M429271 五、新型說明： 【新型所屬之技術領域】 本創作係有關具近場通訊功能之行動通訊裝置，尤指一種 將用戶身份翻卡電氣於近場通訊模組，該近場通訊模組 不會影響行動通訊裝置原本電路設計下，得以結合於行動通訊 裝置中；近場通訊模組包含訊號傳輸單元，使得近場通訊模組 得以透過該訊號傳輸單元以點對點傳輸方式傳送資气。 【先前技術】 近場通訊(Near Field Communication，NFC)技術是一種近 距離的無線通訊技術，其利用13.56MHz的頻帶，應用射頻辨 識(RFID)技術在短距離以低功率方式來傳送資料，並適合應用 在電子錢包與悠遊卡等電子商務上以及門禁管制等身分識別 上。 承上述，目前有些手機已具備近場通訊技術的功能，且能 提供電子錢包與悠遊卡等便利的電子商務服務^如此，使用者 在外出時只要攜帶這種手機，而不需要另外攜帶錢包，便可以 進行購物以及使用大眾運輸系統；其中，最著名的是NTT DoCoMo的i-mode行動錢包’藉由將sony Fenca非接觸式IC 連接到NTT # 3G行動電話之主機板上來實s。其他方法包 含使用Philips近場通訊(NpC)IC及天線。若欲使用行動錢包功 能’則必須購買一支新的電話，所以上述方式皆具有高投資成 3 M429271 本的缺點。將行動錢包功能加入到SIM卡中將比起購買—支 新的電話具更高的成本效益，而且該近場通訊⑼PC)IC及天線 會影響到在主機板上的多個電子元件(例如電容、電感、電p且、 二極體與電晶體等)的擺設。因此，這種手機在電路設計方面 會遇到很多困難。 【新型内容】 鑒於以上的問題，本創作提供具近場通訊功能之行動通訊 裝置，藉以克服將近場通訊(NFC)IC與天線直接設置於行動電 β 話之主機板，導致影響主機板之原先電路設計、以及電子元件 於主機板之擺設；同時亦造成使用者之行動電話若需增加行動 錢包功能時’必須講買有此功能的行動電話，致使須付出較高 的成本效益。 本創作主要目的係揭露具近場通訊功能之行動通訊裝 置’該行動通訊裝置包括用戶身份識別卡、近場通訊模組及連春 接線，該用戶身份識別卡設有複數電氣接點，用以電氣連接於 行動通訊裝置所設之訊號連接插槽；該近場通訊模組設軟性電 路板、射頻晶片、訊號傳輸單元及天線，而射頻晶片、訊號傳 輸單元及天線分別設置於軟性電路板並相互電氣連接導通；該 連接線用以電氣連接於用戶身份識別卡之電氣接點與射頻晶 片之間，使得該近場通訊模組得以結合於行動通訊裝置中。藉 此’透過軟性電路板可撓曲之特性，使該近場通訊模組可撓折 4 不订2通崎置⑽，且該射頻晶片安置霞軟性電路板上， 會〜響該用戶身份識別卡之空間配置，亦不需要改變原有行 路料；加上訊麟鮮元無頻“電氣連 使得該近場通訊模組得以點對點傳輸方式傳送資訊。 、下在實施方式中詳細敘述本創作之詳細特徵以及優 點’其内容足以使任何熟悉相關技藝者了解本創作之技術内容 據乂實施，且根據本說明書所揭露之内容、申請專利範圍及 圖弋任何熟悉相關技藝者可輕易地理解本創作前述之目的及 優點。 【實施方式】 為使責審查員方便簡捷暸解本創作之其他特徵内容與 優點及其崎成之姐㈣更為舰，雜本創作配合附圖， 詳細敘述本創作之特徵以及優點，以下之實施例係進一步詳細 說明本新型之觀點，但非以任何觀點限制本新型之範疇。 請參閱第一、二及三圖所示’本創作係揭露一種具近場通 訊功能之行動通訊裝置，該行動通訊裝置1具有至少一訊號連 接插槽4 0 ’且訊號連接插槽4 〇具有複數訊號端子（如第一 圖中所示），而該行動通訊裝置1包括用戶身份識別卡1 〇、 近場通訊模組2 〇及連接線3 〇，其中： 用戶身份識別卡10係設有複數電氣接點C1〜C 8 (如 圖三所示）’該等電氣接點C 1〜C 8可為至少八個或八個以 M429271 上，使得用戶身份識別卡10可由該等電氣接點c1〜c8. 與該訊號連接插槽4 0之複數訊號端子相對應電氣連接，藉以 與行動通訊裝置1結合，且該用戶身份識別卡1 Q可以為全球 移動通訊系統(global system for mobile communicati()n ; 〇SM) 所使用的用戶身份識別卡(GSM SIM) ’或者可以為環球移動通 訊系統(universal mobile telecommunication system; UMTS)所使 用的用戶身份識別卡(universal subscriber identity module ; USIM)。 近場通訊模組2 0其包含軟性電路板2 1、射頻晶片2 2、訊號傳輸單元2 6及天線2 3。該軟性電路板2 1設有承 載部211及自承載部211延伸連接部212，而該承載部 2 1 1用以設置該射頻晶片2 2、訊號傳輸單元2 6及天線2 3，且承載部211設有電氣迴路2 4，由電氣迴路2 4分別 連接射頻晶片2 2與天線2 3，用以構成射頻晶片2 2與天線 2 3之間電氣連接；而該連接部2 1 2用以連結該用戶身份識 別卡10 ;又該訊號傳輸單元2 6係與射頻晶片2 2電氣連 接，由訊號傳輸單元2 6以點對點傳輸方式傳送資訊。此外， 該射頻晶片2 2、訊號傳輸單元2 6可利用焊接、覆晶(flip chips)、打線(wire bonding)或是表面接著(SMT)方式固定於該承 載部2 1 1上；而該天線2 3可直接印刷(printing)在承載部2 11上或者透過蝕刻在承載部211上所配置的一金屬層來 形成。 6 連接線3 0係設於軟性電路板2i之連接部2i2上，用 以電氣連接該用戶身份識別卡丄〇其電氣接點〇工〜c 8與 該射頻晶；ΐ 2 2 ’而本創作試舉—實施例（如圖三所示），該 連接線3 0-端可連接於用戶身份識別卡丄〇之電氣接點c 6、另一端則連接於射頻晶片2 2，使該用戶身份識別卡工〇 與射頻“ 2 2相互導通；且該連接線3 〇可以為單線通訊協 定(Single Wire Protocol ; SWP) 〇 藉此’透過近場通訊模組2 Q係將非接觸式電磁波轉換成 接觸式電麼電流訊號，並傳送至該用戶身份識別卡1 〇，以達 到外部讀卡機或是晶片標籤與行動通訊裝置2内之用戶身份 識別卡1 0互相交換資料之功能；又加上近場通訊模組2 〇之 訊號傳輸單元2 6倾㈣⑼2 2電氣連接，使得該近場通 訊模組2 0得以點對點傳輸方式傳送資訊。而該近場通訊模組 2 0 亦了應用在射頻識別標織(Ra(ji〇 Frequency Identification tag ’ RFID tag)上’即利用具有近場通訊模組2 〇之行動通訊 裝置1可以作為射頻識別標籤’以提供電子錢包或悠遊卡等電 子商務服務及門禁管制的功能，使得行動通訊装置1可當成電 子錢包、悠遊卡或門禁卡來使用，提供使用者在外出時只要攜 帶本創作的行動通訊裝置1，而不需要另外攜帶錢包，即可購 物以及搭乘大眾運輸工具，讓生活更加方便。 除此之外，該近場通訊模組2 0也可以用來讀取射頻識別 標籤’即利用具有近場通訊模組2 〇之行動通訊裝置1也可以 M429271 作為射頻識別標籤的讀取機(reader)，以讀取射頻識別標籤所 記錄的資訊。如此，行動通訊裝置1可具有讀取電子錢包、悠 遊卡或門禁卡的功能。 再者，該近場通訊模組2 0亦可做為資料之傳輸介面，即 利用近場通訊模組20之訊號傳輸單元2 6係與射頻晶片2 2電氣連接’使得該近場通訊模組2 〇得以點對點傳輸方式傳 送資訊（如射頻晶片2 2或用戶身份識別卡1q内部資訊）， 以藉由讓二個終端彼此靠近，就能夠交換基本資訊(例如，電 話號碼）’還能夠交換資料(例如，檔案與照片）。 請再配合參閱第四圖所示’其中該軟性電路板2丄之承載 部2 1 1可進一步覆設有遮蔽件2 5，該遮蔽件2 5可以覆蓋 於該承載部2 1 1上，並職射頻“ 2 2、訊號傳輸單元2 6及天線2 3覆蓋；且該遮蔽件2 5可以為吸波材，例如可以 為亞鐵鹽(Ferrites sheet)材質，可吸收干擾天線2 3運作之電磁 波，提供該近場通訊模組2 〇抗電磁波干擾功能。 值得一提的是’藉由軟性電路板2 χ可撓曲之特性，使該 近場通訊模組2 〇可撓折於行動通訊裝置1内部，且該射頻晶 片2 2係設於該軟性電路板2 1上，不會影響該用戶身份識別 卡10之空間配置’也不會在行動通訊裝U内佔據太多空 間’亦不需要改變原有行動通訊裝置1之電路設計。 以上所述者，僅為本創作之較佳實施例而已，並非用以阳 定本創作實施之範圍；故當熟悉此技藝所做出等效或輕易的變 8 M429271 化者，如增加一些基本的電路零件或系統，但在不脫離本創作 之精神與範圍下所作之均等變化與修飾，皆應涵蓋於本創作之 專利範圍内。. M429271 【圖式簡單說明】 第圖係為本創作之行動通訊裝置與用戶身份識別卡及近場 通訊模組分解示意圖。 第二圖係為摘作之㈣通減置_戶身份綱卡及近場 通訊模組結合示意圖。 第三圖係為梢作之用戶身份卡與近場通簡組結構示 意圖。 第四圖係林_之用戶身份卡無場軌模組另一 結構實施例示意圖。 【主要元件符號說明】 1、行動通訊裝置 10、用戶身份識別卡 C1〜c 8、電氣接點 2 0、近場通訊模組 21、軟性電路板 211、承載部 212、連接部 2 2、射頻晶片 2 3、天線 2 4、電氣迴路 2 5、遮蔽件 2 6、訊號傳輸單元 3 0、連接線 4 0、訊號連接插槽M429271 V. New description: [New technical field] This creation is a mobile communication device with near field communication function, especially a kind of user identity card flipping in the near field communication module, the near field communication module is not It affects the original circuit design of the mobile communication device and can be integrated into the mobile communication device; the near field communication module includes a signal transmission unit, so that the near field communication module can transmit the asset through the signal transmission unit in a point-to-point transmission manner. [Previous Technology] Near Field Communication (NFC) technology is a short-range wireless communication technology that uses radio frequency identification (RFID) technology to transmit data in a short-distance and low-power manner using a frequency band of 13.56 MHz. It is suitable for use in e-commerce such as e-wallet and leisure card, as well as identity recognition such as access control. In view of the above, some mobile phones now have the function of near field communication technology, and can provide convenient e-commerce services such as e-wallets and leisure cards. Thus, users only need to carry such mobile phones when they are out, without having to carry a wallet. It is possible to shop and use the mass transit system; the most famous of these is NTT DoCoMo's i-mode mobile wallet' by connecting the Sony Fenca contactless IC to the motherboard of the NTT #3G mobile phone. Other methods include the use of Philips Near Field Communication (NpC) ICs and antennas. If you want to use the Mobile Wallet function, you must purchase a new phone, so all of the above methods have the disadvantage of high investment of 3 M429271. Adding the Mobile Wallet feature to the SIM card will be more cost effective than purchasing a new phone, and the near field communication (9) PC) IC and antenna can affect multiple electronic components on the motherboard (such as capacitors) , inductance, electrical p and, diodes and transistors, etc.). Therefore, this type of mobile phone will encounter many difficulties in circuit design. [New content] In view of the above problems, this creation provides a mobile communication device with near field communication function, in order to overcome the problem that the near field communication (NFC) IC and the antenna are directly placed on the mobile phone of the mobile phone, which affects the original motherboard. Circuit design and electronic components are placed on the motherboard. At the same time, if the user's mobile phone needs to increase the mobile wallet function, it is necessary to buy a mobile phone with this function, which is costly. The main purpose of this creation is to expose a mobile communication device with near field communication function. The mobile communication device includes a user identification card, a near field communication module and a Lianchun connection. The user identification card is provided with a plurality of electrical contacts for Electrically connected to the signal connection slot of the mobile communication device; the near field communication module is provided with a flexible circuit board, a radio frequency chip, a signal transmission unit and an antenna, and the RF chip, the signal transmission unit and the antenna are respectively disposed on the flexible circuit board and The electrical connection is electrically connected to each other; the connection line is electrically connected between the electrical contact of the user identification card and the radio frequency chip, so that the near field communication module can be integrated into the mobile communication device. By means of the flexible characteristics of the flexible circuit board, the near-field communication module can be flexed and folded without setting 2 (the), and the RF chip is placed on the Xia soft circuit board, and the user identification is activated. The space configuration of the card does not need to change the original line material; plus the Xunlin Xianyuan no-frequency "electrical connection enables the near-field communication module to transmit information in a point-to-point transmission mode. The following describes the creation in detail in the implementation mode. The detailed features and advantages of the present invention are sufficient to enable any skilled person to understand the technical content of the present invention, and can be easily understood by anyone skilled in the art based on the disclosure, the scope of the patent application, and the drawings. The purpose and advantages of the foregoing. [Embodiment] In order to make the examiner convenient and simple to understand the other features and advantages of the creation and the sister of Qicheng (4), the ship and the notebook are combined with the drawings to describe the characteristics of the creation. And the advantages of the present invention are further described in detail in the following examples, but the scope of the present invention is not limited by any point of view. As shown in Figures 1, 2 and 3, the present disclosure discloses a mobile communication device having a near field communication function. The mobile communication device 1 has at least one signal connection slot 40' and the signal connection slot 4 has a complex signal terminal. (As shown in the first figure), the mobile communication device 1 includes a user identification card 1 近, a near field communication module 2 〇 and a connection line 3 〇, wherein: the user identification card 10 is provided with a plurality of electrical connections Points C1~C8 (shown in Figure 3) 'The electrical contacts C1~C8 can be at least eight or eight on M429271 so that the user identification card 10 can be made by the electrical contacts c1~c8 Corresponding to the plurality of signal terminals of the signal connection slot 40, electrically connected to the mobile communication device 1, and the user identification card 1 Q can be a global system for mobile communicati (); 〇SM) User Identification Card (GSM SIM) used or 'Universal subscriber identity module used by Universal Mobile Telecommunication System (UMTS) e; USIM) The near field communication module 20 includes a flexible circuit board 2 1 , a radio frequency chip 2 2 , a signal transmission unit 26 , and an antenna 2 3. The flexible circuit board 2 1 is provided with a carrying portion 211 and a self-supporting portion. The 211 extends the connecting portion 212, and the carrying portion 21 is used to set the RF chip 2, the signal transmitting unit 26 and the antenna 23, and the carrying portion 211 is provided with an electrical circuit 24, which is respectively connected by the electrical circuit 24 The RF chip 22 and the antenna 23 are used to form an electrical connection between the RF chip 2 2 and the antenna 2 3; and the connection 2 1 2 is used to connect the user identification card 10; and the signal transmission unit 26 It is electrically connected to the RF chip 2 2, and the information is transmitted by the signal transmission unit 26 in a point-to-point transmission manner. In addition, the RF chip 2 2, the signal transmission unit 26 can be fixed on the carrying portion 21 1 by soldering, flip chip, wire bonding or surface-to-sequence (SMT); and the antenna 2 3 can be formed by printing directly on the carrier portion 21 or by etching a metal layer disposed on the carrier portion 211. 6 The connecting cable 30 is disposed on the connecting portion 2i2 of the flexible circuit board 2i for electrically connecting the user identification card, the electrical contact completion -c 8 and the radio frequency crystal; ΐ 2 2 ' In the embodiment (as shown in FIG. 3), the connection 30-end can be connected to the electrical contact c6 of the user identification card, and the other end is connected to the radio frequency chip 2 2 to make the user identity. The identification card industry and the radio frequency "2 2 are mutually conductive; and the connection line 3 〇 can be a single wire protocol (SP), thereby converting the non-contact electromagnetic wave into a near field communication module 2 Q system The contact type current signal is transmitted to the user identification card 1 以 to achieve the function of exchanging data between the external card reader or the chip tag and the user identification card 10 in the mobile communication device 2; Near field communication module 2 讯 signal transmission unit 2 6 (4) (9) 2 2 electrical connection, so that the near field communication module 20 can transmit information in a point-to-point transmission mode. The near field communication module 20 is also applied to radio frequency identification. Standard weaving (Ra(ji〇Frequency Ide) The ntification tag 'RFID tag' enables the use of the mobile communication device 1 with the near field communication module 2 as a radio frequency identification tag to provide e-commerce services such as an electronic wallet or a leisure card and access control functions, so that the mobile communication device 1 can be used as an electronic wallet, a leisure card or an access card, providing users with the mobile communication device 1 when they go out, without having to carry a wallet, shopping and taking public transportation to make life more convenient. In addition, the near field communication module 20 can also be used to read the radio frequency identification tag', that is, the mobile communication device 1 having the near field communication module 2 or the M429271 as the radio frequency identification tag. Reader to read the information recorded by the RFID tag. Thus, the mobile communication device 1 can have the function of reading an electronic wallet, a leisure card or an access card. Furthermore, the near field communication module 20 can also do For the data transmission interface, that is, the signal transmission unit 26 of the near field communication module 20 is electrically connected to the radio frequency chip 2 2 to make the near field pass Module 2 can transmit information (such as RF chip 2 2 or user identification card 1q internal information) in a point-to-point transmission mode, so that basic information (for example, a telephone number) can be exchanged by bringing the two terminals closer to each other. Exchange data (for example, files and photos). Please refer to the figure 4 in which the load-bearing portion 2 1 1 of the flexible circuit board 2 可 can be further covered with a shielding member 25, which can cover On the carrying portion 2 1 1 , the concurrent RF "2 2, the signal transmission unit 26 and the antenna 2 3 are covered; and the shielding member 25 can be a absorbing material, for example, a ferrites sheet material. The electromagnetic wave that interferes with the operation of the antenna 23 can be absorbed, and the near-field communication module 2 is provided to resist electromagnetic interference. It is worth mentioning that 'the flexible circuit board 2 χ flexible characteristics enable the near field communication module 2 to be flexed inside the mobile communication device 1 , and the RF chip 2 2 is disposed in the flexible circuit On the board 2 1 , the space configuration of the user identification card 10 is not affected, nor does it occupy too much space in the mobile communication unit. The circuit design of the original mobile communication device 1 does not need to be changed. The above is only the preferred embodiment of the present invention, and is not intended to be used to determine the scope of the present invention; therefore, if it is familiar with the art, it is equivalent or easy to change, such as adding some basic Circuit components or systems, but equivalent variations and modifications made without departing from the spirit and scope of the present invention, shall be covered by the scope of this patent. M429271 [Simple description of the diagram] The diagram is a schematic diagram of the decomposition of the mobile communication device, user identification card and near field communication module. The second picture is a combination of the four (4) reduction and resettlement-house identity cards and the near-field communication module. The third figure is a schematic diagram of the user identity card and the near field communication group structure. The fourth figure is a schematic diagram of another structural embodiment of the user identity card without field track module. [Description of main component symbols] 1. Mobile communication device 10, user identification card C1~c 8, electrical contact 20, near field communication module 21, flexible circuit board 211, carrier portion 212, connection portion 2, RF Wafer 2 3, antenna 2 4, electrical circuit 25, shield 2 6, signal transmission unit 30, connection line 40, signal connection slot