1327299 九、發明說明： 【發明所屬之技術領域】 本發明係一種電子地圖的定位與路徑規劃系統，特別 是指以照相手機、電子地圖軟體與二維條碼識讀軟體所構 成的系統。 【先前技術】 春電腦的普及和科技的進步讓紙本地圖的使用者也開始 使用起電子地圖，隨著電子地圖技術的成熟，電子地圖軟 體不僅可以在個人電腦上使用，手機上的應用也有日漸增 加的趨勢，然而眾多電子地圖軟體的使用方法仍保留在個 人電腦上的作法’必須以鍵盤輸入經緯度座標，或是地名、 路名等關鍵字來做查詢，才能看到正確地點的電子地圖； φ 另外，若要分享電子地圖的資訊給其他的手機電子地圖用 戶，除了再次使用上述方法重新輸入與查詢之外，沒有更 節省時間和成本的方法，所以本發明在此提出一種更有效 率及具有資訊分享能力之電子地圖的定位與路徑規劃系 統’讓手機上的電子地圖有更方便的使用方法；專利公報 公告第M305383號「可提供即時資訊之電子地圖系統」係 可提供各點位之資訊’並隨時更新該點位及該資訊，與本 7 案不同；另專利公報第1274141號「電子地圖之多重目標 _ °規劃縣方法」細系關時接收多個目標資料，與 本案根本不同。 、 【發明内容】 *本發明的主要目的係提供-種電子地_定位與路徑 規劃系統’其係_二祕财輸人鱗度絲，使得經 緯度座^件以重複利用，而且可以分享給其他手機電子地 圖的使用者，並降低使用手機鍵盤輸入的不便利性，同時 達到定位與路徑規劃的目的。 為達成上述目的，本發明提供-種電子地_定位與 路徑規劃彡統，其她括助手機，可肋簡二維條喝， 並執行二_碼識讀倾和電子地陳體；安裝於照相手 機上的二維條碼識讀軟體，用以識讀照相手機拍攝的二維 條碼’以將二維條碼中的經緯度座標傳給電子地圖軟體使 用；安裝於照相手機上的電子地圖軟體，用以接收二維條 竭識讀軟體傳來的經緯度座標，以及把定位與路徑規劃結 果顯示到手機螢幕上。 【實施方式】 請參考圖一所示，係為使用電子地圖的定位與導航系 1327299 統之系統_®。本㈣包含照好機12、二雜碼識讀 軟體13和電子_軟體14，該編1先以照相手機12拍 攝二維條碼1〇，接著以二維條碼識讀軟體13辨識二維條碼 ^以取得紀錄於二、維條竭中的經緯度座標，再將經緯度座 &傳給電子地圖軟體14，使得該電子地圓軟體^可以在照 相手機的螢幕上顯不該經緯度座標的電子地圖，以達成定 •位的目的；此外，使用該系統讀取複數個二維條碼，再將 轉到的概條雜座娜給倾14並分別設 定成出發地、經過地與目的地時，可以讓電子地圖軟體Μ 規劃出最佳路徑，以達成路徑規劃的目的。 清參考圖二麻，料本伽之轉度座標二維條碼 製作介面的示意圖。使用者可藉由滑鼠游標來拖髮電子地 • ®上的Q型標認到所要標定的地點上，或者直接在欄位内 輸入所要標定地闕轉度絲，以製作鱗度座標二維 條碼。 請參考圖三所示，係為本發明之經緯度座標二維條碼 及其文字内容的示意圖。該圓中的經緯度座標二維條碼係 遵循IETF RFC 2426/ RFC2426中所訂定的經緯度座標描述 格式所產生，其文字内容起始於BEGIN:VCARD，終止於 •VCARD ’地名標記起始於N:;，後面接地名；經緯度 ’、起。於GEG: ’後面先接經度，以英文分號隔開後再接 緯又、’生度的分布範圍在侧至—18〇之間，緯度的分布範 在+90至之間；每—行文字結尾必須加上換行符號。 叫參考圖四所示，係為本發明之以二維條碼識讀軟體 辨識照相手機所拍攝的二維條碼之示意圖。該圖顯示二維 ^ I識雜體使贿'相手機所拍攝的二維條碼影像進行辨 s、的if形Ί將可能會用到的地點之經緯度座標製作成 二維條碼’即可擺脫每次查詢電子地圖都得重新輸入的麻 煩’而且該二維條碼還可时享給其他手機電子地圖的使 用者。 呀參考圖五柄’係為本翻之以電子地圖軟體顯示 經緯度座標處之電子地圖的示_。該_示電子地圖軟 體接收到二維條碼賴軟體觸出的二維條勒容後，將 經緯度座蹄崎制電子_上，並她細示顺像 手機螢幕上的情形。每使㈣—個二維條碼即可得到一個 定位的結果，若使用複數個二維條碼並加以設定成出發 地、經過地與目的地時，更可以做到自動路經規劃。 本發明藉由二維條碼的制，免除了冑知技術使用鍵 ，讓在手機上使用電子地圖做定 而且亦可分享二維彳条^^給其他的 盤輸入經緯度座標的方法 位與路徑規劃更加容易， 手機電子地圖使用者。 【圖式簡單說明】 圖一是電子地_定位與路徑規齡統之純架構圖； 圖二是本㈣之輯度鍊二維條碼製作介面的示意圖； 圖三是本發明之_度賴二祕碼及其文抑容的示音 圖； " 的二維條碼之示意圖； 圖四疋本發明之以二維條碼識讀軟體辨識照相手機所拍攝 圖五是本_之料子地圖鋪顯祕雜棘處之電子 地圖的示意圖。 【主要元件符號說明】 10二維條碼 11電子地圖的定位與路徑規劃系統 12照相手機 13二維條碼識讀軟體 14電子地圖軟體1327299 IX. Description of the Invention: [Technical Field] The present invention relates to an electronic map positioning and path planning system, and more particularly to a system comprising a camera phone, an electronic map software, and a two-dimensional barcode reading software. [Prior Art] The popularity of Spring Computer and the advancement of technology have enabled users of paper maps to use electronic maps. With the maturity of electronic map technology, electronic map software can be used not only on personal computers, but also on mobile phones. Increasing trend, however, the use of many electronic map software still remains on the PC. 'You must enter the latitude and longitude coordinates with the keyboard, or the names of the place names, road names, etc. to see the electronic map of the correct location. φ In addition, if you want to share the information of the electronic map to other mobile electronic map users, there is no more time and cost saving method than using the above method to re-enter and query. Therefore, the present invention proposes a more efficient method here. And the location and route planning system for electronic maps with information sharing capabilities to make electronic maps on mobile phones more convenient; Patent Bulletin Notice No. M305383 "Electronic Map System for Instant Information" is available at various points. Information 'and update the point and the information at any time, with 7 different cases; receiving a plurality of target data when the system off another fine Patent No. 1,274,141 "multiple objectives _ ° county planning method of electronic map", and the case is fundamentally different. [Summary of the Invention] * The main object of the present invention is to provide an electronic land-location and path planning system, which is a system of squadrons, which allows the latitude and longitude coordinates to be reused and can be shared with others. Users of mobile electronic maps, and reduce the inconvenience of using the keyboard input of the mobile phone, while achieving the purpose of positioning and path planning. In order to achieve the above object, the present invention provides an electronic land-location and path planning system, which includes a mobile phone, can be used for arranging two-dimensional bars, and performs two-code reading and electronically; The 2D barcode reading software on the camera phone is used to read the 2D barcode photographed by the camera phone to transmit the latitude and longitude coordinates in the 2D barcode to the electronic map software; the electronic map software installed on the camera phone is used Receive the two-dimensional strip to read the latitude and longitude coordinates from the software, and display the positioning and path planning results on the mobile phone screen. [Embodiment] Please refer to Figure 1 for the system and positioning of the electronic map using the navigation system 1327299. The (4) includes a good machine 12, a two-code reading software 13 and an electronic_software 14, which first takes a two-dimensional bar code 1〇 with a camera phone 12, and then recognizes the two-dimensional bar code with a two-dimensional bar code reading software 13 Obtaining the latitude and longitude coordinates recorded in the second dimension, and then passing the latitude and longitude seat & to the electronic map software 14, so that the electronic ground soft body ^ can display the electronic map of the latitude and longitude coordinates on the screen of the camera phone, To achieve the purpose of the fixed position; in addition, use the system to read a plurality of two-dimensional bar codes, and then turn the transferred generals to the 14th and set the starting point, the passing place and the destination respectively, so that the electronic Map software Μ Plan the best path for the purpose of path planning. Refer to Figure 2 for the hemp, the material of the gamma rotation coordinate two-dimensional bar code to create a schematic interface. The user can use the mouse cursor to drag the Q type on the electronic map to the location to be calibrated, or directly input the desired twisting thread in the field to make the scale coordinate two-dimensional. Bar code. Please refer to FIG. 3, which is a schematic diagram of the two-dimensional bar code of the latitude and longitude coordinates of the present invention and its text content. The latitude and longitude coordinate 2D barcode in the circle is generated according to the latitude and longitude coordinate description format specified in IETF RFC 2426/RFC2426. The text content starts at BEGIN:VCARD and ends at •VCARD 'The place name mark starts at N: ;, the grounding name behind; latitude and longitude ', up. In GEG: 'Before the longitude, the interval is separated by the English semicolon and then the weft is again. The distribution of the degree of birth is between the side and the distance of -18〇, and the distribution of the latitude is between +90 and A line break must be added to the end of the text. Referring to FIG. 4, it is a schematic diagram of a two-dimensional barcode captured by a two-dimensional bar code reading software for identifying a camera phone. The figure shows that the two-dimensional ^I miscellaneous body makes the two-dimensional bar code image captured by the mobile phone of the mobile phone, and the if-shaped shape of the location may be used to make a two-dimensional bar code. The secondary query electronic map has to re-enter the trouble 'and the 2D barcode can also be enjoyed by other mobile phone electronic map users.呀Reference to the figure of the five handles 系 is based on the electronic map software display latitude and longitude coordinate map of the electronic map. After the _ display electronic map software receives the two-dimensional bar code that the two-dimensional bar code touches, the latitude and longitude of the latitude and longitude is _, and she shows the situation on the screen of the mobile phone. Each (4)-two-dimensional bar code can obtain a positioning result. If a plurality of two-dimensional bar codes are used and set as the departure place, the passing place and the destination, the automatic path planning can be performed. The invention adopts the two-dimensional bar code system, eliminates the use of the key by the knowing technology, allows the electronic map to be used on the mobile phone, and can also share the two-dimensional magazine ^^ to input the latitude and longitude coordinate of the other disk. Easier, mobile phone map users. [Simple diagram of the diagram] Figure 1 is a purely architectural diagram of the electronic ground_location and path age; Figure 2 is a schematic diagram of the (2) series of two-dimensional barcode production interface; Figure 3 is the _degree of the invention A schematic diagram of the secret code and its text suppression; a schematic diagram of the 2D barcode of the "; Figure 4: The 2D barcode reading software identification camera phone of the present invention is taken. Schematic diagram of the electronic map of the thorns. [Main component symbol description] 10 two-dimensional barcode 11 electronic map positioning and path planning system 12 camera phone 13 two-dimensional barcode reading software 14 electronic map software