M363172 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種基地台訊號範圍之調查裝置及其 系統，尤指一種簡單、完整且可動態增補之基地台訊號範 圍之調查裝置及其裝置。 • 【先前技術】 ¥ 近年來，由於電子產業及半導體技術的高度發展，許 多電子產品已經成為人類生活不可或缺的民生必需品。其 中，尤以行動電話為最。以目前來講，幾乎是人手一機， 甚至數機。 因此，許多針對行動電話用戶的服務及商機也因應而 生。例如：行動上網、音樂及影片下載、資料查詢及廣告 等等。 其中，行動上網、音樂及影片下載等被動性服務，係 籲使用者於有需求時主動要求使用，較不會產生問題。但廣 告則為業者主動發送，多數會成為垃圾郵件或訊息，且不 .確定的時間地點都有可能收到廣告訊息，常常會對使用者 的生活造成干擾。 且，多數廣告具有地域特性，例如某家商店的特價促 銷廣告。對於居住於該店附近的人可能是有用資訊，但對 於遠地的行動電話用戶來說，則為干擾的垃圾訊息。對於 業者而言，漫無目的的廣告發送也是一種可觀的資源浪 費。 3 M363172 因此，如何適時適地的發送相關廣告，即為業者急需 解決的課題。而其中行動電話使用者之所在地，可透過行 動電話所使用之基地台設立地點而得知。 【新型内容】 本創作之主要目的，在於提供一種基地台訊號範圍之 調查裝置及其系統，尤指一種簡單、完整且可動態增補之 基地台訊號範圍之調查裝置及其裝置。 本創作之次要目的，在於提供一種基地台訊號範圍之 調查裝置，其主要係利用機動車輛裝載一衛星接收器、行 動通訊接收器及資訊主機，可行駛各地記錄各基地台編碼 及其對應坐標者。 本創作之又一目的，在於提供一種基地台訊號範圍之 調查系統，其主要係於一伺服器中建置有一登錄平台，並 於複數個行動電話中分別設置一登錄軟體，可於各行動電 話登錄伺服器時記錄基地台編碼及對應坐標者。 為達成上述目的，本創作提供一種基地台訊號範圍之 調查裝置，其主要係包含有：一衛星接收器，用以接收全 球定位系統訊號；一行動通訊接收器，用以接收複數個基 地台之無線訊號，並取得對應於各基地台之基地台編碼； 及一資訊主機，分別連接該衛星接收器及該行動通訊接收 器，可根據該全球定位系統訊號進行定位取得坐標並記錄 執跡，並記錄可接收到無線訊號之基地台編碼。 本創作尚提供一種基地台訊號範圍之調查系統，其主 M363172 要係包含有：複數個行動通訊裝置，分別設有全球定位系 統及一登錄軟體，可分別透過一基地台進行訊號傳輸；及 一伺服器，建置有一登錄平台，可供各行動通訊裝置登 錄；其中，當各行動通訊裝置以該登錄軟體透過各基地台 至該登錄平台進行登錄時，該登錄軟體可同時傳送其全球 定位系統所定位之坐標及所使用之基地台之基地台編碼。 【實施方式】 首先，請參閱第1圖及第2圖，係分別為本創作一較 佳實施例之調查裝置配置圖及其調查狀態示意圖。 每個基地台都有一個全球通用且唯一的基地台編 碼，一個完整的基地台編碼包含有：國碼（Mobile Country Code; MCC)、網路碼（Mobile Network Code; MNC)、區域 碼（Location Area Code; LAC)及基地台識別碼（Cell Identity; Cell-ID or Cl)。 若可取得基地台設立之位置，則可利用基地台編碼的 辨識達成初步的定位。一般而言，使用基地台編碼定位的 精確度很低，其誤差距離依基地台的訊號範圍而定，其半 徑約為200公尺至2公里。若只為區分使用者之所在區 域，則不失為一方便且有用的方式。 如圖所示，本創作之基地台訊號範圍調查裝置10主 要包含有一衛星接收器12、一行動通訊接收器14及一資 訊主機16。 其中，資訊主機16分別連接該衛星接收器12及行動 5 M363172 通訊接收器14,可透過該行動通訊接收器14接收各行動 電話基地台之無線訊號，並由無線訊號中取得各基地台之 基地台編碼。衛星接收器12則可接收全球定位系統（GPS) 訊號，經由資訊主機16運算定位而取得坐標。可將該基 地台編碼依對應的坐標標示於地圖上，或儲存於資料庫 中。 另可以一機動車輛18裝載上述之衛星接收器12、行 動通訊接收器14及資訊主機16等各項器材，如第1圖所 _示，可方便行駛於道路22上進行調查。 利用本創作之調查裝置10行駛於公路22上，即可由 行動通訊接收器14沿途接收各基地台24、26、28之無線 訊號取得基地台編碼，並以衛星接收器12接收全球定位 系統訊號，傳送至資訊主機16運算定位，取得坐標並記 錄執跡2 21。 藉由大量的執跡221及基地台編碼記錄，即可分析得 出各基地台24、26及28之訊號範圍241、261及281，如 •第2圖所示。 上述之行動通訊接收器14係可為一行動電話，該資 訊主機則可選擇為一電腦、個人數位助理、筆記型電腦之 -其中之一。該行動電話亦可選擇為一智慧型行動電話 (smart phone)，若該智慧型行動電話包含有衛星接收器 而具有GPS功能時，則可直接進行定位及基地台編碼取得 之工作。 請參閱第3圖及第4圖，係分別為本創作一較佳實施 6 M363172 例之調查流程圖及地圖標示示意圖。 本創作之基地台訊號範之調查流程首先包含有步驟 301至步驟305等提供一行動通訊接收器、提供複數個地 標及包含有各地標之地圖之步驟。 利用該行動通訊接收器至各地標處（例如：台北火車 站421、台北新世界地下街423、捷運台北車站425、站前 地下街427、台北地下街428及中山地下街429)，取得位 於各地標處之基地台之基地台編碼，如步驟305。 將各地標處可接收到之基地台編碼標示於地圖上。例 如台北新世界地下街423可接收到之基地台編碼包含有 CI3及CI4，台北火車站421可接收到之基地台編碼包含 有CI1及CI2 ’捷運台北車站425可接收到之基地台編碼 包含有CI5，站前地下街427可接收到之基地台編碼包含 有CI6，台北地下街428可接收到之基地台編碼包含有 CI7,中山地下街429可接收到之基地台編碼則包含有CI8 等等，如步驟307。 此一部分之步驟主要係針對無法接收到GPS訊號之地 點進行調查。由於地圖上即可取得各地標之經緯度等坐 標，故無需使用衛星接收器亦可明確標定基地台之訊號範 圍。 當然，步驟301至步驟3〇7之方法亦可擴大使用於一 地區之全面調查。例如到地圖中之地標新光三越441或κ MALL 443、台北凯撒飯店445、天成飯店447等等地標處， 取得可接收之基地台編碼，並分別加以標示。 7 M363172 本創作之调查流程尚可提供一全球定、 全球定位系統與行動通訊接收器一起移動，亚令該 步驟313。於移動時，利用全球定位系統3U及 動通訊接收器取得可接收之基地台編碼，“時以行 315 之軌跡坐標及各轨跡點之可接收基 =彔移動 及步驟317。 馬如步馬M363172 V. New Description: [New Technology Field] This creation is about a kind of base station signal range survey device and its system, especially a simple, complete and dynamically addable base station signal range survey device and device thereof. . • [Prior Art] ¥ In recent years, due to the high development of the electronics industry and semiconductor technology, many electronic products have become an indispensable necessity for human life. Among them, mobile phones are the most popular. At present, it is almost a hand, even a few machines. As a result, many services and business opportunities for mobile phone users have also been created. For example: mobile Internet, music and video downloads, data queries and advertising, etc. Among them, passive services such as mobile Internet access, music and video downloading call for users to take the initiative to request when they need it, and there is no problem. However, the advertisements are sent by the operators, most of them will become spam or messages, and no. The determined time and place may receive advertising messages, which often interferes with the user's life. Also, most ads have geographic characteristics, such as special promotions for a store. It may be useful information for people living near the store, but for remote mobile phone users, it is a junk message. For the industry, the purposeless advertising is also a considerable resource waste. 3 M363172 Therefore, how to send relevant advertisements in a timely and appropriate manner is an urgent problem for the industry. The location of the mobile phone user can be found through the location of the base station used by the mobile phone. [New content] The main purpose of this creation is to provide a survey device and system for the base station signal range, especially a simple, complete and dynamically addable base station signal range survey device and device thereof. The secondary purpose of this creation is to provide a survey device for the base station signal range, which mainly uses a motor vehicle to load a satellite receiver, a mobile communication receiver and a information host, and can record the code of each base station and its corresponding coordinates. By. Another object of the present invention is to provide a base station signal range investigation system, which mainly comprises a login platform built in a server, and a login software is respectively set in a plurality of mobile phones, which can be used in each mobile phone. Record the base station code and corresponding coordinates when logging in to the server. In order to achieve the above objective, the present invention provides a base station signal range survey device, which mainly comprises: a satellite receiver for receiving a global positioning system signal; and a mobile communication receiver for receiving a plurality of base stations. a wireless signal, and obtaining a base station code corresponding to each base station; and an information host respectively connected to the satellite receiver and the mobile communication receiver, and positioning according to the global positioning system signal to obtain coordinates and record the execution, and Record the base station code that can receive the wireless signal. This creation also provides a survey system for the base station signal range. The main M363172 system includes: a plurality of mobile communication devices, each having a global positioning system and a login software, which can respectively transmit signals through a base station; The server has a login platform for each mobile communication device to log in. When the mobile communication device logs in through the base stations to the login platform, the login software can simultaneously transmit the global positioning system. The coordinates of the location and the base station code of the base station used. [Embodiment] First, please refer to Fig. 1 and Fig. 2, which are schematic diagrams of a survey device configuration diagram and a survey state thereof for a preferred embodiment of the present invention. Each base station has a globally unique and unique base station code. A complete base station code includes: Mobile Country Code (MCC), Mobile Network Code (MNC), and area code (Location). Area Code; LAC) and base station identification code (Cell Identity; Cell-ID or Cl). If the location of the base station is available, the initial positioning can be achieved by using the identification of the base station code. In general, the accuracy of positioning using a base station code is very low, and the error distance depends on the signal range of the base station, and its radius is about 200 meters to 2 kilometers. It is a convenient and useful way to distinguish the user's area. As shown, the base station signal range surveying device 10 of the present invention mainly includes a satellite receiver 12, a mobile communication receiver 14, and a communication host 16. The information host 16 is connected to the satellite receiver 12 and the mobile 5 M363172 communication receiver 14 respectively, and the mobile communication base station 14 can receive the wireless signals of each mobile phone base station, and obtain the bases of the base stations from the wireless signals. Station code. The satellite receiver 12 can receive a Global Positioning System (GPS) signal and obtain coordinates by computing the positioning by the information host 16. The base station code can be marked on the map according to the corresponding coordinates or stored in the database. Alternatively, the motor vehicle 18 can be loaded with the above-mentioned satellite receiver 12, the mobile communication receiver 14, and the information host 16, and the like, as shown in Fig. 1, can be conveniently driven on the road 22 for investigation. By using the survey device 10 of the present invention to drive on the highway 22, the mobile communication receiver 14 can receive the wireless signal acquisition base station codes of the base stations 24, 26, and 28 along the way, and receive the global positioning system signals by the satellite receiver 12. Transfer to the information host 16 to calculate the position, obtain the coordinates and record the trace 2 21 . With a large number of 221 and base station code records, the signal ranges 241, 261 and 281 of each base station 24, 26 and 28 can be analyzed, as shown in Fig. 2. The mobile communication receiver 14 described above can be a mobile phone, and the communication host can be selected as one of a computer, a personal digital assistant, and a notebook computer. The mobile phone can also be selected as a smart phone. If the smart phone includes a satellite receiver and has a GPS function, the mobile phone can directly perform positioning and base station code acquisition. Please refer to Figure 3 and Figure 4 for a survey of the preferred implementation of 6 M363172. The base station signal processing process of the present invention first includes steps 301 to 305, etc., which provide a mobile communication receiver, provide a plurality of landmarks, and include maps of various landmarks. Use the mobile communication receiver to reach the local standard (for example, Taipei Railway Station 421, Taipei New World Underground Street 423, MRT Taipei Station 425, Zhanqian Underground Street 427, Taipei Underground Street 428, and Zhongshan Underground Street 429). Base station code of the base station, as in step 305. The base station code that can be received by the local standard mark is marked on the map. For example, the base station code received by Taipei New World Underground Street 423 includes CI3 and CI4. The base station code that can be received by Taipei Railway Station 421 includes CI1 and CI2. The base station code received by MRT Taipei Station 425 contains CI5, the base station code that can be received by the station underground 427 includes CI6, the base station code that can be received by Taipei Underground Street 428 contains CI7, and the base station code that can be received by Zhongshan Underground Street 429 includes CI8, etc. 307. The steps in this section are primarily for surveys where GPS signals cannot be received. Since the coordinates of the latitude and longitude of the local area can be obtained on the map, the signal range of the base station can be clearly calibrated without using a satellite receiver. Of course, the method from step 301 to step 3〇7 can also be extended to a comprehensive survey in a region. For example, to the landmarks in the map, Shin Kong Mitsukoshi 441 or κ MALL 443, Taipei Caesars Hotel 445, Tiancheng Hotel 447, etc., obtain the base station codes that can be received and mark them separately. 7 M363172 The creative investigation process is still available to provide a global, global positioning system and mobile communication receiver to move together, the order is 313. When moving, the global positioning system 3U and the dynamic communication receiver are used to obtain the receivable base station code, "the trajectory coordinates of line 315 and the receivable base of each track point = 彔 movement and step 317. Ma Rubu Ma
利用本創作之調查流程得到大量的執跡2 編碼記錄後’即可分析得出各基地台之 ^地台 圖上標示出同-基心識別碼CI之 ^於地 區域碼LAC之分佈銘岡，t 祀国从及同一 圖所示）。 乾圍，如步驟321及步驟323 (如第6 )本創=之调查方&，尚可於步驟3〇7 ★步驟3 ^調查所得之各基地台編碼與其在地圖上之制位置/ 基地台編碼與其對應之坐標儲存於—⑽庫巾；^ 驟3 2 3中/斤得之基地台識別碼CI之訊號範圍及區域喝L Avc 之分佈範圍儲存於該資料庫中，如步驟33l。 Μ 九請參閱第5圖，係本創作一較佳實施例之調查系統示 意圖。如圖所示，本創作之調查系統主要係包含有一伺服 為52及複數個行動通訊裝置。其中，該伺服器52中建置 有一登錄平台521，各行動通訊裝置54卜545、56卜565、 581及585則分別設有全球定位系統及一登錄軟體543、 547 、 563 、 567 、 583 及 587 。 當各行動通訊裝置（例如541、545)分別透過屬於一電 信業者（551)之基地台（54)登錄至伺服器52之登錄平台 8 M363172 521時，行動通訊裝置54卜545内部之登錄軟體543、547 會为別將s亥彳于動通讯裳置541、545所在之位置坐標及其 使用基地台之基地台編碼傳送至該登錄平台521，登錄平 σ 5 21則可將個基地台編碼與其對應之坐標儲存至一資料 庫523中。 尚可於伺服器52中設置一電子地圖525,可將資料庫 523中之基地台編碼依對應之坐標標示於電子地圖525上。 當系統擁有相當數量的行動通訊裝置（例如Μ1、 _ 565、581及585等等）後，則可根據各行動通訊裝置561、 565、581及585分別透過其所屬電信業者（553)可接收訊 號之基地台（56、58)登錄至伺服器52之登錄平台521。而 各行動裝置561、565、581及585之登錄軟體563、567、 583及587亦可將各行動通訊裝置所在之位置坐標及其使 用基地台56、58之基地台編碼傳送至登錄平台521，並儲 存於資料庫523中。 _ 本創作之基地台訊號範圍之調查系統可配合其他行 動通讯服務實施，當加入該行動通訊服務之會員越多，則 本創作之調查系統可取得越多的基地台編碼（可分屬不同 的電信業者）及其對應之坐標。而同一使用者在不同的地 -點因使用該行動通訊服務而登錄本創作之系統，同樣可以 提供不同之基地台編碼及其對應坐標。 因此，利用本創作之調查系統，可不斷充實資料庫 中之基地台編碼資料，越多人越頻繁的使用，將可快速提 南該調查系統中基地台訊號範圍之準石雀度。 M363172 請參閱第6圖，係本創作一較佳實施例之另一地圖標 示示意圖。 利用本創作之基地台訊號範圍之調查裝置及調查系 統之搭配運用，可快速建立充實之資料庫。欲標示於地圖 上時，可依資料庫中之相同基地台識別碼CI (例如Clla、 CI2b、CI3c、CI4d及CI5e等）之坐標分佈範圍，劃分出各 基地台611、621、631、641及651之大約位置與其對應 之訊號範圍 613、623、633、643 及 653。 並可將基地台編碼中具有相同區域碼LAC (例如 LAC1、LAC2、LAC3、LAC4及LAC5等）之坐標分佈範圍，劃 分出各區域碼LAC1、LAC2、LAC3、LAC4及LAC5之分佈範 圍 61 、 62 、 63 、 64 及 65 。 地圖中尚可標示出公路6 01或其他地標，可利於相關 位置之判讀。 由於基地台編碼中，區域碼LAC之分佈範圍幾乎不會 改變，而基地台識別碼CI則可能因為基地台之維修、新 增、淘汰或變更設立地點，而有停用、新增或變更之情形。 故，當取得一新的基地台編碼時，若其基地台識別碼 CI不曾在資料庫中出現過，且無對應之坐標資料時，亦可 根據其區域碼LAC於上述之地圖中之分佈範圍而初步判定 其大約之位置。 以上所述者，僅為本創作之實施例而已，並非用來限 定本創作實施之範圍，即凡依本創作申請專利範圍所述之 形狀、構造、特徵及精神所為之均等變化與修飾，均應包 10 M363172 括於本創作之申請專利範圍内。 圖式簡單說明】 第1圖 第2圖 第3圖 •第4圖 第5圖 第6圖 •係本創作一較佳實施例之調查裝置配置圖。 .係如第1圖所示實施例之調查狀態示意圖。 •係本創作一較佳實施例之調查流程圖。 係本創作一較佳實施例之地圖標示示意圖。 :係本創作—較佳實_之調查純示意圖。 :係本創作-較佳實施例之另—地圖標示示意圖 10 【主要元件符號說明】 調查裝置 12 14 行動通訊接收器 16 18 機動車輛 22 道路 221 241 1 24 基地台 26 基地台 261 28 基地台 281 - 40 地圖 423 421 地# (台北新世界地下街） 423 地標（捷運台北車站） 428 地標（台北地下街） 429 441 地標（新光三越） 443 軌跡 訊號範圍 訊號範圍 訊號範圍 地襟（台北火車站） 衛星接收器 貝訊主機 地標（中山地下街） 地標（K MAIX) M363172 445 地標（台北凱撒飯店） 447 地標（天成飯店） 52 伺服器 521 登錄平台 523 資料庫 525 電子地圖 54 基地台 541 行動電話 543 登錄軟體 545 行動電話 547 登錄軟體 551 電信業者 553 電信業者 56 基地台 561 行動電話 563 登錄軟體 565 行動電話 567 登錄軟體 58 基地台 581 行動電話 583 登錄軟體 585 行動電話 587 登錄軟體 601 公路 61 區域碼分佈範圍 611 基地台 613 基地台訊號範圍 62 區域碼分佈範圍 621 基地台 623 基地台訊號範圍 63 區域碼分佈範圍 631 基地台 633 基地台訊號範圍 64 區域碼分佈範圍 641 基地台 643 基地台訊號範圍 65 區域碼分佈範圍 651 基地台 653 基地台訊號範圍After using the survey process of this creation, a large number of falsifications 2 code records can be obtained, which can be analyzed to obtain the distribution of the same area-base code LAC on the map of each base station. , t 祀 from the same figure as shown in the same figure). Dry circumference, such as step 321 and step 323 (such as the sixth) the original survey party &, can also be in step 3〇7 ★ step 3 ^ survey of the base station code and its location on the map / base The coordinates of the station code and its corresponding coordinates are stored in the (10) library towel; the signal range of the base station identification code CI and the distribution range of the area drink L Avc in the step 3 2 3 are stored in the database, as in step 33l. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a schematic diagram of an investigation system of a preferred embodiment of the present invention. As shown in the figure, the survey system of this creation mainly includes a servo of 52 and a plurality of mobile communication devices. A login platform 521 is built in the server 52, and each of the mobile communication devices 54 545, 56, 565, 581, and 585 is provided with a global positioning system and a login software 543, 547, 563, 567, and 583, respectively. 587. When each mobile communication device (for example, 541, 545) logs in to the login platform 8 M363172 521 of the server 52 through the base station (54) belonging to a carrier (551), the mobile communication device 54 545 internal login software 543 547 will send the coordinates of the location where 541, 545 is located and the base station code of the base station to the login platform 521, and the base station code can be registered with The corresponding coordinates are stored in a database 523. An electronic map 525 can be set in the server 52, and the base station code in the database 523 can be marked on the electronic map 525 according to the corresponding coordinates. When the system has a considerable number of mobile communication devices (such as Μ 1, _ 565, 581, and 585, etc.), the mobile communication devices 553, 565, 581, and 585 can receive signals through their respective carriers (553). The base station (56, 58) logs into the login platform 521 of the server 52. The login software 563, 567, 583, and 587 of each mobile device 561, 565, 581, and 585 can also transmit the location coordinates of each mobile communication device and the base station code of the base stations 56 and 58 to the login platform 521. And stored in the database 523. _ The base station's signal range survey system can be implemented in conjunction with other mobile communication services. The more members who join the mobile communication service, the more base station codes can be obtained by the survey system. Telecommunications operators) and their corresponding coordinates. The same user can log in to the system of the creation by using the mobile communication service at different locations, and can also provide different base station codes and corresponding coordinates. Therefore, using the survey system of this creation, the base station coded data in the database can be continuously enriched, and the more people use it more frequently, the quickness of the base station signal range in the survey system can be quickly mentioned. M363172 Please refer to Fig. 6, which is another schematic diagram of a preferred embodiment of the present invention. With the combination of the survey device and the survey system of the base station signal range of this creation, a substantial database can be quickly established. When you want to mark it on the map, you can divide each base station 611, 621, 631, 641 according to the coordinate distribution range of the same base station identification code CI (such as Clla, CI2b, CI3c, CI4d, CI5e, etc.) in the database. The approximate position of 651 is corresponding to the signal range 613, 623, 633, 643 and 653. The coordinate distribution range of the same area code LAC (for example, LAC1, LAC2, LAC3, LAC4, and LAC5) in the base station code can be divided into the distribution ranges of the area codes LAC1, LAC2, LAC3, LAC4, and LAC5. , 63, 64 and 65. Highway 6 01 or other landmarks can still be marked on the map to facilitate interpretation of the relevant location. Due to the base station coding, the distribution range of the area code LAC will hardly change, and the base station identification code CI may be deactivated, added or changed due to the maintenance, addition, elimination or change of the base station. situation. Therefore, when a new base station code is obtained, if the base station identification code CI has not appeared in the database and there is no corresponding coordinate data, it may also be distributed according to the area code LAC in the above map. And initially determine its approximate location. The above is only the embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the equivalent changes and modifications of the shapes, structures, features and spirits described in the scope of the patent application. The package 10 M363172 is included in the scope of the patent application of this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 Fig. 2 Fig. 3 Fig. 4 Fig. 4 Fig. 5 Fig. 6 is a configuration diagram of a survey device according to a preferred embodiment of the present invention. A schematic diagram of the investigation state of the embodiment shown in Fig. 1. • A survey flow chart of a preferred embodiment of the present invention. A schematic diagram of a map of a preferred embodiment of the present invention is shown. : A purely schematic diagram of the investigation of the creation of this book. Fig. 10 is a schematic diagram of a preferred embodiment. [Explanation of main component symbols] Investigation device 12 14 Mobile communication receiver 16 18 Motor vehicle 22 Road 221 241 1 24 Base station 26 Base station 261 28 Base station 281 - 40 Map 423 421 地地# (Taipei New World Underground Street) 423 Landmark (MRT Taipei Station) 428 Landmark (Taipei Underground Street) 429 441 Landmark (Singapore Mitsukoshi) 443 Track Signal Range Signal Range Signal Range Cellar (Taipei Railway Station) Satellite Receiver Beixon Host Landmark (Zhongshan Underground Street) Landmark (K MAIX) M363172 445 Landmark (Taipei Hotel Taipei) 447 Landmark (Tiancheng Hotel) 52 Server 521 Login Platform 523 Database 525 Electronic Map 54 Base Station 541 Mobile Phone 543 Login Software 545 Mobile phone 547 Login software 551 Carrier 553 Carrier 56 Base station 561 Mobile phone 563 Login software 565 Mobile phone 567 Login software 58 Base station 581 Mobile phone 583 Login software 585 Mobile phone 587 Login software 601 Road 61 Area code Range 611 Base station 613 Base station signal range 62 Area code distribution range 621 Base station 623 Base station signal range 63 Area code distribution range 631 Base station 633 Base station signal range 64 Area code distribution range 641 Base station 643 Base station signal range 65 Area Code distribution range 651 base station 653 base station signal range