200821977 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種管理裝置，特別是一種具即時互動之環境读測管 理系統，其係藉由即時互動整合評估與偵測結果，並進行分析比對，以提 升環境偵測效能。 【先前技術】 按’近年來資訊技術（Information Technology，IT)與網路通訊技 術發展迅速，資訊技術與網路通訊技術之應用所影響之層面越來越廣，不 管政府機關、公司行號與學術機構於資訊技術之應用上與網路通訊之運用 上都越行普遍，例如：政府制的E化人口獅、各公贿號之商業網站 與各層級學校之學術網站皆是現今最常使用之資訊技術結合網路通訊之應 用而現9民小之環保常識越來越有概念，隨著環保常識之提升對各種環 境公害之影響也越來越重視，為了可以獲得各種環境備測，且各 : ===罐，現娜出—婦動環獅_系:，、 果^如第-伽愧果，並整合分析資料’但僅著重於顯示偵測結 管理t圖，其制知環境侧f料'紅錢圖1知環境谓測 B理糸統係包含-管理單元1〇與一偵測裝置2〇 、、！ 加連接偵職置20，偵測裝置20係經由網路30傳送一網路 =當=置2G於實際環境上執行侧_ _ ς理早= 響，甚至實際之-偵測結果係達到危害人體之門二展境變化因素之影 作業者因錯誤之_結縣錢環至將使偵測 際重視的化學性及放射物的恐怖攻擊— 5 200821977 嚴重污染而導致偵測人員亦因此受到嚴重污染，甚至由於污染受到傷害。 如此，由於現場環境之環境變化因素導致現場偵測人員受到環境污染 因而導致整個偵測作業必須因此停止作罷，進一步導致與環境污染^關: 救災行動無法依據環境偵測結果接續執行。所以現今環境偵測管理系統有 必要應用現今發展蓬勃之資訊技術與網路通訊技術，以因應各種環境變 化，以及指引偵測作業人員如何避開環境污染。 义 因此，如何針對上述問題而提出一種新穎環境偵測管理系統，不僅可 改善習知環境侧管理纽之缺點，又可即時互動調整轉得更精媒之债 測結果兼具針對受到污染之魏即時示警而避免侧人貞麵污染，長久 以來一直疋使用者殷切盼望及本發明人念茲在茲者，而本發明人基於多年 $事於環境_相關產品之研究、開發、及鎖售實務經驗，乃思及改良之 思念，窮其個人之專業知識，經多方研究設計、專題探討，終於研究出一 種具即時互動之環境制管理純，可解決上述之問題。 【發明内容】 本發明之主要目的，在於提供—種具㈣絲之環境細管 ， 2藉由資料處理裝置整合分析環境品f之侧，以及管理_作業_ 一 心口、之制結果經分析為超過門樹票準可作為警示指標。 其方法，贿供—種具即時絲之觀_管理系統及 數據二r裝置分析偵測裝置之侦測數編^ 數像貝枓’將使—管理裝置發送—警告資料 或指:撤,當前雜業區域，以及避免遭受之危害u相 其方i發::二於提供-種具即時互動之環境偵測管理系統及 據資料後，、理系統之飼服器系統接收偵測裝置之俄測數 们服益糸統依據偵測數據資料之分析結果傳送一分析資料 200821977 測裝置，以使伯測裝i即時飽寻分析結果。 本發明係為-種具即時互動之環境偵測管理 偵測管理系統係設置一_裝置與—伺服:、伺二置中= 處理裝置，其係分析_裝置所產生之 一貝料 料，並即辆整不同地職置之# '貞;’;而產生-分析結果資 理裝置，其係連接資料處理之偵測作業區域;-第-管 =偵測作業規劃― 置其係依據弟-官理裝置所發送之偵測作業資 產生-偵測數據資料，並傳輸偵測數據資料至第L :二2 -管理裝置所發送之分析結果龍。另外，=== 置，以及傳秋债測裝置所接收之偵測數據資料至第一管理裝置。、 【實施方式】 _使«查委員對本發敗結構及崎成之功效有更進—步 之瞭解與錢，谨佐以較佳之實施例及配合詳細之說明，說明如後· 請侧第二圖，其係本發明之一較佳實施例之方塊圖。如圖所示，本 毛明係-種具即時互動之環境偵測管理系統40，其 5〇、一第二管理裝㈣、-偵測裝龍與—網賴。伺 == 置-^處理裝置52與-第一管理裝置54。第一管理裝置以係連接= 處理衣置52,且弟-纽裝置54透過網路8〇連接第二管理裝置⑼及偵測 裝置70，以互傳資料。第—管理裝置54係驗證所接收之訊息與數據，並傳 送經驗證之訊息與數據至㈣處理裝置52，以顧料處理裝置Μ進行荒集 資料及分析資料。其中網路80係為網際網路朗聯網路或上述之組合。” 偵測裝置70係偵測一環境品質，其係為一空氣品質或一輕射劑^或一 水質含量，彳貞顺置7G係依據觀品狀侧結果赶—侧數據資料， 偵測裝置70經由網路8〇傳送該偵測數據資料至第一管理裝置以，第一管 200821977 理裝置54傳送該偵測數據資料至資料處理裝置52，資料處理裝置52分析 該偵測數據資料並依據分析結果產生一分析資料，資料處理裝置52傳送誃 分析資料至第一管理裝置54，第一管理裝置54經由網路80傳送該分析資 料至偵測裝置70。另外，偵測裝置70更可依據偵測作業區域靠近第二管理 裝置60，先傳送該偵測數據資料至第二管理裝置6〇，再由第二管理裝置⑼ 傳送該偵測數據資料至第一管理裝置54,且第一管理裝置54亦經由第二管 理裝置60傳送該彳貞測數據資料之分析結果至偵測裝置7〇。 請參閱第三圖，其係為本發明之—較佳實施例之伺服器系統實施之方 塊圖。如圖所示，本發明之伺服器系統50係設置資料處理裝置52和第一 管理裝置54。資料處理裝置52設置一資料處理單元微、一偵測健倾 輸入單元524與一偵測數據資料輸入元件526，且更設置一第一儲存單=， 其係為-數據資料儲存單S 528與-空間資料儲存單元53〇。第—管子 54係設置-第二連接單元542、一網路服務單元泌、—資料連結轉^元 546、—-管理操作單元548與-管理單元55〇，其中管理單元55〇係設置一 訊息元件552與-第二儲存單元554。定位管理資料輸入單元汹 位管理射《賴處科元522，其蚊歸理:雜係包含魏評估之門播 數據與定位官理貧料，以讓資料處理單元522轉成管理資訊地理，，進 而分析管理數據資料儲存單元528與空間資料儲存單元5 :200821977 IX. Description of the Invention: [Technical Field] The present invention relates to a management device, and more particularly to an environment-reading management system with real-time interaction, which integrates evaluation and detection results by real-time interaction, and performs Analyze the comparison to improve the environmental detection performance. [Prior Art] According to the recent development of Information Technology (IT) and network communication technologies, the application of information technology and network communication technology has become more and more extensive, regardless of government agencies, company numbers and The use of information technology and the use of Internet communication by academic institutions are becoming more and more common. For example, government-made E-population lions, commercial websites of public bribes, and academic websites of all levels of schools are the most commonly used today. The combination of information technology and the application of network communication is now more and more aware of the environmental protection common sense of the people. As the promotion of environmental common sense has become more and more important to the impact of various environmental hazards, in order to obtain various environmental preparations, and Each: ===cans, now out - women's ring lion _ series:,, fruit ^ such as the first - gamma fruit, and integrated analysis data 'but only focus on the detection of the knot management t map, its knowledge environment Side f material 'red money figure 1 know the environment is measured B system contains - management unit 1 〇 and a detection device 2 〇,,! Adding the connection Detective Unit 20, the detecting device 20 transmits a network via the network 30 = when = 2G is executed on the actual environment _ _ ς early = ringing, even the actual - detection result is harmful to the human body The door to the changes in the environment of the door of the operator due to the error _ Jiexian money ring to the detection of the attention to the chemical and radiation terrorist attacks - 5 200821977 serious pollution caused by the detection of personnel are also seriously polluted Even hurting due to pollution. In this way, due to environmental changes in the on-site environment, the on-site detection personnel are exposed to environmental pollution, which causes the entire detection operation to stop. This further leads to environmental pollution. The disaster relief operation cannot be carried out according to the environmental detection results. Therefore, today's environmental detection management systems need to apply today's booming information technology and network communication technologies to respond to various environmental changes and to guide the detection of how to avoid environmental pollution. Therefore, how to propose a novel environmental detection management system for the above problems, not only can improve the shortcomings of the conventional environment side management, but also can instantly adjust and adjust the results of the more sensitive media and the pollution-oriented Wei Immediately warning the police and avoiding side-face pollution, the user has long been eagerly awaiting and the inventor is here, and the inventor is based on the research, development, and lock-and-sell practices of environmental-related products for many years. Experience, thinking and improving thoughts, poor personal expertise, through multi-disciplinary research and design, special discussion, finally developed a real-time interactive management system that can solve the above problems. SUMMARY OF THE INVENTION The main object of the present invention is to provide an environmental thin tube with a (four) wire, 2 to integrate the side of the environmental product f by means of a data processing device, and to manage the _work_ one heart, the result of which is analyzed as exceeding The door tree ticket can be used as a warning indicator. The method, the bribe - the kind of instant view of the _ management system and the data of the second device analysis detection device, the number of detections, the number of images, the likes, will be sent to the management device, the warning device or the reference: withdrawal, current Miscellaneous areas, and avoiding the harms of the u-phase:: two in the provision of - an instant interactive environmental detection management system and according to the data, the system of the feeding system of the feeding system of the system The testers will use the analysis data of the detected data to transmit an analysis data 200821977 measuring device, so that the test will automatically find the analysis results. The invention relates to an environment detection management detection management system with instant interaction, which is provided with a device and a servo device, a servo device, and a processing device, which analyzes one of the materials generated by the device, and That is, the vehicle is different from the local occupation of the # '贞;'; and the production-analysis results of the processing device, which is connected to the data processing detection operation area; - the first tube = detection operation planning - set the system according to the brother - The detection operation sent by the official device generates and detects the data, and transmits the detection data to the analysis result sent by the L:2-2 management device. In addition, the === setting and the detection data received by the autumn debt measuring device are sent to the first management device. [Embodiment] _ Make the members of the Board have a better understanding of the structure of the failure and the effect of the Qicheng, and please refer to the better example and the detailed description. Figure is a block diagram of a preferred embodiment of the present invention. As shown in the figure, the present invention is an instant environment-detecting management system 40, which has a 5〇, a second management device (4), a detection package and a network. Servo == processing device 52 and - first management device 54. The first management device is connected to the processing device 52, and the brother-new device 54 is connected to the second management device (9) and the detecting device 70 via the network 8 to exchange data. The first-management device 54 verifies the received message and data, and transmits the verified message and data to the (4) processing device 52 to perform the waste data and analyze the data. The network 80 is an Internet network or a combination of the above. The detecting device 70 detects an environmental quality, which is an air quality or a light-emitting agent or a water content, and the 7G system is based on the side of the product. 70 transmits the detected data to the first management device via the network, and the first device 200821977 transmits the detected data to the data processing device 52. The data processing device 52 analyzes the detected data and The analysis result generates an analysis data, and the data processing device 52 transmits the analysis data to the first management device 54, and the first management device 54 transmits the analysis data to the detection device 70 via the network 80. In addition, the detection device 70 can further The detection work area is adjacent to the second management device 60, and the detection data is first transmitted to the second management device 6, and then the detection data is transmitted by the second management device (9) to the first management device 54, and the first management is performed. The device 54 also transmits the analysis result of the test data to the detecting device 7 via the second management device 60. Please refer to the third figure, which is a server system of the preferred embodiment of the present invention. As shown in the figure, the server system 50 of the present invention is provided with a data processing device 52 and a first management device 54. The data processing device 52 is provided with a data processing unit micro, a detection and tilt input unit 524 and A detection data data input component 526 is further provided with a first storage list = which is a data data storage list S 528 and a spatial data storage unit 53. The first tube 54 is provided - the second connection unit 542 , a network service unit secretion, a data link transfer 546, a management operation unit 548 and a management unit 55, wherein the management unit 55 is configured to set a message element 552 and a second storage unit 554. Position management The data input unit 管理 position management shoots Lai Keke 522, its mosquitoes: the miscellaneous contains the Wei evaluation data and the positioning of the government, so that the data processing unit 522 can be converted into management information geography, and then analyze Management data storage unit 528 and spatial data storage unit 5:
數據資料與定位資料。 ^ J 對於敘述性之定位管理資料而言，資料處理單元 資料輸入單元524所輸入之偵測作業敘述轉換 ^立吕理 位管理資料，靖存至數據資·存單元528 * :卩驗據資料與定 自分杜昭楚-辟六--cm 一工間貝料儲存單元530,訊 :兀件552依…、弟為子早$ ϋϋ4結合資料處理裝置 貧料，產生對應之_作«料，其係包含管 咏纟、之ή理 置70之操作模式，例如··自動操作模式與手作％ 548决疋偵測衣 產生之細轉經過資料連結轉換單元心訊息元件脱所 能讀取之資料連結格式後，再由網路服務單 、成對應倾裝置70所 544透過第二連接單元542 200821977 傳运至第二管理裝置⑽及偵測裝置7G。另外，偵測裝置7q回傳之偵測數 據貧料亦由第二連接單元542傳送至資料連結轉換單元⑽，以驗證伯測數 據資料之完整性與合理性。管理操作單元548更顯示之偵測裝置7G的運作 狀態’其係以顏色變化及文字敘述說明作為分辨上線/離線之依據 —承上述:第二管理裝置60經由網路8〇 接至第二連接單元⑷，以經 由第二連接單元542登錄進入網路服務單元⑽，當第二管理裝置⑽已完 成登錄，可透過網路服務單元544連接至第—管理裝置％，查詢資料處理 裝置52之數據資料儲存單元528與定位資料儲存單元53〇。例如：第 接單元⑽係為-路“（越er)，網路服務單元⑽係為一_ ⑴之網路伺服器（Web Server)，網路服務單元⑽連接第二 連接單Tt 542 ’第二連接單元542連接至網賴，以提供第二管理裝置⑽ 經_路80連接至網路服務單元544。因此，環境行動模組7〇更可登錄進 入第二管理裝置6G，以接收第—管理裝置54所傳送之偵測作業資料。 —例如W貞測裝置70之偵測範圍係為在曱地3公里内執行偵測，因此決 朿人員透過定位管理資料輸入料524輸入偵測裝置7Q之偵測範圍至資料 處，衣置52 ’貝料處理裝置52依據偵測裝置70之偵測範圍從數據資料儲 存單元528及疋位貝料儲存單元530 f買取一門檻婁文據資料與一定位管理資 料’並合成tB-電子地圖並標註f地之地理位置，再⑽地之地理位置為 中心晝出3公里半徑圓圈的管理資訊地理圖層而作為偵測裝置刊之一定位 =理資料。第-管理裝置54之訊息元件552係依照第二儲存單元554結合 賁料處理裝置52之定位管理賴產生侧裝置7Q於曱地之—侧作業資 料，備測裝錢於進行偵測前透過網路8〇登錄進蝴路服務單元⑽，以 接收訊息元件552所傳送對應曱地之偵測作業資料，其係義測裝置7〇依 據偵測作業資料於甲地之所在位置3公里範圍内進行偵測。 請參閱第四圖’其係本發明之一較佳實施例之偵測裝置實施之方塊 圖。如圖所示，本發明之偵測裝置7〇係設置一行動電子裝置巧，行動電子 裝置72耦接-偵測單元74…定位單元76與—第_連接單元^，其中行 200821977 動電子裝置72連接偵測單元74、定位單元76，以及連接第一連接單元78， 其中偵測單元74係為一環境偵測儀器，定位單元76係包含一全球定位系 統（Global Position System，GPS)之功能，第一連接單元78係連接至 網路80，例如：行動電子裝置72係為一個人數位助理（Personal DigitalData and location data. ^ J For the narrative location management data, the data processing unit data input unit 524 inputs the detection job description conversion ^ Li Lu location management data, Jing Cun to the data resource storage unit 528 * : 卩 test data And the self-divided Du Zhaochu-Puiliu--cm one work room beet storage unit 530, news: 兀 552 according to ..., brother for the child early $ ϋϋ 4 combined with the data processing device poor material, the corresponding _ _ _ _ The operation mode includes the tube 咏纟, and the 置 置 70, for example, the automatic operation mode and the hand-made% 548 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋After the format, the network service ticket and the corresponding tilting device 70 are transmitted to the second management device (10) and the detecting device 7G through the second connecting unit 542 200821977. In addition, the detection data returned by the detecting device 7q is also transmitted from the second connecting unit 542 to the data link converting unit (10) to verify the integrity and rationality of the data. The management operation unit 548 further displays the operation state of the detecting device 7G, which is based on the color change and the text description as the basis for distinguishing the online/offline. The above: the second management device 60 is connected to the second connection via the network 8. The unit (4) is logged into the network service unit (10) via the second connection unit 542. When the second management device (10) has completed the login, the network service unit 544 can be connected to the first management device % to query the data of the data processing device 52. The data storage unit 528 and the location data storage unit 53A. For example, the first unit (10) is a road "(over er), the network service unit (10) is a _ (1) network server (Web Server), and the network service unit (10) is connected to a second connection list Tt 542 ' The second connection unit 542 is connected to the network to provide the second management device (10) to the network service unit 544 via the path 80. Therefore, the environmental action module 7 can be logged into the second management device 6G to receive the first The detection operation data transmitted by the management device 54. For example, the detection range of the W detection device 70 is to perform detection within 3 km of the depression, so the decision personnel input the detection device 7Q through the positioning management data input material 524. The detection range is to the data center, and the garment processing device 52 receives a document data and a data from the data storage unit 528 and the position and material storage unit 530 f according to the detection range of the detection device 70. Positioning management data 'and synthesize tB-electronic map and mark the geographical location of f, and then (10) the geographic location is centered on the geographic information layer of the 3km radius circle and is used as one of the detection devices. First - management equipment The message element 552 of the 54 is configured according to the second storage unit 554 in conjunction with the positioning management device 52 to manage the data on the side of the production side device 7Q, and prepares the money to be registered through the network before the detection. The incoming circuit service unit (10) receives the detection operation data corresponding to the location transmitted by the message component 552, and the detection device 7 detects the location of the location based on the detection operation data within a range of 3 km. 4 is a block diagram of a detection device according to a preferred embodiment of the present invention. As shown, the detection device 7 of the present invention is provided with a mobile electronic device, and the mobile electronic device 72 is coupled. The detecting unit 74 is connected to the detecting unit 74, the positioning unit 76, and the first connecting unit 78, wherein the detecting unit 74 is An environment detecting device, the positioning unit 76 includes a global positioning system (GPS) function, and the first connecting unit 78 is connected to the network 80. For example, the mobile electronic device 72 is a number of people. Assistant (Personal Digital
Assistant，PDA)，且行動電子裝置72以序列連接埠RS-232或藍芽收發器 (bluetooth dongle)連接環境偵測儀器。使用行動電子裝置72連接偵測 單7L 74、定位單元76與第一連接單元78主要係為提高可攜性，使整體之 環境偵測管理系統40更具有行動力，並可節省針對各偵測點設置偵測裝置 70之成本。行動電子裝置72係包含一作業程式，其係用以啟動偵測單元 74 '定位單το 76與第一連接單元78，並將偵測單元74與定位單元76所蒐 集之偵測數據資料與定位資料即時傳送至第一管理裝置54。 |貞測單元74係為現場直讀監測儀器。偵測單元與定位單元罚放在 一起’用喊集細單元74所在位置之地理位置鱗_訊並儲存為一定 4 κ料例如.偵測單元％係為風速風向計、韓射監測高壓游離腔（Hpic)， 〃數位助理&、依㈣測項目的需求，以RS 232或藍芽輸出訊號選擇對應 二’植早7^76係為一GPS接收儀’以31集風速風向計、輻射監 之Γ位置之地理位置與時間資訊。第—連接單元78係連接 :二:裝置72係透過第—連接單元78所連接之網路δ〇連 7640 ' tt# 5 74 # 斤蒐木之彳貞測數據資料與定位資料。 程其縣發明之—較佳實施例之設定烟管縣數之泣 環境偵測進輸統4G舰評崎策人員對 系統4_峨％=7=:_綱_心環細管理 «- -— 200821977 之稽核管理。 入定位管理⑽Hr，紐雛或絲w估或喊要求，輪 形式、細彳作觀n檻數據、輯之管理方式、指令傳輸 但偵置54於失t貝f谷許值，則給予一警示訊號至_裝置7〇， 樣數字之_ m ^ 歸狀_鋪會錢域賴出現一 式，以入:ίτ之外，也要指定門植數據之管理方 例紐之f急魏方L包含_鱗铃聲音， 置^^/係純訊加上單響餐，以回傳至仙裝置70，若 首=置7G未_回傳之簡訊，簡依照—蚊The Assistant, PDA), and the mobile electronic device 72 is connected to the environmental detection instrument by a serial connection 埠RS-232 or a Bluetooth dongle. Using the mobile electronic device 72 to connect the detection unit 7L 74, the positioning unit 76 and the first connection unit 78 are mainly for improving the portability, so that the overall environment detection management system 40 is more mobile and can save the detection. The point sets the cost of the detecting device 70. The mobile electronic device 72 includes a working program for initiating the detecting unit 74 to locate the single το 76 and the first connecting unit 78, and detecting the data and positioning data collected by the detecting unit 74 and the positioning unit 76. The data is immediately transmitted to the first management device 54. The detection unit 74 is a direct reading monitoring instrument on site. The detecting unit and the positioning unit are punctured together. 'The geographical position scale of the location where the shouting unit 74 is located is stored and stored as a certain 4 κ material. For example, the detecting unit % is a wind speed and direction meter, and the Han ray monitoring high pressure free chamber. (Hpic), 〃 digital assistant & (4) test project requirements, RS 232 or Bluetooth output signal selection corresponding to the second 'plant early 7 ^ 76 series for a GPS receiver' to 31 sets of wind speed wind direction, radiation supervision Location and time information for the location. The first connection unit 78 is connected: two: the device 72 is connected to the network δ〇连 7640 ' tt# 5 74 # 斤 搜 彳贞 数据 数据 640 5 5 5 5 5 5 5 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Invented by Cheng Qixian - the preferred embodiment of the setting of the number of the tobacco tube counts of the weeping environment detection into the system 4G ship evaluation of the staff of the system 4_峨%=7=: _ _ _ heart ring fine management «- - — Audit management for 200821977. Into the positioning management (10) Hr, New Zealand or silk w estimate or shouting requirements, round form, fine view of the n槛 data, the management of the series, command transmission but the detection of 54 lost in the value of the t, then give a warning Signal to _ device 7〇, the number _ m ^ 归 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The bell sound, set ^^/ is a pure news plus a single meal, to pass back to the fairy device 70, if the first = set 7G not _ return the newsletter, Jane in accordance with - mosquitoes
直到=裝置70收到回傳之簡訊為止。 T口傳間A 料料係為選自於點或線或面或全部區域之地理圖層資 〜2可直接指定畫出點或線或面或全部區域之地理位置， :;'、处理裝置52已儲存規劃好的地理圖層資料，則再輸入定位管理資料 圖層’因此接受環境偵測之區域不需另外於全部區域之地理圖 :豐^々制作業^域，僅需依據已規劃完成之地理圖層資料指定賴測 罢品域、。除了偵測裝置7G進入危險區域前，會給予危險警示，而在侧 ^一 70脫離定位管理資料所指定之侧作業區域，更應該給予位置錯誤之 吕不至偵測裝置70,所以第一管理裝置5〇需設定位置錯誤之警示侧裝置 7〇於偵測作業區域或外。 々^按步額40所示，若資料處理裝置52已儲存規劃好的地理圖層，其 ’讀义驟43此中指定作為定位管理資斜，卿使環境偵測管理系統衡完 ，輪入纽官理㈣後會自動發丨―要求減以要求評估或決策人員選定 疋位&理資料所需之地理_及其彳當案途徑。然後按步驟棚所$，環境積 測=理系統4G於定位管理資料與其所需之地理圖層完成輸人後，會自動轉 換疋位管理:紐之諸格式，並分繼存至空間資料齡單元53时，並經 200821977 料Γ—即日禮據門板數據資料與定位管理資料產生憤測作業資 二：Γ!之轉換存檔過程中，發現定位管理資料缺少或是格式 所:I祕正疋位官理續或重新輸入定位管理資料。最後按步驟460 斤不，兀成輸人制作業:諸至環境侧管理裝置仙。 六圖，其係本發明之—較佳實_之環境侧實施之流程 :'τ、本^明之¥兄偵測管理系統40係提供伺服器系統5〇管理 、^置7G於進彳丁如遍則，當偏仏魏㈣執行舰裝置π之行動管 ，日守，將級步驟關所示，登錄進人伺服㈣，，魏進人第一管理 了心4之官理操作單元548。按步驟脱〇所示，訊息元件552從第二儲存 早W54和資料處理裝置52_並整合偵測作業資料與定位管理資料以提 t對應偵1裝置7G之_帽賴與其對應之地理®層資料，整合顯示在 官理操作單Tt 548 ’藉此提供查詢目前執行之偵測作業f料及已上線 ☆ n Hne)之偵測裝置70 ’以瞭解需要執行環境偵測之項目與偵測作業區 係對應偵測裝i 70之設置位置。若環境偵測項目對應之偵測裝置扣 、本（off line)，則查珣第一儲存單元552所儲存之偵測裝置π之操作 者聯絡資料，以經由聯絡催促操作者使離線之偵測裝置7Q盡快上線，維而 驅使離線之偵測裝置70迅速加入目前之環境偵測作業。 接績，按步驟S530所示，依據環境偵測之工作需求，以及目前可上線 之_裝，擬定環境_之_作親劃，定出各伽懷置之不同偵 測項目與對應之偵測作業區域，以派遣對應伽彳作業規劃之伽彳裝置刊執 仃環境偵測。按步驟S540所示，驅使偵測裝置7〇開始偵測，其中偵測裝置 7〇依偵測作業規劃設置於環境偵測之現場，並自動連線偵測單元％與定位 單元76，以隨時依工作需求經由網路8〇連接至伺服器系統5〇之第一管理裝 置54，進一步回傳偵測數據資料與定位資料至第一管理裝置54。按步驟S550 所示，第一管理裝置54藉由第二連接單元522透過網路80接收偵測裝置7〇所 傳送之偵測數據資料，當偵測裝置70經由網路8〇傳送偵測數據資料至伺服 器系統50時，將驅使資料連結轉換單元546檢查偵測數據資料與定位資料之 200821977 完整性與合雜，並驅使管理操作單元5卿咖顿_職龍之侧 數據資料’侧數據倾與定位資料經㈣連結轉解元54 、主 具ί整性及合理性，隨即由·連結轉換單元546傳送至_數據資料與:定 位資料至彳貞測資料輸人單元526，若彳貞測數據資料對照定位資料為未士敕或 不合理，則發送—補充侧數據資料之訊息至偵測裝置π，以驅使 置70對應定位資料補充偵測數據資料。 然後，按步驟S56G所示’經由偵測資料輸入單元挪輸人經過資料連結 轉換單元546檢查之偵測數據資料至資料處理農置52，隨即驅使資料處理掌: 置52之資料轉換分析元件522分析輯_數據資料的彳貞測數據資料鈔 間資料’並分繼存讀據資·存單元528及㈣㈣ 二 同時回饋偵測數據資料之分析比對結果至訊息元件舰。例如：偵測裝置?〇 已射找之制健區_完成伽㈣，才儲存環境伽彳所麟之侧數 據資料至數據龍儲存單元528及空間龍贿單元聊，若發現偵測裝置 70脫離敏之_健區域，難即給予位置麟之警抑及給予校蚊 才曰引U寺別疋發生偵測數據資料的摘測數據資料偏離正常數值之情況。 例如.現场目視之結果可明顯看出偵測數據資料超出門播之數據，但 侧裝置70之_數據資料卻不合理的偏低甚至零，如此情況係為偵測裝 置70失常所造成，其係先由第二儲存單元脱自動判定發現，再藉由訊息元 件552發出偵測作業資料’以顯示於管理操作單元548及送出偵測數據資料 之憤測裝㈣之上’進而達到警告管理人員和執行偵測人員採取制之校 正調整。資料處理裝置52所得之_數據f料與定位仍儲存至資料處 理裝置52的數據貧料儲存單元娜及空間資料儲存單元咖，但資料處理裝 置52會標*侧輯資雕㈣，以免顯。 、 請參閱第七圖’其係本發明之一較佳實施例之侧數據資料分析實施 之流程圖。如圖所示，本發明之環境偵測行崎訊之管理方法更進一步說 明進打中，伺服器系統如何回饋評估與決策至侧裝置7()，以及進行互動 調整修正環境侧之偵測項目與對應之摘測作業區域。一開始按步驟制 13 200821977 所示 秘歡她綱靖彻伽，1 =入=料處理裝置52之_數據資料係具完整性，以及符合_作業 數二::作業區域’再按步驟S62°所示，藉由資料處理單元522轉換偵測 數據#料與—定位f料，以分職存至數據資料儲存單 2工間貞顧存單元530，其巾資料處理單元522同時 :2騎_數據資料進行分析比對，以判斷偵測數射料係為包μ I ，危害官制數據或偏離粒管理資V實際環境_之所在位 置不付合定位管理資料之定位管理資料。 〃然後’按步驟S630所示，判斷偵測數據資料之伯測數據是否 管理資料之卩m«，若觸敲，職行步驟糊，射_否，則執 2驟·。按倾_所示，賊環境污狀危害程度的不關示對應 之s祕官理操作單元548，並可選擇直制步傳送—麵訊號至彳貞測穿置 70 由管理人員從管理操作單元548相後再通知。為避免管理人員疏 忽:右計時超過設定時間而未傳送警轉號至侧裝龍，㈣—行動管 理係統54滅自動傳送f示訊號至偵職置7G。另外，㈣處理裝置於二 依據偵測裝之需求提供撤離方向指引訊息，並由第—f理裝置％傳送 撤離方向指引訊息至偵測裝置70。 k 接續，按步驟S650所示，判斷偵測數據資料是否偏離門播數據資料， 若判斷為是，I糊亍步驟删，若觸為否，職行步驟卿。按步船咖 所示，立即將傳輸_數據㈣至訊息元件552，並依照侧數據資料之偏 離程度從第二儲存單元552整合對應之_作業龍，以·示對應偏差偵 測數據㈣炫㈣册管爾作單元548上，其係齡翻綠偏離情形 與說明訊息。管理操作單元548之管理人貝可以決定是㈣資料處理裝= 之分析比對絲_給評估和絲人員，或設定偏離_大小與次數情形 發生後才通知。為避免此種訊息過多造成伺服器系統5〇之工作干擾，管理 操作單元548之管理人員可機動設定偏離比例大小與次數之門檻參數，當分 14 200821977 氛。依據分果制雜f料雜卩〗絲射料之訊 ^„528;, ==r正，視為··==數據若 早從8中，伺服器系·亦會發出請求—起修正之訊息至評估與康 所菓&域選擇畫面。修正環境谓測之 此項工麵測之偵測健規劃與其偵測作業區域。為避免干擾， 理祐置_2伽“統50執行。另外，評估決策相關人員可於第二管 規書|卜且管里==_喿作單元548之管理人員依據偵測作業 訊= _贼轉之_裝置，肖轉驻動校正資 而 >正之偵測裝置，以即時進行修正作業。 之中，經過互動修正後，侧裝置70之侧麟資 藉由資料，，之_門檻資料進行調整，並重新執行步驟，以 ^升言單70522重新分析比對’發現侧數據資料之整體偵測數據資 之产=，卩、不制裝置70之獅人貞再賴執行環境侧會遭受不必要 向指=至Hi步驟S64G所7F ’發送警示訊號至躺裝置’並傳送撤離方 貞測裝置70。其中_數據資料之定《料若偏離定位管理資料 之_二=料’則透過第—管雜置54傳送f料處理裝置52所重新規劃 作鞏、a域至制裝置7G，以提供_裝置7G設制重新規劃的偵測 進指引。例如：侧裝置7G依環境品質之卫業標準於住宅區 15 200821977 口口貝之一般標準進行偵測。 接續，按步驟·所示，判斷侧輯資料之定位 位官理貢料，若判斷為是，則執行^ ^ 不付口疋 按牛㈣- 士… 乂奶關右判斷為否，則執行步驟S690。 =r::===-__置，_ 人員依據接收之細位置錯誤之警示訊號=二=二==操作 步驟《示’判斷細據資料之_數據未= 位官理貢料，因此儲存分析比對結果至對應之伯測 g里二科之疋 數據資料係為包含正常數據。 、 '枓，以軚註偵測 “上所述’本發明所提供之—縣境酬地理管 一— 以往環境偵測作業規劃後執行問題，以使管理人昌使用者可’难貝侦決 。，達倒執行、管理與評估絲㈣ 《 ,與整 與成果品質。 销㈣制轉、工作安全 故本發雜實為—具_雛、進雜 ^ 局早曰賜准專利，至感為禱。 甲明祈鈞 明實===:=發明之—較佳實施例而已，並非用來限定本發 神所為之均物二_ 圍所逑之形狀、構造、特徵及精 ，均應包括於本發明之中請專利範圍内。 【圖式簡單說明】 f~圖：習知環境_管理裝置之方塊圖； 乐-圖：本發明之環境偵測管理系統之方塊圖； 200821977 第三圖 :本發明之伺服器系統内部之方塊圖； 第四圖 ••本發明之偵測裝置實施之方塊圖； 第五圖 :本發明之設定定位管理資料實施之流程圖 第六圖 :本發明之環境偵測實施之流程圖；以及 第七圖 :本發明之判斷偵測數據資料之流程圖。 【主要元件符號說明】 10 管理單元 20 偵測裝置 30 網路 40 環境偵測管理系統 50 伺服器系統 52 資料處理裝置 522 資料處理單元 524 定位管理資料輸入單元 526 偵測資料輸入單元 528 數據資料儲存單元 530 空間資料儲存單元 54 第一管理裝置 542 第一連接單元 544 網路服務單元 546 資料連結轉換單元 548 管理操作單元 550 管理單元 552 訊息元件 554 第二儲存單元 60 第二管理裝置 200821977 70 偵測裝置 72 行動電子裝置 74 偵測單元 76 定位單元 78 第二連接單元 80 網路Until = device 70 receives the returned newsletter. The T-portal A material is a geographical layer selected from a point or line or a face or a whole area. 2 can directly specify the geographical position of the point or line or face or all areas, :; ', the processing device 52 has If you store the planned geographic layer data, you can enter the location management data layer. Therefore, the area that accepts the environment detection does not need to be in the geographic map of the whole area: the area of the operation is only based on the planned geographic layer. The data designation depends on the strike field. In addition to the detection device 7G entering the danger zone, a dangerous warning will be given, and in the side work area designated by the side management information, the location error should not be given to the detection device 70, so the first management The device 5 does not need to set the position side of the warning side device 7 to be in the detection work area or outside. 々^ According to the step 40, if the data processing device 52 has stored the planned geographic layer, the 'reading step 43' is designated as the positioning management resource oblique, and the environmental detection management system is finished. After the official (4), it will automatically issue a 丨 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求 要求Then according to the step shed, the environmental product test = the system 4G in the positioning management data and its required geographic layer to complete the input, will automatically convert the position management: New Zealand format, and separately stored to the spatial data age unit At 53 o'clock, and after 200821977, the data on the door panel data and the location management data generated an insurgency operation. In the process of conversion and archiving, the location management data was found to be missing or formatted: I. Continue or re-enter the location management data. In the end, according to the step 460 kg, the operation is inductive: the environmental management device. The six-figure, which is the process of implementing the environment side of the present invention - preferably τ, the 兄 之 ¥ 兄 兄 兄 兄 侦测 兄 兄 提供 提供 提供 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服In all cases, when Wei Wei (four) executed the ship device π action tube, the day guard, the level step is shown off, the login into the servo (four), Wei Jinren first managed the heart 4 of the official operation unit 548. According to the step dislocation, the message element 552 integrates the detection job data and the location management data from the second storage early W54 and the data processing device 52_ to extract the corresponding layer 1 of the detection device 7G and its corresponding geographic layer. The data is integrated and displayed in the official operation list Tt 548 'This provides a query device 70 for querying the currently executing detection operation and the online ☆ n Hne) to understand the project and detection operation area that needs to perform environmental detection. Corresponding to the setting position of the detection device i 70. If the detection device corresponding to the environmental detection item is off line, the operator contact information of the detection device π stored in the first storage unit 552 is checked to prompt the operator to make the offline detection via the contact. The device 7Q is online as soon as possible, thereby prompting the offline detection device 70 to quickly join the current environmental detection operation. According to the step S530, according to the work requirements of the environmental detection, and the currently available online installation, the environment _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In the work area, the environment is detected by dispatching the Gaya device corresponding to the Gaya operation plan. In step S540, the detecting device 7 is driven to start detecting, wherein the detecting device 7 is set in the environment detecting site according to the detecting operation plan, and automatically detects the detecting unit % and the positioning unit 76 at any time. The first management device 54 connected to the server system 5 via the network 8〇 according to the work requirement further returns the detection data and the positioning data to the first management device 54. The first management device 54 receives the detection data transmitted by the detection device 7 through the network 80 via the second connection unit 522, and the detection device 70 transmits the detection data via the network 8〇. When the data is sent to the server system 50, the data link conversion unit 546 is driven to check the integrity and complexity of the detected data and the location data in 200821977, and drives the management operation unit 5 to clarify the side data of the side data. The tilting and locating data is transmitted to the _ data and the locating data to the metric data input unit 526 via the (4) link transfer unit 54 and the utmost rationality and rationality. If the measured data is not unreasonable or unreasonable, the message of the supplementary side data is sent to the detecting device π to drive the corresponding data to be detected by the corresponding positioning data. Then, as shown in step S56G, the detection data data checked by the data link conversion unit 546 is transmitted to the data processing farm 52 via the detection data input unit, and then the data processing palm is driven: the data conversion analysis component 522 of 52 Analysis of the _ data data of the speculative data data between the banknotes 'and the data storage unit 528 and (four) (four) two simultaneous feedback detection data analysis results comparison results to the message component ship. For example: detecting device? 〇 has been looking for the health zone _ complete gamma (four), only to store the data on the side of the environment gamma syllabus to the data dragon storage unit 528 and the space dragon bribe cell chat, if the detection device 70 is found to be detached In the sensitive area, it is difficult to give a position to the police and to give the school mosquitoes a sneak peek into the situation where the data of the detection data of the U Temple is deviated from the normal value. For example, the result of the on-site visual observation clearly shows that the detected data exceeds the data of the portal, but the data of the side device 70 is unreasonably low or even zero, which is caused by the malfunction of the detecting device 70. The first storage unit is automatically determined by the second storage unit, and then the detection operation data is sent by the message element 552 to be displayed on the management operation unit 548 and the inspected device (4) for sending the detection data. Personnel and executive detection personnel take corrective adjustments. The data processing device 52 obtains the data and the location is still stored in the data processing device 52 of the data processing device 52 and the spatial data storage unit, but the data processing device 52 will mark the side of the data (4) to avoid display. Please refer to the seventh diagram, which is a flowchart of the side data analysis implementation of a preferred embodiment of the present invention. As shown in the figure, the management method of the environmental detection line of the present invention further explains how the server system feeds back the evaluation and decision-to-side device 7(), and performs an interactive adjustment and correction environment-side detection item. And corresponding to the test area. At the beginning, according to the steps of 13 200821977, she showed her secrets, and the data processing system of the material processing device 52 was completed, and the _ the number of work 2:: the working area was followed by the step S62°. As shown, the data processing unit 522 converts the detected data and the material to be stored in the data storage unit 2, and the towel data processing unit 522 simultaneously: 2 riding _ The data is analyzed and compared to determine whether the detected number of shots is the package μ I, the damage to the official data or the location management data of the location management data that is not in the position of the actual management environment. 〃 Then, as shown in step S630, it is judged whether the data of the detected data is the data of the management data ,m«, if the tapping, the job step paste, the shot _ no, then the second step. According to the tilting _, the thief's environmental pollution hazard degree does not indicate the corresponding stipulation of the operation unit 548, and can choose the direct step transfer - the surface signal to the 穿 test wear 70 by the management personnel from the management operation unit 548 and then notify. In order to avoid the manager's negligence: the right time exceeds the set time and the alarm number is not transmitted to the side loading dragon. (4) The action management system 54 automatically transmits the f signal to the detective 7G. In addition, the processing device provides an evacuation direction guidance message according to the requirement of the detection device, and the evacuation direction guidance message is transmitted to the detection device 70 by the first device. k Continuation, as shown in step S650, it is determined whether the detected data data deviates from the portal data. If the determination is yes, the I paste step is deleted, and if the touch is no, the job step is clear. As shown in the step boat, the data_4 (4) is immediately transmitted to the message element 552, and the corresponding _work dragon is integrated from the second storage unit 552 according to the degree of deviation of the side data data, to show the corresponding deviation detection data (4) Hyun (4) On the bookkeeping unit 548, the age of the system is deviated from the situation and the explanation message. The manager of the management operation unit 548 may decide not to notify (4) the data processing device = the analysis comparison wire _ to the evaluation and the wire personnel, or to set the deviation _ size and number of times. In order to avoid the interference of the server system 5 caused by too much such information, the management personnel of the management operation unit 548 can manually set the threshold parameter of the deviation ratio and the number of times, and the score is 14 200821977. According to the fruit-making system, the material of the miscellaneous material, the news of the silk material, ^ 528;, == r positive, regarded as ··== If the data is from 8 early, the server system will also issue a request - from the amendment The message to the assessment and the Kangsuo & domain selection screen. Correct the environmental pre-measurement of the survey and the detection of the work plan and the detection of the work area. In order to avoid interference, Li You set _2 gamma "system 50 implementation. In addition, the relevant personnel of the evaluation decision-making can be in the second regulation book and the manager of the unit 548 is based on the detection operation message = _ thief-to-the-device, and the operation is corrected. Positive detection device for immediate correction work. Among them, after the interactive correction, the side of the side device 70 is adjusted by the data, the threshold data, and the steps are re-executed to re-analyze the overall detection of the 'detection side data data. Measured data production =, 卩, 不 装置 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70. Wherein, the data data is determined to be _device if the material deviates from the positioning management data _2=materials, and then re-planned by the first-tube miscellaneous 54 to send the f-processing device 52 to the device 7G. 7G set up a re-planning detection guide. For example, the side device 7G is detected in accordance with the general standard of the environmental quality of the residential area 15 200821977. Continue, according to the steps, as shown in the step, judge the positioning of the side data, if the judgment is yes, then execute ^ ^ Do not pay the mouth to press the cow (four) - Shi... If the milk is right, the judgment is no, then the steps are executed. S690. =r::===-__Set, _ personnel according to the received fine position error warning signal = two = two == operation steps "show" judgment data _ data is not = official tribute, therefore The data of the analysis and comparison results are stored to the corresponding data of the second division, and the data is included in the normal data. , '枓, to detect the above-mentioned 'provided by the invention' - the county's remuneration geography - the implementation of the previous environmental detection operations planning, so that the manager can be difficult to detect , implementation, management and evaluation of silk (four) ", and the quality of the whole and the results. Sales (four) system transfer, work safety, this is a miscellaneous - with _ chick, into the hybrid ^ Bureau early grants patent, to the sense Prayer. The Ming Dynasty is praying for the truth ===:=Invention - the preferred embodiment is not intended to limit the shape, structure, characteristics and fineness of the genius of the genius. Please refer to the patent within the scope of the invention. [Simplified illustration] f~Fig.: block diagram of the conventional environment_management device; Le-map: block diagram of the environment detection management system of the present invention; 200821977 Block diagram of the internals of the server system of the present invention; FIG. 4 is a block diagram of the implementation of the detection apparatus of the present invention; FIG. 5 is a flowchart of the implementation of the set positioning management data of the present invention. Flow chart of environmental detection implementation; and seventh diagram: the present invention Flowchart for detecting data data. [Main component symbol description] 10 Management unit 20 Detection device 30 Network 40 Environment detection management system 50 Server system 52 Data processing device 522 Data processing unit 524 Positioning management data input unit 526 Detection data input unit 528 data storage unit 530 spatial data storage unit 54 first management device 542 first connection unit 544 network service unit 546 data link conversion unit 548 management operation unit 550 management unit 552 message element 554 second storage unit 60 second management device 200821977 70 detection device 72 mobile electronic device 74 detection unit 76 positioning unit 78 second connection unit 80 network