M361728 • 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種天線裝置，其係有關於結合用 戶識別模組（SIM : Subscriber Identify Module)之廉用。 【先前技術】 根據國家通訊傳播委員會（NCC)統計，截至2〇〇8 年6月底行動電話用戶數2,468萬戶，亦即代表著每一 人約持有一支以上手機。在亞洲地區行動電話普及程度 φ 幾乎都保持於前幾名’很明顯的，行動電話對^個人^ 說相當的重要！但大部分的使用者都還只停留在使用 撥接電話與收發簡訊之功能，功能再強—點，也只用來 拍照與聽音樂而已。現行之用戶識別模組（SIM : Subscriber Identify Module)SIM 卡係使用在行動電話 上，儲存使用者之電話號碼、電話薄以及系統資訊，例 如：個人識別碼（PIN code: Personal IdentifiCation Number) 以及用戶身分、防止盜用或濫用等功能皆藉此完成，鈇 而由於對行動電話的依賴，且希望SIM卡能結合近距离_ _ 無線通訊(Near Field Communication )功能，例如：將悠 遊卡、h用卡以及門禁卡等功能作結合。Npc FieldM361728 • V. New description: [New technical field] This creation is about an antenna device that is compatible with the SIM (Subscriber Identification Module). [Prior Art] According to the National Communications and Communications Commission (NCC), as of the end of June 2008, the number of mobile phone users was 24.68 million, which means that each person holds more than one mobile phone. In the Asian region, the popularity of mobile phones φ is almost always in the top few. It is obvious that the mobile phone is quite important to ^person^! However, most of the users only stay in the function of using the dial-up phone and sending and receiving SMS, and the function is stronger - only for taking pictures and listening to music. The current SIM (Subscriber Identification Module) SIM card is used on mobile phones to store the user's phone number, phone book and system information, such as PIN code: Personal IdentifiCation Number and users. The functions of identity, prevention of misappropriation or abuse are all completed, and because of the dependence on mobile phones, it is hoped that the SIM card can be combined with the Near Field Communication function, for example, the card for the leisure card and the card for the h. And functions such as access control cards are combined. Npc Field
Communication，近距離無線通訊）是一種極短距離的無 線射頻識別通訊協定技術標準，可以讓使用者口 個電子裝置進行非接觸式點對點通訊，讀取/寫; 式卡，就可以安全地交換兩個電子裝置中的資料。 SIM卡之硬體架構係符合IS〇 7816國際標準，is〇 7816國際標準包含八個接點(接點1Vcc '接點2 、 ，點 3.CLK、接點 4.RFU、接點 5.GND、接點 6 Vpp、 接點7.1/0、接點8.RFU)。SIM結合NFC功能之若干技 M361728 術已被發展出來，其中之一種技術係將NFC所需之一天 線電性連接至SIM卡中之接點4.RFU及接點8.RFU，藉 由該天線以達到與其它電子裝置作近距離無線通訊。^ 配合手機之硬體構造，該技術令之天線係由線圈所構製 而成’而該天線係具有一定之面積再經由連接部連接至 SIM卡中之接點4.RFU及接點8.RFU，其中連接部係由 軟性印刷電路板(軟板)技術製成以利於當SIM卡***插 槽時，該天線可藉由連接部之彎折而減少占用手機 中之空間。 股 、然而須注意到的是，軟性印刷電路板之優點即係可 以使其彎折，然而彎折之角度有其極限，當達到所喟” 度時’將造成軟板之損壞使得軟板中之“ 二 =傳輸之功能。對於使用者而言’當使用者將結 口忒天線之SIM卡欲***手機之插槽時，其配置 $即會在手機㈣密㈣”岐錢接部死折而 【新型内容】Communication, short-range wireless communication) is a very short-distance radio frequency identification protocol standard. It allows users to make non-contact point-to-point communication and read/write with an electronic device. It can safely exchange two cards. Information in an electronic device. The hardware architecture of the SIM card conforms to the IS〇7816 international standard. The is〇7816 international standard includes eight contacts (contact 1Vcc 'contact 2, point 3.CLK, contact 4.RFU, contact 5. GND , contact 6 Vpp, contact 7.0/1, contact 8.RFU). Several techniques of SIM combined with NFC function, M361728, have been developed. One of the technologies is to electrically connect one of the antennas required by NFC to the contact 4.RFU and the contact 8.RFU in the SIM card, by means of the antenna. In order to achieve close-range wireless communication with other electronic devices. ^ With the hardware structure of the mobile phone, the technology is such that the antenna is constructed by a coil, and the antenna has a certain area and is connected to the contact 4.RFU and the contact point in the SIM card via the connection portion. The RFU, in which the connection portion is made of a flexible printed circuit board (soft board) technology, facilitates the reduction of the space in the handset by the bending of the connection portion when the SIM card is inserted into the slot. However, it should be noted that the advantage of a flexible printed circuit board is that it can be bent. However, the angle of bending has its limit. When it reaches the degree of ', it will cause damage to the soft board. The "two = transmission function. For the user, when the user inserts the SIM card of the 忒 antenna into the slot of the mobile phone, the configuration $ will be in the mobile phone (four) secret (four) 岐 money joint to die. [New content]
有鑒於手機内部密集的空間配置，使SIM 彎=成死折而斷線，本創作的目的二: 、本創線裝㈣彎折部造成死折而斷線。 本J作達到上逃目的之天線裝置包含： 板’該第-基板的—侧表 =f ，-天線基板，該天線基板設置!線 連接-第-基板與天線基板；其中，該第二 之表面設置-緩衝i折部電性連接該線圈，且_部 戈衡墊，以防止該彎折部死摺。 其中，該緩衝塾為微細胞聚合物(PORON)材質。 4 M361728 其中’該緩衝塾實施具體之商品選自SRS-40P、SRS-48P 與SRS-70P所組成的群組。 根據本創作的天線裝置，進一步結合SIM卡而安裝於 手機内部的空間’該天線裝置將不會因為死折的問題而 造成天線斷線。 【實施方式】 々參考第一圖，係顯示本創作天線裝置之俯視圖。如 第一圖所示，本創作天線裝置包含：一第一基板1〇，該 第一基板的一側表面設置至少一第一接點與至少一第 二接點，而該第一基板10的尺寸是符合一 SIM卡或一 USIM卡的尺寸，其中，第一基板1〇經一預設長度之彎 折部30而連接一天線基板2〇。在本創作的一種實施例， 天線裝置的第一基板10的一側表面設置一接點區域， 該接點區域係符合ISO 7816國際標準，iso 7816國際 標準包含八個接點（接點ll.Vcc、接點12.RST、接點 13.CLK、接點 14.RFU、接點 15.GND、接點 16.Vpp、 接點17.1/0、接點18.RFU)，其中，第一接點與第二接 點分別對應接點14.RFU與接點18.RFU。當本創作天線 裝置的第一基板10黏貼於一 SIM卡或一 USIM卡的一 侧表面時，其中第一基板10的該侧表面的部分面積具 有黏貼材料’該接點區域的接點對應電性連接於該s 卡或USIM卡表面符合ISO 7816的國際標準八個接點， 俾使該SIM卡或USIM卡結合本創作天線裝置適用於近 距離無線通訊(Near Field Communication )之應用。 本創作天線裝置之天線基板20設置一平面線圈， 該平面線圈的兩端佈線經過該彎折部30且分別電性連 M361728 接於第—基板1G的第-接點與第二接點。在本創作的 :種實施例，第〜基板1〇、彎折部3G與天線基板20皆 、用孝人|·生印刷笔路板(軟板)技術構製而成。本創作為解 ，在結t該天線之SIM卡欲插人手機之插槽時，該彎折 邛30可忐造成死折而斷線，所以於該彎折部如向内彎 折之表面上黏貼—缓衝墊40,俾使該彎折部30向内彎折 • 日年可藉由缓衝塾40支撐而防止死折。 在賴義—種實施例，雖墊40為微細胞聚合物 • (P〇R〇N)材質。而具體之商品SRS-40P :厚度〇.4mm ; SRS-48P :厚度〇.3mm以級SRS_70P :厚度〇2mm，其中以 SRS-70P 厚度 〇.2mm 為佳。 此外，在本創作的一種實施例，第一基板丨〇之第 一接點與第二接點中心處具有一突起結構19，請配合參 閱第二圖可以清楚顯示該突起結構19具有一預設高 度，且該突起結構19的預設高度至少要確保第一基板 10黏貼於一 SIM卡或一XJSIM卡的表面時可達到第一接 點及第二接點與其對應之接點完成電性連接。以下以 φ SIM卡為例示說明本創作實施例。 請參考第三圖係本創作天線裝置結合SIM卡後與 手機電池之一種疊合側視圖。在本創作的一種實施例， 因應手機容納電池之空間配置（圖未式），SIM卡的插槽 位於電池50的下方。當本創作天線裝置結合SIM卡60 後，該天線基板20可由該電池5〇的一側邊緣而覆蓋於 電池50的上表面，而彎折部3〇的缓衝墊4〇則位於該電 池50的一侧邊緣，以防止手機外殼蓋上時不慎造成彎 折部30的死折。 請參考第四圖係本創作天線裝置結合SIM卡後與 手機電池之另一種疊合側視圖。在本創作的一種實施 6 M361728 例’因應手機容納電池之空間配置（圖未式），SIM卡的 插槽同樣位於電池50的下方。當本創作天線裝置結合 SIM卡60後’該天線基板20可反摺覆蓋於第一基板1〇 之的上表面’而彎折部30的緩衝墊40則可支撐彎折處。 SIM卡***手機插槽之後，則電池50覆蓋於該天線基 板±2〇，而彎折部30藉由緩衝墊4〇的支撐，以防止手機 :殼蓋真造成彎折部30的死折。即使如第五圖 於=二Γ手機腐1牌内部控間的配置’電池5〇覆苗 於該天線基板20且覆甚織4 设现 仍可藉由緩衝墊40的J折、°M(V的彎折處’該彎折處 造成彎折部3G的死折/'止手機外殼蓋上時不慎 M361728 【圖式簡單說明】 第一圖係本創作天線裝置之俯視圖。 第二圖係本創作天線裝置之侧視圖。 第三圖係本創作天線裝置結合SIM卡後與手機電 池之一種疊合侧視圖。 第四圖係本創作天線裝置結合SIM卡後與手機電 池之另一種疊合側視圖。 第五圖係本創作天線裝置結合SIM卡後與手機電 池之再一種疊合側視圖。 【主要元件符號說明】In view of the dense space configuration inside the mobile phone, the SIM bend = break and break, the purpose of this creation is: 2, the bend of the line (4) bends and causes the break. The antenna device for achieving the purpose of escaping includes: a board 'the first substrate-side table=f, an antenna substrate, the antenna substrate is disposed, the line connection-the first substrate and the antenna substrate; wherein the second The surface setting-buffering i-fold is electrically connected to the coil, and the _ portion is balanced to prevent the bent portion from being folded. The buffer is made of a microcellular polymer (PORON) material. 4 M361728 where the specific product of the buffer is selected from the group consisting of SRS-40P, SRS-48P and SRS-70P. According to the antenna device of the present invention, the space installed in the interior of the mobile phone in combination with the SIM card' will not cause the antenna to be broken due to the problem of dead folding. [Embodiment] Referring to the first figure, a plan view of the present antenna device is shown. As shown in the first figure, the antenna device of the present invention comprises: a first substrate 1?, at least one first contact and at least one second contact are disposed on one surface of the first substrate, and the first substrate 10 is The size is in accordance with the size of a SIM card or a USIM card, wherein the first substrate 1 is connected to an antenna substrate 2 via a predetermined length of the bent portion 30. In an embodiment of the present invention, a contact area is disposed on a side surface of the first substrate 10 of the antenna device, the contact area conforms to the ISO 7816 international standard, and the iso 7816 international standard includes eight contacts (contact ll. Vcc, contact 12.RST, contact 13.CLK, contact 14.RFU, contact 15.GND, contact 16.Vpp, contact 17.1/0, contact 18.RFU), where the first connection The point and the second contact correspond to the contact 14.RFU and the contact 18.RFU, respectively. When the first substrate 10 of the present antenna device is adhered to one side surface of a SIM card or a USIM card, a portion of the side surface of the first substrate 10 has an adhesive material, and the contact of the contact region corresponds to electricity. Sexually connected to the s card or USIM card surface conforms to the ISO 7816 international standard eight contacts, so that the SIM card or USIM card combined with the original antenna device is suitable for Near Field Communication applications. The antenna substrate 20 of the present antenna device is provided with a planar coil. The two ends of the planar coil are routed through the bent portion 30 and electrically connected to the first contact and the second contact of the first substrate 1G. In the embodiment of the present invention, the first substrate 1 〇, the bent portion 3G, and the antenna substrate 20 are all constructed using a filial piety printed circuit board (soft board) technology. The present invention is a solution. When the SIM card of the antenna is to be inserted into the slot of the mobile phone, the bending 邛 30 can be broken and broken, so that the bent portion is bent on the surface. Adhesive-cushion 40, which bends the bent portion 30 inwardly. • It can be prevented from being folded by the cushion 40. In the Laiyi-species example, the pad 40 is a microcellular polymer • (P〇R〇N) material. The specific product SRS-40P: thickness 〇.4mm; SRS-48P: thickness 〇.3mm to grade SRS_70P: thickness 〇 2mm, of which SRS-70P thickness 〇.2mm is better. In addition, in an embodiment of the present invention, the first substrate and the second contact have a protruding structure 19 at the center of the second substrate. Please refer to the second figure to clearly show that the protruding structure 19 has a preset. The height of the protruding structure 19 is at least ensured that the first substrate 10 is adhered to the surface of a SIM card or an XJSIM card, and the first contact and the second contact are electrically connected to the corresponding contacts. . The creation embodiment will be described below by taking a φ SIM card as an example. Please refer to the third figure for a superimposed side view of the antenna device combined with the SIM card and the mobile phone battery. In one embodiment of the present invention, the slot of the SIM card is located below the battery 50 in response to the space configuration (not shown) of the battery in the handset. After the antenna device of the present invention is combined with the SIM card 60, the antenna substrate 20 can be covered on the upper surface of the battery 50 by one side edge of the battery 5, and the cushion 4 of the bent portion 3 is located in the battery 50. One side edge prevents inadvertently causing the bending of the bent portion 30 when the cover of the mobile phone case is covered. Please refer to the fourth figure for another superimposed side view of the antenna device combined with the SIM card and the mobile phone battery. In an implementation of this creation 6 M361728 Example The slot of the SIM card is also located below the battery 50 in response to the space configuration of the mobile phone accommodating the battery (not shown). When the present antenna device is combined with the SIM card 60, the antenna substrate 20 can be folded over the upper surface of the first substrate 1', and the cushion 40 of the bent portion 30 can support the bend. After the SIM card is inserted into the mobile phone slot, the battery 50 covers the antenna substrate ±2〇, and the bent portion 30 is supported by the cushion 4〇 to prevent the mobile phone: the cover actually causes the bending of the bent portion 30. Even if the configuration of the internal control room of the second card is as follows: the battery 5 is covered with the antenna substrate 20 and the cover is still covered by the cushion 40. The bend of the V is caused by the bending of the bent portion 3G / 'Inadvertently when the cover of the mobile phone case is closed M361728 [Simple description of the drawing] The first figure is a top view of the antenna device of the present invention. A side view of the antenna device of the present invention. The third figure is a side view of the antenna device of the present invention combined with the SIM card and a cell phone battery. The fourth picture is a superposition of the antenna device of the present invention combined with the SIM card and another cell phone battery. The fifth figure is a side view of the antenna device of the present invention combined with the SIM card and the battery of the mobile phone. [Main component symbol description]
10 第一基板 18 RFU 11 Vcc 19 突起結構 12 RST 20 天線基板 13 CLK 30 彎折部 14 RPU 40 缓衝墊 15 GND 50 電池 16 Vpp 60 SIM卡 17 I/O10 First substrate 18 RFU 11 Vcc 19 Projection structure 12 RST 20 Antenna board 13 CLK 30 Bending part 14 RPU 40 Cushion 15 GND 50 Battery 16 Vpp 60 SIM card 17 I/O