^^176 五、新型說明： 【新型所屬之技術領域】 本新型係關於一種用戶識別模組，特別是一種具有天線之用 戶識別模組。 【先前技術】 無線射頻辨識(RadioFrequency Identificati〇n，奸明是一種内 建無線電技術的“。其晶片中還可紀錄—㈣資訊，如產品別、 位置、日期等’且其最大的好處是能触高物品管理的效率。舉 例來說，目前的物品資訊多記錄在物品表面的條碼上，透過婦二 器掃猫條耐可取得資L，使肢線射麵識以的產品 、·!’曰、而在定細内叉观應II的感應，即可令感應器—次讀取 大里5fi息。因此’無線射頻辨識技術可廣泛地應用於門禁管 聯合票證、交通運輸等。 由於無線射_峨_便利性，因此便有廠商提倡將 ^頁辨識(RPID)與手機結合，藉由無線射細識標籤的天線與手 機的中用戶識別模組（SubscriberIdentityM〇duie ’圖）來取倾 I線射頻辨識_包含有兩部分，分献無線射頻辨識標籤 射頻辨識標籤的天線係包含 點。用戶識別模組電性連接於電性接 線射頻辨識標籤的翻，用以辨識手機持有人的個人資料。，… 的天線與用戶識別桓έ 卜 有線圈 权.、且。热線射頻辨識標籤的天線係包含 〃電性連接於線圈的電性接 提供用7 r t射頻辨識標籤的天線與用戶識別模組電性連接，以 ”用戶識仏磁與無線_辨識讀取㈣資料通訊。 但是由於無線射骟 謂辨識軚戴的天線往往形成於—軟性電路板 M419176 上，而用戶識別模組則通常封梦 扳與殼體相結合而令無線射頻辨識體。當軟性電路 性連結時，由於軟性電路板與殼體之材=1用戶識別模組電 電性接觸不㈣情況發生。 s材㈣轉，往往容易有 因此，如何提升無線射頻辨 電性連接的縣，已是的场_戶識別模組之 【新型内容】 爾解决的問題。 辨識具天線之用戶識別模組，藉以解決無線射頻 的天線與用戶識別模組之間的電性連接效果不佳之問 本實施例所揭露之具.天線之用戶朗，其包含一軟板、 及—識職組。天線_設置於軟㈣—端，識別模 刺㈣_的1。 。又置於軟板，角位線路電性連接天線線圈。 —本實施例所揭露之具天線之用戶識別模組，其包含一軟板、 二電性接頭、—天線線圈及—識別模組。電性接輕置於軟板的 一知’天線線圈設置於軟板相對於電性接頭的—端， 性連接電性接頭。識職組包含—殼體以及位於殼體上的L角: 線路。殼體上具有-電性插槽電性連接纽線路，電性接頭插設 於電性插槽。 根據上述實_關露之具天線之好識聰組，係將識別 模組晶片直接以晶片直接封裝製程(Chip cmB0ard，C0B)或晶粒軟 膜接合製程(Chip on Film , COF)而與軟板相連接，或是電性接頭 ==_結合手段’使識職組與天線線祕有良好的電性 連接效果，輕__效果。 之詳細概財作，纽合_實施方式中詳 ]、下’其内容足喊任何熟習綱技術者了解本新型之技 以實施，且根據本制#所揭露之内容及圖式，任何 1相關技術者可輕祕轉本卿_之目的及優點。 f貫施方式】^^176 V. New description: [New technical field] The present invention relates to a user identification module, in particular to a user identification module having an antenna. [Prior Art] Radio Frequency Identification (Radio Frequency) is a built-in radio technology. It can also record in the chip - (4) information, such as product, location, date, etc. and its greatest benefit is The efficiency of high-altitude item management. For example, the current item information is recorded on the barcode on the surface of the item, and the product can be obtained by sweeping the cat's strip to make the limb lined up.曰, and in the fine inner fork view II sense, you can make the sensor - read the big 5fi interest. Therefore, 'radio frequency identification technology can be widely used in access control joint ticket, transportation, etc.. _峨_convenience, so some manufacturers advocate combining the RPID with the mobile phone, and taking the antenna with the wireless camera and the user identification module of the mobile phone (SubscriberIdentityM〇duie 'picture) Line RF identification _ contains two parts, the antenna system of the radio frequency identification tag is included in the antenna system. The user identification module is electrically connected to the electrical connection RF identification tag. In order to identify the personal data of the mobile phone holder, the antenna and the user identification have a coil right. The antenna of the hot wire radio frequency identification tag includes an electrical connection for electrically connecting the coil to the 7 rt. The antenna of the RFID tag is electrically connected to the user identification module, and the user communicates with the wireless _ identification reading (4) data communication. However, the antenna that is recognized by the wireless 骟 軚 往往 is often formed on the flexible circuit board M419176 The user identification module is usually combined with the housing to make the radio frequency identification body. When the flexible circuit is connected, the soft circuit board and the housing material = 1 user identification module are electrically contactless (4) The situation occurs. s material (four) turn, often easy to have, therefore, how to improve the radio frequency identification connection of the county, has been the field-household identification module [new content] solve the problem. Identify the user identification module with antenna The group is used to solve the problem that the electrical connection between the antenna of the radio frequency and the user identification module is not good. The user of the antenna disclosed in the embodiment includes a soft board. And - the job group. The antenna _ is set at the soft (four) - end, and the identification of the spur (4) _ is 1. placed on the soft board, the corner line is electrically connected to the antenna coil. - The user with the antenna disclosed in this embodiment The identification module comprises a soft board, two electrical connectors, an antenna coil and an identification module. The electrical connection is lightly placed on the soft board. The antenna coil is disposed on the end of the soft board relative to the electrical connector. , sexual connection electrical connector. The job group consists of - the housing and the L angle on the housing: the line. The housing has a - electrical socket electrical connection line, the electrical connector is inserted in the electrical slot According to the above-mentioned _ 露 之 之 天线 天线 天线 , , , , , , 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别 识别The board is connected, or the electrical connector ==_ combination means to make the training group and the antenna line secret have a good electrical connection effect, light __ effect. The detailed summary of the financial work, the new _ implementation details], the following 'the content of the full skill of the familiar technology to understand the new technology to implement, and according to the content and schema disclosed in this system #, any 1 related The technician can change the purpose and advantages of the secretary. f consistent method]
請參照「第U圖」至「第1D圖」，「第1A圖」及「第1B 圖」所不為—實施例之具天線之用戶識別模組的結構示意圖，「第 圖」及帛1D圖」所示為一實施例之具天線之用戶識別模組 的結構分解圖。 、 本λ %例之具天線之用戶識別模組丨〇係可適用於裝設至手機 内’且可取代—般手_之用戶朗漁的功能並增加無線射頻 識別系統(Radi。Freq職y IdentiflcatiGn，鹏D)或近場通訊Please refer to "U" to "1D", "1A" and "1B" are not the structural diagrams of the user identification module with antennas in the embodiment, "图图" and 帛1D The figure shows an exploded view of a user identification module with an antenna according to an embodiment. The λ% example of the user identification module of the antenna can be applied to the function of the user who is installed in the mobile phone and can replace the user's hand and increase the radio frequency identification system (Radi. Freq job y IdentiflcatiGn, Peng D) or near field communication
Field Communication，NFC)之應用功能。 本貝把例之具天線之用戶識別模組1〇 ,其包含一軟板】〇〇、 識別模組200以及一天線線圈3〇〇。軟板ι〇〇具有相對的一第一 面101及一第二面1〇2。識別模組2〇〇包含有一角位線路21〇、一 模組晶片220及一基座230。其中，角位線路21〇係為一般運用於 手機的用戶識別卡上的八個基本角位線路。軟板11〇係為可撓性 基板’譬如可為一般常見的軟性電路板(Flex printed Circuit , FPC)。角位線路210設置於軟板loo之一端，且顯露於第一面〗〇1。 其中，腳位線路120之腳位接點對應於手機内之用戶識別模组固 M419176 定槽内的電性接點(糖示）。然，此部分結構之細節處並非本新型 之重點，因此便不再多加贅述。 本實施例之天線線圈300係可為無線射頻天線或是近場通訊 天線。天線線圈300設置於軟板100相對於角位線路21〇之一端， 且天線線圈300係設置於第二面1〇2上，且天線線圈3〇〇電性連 接角位線路2U)。其中，天線線圈130可以印刷的型態形成於軟板 110之第二面1〇2上’但不以此為限。此外，天線線圈3〇〇及角位 線路210所位於的軟板100之減兩端的外型概略為矩形的平板 體’設置有天線線圈300的軟板100之一端的面積大於設置有角 位線路210的軟板10Q之—端的面積。需注意的是，軟板1〇〇之 相對兩端的外型及面積大小非用以限定本新型，.熟悉此項技藝者 可根據實際需求進行調整。 模組晶片220係位於軟板丨00的第二面1〇2上，且模組晶片 220 %性連接腳位線路21〇的其中幾個接腳，由於腳位線路 的接腳之詳細結構非本㈣之重點，因此便不再多加贅述。此外， 本實施例之基座23G的剛性大於軟板廟，基座现係貼覆於軟板 100的第二面102 ’基座230貼附於軟板100的方式可包含熱壓、 膠δ ...4接合方式，但不以此為限。其中，模組晶片220被夾設 於軟板100絲座230之間。更進一步來說，可將基座23〇視為 一加強片，其用以加強部分的軟板1〇〇之剛性，以保護位於軟板 100上的模組晶片220。 此外，本實施例之具天線之用戶識別模組10更可包含一連接 線路410及一連接線路42〇。天線線圈3〇〇係透過連接線路 M419176 線路42!而電性連接肖位線路210。更進一步來說，連接線 —係位於第二面102上，連接線路42〇係位於第—面1〇1上。 第面1 〇 1上的連接線路42〇係利用貫穿軟板1 〇〇的線路導孔㈣ 孔440來與第二面102上的連接線路410及天線線圈300 私連結’以使天線線圈電性連接角位線路210。 、'表、泉圈3GG可用以接收來自—無線射頻辨識讀取器(未緣示 所㈣之具有第—訊息之第—電波訊號，並將此第-電波職轉 換為一具有第一訊息之第一訊號電流後，再藉由連接線路410、42〇 將=如虎毛机回授至模組晶片22〇。並且’天線線圈3⑻可回傳 由核、、且日日片220所發出之具有第二訊息的第二訊號電流，並將第 -轉換成具有第二訊息之第二電舰號，以無線發送給 無線射頻辨識讀取器(未繪示）。 請接著參照「第2Α圖」至「第2D圖」，「第2Α圖」及「第 2Β圖」所示為另一實施例之具天線之用戶識別模組的結構示意 圖’「第2C圖」及「第2D圖」所示為另一實施例之具天線用^ •識別核組的結構分解圖。由於本實施例與「第ia圖」至「第⑴ 圖」之實施例相似，相同標號代表相似之物，並且針對相同之處 便不再多做贅述。 +本實施例之具天線之用戶識別模組1〇，其包含軟板1〇〇、一 電性接頭500、-天線線圈及一識別模組·。其中，電性接 頭500②置於軟板1〇〇的一端’天線線圈3〇〇設置於軟板相 對於電性接頭500的-端。天線線圈3⑻透過連接線路彻及連 接線路42〇電性連接電性接頭，且天線線圈3⑻與電性接頭 7 M419176 500皆位於軟板loo的第二面1〇2。其中，電性接頭5〇〇係為兩突 出於第二面102的金屬凸點。 硪別模組200包含一殼體240以及位於殼體24〇上的一角位 線路210，殼體240上具有一電性插槽241電性連接角位線路2i〇。 其中，電性插槽241係為兩孔璧鍍金之孔洞。電性接頭5〇〇插設 於電性插槽241，以使角位線路21〇電性連接天線線圈3〇〇。更進 一步來說，於識別模組200與軟板1〇〇組裝時，只需將軟板1〇〇 上之金屬凸點(即電性接頭500)插入識別模組2〇〇之殼體24〇上的 兩孔洞(即電性插槽241)，再使用雙面膠、熱壓或焊接等接合方式 將識別模組200與軟板1()()相結合，即可使本實施例的具天線之 用戶識別模組10達到與前述實施例的效果。 Μ根據上述實施例所揭露之具天線之用戶識別模組，係將識別 极組晶片JL接以“直接封裝製城晶粒軟膜接合製程而與軟板 相連接，或者利用電性接頭與電性插槽之間的接合手段，使識別 拉組與天線、_具有良好的紐連接效果，並翻媽的效果。 【圖式簡單說明】 第1Α圖」及「第1Β圖」所示為一實施例之具天線之用戶 識別換址的結構示意圖。 「第1C圖」及「第1D圖」所示為一實施例之具天線之用戶 識別模組的結構分解圖。 第2Α圖」及「第2Β圖」所示為另一實施例之具天線之用 戶識別模組的結構示意圖。 第2C圖」及「第2D圖」所示為另一實施例之具天線之用 M419176 戶識別模組的結構分解圖 【主要元件符號說明】 10 具天線之用戶識別模組 100 軟板 101 第一面 102 第二面 200 識別模組 210 腳位線路 220 模組晶片 230 基座 240 殼體 241 電性插槽 300 天線線圈 410 連接線路 420 連接線路 430 線路導孔 440 線路導孔 500 電性接頭Application functions of Field Communication, NFC). The user identification module 1 天线 of the antenna includes a soft board, a recognition module 200 and an antenna coil 3〇〇. The flexible board has a first surface 101 and a second surface 1〇2. The identification module 2 includes an angular line 21A, a module wafer 220, and a pedestal 230. Among them, the corner line 21 is the eight basic angular lines generally used on the user identification card of the mobile phone. The flexible board 11 is a flexible substrate, for example, a commonly available flexible printed circuit (FPC). The corner line 210 is disposed at one end of the soft board loo and is exposed on the first side 〇1. Wherein, the pin contact of the pin line 120 corresponds to an electrical contact (sugar display) in the slot of the user identification module M419176 in the mobile phone. However, the details of this part of the structure are not the focus of this new type, so it will not be repeated. The antenna coil 300 of this embodiment can be a radio frequency antenna or a near field communication antenna. The antenna coil 300 is disposed at one end of the flexible board 100 with respect to the angular line 21, and the antenna coil 300 is disposed on the second surface 1〇2, and the antenna coil 3 is electrically connected to the angular line 2U). The shape in which the antenna coil 130 can be printed is formed on the second surface 1〇2 of the flexible board 110, but is not limited thereto. In addition, the outer ends of the flexible board 100 where the antenna coil 3 and the angular line 210 are located are generally rectangular. The area of one end of the flexible board 100 in which the antenna coil 300 is disposed is larger than the line provided with the angular position. The area of the end of the soft board 10Q of 210. It should be noted that the appearance and size of the opposite ends of the soft board are not limited to the new one. Those skilled in the art can adjust according to actual needs. The module chip 220 is located on the second side 1〇2 of the soft board 00, and the module chip 220% is connected to several pins of the foot line 21〇, because the detailed structure of the pin of the foot line is not The focus of this (4) is therefore not repeated. In addition, the pedestal 23G of the embodiment has a rigidity greater than that of the soft board temple, and the pedestal is attached to the second side 102 of the flexible board 100. The manner in which the pedestal 230 is attached to the flexible board 100 may include hot pressing and glue δ. ...4 joint method, but not limited to this. The module wafer 220 is sandwiched between the flexible board 100 pads 230. Further, the susceptor 23 can be regarded as a reinforcing sheet for reinforcing the rigidity of a portion of the flexible board 1 to protect the module wafer 220 on the flexible board 100. In addition, the antenna identification module 10 of the present embodiment may further include a connection line 410 and a connection line 42A. The antenna coil 3 is electrically connected to the slant line 210 through the connection line M419176 line 42!. Furthermore, the connecting line is located on the second side 102, and the connecting line 42 is located on the first side 1〇1. The connecting line 42 on the first surface 〇1 is connected to the connecting line 410 and the antenna coil 300 on the second surface 102 by the line via hole (four) hole 440 extending through the flexible board 1 以 to make the antenna coil electrically The corner line 210 is connected. The 'table, spring circle 3GG can be used to receive the first radio signal from the radio frequency identification reader (the fourth signal having the first message is not shown), and convert the first electric wave to a first message. After the first signal current, it is returned to the module wafer 22 by the connection line 410, 42 〇, and the 'antenna coil 3 (8) can be returned by the core, and the day piece 220 is issued. The second signal current of the second message is converted into a second electric ship number having the second message and wirelessly transmitted to the radio frequency identification reader (not shown). Please refer to the "second drawing". The structure of the user identification module with antennas in another embodiment is shown in "2D" and "2D". For another embodiment, the structure is an exploded view of the identification core group. Since the embodiment is similar to the embodiment of the "ia" to "(1) diagrams, the same reference numerals represent similar objects, and No more details will be given in the place. + User identification with antenna in this embodiment The group 1〇 includes a soft board 1〇〇, an electrical connector 500, an antenna coil, and an identification module. The electrical connector 5002 is placed at one end of the flexible board 1 天线 'antenna coil 3 〇〇 setting The soft coil is connected to the end of the electrical connector 500. The antenna coil 3 (8) is electrically connected to the electrical connector through the connecting line and the connecting line 42, and the antenna coil 3 (8) and the electrical connector 7 M419176 500 are located at the soft board loo. The two sides of the electrical connector 5 are two metal bumps protruding from the second surface 102. The screening module 200 includes a housing 240 and an angular line 210 on the housing 24〇. The housing 240 has an electrical socket 241 electrically connected to the angular line 2i. The electrical socket 241 is a two-hole 璧 gold-plated hole. The electrical connector 5 is inserted into the electrical slot. 241, so that the angular line 21 is electrically connected to the antenna coil 3〇〇. Further, when the identification module 200 and the flexible board 1 are assembled, only the metal bumps on the flexible board 1 are required. (ie, the electrical connector 500) is inserted into the two holes (ie, the electrical socket 241) on the casing 24 of the identification module 2, and then The bonding mode of the double-sided tape, the hot pressing or the welding combines the identification module 200 with the soft board 1 () (), so that the user identification module 10 with the antenna of the embodiment can achieve the effects of the foregoing embodiments. The user identification module with an antenna according to the above embodiment is to connect the identification group chip JL with the "packaged wafer die bonding process" and connect with the soft board, or use electrical connectors and electrical properties. The joint between the slots makes the identification pull group and the antenna, _ have a good new connection effect, and the effect of turning the mother. [Simple diagram of the diagram] The first diagram and the first diagram show an implementation. FIG. 1C and FIG. 1D are structural exploded views of a user identification module with an antenna according to an embodiment. Fig. 2 and Fig. 2 are schematic diagrams showing the structure of a user identification module with an antenna according to another embodiment. 2C and 2D are an exploded view of the M419176 household identification module with an antenna according to another embodiment. [Main component symbol description] 10 antenna user identification module 100 flexible board 101 One side 102 second side 200 identification module 210 foot line 220 module wafer 230 pedestal 240 housing 241 electrical socket 300 antenna coil 410 connection line 420 connection line 430 line guide hole 440 line guide hole 500 electrical connector