M341256 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種衛星定位執跡紀錄器，特別是一種可與記 憶卡相容之衛星定位軌跡紀錄器。 【先前技術】 衛星定位系統(GPS)是利用接收GPS衛星訊號之資料求解出 φ 衛星所在位置，再計算出接收器本身與衛星間的距離，以求得接 收器的位置。 近來，由於衛星電子地圖（如Google earth )可與相片結合 使用，使得相片上的景點可顯示其拍照時間與經緯度位置等資訊 以方便使用者作為旅行紀錄。因此，一些GPS衍生性的產品應運 而生，如衛星定位執跡紀錄器，其可記錄旅途中的行蹤執跡。 習知衛星定位執跡紀錄器可用來搭配任何相機使用，拍完照 後必須在電腦上做整合，照片才能顯示時間、位置等資料，其操 作程序相當複雜。故數位相機内建GPS的產品問世，提供消費者 ® 不但能利用相機紀錄景點亦能顯示詳實經過的執跡位置。此類商 品特點不需要後置作業，如利用額外的工具將座標資料寫到 JPEG檔案，故消費者使用上尤為方便。 然而，上述數位相機内建GPS的機型因需同時拍照並一併 記錄其經緯度位置，故比較耗電，電池使用時間短，不利於戶外 長時間景點紀錄拍攝。 綜括上述，為改善電池續航力，獨立的GPS Logger具有相 較大優勢不耗費相機的電力。另一方面，為取得後續相片讀取座 5 M341256 =f的便利性’如何在GPS LQgger上整合其他功能，並使操 3早b，以讓操作者接受度更高，是我們急需解決的課題。 I 叫 ^ 知獨立 GPS Logger 提出使用 USB 〇TG( On-The -Go)控 以及USB主機連接口，改善上述缺點，然USB 〇TQ控 主機連接口之零件數目多的情況下，整機耗電量及 成本仍有改善空間。又，資料傳輸方面，因需透過一道USB格 式轉換手續’傳輸速度仍可進—步補強。 # 【新型内容】 為了解決上述問題，本創作目的之一，係提供一種衛星定位 =跡紀錄器（GPS Logger)，其係在GPS Logger上整合一記憶卡 ”面’將儲存有影像資料之記憶卡直接插入GPS Logger上以自 動將座標資訊寫入影像資料内。其不需耗費相機電池，更不需額 外工具，操作上相當簡單。 本創作目的之一係提供一種衛星定位軌跡紀錄器（GPS L〇gge〇，係在GPSLogger上整合一記憶卡介面，將拍好照片具 φ 影像資料之記憶卡直接插到GPS Logger上，便一氣呵成自動將 座標寫到相片檔。當不需利用相機電池，且不需額外工具，如個 人電腦將座標資料寫到JPEG檔案。 本創作目的之一係提供一處理器或一衛星定位模組直接 讀記憶卡的資料，不必額外經過一道USB格式轉換手續，以增 快資料傳輸之速度，且減少零件數目，降低成本及整機耗電量。 本創作目的之一係提供一種衛星定位軌跡紀錄器，係在GPS Logger上整合一記憶卡介面，可讀取介面如安全數位（SD)記憶 卡、多媒體(MMC)記憶卡、壓縮快閃（CF)記憶卡、記憶體條(MS) 記憶卡、智慧媒體（SM)記憶卡、尖端數位(XD)記憶卡、迷你多媒 6 M341256 體(RS-MMC)記憶卡、迷你安全數位(mini-SD)記憶卡及迷你快閃 (Trans Flash)記憶卡等，相容性高。 本創作目的之一係提供一種衛星定位轨跡紀錄器，其係具有 一訊號接收天線以接收來自一無線電波訊號並輸出一數位訊 號，且訊號接收天線可内建或外接於GPS Logger。M341256 VIII. New description: [New technical field] This creation is related to a satellite positioning and logging recorder, especially a satellite positioning track recorder compatible with memory cards. [Prior Art] The satellite positioning system (GPS) uses the data of the receiving GPS satellite signal to solve the position of the φ satellite, and then calculates the distance between the receiver itself and the satellite to obtain the position of the receiver. Recently, satellite electronic maps (such as Google Earth) can be used in conjunction with photos, so that the attractions on the photos can display information such as the photographing time and the latitude and longitude position to facilitate the user's travel record. As a result, some GPS-derived products have emerged, such as the Satellite Positioning Observer, which records the whereabouts of the journey. The conventional satellite positioning record recorder can be used with any camera. After the photo is taken, it must be integrated on the computer to display the time, position and other information. The operation procedure is quite complicated. Therefore, the digital camera built-in GPS products are available, providing consumers with the ability to use the camera to record the sights and display the detailed location of the execution. Such product features do not require post-operation, such as the use of additional tools to write coordinate data to JPEG files, so it is especially convenient for consumers. However, the above-mentioned digital camera built-in GPS model needs to take photos at the same time and record its latitude and longitude position, so it is relatively power-consuming and has a short battery life, which is not conducive to outdoor long-term scenic spot shooting. In summary, in order to improve battery life, the independent GPS Logger has a considerable advantage in that it does not consume camera power. On the other hand, in order to obtain the convenience of the subsequent photo reading block 5 M341256 = f 'how to integrate other functions on the GPS LQgger, and to make the operation 3 early b, so that the operator acceptance is higher, is an urgent problem to be solved. . I called ^ Independent GPS Logger proposed to use USB 〇 TG (On-The - Go) control and USB host interface to improve the above shortcomings, but the number of parts of the USB 〇 TQ control host connector is large, the whole machine consumes power There is still room for improvement in quantity and cost. In addition, in terms of data transmission, it is necessary to go through a USB format conversion procedure. # [New content] In order to solve the above problems, one of the purposes of this creation is to provide a satellite positioning = GPS Logger, which integrates a memory card "face" on the GPS Logger to store the memory of the image data. The card is directly inserted into the GPS Logger to automatically write the coordinate information into the image data. It does not need to consume the camera battery, and does not require additional tools, and the operation is quite simple. One of the purposes of this creation is to provide a satellite positioning track recorder (GPS). L〇gge〇 integrates a memory card interface on the GPSLogger, inserts the memory card with the φ image data directly into the GPS Logger, and automatically writes the coordinates to the photo file in one go. When no need to use the camera battery, And no additional tools, such as personal computer to write coordinate information to the JPEG file. One of the purpose of this creation is to provide a processor or a satellite positioning module to directly read the data of the memory card, without having to go through a USB format conversion procedure, Increase the speed of data transmission, reduce the number of parts, reduce the cost and power consumption of the whole machine. One of the purposes of this creation is to provide a kind of The star positioning track recorder integrates a memory card interface on the GPS Logger, and can read interfaces such as a secure digital (SD) memory card, a multimedia (MMC) memory card, a compact flash (CF) memory card, and a memory stick ( MS) Memory Card, Smart Media (SM) Memory Card, Cutting Point Digital (XD) Memory Card, Mini Multimedia 6 M341256 Body (RS-MMC) Memory Card, Mini Secure Digital (mini-SD) Memory Card and Mini Flash ( Trans Flash) memory card, etc., high compatibility. One of the purposes of this creation is to provide a satellite positioning track recorder with a signal receiving antenna for receiving a signal from a radio wave and outputting a digital signal, and receiving the signal. The antenna can be built in or external to the GPS Logger.
為了達到上述目的，本創作一實施例之衛星定位軌跡紀錄 器，包括：一訊號接收天線用以接收來自一無線電波訊號並輸出 一數位訊號；一衛星定位模組與訊號接收天線電性連接用以接收 數位訊號，且數位訊號經運算後取得一經緯度座標資料；至少一 記憶卡介面，係提供外部之一記憶卡電性連接，其中記憶卡儲至 少一影像資料；一處理器，係電性連接衛星定位模組與記憶卡介 面；以及一記憶體，係電性連接處理器並儲存累積經緯度座標資 料成一執跡資料，其中處理器係整合執跡資料與影像資料，使影 像資料具有經緯度座標資料。 以下藉由具體實施例配合所附的圖式詳加說明，當更容易了 解本創作之目的、技術内容、特點及其所達成的功效。 .·【實施方式】 首先，請先參考第一圖，第一圖為本創作一實施例之衛星定 位執跡紀錄器架構示意圖。於本實施例中，衛星定位執跡紀錄器 包括：一訊號接收天線10 ; —衛星定位模組20，係與訊號接收 天線10電性連接；一記憶卡介面30，係提供外部之一記憶卡電 性連接；一處理器40，係電性連接衛星定位模組20與記憶卡介 面30 ;以及一記憶體50，係電性連接處理器40並儲存累積經緯 度座標資料成一執跡資料。訊號接收天線10係用來接收一無線 電波訊號並輸出一數位訊號。衛星定位模組20接收數位訊號， 7 M341256 並經過運算數位訊號取得一經緯度座標資料。又，記憶體5〇儲 存至少一影像資料。 接續上述說明，處理器40係整合衛星定位模組20、記憶體 50與記憶卡介面30，以便將經緯度座標累積所成之執跡資料寫 入影像資料使其具有經緯度座標。本創作之衛星定位轨跡紀錄器 之特色係在GPS Logger上整合一記憶卡介面30，使具影像資料 之記憶體50可直接插入GPS Logger上，以自動將座標寫到影像 資料中。如此，不需耗費相機電池，亦不需額外工具，如個人電 腦轉換經緯度座標資料寫到JPEG檔案，操作上較為簡便。又， # 可以改善習知之USB 0TG控制器及USB主機連接口之需多一 道USB格式轉換手續，以達增強傳輸速度之目的。 於一實施例中，本創作之衛星定位軌跡紀錄器（GPS L〇gger) 更包括一電力供應單元60電性連接處理器40用以提供所需電 力。於本實施例中’處理器40可與衛星定位模組2〇整合於一晶 片中。或，處理器40可與衛星定位模組20及記憶體50整合於 一晶片中。故GPS Logger不必與相機整合在一起，不會耗損相 機的電池，保持在戶外相機電池的續航力。 春 於又一實施例中，GPS Logger上之記憶卡介面30係可讀取 如安全數位（SD)記憶卡、多媒體(MMC)記憶卡、壓縮快閃（CF)記 憶卡、記憶體條(MS)記憶卡、智慧媒體（sm)記憶卡、尖端數位 (XD)記憶卡、迷你多媒體（RS-MMC)記憶卡、迷你安全數位 (mini-SD)記憶卡及迷你快閃（Trans Fiash)記憶卡等。此外，於一 實施例中，訊號接收天線1〇可内建或外接於Gps Logger。 綜上所述，本創作係提供一種衛星定位執跡紀錄器，利用透 過纪憶卡界面讀取各種記憶卡，如安全數位（SD)記憶卡、多媒體 (MMC)記憶卡等，將抓取之影像資料直接整合於GPS Logger内 之處理器，使影像資料具經緯度資訊。不必額外的工具如電腦或 8 M341256 程序如USB轉換等來整合，操作便利，更不必使用相機之電池， 維持電池於戶外長時間拍攝之續航力。 以上所述之實施例僅係為說明本創作之技術思想及特點，其 目的在使熟習此項技藝之人士能夠瞭解本創作之内容並據以實 施，當不能以之限定本創作之專利範圍，即大凡依本創作所揭示 之精神所作之均等變化或修飾，仍應涵蓋在本創作之專利範圍 内0In order to achieve the above object, a satellite positioning track recorder according to an embodiment of the present invention includes: a signal receiving antenna for receiving a signal from a radio wave and outputting a digital signal; and a satellite positioning module for electrically connecting the signal receiving antenna. Receiving a digital signal, and the digital signal is calculated to obtain a latitude and longitude coordinate data; at least one memory card interface is provided with an external memory card electrical connection, wherein the memory card stores at least one image data; a processor, is electrically Connecting the satellite positioning module and the memory card interface; and a memory body electrically connecting the processor and storing the accumulated latitude and longitude coordinate data into a traced data, wherein the processor integrates the traced data and the image data to make the image data have latitude and longitude coordinates data. In the following, the specific embodiments and the accompanying drawings are explained in detail, and it is easier to understand the purpose, technical content, characteristics and effects achieved by the present invention. . . . [Embodiment] First, please refer to the first figure. The first figure is a schematic diagram of the architecture of the satellite positioning and logging recorder according to an embodiment of the present invention. In this embodiment, the satellite positioning and tracking recorder includes: a signal receiving antenna 10; a satellite positioning module 20, which is electrically connected to the signal receiving antenna 10; and a memory card interface 30, which provides an external memory card. The processor 40 is electrically connected to the satellite positioning module 20 and the memory card interface 30; and a memory 50 is electrically connected to the processor 40 and stores the accumulated latitude and longitude coordinate data into a traced data. The signal receiving antenna 10 is for receiving a radio wave signal and outputting a digital signal. The satellite positioning module 20 receives the digital signal, 7 M341256 and obtains a latitude and longitude coordinate data through the operation digital signal. In addition, the memory 5 stores at least one image data. Following the above description, the processor 40 integrates the satellite positioning module 20, the memory 50 and the memory card interface 30 to write the traced data accumulated by the latitude and longitude coordinates into the image data to have latitude and longitude coordinates. The satellite positioning track recorder of this creation features a memory card interface 30 integrated on the GPS Logger so that the memory 50 with image data can be directly inserted into the GPS Logger to automatically write coordinates to the image data. In this way, no need to consume the camera battery, and no additional tools, such as personal computer conversion latitude and longitude coordinates data written to the JPEG file, the operation is relatively simple. Moreover, # can improve the USB 0TG controller and the USB host interface of the conventional USB format conversion procedure to achieve the purpose of enhancing the transmission speed. In one embodiment, the satellite positioning track recorder (GPS L〇gger) of the present invention further includes a power supply unit 60 electrically connected to the processor 40 for providing the required power. In this embodiment, the processor 40 can be integrated with a satellite positioning module 2A in a wafer. Alternatively, the processor 40 can be integrated with the satellite positioning module 20 and the memory 50 in a wafer. Therefore, the GPS Logger does not have to be integrated with the camera, it does not consume the battery of the camera, and maintains the battery life of the outdoor camera. In another embodiment, the memory card interface 30 on the GPS Logger can read, for example, a secure digital (SD) memory card, a multimedia (MMC) memory card, a compressed flash (CF) memory card, and a memory stick (MS). ) Memory card, smart media (sm) memory card, cutting edge digital (XD) memory card, mini multimedia (RS-MMC) memory card, mini secure digital (mini-SD) memory card and mini flash (Trans Fiash) memory card Wait. In addition, in an embodiment, the signal receiving antenna 1 can be built in or externally connected to the Gps Logger. In summary, the creation department provides a satellite positioning and logging recorder, which uses a memory card to read various memory cards, such as a secure digital (SD) memory card, a multimedia (MMC) memory card, etc., which will be captured. The image data is directly integrated into the processor in the GPS Logger, so that the image data has latitude and longitude information. No need for additional tools such as a computer or 8 M341256 program such as USB conversion to integrate, easy to operate, not to use the camera's battery, to maintain the battery life for long-term outdoor shooting. The embodiments described above are only for explaining the technical idea and characteristics of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement them according to the scope of the patent. That is, the equal change or modification made by the general in accordance with the spirit revealed by this creation should still be covered within the scope of the patent of this creation.
【圖式簡單說明】 第一圖所示本創作一實施例之衛星定位執跡紀錄器架構示意圖。 M341256 【主要元件符號說明】 10 訊號接收天線 20 衛星定位模組 30 記憶卡介面 40 處理器 50 記憶體 60 電力供應單元 參 10[Simple Description of the Drawings] The first figure shows a schematic diagram of the architecture of the satellite positioning and logging recorder of an embodiment of the present invention. M341256 [Description of main component symbols] 10 Signal receiving antenna 20 Satellite positioning module 30 Memory card interface 40 Processor 50 Memory 60 Power supply unit Reference 10