200939161 九、發明說明： 【發明所屬之技術領域】 本發明關於一種警示系統以及警示方法，可用於建築中 並且配合可攜式通訊裝置產生關於此建築的逃生資訊。” 【先前技術】 , 在人口膨脹的今日，人們的居住、休閒以及工作環境常 ❹ 常是^型建築物。由於大型建築物於災害發生時逃生的困難 ^較高’因此於大型建築物内之災害防治設備較一般建築物 元備。然而，不論疋大型建築物或是一般建築物，當災^發 生時人們還是時常面臨惡劣的環境而難以逃生。田° 舉例而言，當建築物發生火災時，不僅是火焰本身具有 危險性，燃燒造成的濃煙也是影響逃生的一項因素，^甚 者，/辰煙以及斷電所造成的無光源環境容易誤導人們使其失 去方向感導致無法第一時間逃生，因而延誤逃生時間造成重 大傷亡。 由於手持式裝置具有高度可攜帶性以及獨立電源，並且 可利用定位系統獲得本身位置，因此其特性相當適合作為協 生之工具。當災害發生時，對於逃生而言相當重要的因 二疋決定逃生的路線，於中華民國專利公開第2〇〇714〇〇6號 中揭露了一種逃生避難決策支援系統，於此先前技術中，^ f手ί式設備配合定位功能，可將定位資訊傳送至決策支援 二，端，決策支援系統端利用定位資訊以及相關地理資訊推 =最適逃生路徑後將此最適逃生路線建議以及相關地理資訊 得送至行動式使用者端以協助逃生。 然而，該先前技術係使用於大型災害發生之狀況，例如 5 200939161 土石流、地震或是颱風的侵害，而非一般建築物之災害。此 外，，災害發生時，經常會發生通訊中斷或連不上的狀況， 因此行動式使用者端接收不到最適逃生路線建議以及相關地 理資訊，便無法藉以作為逃生的依據。 【發明内容】 因此，本發明之一範疇在於提供一種警示系統，可配合 可攜式通訊裝置於建築中產生逃生資料，以解決上述問題。 ❹ ❹ 根據一具體實施例，本發明之警示系統係用於建築中， 該系:統包含伺服器、感測器以及可攜式通訊裝置。其中，伺 服器儲存關於此建築之建築結構圖。感測器係設置於建築 測此感測器周遭之周邊狀態，並且可以根據周i 狀態發送警示訊號。 一於本具體實施例中，可攜式通訊裝置内包含有定位 兀、接收/傳送單元、處理單元以及提示單元，其中，定位 元、接收/傳送單元以及單元分別输域尋元。: 用者攜帶可攜式通絲置進人建築時，接收/傳: 服器接收建築結構圖並且傳送此建築結構圖至處 外’定位單元則可以獲得可擴式通訊襄£之目前位 目前位ΐ資訊至處理單元。當感測器根據其周i狀 :接=送單元可接收警示訊號並傳ί此 二不訊敍處理早70。處理早兀可以根據目前位 收並提示逃生資訊 本發明之另-範4在於提供-種可攜式通 建築中產生逃生資料以協助逃生。 f f ^ f ϋΪ示訊__生資訊。提示單元則可^以接 可於 根據-具體實補’本發明之可攜式通訊裝朗包含有 6 200939161 定位^元、接收/傳送單元、處理單元以及提 定位早7G、魏/料單^以及提 、嚴 元。當使用者攜帶可攜式通訊裝置進入建 =自-伺服器，收_此建築之建築結 «詈之目二ϋ 早^則可以獲得可攜式通 建築中：器 ^訊號獲得逃生資訊。提示料則可用以接 本發明之另-範嘴在於提供—種警示 式通訊裝置產生關於建築之逃生資訊。 彳奶口 J搞 首先根ΪΐίΪίΪΐ罢本發明之警示方法包含下列步驟： 首先，當可攜式通絲置進人賴時，可接收_ 〇 建築^構®;接著’，可攜式通訊裝置獲得關於其本身之目前 位置=貝訊，之後，當設置於建築中之感測器， 態並根據周邊狀態發送警示訊號時，可攜式通 警不訊號，取後’可攜式通絲置根猶築結構圖、目前位 置資訊以及料訊號產线生㈣。料，產生逃生資訊 後’可攜式通訊裝置還可以進一步提示此逃生資訊。 關於本發明之優點與精神可以藉由以下的發明詳述及所 附圖式得到進一步的瞭解。 【實施方式】 因此’本發明揭露-種可攜式軌裝置m统以及 警示方法’可於絲發生災害時提供朗者逃生資訊以協助 7 200939161 逃生。 可攜實施例之 H)包妓位單元刚、接收/傳送單元1〇2、處 及Ϊ示==定位單元1〇0、接收/傳送單元二= 通訊裝置可包含各種可攜式無線通200939161 IX. Description of the Invention: [Technical Field] The present invention relates to a warning system and a warning method which can be used in a building and cooperate with a portable communication device to generate escape information about the building. [Previous technology] In today's population expansion, people's living, leisure, and work environment are often ^type buildings. Because of the difficulty of large buildings in the disaster, it is high. Therefore, it is in a large building. Disaster prevention equipment is more common than ordinary buildings. However, regardless of large buildings or general buildings, people often face harsh environments and are difficult to escape when disasters occur. For example, when buildings occur In the case of fire, not only the flame itself is dangerous, but also the smoke caused by burning is also a factor that affects the escape. ^There is, the light source environment caused by the power failure and the power outage is easy to mislead people to lose their sense of direction. The first time to escape, thus delaying the escape time caused heavy casualties. Because the handheld device is highly portable and independent power supply, and can use the positioning system to obtain its own position, its characteristics are quite suitable as a tool for co-production. When a disaster occurs For the escape, it is very important because the second decision to escape the route, in the Republic of China patent An escape evacuation decision support system is disclosed in No. 2, No. 714-6. In the prior art, the ^f hand-type device cooperates with the positioning function to transmit positioning information to the decision support 2, and the decision support is provided. The system uses the location information and related geographic information to push the optimal escape route and send the best escape route suggestions and related geographic information to the mobile user to assist in the escape. However, the prior technology is used in the case of large disasters. For example, 5 200939161 Earth-rock flow, earthquake or typhoon, not a disaster in general buildings. In addition, when a disaster occurs, communication is often interrupted or not connected, so the mobile user does not receive the optimum. The escape route suggestion and related geographic information cannot be used as a basis for escape. [Invention] Therefore, one aspect of the present invention is to provide a warning system capable of generating escape information in a building in cooperation with a portable communication device to solve the above problem. Problem ❹ ❹ According to a specific embodiment, the warning system of the present invention is used for In the building, the system consists of a server, a sensor and a portable communication device. The server stores the structural diagram of the building. The sensor is placed in the surrounding area of the building. And transmitting the warning signal according to the weekly state. In the specific embodiment, the portable communication device includes a positioning device, a receiving/transmitting unit, a processing unit, and a prompting unit, wherein the positioning unit and the receiving/transmitting unit And the unit separately inputs the domain finder.: When the user carries the portable wire into the building, the receiver receives/transmits: the server receives the building structure diagram and transmits the building structure diagram to the location. The current position of the communication is currently located in the information processing unit. When the sensor is based on its shape: the receiving unit can receive the warning signal and pass the second message. The processing is as early as 70. Current Location and Prompt Escape Information Another aspect of the present invention is to provide escape data in a portable building to assist in escape. f f ^ f ϋΪ _ _ _ information. The prompting unit can be connected to the portable communication device according to the invention, and includes 6 200939161 positioning unit, receiving/transmitting unit, processing unit, and positioning 7G, Wei/material list ^ And mentioning, strict yuan. When the user carries the portable communication device and enters the built-in-server, the building of the building is 詈 詈 目 ϋ 早 早 早 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 早 早 建筑 建筑 建筑 建筑 建筑 建筑 建筑 建筑 建筑 建筑 建筑The reminder material can be used to connect to the invention. The other is to provide a warning communication device to generate escape information about the building. The warning method of the present invention includes the following steps: First, when the portable wire is placed in the person, the _ 〇 ^ ; ; ; ; ; ; ; ; ; Regarding the current position of its own = Beixun, after that, when the sensor is installed in the building and the warning signal is sent according to the surrounding state, the portable traffic police does not signal, and the 'portable wire is taken. I still build a structure map, current location information, and material signal production line (4). After the escape information is generated, the portable communication device can further prompt the escape information. The advantages and spirit of the present invention will be further understood from the following detailed description of the invention. [Embodiment] Therefore, the present invention discloses a portable track device and a warning method that can provide information on the escape of a person in the event of a disaster to assist 7 200939161 to escape. Portable embodiment H) packet clamping unit, receiving/transmitting unit 1, 2, and display == positioning unit 1〇0, receiving/transmitting unit 2 = communication device can include various portable wireless channels
As她nt，PDA)、筆記型電腦或者是可攜式電子截裝置等。 定位單元1〇0可用以獲得關於可攜 Λ上二目如位置資訊1000並且將目前位置資訊 :f 1〇4，於實務上’定位單元100可以透 ίΪ(〇1〇bal P〇Siti〇nin8 SyStems GPS) ' 統(Assisted GPS，AGPS)或是其他定位系統來獲 ^位置賢訊麵。接收/傳送單元1〇2可用以接收各種資訊 送至處理單元1〇4 ’處理單元則根據接收/傳送單元 所傳送之資訊以及目前位置資訊1000獲得逃生資訊。請 ，，，於實務上，處理單元104可包含於可攜式通訊裝置⑺ 中央處理器，亦可以獨立於中央處理器之外。提示單元 忉6可用以自處理單元104接收逃生資訊並提示逃生資訊， =如可攜式通訊裝置10可為一行動電話，而提示單元1〇6可 為該行動電話之一螢幕，可透過該螢幕顯示逃生資訊。 盩一，參閱圖二，圖二係繪示根據本發明之一具體實施例之 §不系統1的示意圖，警示系統i可用於一建築中。如圖二 =示，警示系統1包含可攜式通訊裝置1〇、伺服器12以及 1測器14。可攜式通訊裝置包含定位單元100、接收/傳送單 兀收、處理單元104以及提示單元1〇6，其中，定位單元 200939161 可分別耦接至處 實施例相同，於 100、接收/傳送單元102以及提示單元1〇6 理單元104。此處各單元之功能與上一具體 此不再贅述。 伺服器12中儲存有關於此建築之建築結構圖12〇，於 務上，建築結構圖120可包含關於此建築之各樓層的平面 圖、立體圖、水電管路圖以及防災設施位置圖等。a 建ί中，：用來感測其周遭之周邊狀態:並根據周 邊狀發达警不訊號140。舉例而言，於實務上感測器14As she nt, PDA), notebook computer or portable electronic cutting device. The positioning unit 1〇0 is available to obtain information about the portable terminal, such as the location information 1000 and the current location information: f 1〇4, in practice, the positioning unit 100 can be transparent (〇1〇bal P〇Siti〇nin8 SyStems GPS) 'Assisted GPS (AGPS) or other positioning system to get the location. The receiving/transmitting unit 1〇2 can be used to receive various information and sent to the processing unit 1〇4. The processing unit obtains the escape information based on the information transmitted by the receiving/transmitting unit and the current location information 1000. In practice, the processing unit 104 may be included in the central processing unit of the portable communication device (7), or may be independent of the central processing unit. The prompting unit 6 can be used to receive the escape information from the processing unit 104 and prompt the escape information. If the portable communication device 10 can be a mobile phone, the prompting unit 1 can be a screen of the mobile phone. The screen displays escape information. First, referring to Fig. 2, Fig. 2 is a schematic view showing a system 1 according to an embodiment of the present invention, and the warning system i can be used in a building. As shown in FIG. 2, the warning system 1 includes a portable communication device 1, a server 12, and a detector 14. The portable communication device includes a positioning unit 100, a receiving/transmitting single receiving, processing unit 104, and a prompting unit 106, wherein the positioning unit 200939161 can be coupled to the same embodiment, respectively, at 100, the receiving/transmitting unit 102. And the prompting unit 1〇6 unit 104. The functions of each unit here and the previous one are not described here. The server 12 stores the architectural structure of the building. Figure 12, the building structure 120 may include plans, perspectives, hydroelectric piping diagrams, and maps of disaster prevention facilities for each floor of the building. a Built in:, used to sense the surrounding state around it: and develop a warning signal 140 according to the perimeter. For example, in practice, the sensor 14
為火災感測器，當火災感測器感受到熱度或濃煙時厂發送火 。災警示訊號。請注意，於實際應用中建築通常設置多^感 器14，以針對建築内之各位置進行感測，圖二為了晝面簡潔 起見，僅緣示一個感測器14，然而，感測器14之焱量^ 據實際所需而有所不同，並不受限於本說明書所列舉之且^ 於本具體實施例中，當可攜式通訊裝置10進入建築時， 伺服器12可將關於此建築之建築結構圖12〇以無線傳^方 傳送至可攜式通訊裝置之接收/傳送單元1〇2，'接收/傳送 單元102再將建築結構圖120傳送至處理單元ι〇4。於實務 中，伺服器12可設置於建築内或建築外，並且，可攜式通訊 裝置10亦可以有線傳輸方式與伺服器12通訊下載建築結^ 圖120，例如，若使用者已知今曰可能會進入某建築物，則 在出發之前，便可透過網際網路連接伺服器12，以下載建築 結構圖120。下載後之建築結構圖120於實務中可儲在; 攜式通訊裝置10之硬碟或是記憶體中。 " 當感測器14根據周遭狀態發送警示訊號14〇時，可攜式 通訊裝置10之接收/傳送單元102可接收警示訊號ι4〇並$冬 警示訊號140傳送至處理單元104。當接收警示訊號14〇 9 200939161 後，處理單元104可以根據定位單元100所獲得之關於可攜 式通訊裝置10之目前位置資訊1000、建築結構圖12〇以及 警示訊號140判斷並獲得逃生資訊108。於實務中，逃生資 訊108可包含逃生路線、緊急出口位置以及逃生設施之位置 等資訊。For fire sensors, the factory sends a fire when the fire sensor senses heat or smoke. Disaster warning signal. Please note that in practical applications, the building usually has a plurality of sensors 14 for sensing the various positions in the building. In the second embodiment, for the sake of simplicity, only one sensor 14 is shown. However, the sensor The amount of 14 is different according to actual needs, and is not limited to the ones listed in the present specification. In the present embodiment, when the portable communication device 10 enters the building, the server 12 may The building structure of the building is transferred to the receiving/transmitting unit 1 2 of the portable communication device by wireless transmission, and the receiving/transmitting unit 102 transmits the building structure 120 to the processing unit ι 4 . In practice, the server 12 can be disposed in or outside the building, and the portable communication device 10 can also communicate with the server 12 in a wired transmission manner to download the building structure 120, for example, if the user knows the future. If you are entering a building, you can connect to the server 12 via the Internet to download the building structure map 120 before you leave. The downloaded building structure map 120 can be stored in the practice; the hard disk of the portable communication device 10 or the memory. " When the sensor 14 transmits the warning signal 14 according to the surrounding state, the receiving/transmitting unit 102 of the portable communication device 10 can receive the warning signal ι4〇 and transmit the winter warning signal 140 to the processing unit 104. After receiving the warning signal 14〇 9 200939161, the processing unit 104 can determine and obtain the escape information 108 according to the current location information 1000, the building structure diagram 12〇, and the warning signal 140 obtained by the positioning unit 100 regarding the portable communication device 10. In practice, the Escape Information 108 may include information such as escape routes, emergency exit locations, and location of escape facilities.
於實際應用中，警示訊號140可包含發出警示訊號14〇 之感測器14的感測器位置資訊’根據此感測器位置資訊，配 合建築結構圖12〇，處理單元104可以立即得知發送鏊示訊 號140之感測器14的位置，亦即，發生災害的位置。因此， 處理單元104可藉由避開發生災害位置之路線推測逃生路線 以獲得逃生資訊108。 ' 另一方面，處理單元104於實際應用中也可先根據目前 位置資訊1000以及建築結構圖120推測至少一個預備的逃生 路線，當接收到警示§fl號140後，根據警示訊號所包含 之感測器14的位置刪去接近該位置之預備逃生路線以獲得逃 生資訊108。 於本具體實施例中’提示單元106則可用以自處理單元 104接收逃生資訊108並提示逃生資訊1〇8。於實務上， 單元廳可以使用聲音綱光的方式铜使用者，也可以利 用影像形式顯7F，令使用者即時獲得自身位置以及災害發生 位置。 σ x γμΪΪ 1()2間接收到複數個不 同感測器14發出之警示訊號14〇時，處理單元1〇4 ，收到之警雜號Μ。獲得逃生資訊⑽。舉例而言 早凡104根據先前收到之警示訊號14〇判別一咸器 =據以獲得逃生資訊1〇8後，當再接 “ 所發送之警示訊請時，處理單元_可將 200939161 修正成為不會經過此兩個感測器14G之逃生資訊卿。 碟或記憶财量。或者，可獻 f 之硬 築結構圖120儲存於硬十成將建 之後才删除。然而本發5不如=’ 建U冓圖120亦可保存於硬碟或記憶體中而不被冊&務’In an actual application, the warning signal 140 may include the sensor position information of the sensor 14 that sends the warning signal 14'. According to the sensor position information, the processing unit 104 can immediately know to send according to the building structure information. The position of the sensor 14 of the signal 140 is displayed, that is, the location at which the disaster occurred. Therefore, the processing unit 104 can infer the escape route by avoiding the route where the disaster location occurs to obtain the escape information 108. On the other hand, in the actual application, the processing unit 104 may first infer at least one preliminary escape route according to the current location information 1000 and the building structure map 120, and after receiving the warning §fl number 140, according to the sense of the warning signal The position of the detector 14 deletes the preliminary escape route close to the location to obtain the escape information 108. In the present embodiment, the prompting unit 106 can then use the self-processing unit 104 to receive the escape information 108 and prompt the escape information 1〇8. In practice, the unit hall can use the copper user in the form of sound outline light, or use the image format to display 7F, so that the user can instantly obtain his position and the location of the disaster. When σ x γμΪΪ 1()2 receives the warning signal 14〇 from a plurality of different sensors 14 indirectly, the processing unit 1〇4 receives the alarm number Μ. Get escape information (10). For example, if the warning signal is received according to the warning signal 14 previously received, the processing unit _ can be corrected to 200939161 when the alarm message is sent again. It will not pass through the escape information of the two sensors 14G. The disc or memory money. Or, the hard structure diagram 120 that can be saved is stored in the hard ten percent after the construction is completed. However, the hair is not as good as =' The built-in U map 120 can also be saved on a hard disk or in a memory without being booked &
如前述具體實補’本發日狀可攜式 ^可以根據感測器所傳送之警示訊號獲得逃及= 攜;ί^ΐϊί入f Ϊ時由可攜式通訊裝置下載，並且可 =通^置本身可根據各歸料獲得並提供給使 =逃嫩觸中斷通訊而無法 ㈣參關三，圖三係纟會示根據本發明之—具體實施例之 吕不方法的步驟流程圖。本具體實施例之警示方法可配合可 攜式通訊裝置產生關於一建築之逃生資訊。此可攜式通^裝 置可以包含各種可攜式無線通訊電子產品，例如行動電話： 個人數位行動助理、筆記型電腦或者是可攜式電子遊戲裝置 等。 如圖三所示’本具體實施例之警示方法包含包含下列步 驟.於步驟S10，當可攜式通訊裝置進入建築時，可接收關 於此建築之建築結構圖；於步驟S12，可攜式通訊裴置獲得 關於其本身之目前位置資訊；於步驟S14，此建築之感測器 感測其周遭之周邊狀態，並且根據該周邊狀態發送警示訊號 而被可攜式通訊裝置所接收；以及，於步驟S16，可攜式通 訊裝置根據建築結構圖、目前位置資訊以及警示訊號產生逃 生資訊。 11 200939161 〜於本具體實施例中，可攜式通訊裝置可藉由衛星定位方 法獲得關於其本身之目前位置資訊。此外，於實務上，可攜 式通訊裴置可與設置於建築中或設置於建築外之伺服器通訊 =接收建築結構圖。另外，警示訊號包含關於感測器之感測 益位置資訊，並且可攜式通訊裝置可進一步根據感測器位置 資訊獲得逃生資訊。 ❺ Ο 於實際應用中，根據此感測器位置資訊配合建築結構 圖，可攜式通訊裝置可以立即得知發送警示訊號之感j則^的 位置，亦即，發生災害的位置。因此，可攜式通訊裝置可藉 由避開發生災害位置之路線推測逃生路線以獲得逃生資訊。 另一方面’可攜式通訊裝置也可先根據目前位置資訊以 及建築結麵推測至少-個賴的逃生路線，當接收到警示 訊號後’根據警示訊號所包含之感測II的位置删去接 置之預備逃生路線以獲得逃生資訊。 此外，請參閱圖四，圖四係繪示根據本發明之另一且 實施例之警示方法的步驟流麵。如圖四所示，本呈體^ 例之警不方法進-步包含下列步驟：於步驟S18，可攜 ^置提7F逃生資訊。其巾，可攜式通訊裝置 光及/或影像形式提示逃生資訊，令使用 $ 得自身位置以及災害發生位置。 于獲 相較於先前技術，本發明之可攜式通訊裝置、警示 =及警：方法’於進入建築時可攜式通訊裝置可下載關又津 築之建築，構圖，並絲據建築中感測器所發出的邀示 攜式之目前位置以及建築結構圖提供4用^ ΐί 生構圖係於進入建築時先下載，並且判 災害發生雜用者可簡由可攜式通訊裝置獲得逃Γ資訊虽 12 200939161 通訊中斷或連不上之情形造成無法獲得逃生 ❹ 述本發詳述’係希望能更加清楚描 施例來對本發日^= ’而並f以上述所揭露的較佳具體實 =盍各種改變及具相等性的安排於本發 因此’本發明所申請之專利範圍=③ Ϊ以贿釋，収使其涵蓋所有可r、 藉 包的改 ❹ 13 200939161 【圖式簡單說明】 置的示根據本發明之—具體實施例之可攜式通訊慕 圖一係緣示根據本發明之一具體實施例之警示系統的承 0 ，—係緣示根據本發明之一具體實施例之警示方法的步 Ο 圖四係繪示根據本發明之另 步驟流程圖。 一具體實施例之警示方法的As described above, the specific implementation of the present invention can be obtained by the portable communication device according to the warning signal transmitted by the sensor, and can be downloaded by the portable communication device. The setting itself can be obtained according to each categorization and provided to enable the communication to be interrupted and the communication cannot be interrupted. (4) The third embodiment shows a flow chart of the steps of the method according to the present invention. The warning method of this embodiment can be used with the portable communication device to generate escape information about a building. The portable device can include a variety of portable wireless communication electronics, such as a mobile phone: a personal digital assistant, a laptop, or a portable video game device. As shown in FIG. 3, the warning method of the specific embodiment includes the following steps. In step S10, when the portable communication device enters the building, the building structure diagram of the building may be received; in step S12, the portable communication is performed. The device obtains information about the current location of itself; in step S14, the sensor of the building senses the surrounding state of the surrounding, and receives the warning signal according to the surrounding state to be received by the portable communication device; and, In step S16, the portable communication device generates the escape information according to the building structure map, the current location information, and the warning signal. 11 200939161 ~ In this embodiment, the portable communication device can obtain the current location information about itself by the satellite positioning method. In addition, in practice, the portable communication device can communicate with a server installed in the building or outside the building = receiving the building structure map. In addition, the warning signal includes information about the sensing position of the sensor, and the portable communication device can further obtain the escape information according to the sensor position information.实际 于 In practical applications, based on the location information of the sensor and the building structure map, the portable communication device can immediately know the location of the sense of sending the warning signal, that is, the location where the disaster occurred. Therefore, the portable communication device can estimate the escape route to obtain escape information by avoiding the route where the disaster location occurs. On the other hand, the portable communication device can also presume at least the escape route based on the current location information and the building junction. After receiving the warning signal, the location of the sensing II included in the warning signal is deleted. Prepare an escape route to get escape information. In addition, please refer to FIG. 4, which illustrates a step flow of a warning method according to another embodiment of the present invention. As shown in FIG. 4, the method of the present invention includes the following steps: In step S18, the 7F escape information is carried. The towel, the portable communication device, prompts the escape information in the form of light and/or image, so that the location and the location of the disaster are used. Compared with the prior art, the portable communication device, the warning=and the police of the present invention: the method of the portable communication device can download the architecture of the building and construction of the building, and the structure is sensed in the building. The current location of the inviting device and the building structure diagram provided by the detector provide 4 to use the ^ ΐί 构 系 系 生 进入 进入 进入 进入 进入 进入 进入 进入 进入 生 生 生 生 生 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入Although 12 200939161 communication is interrupted or can not be connected to the situation can not obtain escape ❹ 本 本 本 本 本 本 ' ' ' ' ' ' ' ' ' 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望 希望盍 Various changes and equal arrangements in this issue Therefore 'the scope of patents applied for by the invention = 3 Ϊ to bribe, to cover all changes that can be borrowed and borrowed 13 200939161 [Simple description] The invention relates to a portable communication system according to an embodiment of the present invention. The warning system according to an embodiment of the present invention shows a warning according to an embodiment of the present invention. method Step Ο Figure 4 is a flow chart showing another step in accordance with the present invention. Warning method of a specific embodiment
【主要元件符號說明】 1 :警示系統 12 :伺服器 100 :定位單元 104 :處理單元 108 :逃生資訊 120 :建築結構圖 S10〜S18 :流程步驟 10 :可攜式通訊裝置 14 :感測器 102 ·接收/傳送單元 106 :提示單元 1000:目前位置資訊 140 :警示訊號 14[Main component symbol description] 1 : Warning system 12 : Server 100 : Positioning unit 104 : Processing unit 108 : Escape information 120 : Building structure diagram S10 - S18 : Flow step 10 : Portable communication device 14 : Sensor 102 Receive/transmit unit 106: prompt unit 1000: current location information 140: alert signal 14