200921376 九、發明說明： 【發明所屬之技術領域] 體自動報修-及其方法；具 體而§私肩糊於-種報⑽統及其方法，結 覽介面及監視❹權纟蹲行待修設施之報修。° Θ 7 【先前技術】 為維持建築結構及其相關設施的正常 的維修檢測工作乃是不可獲缺的—環。然心^用二 :構4的日趨_化，前述之維修檢測工作亦必須有所因 以傳統__結構峡狀檢顺鱗 樓管理委員會或物章瞢理八1 ^ 隹…大 關設施之檢測與保養=奮1^ Γ __㈣排相 Κ曰㈣古貝巡查以因應突發狀況之產 生，但雜方切麵騎歸 易檢測之不便並可能形成安全上之死角。 言，在缺乏人員巡杳下，禮、〜说豕用住七而 養，勢將更為有所不—足撕排班所為之檢測與保 此外，於發現需要進行維修之待修設施後，下一 尋找專業人員進行檢修與施工。心 作除耗費較多之時間及成本，有時亦未能及時因應問題 200921376 並加以處置，整體而言較不經濟。 【發明内容】 本發明之主要目的在於提供一種圖形介面自動報修系統 及其方法’結合圖形導覽介面及監視感測模組以報修建築結 構之待修設施。 Γ 本發明之另一目的在於提供一種圖形介面自動報修系統 及其方法，具有直覺化導覽介面及監視感測模組連結實體設 備與設備資訊資料庫，可發揮電子化與自動化報修之效益並 降低訊息傳遞之誤差。 本發明之另—目的在於提供—種圖形介面自純修系統 及/、方法於接收維修訊號後直接產生派工指令以派遣人員 對待修設施進行維修。 ' 本發明之_介面自触料、統包含第-報修裝置及第 報t裝置第-報修裳置包含監視感測模組與圖模組， 二中孤視感測模组與待修設施訊號相連，當寺修設施產生特 定異常訊號’監視感_㈣動偵測特定異常訊號；圖形模 組具有複數俯m_並與監視感顺_訊相連，其中該 ，設施圖賴財—擬真姆錄，卿模 ^ 常f號後鼓_喊。第二祕錢具核健组^第 才"乂派遣人員對待修設施進行維修。 本發明同時提供—種圖形介面自動報修方法，包含下列 200921376 先.，於第:報修裝置設賴形模組及監視感測模 、'且亚使li視感測拉組與圖形模組資訊相連， 當派修 模組係與躲誠碱她，且_具魏^設^ :’該些設施圖形間具有-擬真姉位置；接著，利用監視 感測权組自動_來自於待修設施之特定異f訊號，圖形模 組於接收特定異常訊號後產生維修訊號；最後，傳送維修訊 號至第4修裝置，第二報修裝置係與第—報修裝置網路相 連’且^祕裝置係設有派雜崎I維修訊號 模組接收維修訊號，派修模組產生派工指令^ " 【實施方式】 本發明提供-麵形介面自動報修系統及其方法，結合 圖形導覽介面及監視感職組，吨修賴結構之待^ ，。本發明之目形介面自純㈣紐其方法触係應用於 家用住宅、臟或宿舍、飯店、旅料賴結構。然而在其 他不同實關巾，本伽介面自純料統及其找 較佳亦包含麵於如翻大樓、㈣賴、t院病房、車站 機場等或之複合式建築。此處所言之雜設施係包 含但不限於賴結構之機電設備或機^缝修，舉凡建築 結構之内建部分如賴結難及聽狀—部或全部、空調 系統、水電系、统、官線系統、供水/污水設施、電梯升降設備 等’以及其他_建部分如桌椅、家電設備、_設備、飲 水設備、烹調設備、室内擺設Η等皆屬之。 200921376 圖1所不為本發明圖形介面自動報修系統及其方法之一 較佳實施例。如圖1所示，本發明之圖形介面自動報修系統 較佳係供報修建築結構之待修設施9〇〇，圖形介面自動報修 系統較佳係包含第一報修裝置2〇〇及第二報修裝置3〇〇，且 第二報修裝置300與第一報修裴置2〇〇彼此間係網路相連。 此處所言之第二報修裝置300係包含但不限於工作站電腦 (workstation)以及其他具備高速處理效率之伺服裝置 (Server)，第一報修裝置2〇〇較佳則包含但不限於個人電腦 (PC)、筆記型電腦(Laptop)、手持行動電腦(UMpc)、掌上型 電腦(PDA)、智慧型手機(Smart phone)及其他可連線網路並登 錄至飼服端裝置2GG之電子裝置。如圖丨之較佳實施例所 示，第一報修裝置200包含監視感測模組21〇及圖形模組 220，其中圖形模組220係與監視感測模組21〇資訊相連， 第二報修裝置300則具有派修模組310。如圖丨所示，監視 感測模組210較佳係與待修設施9〇0訊號相連，當待修設施 9〇〇產生特定異常訊號400，監視感測模組21〇將自動偵測 特定異常訊號400。此處所言之監視感測模組21〇，較佳係 包含但不限於非破壞檢測裝置如溫/溼度感應器、煙霧測定 器…等，供感測溫度、溼度、煙霧與上述之組合之其中之一。 此外，在其他不同實施例中，監視感測模組21〇較佳亦包含 波動信號感測裝置，供檢測建築結構之内部構造。 如圖1及圖2之較佳實施例所示，圖形模組220具有複 數個設施圖形221，且該些設施圖形221間係具有一擬真相 200921376 對位置。如圖i所示，圖形模組22〇較佳係於接收特定 訊號400後產生維修訊號·，派修模組31〇則於接收祕 訊號5〇〇後產生派工指令6⑽並傳送至派工指令接收端 100 ’以利後續維修雛之進行。如圖2之較佳實施例所示， 圖形模組220較佳係具有複數組座標分別對應該些設施圖形 22卜當待修設施產生特定異常訊號·，特定異常訊號· 定位標示於設施圖形221及其所對應之座標(x，y)。如圖2所 示，在此較佳實施例中，圖形模组22〇另包含設備資訊資料 庫與監視感測模組210資訊相連，當圖形模組22()自監視感 測模組210接收特定異常訊號·，圖形模組22()自=備資 訊資料庫接收械之待修設備資訊如廠商、型I.等，並顯 示於設施圖形221旁。 如圖2所示’圖形模組22G較佳另包含虛擬實境介面 220卜且該些設施圖形221係以立體影像方式存在於虛擬實200921376 IX. Description of the invention: [Technical field of invention] Automatic body repair - and its method; specific and § private shoulder paste - report (10) system and its methods, overview interface and monitoring of the right to repair facilities The repair. ° Θ 7 [Prior Art] It is indispensable to maintain the normal maintenance inspection of the building structure and its related facilities.然心^用二: The aging of the structure 4, the above-mentioned maintenance and inspection work must also be due to the traditional __ structure of the gorge-like inspection of the scales of the management committee or the article chapter 1 1 1 1 隹 大... Maintenance = Fen 1^ Γ __ (4) 排相Κ曰 (4) Gubei patrol in response to the occurrence of unexpected situations, but the side of the side of the junk is easy to detect and may form a safe corner. In the absence of personnel patrols, rituals, arbitrage, and use of seven to raise, the situation will be more or less - the test and protection of the foot-breaking class, after discovering the facilities to be repaired that need to be repaired, Next look for professionals to overhaul and construct. In addition to the time and cost of spending more, sometimes it is not timely to deal with the problem 200921376 and it is not economical as a whole. SUMMARY OF THE INVENTION The main object of the present invention is to provide a graphical interface automatic repairing system and method thereof, which combines a graphical navigation interface and a monitoring and sensing module to repair a building to be repaired.另一 Another object of the present invention is to provide a graphical interface automatic repairing system and method thereof, which have an intuitive navigation interface and a monitoring sensing module to connect physical devices and equipment information databases, and can realize the benefits of electronic and automated repairing. Reduce the error of message delivery. Another object of the present invention is to provide a graphical interface from a pure repair system and/or method to directly generate a dispatch instruction after receiving a maintenance signal to dispatch personnel to repair the facility for maintenance. The interface of the present invention includes a monitoring device and a graphic module, and an orphan sensing module and a facility signal to be repaired. Connected, when the temple repair facility generates a specific abnormal signal 'monitoring _ _ (four) motion detection specific abnormal signal; the graphics module has a complex number of m_ and connected with the monitoring sense, which, the facility map Lai Cai - imaes Record, Qing Mo ^ often f after the drum _ shout. The second secret money has a nuclear health team ^ the first talent " 乂 dispatched personnel to repair facilities for maintenance. The invention also provides a graphic interface automatic repairing method, which comprises the following 200921376 first, in the first: the repairing device is provided with a module and a monitoring sensing module, and the Asian visual sensing group is connected with the graphic module information. When sending the module to hide with her, and _ have Wei ^ set ^ : 'These facilities have a -simple position between the graphics; then, use the monitoring and sensing rights group automatically _ from the facilities to be repaired The specific analog signal is generated by the graphic module after receiving the specific abnormal signal; finally, the maintenance signal is transmitted to the fourth repairing device, and the second repairing device is connected to the network of the first repairing device. The dispatched maintenance signal module receives the maintenance signal, and the dispatch module generates the dispatching command ^ " [Embodiment] The present invention provides a surface interface automatic repairing system and method thereof, combined with a graphical navigation interface and monitoring Group, ton repair structure to be treated ^,. The eye-shaped interface of the present invention is applied to a residential house, a dirty or a dormitory, a hotel, and a tourism material structure. However, in other different customs, the Benja interface is also suitable for complex buildings such as the building, the (four) Lai, the t-yard ward, the station airport, etc. The miscellaneous facilities mentioned here include, but are not limited to, the electromechanical equipment or machine repair of the Lai structure. The built-in parts of the building structure are difficult to understand and the part or the whole, the air conditioning system, the hydropower system, the system, and the official Line systems, water/sewage facilities, elevator lifting equipment, etc., and other _ construction parts such as tables and chairs, household appliances, equipment, drinking equipment, cooking equipment, indoor furnishings, etc. are all. 200921376 Figure 1 is not a preferred embodiment of the graphical interface automatic repair system and method of the present invention. As shown in FIG. 1 , the graphical interface automatic repairing system of the present invention is preferably provided for repairing a building structure to be repaired. The graphical interface automatic repairing system preferably includes a first repairing device 2 and a second repairing device. 3〇〇, and the second repairing device 300 and the first repairing device 2 are connected to each other by a network. The second repair device 300 as described herein includes, but is not limited to, a workstation computer and other server devices having high-speed processing efficiency. The first repair device 2 preferably includes but is not limited to a personal computer (PC). , Laptop, Handheld Mobile Computer (UMpc), Pocket PC (PDA), Smart Phone and other electronic devices that can be connected to the network and registered to the feeding device 2GG. As shown in the preferred embodiment of the present invention, the first repairing device 200 includes a monitoring and sensing module 21 and a graphic module 220. The graphic module 220 is connected to the monitoring and sensing module 21, and the second is repaired. The device 300 has a dispatch module 310. As shown in FIG. ,, the monitoring and sensing module 210 is preferably connected to the device to be repaired, and when the facility to be repaired 9 generates a specific abnormality signal 400, the monitoring and sensing module 21 will automatically detect the specific Abnormal signal 400. The monitoring and sensing module 21A as described herein preferably includes, but is not limited to, non-destructive detecting devices such as a temperature/humidity sensor, a smoke measuring device, etc., for sensing temperature, humidity, smoke, and the combination thereof. one. Moreover, in other various embodiments, the monitoring sensing module 21 〇 preferably also includes a wave signal sensing device for detecting the internal configuration of the building structure. As shown in the preferred embodiment of FIG. 1 and FIG. 2, the graphics module 220 has a plurality of facility graphics 221, and the facility graphics 221 have a pseudo-reality 200921376 pair location. As shown in FIG. 1 , the graphics module 22 is preferably configured to generate a service signal after receiving the specific signal 400. The dispatch module 31 transmits a dispatch command 6 (10) after receiving the secret signal 5 and transmits it to the dispatcher. The instruction receiving end 100' facilitates the subsequent maintenance. As shown in the preferred embodiment of FIG. 2, the graphics module 220 preferably has complex array coordinates corresponding to the facility graphics 22 to generate a specific abnormal signal for the facility to be repaired, and the specific abnormal signal is located on the facility graphic 221 And its corresponding coordinates (x, y). As shown in FIG. 2, in the preferred embodiment, the graphic module 22 further includes a device information database connected to the monitoring sensing module 210, and the graphic module 22() receives the monitoring module 210. Specific abnormal signal ·, graphic module 22 () from the information database to receive equipment to be repaired equipment information such as manufacturers, type I., etc., and displayed next to the facility graphics 221. As shown in FIG. 2, the graphics module 22G preferably further includes a virtual reality interface 220, and the facility graphics 221 are present in a virtual reality mode.
齡面纖中，當圖形模組22G接收特定異常訊號，特 定異常訊鏡400顯示於虛擬實境介面之 同時’如圖2之實施例所示，虛擬實境介面咖難另包 =尋介面222，供以資料搜尋方式於虛擬實境介面22〇1搜 被位待修設施。因此，如圖如所示，虛擬實境介面細 較佳係與-空辦域資料箱訊相連，#麵實境介面· 自搜斜面222接收空間區域搜尋指令223，虛擬實境介面 讀自前述之空間區域資料庫接收相應之待修設施圖形，並 顯不於虛擬實境介面雇。承祕述，虛擬實境介面· 200921376 車乂仏亦匕§與—功能系統資料庫資訊相連，當虛擬實境介面 2201自搜尋介面222接收功能系統搜尋指令224，虛擬實境 w面2201自功能系統資料庫接收相應之待修設施圖形，並 顯示於虛擬實境介面2201，如圖3b所示。 如圖4所示，第一報修裝置2〇〇較佳係進一步包含警示 模’’且700與圖开>模組220訊號相連，其中當特定異常訊 唬傳送至圖形模組220,警示模組7〇〇根據特定異常訊號4〇〇 於第一報修裝置200發出警示訊號710。在較佳實施方式中， 警示訊號710係包含警示燈號及警示訊號音其中之一。然而 f其他不同實施例中’警示訊號爪亦包含震動訊號或其與 月ίι述i示燈號及警示訊號音之組合。如_ 4之較佳實施例所 :’第一報修裝置3〇〇較佳另包含資產管理模組_與派修 ，組310資訊相連’其中當派修模組31G接收維修訊號5〇〇， 資產管理模組_檢_築結構之維護難810附加至派工 指令600。 —本發明同時提供一種待修設施自動報修方法，供報修建 築結構之娜麟。目5林㈣娜設施自_修系統及 其方法之步驟流程圖，包含下列步驟：步驟1(nG，包含於第 報修裝置㉟置®频組及監減賴組，並使監視感測模 組與圖形模組資訊相連，其中監視❹猶組係輿待修設施訊 號相連’且圖_組具有概個設施卿，複數做施圖形 間具有-擬真相對位置；步驟麵，包含監視感測模組 自動谓測來自於待修設施之特定異常訊號，圖形模組於接收 10 200921376 特定異常訊號後產生維修訊號；以及步驟1〇5〇，包含傳送維 修訊號至第二報歸置H修裝置雜第—報修裝置網 路相連，且第—報修裝置係設有派修模組接收維修訊號，當 派修模組接收維修訊號，派修模組產生派工指令。 當實施於如圖1所示之實施例時，為能及時有效地反應待 修設施之相對位置並發現問題所在，因此圖形模組較佳係設 置有複數組座標分別對應該些設施圖形，當待修設施產生特 定異常訊號，特定異常訊號定位標示於設施圖形及其所對應 之座標(x，y)。此外，由於圖形模組較佳另包含一設備資訊資料 庫與監視_模組f訊相連，因此前述之維修訊號產生步驟 較佳係進一步包含當圖形模組自監視感測模組接收特定異常 Λ號，由圖形模組自設備資訊資料庫接收相應之待修設備資 訊’並顯示於設施圖形旁，如圖2所示。 如圖1所示，圖形模組係包含虛擬實境介面，該些設施 圖形係以立體影像方式存在於虛擬實境介面中，因此前述之 特又異常訊號傳送步驟較佳係進一步包含於接收特定異常 訊號後，將特定異常訊號顯示於虛擬實境介面之立體影像 上。此外，如圖1所示，由於虛擬實境介面另包含搜尋介面， 因此可供檢測及維修人員以資料搜尋方式於虛擬實境介面 搜哥定位待修設施。因此，虛擬實境介面較佳係與—空間區 域貝料庫貧訊相連，當虛擬實境介面自搜尋介面接收空間^ 域搜尋指令’虛擬實境介面自空間區域#料庫接收相 修設施圖形’並顯雜虛擬實境介面。而趣實境介^較佳 11 200921376 係包含與功齡統資料庫資訊相連，當虛擬實境介面自搜尋 介面接收功能系統搜尋指令，虛擬實境介面自功能系統資料 庫接收相應之待修設施圖形，並顯示於虛擬實境介面。、 當實施於如圖1所示之實施例時，由於監視感測模組包 含非破壞檢測裝置，因此特定異常訊號摘測步驟進一步包含 利用非破壞檢灌置_溫度、丨紐、轉與上述之組合之 其中之-。此外’監視感測模組較佳亦包含波動錢感職 置’所以骸異常喊制步瓣—步包細収動錢感 測裝置檢測建築結構之内部構造。此處所言之波動信號檢 測，較佳係包含但不限於魏雷達雜檢顺術以及敲擊回 音法檢測技術’其中地雷達雜檢測技娜糊電磁波掃描 建築物樑柱⑽之_·情形，做為評估賴物之耐震程 度；敲擊回音法檢測技術則可量測樑柱接合處之裂縫深度及 混凝土内部孔洞大小，供評估受賴物之殘存承載能力。 而當實施於如圖4所示之實施例時，為增加第一報修裝 置即時通歡魏，此第—步包靜示模粗 與圖形模組城树，當特定異常峨傳送至_模組，警 不松組根獅定異f訊號於帛—報錄置發岭示訊號。此 A所言之警示訊號，係包含但不限於警示、燈號及警示訊號音 其中之一’在其他不同實施射，警示職710較佳亦包含 震動訊號或其與前述警示燈號及警示峨音之組合。如圖4 之較佳實施例所示，第二報修裝置另包含資產管理模組愈派 修模組資訊相連，因此前述之派修步驟進—步包含於派修模 12 200921376 組接收維修訊號後，自資產管理模組檢閱建築結構之維護檔 案附加至派工指令。綜上所述，本發明之圖形介面自動報修 糸統及其方法確實可發揮電子化與自動化報修之效益並降 低訊息傳遞之誤差，並於接收維修訊號後直接產生派工指令 以派遣人員對待修設施進行維修。 本發明已由上述相關實施例加以描述，然而上述實施例 僅為實施本發明之範例。必需指出的是，已揭露之實施例並 未限制本發明之範圍。相反地，包含於申請專利範圍之精神 及範圍之修改及均等設置均包含於本發明之範圍内。 【圖式簡單說明】 圖1所示為本發明圖形介面自動報修系統一較佳實施例之配 置方塊圖； 圖2所示為本發明圖形介面自動報修系統之一較佳實施例； 圖3a所示為本發明圖形介面自動報修系統之一較佳實施例； 圖3b所示為本發明圖形介面自動報修系統之一較佳實施例； 圖4所示為本發明圖形介面自動報修方法之—較佳實施例； 圖5所示為本發明圖形介面自動報修方法之步驟流程圖。 【主要元件符號說明】 100派工指令接收端 200第一報修裝置 13 200921376 210監視感測模組 220圖形模組 2201虛擬實境介面 221設施圖形 222搜尋介面 223空間區域搜尋指令 224功能系統搜尋指令 300第二報修裝置 310派修模組 400特定異常訊號 500維修訊號 600派工指令 700警示模組 710警示訊號 800資產管理模組 810維護檔案 900待修設施In the aging fiber, when the graphic module 22G receives the specific abnormal signal, the specific abnormal mirror 400 is displayed at the same time as the virtual reality interface. As shown in the embodiment of FIG. 2, the virtual reality interface is difficult to be packaged = the searching interface 222 For information search, the virtual reality interface 22〇1 was searched for the facility to be repaired. Therefore, as shown in the figure, the virtual reality interface is preferably connected to the empty domain data box, the #surface real interface, the self-search slope 222 receives the spatial area search command 223, and the virtual reality interface is read from the foregoing. The spatial area database receives the corresponding pending facilities graphic and is not visible to the virtual reality interface. Under the circumstance, the virtual reality interface · 200921376 乂仏 乂仏 § § with the functional system database information, when the virtual reality interface 2201 receives the function system search command 224 from the search interface 222, virtual reality w surface 2201 self-function The system database receives the corresponding maintenance facility graphic and displays it in the virtual reality interface 2201, as shown in FIG. 3b. As shown in FIG. 4, the first repairing device 2 is further configured to further include a warning mode and the 700 is connected to the module 220 signal. When a specific abnormal signal is transmitted to the graphic module 220, the warning mode is displayed. The group 7 sends an alert signal 710 to the first repair device 200 according to the specific abnormal signal 4 . In a preferred embodiment, the warning signal 710 includes one of a warning light and a warning signal. However, in other different embodiments, the warning signal finger also includes a vibration signal or a combination thereof with a month light and a warning signal. For example, in the preferred embodiment of the present invention, the first repairing device 3 preferably includes an asset management module _ connected with the dispatch, the group 310 information, wherein when the dispatch module 31G receives the maintenance signal 5, The asset management module _ inspection_building structure maintenance difficulty 810 is attached to the dispatching instruction 600. - The present invention also provides an automatic repair method for a facility to be repaired, for reporting the construction of the structure of Na Lin. The flow chart of the steps of the system and the method includes the following steps: Step 1 (nG, included in the repairing device 35, the frequency group and the monitoring group, and the monitoring and sensing module It is connected with the graphic module information, wherein the monitoring unit is connected to the facility signal to be repaired, and the map_group has an overall facility, and the plurality of patterns have a pseudo-real relative position; the step surface includes a monitoring sensing mode. The group automatically detects the specific abnormal signal from the facility to be repaired, and the graphic module generates the maintenance signal after receiving the 10 200921376 specific abnormal signal; and the step 1〇5〇, including transmitting the maintenance signal to the second report, the H repair device The first-repair device is connected to the network, and the first-repair device is provided with a dispatch module to receive the repair signal. When the dispatch module receives the repair signal, the dispatch module generates a dispatch instruction. When implemented, as shown in FIG. In the embodiment, in order to timely and effectively reflect the relative position of the facility to be repaired and find the problem, the graphic module is preferably provided with complex array coordinates corresponding to the facility graphics, when the facility to be repaired The abnormal signal is specified, and the specific abnormal signal is located in the facility graphic and its corresponding coordinate (x, y). In addition, since the graphic module preferably further includes a device information database and the monitoring module is connected, the foregoing Preferably, the step of generating the maintenance signal further comprises: when the graphic module receives the specific abnormal nickname from the monitoring and sensing module, and the graphic module receives the corresponding information of the device to be repaired from the device information database and displays it on the facility graphic, As shown in Figure 2, as shown in Figure 1, the graphics module includes a virtual reality interface, and the facility graphics are present in the virtual reality interface in a stereoscopic image manner, so that the foregoing special and abnormal signal transmission steps are preferred. The system further includes: after receiving the specific abnormal signal, displaying the specific abnormal signal on the stereoscopic image of the virtual reality interface. In addition, as shown in FIG. 1 , since the virtual reality interface further includes a search interface, the detection and maintenance personnel are available. Searching for the facilities to be repaired in the virtual reality interface by means of data search. Therefore, the virtual reality interface is better and the space area is poor. Connected, when the virtual reality interface receives the space from the search interface ^ domain search command 'virtual reality interface from the space area # repository receives the repair facility graphics' and displays the virtual reality interface. The 200921376 system is connected to the information system of the aging platform. When the virtual reality interface receives the function system search command from the search interface, the virtual reality interface receives the corresponding service facility graphic from the function system database and displays it in the virtual reality interface. When implemented in the embodiment shown in FIG. 1 , since the monitoring and sensing module includes a non-destructive detecting device, the specific abnormal signal extracting step further includes utilizing non-destructive detecting and placing _temperature, 丨, and Among the above combinations, the 'surveillance sensing module preferably also includes the fluctuating sense of the job', so the abnormally screaming step-step-packing fine-sucking money sensing device detects the internal structure of the building structure. The detection of the fluctuation signal mentioned here is preferably, but not limited to, the Wei radar miscellaneous detection method and the knocking echo detection technique, in which the ground radar detection technique is used to scan the building beam column (10). In order to evaluate the seismic resistance of the material, the tapping echo detection technique can measure the crack depth of the joint between the beam and the column and the size of the internal cavity of the concrete for evaluating the residual bearing capacity of the object. When it is implemented in the embodiment shown in FIG. 4, in order to increase the first repairing device, the first step is to express the die and the graphic module city tree, and when the specific abnormality is transmitted to the _ module The police do not loosen the group of lions to set the difference in the signal of the signal. The warning signals mentioned in this A include, but are not limited to, one of the warning, the signal and the warning signal. 'In other different implementations, the warning 710 preferably also contains the vibration signal or its warning signs and warnings峨The combination of sounds. As shown in the preferred embodiment of FIG. 4, the second repairing device further includes an asset management module that is connected to the repair module information. Therefore, the foregoing dispatching step is further included in the dispatch mode 12 200921376 group receiving the repair signal. The maintenance file for reviewing the building structure from the asset management module is attached to the dispatch instruction. In summary, the graphical interface automatic repair system and method of the present invention can effectively realize the benefits of electronic and automated repair and reduce the error of message transmission, and directly generate dispatch instructions after receiving the maintenance signal to dispatch personnel to repair. The facility is being repaired. The present invention has been described by the above-described related embodiments, but the above embodiments are merely examples for implementing the present invention. It is to be understood that the disclosed embodiments do not limit the scope of the invention. On the contrary, the modifications and equivalents of the spirit and scope of the invention are included in the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing a configuration of a graphical interface automatic repairing system according to a preferred embodiment of the present invention; FIG. 2 is a view showing a preferred embodiment of the graphical interface automatic repairing system of the present invention; The present invention is a preferred embodiment of the graphical interface automatic repairing system of the present invention; FIG. 3b is a preferred embodiment of the graphical interface automatic repairing system of the present invention; A preferred embodiment; FIG. 5 is a flow chart showing the steps of the automatic interface repair method of the present invention. [Main component symbol description] 100 dispatching command receiving end 200 first repairing device 13 200921376 210 monitoring sensing module 220 graphic module 2201 virtual reality interface 221 facility graphic 222 search interface 223 space area search command 224 function system search command 300 second repair device 310 dispatch module 400 specific abnormal signal 500 repair signal 600 dispatch instruction 700 alert module 710 warning signal 800 asset management module 810 maintenance file 900 repair facility