1288229 九、發明說明： 【發明所屬之技術領域】 種適用於遠 本發明係關於一種資訊查詢系統，尤指一 距資訊查詢之全球移動式遠距資訊查詢系統。 【先前技術】 由於目前各廠牌汽車廠競相推出利用全球定位系統 (Global Position System，Gps)之衛星導航系統配備於新車 上。習知衛星導航系統係以衛星導航處理器僅透過Gps Π) Engine接收人造衛星所提供的⑽訊號，並與電子地圖相 對應，將結果顯示在顯示器，以正確無誤地表示出車輛於 地圖上的位置、車輛行進方向、車速、車輛位置經緯度、 海平面高度、及接收衛星狀況等訊息。因此，衛星導航系 1 ，了提供行車模擬、行程模擬搜尋、最佳路徑設定、及路 15徑設定後之語音導航功能，以增加汽車駕駛上的安全。 然而，習知技術僅能透過人造衛星提供Qps衛星訊 並與電子地圖相對應，並將結果顯示在顯示器。因此， 習知技術僅能被動式的接收訊息。 2〇曰言為提供更完整的服務，目前已有業者提供定時更新衛 =躭系統中之5己憶卡的娛樂或交通相關資訊，可供使用 者^擇更新’以突破過去單純接收訊息的限制。但是當遇 ^ = I*、卡提供貧料不足時，尤其是隨時變化之資訊，使用 並無去馬上更新當時所在位置或車輛所在位置周遭的相 5 1288229 駛者在使用上 關娛樂或交通等相關資訊，實在造成汽車駕 拫大的不方便，因此並非十分理想。 ·、 【發明内容】 本發_提供—種全料動錢距 =外部裝置無線連線以接收一由該外部之:1288229 IX. Description of the invention: [Technical field to which the invention pertains] The invention is applicable to an information inquiry system, and more particularly to a global mobile remote information inquiry system for information inquiry. [Prior Art] At present, various brand car manufacturers are competing to launch satellite navigation systems using the Global Position System (Gps) in new cars. The conventional satellite navigation system uses the satellite navigation processor to receive the (10) signal provided by the artificial satellite only through the GPS device, and corresponding to the electronic map, and displays the result on the display to correctly indicate the vehicle on the map. Information such as location, vehicle direction, vehicle speed, vehicle position latitude and longitude, sea level, and satellite status. Therefore, the satellite navigation system 1 provides the navigation function, the travel simulation search, the optimal path setting, and the voice navigation function after the path setting to increase the safety of driving. However, conventional techniques can only provide Qps satellite signals through artificial satellites and correspond to electronic maps, and display the results on the display. Therefore, conventional techniques can only passively receive messages. 2 Proverbs In order to provide a more complete service, the industry has provided information on the entertainment or traffic related to the 5 recalled cards in the system. It can be used by users to update the message to break through the past. limit. However, when ^ = I* is encountered, the card provides insufficient information, especially the information that changes at any time, the use does not immediately update the location of the location or the location of the vehicle. 5 1288229 The driver is using entertainment or transportation. The related information is really inconvenient for the car to drive, so it is not very ideal. ·, [Summary of the invention] The present invention provides a full-size mobile phone distance = external device wireless connection to receive one from the outside:
10 15 20 置、:包括有一移動裝置、及-遠距行動通訊裝 裝置’係包括有一全球衛星定位系統模組、 距二一顯示器、一第一中央處理器、-第-短 位；模組、及一資料輸入介面；其中，全球衛星定 糸地圖資料庫'顯示器、第—短距無線通訊模 而入2 介面係分別與第—中央處理器電性連接， 王^星定㈣統模組係計算並輸出_移 在位置座標。另々k u、土 1 ^ 另外，刖述运距行動通訊裝置，係包括有一 ::無線通訊模組、一第二中央處理器、及一第二短距無 :n组；其中’遠距無線通訊模組、及第二短距無線 核、、且係刀別與第二中央處理器電性連接，而第二短距 =通訊模組係、與第-短距無線通訊模組以短距無線通訊 匕礼说而运距無線通訊模組係與外部裝置無線連 線以接收查詢結果。 —根據上述，本發明之全球移動式遠距資訊查詢系統是 移動漩置之資料輸入介面輸入一查詢需求，經由第一 、、处里σσ作汛號轉換處理後，由第一短距無線通訊模組 、紐距無線通訊傳送訊號至第二短距無線通訊模組，再以 6 1288229 第二中央處理器作訊號轉換處理後，並透過遠距無線通訊 模、、且與外部裝置無線連線以發送查詢需求、並接收查詢於 果、。剛述查詢結果並經由第二短距無線通訊模組以短距無 線通λ傳送訊號至第一短距無線通訊模組、再經過第一中 5央處理器作訊號處理後，顯示於顯示器。因此，本發明提 t、透過無線連線方式向外部裝置即時主動查詢任何資訊， 達到方便且有效率的查詢之目的。 如上所述’本發明全球移動式遠距資訊查詢系統中， 查沟需求更包括有移動裝置當時所在位置座標，而外部裝 10置包括有一本地伺服器、及一本地資料庫；其中，本地資 料庫係電連接至本地祠服器、並較佳地儲存有與本地地理 位置相關聯之設施資訊，亦即建築物、餐飲、購物、交通 等設施資訊。 根據上述，本地伺服器讀取本地資料庫以找出與移動 15 4置當時所在位置座標相關連之設施資訊、並併入查詢結 果中無線回傳給遠距行動通訊裝置、及移動裝置；最後， 第一中央處理器繼將接收到之查詢結果作訊號處理後，將 上述查得之周遭相關連之設施資訊顯示於顯示器上。此 時’第一中央處理器亦一併讀取地圖資料庫以找出與移動 2〇 裝置當時所在位置座標周遭相關連之圖資一併顯示於顯示 器上。因此，本發明提供即時主動查詢當時所在位置周遭 的相關娛樂或交通等相關資訊，達到方便連接上網際網 路’且有效率的查詢之目的。 7 1288229 如上所述，本發明全球移動式遠距資訊查詢系統中， 更包括有-遠端行動終端機，其包括有另_全球衛星定位 ::模組、另-遠距無線通訊模組、及一第三中央處理器； 棍二另-全球衛1定位系統模組、及另一遠距無線通訊 別與第三中央處理器電性連接，而另一全球衛星 定位系統模組係計算並輸出—遠端行動終端機當時所在位 :座標’經由第三中央處理器作訊號轉換處理後，以另一 遠距無線通訊魅將遠端行祕時所在位置的座標 10 15 無線傳运出去。前述另—遠距無線通訊模組係與該外部裝 置無線連線、並包括有一通訊門號。 ”根據上述’查詢需求更包括有遠端行動終端機之通訊 σ;ϋ並透過运距無線通訊模組而無線發送到外部裝置， 7外《置藉此通間號而無線連線到對應之遠端行動終 端機並擷取遠端行祕端機t時所在位置錢以併入核查 詢=果t無線回傳給遠距行動通訊裝置、及移動装置，^ 以第-中央處理器將遠端行動終端機當時所在位置座禪 示於顯示器上。 不"、 如上所述，本發明全球移動式遠距資訊查詢系統中， 外部裝置係包括有一本地飼服器、及一外地伺服器、，其係 2〇分別連接至-網際網路，該遠距行動通訊裝置之該遠距益 線通訊模組係無線連線到該本地飼服器，並透過該網際網 路、與该外地飼服器進而無線連線到該遠端行動終端機以 發送查詢需求並接收查詢結果。 8 1288229 如上所述，本發明全球移動式遠距資訊查詢系統中， 外部裝置更包括有一外地資料庫，其係電連接至外地伺服 器、並較佳地儲存有與外地地理位置相關聯之設施資訊， 亦即建築物、餐飲、購物、交通等設施資訊；其中，外地 5伺服器並讀取外地資料庫以找出與遠端行動終端機當時所 在位置座標相關連之設施資訊、並併入查詢結果中無線回 傳給該遠距行動通訊裝置、及該移動裝置；該第一中央處 理器繼將該接收到之查詢結果作訊號處理後，將上述查得 之周遭相關連之設施資訊顯示於顯示器上。 〇 如上所述，本發明全球移動式遠距資訊查詢系統中， 本地伺服器、與該外地伺服器係較佳地分設在不同的國家。 如上所述，本發明全球移動式遠距資訊查詢系統中， 本地伺服器、與該外地伺服器係較佳地分別提供各別地區 之地圖查詢服務、及娛樂資訊查詢服務。 5 如上所述，本發明全球移動式遠距資訊查詢系統中， 查詢結果係較佳地包括一街道地址。 如上所述，本發明全球移動式遠距資訊查詢系統中， 遠距行動通訊裝置之遠距無線通訊模組係較佳地包括一整 合封包無線電服務（GPRS )模組。 上所述’本發明全球移動式遠距資訊查詢系統中， 第-短距無線通訊模組、及第二短距無線通訊模組係較佳 地分別包括一藍芽模組，亦可為wi_Fi (10 15 20, including: a mobile device, and a telematics device comprising a global satellite positioning system module, a distance from the two display, a first central processing unit, a - short-term; module And a data input interface; wherein, the global satellite fixed map database 'display, the first short-range wireless communication module into the 2 interface is electrically connected with the first central processor, Wang ^ Xingding (four) system module Calculate and output _ shift at position coordinates. 々 ku, soil 1 ^ In addition, the mobile communication device includes: a wireless communication module, a second central processing unit, and a second short distance without: n group; wherein 'remote wireless The communication module, and the second short-range wireless core, and the cutter are electrically connected to the second central processing unit, and the second short distance=communication module system and the short-distance wireless communication module are short-distance The wireless communication device said that the wireless communication module is wirelessly connected with the external device to receive the query result. - According to the above, the global mobile remote information query system of the present invention is a data input interface of the mobile scroll inputting a query request, and the first short-range wireless communication is performed after the first and the σσ are used as the nickname conversion processing. The module and the new distance wireless communication transmit the signal to the second short-range wireless communication module, and then the 6 1288229 second central processing unit performs signal conversion processing, and transmits the wireless communication module through the remote wireless communication module and the external device. To send query requests and receive queries. The query result is just described and transmitted to the first short-range wireless communication module via the second short-range wireless communication module via the short-range wireless communication module, and then processed by the first central 5th processor for signal processing, and then displayed on the display. Therefore, the present invention provides an instant and active inquiry of any information to an external device through a wireless connection method, thereby achieving a convenient and efficient query. As described above, in the global mobile remote information query system of the present invention, the search requirements further include coordinates of the location of the mobile device at the time, and the external device 10 includes a local server and a local database; wherein, the local data The library is electrically connected to the local server and preferably stores facility information associated with the local geographical location, that is, information on facilities such as buildings, catering, shopping, and transportation. According to the above, the local server reads the local database to find the facility information associated with the coordinates of the location at the time of the mobile station, and incorporates the result of the query into the telecom communication device and the mobile device; After the first central processing unit processes the received query result as a signal, the first relevant information of the surrounding facilities is displayed on the display. At this time, the first central processing unit also reads the map database to find out the map associated with the coordinates of the location where the mobile device is located at the time. Therefore, the present invention provides an instant and active inquiry of relevant entertainment or traffic related information around the location at that time, thereby achieving the purpose of facilitating connection to the Internet access network and efficient inquiry. 7 1288229 As described above, the global mobile remote information query system of the present invention further includes a remote-end mobile terminal, which includes another global satellite positioning: module, another-distance wireless communication module, And a third central processing unit; the stick two other - global security 1 positioning system module, and another remote wireless communication is electrically connected to the third central processing unit, and another global satellite positioning system module is calculated and Output—The remote mobile terminal is in the position at the time: the coordinate 'via the third central processing unit for signal conversion processing, and another remote wireless communication charm wirelessly transmits the coordinate 10 15 of the remote location. The other remote wireless communication module is wirelessly connected to the external device and includes a communication gate number. According to the above query requirements, the communication σ of the remote mobile terminal is further included; and the wireless communication module is wirelessly transmitted to the external device through the transport wireless communication module, and the external connection is wirelessly connected to the corresponding one. Remote mobile terminal and capture the location of the remote line secret terminal t to be incorporated into the core query = fruit t wireless back to the remote mobile communication device, and the mobile device, ^ the first - the central processor will be far The location of the terminal mobile terminal is displayed on the display at the time. Not ", as described above, in the global mobile remote information inquiry system of the present invention, the external device includes a local feeding device and a foreign server, The remote communication device of the telematics device is wirelessly connected to the local feeding device, and is fed through the internet and the field. The server then wirelessly connects to the remote mobile terminal to send the query request and receive the query result. 8 1288229 As described above, in the global mobile remote information query system of the present invention, the external device further includes a foreign data. It is electrically connected to the external server, and preferably stores facility information related to the geographical location of the field, that is, information on facilities such as buildings, catering, shopping, transportation, etc.; among them, the field 5 server reads the field The database is used to find the facility information associated with the coordinates of the location of the remote mobile terminal at the time, and is incorporated into the query result and wirelessly transmitted back to the remote mobile communication device and the mobile device; the first central processing unit After the received query result is processed as a signal, the related facility information of the above-mentioned found surroundings is displayed on the display. As described above, in the global mobile remote information query system of the present invention, the local server, and The foreign server is preferably located in different countries. As described above, in the global mobile remote information query system of the present invention, the local server and the foreign server are preferably separately provided in different regions. Map inquiry service and entertainment information inquiry service. 5 As described above, in the global mobile remote information inquiry system of the present invention, the query result is preferably Including a street address. As described above, in the global mobile remote information query system of the present invention, the remote wireless communication module of the telematics device preferably includes an integrated packet radio service (GPRS) module. In the global mobile remote information query system of the present invention, the first short-range wireless communication module and the second short-range wireless communication module preferably each include a Bluetooth module, and may also be a wi_Fi (
Fidelity)模組或等效之無線通訊模組。 9 J288229 【實施方式】 、乂下係藉由特疋的具體實施例說明本發明之實施方 式，使該發明技術領域具通常知識者可由本說明書所揭示 之内容輕易地了解本發明之其他優點與功效。 5 請一併參考圖1及圖2,其中圖1係為本發明之系統示 意，而圖2係為本發明一較佳實施例之查詢服務架構示意 圖。由圖1及圖2中可知，本發明提供之-種全球移動式遠 距> Λ查詢系統100是透過一網際網路1〇與一外部裝置別 連線以接收-查詢結果D1，而此系統是包括有_移動裝置工 10 及一遠距行動通訊裝置2。 移動裝置1是包括有一全球衛星定位系統（Gps)模組 一地圖資料庫12、一顯示器13、一第一中央處理器14、 一第一短距無線通訊模組15、及一資料輸入介面ΐ3ι。其 中王球傾生疋位糸統（GPS)模組11、地圖資料庫12、顯示 15器13、第一短距無線通訊模組15、及資料輸入介面131分別 ”第中央處理器14電性連接，而全球衛星定位系統（GpS) 模組11係計算並輸出一移動裝置當時所在位置座標^。 遠距行動通訊裝置2是包括有一遠距無線通訊模組 2卜一第二中央處理器22、及一第二短距無線通訊模組μ。 中返距無線通訊模組21、及第二短距無線通訊模組 分別與第二中央處理器22電性連接，而第二短距無線通訊 模組23與第一短距無線通訊模組15以短距無線通訊方式互 相傳送訊號，而遠距無線通訊模組21透過網際網路1〇，與 外部裝置20連線，以接收查詢結果di。 1288229 在本發明較佳實施例中，使用者由移動裝置丨之資料輸 入介面131，即是個人數位助理（pDA)之觸控式面板，以輸 入一查询需求R1。例如欲查詢移動裝置當時所在位置座標 C1在地圖上顯示台北車站附近的設施資訊-飯店或餐廳… 5 等。則查詢需求R1會經由移動裝置1之第一中央處理器14 作訊號轉換處理後，接著由第一短距無線通訊模組15，即 是藍芽模組，以短距無線通訊方式傳送出訊號，並以遠距 行動通訊裝置2即是行動電話中之第二短距無線通訊模組 23，即疋監芽模組接收訊號，再以第二中央處理器作訊 10 號轉換處理後，透過遠距無線通訊模組21，即是整合封包 無線電服務（GPRS)模組，經由網際網路1〇與外部裝置2〇 連線，以發送查詢需求R1。在本實施例中，外部裝置2〇是 本地伺服器201及本地資料庫202，即分別是台灣地區網路 伺服器及台灣地區資料庫。例如連線至台灣地區網路伺服 15器之台灣地區資料庫查詢移動裝置當時所在位置座標(::丨在. 地圖上顯示台北車站附近的飯店設施資訊，經查詢後可獲 得天成飯店、台北凱薩大飯店等設施資訊、及飯店當時的 訂房情況、價位等資訊。 ____________ 然後，將本地伺服器2〇1讀取本地資料庫202以找出與 20移動裝置當時所在位置座標C1相關連之設施資訊、並併2 查詢結果D1中利用遠距無線通訊模組21接收。例如查詢後 獲得之天成飯店、台北凱薩大飯店等設施資訊、及飯店當 時的訂房情況、價位等資訊，並經由第二短距無線通訊模 組23以短距無線通訊傳送訊號至第一短距無線通訊模組 11 1288229 =再5過第:中央處理器14作訊號處理後，顯示於顯示 器3或者，第一中央處理器14亦可以一併讀取地圖資料 庫12=找出與移動裝置丨當時所在位置座標ci周遭相關連 之圖資一併顯示於顯示器13上。 另卜明參考圖3。圖3係為本發明另一較佳實施例之 =。旬服矛力名構示思圖。圖3中所示系統架構大致與圖2相 同，唯一不同的是全球移動式遠距資訊查詢系統100還包括 有一遠端行動終端機3，其是組設在機動車輛上（在本實施 例為汽車）。前述遠端行動終端機3包括有另一全球衛星定 10位統（GPS )模組31、另-遠距無線通訊模組32、及第三 中央處理器33。其中’另—全球衛星定位系統（Gps)模組 31、及另一遠距無線通訊模組32分別與第三中央處理器” 電性連接，而另—全球衛星定位系統（GPS)模組31係接收 複數個術生訊唬，以計算並輸出一遠端行動終端機當時所 15在位置座標C2，經由第三中央處理器33作訊號轉換處理 後，以另一遠距無線通訊模組32將遠端行動終端機當時所 在位置的座標C2無線傳送出去。 在本發明另一較佳實施例中，使用者由移動裝置丨之資 料輸入介面131即是個人數位助理（PDA)之觸控式面板輸入 2〇 一查詢需求R2，其包括有遠端行動終端機當時所在位置座 標C2之查詢，其實使用者是以觸控式面板輸入遠端行動終 端機3的通訊門號30,作為遠端行動終端機當時所在位置座 標C2之查詢需求R2。接著，查詢需求R2會經由移動裝置工 之第一中央處理器14作訊號轉換處理|，由帛一短距無線 12 1288229 通訊模組15，即是藍芽模組，以短距無線通訊方式，傳送 出訊號，並以遠距行動通訊裝置2即是行動電話中之第二短 距無線通訊模組23即是藍芽模組接收訊號，再以第二中央 處理器22作訊號轉換處理後，透過遠距無線通訊模組^即 5是整合封包無線電服務（GPRS)模組經由網際網路1〇與外 部裝置20連線以發送查詢需求R2。在本另一較佳實施例 中，外部裝置20分別是本地伺服器2〇1及本地資料庫2〇2、 與外地伺服器203及外地資料庫綱，即分別是台灣地區網 路飼服及台灣地區資料庫、與美國地區網路伺服器及美 10 國地區資料庫。 W 、 然後，外部裝置20經過網際網路以遠端行動終端機3的 通訊門號30呼叫遠端行動終端機3，而遠端行動終端機^之 另一遠距+無線通訊模組32即是整合封包無線電服務 (GPRS)模組接收到來自外部裝置2〇的呼叫後，隨即經過 15第三中央處理器33取得另一全球衛星定位系統（Gps)模組 經接收複數個衛星訊號而計算並輸出之遠端行動終端機 當時所在位置座標C2 ’並將遠端行動終端機當時所在位置 的座標C2回復給外部裝置2〇。 最後，遠距無線通訊模組21透過網際網路1〇從外部裝 20置20下載查詢結果D2 ’其中查詢結果以即是遠端行動終端 機®奸所在位置座標〇2與街道地址資料及其附近的地圖資 料，利用遠距無線通訊模組21接收，經由第二短距無線通 訊模組23以短距無線通訊傳送訊號至第一短距無線通訊模 組15、再經過第一中央處理⑽作訊號處理後，將遠端行 13 1288229 動終端機當時所在位置座標C2與街道地址資料及其附近的 地圖資料顯示於顯示器13上。 例如，使用者在美國境内欲查詢台灣境内的汽車現在 哪裡？只要由移動裝置1輸入汽車之遠端行動終端機3的通 訊門號30,透過遠距行動通訊裝置2連線至美國地區網路伺 服器202，以台灣地區網路伺服器2〇1撥號呼叫遠端行動終 端機3的通訊門號30，即可查到遠端行動終端機當時所在位 置座標C2。之後，台灣地區網路伺服器2〇1將傳送遠端行動 終端機當時所在位置座標C2A其附近地圖資料至美國地區 網路飼服器202，並透過遠距行動通訊裝置2回復給移動裝 置1。即可讓在美國地區之使用者，以移動裝置丨之顯示器 13，顯示在台灣地區部分地圖及遠端行動終端機3當時所在 位置之座標及街道地址資料，以方便隨時掌控。 15 20 綜上所述，本發明提供可即時主動查詢當時所在位置 f遭的相關娛樂或交通等相„訊，免去定時更新娱樂或 f通相關資訊的麻煩，或可隨時隨地即時主動查詢車輛當 時所在位置，以達到方便連接上網際網路，且有效 : 詢之目的。 一 上述實施例僅係為了方便說明而舉例而已。然而在不 予離本發明之精神下，該發明所屬技術領域具通常知識者 =本說明書所揭示之内容輕易地瞭解，進行各種修飾血 本發明所主張之權利範圍自應以申請專利範圍所述 為準，而非僅限於上述實施例。 14 1288229 【圖式簡單說明】 圖1係本發明之系統方塊圖。 圖2係本發明一較佳實施例之查詢服務架構示意圖。 圖3係本發明另一較佳實施例之查詢服務架構示意圖。Fidelity module or equivalent wireless communication module. [Embodiment] The embodiments of the present invention are described by way of specific embodiments, so that those skilled in the art can easily understand other advantages of the present invention from the contents disclosed in the specification. efficacy. 5 and FIG. 2, FIG. 1 is a schematic diagram of the system of the present invention, and FIG. 2 is a schematic diagram of a query service architecture according to a preferred embodiment of the present invention. As can be seen from FIG. 1 and FIG. 2, the global mobile remote distance query system 100 is connected to an external device through an Internet 1 to receive the query result D1. The system includes a mobile device 10 and a long-range mobile communication device 2. The mobile device 1 includes a global satellite positioning system (Gps) module, a map database 12, a display 13, a first central processing unit 14, a first short-range wireless communication module 15, and a data input interface ΐ3ι . The "ball" system (the GPS module) 11, the map database 12, the display device 13, the first short-range wireless communication module 15, and the data input interface 131 respectively "the central processing unit 14 electrical Connected, and the Global Positioning System (GpS) module 11 calculates and outputs a coordinate location of the mobile device at the time. The telematics device 2 includes a remote wireless communication module 2 and a second central processing unit 22 And a second short-range wireless communication module μ. The medium-return wireless communication module 21 and the second short-range wireless communication module are respectively electrically connected to the second central processing unit 22, and the second short-range wireless communication The module 23 and the first short-range wireless communication module 15 transmit signals to each other in a short-range wireless communication manner, and the remote wireless communication module 21 is connected to the external device 20 through the Internet 1 to receive the query result di In a preferred embodiment of the present invention, the user inputs a data input interface 131, which is a touch panel of a personal digital assistant (pDA), to input a query request R1. For example, to query the mobile device at that time. location The standard C1 displays the facility information near the Taipei station on the map - restaurant or restaurant... 5 etc. The inquiry request R1 is processed by the first central processing unit 14 of the mobile device 1 after the signal conversion process, followed by the first short-range wireless communication. The module 15, that is, the Bluetooth module, transmits the signal by short-range wireless communication, and the long-distance mobile communication device 2 is the second short-range wireless communication module 23 in the mobile phone, that is, the monitoring module After receiving the signal, the second central processing unit performs the conversion processing of the number 10, and then transmits the packet processing through the remote wireless communication module 21, that is, the integrated packet radio service (GPRS) module, via the Internet 1 and the external device. The connection is to send the query request R1. In this embodiment, the external device 2 is a local server 201 and a local database 202, that is, a network server in Taiwan and a database in Taiwan. For example, connecting to Taiwan. The regional network servo 15 device's Taiwan area database inquires about the location coordinates of the mobile device at the time (:: 丨在. The map shows the hotel facilities information near Taipei Station, and the Tiancheng Hotel can be obtained after inquiry. Information about the facilities such as the Caesar Hotel in Taipei, as well as the reservation status and price of the hotel at the time. ____________ Then, the local server 2〇1 reads the local database 202 to find out the coordinates C1 of the location where the mobile device is located at the time. Even the facility information and the result of the query D1 are received by the remote wireless communication module 21. For example, the information of the facilities such as the Tiancheng Hotel and the Caesar Hotel in Taipei, as well as the reservation status and price of the hotel at that time, And transmitting, by the second short-range wireless communication module 23, the short-range wireless communication signal to the first short-range wireless communication module 11 1288229=again 5: after the central processing unit 14 performs signal processing, it is displayed on the display 3 or The first central processing unit 14 can also read the map database 12 together to find the map associated with the coordinate position ci of the mobile device at the time of the location, and display it on the display 13. See also Figure 3. Figure 3 is a further embodiment of the present invention. The ten-day spear force name constitutes a map. The system architecture shown in FIG. 3 is substantially the same as that of FIG. 2, except that the global mobile telematics system 100 further includes a remote mobile terminal 3, which is assembled on a motor vehicle (in this embodiment car). The remote mobile terminal 3 includes another global satellite positioning system (GPS) module 31, another remote wireless communication module 32, and a third central processing unit 33. The 'other-global satellite positioning system (Gps) module 31 and the other long-range wireless communication module 32 are electrically connected to the third central processing unit respectively, and the other is the global satellite positioning system (GPS) module 31. Receiving a plurality of surgical signals to calculate and output a remote mobile terminal 15 at the position coordinate C2 at that time, and performing signal conversion processing via the third central processing unit 33, and then using another remote wireless communication module 32 The coordinate C2 of the location where the remote mobile terminal is located is wirelessly transmitted. In another preferred embodiment of the present invention, the data input interface 131 of the user by the mobile device is a touch control of a personal digital assistant (PDA). The panel input 2〇1 query request R2 includes the query of the coordinate C2 of the remote mobile terminal at the time. In fact, the user inputs the communication gate number 30 of the remote mobile terminal 3 as a remote end by using the touch panel. At the time, the mobile terminal is located at the coordinate C2 of the query request R2. Then, the query request R2 is processed by the first central processor 14 of the mobile device for signal conversion processing |, by a short-range wireless 12 1288229 The module 15 is a Bluetooth module, which transmits the signal by short-range wireless communication, and the remote communication device 2 is the second short-range wireless communication module 23 in the mobile phone, that is, the Bluetooth module. The group receives the signal, and then performs the signal conversion processing by the second central processing unit 22, and then connects to the external device 20 via the Internet 1 through the remote wireless communication module, ie, the integrated packet radio service (GPRS) module. In order to send the query request R2, in another preferred embodiment, the external device 20 is a local server 2〇1 and a local database 2〇2, a foreign server 203, and a foreign database library, namely, Taiwan. Regional network feeding service and Taiwan area database, and US regional network server and US regional database. W, then, external device 20 calls through the Internet to communicate terminal number 30 of remote mobile terminal 3. The remote mobile terminal 3, and the remote mobile terminal module's other remote + wireless communication module 32, that is, the integrated packet radio service (GPRS) module receives the call from the external device 2, and then passes through 15 Third central processing 33 Acquire another coordinate (C2) of the remote mobile terminal that is calculated and output by another Global Positioning System (Gps) module by receiving a plurality of satellite signals, and return the coordinate C2 of the remote mobile terminal at the location of the remote mobile terminal to The external device 2〇. Finally, the remote wireless communication module 21 downloads the query result D2 from the external device through the Internet 1〇, wherein the query result is the remote mobile terminal device® location coordinates 〇 2 and The street address data and the map data in the vicinity thereof are received by the remote wireless communication module 21, and the short-range wireless communication is transmitted to the first short-range wireless communication module 15 via the second short-range wireless communication module 23, and then After the first central processing (10) is processed as a signal, the coordinate C2 of the remote terminal 13 1288229 mobile terminal and the street address data and the map data in the vicinity thereof are displayed on the display 13. For example, where is the user in the United States looking for a car in Taiwan? As long as the mobile device 1 inputs the communication gate number 30 of the remote mobile terminal 3 of the car, it is connected to the US regional network server 202 through the telematics device 2, and dials the call with the network server 2〇1 of the Taiwan area. The communication door number 30 of the remote mobile terminal 3 can be used to find the coordinate C2 of the remote mobile terminal at the time. After that, the Taiwan area network server 2〇1 will transmit the map data of the nearby location of the remote mobile terminal at the location C2A to the US regional network feeder 202, and reply to the mobile device 1 through the remote mobile communication device 2. . It is convenient for users in the United States to display the coordinates of the location and the street address of the location of the remote mobile terminal 3 at the time of the display of the mobile device. 15 20 In summary, the present invention provides an instant and active inquiry about the relevant entertainment or traffic information at the time of the location, eliminating the need to periodically update entertainment or related information, or can actively query the vehicle at any time and any place. The location at that time is convenient for connecting to the Internet, and is effective: the purpose of the inquiry. The above embodiments are merely examples for convenience of explanation. However, without departing from the spirit of the present invention, the technical field to which the invention pertains Generally, the knowledge disclosed in the present specification is easy to understand and the various modifications are made. The scope of the claims is based on the scope of the patent application, and is not limited to the above embodiments. 14 1288229 [Simple description Figure 1 is a block diagram of the system of the present invention. Figure 2 is a schematic diagram of a query service architecture according to a preferred embodiment of the present invention. Figure 3 is a schematic diagram of a query service architecture according to another preferred embodiment of the present invention.
【主要元件符號說明】 100 全球移動式遠距資訊查詢 131 資料輸入介面 系統 10 網際網路 D1，D2 查詢結果 20 外部裝置 21 遠距無線通訊模組 1 移動裝置 22 第二中央處理器 2 遠距行動通訊裝置 R1，R2 查詢需求 12 地圖資料庫 201 台灣地區網路伺服 13 顯示器 202 美國地區網路伺服 14 第一中央處理器 3 遠端行動終端機 15 第一短距無線通訊模組 30 通訊門號 23 弟一短距無線通訊模組 33 第三中央處理器 Cl 私動裝置當時所在位置座標 C2 遠端行動終端機當時所在位置座標 11 王球衛星定位系統模組 31 另一全球衛星定位系統模組 32 另一遠距無線通訊模組 15[Main component symbol description] 100 Global mobile remote information query 131 Data input interface system 10 Internet D1, D2 Query result 20 External device 21 Remote wireless communication module 1 Mobile device 22 Second central processor 2 Remote Mobile communication device R1, R2 Query demand 12 Map database 201 Taiwan area network servo 13 Display 202 US area network servo 14 First central processor 3 Remote mobile terminal 15 First short-range wireless communication module 30 Communication door No. 23 brother-short-range wireless communication module 33 Third central processor Cl The position of the private device at the moment C2 Remote mobile terminal at the time position coordinates 11 Wangqiai satellite positioning system module 31 Another global satellite positioning system module Group 32 Another remote wireless communication module 15