1280352 九、發明說明： 【發明所屬之技術領域】 尤指在導航裴置上設有一種 本發明係關於導航裝置 可快速新增警示點之方法。 【先前技術】 按’-般傳統衛星定位裝置，係設有一衛星接收器， 該衛星接收ϋ可用以接收自地料之魅群（Satelme1280352 IX. Description of the invention: [Technical field to which the invention pertains] In particular, a method is provided on a navigation device. The present invention relates to a method for quickly adding a warning point to a navigation device. [Prior Art] According to the conventional satellite positioning device, there is a satellite receiver that can receive the charm of the ground material (Satelme)
Groups)所傳送至地_之魅職，當該魅定位裝置 在接收到至少三_麵發狀魅錄時，該衛蚊位 震置即可藉域何及咖學運算，計料雜星定位 裝置當前所在之位置，並以—缝學值表示（如：經緯度 ^Longitude and Latitude))，該數學值可顯示在=衛2 定位展置之-顯示ϋ上，以供該衛星定傾置之使用者， 透過该顯示器，即可得知當前所在之位置。 由於科技的進步及成本的降低，使得衛星定位裝置已 不再是少數人才能擁有之，且由於人們生活水準的提高， 外出旅行及探險的機會增加，因此，各製造廠商及企業， 白在積極研究開發該等衛星定位裝置之週邊商品及其附加 價值，其中一種衛星導航系統，更是各製造廠商及企業兵 豕必爭之地。 衛星導航系統，係在該衛星定位裝置上安裝有一導航 軟體，該導航軟體可提供至少一圖資（如：台灣省地圖）， 並顯示在該顯示器上，俟該衛星定位裝置接收衛星信號， 而計算出該衛星定位裝置當前所在位置之數學值（經緯度 5 1280352 分秒）後，該導航軟體即可將該數學值套入該圖資中，以 在該圖貧上取得當前所在之位置及與其配合之蘭，並顯 示在該顯^上’以提供該衛星導織統之使用者，可透 過該顯不ϋ上之地圖，而清楚明白地了解#前所在之位 置’及周輕路環境’並可_導航倾所提供之路徑規 劃或導航等功能，使得該衛星定位裝置之使用者，可依循 5亥導航軟體之指示，而減少迷路的機會。 般傳統衛星導航系統在設計上，會内建已知測速相 機的貧§fl，使得搭載有該衛星導航系統之載具（如：汽車 或機車）行駛於具測速相機之路段時，該衛星導航系統可 即時提供-警示訊息，提_衛星導航魏之使用者該路 段之速限，而降低行車速度以確保行車安全，並同時避免 因超速而被測速相機拍到。 然而，由於目前各行車路段之速限常常不一致，常常 同一條路上便有好幾種不同之速限，使得駕駛人一不小心 就會超過速限，而測速相機的新增及更動頻率又非常頻 繁，因此，有許多駕駛人都開始依賴衛星導航系統來提醒 速限及測速相機的位置。不幸地是，一般傳統的衛星導航 系統所内建之資訊常常無法同步更新，使得該衛星導航系 統之使用者無法得知各路段速限及測速相機的最新資訊， 而無形中增加了駕駛人違規的機率，此外，一般衛星導航 系統之製造商及企業通常是在半年或一年才會更新一次資 料’此種更新資料的速度，也無法滿足使用者的需求，因 1280352 此，如何設計出一種可快速新增警示點之方法，此舉，實 乃目鈾刻不容緩而亟待解決之一重要課題。 【發明内容】 有鑑於前述衛星導航系統在實際施用時所具有之諸多 缺點，，因此’發明人乃根據多年來之技術經驗，及所累積 之專業知識，針對上述問題，開發設計出本發明之一種可 快速新增警示點之方法。 本發明之一目的，係提供一種可快速新增警示點之方 法，该方法係將一導航軟體安裝在一導航裝置中，當該導 航褒置之-標定紐被驗後，喊生—觸發訊號時，即產 $應之-控制指令，並依馳制指令，侧該導航裝置 /所在之位置，以取得紐置之座標值，並分析該導航 裝置當前之移動速度，以記錄為—速度值，令該導航軟體 可將對應該速度值之—輯轉，健導航裝置所行經之 路裎，以该座標值減去該延遲距離，而取得一警示座標值， 藉以達到可快速新增警示點之目的。 /為便貴審查委員能對本發明之目的、形狀、構造裝 置特欲及其功效，做更進—步之認識與瞭解，鱗實施例 配合圖式，詳細說明如下： 【實施方式】 本發明係一種可快速新增警示點之方法，請參閱第工 圖所〒’妨法储—導航軟體u絲在—導航裝置10 上’並在該導織置1G上設有—標^a 12，該標定紐12 在被料航破置ig之使用者按壓時，可產生對應之一觸發 1280352 a號’而該導航軟體u在取得該觸發訊號時，即產生對應 之—控制指令，以將該導航裝置1G所在位置記錄為-警^ 點。請參閱第2圖所示，該導航軟體n係依下列步驟進行 處理： (101) 首先，逐一記錄該導航裝置1〇之一移動路徑 (或稱航跡）； (102) 俟接收到該觸發訊號後，產生對應之控制指令； (103) 嗣，藉由内建於該導航裝置1〇之一定位模組 16以賴測該導航裝置10當前所在之位置，並取得該位置之 座標值（Coordinate); (104) 細該導航裝置1Q當前之轉速度，並記錄 為一速度值； ' U05)嗣，自儲存於該導航裝置1〇中之一延遲對勝 表14中，取得對應該速度值之一延遲距離； … (106) ㈣’依獅移動雜，_雜賊去該延過 距離而得到一警示座標值； (107) 甽’將該警不座標值儲存在該導航裝置仞 之一航點資料庫15，再結束。 個相:Γ!第1圖所示，該物"照表14中儲存有複數 、忙之速度值及延遲距離’各該對應於不同速度值之 ==離’伽製造廠雜崎賴、研究及長期記錄筹Groups) transmitted to the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The current position of the device, and expressed by the value of the seam (eg, Longitude and Latitude), the mathematical value can be displayed on the display of the = Wei 2 positioning for the satellite to be tilted The user can know the current location through the display. Due to advances in technology and lower costs, satellite positioning devices are no longer available to a small number of people, and because of the improvement in people's living standards, opportunities for travel and adventure are increasing. Therefore, manufacturers and companies are active. Research and development of the surrounding products of these satellite positioning devices and their added value, one of the satellite navigation systems, is a must for manufacturers and companies. A satellite navigation system is provided with a navigation software on the satellite positioning device, the navigation software can provide at least one picture (such as a map of Taiwan Province), and is displayed on the display, and the satellite positioning device receives the satellite signal, and After calculating the mathematical value of the current position of the satellite positioning device (latitude and longitude 5 1280352 minutes and seconds), the navigation software can insert the mathematical value into the image to obtain the current location and the location of the map. The user who cooperates with the blue and displays it on the display to provide the satellite navigation system can clearly understand the location of the 'front location' and the Zhouliang Road environment through the map on the display. The function of path planning or navigation provided by the navigation can enable the user of the satellite positioning device to follow the instructions of the 5H navigation software to reduce the chance of getting lost. The traditional satellite navigation system is designed to have a poor speed of known speed cameras, so that when the vehicle equipped with the satellite navigation system (such as a car or a locomotive) is driven on a road with a speed camera, the satellite navigation The system can provide a warning message immediately, mentioning the speed limit of the section of the satellite navigation Wei, and reducing the driving speed to ensure driving safety, and at the same time avoid being photographed by the speed camera due to overspeed. However, since the speed limits of the current road sections are often inconsistent, there are often several different speed limits on the same road, so that the driver will accidentally exceed the speed limit, and the speed of the speed camera is very new. Frequently, many drivers have relied on satellite navigation systems to alert speed and speed cameras. Unfortunately, the information built into the traditional satellite navigation system is often not updated simultaneously, making the user of the satellite navigation system unable to know the latest information on the speed limit and speed camera of each road segment, and invisibly increasing the driver's violation. In addition, the manufacturers and enterprises of general satellite navigation systems usually update the data in the course of half a year or one year. The speed of this kind of update data can not meet the needs of users. Because of 1280352, how to design a kind The method of quickly adding warning points is an important issue that cannot be solved urgently. SUMMARY OF THE INVENTION In view of the many shortcomings of the aforementioned satellite navigation system in actual application, the inventor has developed and designed the present invention based on years of technical experience and accumulated professional knowledge for the above problems. A method to quickly add a warning point. An object of the present invention is to provide a method for quickly adding a warning point, which is to install a navigation software in a navigation device, and when the navigation device is tested, the trigger signal is triggered. At that time, the production should be - the control command, and according to the command, the navigation device / location, to obtain the coordinate value of the button, and analyze the current moving speed of the navigation device to record as - speed value , the navigation software can convert the corresponding speed value, and the navigation device performs the path, and subtracts the delay distance from the coordinate value to obtain a warning coordinate value, so as to quickly add a warning point. The purpose. / For the purpose of reviewing the purpose, shape, structure and function of the present invention, the understanding and understanding of the present invention, the scale embodiment and the drawings, the detailed description is as follows: [Embodiment] The present invention is A method for quickly adding a warning point, please refer to the figure of the figure, 'the storage method-navigation software u-on--navigation device 10' and on the guide weaving 1G is provided with the mark ^a 12, The calibration button 12 can generate a corresponding one of the triggers 1280352 a when the user is pressed by the ig, and the navigation software u generates the corresponding control command to obtain the navigation signal. The location of the device 1G is recorded as the alarm point. Referring to FIG. 2, the navigation software n is processed according to the following steps: (101) First, one of the navigation devices 1 移动 is moved one by one (or called a track); (102) 俟 receives the trigger signal Then, a corresponding control command is generated; (103) 嗣, by positioning a module 16 built in the navigation device 1 to measure the current position of the navigation device 10, and obtain the coordinate value of the position (Coordinate (104) detail the current rotation speed of the navigation device 1Q, and record it as a speed value; 'U05) 嗣, from one of the navigation device 1〇 delay pair win table 14, obtain the corresponding speed value One of the delay distances; ... (106) (4) 'Depending on the lion movement, _ the thief goes to the distance to get a warning coordinate value; (107) 甽 'Save the alarm value in one of the navigation devices The waypoint database 15, then ends. Phase: Γ! As shown in Figure 1, the object " according to Table 14, stored in the plural, busy speed value and delay distance 'each corresponding to different speed values == away from the gamma manufacturing plant Zasaki, Research and long-term record
所設定，例如’統計—般人從看到-警示點到T 達♦"紀_警·的反鱗間，並配合行車速度進網 1280352 二H係由導航裂置1G之使用者依個人使用習 行'^目此’在軸定紐12被按壓之狀態下，該 11 g卩可㈣當叙軸速度，取得龍之延遲距 :棘猎以計算出該導航裂置10之使用者因時間差而所無法 5己錄之較準確位置。 ^轉練體11尚設有—預設警戒距離，該導航軟體11 預⑧警戒距離與警示座標值計算出—警戒區域， • 裝置10之使用者往後再次攜帶該導航裝置10進 入=戒區域日$ ’該導航軟體u即可依已預先設定好之一 預"又§戒軸’在該導航裝置1Q與該位置相隔之距離恰等 於該預設警戒距離時，即時輪出一警示訊息（如：文字、 圖形或聲音警不）’細警告該導練置w之使用者，而 達到可預先以朗者之目的，令料航裝置⑺之使用者 • 彳具奴夠的時間進行相關之反應動作（如：降低行車速 度或轉向等）’請參_ 3 _示，該導航裝置10用以產 馨生警不訊息之步驟係包含： / (2G1)依制警示座標值及預設警戒距離相加計算而 得到一警戒區域； (202)將该警戒區域儲存在該航點資料庫π ; ⑽）當該導航裝置1G位在該警戒區域内時，即輸 出该警不訊息。 在此須特別聲明者，乃該標定叙12不僅限於設在該導 航裝置ίο上之實體她’該標定幻2村為該導航軟體 9 1280352 11所提供’並顯7F在該導航裝置1G之—顯示器13上之 擬按鈕’域使用者可藉由航裝置1()之秋或鍵^ 輸入裝置，·透触_導綠置1G之式螢幕等方 法’而碰（或稱觸發）該標定知12，藉以產生對應之觸 發訊號，又’該導航裝置1G上亦可設有聲音感知器或影像 感知器等’令該導航|置1Q可透過使用者之特定語音之語 音輸入方式，藉以產生對應之觸發訊號。Set, for example, 'statistics-like people from seeing-warning points to T ♦" _ _ police · anti-scale, and with the speed of driving into the network 1280352 two H-series by the user of the navigation split 1G In the state where the axis "12" is pressed, the 11 g can be used as the axis speed, and the delay distance of the dragon is obtained: the user is calculated to calculate the user of the navigation crack 10 The time difference is not enough to record the more accurate position. ^The rehearsing body 11 is still provided with a preset warning distance, and the navigation software 11 pre-alarm distance and warning coordinate value are calculated as the warning area, and the user of the device 10 carries the navigation device 10 again to enter the = ring area. Day $ 'The navigation software u can be preset according to one of the pre-quot; and § ring axis' when the navigation device 1Q is separated from the position by the distance equal to the preset warning distance, a warning message is immediately rotated. (eg: text, graphics or sound alarm) 'Detailed warning to the user of the guide, and to achieve the purpose of the former, the user of the navigation device (7) • the time of the slave to carry out relevant The reaction action (such as: reduce driving speed or steering, etc.) 'Please refer to _ 3 _, the steps of the navigation device 10 for producing the alarm message are: / (2G1) control warning coordinates and presets The warning distance is added to calculate a warning area; (202) storing the warning area in the waypoint database π; (10)) when the navigation device 1G is located in the warning area, the warning message is output. It must be specifically stated here that the standard 12 is not limited to the entity located on the navigation device ίο she's provided to the navigation software 9 1280352 11 and the 7F is in the navigation device 1G. The user of the button "domain" on the display 13 can touch (or trigger) the calibration by the method of the navigation device 1 () or the key input device, the touch-screen, the green screen, and the like. 12, in order to generate a corresponding trigger signal, and 'the navigation device 1G can also be provided with a sound sensor or image sensor, etc.' so that the navigation|set 1Q can pass the voice input mode of the user's specific voice, thereby generating a corresponding Trigger signal.
在本發明中所述之警示點，係可依測速相機、重要地 點、危險交叉路口及易塞車路段等位置，供使用者自行讯 定。又，該導航軟體丨丨之預設警戒距離，係可由製造廠商又 預先設定或使用者自行設定，以方便使用。 該速度值係可由該導航裝置i 〇藉由其内或外所設之加 速規（Accelero丨neter)所量測出之移動速度。又，該速产 值亦可由-載具之時速表中直接拉線至該導航裝置财， 令該導航裝置10可絲取得職狀_速度，並記錄為 該速度值。此外’該導航裝置10亦可藉由任二位置之座伊 值及時間’進而計算出該導航裝置1G之移動速度，並記錄 為該速度值。 按，以上所述，僅為本發明最佳之—具體實施例，惟 本發明之構造特徵並不舰於此，任何熟悉該項技蔽者在 本發明領域内，可㈣思及之變化或修飾，皆可 下本案之專利範圍。 ~ 【圖式簡單說明】 第1圖係本發明中，具有可快速新增歡 曰詈不點之方法之導航 1280352 裝置之電路方塊圖； 第2圖係本發明中，該導航裝置之導航軟體之動作流程圖； 第3圖係本發明中，該導航裝置用以產生警示訊息之動作 流程圖。 【主要元件符號說明】 導航裝置……10導航軟體……11 標定鈕.........12 顯示器.........13The warning points described in the present invention can be determined by the user according to the speed camera, the important location, the dangerous intersection and the traffic jam section. Moreover, the preset warning distance of the navigation software can be preset by the manufacturer or set by the user to facilitate use. The speed value is the speed of movement that can be measured by the navigation device i by an acceleration gauge (Accelero丨neter) provided inside or outside. Moreover, the speed production value can also be directly pulled from the speedometer of the vehicle to the navigation device, so that the navigation device 10 can obtain the job_speed and record it as the speed value. Further, the navigation device 10 can calculate the moving speed of the navigation device 1G by the seat value and time of any two positions, and record the speed value as the speed value. According to the above description, it is only the best embodiment of the present invention, but the structural features of the present invention are not in this case, and any skilled person in the field of the invention may (4) think about the change or Modifications can be made under the patent scope of this case. ~ [Simple description of the drawing] Fig. 1 is a circuit block diagram of a navigation 1280352 device having a method for quickly adding a new method; FIG. 2 is a navigation software of the navigation device in the present invention. The action flow chart; FIG. 3 is a flow chart of the action of the navigation device for generating an alert message in the present invention. [Description of main component symbols] Navigation device...10 Navigation software...11 Calibration button.........12 Display.........13
延遲對照表…14航點資料庫…15 定位模組......16Delayed comparison table...14 waypoint database...15 positioning module...16