), activate the enabling device 40, and turn off the enabling at a specific time, a period of time, or a period. The device 40, enables the enabling device 40, or disables the enabling device 40. The multi-device linkage control device of the present invention may further comprise one or more remote control devices, which can receive wireless communication, regional network or internet signal to reset the enabling device 40 (recovering the original controlled device original The operating state), the activation of the enabling device 4, the enabling of the device, the enabling of the device 4040, or the disabling of the enabling device. The remote control device is a common electronic circuit device, and technologies such as wireless or Bluetooth can be used, and are not drawn or described herein. The multi-link linkage control device of the present invention may further include __ to a plurality of environment side devices or state side devices 90 to replace the original device to control the operation of the enabling device, or to cooperate with the original detecting device to jointly control the enabling The operation of the device. The environmental condition device may be a photometric device, an electrostatic detection device, a pressure side device, a __ device, a magnetic field detecting device, a wind speed detecting device, an infrared side device, a weight, a temperature lying device, and a degree Occupation, commissioning device, sound lying device, image_device, odor side device, gas side device (analysing the side of the face, such as dioxide), position detecting device, displacement side device, photoelectric detecting device , motion detection device), biodetection device, electric waste detection device, vibration detection device, signal (four) measurement device, power side device flow device, acceleration device or speed side device. Environmental devices are common electronic circuit devices, and technologies such as wireless or Bluetooth can be used, and are not drawn or described herein. The multi-device linkage control device of the present invention may further include a microprocessor 1 that can perform mathematical operations on the side values of the one or more detecting devices 20 to determine the operation of the enabling device 40. The voltage level and voltage type of the main control device a and the controlled device b are not provided; the specific one to the plurality of controlled devices can be determined according to the operating conditions of the plurality of the main control device A and the controlled device B. B is enabled or disabled; one or more of the enabling devices 2 can be activated or deactivated so that they do not operate (ie, the control device A or the controlled device B has no control) There are many functions, and the above are only some of the embodiments. For example, it is also possible to set how long the controlled device B is enabled or disabled after the main control device A stops, or is continuously enabled or enabled. It can be set in advance or according to the user's needs. With the microprocessor 1〇〇, 201140996 complexity calculation (such as weighting, averaging, differential, etc., other more complicated functions and operation parameter designation) can also be easily Achieved. In addition, the microprocessor 1 The device itself can integrate the aforementioned devices, such as the setting device 70 and the timing device 8. It is worthwhile to compare the multi-device connection of the present invention, wherein one or more warning devices can be included. The phase is activated when her woven or her forehead or disability is abnormal. (For example, if the energy is measured but the gap is lost but the current is not zero), the warning device is light and can be used. Please refer to Figure 3, Figure 3 is a structural diagram of the second embodiment of the multi-device linkage control device of the present invention. The device or device that is only the main control device A has its own power supply, and the structure of the scale (four) multi-device linkage control device can be simplified to provide the main control socket or the main control without the multi-device linkage control button of the present invention. Terminal 1〇' only needs to detect the device 2◦ to detect the current of the master device. _ Device 2〇 also has many kinds, can be used for induction, can also use serial connection, Figure 2 shows the induction Current detecting device Related practical examples of the application of the present invention: 1) Simultaneously driving the electric fan by stopping the cold air (manual stop, or stopping the timing device of the original air conditioner or stopping when the temperature reaches the specified temperature); The light is turned off at the same time by the start of the projector; 3. The notebook is turned off and then turned off together with the projector with it; 4. The fluorescent lamp is turned on by the external light and dark; 5 - by the light ( Fluorescent lamps and the like are provided by most of their own power sources. Therefore, the structure of the second embodiment is required to drive other electrical equipment for a certain period of time; 201140996 6 · When the factory relies on different scales to report the alarm bells; The equipment linkage control and weaving can also be easily made: The drive-enabled device is abnormal when the device exceeds the limit (the number can be adjusted as needed, and the duration can be tolerated, and the duration can be tolerated, In order to avoid malfunctions; 2. The multi-device linkage control relay of the present invention can be connected to the controlled device without directly connecting the controlled device to enable and disable the control of the main control device, so that various types of damage can be provided. For a security device. 3 · This (4) The main control position of the equipment linkage control device will operate the crane device. 4. The signal transmitted by his electronic device can be controlled, or the female can be controlled by mobile phone, regional network or internet. An analog or digital signal transmitted over the network. There are countless related application cases, so I will not go into details here. Through the multi-device linkage control device of the present invention, in addition to knowing that automatic control and instant control are realized, it is possible to completely design a dedicated control and weaving device without particularly requiring a plurality of devices to be linked, thereby effectively avoiding the elimination of human operation and shortening the additional control. Outside of the time, and can significantly reduce the loss of other energy caused by the unrealized linkage, and can achieve the purpose of energy saving and carbon saving. The multi-device linkage control device of the invention can improve the safety of the existing injury, and the motor is easy to be used as a basis for judging, and more control terminals can be added to assist other situations, such as equipment operation. When the temperature is abnormal and the temperature is abnormal, or after a certain period of time, or a certain average value of a certain system, the specific health drive to the sewing operation. The above description is only intended to explain the present invention in detail by the preferred embodiments. However, any modifications and changes made to the embodiment, such as the height of the power supply voltage, the circuit of the enabling device, the presence or absence of the warning device, and the setting of the safety device are described. Changes in the type of the environmental monitoring device or the number of the main control sockets, etc., do not depart from the spirit and scope of the present invention. 201140996 From the above detailed description, it will be apparent to those skilled in the art that the present invention can indeed achieve the foregoing objectives. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a multi-device linkage control device of the present invention. FIG. 2 is a structural diagram of a first embodiment of a multi-device linkage control device of the present invention. FIG. 2 is a multi-device linkage control device of the present invention. Second Embodiment Structure Diagram • [Main Component Symbol Description] A Master Control Device B Controlled Device 10 Main Control Socket or Master Terminal 20 Detection Device 30 Controlled Socket or Controlled Terminal 40 Enable Device φ 50 Power Plug or Power supply line 60 control terminal 70 setting device 80 timing device 90 environment detecting device or state detecting device 100 microprocessor