201240279 六、發明說明： 【發明所屬之技術領域】 本發明是關於-種緊急卿無線化遠端檢膽理監㈣統，其透過以 編碼技術以及無線傳輸方式即時檢測監控緊急照明功能，得以節省人力與 時間進行緊急照明的檢測。 ” 【先前技術】 設置在公共場合的緊急到燈是在發生緊急意外情況時能提供即時的 照明，、常見的設置地點在於域各樓層之逃生安全門、娜㈣處、走廊 通道或地下室各處’而每—緊急照雜是否能轉正常運作，便是各項公 共安全設備重要的安檢重點之一。 緊急照明燈-般是在電力正常時進行充電以儲存電力，當供電異常如 斷電時時則進行放電，以平時儲存之電力提供照明燈具產生緊急职明光 線’提供人員辨識當下行進路線，並指引避難人員前往最近逃生口 人員安全。 為確保各緊驗是錢正常運作，在平料陳應執行例行性檢 查^業。崎急照執行定期維修測試時，主要測試項目便是測試其放 電能^觀察其持續放電時間及照明亮度。以鋪於緊急照之檢查作 ::而疋王㈣人工方式逐_對每具緊急照明燈加以檢查，因此檢查員必 +八及U轉仃測雜業。當緊急㈣燈的數量眾？時或是設置地點相 昭，、、頁化費相當長的時間才能完成全部的測試作業，而且在對緊急 立丁（月，·隹修測试時，檢測人員則必須一直在現場等候並觀測緊急 照明燈放電狀態，確認緊急_燈的充電電池是否能持輕少二十分鐘以 201240279 上 有鑑於此，本紐明人為了節省測試人力鱗間，進行相關領域之研 九、開發’終於發明一種「緊急照明無線化遠端檢測管理監控系統」 測試員由電腦操作，檢測各區域的緊急照，即時獲得相關檢測資t _測試員嫩祕彻晴，綱糊物觸，崎 以節省人力與時間。 【發明内容】 緊急照明無線化遠端 本發明主要目的是提供—種節省人力與時間的『 檢測管理監控系統』。 為了達成上述之目的與功效，本發明『緊急照明無線化遠端檢測管理 監控系統』，其仙-近端電腦透過—無線傳輸與接收模組連結至少_緊急 ,，、、月燈4乍為控緊急照明燈平台，該近端電腦建置有： ' -權限管理模組，供近端電腦設定至少—操作本系統之使用權限； 一設定模組’供近端電腦設定手動電池放電以及選擇該至少一緊急照 明燈； 一照明監控模組’於近端電助顯示該至少—緊急燈其電池、充 電以及照明燈狀態； 一資料庫，用以存取上述各模組設定或更新資料； 一近端操作介面’係將上述各模組以及資料庫的功關形化，得以在 近端電腦的操作介面進行權时理、設定' _監控以及㈣庫功能； 如此，使用者操作近端電腦，透過無線傳輸與接收模組完成其與該至 )緊心’、’、明燈兩者訊1號傳遞，而能及時顯示於近端操作介面，藉此節省 4 201240279 測試人力與時間。 本發明『緊急照明無線化遠端檢測管理監控系統』進—步包括有下列 技術特徵： !.該設定馳包括有-自滅電難，提供設定緊急_燈其電池放電時 間。 2. 該近端電腦和無線傳輸與接收模組之間連結—單晶片資料處理器；而該 無線傳輸與接收模組係和該至少—緊急照明燈之間連結—單晶片檢測器； 由該單晶片檢測器控制該至少—緊急照明燈，進行電池、充電器以及照明 燈之運作檢測，並編制該至少—緊急照明燈的配對辨識褐，透過單晶片資 料處理H分析檢測訊號及解碼運作*傳輸至近端電腦。 3. 該系統進-步包括有―以TCp/Ip與近端電腦連結之遠端電腦；該遠端電 腦建置有；-設定模組包括有與近端電腦連結之近端連線、供遠端電腦設 定手動電池放電以及選機至少—緊急觸燈；—到監減組於遠端電 腦内顯示該至少-緊急·燈其電池、充電以及照狀態；—遠端操作 "面係將上述各模組功能圖形化，得以在遠端操作介面進行設定以及照明 I控功能，該遠端操作介面包括有一連線資料庫功能；該設定模組包括有 —自動放電排程，提供設定緊急照明燈其電池放電時間：而近端電腦操作 介面包括有與遠端電腦連結之遠端連線。 因此本發明可說是一種相當具有實用性及進步性之創作，相當值得產 業界來推廣，並公諸於社會大眾。 201240279 【實施方式】 本發明為了達成上述目的與功效，於下列舉-實施例並請參晒式第 -圖至第二圖所示’第-圖顯示本發明『緊急照明無線化遠端檢測管理監 控系統』’其係以-近端電腦1透過一無線傳輸與接收模組2連結至少一緊 急照明燈3 ’作為監控緊急照明燈平台，該近端電腦丨建置有： -權限管理模組11 ’供近端電腦丨設定至少—操作本祕之使用權限; -設定模組12，供近端電腦丨設定手動電池放電、選擇該至少一緊急 照明燈3以及自動放電排程’該自動排程提供設定緊急照明燈3其電池放 電時間（該至少-緊急照明燈3，在此係以數量128組的緊急照明燈3為例 為例）； 照明1控模組13，於近端電腦1峨示該至少—緊急酬燈3其電 池、充電以及照明燈狀態； 一資料庫14，用以存取上述各模組設定或更新資料； 一操作介面15，係將上述各模組以及資料庫14的功韻形化，得以在 近端電腦1賴作介面15進行權限管理、設定、照明監控以及資料庫功能； 進-步說明本發明『緊急照明無線化遠端檢測管理監控系統』技術特 徵； 該近端電腦1和無線傳輸與接收模組2之間連結一單晶片資料處理器 4 ’且該單晶片資料處理器4係以助2連結近端電腦（；*該無線傳輸與 接收模組2係和該至少一緊急照明燈3之間連結一單晶片檢測器5;由該單 晶片檢測器5控制該至少―緊急照明燈3，進行電池、充電器以及照明燈之 運作檢測，並編繼至少—緊急翻燈3的配對辨識碼，透過單晶片資料 6 201240279 .處理器4分析檢測訊號及解碼運作而傳輸至近端電腦工； 進步包括有-以TCP/IP與近端電腦J連結之遠端電腦6 ,該遠端電 腦6建置有設定模組61包括有與近端電腦1連結之近端連線、供遠端 電腦6設定手動電池放電、選擇該至少—緊急·燈3，以及自動放電排程 提供狀緊急酬燈3其電池放電時間；―照明監減組62於遠端電腦6 内顯不違至緊急照明燈3其電池、充電以及照明燈狀態丨—操作介面 63係將上述各模組功能圖形化，得以在遠端電腦6的操作介面63進行設定 以及照明監控功能；該操作介面63包括有一連線資料庫Μ功能其係連 線至近端電腦1胃料庫14並可下鮮急照鴨3檢測㈣；而近端電腦1 操作介面15包括有與遠端電腦6連結之遠端連線。 請配合參閱圖式第三圖所示，為本發明近端電腦i的操作介面15示意 圖於本發明實施例中’使用者以輸入斤方式註冊操作介面U使用權限， 以供日後輸入相同IPii經驗證通過後具有使用權限，而得以與系統連線， 當操作完畢後按帽連線_從系統糾；近端電腦丨於操作介面Η中得 以透過遠端連線連結遠端電腦6 ; •使用者得以經由選擇設備之中進行緊急照明燈3之檢測，並由單晶片 資料處理_雜測命令（含賴碼），且__與接收模組❻ 射傳遞’再由單“檢㈣5執行輯«急照 3之電池放電、充電 器電壓以及照明燈亮度等檢測，該單晶片檢測器5包括有_單晶片、繼 電裔以及光感測器，藉以控制緊急照明燈3其電池放電、檢測充電器對電 池進行充電之電壓以及照亮度是否正常，再由單W檢測器5所獲得 201240279 檢測資訊’制碑晶㈣難5編觀__，經無_輸與接收模 組2發射傳_晶片__，並_喊分_識崎辨識碼 傳送至近端電腦i，而得以將緊急照明燈3其檢測資訊顯示於操作介面π 中所對應設備資訊中； 3的電池進行放電， 以儲存緊急照明燈3 再者，選擇手動電池放電得以即時對緊急照明燈 或是事先賴並蚊緊急酬燈3其冑池放電時^ 針對不良緊急照明燈3進行電 檢測結果於資料庫14内，以供後續檢修人員 池更換、充電器檢修或替換新燈泡等作業。 如此，本發明以上述方式提供測試員選擇欲進行緊急照明燈3檢測， 並透過無線傳輸方式傳輸檢測命令錢相__號，可對㈣區域之緊 急照明進行檢測，因此測試員不需走動於各緊急照明燈3 現場，即可獲得緊急照明燈3檢測相關資訊，以達成本翻節省測試人^ 時間之目的。 請參閱第四圖其為遠端電腦操作介面示意圖，遠端電腦6透過近端連 線同步連結近端電腦1，該操作介面63有手動電池放電、自動放電排程以 及選擇設備等功能’提供遠端電腦6連結近端電腦丨進行緊急照明相關檢 測。 本發明藉由上述架構具有下列特點與功能： 1.遠端電腦6與近端電腦丨設定同步更新’無論遠端電腦6或是近端電腦工 所設定或儲存的資料均直接存於近端電腦丨資料庫14，在設定和調整上極 為方便。 201240279 2_所有模組的功能均在同一畫 便。 面下進行設定’無需切換使用介面 ’操作方 3. _無線雜與接輸2'㈣罐黯㈣糾檢測器可達 到退距離鱗通_能力，無f進行複雜的無_路連線設定。 由上所述者_轉釋本發明讀佳實_，並非企圖具崎本發明 作任何形式上之_，是以，凡有在相同之創作精神下賴«本發明之 任何修飾或變更者，皆仍應包括在本發明賴保護之範嘴内。 綜上所述’本發明「緊急照明無線化遠端檢測管理監控系統」罝實用 性及成本效益上，確實是完铸合錢上發展所需，颇揭露之結構發明 亦是具有前所未有的鑛構造，_其具有「新雛」應紐慮又本發 明可較習狀結構更具功效之增進，因此亦具有「進步性」，其完全符合我 國專利法有關發明專利之中請要件的規定，乃依法提起專利巾請，魏請 鈞局早曰審查，並給予肯定。 月 【圖式簡單說明】 第一圖係本發明系統連線狀態示意圖。 第-圖縣發明近端電職遠端電社模組架構圖。 第三圖係本發明近端電腦操作介面圖。 第四圖係本發明遠端電腦操作介面圖。 【主要元件符號說明】 1近端電腦 11權限管理模組 12設定模組 14資料庫 13照明監控模組 15操作界面 201240279 2無線傳輸與接收模組 4單晶片資料處理器 6遠端電腦 62照明監控模組 3緊急照明燈 5單晶片檢測器 61設定模組 63操作界面201240279 VI. Description of the Invention: [Technical Field] The present invention relates to an emergency wireless remote monitoring system (four) system, which can save time by detecting and monitoring emergency lighting functions by using coding technology and wireless transmission mode. Manpower and time for emergency lighting detection. [Prior Art] Emergency to light in public places provides immediate illumination in the event of an emergency. Common locations are located in escape safety gates on all floors of the domain, at (na), corridor corridors or throughout the basement. And every emergency-operation can be turned into normal operation, which is one of the important security inspection points of public safety equipment. Emergency lighting is generally used to charge electricity when power is normal, when the power supply is abnormal, such as when the power is off. Then discharge, provide lighting for the emergency lighting with the power stored in the usual time. 'Provide personnel to identify the current route, and guide the evacuation personnel to the safety of the nearest escape. To ensure that the money is normal, the Routine inspections should be carried out. When the emergency maintenance test is carried out, the main test item is to test its discharge energy and observe its continuous discharge time and illumination brightness. Manually check each emergency light _, so the inspector must +8 and U turn to 仃 杂 。. When the emergency (four) lights When the quantity is public or the location is set, the page time is quite long to complete all the test operations, and in the case of the emergency, the test personnel must always be on site. Waiting for and observing the discharge status of the emergency lighting, confirming whether the rechargeable battery of the emergency _ lamp can be kept light for 20 minutes on 201240279. In view of this, the Benjamin people will carry out research in related fields in order to save the test manpower scale. 'Finally invented a "remote lighting wireless remote detection management monitoring system" The tester is operated by computer to detect emergency photos in various areas, and immediately obtain relevant testing resources t _ testers tender and clear, the main touch touch, Qi The invention aims to provide a "detection management monitoring system" which saves manpower and time. In order to achieve the above objects and effects, the present invention "emergency lighting wirelessization" Remote detection management monitoring system, its fairy-near-end computer through-wireless transmission and receiving module connection at least _ emergency,,,, month The lamp 4乍 is an emergency lighting platform. The near-end computer is built with: '-privilege management module for the near-end computer to set at least—use the system to use the right; one set module' for the near-end computer to set the manual Discharging the battery and selecting the at least one emergency light; a lighting monitoring module 'displaying at least the emergency light of the battery, charging and lighting status at the near end; a database for accessing the respective module settings Or update the data; a near-end operation interface' is to shape the functions of the above modules and the database, so that the operation interface of the near-end computer can be used to control the time, set the '_monitoring and (4) library functions; The operation of the near-end computer, through the wireless transmission and receiving module to complete its transmission with the 'tightness', ', and the light, can be displayed in the near-end operation interface in time, thereby saving 4 201240279 test manpower With time. The "emergency lighting wireless remote detection management monitoring system" further includes the following technical features: !. The setting includes a self-extinguishing power supply, and provides a setting emergency_light battery discharge time. 2. The connection between the near-end computer and the wireless transmission and reception module - a single-chip data processor; and the connection between the wireless transmission and reception module and the at least emergency illumination lamp - a single-chip detector; The single-wafer detector controls the at least-emergency lighting, performs operation detection of the battery, the charger, and the illumination lamp, and compiles the at least-emphasis identification brown of the emergency lighting, and analyzes the detection signal and the decoding operation through the single-chip data processing. Transfer to a near-end computer. 3. The system further includes a remote computer connected to the near-end computer by TCp/Ip; the remote computer is built; the setting module includes a near-end connection to the near-end computer for The remote computer sets the manual battery discharge and the selection of the machine at least - emergency light; - the monitoring group displays the at least - emergency light in the remote computer, its battery, charging and photo status; - remote operation & The above modules are graphically configured to be set and illuminated in the remote operation interface. The remote operation interface includes a connection database function; the setting module includes an automatic discharge schedule to provide emergency settings. The battery has a battery discharge time: the near-end computer operating interface includes a remote connection to the remote computer. Therefore, the present invention can be said to be a practical and progressive creation, which is quite worthy of promotion by the industry and is publicized to the public. 201240279 [Embodiment] In order to achieve the above object and effect, the present invention will be described below with reference to the embodiment and the second embodiment shown in the second figure shows the "remote illumination wireless remote detection management" of the present invention. The monitoring system 』 'the system - the near-end computer 1 connects at least one emergency light 3 ' through a wireless transmission and reception module 2 as a monitoring emergency lighting platform, the near-end computer is built with: - rights management module 11 'For the near-end computer 丨 set at least - operate the secret use rights; - Set the module 12 for the near-end computer 丨 set the manual battery discharge, select the at least one emergency light 3 and the automatic discharge schedule 'the automatic row The process provides setting the emergency lighting 3 its battery discharge time (the at least - emergency lighting 3, here is an example of the number 128 emergency lighting 3 as an example); lighting 1 control module 13, in the near-end computer 1 The at least one emergency light 3 has its battery, charging and lighting status; a database 14 for accessing each module to set or update data; an operation interface 15 for each module and database 14 The rhyme is formed, and the near-end computer 1 can be used as the interface 15 for rights management, setting, lighting monitoring, and database functions; further, the technical features of the "emergency lighting wireless remote detection management monitoring system" of the present invention are described. A single-chip data processor 4' is coupled between the near-end computer 1 and the wireless transmission and reception module 2, and the single-chip data processor 4 is connected to the near-end computer by the helper 2 (*) the wireless transmission and reception module 2 Connecting a single wafer detector 5 to the at least one emergency light 3; controlling the at least "emergency light 3" by the single wafer detector 5 to perform operation detection of the battery, the charger, and the illumination lamp, and compiling At least the pairing identification code of the emergency light 3 is transmitted to the near-end computer through the single-chip data 6 201240279. The processor 4 analyzes the detection signal and the decoding operation; the progress includes - connecting to the near-end computer J by TCP/IP The remote computer 6 has a setting module 61 including a proximal connection with the near-end computer 1, a remote battery 6 for setting a manual battery discharge, and selecting the at least emergency light 3. And automatic The electric discharge provides the emergency recharge lamp 3 with its battery discharge time; the lighting supervision group 62 does not violate the emergency lighting 3 in the remote computer 6; its battery, charging and lighting status 操作 - the operation interface 63 will be the above Each module function is graphically configured to perform setting and illumination monitoring functions on the operation interface 63 of the remote computer 6; the operation interface 63 includes a connection database, which is connected to the near-end computer 1 stomach reservoir 14 and The emergency computer duck 3 can be detected (4); and the near-end computer 1 operation interface 15 includes a remote connection with the remote computer 6. Please refer to the third figure of the drawing, which is the near-end computer i of the present invention. In the embodiment of the present invention, the user registers the operation interface U by using the input mode, so that the user can be connected to the system after the same IPii is verified and passed, and the operation is completed. According to the cap connection _ from the system; the near-end computer can connect to the remote computer 6 through the remote connection in the operation interface; • The user can perform the detection of the emergency light 3 through the selection device, and Slice data processing _ miscellaneous test command (including code), and __ and receiver module 传递 transmission 're-single single check (four) 5 execution series « emergency 3 battery discharge, charger voltage and illumination brightness detection, etc. The single-wafer detector 5 includes a single-chip, a relay, and a photo sensor, thereby controlling the discharge of the battery of the emergency light 3, detecting the voltage at which the charger charges the battery, and whether the brightness is normal, and then W detector 5 obtained 201240279 test information 'inscription crystal (four) difficult 5 editor __, via _ lose and receive module 2 transmit _ _ _ __, and _ shouting _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The computer i can display the detection information of the emergency light 3 in the device information corresponding to the operation interface π; 3 the battery is discharged to store the emergency light 3, and then select the manual battery discharge to instantly respond to the emergency light Or in advance of the mosquito emergency light 3 when the battery is discharged ^ The electrical detection result for the bad emergency light 3 is in the database 14 for the replacement of the maintenance personnel pool, the charger to repair or replace the new light bulb. In this way, the present invention provides the tester to select the emergency light 3 to be detected in the above manner, and transmits the detection command money phase__ number through the wireless transmission mode, and can detect the emergency lighting in the (4) area, so the tester does not need to walk around. Each emergency light 3 can be used to obtain emergency lighting 3 detection related information to achieve the purpose of saving the tester's time. Please refer to the fourth figure, which is a schematic diagram of the remote computer operation interface. The remote computer 6 synchronously connects the near-end computer 1 through the near-end connection. The operation interface 63 has the functions of manual battery discharge, automatic discharge scheduling, and selection of devices. The remote computer 6 is connected to the near-end computer for emergency lighting related detection. The present invention has the following features and functions through the above architecture: 1. The remote computer 6 and the near-end computer 丨 set the synchronization update 'whether the data set or stored by the remote computer 6 or the near-end computer worker is directly stored in the near end The computer 丨 database 14 is extremely convenient for setting and adjustment. 201240279 2_All modules have the same function. Set under the surface 'No need to switch interface ’ operator 3. _Wireless and connected 2' (4) Cans (4) Detector can reach the distance grading _ ability, no f for complex _ road connection settings. From the above, the present invention is not intended to be in any form, so that any modification or alteration of the present invention is in the spirit of the same creation. All should still be included in the scope of the protection of the present invention. In summary, the invention of the "emergency lighting wireless remote detection management monitoring system" is practical and cost-effective, and it is indeed the development of the completion of the construction of the money, and the structural invention disclosed is also an unprecedented mineral structure. , _ which has the "new chick" should be considered and the invention can be more effective than the habit structure, so it is also "progressive", which fully complies with the requirements of the invention patents in the Chinese Patent Law. If you file a patent towel in accordance with the law, please ask the bureau to review it and give it affirmation. Month [Simple Description of the Drawings] The first figure is a schematic diagram of the state of the system connection of the present invention. The first-invented invention of the near-end electric power remote telecom community module architecture diagram. The third figure is a near-end computer operation interface diagram of the present invention. The fourth figure is a remote computer operation interface diagram of the present invention. [Main component symbol description] 1 Near-end computer 11 rights management module 12 setting module 14 database 13 lighting monitoring module 15 operation interface 201240279 2 wireless transmission and reception module 4 single-chip data processor 6 remote computer 62 lighting Monitoring module 3 emergency lighting 5 single wafer detector 61 setting module 63 operation interface