201138552 六、發明說明： 【發明所屬之技術領域】 本發明係有關於-種具智慧型節能控制之二線式照明系统及 ，控制方法’透過本㈣之輕照日脸_可峰控制多組或 單-照明設備’且舰明控彻可以透過無線方式接收各鮮置 所發送的控制信號’依據不同的控制信號來控舰明設備，⑽ 到多元化的控制機制。 。 【先前技術】201138552 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a two-line illumination system with intelligent energy-saving control and a control method of 'light-lighting day face through the (4) Or single-lighting equipment' and the ship's control can wirelessly receive the control signals sent by the fresh-spots to control the ship's equipment according to different control signals, (10) to a diversified control mechanism. . [Prior Art]
隨著近年來科技不_進步，在這馳發展快速的時代，我 們對於能源的需求也日益遽增，這些看來取之不盡、用之不竭的 能源’隨著人們不珍惜並且大量使用之下，有逐漸括竭的情形ς 士台灣由於四面縣受地形_能賴乏，95%以上的能源需依 =國外進口 ’且人們在各項社會活動中皆紐關能源，所以必 須要有效侧能源，減少對於環境的影響。而照明與人們生活自 =關，已是人們生活中不可或缺的—環，隨著生活水準不斷= t旦品敍’造顧電量不轉升，其巾闕設備佔總 她用i旦&=上，尤其是以百#公司的照明設備其用電量佔了 了^電1的3G*上’所以如何提升照明效率及減少照明用電量 疋我們必須探討的問題。 針上场是制傳統式難制，而目前傳統式照明控 備主電路與控制電路串聯，當需由兩處開關控制 ‘ t η需三條控制線’所以#控制開關越多，則控制線 工複雜和維修不易，而當要擴充照明設備至傳統 月控制方式的系統時，除了施工複雜和維修不易之外，並且 的浪# °而二線式照明控制為系統控制電路與照 線^纟’餘制方法是經由㈣主機透過二線式訊號 多而使㈣設備與测關，其控觀路也不關關增 夕而使線路设雜，且維修容易。 201138552 型節述，rf知技術之缺點，本發明提供—種具智慧 系統及其控制方法，以改善上述之缺點。 本，明之—目的係提供—種具智慧型節能控制之二線式照明 ，，、可結合無線通訊網路Zigbee與具智慧型節能盥監_之一 ，以實現多元節能策略，可有效降倾_1用一 電1與襞置成本，以達智慧型節能的目的。With the advancement of technology in recent years, in this era of rapid development, our demand for energy is also increasing. These seemingly inexhaustible sources of energy are not cherished and used extensively. Under the circumstance, there are cases of gradual exhaustion. Because Taiwan is affected by the topography, more than 95% of the energy needs to be imported, and people are all energy-related in various social activities, so it is necessary. Effective side energy to reduce the impact on the environment. And lighting and people's lives are indispensable - people's life is indispensable - ring, with the constant level of life = t 品品 》's electricity does not rise, its clothing equipment accounted for her total use of idan &;=上, especially the lighting equipment of the company #100% of the electricity used in the electricity 3G* on the '1' so how to improve lighting efficiency and reduce the amount of electricity used in lighting, we must explore the issue. The needle on the field is difficult to manufacture in the traditional way. At present, the main circuit of the traditional lighting control is connected in series with the control circuit. When two switches are needed to control 't η, three control lines are needed. 'The more the control switches are, the more complicated the control line is. And maintenance is not easy, and when it is necessary to expand the lighting equipment to the traditional monthly control system, in addition to the complicated construction and maintenance is not easy, and the wave # ° and the two-line lighting control is the system control circuit and the line ^纟' The system is based on (4) the host through the second-line signal to make (4) equipment and customs, its control of the road is not related to the eve of the circuit, and the maintenance is easy. In the 201138552 type, the disadvantages of the rf-known technology, the present invention provides a smart system and its control method to improve the above disadvantages. Ben, Mingzhi - aims to provide a two-line lighting with intelligent energy-saving control, and can be combined with wireless communication network Zigbee and intelligent energy-saving supervision _ to achieve a multi-energy-saving strategy, which can effectively reduce 1 Use a power 1 and set the cost to achieve the purpose of intelligent energy saving.
昭明上ΐ之目的’本發明之—種具智慧型節能控制之二線式 j系統’其包括：一電腦主機，其上具有一人機介面及一第一 二其巾該人機介面可供操控及設定至少—_設備讀 制參數與顯不該照明設備的使用狀態並可輸出—控制信號， 一照明設備具有至少-燈管；—第二無線模組，輕接至該第一益 線椒組，可經由無線方式與該第—無線模組通訊；以及一照日^ 制器’其-端祕至該第二無線模組；以及—繼電器，其 接至，照明控制n，另—端則祕至該照明設備，可接受該照明 控制器之控制而改變該照明設備的使用狀態。 、為達上述之目的’本發明之—種二線式照啦統之控制方 法’其，該二線式酬系統包括—電腦主機，其上具有一人機介 X人機/1面上具有一開啟按紐及一關閉按紐、一照明 器、一繼電器、—遠端遙控器、-光感測器以及-控制按紐Γ其 5下列步驟：觸該控制触或是該遠端遙控S是否有按下/， 若疋則該照明控制n控繼輯H由開啟變賴閉或由關閉變成 開啟二並傳送該繼電II的狀態至該人機介面；判斷該光感測器是 ，傳运，啟訊號’若是則該照明控制器控制該繼電器開啟，並傳 j啟訊號魏人機介面；騎該光躺^是聽送賴訊號， 若是則該酬控制11控繼繼電H關，並傳送_訊號至該°人 機介面，判斷該繼電器是否由關閉被撥動至開啟位置，若是則該 繼電器被· ’並傳送開啟訊號至該人機介面；判斷該繼電器^ 4 201138552 ===閉位置’若是則該繼電器被關閉，並傳送關 開否被•若是則該繼 機介面。 明°縫電碰_ ’並騎關訊號至該人 ^吏#審查委員能進一步瞭解本發明之結構、特徵及盆目 的’兹附以®式及較佳具體實_之詳細綱如卜 、 【實施方式】The purpose of the Zhaoming Captain's invention is a two-line j system with intelligent energy-saving control, which includes: a computer host having a human-machine interface and a first and second towel. The man-machine interface is available for manipulation. And setting at least - the device reading parameters and the use state of the lighting device and outputting - control signals, a lighting device having at least - a lamp; - a second wireless module, lightly connected to the first benefit line a group, which can communicate with the first wireless module via a wireless method; and a photo controller that is connected to the second wireless module; and a relay, which is connected to, the lighting control n, the other end The secret to the lighting device can be controlled by the lighting controller to change the state of use of the lighting device. For the above purpose, the present invention relates to a control method for a two-wire type control system, which comprises a computer host having a human-machine X-human machine/one surface on one side Open button and a close button, a illuminator, a relay, a remote control, a light sensor, and a control button. The following steps: touch the control or the remote control S Pressing /, if 疋, the lighting control n control relay H is changed from open to closed or from closed to open and transmits the state of the relay II to the human machine interface; determining that the light sensor is, transmits If the signal is controlled, the lighting controller controls the relay to open, and transmits the signal to the Weiren machine interface; riding the light lies ^ is to listen to the signal, if it is, then the control 11 control relay H switch, And transmitting a signal to the human interface to determine whether the relay is toggled to the open position by the off, if yes, the relay is 'and transmits an open signal to the human interface; determining the relay ^ 4 201138552 === Closed position 'If yes, the relay is turned off, and the transmission is turned off or not. If the following machine interface.明°缝电碰_ 'And ride the signal to the person ^吏# review committee can further understand the structure, features and basin of the present invention' with a detailed description of the ® formula and the preferred concrete _ Implementation method
請:併參闕丨至圖3，其帽Uf示本案一較 智慧型節驗歉二線式綱緒之方塊示賴；圖2繪示=、 -較佳實施例之照明控之細部示意圖；圖3 _示 ^圭 實施例之人機介面之示意圖。 一Please: and refer to Figure 3, the cap Uf shows the box of the smarter section apologizing the second-line outline; Figure 2 shows the details of the lighting control of the preferred embodiment; Figure 3 is a schematic illustration of the human machine interface of the embodiment of the invention. One
如圖所不，本發明-較佳實施例之具智慧型節能控制之 式照明系統’其包括··-電腦主機1G，其上具有—人機介面U 及-第-無線模組12 ;-第二無線模組2G ;—照明控制器3〇以 及'一繼電1§ 40所組合而成者。 其中，該電腦主機10可為-個人電腦或筆記型電腦，該人機 介面11例如但不限於係使用LabVIEW圖控式程式所製作，L祕Ew 是由美商國家儀器⑽公司於麵年所發展出來的—套軟體， 其為-種應用發展程式’就如同c語言或是BASIC語言程式系統， 不過和一般程式語言最大差別在於LabvIEW為以一種圖形 (graphics)環境來建立程式的語言，故又稱為“G”語言。在LabVi^ 環i兄中可輕易建立使用者的人機介面，且Labvij；W也整合了 RS-232、RS-485、GPIB、PXI、DAQ卡等硬體通訊介面。^本實施 例中以個人電腦及LabVIEW圖控式程式為例加以說明，但並不以 此為限。該人機介面11可供操控及設定至少一照明設備5〇之控 制參數與顯示該照明設備5〇的使用狀態並 1 每一照明設備5G具有至少-燈管51，例如但不限於^二燈虎管二 m 5 201138552 uv燈管。 此外’如圖3所示，該人機介面n上進一步具有一開啟按紐 m、-關閉按紐112、一第一燈號113、一第二 及 障燈號115。 该第一無線模組12係耦接至該電腦主機1〇，其例如但不限於 為ZigBee模組、藍牙模組或RF模組，可將該人機介面n之該調 光控制訊號以無線方式傳送第二無線模組2{)。在本實施例中 以ZigBee無線模組為例加以說明，但並不以此為限。&邱沈最早 於1998年開始發展，於2〇〇1年被納入臓802· π· 4標準規範 中，而ZigBee技術也逐漸成為產業界的短距離無線通信技術之 -。ZigBee網路架構可以分為三種，分別為星狀網路、 樹狀網路（Tree)與網狀網路（Mesh)。 該第二無雜組2G絲接至該第—絲模組12，可經由益線 方式與該第—無線模組12通訊，其例如但不限於為ZigBee模組、 藍牙模組或RF模組，但必須與該第一無線模組12相同。 忒如明控制器30其-端雛至該第二無線模組2〇,另一端則 搞接，該繼電器40,可控制該繼電器4G之開啟⑽)或關閉(OFF)。 該繼電器40其-端搞接至該照明控制器3〇，另一端則搞接至 «亥…、明》又備50 ’可接文該照明控制器3〇之控制而改變該照明設備 50的使用狀態。該繼電器40例如但不限於為日本東芝（T〇shiba) 二線式照明控⑽、統所使㈣職器，其可由直流±12卩的電源所 驅動。 如圖2所示’該照明控制器30進一步具有：一電源電路31 ; 一數位訊號控制器32 ; —繼電器驅動電路33 ; 一偵測電路34 ;以 及一串列傳輸電路35。 其中，§玄電源電路31係輕接至一交流電源，例如但不限於 AC110V或AC22GV’經由整流及濾波後可輸出—組±12V直流電壓& 應該繼電器40的切換及-組5V直流電壓供該照明控制器3〇使 201138552 電源電路31例如但稀於為—全波整歧穩壓電路， 例如但不限於為7805、7812及7912等。 控制器32係耦接至該電源電路31，為該照明控制 k #要核心電路，係以數位訊號處理器dsPIC30F4011為硬 電路，其内部具有—程式（圖未示），該程式 ^該人再結合使用由圖控軟體（Lab麵）所建立 二我二’元成一監控系統。該數位訊號控制器例如但不 限於為一數位訊號處理器。 -^動電路33其—端祕至該數位訊號控制器犯，另 驅動該繼電器54；嶋4G，可接受該數位訊號控制器32之控制而 魏耦接至該繼電器驅動電路33，可偵測該繼電 W動電路33之電壓變化來判斷該繼電器 U/D) ^ 要撥動繼電$ 4G上的關時，可以_到該繼電器4()輸 的變化’即可利用該電屢變化來判斷繼電器4 ，撥動成卿或是由0FF撥動·的狀態，除了可;；^⑽ 壓變化外，同時本發明也利_測電壓方式判晚在該繼’出電 0N或是OFF狀態’再經由魏位訊制器 號電月 Γ:態使電腦主機1Q的人機介*11燈號可以二 該串列傳輸電路35其-端墟至該數位訊號控制 2° ’可供連結該數位訊號控㈣ 此外，本發明之照明控制器3〇進—步具有一押 係耗接至該數位訊號控制器32，使用者藉由該: 該繼電器40之開啟或關閉。 細控 此外，本發明之照明控制器30進—步具有一顯示電路打 201138552 132 ’可顯示該繼電11 40之使用狀態，其中 路37例如但不限料—多色魏二極體，當該繼電器40 數位職控制器32將驅動賴示電路37顯示綠色， q田7、//被關閉時，該數位訊號控制器32將驅動該顯示電路 ’’、、員示、、工色’以方便使用者得知該繼電器4Q的使用狀態。 目女此ΐ i本發明之具智慧型節能控制之二線式照明系統進一步 :、9n…广無線模、组55，可與該第一無線模組12與該第二無線模 ^進打無線通訊，其中該第三無線模組阳為一 &㈣模组、As shown in the drawings, the intelligent lighting control type lighting system of the present invention includes a computer host 1G having a human machine interface U and a first wireless module 12; The second wireless module 2G; the lighting controller 3〇 and the combination of a relay 1 § 40. The computer host 10 can be a personal computer or a notebook computer. The human interface 11 is, for example but not limited to, a LabVIEW graphical program. The L secret Ew is developed by the American National Instruments (10) company. Out of the software - the application development program is like a C language or BASIC language programming system, but the biggest difference from the general programming language is that LabvIEW is a language for building programs in a graphics environment. Called the "G" language. The user interface of the user can be easily established in the LabVi^ ring brother, and Labvij;W also integrates hardware communication interfaces such as RS-232, RS-485, GPIB, PXI, DAQ card. In this example, the personal computer and the LabVIEW graphical program are taken as an example, but not limited to this. The man-machine interface 11 is operable to control and set the control parameters of the at least one lighting device 5 and display the usage state of the lighting device 5 and 1 each lighting device 5G has at least a lamp 51, such as but not limited to Tiger tube two m 5 201138552 uv tube. Further, as shown in FIG. 3, the human machine interface n further has an opening button m, a closing button 112, a first lamp number 113, a second and a barrier lamp number 115. The first wireless module 12 is coupled to the computer host 1 , for example, but not limited to, a ZigBee module, a Bluetooth module, or an RF module, and the dimming control signal of the human interface n can be wireless. The mode transmits the second wireless module 2{). In the embodiment, the ZigBee wireless module is taken as an example, but is not limited thereto. & Qiu Shen first developed in 1998, and was included in the 802. π·4 standard specification in 2002, and ZigBee technology has gradually become the industry's short-range wireless communication technology. The ZigBee network architecture can be divided into three types: star network, tree network and mesh network (Mesh). The second chipless 2G wire is connected to the first wire module 12, and can communicate with the first wireless module 12 via a benefit line, such as but not limited to a ZigBee module, a Bluetooth module or an RF module. However, it must be the same as the first wireless module 12. For example, the controller 30 is connected to the second wireless module 2, and the other end is connected. The relay 40 can control the opening (10) or OFF of the relay 4G. The relay 40 is connected to the lighting controller 3〇 at the other end, and the other end is connected to the «Hui..., Ming" and 50' can change the lighting device 50 by the control of the lighting controller 3 status of use. The relay 40 is, for example but not limited to, a Toshiba 2-wire lighting control (10), a system (4), which can be driven by a DC ±12 电源 power source. As shown in Fig. 2, the lighting controller 30 further has: a power supply circuit 31; a digital signal controller 32; a relay drive circuit 33; a detection circuit 34; and a serial transmission circuit 35. Among them, § Xuan power circuit 31 is lightly connected to an AC power source, such as but not limited to AC110V or AC22GV 'can be output after rectification and filtering - group ± 12V DC voltage & should be relay 40 switching and - group 5V DC voltage supply The lighting controller 3 causes the 201138552 power supply circuit 31 to be, for example, but not limited to, a full-wave leveling voltage stabilizing circuit such as, but not limited to, 7805, 7812, and 7912. The controller 32 is coupled to the power circuit 31, and the core circuit for the lighting control is a hard circuit, and the internal signal processor dsPIC30F4011 is a hard circuit, and the internal program has a program (not shown), and the program Combined with the use of the graphics control software (Lab surface) to establish a two-two yuan into a monitoring system. The digital signal controller is, for example but not limited to, a digital signal processor. - The circuit 33 is secreted to the digital signal controller, and the relay 54 is further driven; 嶋4G, which can be controlled by the digital signal controller 32 and coupled to the relay driving circuit 33, can detect The voltage of the relay W circuit 33 changes to determine the relay U/D) ^ When the relay is turned off on the $4G, the change of the relay 4() can be used to make use of the change To judge the state of the relay 4, dialing into the Qing or the 0FF, in addition to; ^ (10) pressure change, at the same time the invention is also profitable _ voltage measurement method is judged late in the 'power-off 0N or OFF The state 'is further via the Wei Wei controller number. The state makes the computer host 1Q's human-machine interface *11 light number can be two serial transmission circuit 35 - the end of the market to the digital signal control 2 ° 'available link The digital signal control (4) In addition, the lighting controller 3 of the present invention has a deduction system that is connected to the digital signal controller 32 by the user: the relay 40 is turned on or off. In addition, the lighting controller 30 of the present invention further has a display circuit labeled 201138552 132' to display the state of use of the relay 11 40, wherein the path 37 is, for example but not limited to, a multi-color Wei diode. The relay 40 digital position controller 32 will drive the display circuit 37 to display green, and when the q field 7 is turned off, the digital signal controller 32 will drive the display circuit '', the member, the work color' to It is convenient for the user to know the use status of the relay 4Q. The second-line illumination system with intelligent energy-saving control of the present invention further includes: 9n...wide wireless mode, group 55, and wirelessly coupled with the first wireless module 12 and the second wireless module Communication, wherein the third wireless module is a & (four) module,
組或RF模組。在本實施例中該帛三無線模組55係以ZigBee .、，、線模組為例加以說明，但並不以此為限。 此外’本發明之具智慧型節能控制之二線式照明系統進—步 ，有-遠端遙控ϋ 60，其減至該第三無線模組55，可經由該第 二無線模組55傳送控繼號至舰明控繼3()以㈣該照明設 備40開啟或關閉。 此外’、本發明之具智慧型節能控制之二線式照明系統進一步 ^有-光感」貞彳|| 70 ’其祕至該第三無線模組55，可感測該照明 叹備5G之冗度’纽崎賴亮度_可以不需使肋照明設備 40時，則賴a月控制器3〇會關閉該照明設備4〇，避免不必要的 電能浪費’其中該光感測器60例如但不限於為一光敏電阻，其動 作原理為當光線越強時，其電阻值越小，反之#光線越弱時^ 電阻值越大，所以通常可以使用於檢測光信號及光控等電路。八 此外’本發明之具智慧型節能控制之二線式照明系統進一步 具有一人體紅外線感測器80，例如但不限於為一焦電型人體紅外 ，感測器，其_至該第三無線模組55，可感測人體經過，並將 該感測訊號經由該第三無線模組55輸出至該照明控㈣3〇，以 制該照明設備40開啟或關閉。 上 如圖3所示，本發明之人機介面u之頁面設計係以一間教室 為例加以說明，但並不以此為限，在此人機介面u中包含該教室 201138552 之課表設備仙義層驗、照明設備4G _狀態 顯不、故顯不、系統時間顯示、視訊影像顯示等功能。在儿 設備40之控制按紐部份，當按下其中一個按 開啟 紐ηυ時，則會發送-個相對應的控制指令信號經由該第心^ 杈組12及第-無線模組20傳送至該照明控制器3G，以控制 照明設備40的使職態。該照明設備4G燈號顯示部分為 到由照明控制器30傳來目前照明設備4〇使用狀態的指令& 後，則會經由該數位訊號控制器之内部程式的判斷，當昭^ 為ON時，人機介面U之第一燈號113將會顯示為綠燈，而二昭 明设備40為OFF時該第二燈號114將會顯示為紅燈，若程式田判斷 為不正常轉錢時’職輯燈號會嗎橘燈告知使用者 場畫面主要提供視訊畫面給監控端使用者監看使用，使用者 在刖置面板切換到魏4面按下開_可監看現場晝面。、 因此，本發明之具智慧型節能控制之 明 含該教室之縣、朗設_ Q_F施、^ 系統時間顯示、視訊影像顯示等功能。且了 二系達成自動化調光控制與遠端監控機制。因此， 進i性，具智慧型節能控制之二線式照明系統雜較習知技術具 作示=照=，錄示本發明之二線式照m㈣方法之操 會判二二他所不’本發明之二線式_系統在啟動時，首先 ，斷該控制按紐36或是該遠端遙控器6 ==器加控制該繼電器40由開啟變成關=關;= 器眺譲_介面U ;峨該光感測 魏/若是則該照明控制器30控制該繼電器 是否傳送關門二啟，虎至該人機介面11 ;判斷該光感測器70 、4讯唬，若是則該照明控制器30控制該繼電器4〇關 201138552 閉，並傳送關閉訊號至該人機介面11 ;判斷該繼電器4〇是否由關 閉被撥動至開啟位置，若是則該繼電器40被開啟，並傳送開啟訊 號至該人機介面11;判斷該繼電器40是否由開啟被撥動至關閉位 置，若是則該繼電器40被關閉，並傳送關閉訊號至該人機介面 11;判斷該開啟按鈕111是否被按壓，若是則該繼電器40被開啟， 並傳达開啟訊號至該人機介面U ;最後會判斷該關閉按鈕112是 否被按壓，若是則該繼電器40被關閉，並傳送關閉訊號至該人 介面11。 /综上所述，本發明係提供一種具智慧型節能控制之二線式照 ，系統，其可結合無線通訊網路Zjgbee與具智慧型節能與監控之 二線式照明系統’以實現多元節能策略，可有效降低照明系統工之 2電量與裝置成本’以達智慧型節能的目的。此外，本發明結合 igbee無線！t訊配合圖控式人機介面或遙控器之操贿設定，加 上故障警讀賴等魏，使縣發明之f子式安技在不增加 Ιίί置成本τ，可很容易配置於任何二線式照财統，並可達 光端監控機制。尤其是，本發明之具智慧型 來探究日光燈驅動器的控制模式。因此，I;明、^ 曰、太制之—線式照明系統確實較習知技術具有進步性。 本案之專利權_。 ^之人所易於推知者，俱不脫 ，=陳，本案無論就目的、手段與功效 ，知之技術特徵，且其首先發明合 其财 專利要件，懇請貴審查委員明疚，甘亦在在付合發明之 社會，實感德便。—1 '、輕早日賜予專利，俾嘉惠 【圖式簡單說明】 圖】為-示賴，躲示核-紐實施例之具智慧型節能 10 201138552 控制之二線式照明系統之方塊示意圖。 圖2為一示意圖，其繪示本案一較佳實施例之照明控制器之 細部示意圖。 圖3為一示意圖，其繪示本案一較佳實施例之人機介面之示 意圖。 圖4為一示意圖，其繪示本發明之二線式照明系統之操作示 意圖。 【主要元件符號說明】 人機介面11 關閉按鈕112 第二燈號114 第一無線模組12 照明控制器30 數位訊號控制器32 偵測電路34 控制按鈕36 繼電器40 燈管51 遠端遙控器60 人體紅外線感測器80 電腦主機10 Φ 開啟按鈕111 第一燈號113 故障燈號115 第二無線模組20 電源電路31 繼電器驅動電路33 串列傳輸電路35 顯示電路37 照明設備50 肇 第三無線模組5 5 光感測器70 11Group or RF module. In the embodiment, the third wireless module 55 is described by taking a ZigBee, and a wire module as an example, but is not limited thereto. In addition, the second-line lighting system with intelligent energy-saving control of the present invention further includes a remote control unit 60, which is reduced to the third wireless module 55, and can be transmitted and controlled via the second wireless module 55. The serial number to the ship Ming control 3 () to (4) the lighting device 40 is turned on or off. In addition, the second-line lighting system with intelligent energy-saving control of the present invention further has a light-sensing 贞彳|| 70' secret to the third wireless module 55, which can sense the lighting sigh 5G The redundancy 'New Zealand Lai's brightness _ can be used without the rib lighting device 40, then the 控制器 a month controller 3 〇 will turn off the lighting device 4 〇 to avoid unnecessary waste of power 'where the light sensor 60 for example It is not limited to being a photoresistor. The principle of operation is that the stronger the light, the smaller the resistance value. Otherwise, the weaker the light is, the larger the resistance value is, so it can usually be used to detect optical signals and light control circuits. In addition, the second-line illumination system with intelligent energy-saving control of the present invention further has a human body infrared sensor 80, such as but not limited to a pyroelectric type human body infrared, a sensor, and the third wireless The module 55 can sense the passage of the human body and output the sensing signal to the illumination control via the third wireless module 55 to make the illumination device 40 open or close. As shown in FIG. 3, the page design of the human-machine interface u of the present invention is described by taking a classroom as an example, but is not limited thereto. The human-machine interface u includes the classroom equipment of the classroom 201138552. The layer inspection and lighting equipment 4G _ status is not displayed, so the display time, system time display, video image display and other functions. In the control button portion of the device 40, when one of the buttons is pressed, a corresponding control command signal is transmitted to the first heart group 12 and the first wireless module 20 to The lighting controller 3G controls the status of the lighting device 40. The lighting device 4G lamp display portion is an instruction to the current lighting device 4 〇 used by the lighting controller 30, and then judged by the internal program of the digital signal controller, when the display is ON The first light number 113 of the human machine interface U will be displayed as a green light, and when the second display device 40 is OFF, the second light number 114 will be displayed as a red light, if the program field judges that the money is not normal. The occupational light will tell the user that the video screen mainly provides the video screen for the monitoring user to monitor and use. The user switches to the Wei 4 side and presses the open panel to monitor the scene. Therefore, the intelligent energy-saving control of the present invention includes the functions of the classroom of the classroom, the setting of the system, the display of the video, and the display of the video image. Moreover, the second system has achieved automatic dimming control and remote monitoring mechanism. Therefore, the second-line lighting system with intelligent energy-saving control is better than the conventional technology. The photo of the second-line method of the present invention is judged to be two or two. The invention of the two-wire system _ system at the start, first, the control button 36 or the remote control 6 == device plus control the relay 40 from open to off = off; = device 眺譲 interface U;光 The light sensor Wei/if the lighting controller 30 controls whether the relay transmits the door closing, the tiger goes to the man-machine interface 11; the light sensor 70, 4 is judged, and if so, the lighting controller 30 Controlling the relay 4 to close 201138552, and transmitting a shutdown signal to the human interface 11; determining whether the relay 4 is toggled to the open position by the off, if the relay 40 is turned on, and transmitting the open signal to the person The machine interface 11; determining whether the relay 40 is toggled to the closed position by the opening, if yes, the relay 40 is turned off, and transmitting a shutdown signal to the human machine interface 11; determining whether the open button 111 is pressed, and if so, the relay 40 is turned on and communicates the turn-on signal To the human interface U; finally, it is judged whether the close button 112 is pressed, and if so, the relay 40 is turned off, and the shutdown signal is transmitted to the human interface 11. In summary, the present invention provides a two-line type illumination system with intelligent energy-saving control, which can be combined with a wireless communication network Zjgbee and a two-line lighting system with intelligent energy saving and monitoring to achieve a multi-energy saving strategy. , can effectively reduce the lighting system work 2 power and device cost 'to achieve the purpose of intelligent energy saving. In addition, the present invention incorporates igbee wireless! t news with the control of the human-machine interface or remote control bribery settings, plus the fault police read Lai Wei, so that the county's invention of the sub-technical technology does not increase the cost of τ, can be easily configured in any two Line-based financial system, and can reach the optical monitoring mechanism. In particular, the invention is intelligent in its ability to explore the control mode of a fluorescent lamp driver. Therefore, I; Ming, ^ 曰, Taizhizhi - line lighting system is indeed more advanced than the conventional technology. The patent right in this case_. ^The person who is easy to infer, is not deviated, = Chen, this case regardless of the purpose, means and efficacy, know the technical characteristics, and its first invention of the patent requirements, please ask your reviewer Alum, Gan is paying In the society of invention, it is really sensible. —1 ', lightly patented at an early date, 俾嘉惠 [Simple diagram of the diagram] Figure] is a demonstration of the two-wire lighting system of the control system. Figure 2 is a schematic view showing a detailed view of a lighting controller in accordance with a preferred embodiment of the present invention. Fig. 3 is a schematic view showing the human interface of a preferred embodiment of the present invention. Fig. 4 is a schematic view showing the operation of the two-wire illumination system of the present invention. [Main component symbol description] Human machine interface 11 Close button 112 Second light number 114 First wireless module 12 Lighting controller 30 Digital signal controller 32 Detection circuit 34 Control button 36 Relay 40 Lamp 51 Remote controller 60 Human body infrared sensor 80 Computer host 10 Φ On button 111 First light number 113 Fault light number 115 Second wireless module 20 Power circuit 31 Relay drive circuit 33 Serial transmission circuit 35 Display circuit 37 Lighting device 50 肇 Third wireless Module 5 5 light sensor 70 11