1286429 七、指定代表圖： 、一）本案指疋代表圖為：第一圖。 (二）本代表圖之元件符號簡單說明： 11 :第一通訊裝詈· m •太斗 19. Μ -U1.查詢信號；及 .第一通料置；121 :地圖資訊。 八本案右有化學式時，請揭示最能顯示發明特徵的化學式：1286429 VII. Designation of representative drawings: 1) The representative figure of the case refers to: the first picture. (2) Brief description of the symbol of the representative figure: 11: First communication device · m • Taidou 19. Μ -U1. Query signal; and . First pass; 121: Map information. When there are chemical formulas on the right side of the eight cases, please reveal the chemical formula that best shows the characteristics of the invention:
九、發明說明： 【發明所屬之技術領域】 ^發，侧於-種查K狀其具全較位祕魏之通 特別疋關於-種以簡訊模式傳送欲查詢之地圖資訊之查詢系統^ 其具全球定位系統功能之通訊|置。 【先前技術】 隨著通訊科技的快速發展，高便利、高機動性且價位不高 的通訊裝置，如手機，已普及成為國人生活中不可或缺的一項 民生必需品。 ' 目如更推出一種具有全球定位系統（Gi〇bal Positioning System，GPS)功能之手機，讓使用者無論於何時何地皆可運 用其全球定位系統功能，查詢位置等資料。然而，此手機由於 增加全球定位系統功能，因此價位偏高，其普遍性較一般手 機低。 1286429 因t，如何使不具有全球定位系統功能之手機，亦能透過全 球定位系統查詢位置資訊特料，即為本發贿欲解決之課題。 【發明内容】 有鑑於上轉題’本發狀目的為触—種細祕及其具全 位系統功能之通訊裝置。利關建全球定位祕功能之第二通 ^裝置’使其接收第—通訊裝置之查詢信號細報相對應之地圖資 圖資ϊί目Γ具有全球定位系統功能之第-通訊裝置綱 緣是’為達上述目的，依本發明之查詢系統其包含有第一通 第二通喊置。其巾’第—通訊裝置係發送查詢信號。而 一、Λ裝置係具有全球定位系統功能及至少一預設之地圖資料 於接收該查詢信號，絲據錢錢之内容比對至少一地圖 L後’以簡訊模式將所對應產生之崎訊傳送至第一通訊裝 詈，’本發鴨提供—種具有全球定位系統魏之通訊裝 通訊裝置包;全統功能之树置進行傳輸。此 ====途。接收單元係接收此不具有全球定= 容比對至^箱:3!之查a域。處理單元係根據查詢信號之内 子至V —預§又之地圖資料庫，對應產生地 巧訊模式發送地_至此不具有全球__^^ 外’本發明另提供—種通訊裝置，用於與—具有全球定位车 輪體、發送單元'、 係發送嫌㈣嫩====== 1286429 係接收此具有全球定位系統功能之通訊裝置以簡訊模式所發送之地 圖資訊，其中地圖資訊係對應查詢信號之内容。顯示單元係顯示地 圖資訊。藉此，利用具有全球定位系統功能之通訊裝置，達到查詢 地圖資訊之目的。 茲為使本發明之技術特徵及所達成之功效有更進一步之瞭解與 認識，下文謹提供較佳之實施例及相關圖式以為輔佐之用，並以詳 細之說明文字配合說明如後。 【實施方式】 以下將參照相關圖式，說明依本發明較佳實施例之查詢系統及 其通訊裝置。為使便於理解，下述實施例中之元件符號係沿用與前 一實施例中相同元件之符號。 ' 第一圖係為本發明之查詢系統之示意圖。圖中包含第一通訊裝 置11及第二通訊裝置12，例如手機。其中，第二通訊裝置12具有 全球定位系統功能及至少一預設之地圖資料庫。當第一通訊裝置u 發送查詢信號111至第二通訊裝置12時，第二通訊裳置12接收杳 詢信號111，並根據查詢信號111比對至少一地圖資料庫，對應產 生地圖資訊121 ,並以簡訊模式傳送至第一通訊裝置u。藉此了使 第一通訊裝置達到查詢地圖資訊之目的。 接續請參閱第二圖，係為本發明之第一通訊裝置之示意圖，用 於與具有全球定位系統功能之第二通訊裝置進行傳輸。圖^，第一 通訊裝置包含處理單元21、發送單元22、接收單元23、輸入單元 24、顯示單元25及通訊主體26。處理單元21用於接收輸入單元24 之查詢信號111，以控制發送單元22發送查詢信號lu及通訊裝置 號碼至第二通訊裝置。且當接收單元23接收第二通訊農置以簡訊 式所發送之地圖資訊121時，處理單元21將控制顯示單元^顯示 接收單元23所接收之地圖資訊121。通訊主體26係提供外界通訊 1286429 ，用途。此外’地圖資訊丨21係對應查詢信號⑴之内容 ，而該查 询#號111之内容可為查詢路徑或查詢第二通訊裝置之所在位置。 藉此’可使第一通訊裝置達到查詢地圖資訊之目的。 接續請參閱第三圖，係為本發明之具全球定位系統功能之第二 通訊裝置之示意圖，用於與不具有全球定位祕功能之第—通訊裝 置進^傳輸。圖中，第二通訊裝置包含處理單元31、發送單元32、 ，收單元33、地圖資料庫34、定位模組35及通訊主體36。其中， ，位模組35係提供全球定位系統功能。通訊主體36係提供外界通 汛之用i^。接收單元33係接收第一通訊裝置所發送之查詢信號 接著，處理單元31根據接收單元33所接收之查詢信號in之 内容比1至少一預設之地圖資料庫34，對應產生地圖資訊121，或根 據查詢信號111之内容，透過定位模組35，產生如第二通訊裝置所 在，置之地圖資訊⑵。發送單元32係以簡訊模式發送地圖資訊⑵ j-通訊裝置。此外，查詢信號ln之信號模式要求格式包含一 f間訊模式或多媒體簡訊模式(MMS)所制定之要求格式（t 格式=/|:旬=111之信號模式要求格式為—般簡訊模式要求 Γη之产3==地_訊121轉換為文字格式；當查詢信號 若來诉之軌U1來源之通訊裝置號錢行認證程序， 出之號碼，則進—步處理查詢信號 ⑴，猎此以限制索取地圖資訊者之身分。 处里查挑波 本發明之另—較佳實_為第—通 明f統查詢第二通訊裝置之使用者所在位置， 可為具有或不具有全球定㈣統功能。其中，第：:22喊置 圖貝糊，係由定位模組35接收定位衛星之無線信號^， 6429 信號進行運算處理產生位置資料；再經由處理單元31根據位 發比對至少一地圖資料庫，而對應產生地圖資訊121 ;之後， 元32即係以簡訊模式發送地圖資訊121至第一通訊裝置。藉 位置。一通訊裝置之使用者即可得知第二通訊裝置之使用者之所在 清參閱第四圖，係為本發明之查詢第二通訊裝置所在位置之方 法之步驟流程圖，其包含下列步驟： 步驟S401 :開始； 步驟S402 :第二通訊裝置處於待機狀態； 步驟S403 :判斷是否收到簡訊；若是，則進行步驟S4〇5 ;若 否’則回到步驟S402 ; 步驟S405 :判斷簡訊是否以特定格式編寫；若是，則進行步驟 S407 ;若否，則進行步驟S4〇6 ; 步驟S406 :將簡訊之内容顯示於顯示單元中； 步驟S407:判斷簡訊中是否具有第二通訊裝置所在位置之查詢 要求；若是，則進行步驟S4〇8 ;若否，則進行步驟 S409 ； 步驟S4G8 :啟較賴組’城生第二通訊裝 圖資訊； 步驟S4G9 :根據簡訊之内容比對至少—地圖資料產生地 圖資訊； 步驟S410 ··判斷簡訊之信號槿式卡 m夂式求格式，若為—般簡訊模式 要:’、\進仃步驟如1;若為多媒體簡訊模式 要衣格式，則進行步驟S412 ; 步驟S411 :轉換地圖資訊為文字格式； 步驟S412 :轉換地圖資訊為圖片格式；及 步驟S413:結束。 ° ’ 1286429 置號竭認證此步驟’第二通訊裝置可藉由通訊裝 此’以限制索取地圖資訊者之身分，避免 外，亦方去除了可&供文字格式或圖片格式之地圖資訊以 餐磨；·地圖查询、道路指引或其他與查詢地點相關之資訊(如 要廳、停車場、電影院等）等資訊。 須先置之用戶欲利__，必 輯模式、扁軏一例如間訊之查詢信號，且傳送至第二通 第二通訊裝置查詢到相應之地圖資料。其中，以查詢板 :杏粉t板橋火車狀地圖資訊，且請求以多雜簡訊模式回覆 Φΐ二T為例°用#將編輯例如如下所述之查詢4讀：“$MMS$ rom板橋新埔捷運站$ $το$ $板橋火車站$ =H_MediunC β内容中，係以“$”符號作為每個字元間之 二，,\付狁，並該些字元至少包含信號模式要求“MMS” 、“起始 楚一⑷如板橋新埔捷運站)及“目的地，，（例如板橋火車站）等，使 訊裝置可根據該些字元對應產生地_訊。請參閱第五圖， ,、:、、气，之地圖資訊之—實施例之示意圖。圖中，第—通訊裝置 之,、、、員示單元25顯示地圖資訊丨2卜而地圖資訊丨21為第二通訊裝 ，12/根據上述之查詢信號所發送之地圖資訊⑵。藉此，使無全球 疋位糸統魏之第-通訊裝置u亦可藉由第二通訊裝置12達到查 詢地圖資訊之目的。 、以^戶f述僅為舉例性，而非為限制性者。任何未脫離本發明之 精神與㈣，崎其進行之等絲改或變更，均應包含於後附之申 請專利範圍中。 1286429 【圖式簡單說明】 第一圖係為本發明之查詢系統之示意圖； 第二圖係為本發明之第一通訊裝置之示意圖； 第三圖係為本發明之具全球定位系統功能之第二通訊裝置之厂、立” 第四圖係為本發明之查詢第二通訊裝置所在位置之方法之牛^J二 圖；及 少〃 Ml· 第五圖係為本發明之一實施例之地圖資訊之示意圖。Nine, invention description: [Technical field to which the invention belongs] ^ 发, 侧 在 - - - - - - - - - - - 其 其 其 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Positioning system function communication | set. [Prior Art] With the rapid development of communication technology, high-convenience, highly mobile and low-priced communication devices, such as mobile phones, have become an indispensable necessity for people's lives in the lives of Chinese people. 'The purpose is to introduce a mobile phone with Global Positioning System (GPS) function, allowing users to use their GPS functions, query location and other information whenever and wherever. However, this mobile phone has a higher price than the general mobile phone because of its increased global positioning system function. 1286429 Because of the t, how to make the mobile phone without GPS function can also query the location information special through the global positioning system, which is the subject of bribery. SUMMARY OF THE INVENTION In view of the above-mentioned problem, the purpose of the present invention is to touch the secret and its communication device with full system function. The second channel of the global positioning secret function is to make it receive the information signal of the first communication device. The target information of the global positioning system is - the communication device is ' To achieve the above object, the inquiry system according to the present invention includes a first pass and a second pass. The towel's first communication device sends an inquiry signal. And the first device has a global positioning system function and at least one preset map data for receiving the inquiry signal, and the content of the money and money is compared with at least one map L, and the correspondingly generated image is transmitted in the short message mode. To the first communication device, 'Benfa Duck provides a kind of communication device package with Global Positioning System Weizhi; the whole system function tree is transmitted. This ==== way. The receiving unit receives the domain that does not have a global fixed ratio to the box: 3! The processing unit is based on the in-progress of the inquiry signal to the V-pre-status map database, corresponding to the originating mode of the mode of transmission - to the extent that there is no global __^^ externally, the present invention further provides a communication device for - With global positioning wheel body, transmitting unit', transmitting (4) tender ====== 1286429 is to receive the map information sent by the communication device with GPS function in the SMS mode, where the map information is corresponding to the query The content of the signal. The display unit displays map information. In this way, the communication device with the function of the global positioning system is used to achieve the purpose of querying the map information. For a better understanding and understanding of the technical features of the present invention and the efficacies of the present invention, the preferred embodiments and related drawings are provided for the purpose of the present invention. [Embodiment] Hereinafter, an inquiry system and a communication device thereof according to a preferred embodiment of the present invention will be described with reference to the related drawings. For ease of understanding, the component symbols in the following embodiments follow the symbols of the same components as in the previous embodiment. The first figure is a schematic diagram of the inquiry system of the present invention. The figure includes a first communication device 11 and a second communication device 12, such as a cell phone. The second communication device 12 has a global positioning system function and at least one preset map database. When the first communication device u sends the query signal 111 to the second communication device 12, the second communication device 12 receives the query signal 111, and compares at least one map database according to the query signal 111, correspondingly generates the map information 121, and The message is transmitted to the first communication device u in the short message mode. Thereby, the first communication device is made to achieve the purpose of querying the map information. Next, please refer to the second figure, which is a schematic diagram of the first communication device of the present invention for transmission with a second communication device having a global positioning system function. The first communication device includes a processing unit 21, a transmitting unit 22, a receiving unit 23, an input unit 24, a display unit 25, and a communication body 26. The processing unit 21 is configured to receive the inquiry signal 111 of the input unit 24 to control the sending unit 22 to send the inquiry signal lu and the communication device number to the second communication device. And when the receiving unit 23 receives the map information 121 sent by the second communication farmer in the short message mode, the processing unit 21 will control the display unit to display the map information 121 received by the receiving unit 23. The communication main body 26 provides external communication 1286429, use. Further, the 'map information 丨 21 corresponds to the content of the inquiry signal (1), and the content of the inquiry # number 111 can be the inquiry path or the location of the second communication device. In this way, the first communication device can be made to query the map information. For the continuation, please refer to the third figure, which is a schematic diagram of the second communication device with the global positioning system function of the present invention, which is used for transmission with the first communication device without the global positioning secret function. In the figure, the second communication device includes a processing unit 31, a transmitting unit 32, a receiving unit 33, a map database 34, a positioning module 35, and a communication body 36. Among them, the bit module 35 provides global positioning system functions. The communication main body 36 provides the external communication i^. The receiving unit 33 receives the query signal sent by the first communication device, and then the processing unit 31 correspondingly generates the map information 121 according to the content of the query signal in received by the receiving unit 33, at least one preset map database 34, or According to the content of the inquiry signal 111, through the positioning module 35, the map information (2) is set as the second communication device is located. The transmitting unit 32 transmits the map information (2) j-communication device in the short message mode. In addition, the signal mode requirement format of the inquiry signal ln includes a f-intermediate mode or a multimedia short message mode (MMS) required format (t format=/|: 1:1=1 signal mode requirement format is - general mode mode requirement Γη The production of 3 == ground _ _ 121 converted to text format; when the query signal to the U1 source of the communication device number money line certification program, out of the number, then step into the query signal (1), hunting this to limit The identity of the person who requests the map information. The other side of the present invention is the one that is inquired about the location of the user of the second communication device, with or without the global (four) system function. Wherein, the ::22 screams the map, the positioning module 35 receives the wireless signal of the positioning satellite ^, the 6429 signal is processed to generate the position data; and then the processing unit 31 compares at least one map database according to the bit position. Correspondingly, the map information 121 is generated; then, the element 32 sends the map information 121 to the first communication device in the short message mode. The user can know the use of the second communication device by the user of the communication device. Referring to FIG. 4, it is a flow chart of the method for querying the location of the second communication device according to the present invention, which includes the following steps: Step S401: Start; Step S402: The second communication device is in the standby state; S403: determining whether the short message is received; if yes, proceeding to step S4〇5; if not, returning to step S402; step S405: determining whether the short message is written in a specific format; if yes, proceeding to step S407; if not, proceeding to step S4〇6; Step S406: displaying the content of the short message in the display unit; Step S407: determining whether the short message has the query request of the location of the second communication device; if yes, proceeding to step S4〇8; if not, proceeding to step S409; Step S4G8: Start the comparison group 'City of the second communication installation information; Step S4G9: According to the content of the newsletter comparison at least - map information to generate map information; Step S410 · · Judging the signal of the newsletter card type To find the format, if it is a general message mode, it should be: ', \ enter the steps as 1; if it is the multimedia message mode, then proceed to step S412; step S411: convert the place The information is in a text format; Step S412: Converting the map information to a picture format; and Step S413: Ending. ° ' 1286429 Setting up the authentication step This step 'the second communication device can be installed by communication' to restrict the identity of the person who requests the map information , to avoid outside, also remove the map information for text format or image format for meal grinding; · map query, road guidance or other information related to the query location (such as the main hall, parking lot, cinema, etc.) The user must first set the __, the mode, the squat, and the interrogation signal, and send it to the second communication device to query the corresponding map data. Among them, the inquiry board: apricot powder t-bridge train-like map information, and request to reply to Φΐ二T as an example in the multi-hybrid mode. ° Use the editor for example 4 as follows: “$MMS$ rom Banqiao Xinpu MRT station $ $το$ $ Banqiao train station $ = H_MediunC β content, with the "$" symbol as the second between each character, \付狁, and these characters contain at least the signal mode requirement "MMS ", Chu Chu (4) such as Banqiao Xinpu MRT Station) and "destination, (such as Banqiao Railway Station), etc., the device can generate the ground according to the corresponding characters. See the fifth figure , , , :, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 12/ The map information (2) sent according to the above inquiry signal, thereby enabling the non-global unit system Weizhi-communication device u to achieve the purpose of querying the map information by the second communication device 12. The description of the household is merely exemplary and not limiting. And (4), the changes or changes made by Qiqi, etc., shall be included in the scope of the patent application attached. 1286429 [Simple description of the diagram] The first diagram is a schematic diagram of the inquiry system of the present invention; The schematic diagram of the first communication device of the present invention; the third diagram is the factory of the second communication device with the global positioning system function of the present invention, and the fourth figure is the method for querying the location of the second communication device of the present invention. The cow IIJ picture; and the lesser Ml· The fifth picture is a schematic diagram of the map information of one embodiment of the invention.
【主要元件符號說明】 11 :第一通訊裝置； 12 :第二通訊裝置； 111 :查詢信號； 121 ··地圖資訊； 21 :處理單元； 22 :發送單元； 23 :接收單元； 24 ·輸入單元； 25 :顯示單元； 26 :通訊主體； 31 ··處理單元； 32 :發送單元； 33 ··接收單元； 34 :地圖資料庫； 35 :定位模組； 36 :通訊主體；及 S401〜S413 :流程步驟。[Description of main component symbols] 11 : First communication device; 12: Second communication device; 111: Query signal; 121 ··Map information; 21: Processing unit; 22: Transmitting unit; 23: Receiving unit; 25: display unit; 26: communication main body; 31 · processing unit; 32: transmitting unit; 33 · receiving unit; 34: map database; 35: positioning module; 36: communication main body; and S401~S413: Process steps.