1271537 玖、發明說明： 【發明所屬之技術領域】 本發明係關於一種行動通訊方法，特別指一種利用* 位功能而在通訊裝置間產生互動之無線通訊定位之行^ 置、結合定位功能的行動通訊網路及其方法。 1 【先前技術】BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mobile communication method, and more particularly to a wireless communication positioning arrangement that uses an *bit function to generate interaction between communication devices, and an action combining positioning functions. Communication network and its method. 1 [Prior technology]
10 引㈣車導航系統主要包括兩種運作 丄其-係由車載接收器自全球定㈣統（Gps)接收即時位; 貝λ後，傳达至一伺服器而由伺服器將該位置資訊姓人— =圖：料庫後：運算出到達某目的地之最佳路二 〜收自$ —核式則由内建於接收器端之-軟體，自 行完成上述結合電子地圖而運算出最佳路徑之所有 且此種接收a録結合個人數位助理機（pm)或行動電話 1510 (4) car navigation system mainly includes two kinds of operations - it is received by the vehicle receiver from the global (four) system (Gps) to receive the real-time position; after the λ, it is transmitted to a server and the location information is sent by the server People - = Figure: After the library: Calculate the best way to reach a destination 2 - Received from - the core is built into the receiver - software, complete the above combined with the electronic map to calculate the best All of the paths and such receipts are combined with a personal digital assistant (pm) or mobile phone 15
niobUe phone)，使行車導航成為許多移動式通訊裝置^ 基本功能。 不論何種模式， 載具各別提供導航資 ’此為其美中不足者 【發明内容】 現有行車導航系統主要係針對各車輛 訊，而未進一步於使用者間產生互動 20 不赞明之f n ^ . t 而在通訊裝置間產生互動=广供一種利用定位功能 合定位功能的行動通心 通訊定位之行動裝置、結 丁動通訊網路及其方法。 於是niobUe phone), making driving navigation a basic function of many mobile communication devices. Regardless of the mode, the vehicle provides navigation aids separately. This is a deficiencies in the US. [Inventive content] The existing navigation system is mainly for each vehicle, and there is no further interaction between users. 20 Unconfirmed fn ^ . And interaction between the communication devices = a mobile action positioning device that uses the positioning function and the positioning function, the communication network and the method thereof. then
::月揭不―種結合定位功能的行動通訊方法 了與-第-移動式通訊裝置及—第二移動式通 4 1271537 訊裝置1通訊之伺服器，該方法包括下述步驟：a.接收 該等通t“置之位置資訊；b.判斷該等位置資訊之位置是 否位於—預；t範圍.當判斷該等位置位於該預定範圍 内時，依據該等位置資訊而計算—會合位置；d·下傳該會 合位置至該等通訊裝置。 ίο 15 2〇 本發明並揭示—種結合定位功能的行動通訊方法，應 用於一可與一第一移動式通訊裝置及-第二移動式通訊裝 置無線通訊之伺服器，該方法包括下述步驟：丄接收該等 通訊裝置之位置資訊;b.判斷該等位置資訊之位置是否位 於-預定_内；c,t判斷該等位置位於該狀範圍内時 ’下傳-亥第-移動式通訊裝置之該位置資訊至該第二移動 式通訊裝置。 受曰另揭示一種結合定位功能的行動通訊方法，應 用於一可與—第二移動式通訊裝置無線通訊之第一移動： 通訊裝置’該第-及第二移動式通訊裝置分別可自_定位 系統接收—第—位置資訊及—第二位置資訊，該方法包括 下述步驟：a.自該第二移動式通訊裝置接收該第二位置資 訊’> 判斷該等位置資訊之位置是否位於一預定範圍内； c.當判斷該等位置位於該預定範圍内日夺，依據該等位置資 訊而计异一會合位置；d•顯示該會合位置。 、 本發明又揭示一種結合定位功能的行動通訊方法，應 用於一可與一第二移動式通訊裝置無線通訊之第一移動式 通七破置’該第一及第二移動式通訊裝置分別可自—定位 系統接收一第一位置資訊及一第二位置資訊，該方法包括 5:: Monthly uncovering the mobile communication method combining the positioning function with the server of the first-mobile communication device and the second mobile communication device, the method comprises the following steps: a. receiving The information of the location information; b. determining whether the location of the location information is located in the pre-pre-range; when determining that the location is within the predetermined range, the location is calculated according to the location information; d. The conference location is transmitted to the communication devices. ίο 15 2 The present invention discloses a mobile communication method combining the positioning functions, which can be applied to a first mobile communication device and a second mobile communication. The server for wireless communication of the device, the method comprising the steps of: receiving location information of the communication devices; b. determining whether the location of the location information is located in the - predetermined_; c, t determining that the locations are located In the range, the location information of the 'down-Hai-mobile communication device is sent to the second mobile communication device. A mobile communication method combining the positioning function is disclosed, and is applied to a second and a second The first movement of the wireless communication device of the mobile communication device: the communication device 'the first and second mobile communication devices can respectively receive the first position information and the second position information from the positioning system, and the method comprises the following steps: Receiving, by the second mobile communication device, the second location information '> determining whether the location of the location information is within a predetermined range; c. determining that the location is within the predetermined range, according to the The position information is different from the position information; d•displays the meeting position. The invention further discloses a mobile communication method combining the positioning function, which is applied to a first mobile type capable of wirelessly communicating with a second mobile communication device. The first and second mobile communication devices respectively receive a first location information and a second location information from the positioning system, and the method includes
下述步驟：a.自該第二移動式通訊裝置接收該第二次 訊；b.判斷該等位置資訊之位置是否位於_預定範圍内貝 c.當判斷該等位置位於該預；^範圍内_，顯示該等位U 訊。 貝 【實施方式】 本發明之技術内容與功效，將於以下配合圖式之較俨 實施例詳細說明中詳述。 乂土 一如圖i所示，本發明結合定位功能的行動通訊網路較 佳實施例，主要包括藉由一無線通訊網路丨而達成無線通 訊之一伺服器2、一第一移動式通訊裝置3及一第二移動式 通訊裝置4,且第一及第二移動式通訊裝置3、4分別供二 第一使用者（圖未示）及一第二使用者（圖未示）使用。本例 中無線通訊網路1係以如GPRS、CDMA系統等行動通訊網路 (cellular network)為例，然自然亦可應用於WUN(無線區 域網路）或其他適當之無線通訊網路。 祠服器2主要包括同為軟體形式之一比對模組21、一 地圖模組22及一會合位置計算模組23。地圖模組22儲存 複數電子地圖，各電子地圖除内含如道路、重要公民營機 構、商店、觀光景點等基本地理資訊外，並針對各機構、 商店、景點等記錄一場所類別，例如「餐廳」、「銀行」 、「學校」、「旅館」、「公園」等，以作為後續檢索之 關鍵字，其細節如後詳述。 本實施例中第一移動式通訊裝置3及第二移動式通訊 衣置4皆為一具無線通訊功能之個人數位助理機（pDA)，然 所示，介面模組31於第一移動式通訊裝 ίο 15 20 1271537 亦可適用於如行動電話（㈣Hie 、智慧型手機 、phone)、筆冗型電腦（n〇teb〇〇k computer)或安裝 於載具而可隨之移動之通訊裝置。 ^第移動式通訊裝置3主要包括一軟體形式之介面模 \且31 包含軟、硬體之定位模組32及一軟體形式之控制 =、、且33。第二移動式通訊裝置4則同樣具有相同功能之— w面杈、、且41、疋位模組42及一控制模組43，以下則主要 以第一移動式通訊裝置3為例說明。 ^顯不幕（圖未示）顯示—輸人介面31卜供第-使用者輸入 —數子友名稱312及其各對應之通訊資料（圖未示）後，將 其儲存並可顯示供該使用者檢視或增刪修改 名稱312包括第二使用者 及 者（圖2中以Joseph為例）及其他好 :(使用者），通訊資料則為該好友之行動電話號碼。介面 =組31之運作方式類似行動電話之電話薄或如腳等即時 傳訊（咖加“咖啊，）軟體，㈣於此不另詳述。 、一 t中疋位柢組32則自全球定位系統5(GPS，圖1中 (以下r'r*表）接收第—移動式通訊裝置3之即時位置資訊 (乂下％弟一位置資訊） ^ > 该位置之經緯度，然其他可 耠供位置貧訊之定位系統亦可適用。 控制模組3 3自定你y 4 。 置次 、、、且32取得通訊裝置3之即時位 置貝汛，連同介面模組3 wn 儲存之好友名稱312及對應通訊 貝枓，透過無線通訊網路丨 ΜέΒ 91 . 得1 J服态2。伺服器2之比對 杈、、且21將依據各好友名稱 Z對應之通訊資料，透過無線 7 1271537 通訊網路1針對各好友使用之移動式通訊裝置發出一請求 訊息，.要求各移動式通訊裝置回傳其即時位置資訊，本例 中上述好友即如圖2所例示，包括介面311中Chester、The following steps: a. receiving the second message from the second mobile communication device; b. determining whether the location of the location information is within a predetermined range, c. when determining that the location is located in the pre-; Inside _, the bit U is displayed. [Embodiment] The technical contents and effects of the present invention will be described in detail below with reference to the detailed description of the embodiments. As shown in FIG. 1, the preferred embodiment of the mobile communication network combining the positioning function of the present invention mainly comprises a server 2 for wireless communication and a first mobile communication device 3 by means of a wireless communication network. And a second mobile communication device 4, and the first and second mobile communication devices 3, 4 are respectively used by two first users (not shown) and a second user (not shown). In this example, the wireless communication network 1 is exemplified by a cellular network such as GPRS or CDMA system, but can also be applied to a WUN (wireless area network) or other suitable wireless communication network. The server 2 mainly includes a matching module 21, a map module 22 and a meeting position calculating module 23 in the same software form. The map module 22 stores a plurality of electronic maps, each of which contains basic geographic information such as roads, important public camps, shops, sightseeing spots, etc., and records a category of categories for each institution, store, attraction, etc., such as "restaurants. "Bank", "School", "Hotel", "Park", etc., as keywords for subsequent searches, the details of which are detailed later. In this embodiment, the first mobile communication device 3 and the second mobile communication device 4 are both a personal digital assistant (pDA) with wireless communication function, but the interface module 31 is shown in the first mobile communication. Ίο 15 20 1271537 can also be applied to mobile phones such as mobile phones ((4) Hie, smart phones, phones), pen-type computers (n〇teb〇〇k computer) or mobile devices that can be moved with them. The mobile communication device 3 mainly includes a software interface module and 31 includes a soft and hard positioning module 32 and a software control =, and 33. The second mobile communication device 4 has the same functions as the same as the w-plane, and 41, the clamp module 42 and a control module 43, and the first mobile communication device 3 is mainly described as an example. ^ Display (not shown) display - input interface 31 for the first - user input - number of friends name 312 and their corresponding communication data (not shown), store it and display it for The user view or addition or deletion of the modified name 312 includes the second user and (as in the case of Joseph in FIG. 2) and other good: (user), and the communication data is the mobile phone number of the friend. Interface = Group 31 operates in a manner similar to the phone book of a mobile phone or instant messaging such as a foot (coffee, coffee, etc.) software. (4) This is not detailed here. System 5 (GPS, Figure 1 (the following r'r* table) receives the real-time location information of the first mobile communication device 3 (乂下%弟一位置信息) ^ > The latitude and longitude of the location, but other available The positioning system of the location is also applicable. The control module 3 3 customizes your y 4 . The next time, , and 32 obtains the instant location of the communication device 3, together with the friend name 312 stored in the interface module 3 wn and Corresponding communication Bellow, through the wireless communication network 丨ΜέΒ 91. Get 1 J service state 2. Server 2 comparison, and 21 will be based on the communication data corresponding to each friend name Z, through the wireless 7 1271537 communication network 1 The mobile communication device used by each friend sends a request message, and each mobile communication device is required to return its real-time location information. In this example, the above-mentioned friend is illustrated in FIG. 2, including Chester in interface 311.
Joseph、Dogy、Paul ' Boss、Chris、Leo 等人。 另-方面’以第二使用者(即圖2令Wph)使用之移 動式通訊裝置4為例’當其收到上述比對模組21發出之請 求後，控制模組43即自定位模組42取得通訊裝置4目^ 所在之即時位置資訊（以下稱第二位置資訊）’透過無線通 訊網路1而回傳比對模組21。 ίο 15 20 比對模組21而後將自各移動式通訊裝置接收之位置資 訊’與自卜移動式通訊裝£ 3上傳之第_位置資訊比對 ，一但比對獲得第一移動式通訊裝^ 3之位置與其它至少 一移動式通訊裝置之位置位於一預定範圍内時，即下傳一 訊息至第-移動式通訊裝置3及其他位於該預定範圍之通 訊裝置’以告知該等通訊裝置其共同位於該預定範圍内， 並將所有位於該肢範圍内之位置資訊結合儲存於地圖模 匕22之適當電子地圖後’以電子地圖形式下傳至位於該預 定乾圍之所有通訊裝置。上述預定範圍可為一距離（如Um) 以第一移動式通訊裝置3為中心之圓形區域，或其他 與地理㈣有關之適當表示形式，且除預設於比對模挺^ 外，亦可由第一使用者或其他使用者修改設定後，藉通訊 裝置3或其他通訊裝置上傳飼服器2。 .為便於說明，以下即以比對模組21比對獲得第二移動 式通訊裝1 4與第—移動式通訊裝置3之位置位於一預定 8 ίο 15 20 1271537 範圍内為例，比對模組21將分別下傳— 移動式通訊裝置3、4，各由介面模植 一 ^ ^ 31、41接收後顯示該 u以主動告知第-及第二使用者（即第_及第二移動式 通«置3、4)其正共同位於該預定範圍内，㈣2中顯示 =弟-移動式通訊裝置3之介面311為例，於第二使用者 J〇s响右方出現-\符號，即用以提醒第—使用者其 使用者Joseph正在附近(該預定範圍内)，藉此第 使用者可聯絡（如通電話、傳簡訊）第二使用者而相約在 π見面。當然，上述告知訊息亦可採龄聲、簡訊或其他 或其結合形式等呈現。本例中第—使用者並可直接 =輸入介面311，而於第-及第二移動式通訊裝置Η 枝立語音連結而供雙方聯絡交談，亦即操作介面3ιι呈 備類似行動電話電話薄之作用。 一 同時，以第-移動式通訊裝置3為例，配合圖3所示 ’其介面模組31將顯示自比對模組21所 電 地圖313，其上顯干签_蚀田本a m 丨号心电千 、上颁不弟使用者(即圖巾Emily)及第二使用 者Wph之位置，以供第—使用者更具體了解第一、第二 使用者雙方目前所在位置。 _ 再者，第-及第二使用者若確定在附近見面，第 用者（或第—使用者）可透過介 W去-… 面衩、，且Μ顯不之-選擇介面 (圖未不k取-會合場所類別，例如前述「餐廳」、「八 園」等’控龍組33將把該會合場所類別上傳伺服器/ 由會合位置計算模組23接收後，依據第一及第二使用者 即代表通訊裳置3、4)之第一及第二位置資訊及該會合場所 9 1271537 類別，配合-預設計算準則，計算出一參考會合位置。 舉例而言’若第一或第二使 為「餐#」，且場所類別 巧^」n又之叶舁準則為最短路徑，則 什异模組2 3將執行下述步驟： 計算第-及第二位置兩者之中心點位置 點位置距離第一及第二位置大致等距； 自地圖模組22儲存之對應電子地圖資訊中 離該中心點位置一預設筋圚“ 〇VU\ ^ 、 頂-乾圍（如2KM)内且符合「餐廳 類別之所有可能會合位置； " 10 15 20 分別就各可能會合位置計算至第一及第二位 路徑及其對應路徑長度； 取短 分別就各可能會合位置計算其至第H 徑長度總合； <路 比較各可能會合位置至第一及第二位置之最短路獲長 度總和，取總和最短之一可能會合位置為參考會合位置。 會合位置計算模組23將計算獲得之參考會合位置及θ 短路徑，結合地圖模組22儲存之適#電子地圖，而後= 至通訊裝置3、4，分別由介面模組31、41接收而顯示，以 分別供第-及第二使用者參考。如圖4所例示顯示於第一 移動式通訊裝i 3之電子地圖313中，參考會合位置叫 係以一方塊顯示，而自第-使用者（Emily)至參考會合位置 314之最短路徑315則以虛線箭頭顯示。 ㈢〇 ▲ *然’上述計算參考會合位置之方法亦可作其他多種 變化，且計算準則亦可視使用者選擇而更改，例如改 10 ίο 15 20 «V玎勒逋訊網路之第 月& 1271537 、、二決速道路、直線距離最短等，而非限於上例所舉内容。 至於最佳路徑之運算方式已見於現有市售導航軟體（如 PaPaGo)，於此不另詳述。 同理，如圖5所例示，若比對模組21比對獲得除第二 使用者Joseph外，尚有如圖中Paul、D〇gy等人與第一使 用者Emily同樣位於一預定範圍内時，第一移動式通訊裝 置3顯示之電子地圖313將標示各使用者（好友）；〇%沖、Joseph, Dogy, Paul 'Boss, Chris, Leo, etc. In another aspect, the mobile communication device 4 used by the second user (ie, Wph in FIG. 2) is taken as an example. After receiving the request from the comparison module 21, the control module 43 is a self-positioning module. The real-time location information (hereinafter referred to as the second location information) where the communication device is located is transmitted back to the comparison module 21 via the wireless communication network 1. Ίο 15 20 The comparison module 21 then compares the position information received from each mobile communication device with the _ position information uploaded from the mobile communication device, and obtains the first mobile communication device. When the location of 3 and the location of the other at least one mobile communication device are within a predetermined range, a message is sent to the first mobile communication device 3 and other communication devices located in the predetermined range to inform the communication device Co-located within the predetermined range, and all location information within the range of the limb is combined with the appropriate electronic map stored in the map module 22 and transmitted to all communication devices located in the predetermined perimeter. The predetermined range may be a distance (such as Um) a circular area centered on the first mobile communication device 3, or other appropriate representation related to the geographic (4), and in addition to being preset to the comparison mode, After the setting is modified by the first user or other users, the feeding device 2 is uploaded by the communication device 3 or other communication device. For convenience of explanation, the following is a comparison between the comparison module 21 to obtain the position of the second mobile communication device 14 and the first mobile communication device 3 in a predetermined range of 8 ίο 15 20 1271537, for example, the comparison mode The group 21 will be separately transmitted - the mobile communication devices 3, 4, each receiving the interface ^ ^ 31, 41 and then displaying the u to actively inform the first and second users (ie, the first and second mobile _«3, 4) are co-located within the predetermined range, (4) 2 shows the interface 311 of the brother-mobile communication device 3, and the -\ symbol appears on the right side of the second user J〇s, ie It is used to remind the user that the user Joseph is nearby (within the predetermined range), so that the user can contact (e.g., by telephone, send a message) the second user to meet at π. Of course, the above notification message can also be presented in terms of ageing, newsletter or other combinations or combinations thereof. In this example, the user can directly input the interface 311, and the first and second mobile communication devices can establish a voice connection for the two parties to contact and talk, that is, the operation interface 3ιι is presented with a similar mobile phone phone book. effect. At the same time, taking the first mobile communication device 3 as an example, with the interface module 31 shown in FIG. 3, the interface module 31 will be displayed from the electrical map 313 of the comparison module 21, and the display of the dry tag _ 田田本 am 丨The ECG is given the position of the user (ie, Emily) and the second user Wph, so that the user can know more about the current location of the first and second users. _ Furthermore, if the first and second users are determined to meet in the vicinity, the first user (or the first user) can go through the medium---face, and the display is not selected - the interface is not K--combination location category, for example, the above-mentioned "restaurant", "eight gardens", etc., the control group 33 will upload the meeting place category server / received by the meeting position calculation module 23, according to the first and second use The information represents the first and second position information of the communication skirts 3, 4) and the meeting place 9 1271537 category, and the reference meeting calculation criterion is used to calculate a reference meeting position. For example, if the first or second is "meal #" and the location category is the shortest path, the different module 2 3 will perform the following steps: The center point position of the second position is substantially equidistant from the first and second positions; the corresponding electronic map information stored in the map module 22 is a predetermined tendon from the center point position 〇VU\ ^ , Top-to-dry (eg 2KM) and in accordance with "all possible combinations of restaurant categories; " 10 15 20 respectively calculate the respective first and second paths and their corresponding path lengths for each possible meeting position; Each possible rendezvous position is calculated to be the sum of the lengths of the H-th diameter; < the road compares the sum of the shortest possible lengths of the possible rendezvous positions to the first and second positions, and the shortest possible sum of the sum is the reference rendezvous position. The location calculation module 23 combines the calculated reference convergence position and the θ short path with the appropriate #electronic map stored by the map module 22, and then = to the communication devices 3, 4, respectively, which are received and displayed by the interface modules 31, 41, For separately - and the second user reference. As shown in Figure 4, shown in the electronic map 313 of the first mobile communication device i, the reference meeting position is displayed in a square, and from the first user (Emily) to the reference The shortest path 315 of the rendezvous position 314 is indicated by a dashed arrow. (3) 〇 ▲ * However, the above method of calculating the reference rendezvous position can also be variously changed, and the calculation criterion can also be changed according to the user's choice, for example, 10 ίο 15 20 «V玎勒逋讯网's month & 1271537, the second speed road, the shortest distance, etc., not limited to the above example. The best way to calculate the operation has been found in the existing commercial navigation software ( For example, PaPaGo) is not described in detail. Similarly, as illustrated in FIG. 5, if the comparison module 21 is obtained, in addition to the second user Joseph, there are still figures such as Paul, D〇gy, etc. When a user Emily is also located within a predetermined range, the electronic map 313 displayed by the first mobile communication device 3 will mark each user (friend);
Paul、D〇gy之位置，會合位置314及最短路徑3i5則配合 改變。 當然，本較佳實施例中伺服器2之比對模组21、地圖 模組22及會合位置計算模組23各功能，亦可部分建置於 移動式通訊裝置3、4端，以減輕伺服器2之運算負荷及傳 輸量。例如移動式通訊裝£ 3本身即内建有電子地 圖，伺服器2則直接將非地圖形式之第二位置資訊（如經緯 度數據）、參考會合位置及最短路徑等下傳第—移動式通訊 裝置3’而由介面模組31將其結合至通訊裝置3内建之電 子地圖後顯示。 …、π 〜氺 一 m 7 其與上述較佳實施例主要差別力％ ^ ^ _ 罟是別在於，較佳實施例中伺服器2 之比對模組2卜地圖模組22及會合位置計算模組μ之功 ，皆由第-及第二移動式通訊裝置3、4自行完成。以第 -移動式通訊裝置3為例’藉由其安裝之應用軟體執行後 ’將使通訊裝置3進行下述主要步驟： 自如全球疋位糸統5接收通 、甙展置3本身之第一位置 11 ίο 15 20 通汛邊置4之好友名單中，則第二通訊裝置4基本上同樣 亦將執订上述判斷兩位置是否位於預㈣圍内、產生提醒 1271537 資訊’並傳送至第二移動式通訊裝置4 ; 自第二移動式通訊裝置4接收第二位置資訊； 判斷第一及第二位置是否位於一預定範圍内； 田判斷第一及第二位置位於該預定範圍内時，於通訊 衣置3產生提醒第一使用者兩通訊裝置3、4(亦即兩使用者 =立於該敎範圍内之_訊息，同時傳m至第二通訊 衣置4，以同樣告知第二使用者兩通訊裝置34位於該預 定範圍内； 同日^，依據兩位置資訊而計算一參考會合位置及到達 該位置之最佳路徑，並將參考會合位置傳送至第二通訊裝 置 本例中係依據第一使用者選定之會合場所類別及兩使 用者位置至該會合位置總路徑最短之計算準則，決定該參 考會合位置； 而後以電子地圖形式於通訊裝置3顯示兩通訊裝置3 ^之第一及第二位置，以及上述計算獲得之參考會合位置 及第一使用者到達該參考會合位置之最佳路徑； ’第一通訊裝置4接收該參考會合位置後， 。十"""第一使用者到達該位置之最佳路徑，而以電子地圖形 式^示兩if aKlf 3、4之第-及第二位f ,以及該參考會 合位置及該最佳路徑。 田’、、、：因為第二通訊裝置4相對亦内建第一通訊裝置3 之上述軟體，故若第一使用者亦在第二使用者記錄於第二 12 !271537 λ息、計异參考會合位置及最佳路徑等動作，就此可以第 -、第二通訊裝置3、4中先判斷出兩位置位於一預定範圍 内者所產生之後續訊息為準，或其他適當方式皆可採用。 10 15 20 綜上所述，本發明提供一種結合定位功能的行動通訊 網路及方法，其於複數移動式通訊裝置接近至—預定範圍 内時’將自動提示使用者並顯示彼此位置，並依據各使用 者位置計算-參考會合位置及對應最佳路徑，藉此供使用 者可約定於該建議之會合位置就近見面，而加強現代繁忙 社會中人際間互動交流’可謂—新穎且具實f功效之發明 上述實施例僅係為方便說明而舉例而已，本發明所主 張之權利範圍自應以中請專利範圍所述為準，而非僅限於 上述貫施例。 【圓式簡單說明】 圖1係本發明結合定位功能的行動通訊網路較佳實施 例之一主要模組示意圖； 圖2係該較佳實施例提供之一操作介面示意圖； 圖3係該較佳實施例提供之一電子地圖示意圖； 圖4係與圖3類似之一電子地圖示意圖，其中更包括 一參考會合位置及對應之一最佳路徑； 圖5係本發明一變化例所提供之一電子地圖示意圖。 【囷式之主要元件代表符號說明】 1無線通訊網路 314參考會合位置 2=服器 315最短^ 3第一移動式通訊裝置 313電子地圖 13 25 1271537 ' 4第二移動式通訊裝置 21比對模組 2 2地圖模組 23會合位置計算模組 5 31介面模組 3 2定位模組 5全球定位系統 馨 312好友名稱 311輸入介面 43控制模組 42定位模組 41介面模組 3 3控制模組 14The position of Paul, D〇gy, the meeting position 314 and the shortest path 3i5 are changed. Of course, in the preferred embodiment, the functions of the comparison module 21, the map module 22, and the meeting position calculation module 23 of the server 2 may be partially built on the mobile communication devices 3 and 4 to reduce the servo. The computational load and the amount of transmission of the device 2. For example, the mobile communication device 3 itself has an electronic map built in, and the server 2 directly transmits the second location information (such as latitude and longitude data) in the non-map form, the reference meeting position and the shortest path, etc., to the mobile communication device. 3' is displayed by the interface module 31 after being integrated into the built-in electronic map of the communication device 3. ..., π 氺 氺 m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m The functions of the module μ are all completed by the first and second mobile communication devices 3, 4. Taking the first mobile communication device 3 as an example 'after execution by the installed application software', the communication device 3 will be subjected to the following main steps: Free access to the global network 5, and the first of the display 3 itself Position 11 ίο 15 20 In the buddy list of 4 汛 汛 4, the second communication device 4 will basically also determine whether the two positions are located within the pre-(4), generate the reminder 1271537 information 'and transmit to the second move Communication device 4; receiving second position information from the second mobile communication device 4; determining whether the first and second positions are within a predetermined range; and determining that the first and second positions are within the predetermined range The clothing 3 generates a message reminding the first user that the two communication devices 3, 4 (i.e., the two users = the message within the range of the ,, while transmitting m to the second communication device 4 to notify the second user The two communication devices 34 are located within the predetermined range; on the same day, according to the two position information, calculate a reference meeting position and an optimal path to the position, and transmit the reference meeting position to the second communication device. Determining the reference meeting position by a user-selected meeting place category and a calculation criterion for the shortest total path of the two user positions to the meeting position; and then displaying the two communication devices 3 ^ first and the first in the form of an electronic map on the communication device 3 The second position, and the reference meeting position obtained by the above calculation and the best path of the first user reaching the reference meeting position; 'The first communication device 4 receives the reference meeting position, .10""" first use The best way to reach the location, and the two maps of the if aKlf 3, 4 - and the second bit f, and the reference meeting position and the best path are shown in electronic form. Tian ', ,,: because The second communication device 4 also has the built-in software of the first communication device 3, so that the first user is also recorded in the second 12!271537 λ, the difference reference meeting position and the best path in the second user. In this case, the subsequent messages generated by the first and second communication devices 3 and 4 that determine that the two locations are within a predetermined range may be used, or other suitable methods may be used. 10 15 20 The present invention provides a mobile communication network and method combining the positioning function, which automatically prompts the user and displays the position of each other when the plurality of mobile communication devices are close to the predetermined range, and calculates according to each user position - reference The meeting position and the corresponding optimal path, so that the user can agree to meet at the proposed meeting position, and strengthen the interpersonal interaction in the modern busy society. The invention can be described as novel and practical. For the convenience of the description, the scope of the claims of the present invention is determined by the scope of the patent application, and is not limited to the above-mentioned embodiments. [Circular Simple Description] FIG. 1 is a combination of the positioning function of the present invention. FIG. 2 is a schematic diagram of an operation interface provided by the preferred embodiment; FIG. 3 is a schematic diagram of an electronic map provided by the preferred embodiment; FIG. A schematic diagram of an electronic map, further including a reference meeting position and a corresponding one of the best paths; FIG. 5 is a variation of the present invention A schematic diagram of one of the electronic maps provided. [Description of main components representative symbols] 1 wireless communication network 314 reference rendezvous position 2 = server 315 shortest ^ 3 first mobile communication device 313 electronic map 13 25 1271537 ' 4 second mobile communication device 21 comparison mode Group 2 2 map module 23 meeting position calculation module 5 31 interface module 3 2 positioning module 5 global positioning system Xin 312 friend name 311 input interface 43 control module 42 positioning module 41 interface module 3 3 control module 14