M3 04182 八、新型說明： 【新型所屬之技術領域】 本創作係種照明開關系統，尤指一種包含有複數彼 此透過網路連結的控制面板，又各控制面板上能顯示所燈 具之亮減狀態並整合所有燈具啟閉功能，令使用者可使用 任-位置的控制面才反’監看並啟閉所有燈具電源的照明開 關系統。 【先前技術】 目如住七内的燈且两？罢β 4介Αϊ 一 ^ /、兄置及彳工制方式，不脫相關電源配 線與使用切換開關作為、丨欢& + 〇 卜馮；且具电源開關的形態，目前常見的 單一燈具均會配合單一彳 個切換開關，以控制該燈具的啟 、，又4方便使用者能在異地控制同一組燈具（如：樓 梯間走道燈），目前亦右 _ 引亦有類似功能的設計。請參閱第七圖 所示’係為目前最常見的— 種具有兩組電源開關的燈具 〇 )線路，該燈具（3 p)、> d 0 )兩電源端（P 1 ) ( P 2 )的 其中一電源端（P 1 )係盥士 系與由兩個切換開關（S W 1 ) f ς =^串如的線路連接，另—個電源端則與交流電源的其 兒極（N ) k接’而兩串聯切換開關（S W 1 ) ( s w 2 )係與交流電源的另一兩 土 力 包極（L )連接，如此即 Γ換開關（SW1) (SW2)分別設置於住宅的兩： ”位置，異地控制該燈具（3 0 )的亮滅。 因違燈具（3 ◦) —雷、、局# r 兒源令而（P 2 )固定連接至交、士 電源電極（N )，故當第一、筮— 又版 乐一切換開關（S W 1 ) ( s 3 M304182 W 2 )同樣切換至相同端（a、C ) ( B、D )時，燈具 (3 Ο )會被點亮，反之若控制燈具（3 〇 )熄滅，則使 用者可任意控制第一或第二切換開關（S W 2 )切換另一 端（B ) ( D )，即能使燈具（3 0 )另一電源端（p 2 ) 與父流電源的另一個電極（L )中斷連接而媳滅。如此， 即能實現使用者在異地分別控制該組燈具（3 〇 )的亮滅。 雖然上述燈具線路提供一種可異地控制燈具啟閉的線 路設計，但也因這樣的線路設計及現有切換開關的結構， 而僅能限制於在兩個異地控制燈具亮滅的功能，根本無法 在第三地裝設另一個切換開關達到三方控制的效果。 倘右要以目前切換開關結構，令目前住宅内所有的燈 具均有對彼此異地控制功能，則燈具的原始配線均需重新 配置，並且需要相當多的電源線路數量，不但施工複雜困 難，施工成本又相當昂貴，一般消費者難以接受。 、Λ、;、而 如真此在住宅内任一位置控制所有燈具的黑 滅，甚至莩握所有燈具亮減狀態，即能提供使用者更為方 便的燈具控制，並且有效管理燈具的用電。 【新型内容】 為此本新型的主要創作目的係提供一種可同時顯示 及控制複數電燈迴路狀態的照明開關系統，令使用者可於 住七内各電燈迴路附近控制住宅内所電燈迴路上燈具的啟 閉’以及瞭解所有電燈迴路的狀態，《電燈的控制更為方 欲達上述目的所使用的主要技術手段係令該照明開關 4 M304182 二系主要由複數組控制面板組成，其中 一各控制面板係主要由一微處理器、一網路介面 …-電燈開關組以及至少一個電源 才曰 理器係分別與該網路介面、指示器、電微處 關連接；盆中兮+ 且開關組及電源開 按，其中该電源開關係串聯於電燈 開關的控制端係連接至對應控制面板的微處：=源 由微處理器依據電燈開關的狀態而控制該二 =決定對應電燈迴路上燈具之電源迴啟 曰乜制各電燈迴路上之燈具的亮滅。 而控：L本創：於各組電燈迴路設置-對應的控制面板， 全置顯示全部電燈迴路上燈具的指示器，及 王电源迴路的雷❸Μ明 透過網路人：且”。’ α控制面板的微處理器係 一㈣：1 、.、σ至其它控制面板的微處理器，以通知1 二控制面板其對其應電燈迴路控制的亦收二 具的控制狀態，是以，各控制面板的微處理器= 控制面板的控制狀態，而於指干哭 侍八匕 能.又，# fflI ' 。。上頌不各燈具的亮滅狀 ❹者可依照指示器的顯示狀態，配合電燈門關 控制其它位置電燈迴路上燈具啟閉。如此，使：： 方便地於住宅的任_^ u 非吊 任—組電燈迴路上制面板輕鬆地控制住宅 ^, 0 , 丘具冗滅，而且施工上所需的佈線數量 不多，且施工相當方便、 4 里 目fr ,η. ^ 唱可，右日後移除不用，亦能供 目刚一般傳統電源開關器連接使用。 本創作次一目的供担瓜 從W ^ 〃 一種具有遙控功能的照明開關 述各控制面板係進一步包含有遙控收接器，該遙 5 M304182 控接收it連接至該微處理器的輪人端，可配合 有複數組電燈開關功能的遙控器，令使 门樣故置 遙控器，對控制面板遙控，以 a使用此一 _ 日 工市】特疋電燈迴路上蜱且丄 滅，即不必再以手碰觸控制面板上的電㈣關 ^ 1 住宅内任一組電燈迴路上燈具的啟閉。 、月“工制 【實施方式】 首先請參閱第一圖所示，係 統應用於-住宅内的示咅圖，二=創作燈具開關控制系 廨、戶卩1月击* 心圖，遠住宅分別於-不同位置如客 笟房間及車庫内分別裝設有獨立電燈迴路（ 本創作係針對該等分別設置的獨立電燈迴路為而 體式的開關控制系統，令使用 正5為一 知悉並啟閉其它位置_ 、乇的任—位置，均能 匕祖置乂且具的売滅狀態。 請配合參閱第二圖 j 功能方娇 .^ 係為本創作照明開關系統的 力此方塊圖，纟主要包 宅内不同位置電燈迴路（3 0工制面板，分別裝設在住 各控制面板（丄〇 a )〜 /( 3 0 d )附近，即 (3 0 a ) ^ ( 3 〇 d X 0 d )係對應一組電燈迴路 (…）係Si Li其中!控制面板（…)〜 控制面板（1 0)的带（配合弟二圖所示，係為單-個 」的兔路方塊圖）·· 一微處理器（1 1、 ^ 照明控制程序；丨）’係可内建複數電燈迴路資料及 一網路介面（19、 或可與微處理哭）ϋ接至該微處理器（11)， 處理器與該微處理器（1=整合，供其它控制面板的微 1 1 )構成雙向連線；其中該網路 6 M3 04182 介面（1 2)可爲一士μ ”、、 有線或無線的網路裝置； 一指示器（1 4〆 ’係連接至該微處理器（1 ]) 輸出端，其包含有複數< 处11)的 4 , v r 颂不早兀，可為複數發光二極體（工 4 1)(如弟五圖所 ，式e或口口 M a H + 或疋為早一液晶顯示器，如此 即疋由微處理器（Ί Ί 、 此 丄）控制發光二極體（1 4 1 )的古 滅、顏色或液晶顯示器上 』 （丄4丄〕的免 創作係採用由複數發％ _ 、 本 …r L 九—極體（141)組成的指示器（ 現； ，關組與指示器可由觸控螢幕予以實 至少一電源開關（p A 、 , 聯於各電燈迴路（3 〇 3〜2 〇 d )，係分別串 (2〇〇 〜（2〇d〇 … 6、技制鳊係連接該微處理器〔1 丄）的輸出端； 、丄 一電燈開關組（]卩、 俨千、v J ’係包含有複數電燈開關（丰 令工間的電燈迴路（3 〇 )， 微處理器（1 1 )的鈐 ◦) 亚與該 )輸入碥連接，請配合第 數電燈開關（；L 3丄） Θ所不，複 助使用者快速辨識電燈開 口木从辅 0 ^ ^ 開關（1 3 1 )所對應電燈迴路（^ u )的位置，各雷格鬥鬥 v 3 置口 〇且開關係可設置於對應的顯 又，上述微處理器Γ]〕、 方。 (圖令未示），供外部相^連接—外接擴充端子 對講機等，令該等電子4 =裝置連接’如保全系統及 n 衣置輪出與電燈開關狀態改變目 μ唬’即可被微處理器檢 又的相 你知，進仃相應程序。 請再配合參閱第四圖所 不，上述各面板控制器（ 7 M304182 可再進-步包含—遙 5)係連接至該微處理哭（^1)5)，該遙控接收器（1 -個同樣具有控制面板。:1)的輸入端，以配合接收 遙控器（2 1 1 0)上電燈開關組（丄3)的 丄J使用’ gp當遙士允口口 (1 0)路鉍, L裔（2 1 )對該控制面板 〕备射一個特定電燈 收器（1 5 )會予以接，卜 控制信號時，該遙控接 微處理哭（丄丄）g ,並輪入至該微處理器（1 i )， 0)的：):可獲知使用者欲控制特定電燈迴路（3 由上、”'明制該組電燈迴路（3〇)的亮滅” 網路手段取得雙向連線，而板（1QU彼此透過 所示，係揭示住宅内^心傳『’請再參閱第二圖 迴路（q λ D四個不同位置的電燈 (X Q , X )及其控制面板（1 〇 a )〜 〇 d )之關係配置圖， 而欲和制☆番权3右使用者位於住宅内的八位置， 人ί工制D位置燈具（q ^ 設的控制面板（i 〇 a ; /)點亮’只要按下Α位置裝 電燈門…n )上對應°位置燈具（3 〇 d )的 之；fr Π甘 可控制燈具（3 0 d )點亮，反 之亦同。其中詳細 汉 a位置#制 =“再配合第六圖所示，係為 置$工制面板（；[〇 a ) 制裎序的流程·· 4處理“ 1 1 )的燈具控 a〜：先繼電燈開關組是否有任-電燈開_(131 1 3 1 d )的狀態改變 ^ 否A 1 ( 5 0 )，右有則進一步判斷是 為目W對應連接電燈迴路（ 、σ 若是，則直揍輸出一控制γ a白玉制佗唬（51)， 並 L唬総燈具的電源開關（52 )， 冗该對應發光二極體（ (1 4 1 );若否，則讀取預設 8 M304182 …料（53) ’並比對目前狀態改變的電燈開關⑴ a〜13 Id)所對應的電燈迴路資料（⑷，依日" 電燈迴路資料’將控制信號指定特定燈具的控制面板（\ 在10 d )接收，再透過網路介面（1 2 )輸出該控 制信號至所有控制面板（"〇〜（1〇d) (55)。 又’該微處理器（11)進一步孩測並判斷該網路介 面（1 2 )是否有接收任一控制信號（56) (57),若有， 則判斷該控制信號是否有指定本控制面板（丄〇)接收， 若有則代表有其它位置的控制面板（工〇 b〜工〇 d )發 达一個欲控制本控制面板（1 ◦ a )所連接電燈迴路心 〇 a)的啟閉，是以’該微處理器（」丄）即直接 =制信號給電燈迴路的電源開關（58)，令其改變目前 免減狀態’並同時改變對應該電燈迴路（3 0 a )的發光 二極體（1 4 1 )的顯示狀態。 一。。再者，為確保所有控制面板（1 0 a〜1 〇 d )上指 不态的顯不狀態相同，各控制面才反（1 0 a〜1 〇 d )會 ^期性地透過其網路介面（1 2 )向其它控制面板發送^ 电源開關（2 〇 a〜2 〇 d )啟閉狀態的資訊，令其它控 制面板其上電燈開關的發光二極體的顯示狀態與接收的確 認該資訊是否符合。 由於*玄微處理器内建的電燈迴路資料係可進一步針對 外接擴充端子，設定群組命令的記錄，是以，該微處理哭 若於去 口 口 二双、ϋ ^外接擴充端子信號狀態改變，則微處理器係依照 擴充i而子對應記錄，發出群組命令。如此，當保全 M304182 二卢或：講機被觸發，會發出與一般電燈開關啟閉的相同 二:V此一控制面板的微處理器檢知後，將群組命令中 二數ΐ電燈迴路所對應發光二極體點亮，並且於控制信號 :广數道電燈迴路的控制面板接收，使指定 道笔蚯迴路上燈具點亮，，去 ^ ^ , 田5亥寺外部裝置的觸發作 號取消時，則會再發出關閉控制信號予預設的 ‘ 路’：其媳滅’·是以，本創作的控制系統還具有整合住： 内防I的功能’而無需配合保全系統再安裝額外的照明設 備。 、 述°兄月可知，本創作確實能實現異地控制所有電 :迴路上燈具啟閉的功能’令使用者藉由控制面板上的電 絚開關及拍不态’有效控制住宅内所有燈具的啟閉，不僅 使用上相當方便，亦能藉由指示器上顯示燈具亮滅狀態， 而有官理燈具的啟閉’達到節省電源的目的，而各控制面 板的佈線不複雜’成本可控制在合理範圍，且曰後若拆除 β 不用’仍可供傳統電源開關器直接連接使用，相當方便。 【圖式簡單說明】 圖 第一圖：係本創作控制面板設置於一住宅 内的配置 弟一圖·係本創作控 線不意圖。 第二圖：係本創作控制面板一較佳實 制面板與設置在不同位置燈具達 圖。 施例的電路方塊 第四圖··係本創作控制面板另一較佳實 施例的電路方 10 M3 04 i 82 塊圖。 第五圖：係本創作控制面板中微處理器之控制程序的 流程圖。 第六圖：係本創作控制面板的前視圖。 第七圖：係既有燈具開關線路圖。 【主要元件符號說明】 (1 0 )控制面板 （1 1 )微處理器 (1 2 )網路介面 （1 3 )電燈開關組 (1 3 1 )電燈開關 （1 4 )指示器 (1 4 1 )發光二極體（1 5 )遙控接收器 (2 0 )電源開關 （2 1 )遙控器 (3 0 )燈具M3 04182 VIII. New description: [New technology field] This type of lighting switch system, especially a control panel that includes multiple links to each other through a network, and each control panel can display the light-reduction status of the lamps. It also integrates all the lighting opening and closing functions, so that the user can use the position-position control surface to "watch" and open and close the lighting switch system of all lamps. [Prior Art] The purpose of living in the seven lights and two? Ββ 4 Αϊ一 ^ /, Xiong and the workmanship system, do not take off the relevant power wiring and use the switch as, 丨欢 & + 〇 冯 von; and with the form of the power switch, the current common single luminaire It will be equipped with a single switch to control the opening of the luminaire, and 4 to facilitate the user to control the same set of luminaires (such as stairwell aisle lights) in different places. At present, the right _ also has a similar function design. Please refer to the figure in the seventh figure, which is the most common type of lamp with two sets of power switches. The lamp (3 p), > d 0 ) is the two power terminals (P 1 ) ( P 2 ). One of the power terminals (P 1 ) is connected to a line connected by two switches (SW 1 ) f ς =^, and the other power source is connected to the pole of the AC power source (N ) k The two series switching switches (SW 1 ) (sw 2 ) are connected to the other two earth's magnetic poles (L) of the AC power source, so that the switching switches (SW1) (SW2) are respectively arranged in two of the houses: "Location, control the lighting of the luminaire (3 0) off-site. Because of the violation of the luminaire (3 ◦) - Lei,, the #r 儿 source order (P 2 ) is fixedly connected to the AC, the power supply electrode (N), so when The first, 筮- and the version of the music switch (SW 1 ) ( s 3 M304182 W 2 ) also switch to the same end (a, C) (B, D), the luminaire (3 Ο) will be lit, otherwise If the control lamp (3 〇) is off, the user can arbitrarily control the first or second switch (SW 2) to switch the other end (B) (D), that is, the lamp (30) can be used to connect the other power terminal (p). 2) The other electrode (L) of the parent flow power supply is disconnected and annihilated. Thus, the user can separately control the lighting of the group of lamps (3 〇) in different places. Although the above lamp line provides a remote control The circuit design of the luminaire opening and closing, but also due to the design of the circuit and the structure of the existing switch, can only be limited to the function of controlling the lighting of the two off-site lights, and it is impossible to install another switch in the third place. The effect of the three-way control. If the current switch structure is used, so that all the lamps in the house have different functions for each other, the original wiring of the lamps needs to be reconfigured, and a considerable number of power lines are required, not only construction Complex and difficult, the construction cost is quite expensive, and it is difficult for the average consumer to accept. Λ,;, and, if so, control the blackout of all the lamps in any position in the house, and even hold all the lamps to reduce the state, that is, can provide use It is more convenient to control the lamps and effectively manage the electricity consumption of the lamps. [New content] The main creative purpose of this new model Providing a lighting switch system capable of simultaneously displaying and controlling the state of a plurality of electric lamp circuits, so that the user can control the opening and closing of the lamps on the lamp circuit in the house near the respective lamp circuits in the seven and understand the state of all the lamp circuits, "lights" The main technical means used for the above purposes is that the lighting switch 4 M304182 is mainly composed of a multi-array control panel, and each of the control panels is mainly composed of a microprocessor, a network interface... - the light switch group and the at least one power supply processor are respectively connected to the network interface, the indicator, the electric micro-gate; the basin 兮+ and the switch group and the power supply are turned on, wherein the power-on relationship is connected in series to the light switch The control end is connected to the micro-port of the corresponding control panel: = the source is controlled by the microprocessor according to the state of the light switch. The second=determines the power of the lamp on the corresponding lamp circuit, and the light on the lamp circuit is turned on. Off. And control: L Benchuang: in each group of light circuit settings - the corresponding control panel, the full display of all the lights on the lamp indicator, and the Wang power circuit of Lei Mingming through the network: and "." α control panel The microprocessor is one (four): 1 , . , σ to the microprocessor of other control panel to inform the control panel of the second control panel that it is controlled by the electric light circuit, so that each control panel The microprocessor = the control state of the control panel, and the finger is crying and waiting for the gossip. Also, #fflI '. The upper 颂 颂 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各Control the opening and closing of the lamps on the lamp circuit in other locations. In this way, it is convenient to: conveniently control the house ^, 0, the shackle is redundant, and the construction is convenient for the _^ u non-hanging-group lighting circuit on the house. The number of wiring required is not much, and the construction is quite convenient. The 4th mesh fr, η. ^ can be sung, and it can be removed from the right after the day. It can also be used for the connection of the traditional power switch. Walking from W ^ 〃 The remote control function of the control switch further includes a remote control receiver, the remote 5 M304182 control receiver is connected to the wheel of the microprocessor, and can be equipped with a remote control of the complex array of light switch function, Make the door remote control, remote control the control panel, use a _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Opening and closing of the lamps on any group of electric light circuits. Month "Working system [Implementation] First, please refer to the first figure, the system is applied to the display in the house, and the second is the creative lighting switch control system. In January, the households hit the heart map, and the remote houses were installed with separate lamp circuits in different locations, such as the guest room and the garage. (The creative system is a separate switch control system for these separate independent lamp circuits. Let the use of positive 5 as a knowing and opening and closing other positions _, 乇's 任-location, can be annihilated and have an annihilation state. Please refer to the second figure j function Fangjiao. Lighting switch system In this block diagram, the main light circuit in different positions in the house (30 working panels, installed in the vicinity of each control panel (丄〇a) ~ / ( 30 d ), ie (3 0 a ) ^ ( 3 〇d X 0 d ) corresponds to a group of electric light circuits (...) is a system of Si Li! Control panel (...) ~ control panel (1 0) (as shown in the second figure, it is a single one) rabbit Road block diagram)··· A microprocessor (1 1 , ^ lighting control program; 丨) ' can be built into the complex light circuit data and a network interface (19, or can be crying with the microprocessor) to the micro The processor (11), the processor and the microprocessor (1=integrated for other control panel micro 1 1 ) form a bidirectional connection; wherein the network 6 M3 04182 interface (1 2) can be a single μ ” , a wired or wireless network device; an indicator (1 4〆' is connected to the microprocessor (1)) output, which contains a plurality of < at 11) 4, vr 颂 not early, It can be a plurality of light-emitting diodes (worker 4 1) (such as the fifth figure, the formula e or the mouth M a H + or 疋 is a liquid crystal display earlier, so that the microprocessor is Ί 丄 丄 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 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 控制 控制 控制141) The indicator consisting of (the current group, the indicator group and the indicator can be implemented by the touch screen at least one power switch (p A , , connected to each lamp circuit (3 〇 3~2 〇d), respectively, string (2 〇〇~(2〇d〇... 6. The technical system is connected to the output of the microprocessor [1 丄); 丄 电 电 电 ( 卩 卩 卩 电 电 电 电 电 电 电 电 电 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含(The light circuit of the Fengming workshop (3 〇), the microprocessor (1 1) 钤◦) and the) input 碥 connection, please cooperate with the number of light switches (; L 3 丄) Θ, no, help The user quickly recognizes the position of the electric light circuit (^u) corresponding to the electric light opening wood from the auxiliary 0^^ switch (1 3 1 ), and each of the Reggao buckets v 3 is placed and the open relationship can be set to the corresponding display, Microprocessor Γ]], square. (Illustrated not shown), for external phase connection - external expansion terminal intercom, etc., so that the electronic 4 = device connection 'such as security system and n clothing wheel and light switch state change μ μ ' can be micro The processor check and you know, enter the corresponding program. Please refer to the fourth figure again. The above panel controllers (7 M304182 can be further included - remote 5) are connected to the microprocessor cry (^1) 5), the remote receiver (1 - It also has the input side of the control panel::1) to match the 丄J of the receiving remote control (2 1 1 0) on the light switch group (丄3), using 'gp' as the remote mouth (1 0), L (2 1 ) to the control panel] to prepare a specific electric light receiver (1 5) will be connected, when the control signal, the remote control micro-processing cry (丄丄) g, and round to the micro-processing (1 i ), 0) :): It can be known that the user wants to control a specific light circuit (3, from the top, "the lighting of the group of light circuits (3〇) is turned off", the network means to obtain a two-way connection, And the board (1QU through each other, reveals the inside of the house ^ heart pass "'Please refer to the second figure circuit (q λ D four different positions of the electric light (XQ, X) and its control panel (1 〇a) ~ 〇d) relationship configuration diagram, and the desire and system ☆ Fan right 3 right user is located in the eight positions in the house, the person's work system D position lamp (q ^ set the control panel (i 〇a ; /) Light 'just press the Α position to install the light door...n) on the corresponding position luminaire (3 〇d); fr Π Gan can control the luminaire (30 d) to illuminate, and vice versa. Which details Han a position# System = "Following the sixth figure, it is the process of setting the work panel (; [〇a) process. · 4 processing "1 1) lighting control a~: whether the first relay switch group There is a state-lighting _ (131 1 3 1 d) state change ^ no A 1 ( 5 0 ), the right is further judged to be the corresponding W connected to the lamp circuit (, σ if yes, then 揍 output a control γ a white jade system (51), and the power switch (52) of the L唬総 lamp, redundant to the corresponding light-emitting diode ((1 4 1); if not, read the preset 8 M304182 ... (53) 'Compared to the current lamp switch (1) a~13 Id), the corresponding lamp circuit data ((4), according to the Japanese " lamp circuit data', the control signal is specified to the control panel of a specific lamp (\ in 10 d), Then output the control signal to all control panels through the network interface (1 2 ) ("〇~(1〇d) (55). Also' the microprocessor (11) Step by step and determine whether the network interface (1 2 ) receives any control signal (56) (57), and if so, determine whether the control signal is designated by the control panel (丄〇), if any On behalf of the control panel (worker b~worker d) with other positions developed, one to control the opening and closing of the lamp circuit core a) connected to the control panel (1 ◦ a ) is 'the microprocessor ('丄) directly = the power switch (58) of the signal to the lamp circuit, so that it changes the current state of the free state' and simultaneously changes the display state of the light-emitting diode (1 4 1 ) corresponding to the lamp circuit (30 a) . One. . Furthermore, in order to ensure that the display states of all control panels (1 0 a~1 〇d) are the same, the control planes will reverse (1 0 a~1 〇d) through the network. The interface (1 2 ) sends the information of the power switch (2 〇a~2 〇d) to the other control panel to open and close the state, so that the display state of the light-emitting diode of the other light-control switch of the other control panel and the received confirmation information. Compliance is met. Because the built-in lamp circuit data of the *Xuan microprocessor can further set the record of the group command for the external expansion terminal, the micro-processing is crying if the port is double-connected, and the external expansion terminal signal state changes. Then, the microprocessor issues a group command according to the extension i and the corresponding record. In this way, when the M304182 second or the speaker is triggered, the same two will be issued as the general light switch is turned on and off: V. After the microprocessor of the control panel detects it, the two commands in the group command are turned on. Corresponding to the light-emitting diode lighting, and in the control signal: the control panel of the wide-numbered light circuit is received, so that the lamp on the designated circuit of the pen is lit, and the triggering number of the external device of the Tianhai Temple is cancelled. At this time, the shutdown control signal will be sent to the preset 'road': its annihilation'. Therefore, the control system of this creation also has the function of integrating: internal defense I without having to cooperate with the security system to install additional lighting device. According to the brothers and sisters, this creation can indeed control all the electricity in different places: the function of opening and closing the lamps on the circuit 'allows the user to effectively control all the lamps in the house by the electric switch on the control panel and the slapstick' Closed, not only is it convenient to use, but also can display the lighting state of the lamp by the indicator, and the opening and closing of the official lighting can achieve the purpose of saving power, and the wiring of each control panel is not complicated. The cost can be controlled reasonably. Scope, and if you remove the β after the 不用, you can still use the traditional power switch directly for connection, which is quite convenient. [Simple diagram of the diagram] Figure 1: The configuration of the creation control panel is set in a house. The picture is not intended. The second picture shows a better real-life panel and a set of lamps in different positions. The circuit block of the embodiment is a block diagram of another circuit embodiment of the present preferred control panel 10 M3 04 i 82. Figure 5: Flowchart of the control program of the microprocessor in the authoring control panel. Figure 6: Front view of the authoring control panel. Figure 7: The wiring diagram of the existing lamp switch. [Main component symbol description] (1 0) Control panel (1 1) Microprocessor (1 2 ) Network interface (1 3) Light switch group (1 3 1) Light switch (1 4 ) Indicator (1 4 1 ) Light-emitting diode (1 5 ) Remote control receiver (2 0 ) Power switch (2 1 ) Remote control (3 0 )