1376635 六、發明說明： 【發明所屬之技術領域】 及於具有無線射頻辨識（咖功能之可攜式電子裝置 及」目_作料，尤指-種於可赋電子裝 夠使用無線射頻辨識功能之可攜式f子裝置及其袖=1、下仍此 【先前技術】1376635 VI. Description of the invention: [Technical field of the invention] and the portable electronic device with wireless radio frequency identification (coffee function), especially for the electronic device capable of using the radio frequency identification function. Portable f sub-device and its sleeve = 1, still under this [prior art]
Frequency Identification > RPlD)^W^-^# 7式自動識別系統，可利用無線射頻方式在讀取器咖㈣和電子標 =間:行非接觸性之雙向數據傳輪，以達到目標識別或數據交 ^目的。由騰㈣統具有_性、無拍性壽命長、高安 耐雛鮮雜，所以非常適合制於自動化纽或是惡劣環 狄中’例如倉魏發及物辭理、汽車剛 統、或商品品質管理等方面。 系 =於κκω的應用時普及，廠商開始將奸仍的功能導入行動 資料）之ΓΧΓΡ取器除了可以當作讀取器的功能（用以存取 r U 成—般㈣ID電子賴，料援獅電子Frequency Identification >RPlD)^W^-^# 7-type automatic identification system, which can use wireless radio frequency method in the reader coffee (4) and electronic standard = non-contact two-way data transmission wheel to achieve target recognition or Data transfer. The Teng (four) system has _ sex, long life without pats, and high-energy and fresh-breeding, so it is very suitable for automation or bad circle. For example, Cang Weifa and material complication, car rigs, or commodity quality management etc. Department = popularization in the application of κκω, the manufacturer began to introduce the function of the traitor into the action data. In addition to the function of the reader, it can be used as a reader function (to access r U into the general (four) ID electronic Lai, the aid lion electronic
標鐵的知，餅手機_人錄麻（PDA 門禁卡、悠遊卡、電子錢包等應用。 然而，利用RFID讀取器來實現細^電子標 的功率比單純的RF2D電子桿籤 户、此，/、 4耗 鐵來付尚，因此在行動裝置失去電力或 無法獅，細瓣她綱輸系統(例 般的㈣電子標籤，·撕部的咖細（例如捷 2捷運）細術糾伽奴，杨_觸運站。反 觀，一般的RFID雷·?•煙銘.n a _____ 1376635 運站的讀取II)所提供的磁場，便能夠提供足_能量來運作 目前市面上利用咖讀取找實現咖電子賊的魏之行動/署 必須加以改良’以克服上述先前技術所面_問題。 、置The knowledge of the standard iron, the cake mobile phone _ people record hemp (PDA access card, leisure card, e-wallet and other applications. However, the use of RFID readers to achieve the fine ^ electronic standard power than the pure RF2D electronic pole, this, / 4, the iron is used to pay, so in the mobile device loses power or can not lion, the small valve her system (such as (four) electronic label, tearing the coffee (such as Jie 2 MRT) fine tangles , Yang _ the concomitant station. In contrast, the general RFID Ray·?•烟铭.na _____ 1376635 The reading of the station II) provides the magnetic field that can provide enough energy to operate the current market using coffee to read The Wei’s action/deployment of the coffee thief must be improved to overcome the above-mentioned problems of the prior art.
【發明内容J 因此’本發明的目的在於提出—種具有無_貞辨識魏之可 電子袈置及其相關操作方法，以解決上述之問題。 " 本發明係揭露-種具有無線射頻辨識功能之可攜式電子農置， 攜式電子裝置包含-域控湘、—無線賴觸讀取S (咖 0日片卡、H應天線、—第二錢天線以及—電源供 應裝置。主機控制器侧以控制可攜式電子裝置之運作。I線射頻辨 _取器係減於續控制賴第—感應天線，用料取資料。第二 感應天線與第—感應天線係部份重疊。晶片卡係減於第二感應天〜 線。電源供應裝置係提供一電源給域控制器與無線射頻辨識讀取 當電賴職置提健電驗無線射頻觸讀取輯，無線 辨識讀取器係模擬成-無線射頻辨識卡⑽Dcard)，並經由第一感 識別資料；當電源供應裝置未提供該電源給無線射頻 棘$時’晶片卡係取代無線射頻辨識讀取器，並藉由該第二感 夫應^來傳送識別資料1中該晶片卡係包含—無線射頻辨識卡或— :1。騎針之魏包含信时、門計、悠遊核電子錢包等 應用，中之—。 本，明係揭露-種於-可攜式電子裝置上實現鱗_辨識功能 之/。5亥可攜式電子裝置包含-無線射頻辨識讀取器、一晶片卡、 一第-感應天線、-第二感應天線以及—電源供應裝置，其中第一感 1376635 應天線與第-感應天線係部分重疊，且電源供應裝置用以提供一電源 、’·σ無線射頻辨4㊅取ϋ。該方法包含：當電源供應裝置提供該電源給 該線射頻顺讀取ϋ時，以練_辨識讀取^雜贼—無線射頻 辨識卡（RFIDcard) ’並經由第—感應天線來傳送—識別資料；以及 當電源供應裝置未提健電·無__ 取科以晶片卡取 代無線射頻辨4㈤取’並藉由第二感應天線來傳送觸別資料。 【實施方式】 。月參考第1圖’第1圖為本發明具有無線射頻辨識功能之可攜式電 子裝置100之第實知例的示意圖。如第i圖所示可攜式電子裝置 〇〇 g s (i_不侷限於）主機控制器110、無線射頻辨識讀取器⑽仍 er) 120 Ba>{卡13G、第—感應天線14()、第二感應天線⑼以及 電源供應裝置160。主機控㈣m _以控制可攜式電子裝置· 之财，例如-1央處理私（CPU)，但並不侷限於此。而無線射頻 辨識項取器120係輕接於主機控制器11〇與第一感應天線⑽，用來 讀取資料。第二感應天線15G與第—感應天線⑽係部分重疊且第 :感應天線！5G _接於以卡13Q。糾，電源供縣置酬例如 電也）係轉接於主機控制器11〇以及無線射頻辨識讀取器㈣，用 電源VI給主機控㈣11()以及無線射頻辨識讀取器12〇，而 =卡130則不需要提供額外的電源，其可透過外部的麵讀取器 ^供的磁場，來提供足夠的能量供其運作。當電源供應裝置提 給無線射頻辨識讀取請時，以無線射頻辨識讀取器12〇 無_辨識卡⑽細d)，並經由第—感應天線14〇 來傳送-識別資料，·而當電源供應裝置碰未提供電源％給益線射 1376635 φ 頻辨識讀取器120時，以晶片卡ΐ3〇爽敌冲紐a 乃卞术取代無線射頻辨識讀取器120， 並藉由第二感應天線150來傳送該識別資料。換言之在可攜式電子 裝置⑽可以正常運作的航下，以無線__讀取器12=模擬 -無線射頻辨識卡之功能；反之，在可攜式電子裝置丨⑻失去電力或 者電力不足的情況下，以晶片卡130來提供一無線射頻辨識卡之功能。 請注意，上述之可攜式電子裝置觸係可為一個人數位助理（PM) •或者-手機，㈣秘限於此，亦可為於_之可攜式電子裝置。 •於本實施例中，晶片卡130係可為無線射頻辨識卡（臟^⑷苴 包含-無線射頻辨識電子標籤⑽Dtag)1此實施例中，無線射頻 辨識電子標籤係存有-識別碼。當可攜式電子裝置膽靠近一外部無 線射頻辨賴取科，第二感獻線15G齡觀絲騎頻辨識電 子標籤以傳送該識別碼。 值得注意的是，第-感應天線14〇與第二感應天線15〇係以上下重 疊（overlap)之方式擺置，如此一來，可經由第一感應天線⑽與第 鲁二感應天線1如所產生的磁場來建立一無線連結於無線射頻辨識讀取 器120與晶片卡130 (於本實施例中為一無線射頻辨識卡）之間。此 外，第-感應天線140與第二感應天線15〇係可為繞線式天線，然而 熟知此項技藝者應可了解，這並非本發明之限制條件。 當然，於上述之實施例中係以一無線射頻辨識卡來實現晶片卡 130 ’此僅用來作為本發明的範例說明，熟知此項技藝者應可了解，此 並非本發明之限制條件。於其他的實施例中，可採用其他元件來實現 a曰片卡130，例如一智慧卡（smartcard)。於本發明之實施例中，智慧 卡係具有至少-安全侧微處理單元糾執行加龍護功能，以及一 7 1 儲存識別碼及機密資料。當可攜式電子裝置100靠近 /線_辨識讀取器時’第二感應天線⑼係會將該智慧卡中 :子的酬喝傳送給外部無騎頻觸讀㈣。由於智慧卡且有高 2全性且可以對資料進行加密保護，因此目前係整合在信时門 不4身份識別卡、行動電話SIM卡或者電子錢包等應用上。 月 > 考第2圖，第2圖為本發明具有無線射頻辨識功能之可攜式電 、置200之第二實施例的示意圖。於第2圖中，可攜式電子裝置· =:攜Γ子裝置10°的架構類似，.兩者不同之處在於本實施 '、木9慧卡21G來實現晶片卡’且無線射頻辨識讀取器12〇 另透過一有線聽23G來與智慧卡210互械接。如此-來，當電源 ，縣置160由未電源V1給提供無線射頻辨識讀取器⑽的狀態恢 復至提^源V1給域射綱識讀取器12G的狀態時，無線射頻辨 战賣取器120則可透過有線連結23〇纟與智慧卡训進行資 盤 同步之動作。 ^ 值得注意的是，於本實施例中，可由一繼電器（咖）22〇來控制 第-感應天線15〇的導通與否。舉例而言，將繼電器创祕於智慧 卡210與第—感應天線15〇之間，在電源供應裝置⑽提供電源力 給無線射頻辨識讀取器⑽時，關閉繼電器no ;反之，在電源供應 裝置160未提供電源V1給無線射頻辨識讀取器⑽時，導通繼電器 220此繼電器22〇貝,】可由電源供應褒置！⑼所提供的電源％之電源 反相訊就VI來控制之。如此—來’在無線射頻辨識讀取器⑽無法 正常運作時，智慧卡2H)可以獨立運作來模擬—無線射頻辨識卡之功 能；而在無線射頻辨識讀取器12G恢復正常運作的情況下，則必須關 1376635 閉智慧卡210，以避免外部的讀取器在讀取無線射頻辨識讀取器i2〇 上的資料時受到智慧卡2K)的干擾。此外，上述之繼電㈣^可由 其他元件來代狀，熟知此項技藝者應可了解，這麵本發明之限制 條件。 另外，可攜式電子裝置200可另設置-記憶體’用以儲存該識別資 料，且該記憶體可設置於智慧卡210中，例如第2圖中212所標示的 位置，或者可將該記憶體設置於主機控制器11〇中，例如第2圖中山 鲁所標示的位置。熟知此項技藝者應可瞭解，記憶體112、212之位置以 及種類並不揭限。 請再注意，以上所述之實施例僅用來作為本發明的範例說明並非 本發明的關躲，熟知此項技藝者射了解，在喊背本發明之精 神下，以其他元件來實現晶片卡13〇皆是可行的。 請參考第3圖’第3圖為本發-可攜式電子裝置上實現無線射 2辨識功能之方法之-操作範例的流程圖，其包含以下的步驟衛主 _意1往可得到大致相同的結果，則下列步驟並非限定要依據第ί圖 所示之順序來執行）： 步驟302 :流程開始。 步驟304 .判斷電源供應震置是否提供該電源給該無線射頻辨識讀取 盗。若該電源供應裝置提供該電源給該無線射頻辨識讀 時，執行步驟310 ;否則，執行步驟320。 步驟310:以無線射頻辨識讀取器來模擬成一無線射頻辨識卡。 ν驟312 .經由第—感應天線來傳送—識別資料。 ν驟32G .以邮片卡取代無線射頻辨識讀取器。 9 i3?6635 步驟322 :藉由第二感應天線來傳送該識別資料β 步驟324 :判斷電源供應裝置是 續取y、〜電源給該無線射頻辨識 α貝取益的狀態恢復至提供該電源給 的狀態。若該電源供應裝置由未接伹:棚辨心取盗 辨識讀取器的狀態恢復至提#哕 ”.、、，.射頻 一 ㈣錢祕職騎頻辨識嘈SUMMARY OF THE INVENTION Therefore, the object of the present invention is to provide an electronic device having no _贞 identification and its associated operation method to solve the above problems. " The present invention discloses a portable electronic farm with wireless radio frequency identification function, and the portable electronic device includes - domain control Xiang, - wireless remote touch reading S (cafe 0 day chip card, H antenna antenna, - The second money antenna and the power supply device. The host controller side controls the operation of the portable electronic device. The I line radio frequency identification device is reduced to the continuous control system, the sensing antenna, and the material is used to take the data. The antenna partially overlaps with the first-inductive antenna system. The chip card system is reduced to the second sensing day~ line. The power supply device provides a power supply to the domain controller and the radio frequency identification reading. The radio frequency touch reader is a wireless identification card (10) Dcard), and the identification data is transmitted through the first sense; when the power supply device does not provide the power to the radio frequency spine, the chip card system replaces the wireless The RFID reader, and transmitting the identification card 1 by the second sensor to include the RFID card or -1. The riding of the needle includes the application of the letter time, the door meter, the leisure nuclear wallet, etc. This is the disclosure of the scale-identification function on the portable electronic device. The 5th portable electronic device comprises a radio frequency identification reader, a chip card, a first sensing antenna, a second sensing antenna and a power supply device, wherein the first sense 1376635 antenna and the first sensing antenna system Partially overlapping, and the power supply device is used to provide a power supply, '·σ wireless radio frequency identification. The method comprises: when the power supply device provides the power supply to the line radio frequency read/write, to perform the identification and read the thief-radio frequency identification card (RFID) and transmit it via the first sensing antenna. And when the power supply device does not mention the power, no __ take the chip to replace the radio frequency identification 4 (five) take 'and transmit the contact data through the second sensing antenna. [Embodiment] 1 is a schematic view of a first embodiment of a portable electronic device 100 having a radio frequency identification function according to the present invention. As shown in Figure i, the portable electronic device 〇〇gs (i_not limited to) the host controller 110, the radio frequency identification reader (10) still er) 120 Ba>{card 13G, first-sensing antenna 14() a second sensing antenna (9) and a power supply device 160. The host controls (4) m _ to control the portable electronic device, such as -1 central processing private (CPU), but is not limited thereto. The radio frequency identification item 120 is lightly connected to the host controller 11 and the first sensing antenna (10) for reading data. The second sensing antenna 15G partially overlaps with the first sensing antenna (10) and the: sensing antenna! 5G _ is connected to the card 13Q. Correction, power supply for the county to pay, such as electricity) is transferred to the host controller 11 〇 and the radio frequency identification reader (four), with the power VI to the host control (four) 11 () and the radio frequency identification reader 12 〇, and = The card 130 does not need to provide an additional power source that provides sufficient energy to operate through the magnetic field supplied by the external face reader. When the power supply device provides the radio frequency identification reading, the radio frequency identification reader 12 has no _ identification card (10) fine d), and transmits the identification data through the first sensing antenna 14 ,, and when the power supply When the supply device does not provide the power supply % to the benefit line to shoot the 1376635 φ frequency identification reader 120, the wireless RFID reader 120 is replaced by the chip card, and the second sensing antenna is replaced by the second sensing antenna. 150 to transmit the identification data. In other words, under the navigation that the portable electronic device (10) can operate normally, the function of the wireless__reader 12=analog-radio identification card; conversely, the loss of power or insufficient power in the portable electronic device (8) Next, the function of providing a radio frequency identification card by the chip card 130 is provided. Please note that the above-mentioned portable electronic device contact system can be a number of position assistants (PM) or - mobile phones, (4) secrets are limited to this, and can also be portable electronic devices. In the present embodiment, the chip card 130 can be a radio frequency identification card (dirty), and the radio frequency identification electronic tag (10) Dtag. In this embodiment, the radio frequency identification electronic tag stores an identification code. When the portable electronic device is close to an external wireless radio frequency identification device, the second sensing line 15G is used to recognize the electronic tag to transmit the identification code. It should be noted that the first sensing antenna 14A and the second sensing antenna 15 are disposed in an overlapping manner, so that the first sensing antenna (10) and the second sensing antenna 1 can be connected via the first sensing antenna (10). The generated magnetic field establishes a wireless connection between the RFID reader 120 and the chip card 130 (in this embodiment, a RFID card). In addition, the first sensing antenna 140 and the second sensing antenna 15 may be wound wire antennas, but it is well known to those skilled in the art that this is not a limitation of the present invention. Of course, in the above embodiments, the chip card 130 is implemented by a radio frequency identification card. This is only used as an example of the present invention. It should be understood by those skilled in the art that this is not a limitation of the present invention. In other embodiments, other components may be employed to implement a chip card 130, such as a smart card. In an embodiment of the invention, the smart card has at least a security-side micro-processing unit that performs a tamper-protection function, and a storage identification code and confidential information. When the portable electronic device 100 is close to the /line_identifying reader, the second sensing antenna (9) transmits the reward of the smart card to the external non-riding frequency (4). Because of the smart card and high integrity, the data can be encrypted and protected, so it is currently integrated in applications such as the letter card, mobile phone SIM card or electronic wallet. Month > Test Figure 2, Figure 2 is a schematic diagram of a second embodiment of the portable radio, 200 with radio frequency identification function of the present invention. In Figure 2, the portable electronic device·=: The structure of the 10° device with the tweezers is similar. The difference between the two is that the implementation of 'Wu 9 Huika 21G to implement the chip card' and the radio frequency identification read The picker 12 is also operatively coupled to the smart card 210 via a wired listener 23G. So-to, when the power supply, the county set 160 is restored by the unpowered V1 to provide the state of the radio frequency identification reader (10) to the state of the source V1 to the domain radiology reader 12G, the radio frequency discriminant sells The device 120 can synchronize with the smart card training through the wired connection 23〇纟. It is worth noting that in the present embodiment, the conduction of the first-inductive antenna 15A can be controlled by a relay (coffee) 22A. For example, the relay is created between the smart card 210 and the first sensing antenna 15A, and when the power supply device (10) supplies power to the RFID reader (10), the relay no is turned off; otherwise, the power supply device is turned off. When the power supply V1 is not supplied to the radio frequency identification reader (10), the relay 220 is turned on by the relay 22, which can be supplied by the power supply! (9) The power supply of the supplied power % is controlled by the VI. So—when the RFID reader (10) is not functioning properly, the smart card 2H can operate independently to simulate the function of the RFID card; and when the RFID reader 12G resumes normal operation, The smart card 210 must be closed 1376635 to prevent the external reader from being interfered with by the smart card 2K when reading the data on the RFID reader i2. In addition, the above-mentioned relay (4) can be represented by other components, and those skilled in the art should be aware of the limitations of the present invention. In addition, the portable electronic device 200 can be further configured with a memory to store the identification data, and the memory can be disposed in the smart card 210, such as the location indicated by 212 in FIG. 2, or the memory can be The body is disposed in the host controller 11A, for example, the position indicated by Shanlu in Fig. 2. Those skilled in the art will appreciate that the location and type of memory 112, 212 are not disclosed. It should be noted that the above-mentioned embodiments are only used as an example of the present invention to explain the present invention. It is known to those skilled in the art to understand that, in the spirit of shouting the present invention, the chip card is realized by other components. 13〇 is feasible. Please refer to FIG. 3 'Fig. 3 is a flow chart of an operation example of the method for realizing the wireless radio 2 identification function on the present-portable electronic device, which includes the following steps: As a result, the following steps are not limited to be performed in the order shown in the figure: Step 302: The process begins. Step 304: Determine whether the power supply is provided to provide the power to the radio frequency identification to read theft. If the power supply device provides the power to the radio frequency identification read, step 310 is performed; otherwise, step 320 is performed. Step 310: Simulate a radio frequency identification card with a radio frequency identification reader. V. Step 312. Transmitting via the first sensing antenna - identifying the data. νSTEP32G. Replace the RFID reader with a post card. 9 i3?6635 Step 322: transmitting the identification data by the second sensing antenna. Step 324: determining that the power supply device is continually fetching y, and the power supply is restored to the state of the radio frequency identification α to provide the power supply. status. If the power supply device is not connected: the state of the arbitrarily discards the reader and the status of the reader is restored to the mention of "哕".,,,. RF one (four) money secret riding frequency identification
取讀狀態時，執行步驟33G 步驟330 :透過-連处來制W…否則回到步驟320。 的麟射_靖取轉該“卡之間 的負料存取與同步。回到步驊310。 接下來，請配合第3騎示之各步驟與第i圖 件說明各元件之間如何運作。。 ^ 70 是s ' 於步驟3G4中’酬電源供應裝置160 ^否祕獅V1給鱗射_識讀取_。接下來，分兩種情 =明··若電聽絲置⑽提供魏V1給無物_識讀取器 時，則以無線射頻辨識讀取器⑽來模擬成—無線射頻辨識卡（步 驟3U))，並經由第-感應天線14G來傳送該識別資料（步㈣2) •若 可攜式電子裝置剛失去電力或者電力不足的情況下，則以晶片卡13〇 (或第2圖之智慧卡210)來取代無線射頻辨識讀取器12〇 (步驟 320)，並經由第二感應天線15〇來傳送該識別資料（步驟如。最後， 判斷電源供絲置160是否由未提供魏V1給無__識讀取器 120的狀驗復至提供電源V1給鱗射賴識讀的狀態（步 驟324)，若電力已恢復，則透過一連結來進行無線射頻辨識讀取器12〇 與晶片卡130之間的資料存取與同步（步驟33〇)，並回到以無線射頻 辨識讀取器12〇來實現-無線__卡之魏的狀態（回到步驟 310 );若電力尚未恢復，則繼續以晶片卡13〇取代無線射頻辨識讀取 為來具現:無線射頻辨識卡之功能（回到步驟320)。 限制條綺舉可行的實施例，並雜制本發明的 ：：：：：：! 2 Γ:，於步驟330中，若以—無線射頻辨識卡來實現晶片卡 斤建蚊-無輕絲鮮騎_識切行㈣存 智慧卡來實現晶W則無線射頻辨 動 透過一有線連結來與智慧卡⑽進行資料存取朗步_作。 發==:::明之技_，並非_限本 穩式雷子㈣_ 種具有無線射頻辨識功能之可 / 、2〇〇。由於無線射頻辨識讀取H 120以及晶片卡130 式電子裝置刚、中，若可攜式電子裝置刚、 :處於正祕電的情況下，可由無線射頻辨識讀取器⑽來模擬 i:=ro卡’若可攜式電子裝置100、2°°係處於失去電力或者 電力不足的情況下，則改㈣㈣來提供—般的娜卡之功能。 如此一來，即使可攜式電子裝置卿、係處 -感應天線⑼以上下重疊之方式擺置，如此—來當可攜式電子裝 置励、200恢復正常運作時，無線射頻辨識讀取㈣即可透過第一、 第-感應錢⑽⑼雌立之該鱗連結麵 ㈣⑽）街崎崎嫩，以避 免貝科不心。“，上述之實施例侧來作為本發明的範例說明， 1376635 利性 熟知此項技藝者射了解，除了上騎提及之無線射細識卡以及智 慧卡之外，亦可採用其他元件來實現晶片卡m。總之，無論在任何 情況下，本發明所揭露之可攜料子裝置聊、，仍可以正常使用 像是門禁卡 '悠遊識功能以提供使时更大的便 以上所述縣本發明之較佳實關，凡依本發财請專利範圍所 做之均等變化與修飾，皆應屬本發明之涵蓋範圍。 【圖式簡單說明】 第1圖為本發明具有無線射頻辨識功能之可擴式電子裝置 例的示意圖。 第2圖靖咖^職環之第二實施When the read state is taken, step 33G is performed, step 330: through the connection to make W... otherwise, return to step 320. The cymbal _ jing takes the "material access and synchronization between the cards. Go back to step 310. Next, please explain how each component works with the steps of the third riding and the i-th image. ^ 70 is s ' in step 3G4 'remuner power supply device 160 ^ no secret lion V1 to scale shooting _ read _. Next, divided into two emotions = Ming · If the electric wire set (10) provides Wei When V1 gives no object to the reader, it is simulated by the radio frequency identification reader (10) into a radio frequency identification card (step 3U), and the identification data is transmitted via the first sensing antenna 14G (step (4) 2). • If the portable electronic device has just lost power or insufficient power, replace the RFID reader 12 with the chip card 13 (or the smart card 210 of FIG. 2) (step 320), and via The second sensing antenna 15 transmits the identification data (steps, for example. Finally, it is determined whether the power supply wire 160 is provided by the unrecognized Wei V1 to the no-reader 120 to provide the power supply V1 to the scale. The status of reading (step 324), if the power has been restored, the radio frequency identification reader 12 is performed through a link. Data access and synchronization between the chip cards 130 (step 33〇), and return to the state of the wireless_ID_reader 12〇 to achieve the state of the wireless__card (back to step 310); Recovery, then continue to replace the radio frequency identification read with the chip card 13: the function of the radio frequency identification card (back to step 320). The restriction strips the feasible embodiment and confuses the invention::: :::! 2 Γ: In step 330, if the radio frequency identification card is used to realize the chip card to build mosquitoes - no light silk fresh riding _ cleavage line (four) save smart card to achieve crystal W then radio frequency identification Through a wired link to access data with the smart card (10) lang _ _. ==::: Ming technology _, not _ limited to the stable thunder (four) _ kind of wireless identification function can be /, 2 〇〇 Since the radio frequency identification reads the H 120 and the chip card type 130 electronic device, if the portable electronic device is just in the case of a positive power, the radio frequency identification reader (10) can simulate i:= Roka's portable electronic device 100, 2 ° ° system is in the loss of electricity or electricity In the case of the foot, change (4) (4) to provide the function of the general Naka. In this way, even if the portable electronic device, the system-sensing antenna (9) is placed in an overlapping manner, so as to be portable When the electronic device is excited and the 200 resumes normal operation, the radio frequency identification reading (4) can pass through the first, first-inductive money (10) (9) female scale connection surface (four) (10)) to avoid the fall of Beco. The embodiment is described as an example of the present invention. 1376635 is well-known to those skilled in the art. In addition to the wireless camera card and smart card mentioned by Shangqi, other components can be used to implement the chip. Card m. In short, in any case, the portable device disclosed in the present invention can still normally use the access control card to provide a more convenient function. All changes and modifications made to the scope of patents in accordance with this offer shall fall within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing an example of a scalable electronic device having a radio frequency identification function according to the present invention. Figure 2: The second implementation of Jingjia
第3圖為本發明於一可攜式電子裝 之一操作範例的流程圖。 【主要元件符號說明】 置上實現無線射頻辨識功能之方法 100、200 可攜式電子裝置 110 主機控制器 120 無線射頻辨識讀取 130 晶片卡 140 第一感應天線 150 第二感應天線 160 電源供應褒置 VI 電源 12 1376635 VI， 電源反相訊號 210 智慧卡 230 有線連結 220 繼電器 112 > 212 記憶體 302〜330 步驟Figure 3 is a flow chart showing an example of operation of a portable electronic device in accordance with the present invention. [Main component symbol description] Method for implementing radio frequency identification function 100, 200 Portable electronic device 110 Host controller 120 Radio frequency identification reading 130 Chip card 140 First sensing antenna 150 Second sensing antenna 160 Power supply 褒Set VI power supply 12 1376635 VI, power supply reverse signal 210 smart card 230 wired connection 220 relay 112 > 212 memory 302~330 steps
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