示邊界的設定方法，且特別是 示邊界時’會發出警告訊息的The method of setting the boundary, and especially when the boundary is displayed, will issue a warning message.
鎊 1304891 16333twf.doc/r 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種響 有關於一種當使用者越過罄 5又疋万法。 【先前技術】 近年來，由於生活水準的提高，因此國 ，要求也大為提升。是故，每到了假日，各個旅遊 是車潮擁擠，旅客如織。 、然而，每一個旅遊景點都有潛在的危險性。例如，在 海水浴場，就分為水淺處和水深處，在水淺處當然會比水 深處=安全。又例如在深山幽谷内，當遊客在尋幽攬勝之 餘’常常一不小心走入了岔道就迷路了，或是沒有注意就 闖進了危險的區域。 … 雖然在旅遊景點内，都會設立有危險區域的警示標 語。但是當遊客玩的興起的時候，常常會沒有注意到這些 警示標語。又或者人潮實在太多，或是標語不明顯，都常 常造成遊客忽略警示標語而誤闖危險區域，因此就會造成 危險發生的機率大為增加。 【發明内容】 有鑑於此，本發明的目的就是在提供一種警示邊界的 設定方法，能夠提供使用杳設定警示邊界，以當使用者不 小心越過所設定之警示邊界的時候能夠即時被告知。 本發明的再一目的是提供一種全球定位系統接收裝 5 1304891 16333twf.doc/r 置’肖b夠在使用者越過所設定的警不邊界時，能夠即時止ι 知使用者此一資訊。 本發明提供一種警示邊界的設定方法，可以適用於— 疋位裝置，其包括了先提供一地圖介面讓使用者進行輸 入，其中此地圖介面會對應於定位裝置所在之區域。然後， 依據使用者的輸入而在定位裝置所在位置的周邊設定警示 邊界。接著，持續偵測定位裝置是否越過了警示邊界。當 定位裝置越過警示邊界時，則發出一警告訊息。 在本發明的一個實施例中，從地圖介面接收使用者之 輸入的步驟，包括了先要求使用者在地圖介面上點選至少 二個警示點。接著，偵測每一警示點對應定位裝置所在之 區域的實際位置’然後連接所有的警示點而形成警示邊界。 從另一觀點來看，本發明提供了一種可以適用在定位 裝置上之警示邊界的設定方法，其步驟包括了先提供一座 標輸入介面讓使用者進行輸入，然後，依據使用者的輸入 而在定位裝置所在位置的周邊設定警示邊界。接著，持續 偵測疋位裝置是否越過了警示邊界。當定位裝置越過警示 邊界時，則就會發出一警告訊息。 在本發明的一個實施例中，從座標輸入介面接收使用 者之輸入的步驟’包括了先要求使用者在座標輸入介面上 设定至少三個座標點。接著，偵測每一座標點對應定位裝 置所在之區域的實際位置，然後連接所有座標點而形成警 示邊界。 在較佳的情況下，上述發出警告訊息的方法，包括發 Ι3〇4·_Γ 出警示音效’歧使定位裝置產生震_告知使用者。 從另一觀點來看，本發明提供了一種全球定位系統 (Globe Positioning System，以下簡稱GPS)接收裝置，其具 有-應用程式，肖贿據使时所輸人的邊界資料而產生 -警示邊界。本發明所提供之GPS導航裝置包括天線單 元、使用者介面和處理單元。其中，使用者介面會提供一 輸^介面讓使用者輸入邊界資料，以產生警示邊界。;處 理單元則耦接天線單元和使用者介面，其會依據天線單元 所接收到之衛星訊號來偵測GPS導航裝置是否越過所設 定之警示邊界。當發現GPS導航裝置越過了所設定的警示 邊界時，處理單元會控制一警示單元發出警告訊息，以告 知使用者。 一般來說，使用者介面包括了觸控式螢幕和鍵盤。 在較佳的實施例中，警示單元包括一揚聲器和一震動 馬達一者至少其中之一。其中揚聲器可以在全球定位系統 ，收裝置越過該警示位置時發出警示音效，而震動馬達則 是在全球定位系統接收裝置越過該警示位置時，可以使全 球定位系統接收裝置產生震動訊息。 綜上所述’由於本發明可以依據使用者之輸入而在定 位裝置所在區域的週邊設置警示邊界，並且在定位裝置越 過警示邊界時，會產生包括震動等的警告訊息告知使用 者。藉此，使用者在某一區域内行動時，就不會誤闖危險 地帶而造成自身的危險。 為讓本發明之上述和其他目的、特徵和優點能更明顯 7 1304891 16333twf.doc/r 易懂，下文特舉較佳實施例，並配合所附圖式，作詳細說 明如下。 【實施方式】 圖1繪示了依照本發明之一較佳實施例的一種全球定 位系統接收裝置的電路方塊圖。請參照圖卜例如中央處 • f器的處理單元101输了天線單元ι〇3，以便依據天線 • 早70 1G3所接收到的衛星訊號，來計算目前所在的位置。 ^ ® 2A到圖2C缘示了全球定位系統之定位的示意圖。 睛先參照圖2A’在地球的上方，共配置了 ％顆導航衛星。 而每一個例如201料航衛星周圍都可以定義出-個球 面’而此球面的半徑R，相當於Gps導航裝置到導航衛星 (=01)之間的距離。導航衛星2〇1可以不斷地傳送軌道運行 育料和由所载原子鐘產生的精確時間資料，其可以稱之為 星曆資料。而GPS導織置上有—個專門倾無線電訊號 的接收，並且同時也有自己的時鐘。當GPS導航裝置收 到„„個衛星(201)傳來的訊號時，它可以經由例如圖1之處 ❿ 理單元101而換算成所在的位置資料，也就是說可以知道 、 這個衛星離我們多遠以及它的方向在那裡。然而，這個位 置有可能地球表面一個大圓弧上的某一點。 • 〃凊參照圖2B，當有兩個衛星訊號時，Gps導航裝置計 算出來的位置只是兩個球狀訊號交會形成的—個圓形範 圍，而這個圓形範圍到達地球表面時會有兩個交會點，因 此仍只能找到粗劣的位置。而如圖2C所示，第三個衛星 訊號會在三個球狀訊號中產生兩個交會點，其中一個交點 8 1304891 16333twf.doc/r :到ίίΐίΐ署另外一點則在太空中衛星的另-側。當 可接受裝置接收到3個衛星信號，就 驻罢相^吏用者所在之位置的座標。一般來說，GPS接受 ㈣及^收到4個以上衛星信號，來定出使用者所在之 有一在本發明提供的GPS導航裳置内，具 入二ηΐ式’其可以利用使用者從使用者介面105所輸 圍產Γ在本發明之gps導航裝置所在區域的周 ㈣。當處理單元101制本發明之删導 几、越過了此警示邊界時，則可以 出警告訊息以告知使用者越界的警訊。。丁早70102發 揚罄m列中’警示單元1〇2包括了震動馬達ι〇7和 2二處理單元1〇1可以控制震動馬達107使gps導二 =:息，並且還可以使揚伽發出警告4 1用者介面1G5可以包括觸控式榮幕⑴和鍵般 ⑴。藉此’使用者可以藉由從觸控式榮幕iu上所提供ς 地圖^面上’點選所需要的警示點來作為邊界資料。或 可以藉由例如鍵盤113輸入座標值來作為邊界資料。 在較佳的情況中，本發明所提供的Gps導航裝置可 利用個人數位助理(PDA)來實現。 圖3繪示了依照本發明之一較佳實施例的—種警示邊 1304891 16333twf.doc/r 界之°又疋方法的步驟流程圖，其可以適用於一定位裝置， 例如圖1之GPS導航裝置。請參照圖3，首先，本發明會 在例如圖1之觸控式螢幕nl上，提供一地圖介面讓使用 者輸入就是步驟S3〇l所敘述的内容。 是對應，定位裝置所在的區域。 圖^ ^接著，本發明會依據使用者所輪入的邊界資料，而進 行步驟S303，就是在定位裝置所在位置的周圍設定一警示 邊界。然後如步驟S305所述，持續偵測定位裝置是否越 過了使用者所設定的警示邊界。當發現定位裝置越過了警 示邊界(也就是步驟S305所標示的“是”），也就表示使用 者很可此越過了警示邊界，因此本發明就會如步驟幻〇7 所述，利用例如圖1之震動馬達1〇7和揚聲器1〇9發出鑿 告訊息以告知使用者。 圖4繪示了圖3之步驟S303的詳細步驟流程圖。請 參照圖4，當本發明進行完圖3之步驟S3〇1後，則可以如 步·驟S401所述，會要求使用者利用例如圖1之觸控式螢 幕丨11，而在地圖介面上點選至少三個警示點，以便藉由 這些警示點圍成一封閉的區域。接著，本發明會如^驟 S403所述，偵測每—警示點對應在實際區域的經緯度仅 置。然後如步驟S405所述，連接所有的警示點而形成罄 希邊界。 圖5繪示了依照本發明另一較佳實施例的一種警示邊 界之設定方法的步驟流程圖，其如圖3 —般，適用於—定 位裝ΐ。請參照圖5，較特別的是，在本實施例中，首先 1304891 16333twf.doc/r 會如步驟S501所述’會藉由例如圖1之觸控式螢幕111 上提供給使用者一座標輸入介面。同樣’本發明會如步驟 S503所述，依據使用者的輸入而在定位裝置所在的週邊設 定一警示邊界。然後如步驟S505所述，持續地偵測定位 裝置是否越過警示邊界。當發現定位裝置越過了警示邊界 時(也就是步驟S305所標示的“是”），同樣地’本發明會 如步驟S507所述’發出警告訊息來告知使用者。 圖6繪示了圖5之步驟S503的詳細步驟流程圖。請 ® 參照圖6,當本發明進行完步驟S501後，可以如步驟S601 所述’要求使用者在座標輸入介面上輸入至少三個座標 點。當使用者藉由例如圖1之觸控式螢幕111或是鍵盤113 輸入完座標後’本發明會如步驟S603所述，偵測每一座 標點對應在實際區域的位置。然後如步驟S605所述，連 接所有座標點以形成警示邊界。 綜上所述，本發明至少有以下優點： 1.由於本發明可以依據使用者的輸入，而在所在位置 籲 ㈤週邊设定警示邊界，並且在使用者越過此警示邊界時， .本發明就會發出警告訊息來告知使用者 。因此，使用者就 可以避免誤闖危險區域。 2·二使用者越過警示邊界時，本發明除了利用揚聲器 發出，示音效之外，本發明還會利用震動馬達產生震動。 因此非^曹雜的環境中，本發明還是可以即時得知目前 所在位置的狀況。 雖然本發明已以較佳實施例揭露如上，然其旅#用以 11Pound 1304891 16333twf.doc/r IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a type of response relating to a method in which a user crosses a 罄 5 and a method. [Prior Art] In recent years, due to the improvement of living standards, the requirements of the country have also been greatly improved. Therefore, every holiday, every tour is crowded with cars, and passengers are weaving. However, every tourist attraction has potential dangers. For example, in a beach, it is divided into shallow water and deep water, and in shallow water, of course, it is safer than water. For example, in the deep mountains and valleys, when tourists are looking for a sneak rush, they often get lost when they accidentally enter the martyrdom, or they enter the dangerous area without paying attention. ... Although warning signs for dangerous areas are set up in tourist attractions. But when the tourists are playing, they often don't notice these warning signs. Or if there are too many people, or if the slogan is not obvious, it often causes tourists to ignore the warning slogan and mistake the dangerous area, so the probability of danger is greatly increased. SUMMARY OF THE INVENTION In view of the above, it is an object of the present invention to provide a method for setting a warning boundary that can provide a use threshold to set a warning boundary to be immediately notified when a user accidentally crosses a set warning boundary. It is still another object of the present invention to provide a global positioning system receiving device 5 1304891 16333 twf.doc/r setting to enable the user to immediately know the user's information when the user crosses the set warning boundary. The present invention provides a method for setting a warning boundary, which can be applied to a clamping device, which includes first providing a map interface for a user to input, wherein the map interface corresponds to an area where the positioning device is located. Then, an alert boundary is set around the location of the positioning device based on the user's input. Then, it is continuously detected whether the positioning device has crossed the warning boundary. A warning message is issued when the positioning device crosses the warning boundary. In one embodiment of the invention, the step of receiving user input from the map interface includes first requiring the user to select at least two alert points on the map interface. Then, the actual position of each of the warning points corresponding to the area where the positioning device is located is detected, and then all the warning points are connected to form a warning boundary. From another point of view, the present invention provides a method for setting a warning boundary that can be applied to a positioning device, the steps of which include providing a standard input interface for the user to input, and then, according to the user's input. The warning boundary is set around the location of the positioning device. Next, it is continuously detected whether the clamp has crossed the warning boundary. When the pointing device crosses the warning boundary, a warning message is issued. In one embodiment of the invention, the step of receiving input from the user from the coordinate input interface includes first requiring the user to set at least three coordinate points on the coordinate input interface. Then, the actual position of each punctuation area corresponding to the positioning device is detected, and then all the coordinate points are connected to form a warning boundary. In a preferred case, the method for issuing the warning message includes issuing a warning sound to cause the positioning device to generate a vibration to inform the user. From another point of view, the present invention provides a Global Positioning System (GPS) receiving device having an application program that generates a warning boundary based on the boundary data of the time input. The GPS navigation device provided by the present invention includes an antenna unit, a user interface, and a processing unit. The user interface provides a user interface to allow the user to enter boundary data to generate a warning boundary. The processing unit is coupled to the antenna unit and the user interface, and detects whether the GPS navigation device crosses the set warning boundary according to the satellite signal received by the antenna unit. When the GPS navigation device is found to have crossed the set warning boundary, the processing unit controls a warning unit to issue a warning message to inform the user. In general, the user interface includes a touch screen and a keyboard. In a preferred embodiment, the alert unit includes at least one of a speaker and a vibrating motor. The speaker can sound a warning sound when the receiving device passes the warning position, and the vibration motor can cause the global positioning system receiving device to generate a vibration message when the global positioning system receiving device passes the warning position. As described above, since the present invention can set a warning boundary around the area where the positioning device is located according to the input of the user, and when the positioning device crosses the warning boundary, a warning message including vibration or the like is generated to inform the user. In this way, when the user acts in a certain area, he or she will not be mistaken for the danger zone and cause his own danger. The above and other objects, features, and advantages of the present invention will become more apparent from the description of the appended claims. [Embodiment] FIG. 1 is a circuit block diagram of a global positioning system receiving apparatus in accordance with a preferred embodiment of the present invention. Please refer to the drawing unit, for example, the processing unit 101 of the central unit, and the antenna unit ι〇3 is input to calculate the current position according to the satellite signal received by the antenna 70 1G3. ^ ® 2A to Figure 2C illustrate the positioning of the global positioning system. The eye is first placed on top of the Earth with reference to Figure 2A'. A total of % navigation satellites are deployed. For each of the 201 satellites, for example, a spherical surface can be defined and the radius R of the spherical surface is equivalent to the distance between the GPS navigation device and the navigation satellite (=01). The navigation satellite 2〇1 can continuously transmit orbital feeds and precise time data generated by the contained atomic clock, which can be called ephemeris data. The GPS guide has a dedicated radio signal reception and also has its own clock. When the GPS navigation device receives the signal from the satellite (201), it can be converted into the location data by, for example, the processing unit 101 in FIG. 1, that is, it can be known that the satellite is far away from us. Far and its direction is there. However, this location has the potential to have a point on a large arc of the Earth's surface. • Referring to Figure 2B, when there are two satellite signals, the position calculated by the GPS navigation device is only a circular range formed by the intersection of two spherical signals, and there are two circular regions when the circular surface reaches the surface of the earth. The intersection point, so you can only find the poor position. As shown in Figure 2C, the third satellite signal will generate two intersection points in three spherical signals, one of which is 8 1304891 16333twf.doc/r: to another point in space satellites in space - side. When the acceptable device receives three satellite signals, it will stop at the coordinates of the location where the user is located. In general, the GPS accepts (4) and receives more than 4 satellite signals to determine that the user is located in the GPS navigation device provided by the present invention, and has the user's ability to use the user from the user. The interface 105 is in the periphery of the area where the GPS navigation device of the present invention is located (4). When the processing unit 101 makes the deletion of the present invention and crosses the warning boundary, a warning message can be issued to inform the user of the alarm that is out of bounds. . Ding Zao 70102 罄 列 m column 'warning unit 1 〇 2 includes vibration motor ι 〇 7 and 2 two processing unit 1 〇 1 can control the vibration motor 107 to make gps lead two =: interest, and can also make Yangjia warn 4 1 User interface 1G5 can include touch-type glory (1) and key-like (1). In this way, the user can select the required warning point from the touch map provided on the touch screen iu as the boundary information. Or, the coordinate value can be input as the boundary data by, for example, the keyboard 113. In a preferred aspect, the GPS navigation device provided by the present invention can be implemented using a personal digital assistant (PDA). 3 is a flow chart showing the steps of a method for warning edge 1308891 16333 twf.doc/r, which can be applied to a positioning device, such as the GPS navigation of FIG. 1 in accordance with a preferred embodiment of the present invention. Device. Referring to FIG. 3, first, the present invention provides a map interface for the user to input the content described in step S3〇1, for example, on the touch screen n1 of FIG. It is the area where the positioning device is located. Figure ^^ Next, the present invention proceeds to step S303 based on the boundary data that the user has entered, that is, a warning boundary is set around the location of the positioning device. Then, as described in step S305, it is continuously detected whether the positioning device has crossed the warning boundary set by the user. When it is found that the positioning device crosses the warning boundary (that is, "Yes" indicated in step S305), it means that the user can easily cross the warning boundary, so the present invention will use, for example, the diagram as described in step 7 The vibration motor 1〇7 and the speaker 1〇9 send a message to inform the user. FIG. 4 is a flow chart showing the detailed steps of step S303 of FIG. 3. Referring to FIG. 4, after the present invention completes step S3〇1 of FIG. 3, the user may be required to use, for example, the touch screen 图11 of FIG. 1 on the map interface as described in step S401. Click on at least three warning points to form a closed area by these warning points. Next, the present invention detects that each of the warning points corresponds to the latitude and longitude of the actual area as described in step S403. Then, as described in step S405, all the warning points are connected to form a boundary. FIG. 5 is a flow chart showing the steps of a method for setting a warning boundary according to another preferred embodiment of the present invention. FIG. 3 is applicable to a positioning device. Referring to FIG. 5, in particular, in this embodiment, first 1304891 16333 twf.doc/r will be provided to the user by a standard input on the touch screen 111 as shown in FIG. 1 as described in step S501. interface. Similarly, the present invention sets a warning boundary at the periphery of the positioning device according to the user's input as described in step S503. Then, as described in step S505, it is continuously detected whether the positioning device has crossed the warning boundary. When it is found that the positioning device has crossed the warning boundary (i.e., "Yes" indicated in step S305), the same invention will issue a warning message to inform the user as described in step S507. FIG. 6 is a flow chart showing the detailed steps of step S503 of FIG. 5. Please refer to FIG. 6. After the present invention completes step S501, the user may be required to input at least three coordinate points on the coordinate input interface as described in step S601. After the user inputs the coordinates by, for example, the touch screen 111 of FIG. 1 or the keyboard 113, the present invention detects the position of each coordinate point corresponding to the actual area as described in step S603. Then, as described in step S605, all coordinate points are connected to form a warning boundary. In summary, the present invention has at least the following advantages: 1. Since the present invention can set a warning boundary in the vicinity of the location (5) according to the user's input, and when the user crosses the warning boundary, the present invention A warning message will be sent to inform the user. Therefore, the user can avoid accidentally smashing dangerous areas. 2. When the user crosses the warning boundary, the present invention uses the vibration motor to generate vibration in addition to the speaker. Therefore, in the non-caustic environment, the present invention can immediately know the current location. Although the present invention has been disclosed above in the preferred embodiment, its travel # is used 11
1304891 16333twf.doc/r 2何熟習此技藝者，在不脫離本發明之精神 範圍♦視後ΐϋί些許之更動與潤飾，因此本發明之保護 縫田視_之申請專利範圍所界定者為準。 【圖式簡單說明】 位系==依照本發明之一較佳實施例的-種全球定 位系，洗接收装置的電路方塊圖。 到圖2C緣示了全較位系統之定位的示意圖。 界之—=了依本發明之—較佳實施例的—種警示邊 界之S又疋方法的步驟流程圖。 圖4繪示了圖3之步驟㈣3的詳細步驟流程圖。 圖^會示了依照本發明另一較佳實施例的—種警示邊 界之设定方法的步驟流程圖。 圖6綠示了圖5之步驟S503的詳細步驟流程圖。 【主要元件符號說明】 101 :處理單元 102 :警示單元 103 :天線單元 201 :導航衛星 105 :使用者介面 107 :震動馬達 109 :揚聲器 111 :觸控式螢幕 113 :鍵盤 S301 .提供一地圖介面 12 1304891 16333twf.doc/r S303 :在定位裝置週邊詨定一警示邊界 S305 :偵測定位裝置是否越過警示邊界 S307 :發出警告訊息 S401 :要求使用者在地圖介面上點選至少三個鑿示點 S403 :偵測每-個警示點對應在實際區域的位置丁‘·’ S405 .連接所有的警示點而形成警示邊界 S501 . &供一座標輸入介面</ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; BRIEF DESCRIPTION OF THE DRAWINGS A system block diagram of a washing receiver in accordance with a global positioning system in accordance with a preferred embodiment of the present invention. Figure 2C shows a schematic diagram of the positioning of the full-bit system. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; FIG. 4 is a flow chart showing the detailed steps of step (4) 3 of FIG. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 2 is a flow chart showing the steps of a method for setting a warning boundary in accordance with another preferred embodiment of the present invention. Figure 6 is a green flow chart showing the detailed steps of step S503 of Figure 5. [Main component symbol description] 101: Processing unit 102: Warning unit 103: Antenna unit 201: Navigation satellite 105: User interface 107: Vibration motor 109: Speaker 111: Touch screen 113: Keyboard S301. Provide a map interface 12 1304891 16333twf.doc/r S303: Set a warning boundary S305 around the positioning device: detect whether the positioning device crosses the warning boundary S307: issue a warning message S401: ask the user to select at least three chisel points S403 on the map interface : Detect each position of the warning point corresponding to the actual area D'·' S405. Connect all the warning points to form the warning boundary S501. & for a standard input interface
S503 :在定位裝置週邊設定一警示邊界 S505 :偵測定位裝置是否越過警示邊界 S507:發出警告訊息 S601要求使用者在座標輸人介面上點選至少三個座 Ξ : ^點對應在實際區域的位置 所有的座標點而形成警示邊界S503: setting a warning boundary S505 around the positioning device: detecting whether the positioning device crosses the warning boundary S507: issuing a warning message S601 asking the user to select at least three coordinates on the coordinate input interface: ^ points corresponding to the actual area Position all the punctuation points to form a warning boundary