M331252 八、新型說明·· 【新型所屬之技術領域】 本創作係有關於一種具微型卡介面之全球定位功 能與影像處理裝置，尤指一種傳輸頻寬大、體積小、 容量大及用電量低，以達到傳輸速度快且降低設備成 本之微型卡（mini-card)介面。 • 【先前技術】 瞻 隨著現在科技產業對於行動運算技術開發之日益 進步與完善，一些可攜帶式之電子裝置產品，如行動 電話、個人數位助理、筆記型電腦或個人電腦等電子 產品，係不斷被研發與創新，而這些技術之進步所帶 來之產品不但在現今之科技產業上佔有非常重要之角 色，同時也帶給了消費大眾對於使用這些科技產品時 有更多之方便和實用性。 _ 以往之行動定位服務係利用用戶身邊之行動終端 π又備’回傳其位置資訊給行動通訊系統，來達到掌握 用戶行蹤之目的，並且進一步地提供用戶所需之資 訊。但為了提供上述之服務，行動通訊系統業者往往 必須準備大容量之資訊伺服器，以便儲存用戶之位置 負訊’對業者來說，係造成成本上之浪費。 為克服上述問題，繼而開發出Gps導航系統，在 早期之GPS問世後，其產品多僅考慮金字塔頂端之小 眾市場，對消費者之真正需求並未特別考慮，所以其 M331252 結構通常較為複雜，以致較難於調整及安裝，並且由 於體積較大而使機身厚重，往往造成攜帶不便及步行 不方便等缺點。 為了排除攜帶不便之問題，其各類可檇式電子裝 置在個人資料之儲存及攜帶上則講求更大儲存量、更 快傳輸率及更輕薄短小之儲存媒體，使體積愈小卻具 有愈大之功能。而目前隨著個人數位助理（Personal Digital Assistant，PDA )、智慧手機之流行及其他各類 電子裝置應用之深入，早期之快閃記憶卡（Compact Flash Card，CF 卡）或安全數碼記憶卡（Security Digital Card, SD卡），其設備自身標配之唯讀記憶體（ROM) 系統及隨機存取記憶體（RAM)系統之容量不但難以 保存，並且連MP3音樂或MP4影片等高容量之資料， 甚至較大型軟體之GPS導航軟體、或較高端之掌上電 腦遊戲等，其安裝也難以應付。再者，現今不少用戶 也將越來越多之軟體直接安裝在存儲卡上，並對該存 儲卡之讀寫速率提出了更高之要求，若以較高端之應 用而言，該存儲卡之讀寫速率若過低，則有可能出現 播放MP4影片不流暢、遊戲卡殼、GPS調用地圖資料 延遲等現象，進而有可能發生耗電及容易發熱等缺 點，以致使用壽限較短。 綜上所述，目前可攜帶式之電子裝置產品並無能 將流覽圖片、播放影音，觀看電視、聽收音機及集多 M331252 媒體影音於一機並且具有高度傳輸頻寬、體積小、容 量大及用電量低之裝置出現，致使坪費者在無法選購 兼具有gps導航系統功能之微型卡介面裝置下，尚有 因傳輸速率過低以致發生延遲、耗電及容易發熱等缺 點，進而使該電子裝置使用壽限縮短。故，—般習用 者係無法符合使用者於實際使用時之所需。 【新型内容】 本創作之主要目的係在於，利用該微型卡介面具 有之傳輸頻寬大、體積小、容量大及用電量低，而達 到傳輸速度快且降低設備成本，不僅可延長使用行動 電話、個人數位助理、筆記型電腦或個人電腦收看數 位節目，同時並具有全球衛星定位系統之功能。 為達以上之目的，本創作係一種具微型卡介面之 全球定位功能與影像處理裝置，至少包含有一接收外 部GPS訊號之第一調諧單元、一與該第一調諧單元連 接並將該第一調諧單元所接收之外部Gps訊號解調為 數位訊號之GPS解調單元、一接收外部無線訊號之第 二調諧單元、一與該第二調諧單元連接並將該第二調 u白單元所接收之外部無線訊號解調為數位訊號之解調 單元、一傳輸該數位訊號之橋接單元及一接收該數位 訊號之微型卡介面。 為 【實施方式】 請參閱『第1圖』所示，係本創作之第一方塊示 M331252 意圖。如圖所示：本創作係一種具微型卡介面之全球 定位功能與影像處理裝置，至少包含有一第一調譜單 元1 1、一 gps解調單元】2、一第二調諧單元2工早 一解調單元2 2、一橋接單元3及一微型卡 (mini-card)介面4所構成，可延長使用行動電話、 個人數位助理（Personal Digital Assistant，PDA)、筆 記型電腦或個人電腦收看數位節目，同時並具有全球 衛星定位系統（Global Position System，GPS )之功能。 該第一調諧單元1 i係接收外部GPS訊號，而該 第一調諧單元11係為一内藏式天線。 該GPS解調單元1 2係與該第一調諧單元丄工連 接，用以將該第^調諧單元1 1所接收之外部Qps訊 號解調為數位訊號，而該GPS解調單元丄2至少包含 有一第一濾波及放大器i 2丄、一 GPS解調器丄2 2 及一類比/數位轉換單元1 2 3。 該第二調諧單元2 1係接收外部無線訊號，而該 第二調諧單元2 1係為一伸縮式天線。 該解調單元2 2係與該第二調諧單元2 1連接， 用以將該第二調諧單元21所接收之外部無線訊號解 碉為數位訊號；而該解調單元2 2至少包含有一第二 濾波及放大器2 2 1、一與該第二濾波及放大器2 2 1連接之晶片型調諧器2 2 2、一與該晶片型調諧器 22 2連接之解調器223，該解調器2 23之另一 M331252 端係與該橋接單元3連接；其中，該解調器2 2 3係 至少可用以解調數位視訊地面廣播（Dvb-T )、綜合業 務數子廣播（ISDB)、數位視訊地面廣播（atsc)、手 持式數位視訊廣播（DVB-H)、地面數位行動廣播 (T-DMB)或數位音訊廣播（DAB)，另該解調器2 2 3係以有線頻率訊號與該晶片型調諧器2 2 2連接， 或以無線頻率訊號搭配一自動增益濾波器2 2 3卫與 該晶片型調諧器2 2 2連接。 該橋接單元3之一端係分別與該GPS解調單元工 2及該解調單元2 2連接。 該微型卡介面4係與該橋接單元3連接，用以接 收該橋接單元3之數位信號，且該微型卡介面4係可 與外部電子設備連接。藉由上述之排列構成一全新之 具微型卡介面之全球定位功能與影像處理裝置。 請參閱『第2圖及第3圖』所示，係本創作之運 甩狀態方塊示意圖及本創作之微型卡介面結構示意 圖。如圖所示··當本創作於運用時，係以微型卡介面 4與行動電話、個人數位助理、筆記型電腦或個人電 腦^電子設備5連接，並由該微型卡介面4#員取該電 子，備5之電源，且透過橋接單元3將電源傳輸至解 ，單元2 2中，另亦將電源傳至Gps解調單元丄2， 藉以提供第—調諧單元11及第：調諧單元21構成 動气天線，g該為數位廣播接收天線之第二調譜單 M331252 元2 1接收外部無線訊號時，該訊號係先經過第二遽 波及放大器2 2 1將所接收之訊號雜訊過渡，並將訊 號放大，再由晶片型調諧器2 2 2視所需調整不同之 接收頻率，之後以解調器2 2 3將該晶片型調諧器2 2 2之訊號解碼成所需之影像格式（如mpeg〗或 MPEG Π )，並由該橋接單元3將解碼後之訊號傳輸至 該微型卡介面4，當該訊號經由該橋接單元3傳輸 時，該訊號係先經過DVB_T端子4 2，將該訊號接收 進該微型卡介面4,利用該微型卡介面4之傳輸頻寬 大、容量大、體積小及用電量低等特性，達到可快速 將訊號經由該微型卡介面4之資料輸出端4 3傳輸至 該電子設備5上，使該電子設備5不僅可觀看該第二 調諧單元2 1所接收之影音訊號，同時並可降低使用 設備之成本。 另該GPS解調單元1 2係可藉由該第一調諧單元 1 1接收外部GPS訊號，經該GPS解調單元i 2内之 第一濾波及放大器1 2 i過濾該GPS訊號之雜訊，並 放大該GPS訊號，接著經該GPS解調器工2 2解調該 GPS訊號，並藉由類比/數位轉換單元丄2 3將該訊號 轉換為數位訊號，藉由該橋接單元3將該數位訊號傳 輸至該微型卡，介面4，當該訊號經由該橋接單元3傳 輸時，該訊號係先經過GPS端子4丄，將該訊號接收 進該微型卡介面4，利用該微型卡介面4之傳輸頻寬 10 M331252 大、容量大、體積小及用電量低等特性，達到可快速 將訊號經由該微型卡介面4之資料輸出端4 3傳輸至 該電子設備5上並可同時降低使用設備之成本。而該 • 電子设備5係具有衛星導航程式，可將該數位訊號轉 .換為實際座標值，進而依該實際座標值於電子地圖上 心示出實際位置並顯示於該電子設備5上，以達到衛 星定位之功效。 癱 凊參閱『第4圖』所示，係本創作之實施例示意 圖。如圖所示：今以筆記型電腦為例，其第一調諧單 元11及第二調諧單元21之訊號係由橋接單元分別 傳至GPS端子4 1&DVB-T端子4 2,並藉由該Gps 端子4 1及該DVB-T端子4 2將訊號接收至該微型 卡介面4，利用該微型卡介面4之特性，達到可快速 將訊號經由該微型卡介面4之資料輸出端4 3傳輸至 筆記型電腦6上’使該筆記型電腦6不僅可觀看該第 籲二調料元2 1所接彳ϋ音訊號，並可同時降低使 用設備之成本。而該筆記型電腦6係具有衛星導航程 式’可隸由該第—_單元11接收之數位訊號轉 換為實際座標值，進而依該實際座標值於電子地圖上 標示出實際位置並顯示於該筆記型電腦6上，以達到 衛星定位之功效。 综上所述，本創作係一種具微型卡介面之全球定 位1 力能與影像處理裝置，可有效改善習用之種種缺 M331252 點’以微型卡介面具有之傳輸頻寬大、體積小、容量 大及用電量低’卞達到傳輸速度快且降低設備成本， 不僅可延長使用行動電話、個人數位助理、筆記型電 腦或個人電腦收看數位節目，同時並具有全球衛星定 位系統之功能，進而使本創作之産生能更進步、更實 用、更符合使用者之所須，確已符合創作專利申請之 要件，爰依法提出專利申請。可 惟以上所述者，僅為本創作之較佳實施例而已， 當不能以此限定本創作實施之範圍；故，凡依本 申請專利範圍及創作說明書内容所作之簡單的等 化與修飾，皆應仍屬本創作專利涵蓋之範圍内。 M331252 【圖式簡單說明】 第1圖’係本創作 …个钔作之第一方塊示意圖。 第2圖係本創作之運用狀態方塊示意圖。 第3圖，本創作之微型卡介面結構示意圖。 第4圖，係本創作之實施例示意圖。 【主要元件符號說明】 第一調諧單元11 > GPS解調單元1 2 第一濾波及放大器121 GPS解調器1 2 2 類比/數位轉換單元1 2 3 第二調諧單元2 1 ， 解調單元2 2 第二濾波及放大器2 2 1 晶片型調諧器2 2 2 > 解調器2 2 3 自動增益濾波器2 2 3 1 橋接單元3 微型卡介面4 GPS端子4 1 DVB-T 端子 4 2 < 資料輸出端4 3 電子設備5 13 M331252 筆記型電腦6M331252 VIII. New Description·· 【New Technology Fields】 This creation is about a global positioning function and image processing device with a miniature card interface, especially a transmission bandwidth, small size, large capacity and low power consumption. In order to achieve a mini-card interface with fast transmission speed and low equipment cost. • [Prior Art] With the advancement and improvement of mobile computing technology development in the technology industry, some portable electronic devices, such as mobile phones, personal digital assistants, notebook computers or personal computers, are Constantly being researched and innovated, and the products brought about by the advancement of these technologies not only play a very important role in today's technology industry, but also bring more convenience and practicality to the consumer. . _ In the past, the mobile location service system used the mobile terminal around the user to prepare to return the location information to the mobile communication system to achieve the purpose of grasping the user's whereabouts, and further provide the information required by the user. However, in order to provide the above services, mobile communication system operators often have to prepare large-capacity information servers in order to store the user's location. It is a waste of cost for the operators. In order to overcome the above problems, the GPS navigation system was developed. After the early GPS was introduced, its products only considered the niche market at the top of the pyramid. The real demand for consumers was not specially considered, so the M331252 structure is usually complicated. As a result, it is difficult to adjust and install, and because of its large size, the body is heavy, which often causes disadvantages such as inconvenience in carrying and inconvenient walking. In order to eliminate the problem of inconvenience of carrying, the various types of portable electronic devices in the storage and carrying of personal data emphasize greater storage capacity, faster transmission rate and lighter and shorter storage media, so that the smaller the volume, the larger the size. The function. At present, with the personal digital assistant (PDA), the popularity of smart phones and other types of electronic devices, early flash memory cards (Compact Flash Cards, CF cards) or secure digital memory cards (Security) Digital Card, SD card), the device's own standard read-only memory (ROM) system and random access memory (RAM) system capacity is not only difficult to save, but also high-capacity data such as MP3 music or MP4 movies, Even the larger software GPS navigation software, or the higher-end handheld games, etc., the installation is also difficult to cope. Moreover, many users today also install more and more software directly on the memory card, and put forward higher requirements on the read/write rate of the memory card. For higher-end applications, the memory card If the reading and writing rate is too low, there may be a phenomenon that the MP4 movie is not smooth, the game card is stuck, the GPS calls map data is delayed, and the like, and thus power consumption and heat generation are likely to occur, so that the service life is short. In summary, the current portable electronic device products are not able to view pictures, play audio and video, watch TV, listen to radio and collect more M331252 media audio and video in one machine and have high transmission bandwidth, small size and large capacity. The use of low-power devices has resulted in the disadvantages of those who are unable to purchase and have the function of GPS navigation system. However, there are disadvantages such as delay, power consumption and heat generation due to the low transmission rate. The life of the electronic device is shortened. Therefore, the general practitioners cannot meet the needs of the user in actual use. [New content] The main purpose of this creation is to use the micro-card interface to have a large transmission bandwidth, small size, large capacity and low power consumption, which can achieve high transmission speed and low equipment cost, and can not only extend the use of mobile phones. A personal digital assistant, a laptop or a personal computer to watch digital programs, and also has the function of a global satellite positioning system. For the above purposes, the present invention is a global positioning function and image processing device with a micro card interface, comprising at least a first tuning unit for receiving an external GPS signal, a first tuning unit connected thereto and the first tuning a GPS demodulation unit for demodulating an external Gps signal received by the unit into a digital signal, a second tuning unit receiving an external wireless signal, a second tuning unit connected to the second tuning unit, and an external unit received by the second tuning unit The wireless signal is demodulated into a demodulation unit of the digital signal, a bridge unit that transmits the digital signal, and a micro card interface that receives the digital signal. [Embodiment] Please refer to "Figure 1" for the first block of this creation to show the intention of M331252. As shown in the figure: This creation is a global positioning function and image processing device with a micro card interface, comprising at least a first tuning unit 1 1 , a gps demodulation unit 2 , a second tuning unit 2 The demodulation unit 2, a bridging unit 3 and a mini-card interface 4 are used to extend the use of mobile phones, personal digital assistants (PDAs), notebook computers or personal computers to watch digital programs. At the same time, it has the function of Global Position System (GPS). The first tuning unit 1 i receives an external GPS signal, and the first tuning unit 11 is a built-in antenna. The GPS demodulation unit 12 is connected to the first tuning unit to demodulate the external Qps signal received by the second tuning unit 11 into a digital signal, and the GPS demodulation unit 至少2 includes at least There is a first filter and amplifier i 2 丄, a GPS demodulator 丄 2 2 and an analog/digital conversion unit 1 2 3 . The second tuning unit 21 receives an external wireless signal, and the second tuning unit 21 is a telescopic antenna. The demodulation unit 2 2 is connected to the second tuner unit 2 1 for demodulating the external wireless signal received by the second tuner unit 21 into a digital signal; and the demodulation unit 2 2 includes at least a second a filter and amplifier 2 2 1 , a wafer type tuner 2 2 connected to the second filter and amplifier 2 2 1 , a demodulator 223 connected to the wafer type tuner 22 2 , the demodulator 2 23 The other M331252 terminal is connected to the bridging unit 3; wherein the demodulator 2 2 3 is at least available for demodulating digital video terrestrial broadcasting (Dvb-T), integrated service sub-broadcast (ISDB), digital video ground. Broadcast (atsc), hand-held digital video broadcasting (DVB-H), terrestrial digital mobile broadcasting (T-DMB) or digital audio broadcasting (DAB), and the demodulator 2 2 3 is a wired frequency signal and the chip type The tuner 2 2 2 is connected, or is connected to the chip type tuner 2 2 2 by a wireless frequency signal and an automatic gain filter. One end of the bridging unit 3 is connected to the GPS demodulation unit 2 and the demodulation unit 2 2, respectively. The micro card interface 4 is connected to the bridging unit 3 for receiving a digital signal of the bridging unit 3, and the micro card interface 4 is connectable to an external electronic device. The above arrangement constitutes a brand new global positioning function and image processing device with a micro card interface. Please refer to the "Figure 2 and Figure 3" diagram, which is a schematic diagram of the operation status of the creation and the schematic diagram of the micro-card interface structure of the creation. As shown in the figure, when the creation is used, it is connected to the mobile phone, personal digital assistant, notebook computer or personal computer ^ electronic device 5 by the micro card interface 4, and is taken by the 4# member of the micro card interface. The power supply of the electronic device is 5, and the power is transmitted to the solution through the bridge unit 3, and the power is transmitted to the Gps demodulation unit 丄2, thereby providing the first tuning unit 11 and the tuning unit 21. The moving air antenna, g is the second modulation singlet of the digital broadcast receiving antenna M331252 yuan 2 1 When receiving the external wireless signal, the signal first passes the second chopping wave and the amplifier 2 2 1 to transfer the received signal noise, and The signal is amplified, and then the wafer type tuner 2 2 2 adjusts the different receiving frequencies as needed, and then the signal of the wafer type tuner 2 2 2 is decoded into the desired image format by the demodulator 2 2 3 (eg Mpeg or MPEG Π), and the decoded signal is transmitted by the bridging unit 3 to the mini card interface 4. When the signal is transmitted through the bridging unit 3, the signal passes through the DVB_T terminal 4 2, and the signal is transmitted. Received into the mini card interface 4, benefit By using the micro-card interface 4, the transmission bandwidth is large, the capacity is large, the volume is small, and the power consumption is low, so that the signal can be quickly transmitted to the electronic device 5 via the data output terminal 43 of the micro-card interface 4, so that The electronic device 5 can not only view the video signal received by the second tuner unit 21, but also reduce the cost of using the device. In addition, the GPS demodulation unit 12 can receive an external GPS signal by the first tuning unit 11, and filter the noise of the GPS signal through the first filter and the amplifier 1 2 i in the GPS demodulation unit i 2 . And amplifying the GPS signal, and then demodulating the GPS signal by the GPS demodulator 2, and converting the signal into a digital signal by the analog/digital conversion unit ,2 3, and the digital unit is used by the bridge unit 3 The signal is transmitted to the micro card, interface 4, when the signal is transmitted through the bridge unit 3, the signal first passes through the GPS terminal 4, and the signal is received into the micro card interface 4, and the transmission is performed by using the micro card interface 4. The bandwidth 10 M331252 is large, large in capacity, small in size and low in power consumption, so that the signal can be quickly transmitted to the electronic device 5 via the data output terminal 4 of the micro card interface 4 and the device can be reduced at the same time. cost. The electronic device 5 has a satellite navigation program, and the digital signal can be converted into an actual coordinate value, and the actual position is displayed on the electronic map according to the actual coordinate value and displayed on the electronic device 5, To achieve the effect of satellite positioning.瘫 凊 See “Figure 4” for a schematic diagram of an embodiment of this creation. As shown in the figure: taking the notebook computer as an example, the signals of the first tuning unit 11 and the second tuning unit 21 are respectively transmitted by the bridge unit to the GPS terminal 4 1 & DVB-T terminal 42 and by the The Gps terminal 4 1 and the DVB-T terminal 42 receive the signal to the mini card interface 4, and the characteristics of the micro card interface 4 are used to quickly transmit the signal to the data output terminal 43 of the micro card interface 4 to The notebook computer 6 enables the notebook computer 6 to not only view the audio signal connected to the second caller 2, but also reduce the cost of using the device. The notebook computer 6 has a satellite navigation program 'the digital signal received by the first unit_11 is converted into an actual coordinate value, and the actual position is marked on the electronic map according to the actual coordinate value and displayed on the note. On the computer 6, to achieve the effect of satellite positioning. In summary, this creation is a global positioning 1 force and image processing device with a micro card interface, which can effectively improve the various types of M331252 points that are used. The transmission bandwidth is large, the volume is small, and the capacity is large. Low power consumption 卞 achieves fast transmission speed and reduces equipment costs, not only extending the use of mobile phones, personal digital assistants, laptops or personal computers to watch digital programs, but also has the function of global satellite positioning system, thus enabling the creation The production can be more progressive, more practical, and more in line with the needs of the user. It has indeed met the requirements for the creation of a patent application, and has filed a patent application in accordance with the law. However, the above descriptions are only preferred embodiments of the present invention, and the scope of the present invention cannot be limited thereto; therefore, the simple equalization and modification according to the scope of the patent application and the content of the creation manual, All should remain within the scope of this creation patent. M331252 [Simple description of the diagram] Figure 1 is the first block diagram of the creation. Figure 2 is a block diagram showing the state of operation of this creation. Figure 3 is a schematic diagram of the micro-card interface structure of the present creation. Figure 4 is a schematic diagram of an embodiment of the present creation. [Description of main component symbols] First tuning unit 11 > GPS demodulating unit 1 2 First filtering and amplifier 121 GPS demodulator 1 2 2 Analog/digital conversion unit 1 2 3 Second tuning unit 2 1 , Demodulation unit 2 2 Second filter and amplifier 2 2 1 Chip type tuner 2 2 2 > Demodulator 2 2 3 Automatic gain filter 2 2 3 1 Bridge unit 3 Mini card interface 4 GPS terminal 4 1 DVB-T terminal 4 2 < Data output 4 3 Electronic equipment 5 13 M331252 Notebook computer 6