M352154 八、新型說明： 【新型所屬之技術領域】 本創作是有關於-種連接器，且特別是有關於一種 位偵測結構之二合一卡連接器。 / 【先前技術】 •隨著無線通訊科技的進步，行動電話乃成為人與人間聯絡 溝通不可或缺之重要裝置。早期，行動電話只不過是為了達成 鲁隨處通訊的目的，因此，無論其外型、體積、甚至加值功能等， 使用者均不會有過多之要求。近來，除了可以隨身攜帶及使用 的便利性，使付彳亍動％話有輕、薄、短、小等小型化需求外， 提供如記憶卡等儲存媒體的插卡介面，以利於使用者使用儲存 相片、閱讀文件等行動電話之加值功能，也成為無可避免之基 本要求。 為了容易達成行動電話之小型化需求，市面上已有可以同 時提供用戶識別卡（Subscriber Identity Module Card，簡稱 眷 SIM Card)與微型保全數位卡（Micro Secure Digital Card， 簡稱Micro SD Card)插卡之二合一卡連接器，惟，其不僅有整 體結構不夠紮實、堅固等缺失，更無法偵測用戶識別卡是否已 經插置定位，實有加以改善之必要。 【新型内容】 有鑑於此’本創作之目的是提供一種具有定位偵測結構之 二合一卡連接器，其除了具有結構堅實之優點外，更提供有用 戶識別卡之定位偵測結構，以供確認用戶識別卡是否插置定位 5 M352154 之判別、’有利於行動電話電路之穩定性功能需求。 之二ίΐΐΐ及其他目的，本創作提供-種具有定位偵測結構 y +連接器，包括：絕緣端子座、用戶識別卡端子板、 被型保全數位卡端子組、接地端子組與金屬蓋。 其中，絕緣端子座具有用戶識別卡座^微型保 J位用戶識別卡座並具有兩侧牆與多數個端子槽，而微型保: 戶多數個端子槽。好綱卡端子_配置於用 微::全數位卡端子組則配置於微型 m认❿ +槽内i各端子兩端均為外露，以分別作 ’、技二路板上之焊接端’以及插卡時之電性接觸端。 端子盘具有第一接地端子與第二接地端子，第-接地 有部二ir 分別埋置於用戶識別卡座之兩侧牆内，且 與第:接:端:作為焊接t電路板上之焊接端。第-接地端子 則配置於㈣’並具有分別突出於兩側牆之導電片，金屬芸 貝j配置於絕緣端子座 皿 端子斑骑 具#分卿餘第一接地 屬地端子之導電片的兩接觸片，以配合 列鱼屬盍疋否已配置定位，葬 貝 定位情形。 疋料確認金屬I内之用戶識別卡的 之支軸，第用戶識別卡座更具有分別設置於兩侧騰上 戶識別彳料分舰伸進入用 之兩側牆上的支^構出部，以強化用戶識別卡座 側牆的支軸上、、’Q構屬盖則固定於用戶識別卡座之兩 以利絕緣端子座係為嵌入模注之塑膠所製作， 、〇冑料之製造，並提供結構堅實且成本低廉 M352154 之連接器成品。 - 在一實施例中，微型保全數位卡座具有後牆、第一侧牆、 .第二側牆、分別設置於第一侧牆與第二側牆上之旋轉軸，接地 > 端子組更具有第二接地端子與第四接地端子，第三接地端子係 埋置於微型保全數位卡座之後牆内，並具有分別延伸進入其^ 一側牆與第二侧牆上之旋轉轴的突出部，以強化微型保全^位 卡座之侧牆上的旋轉軸結構，第四接地端子則埋置於微型保全 -數位卡座之第一側牆内，且兩者亦均有部分外露，以作為焊接 _於電路板上之焊接端。 · 在一實施例中，此具有定位偵測結構之二合一卡連接器更 包括设置於微型保全數位卡座之兩旋轉轴上的第二金屬蓋，用 以插置微龍全數位卡，啸供行動賴之資料儲存功 故知，藉由前述具有定位偵測結構之二合一卡連接器的社 構=排，則除了具有結構堅實之優點外，更可應用用戶識別； 之定位偵測結構，來作為用戶識別卡是否插置定位之判別，以 利於行動電話電路之穩定性功能需求。 ▲為讓本創作之上述和其他目的、特徵、和優點能更明顯易 ，懂，下文特以較佳實施例，並配合所附㈣，作詳細說明如下： 【實施方式】 月，考圖1所示，其為根據本創作較佳實施例之一種具 疋位，測結構之二合一卡連接器1〇的立體圖示。此二合一卡 連接器10係可蟬接於行動電話之電路板上，以同時提供行動 電話之用戶識別士 ^ Q k . 卞Subscriber Identity Module Card，簡稱 Card)與微型保全數位卡⑻⑽Digital Card， 7 M352154 簡稱Mi⑽SD Card)之插卡。圖中顯示，此二合—卡連接哭 1〇包括有絕緣端子座u、用戶識別卡端子組12、謂呆全二 位卡端子組13與減端子組u等構成之底㈣、以 以插置用戶識別卡之金屬蓋2〇蛊H 并要视， 〇 _ 金屬蓋3()。 U與㈣插置微型保全數位卡之 請合併參考圖2與3所示，其分別為製作圖）之二合 連接器10的-體式二合-卡連接器端子組仙 60的立體圖示。圖中，絕緣端子座η具有用戶識別卡座3 與微型保全數位卡座U2。用戶識別卡座lu具有 分別設置於兩側牆U3上之支轴114與多數個端子㈣ 型保全數位卡座U2具有後騰116、職117與118、 置於側牆117與118上之旋轉輪119與多數個端子槽⑽。: 體式二合-卡連接器端子組4G包括由料帶41連接 f且12、微独全數位切子㈣無地端# 14等戶^ 其中，用戶識別卡端子組12具有對應於用戶識別卡座⑴ =端子槽115而成前後排列之8個端子，每一端子均具有 =於行動電話之電路板上的桿接端121 '以及插卡時可盘 =別卡之金手指相賴的電性接觸端122。微型保全触 、組13貝U具有對應於微型保全數位卡幻12的端子 成整齊排列之δ個端子，每一端子曰 話之電路板上轉接端131 均具有可焊接於行動電 以及插娜可射—數位卡 之金手指相接觸的電性接觸端132。 歎位卡 此外’接地端子組14具有接地端子14l、u 接地端子141與142具有分職於用戶識別卡座m之兩 M352154 牆113上之φ 1411與ι42軸114，且可分別延伸進入支軸114内的突出部 可突出'於用1，以及分別遠離突出部1411與1421之一端，且 1422。接地Γ識別卡座U1之兩侧牆11：3的導電片1412與 後牆116，端子143的長度係對應於微型保全數位卡座112之 ns上的旋$分別對應於微型保全數位卡座112之側牆⑴與 出部1431軸119，具有可分別延伸進入旋轉軸119内的突 111 與1431係分別用以強化用戶識別卡座 之側牆11二t 14 ’以及微型保全數位卡座112 絕緣端子_旋轉軸119 ’以避免如塑膠材料製作之 屬蓋2〇、30之麵^與旋轉轴119,會因為使用者操作金 ^川之翻轉、或插卡而斷裂。 A :反 弋5卡連接器端子組40成型後，即可將一體 二二:連接器端子組4Q定位於具有用戶識別卡座山金 :独全數位卡座112之絕緣端子座u結構賴具中，並= 後如是塑膠之絕緣材料而予以成型。最 ' _式一 &卡連接器端子組40之料帶41去除， 可完成如圖3之二合-卡連接器底座6〇。 錄即 圖3中，接地端子141與142係分別埋置於用戶識別卡座 之兩側牆113 Θ ^其細部分外露，以作為焊接於電路 板上之焊接端。接地端子143係埋置於微型保全數位卡座112 之後牆116 Θ，接地端+ 144則埋置於微型保全數位卡座⑴ 之側牆118内，且兩者之底侧部分亦均外露，以作為烊 路板上之焊接端。 ' 9 此外’用戶識別卡端子組12之8個端子，係分別配置於 9 M352154 用戶識別卡座lu之8個端子 接觸端122均為外霡，θ 内，其焊接端121與電性 行動電話之電路板上、以及插^=彳卡料組12焊接於 接觸’而可將用戶識別卡導通至戶識別卡之金手指相 卡端子組13之8個媸早動屯話電路。微型保全數位 個端子槽内，且其焊接端131與電=數位卡座⑴之8 以將微型保全數 ―丨32亦均為外露’ 可與微型保全數位卡之金^ 板上，以及插卡時 卡導通至行動電話電路，達成二^一接卡觸連接而^微型保全數位 請參考圖4所示，直„ 10之導電功能。 圖=圖中，金屬蓋2〇之兩側，對應接地端子 22,對應r綾1412與1422’分別設置有兩接觸另21、 置有溝:座11的支軸114與突塊198、199，分別設 23與開子曰L 24 開孔24、25。安裝時’係將金屬蓋2。之漠槽 198、19q 5 ’分別卡入絕緣端子座1Ϊ的支軸114與突塊 與接二子：金屬⑽ 為用戶2的兩導電片1412與1422相接觸，以作 為用戶識別卡之定位偵測使用。 被時疋的原理是，在將二合一卡連接器10烊接至電路 -接地心端子141與142之其一可焊接至電路的接地端，另 141或142則焊接至電路的偵測端，並藉由金屬蓋 142?的φ觸片21、22與接地端子14卜142的兩導電片1412、 由金屬^生接觸良與否，亦即’接地端子141與142是否可藉 加而導通，來判斷金屬蓋20是否蓋合完全。由於用 § 係由鄰近微型保全數位卡座112之一端，側向插入金 M352154 屬蓋20中’因而得以藉由金屬蓋2Q是否蓋合完全的判斷，進 • 一步地確認金屬蓋20内之用戶識別卡是否已插置定位。 至於微塑保全數位卡的插卡方式，則請參考圖5之二合一 卡連接器10賴型保全數位卡插卡操作圖*。圖中，金屬芸 3〇係先行後推，再往上掀起約與二合一卡連接器1〇成二百= 將微㈣全數位卡（未繪^沿著金衫& ' jn 下插入金屬蓋30中，然後將金屬蓋3〇 -盍5並刖拉鎖固，使得微型保全數位卡上之金丰 盍30 •合一卡連接器H)上之微全數位卡端子組以與二 以導通至行動電話電路。 相接觸’並輳 雖然本創作已以較佳實施例揭露如上，紡复、， 本創作’任何熟習此技藝者，在不脫離本創作 用，限定 所作之各種更動與潤飾，亦屬本創作之範圍 了和範_内 保護範®當視後社帽專利範_界定者為準。’本剑作之M352154 VIII. New description: [New technical field] This creation is about a kind of connector, and especially a two-in-one card connector for a bit detection structure. / [Prior Art] • With the advancement of wireless communication technology, mobile phones have become an indispensable device for communication between people. In the early days, mobile phones were only used to achieve the purpose of communication anywhere. Therefore, users should not have excessive requirements regardless of their appearance, size, or even value-added functions. Recently, in addition to the convenience of being able to carry and use with you, it is necessary to provide a small, light, thin, short, and small miniaturization demand, and provide a card interface such as a memory card to facilitate user use. The added value of mobile phones such as storing photos and reading documents has become an inevitable basic requirement. In order to easily meet the miniaturization requirements of mobile phones, it is possible to provide both a Subscriber Identity Module Card (SIM Card) and a Micro Secure Digital Card (Micro SD Card) card. The two-in-one card connector, however, not only has the overall structure not enough solid, strong and so on, but also can not detect whether the user identification card has been inserted and positioned, it is necessary to improve. [New content] In view of the above, the purpose of this creation is to provide a two-in-one card connector with a positioning detection structure, which not only has the advantages of solid structure, but also provides a positioning detection structure of a user identification card, It is used to confirm whether the user identification card is inserted or not. The discrimination of the M352154 is 'favorable for the stability function of the mobile phone circuit. For other purposes, this creation provides a type of y + connector with position detection structure, including: insulated terminal block, user identification card terminal block, typed digital card terminal set, ground terminal set and metal cover. The insulated terminal block has a user identification card holder ^ miniature J-seat user identification card holder and has two side walls and a plurality of terminal slots, and the micro-protection: a plurality of terminal slots. Good class card terminal _ configuration in the use of micro:: full digital card terminal group is configured in the micro m ❿ ❿ + slot in the slot i are exposed at both ends, respectively, to ', the welding end of the second board' and The electrical contact end when the card is inserted. The terminal block has a first grounding terminal and a second grounding terminal, and the first-grounded portion two ir are respectively embedded in the wall of the two sides of the user identification card holder, and are connected to the first: the end: as the welding on the welding t circuit board end. The first grounding terminal is disposed at (4)' and has conductive strips respectively protruding from the two side walls, and the metal mussel j is disposed at the insulated terminal, the terminal of the terminal, and the two contacts of the conductive strip of the first grounding ground terminal. The film, in order to match the genus of the genus, has been configured for positioning, and the location of the burial shell. The material confirms the support shaft of the user identification card in the metal I, and the first user identification card holder has a support structure which is respectively disposed on the two sides of the wall on both sides of the door for the identification of the ship. In order to strengthen the user identification card holder side wall of the support shaft, the 'Q structure cover is fixed to the user identification card seat two to facilitate the insulation terminal seat is embedded in the molded plastic, the manufacture of the material, It also provides a finished connector with a solid structure and low cost M352154. - In an embodiment, the micro-preserved digital card holder has a rear wall, a first side wall, a second side wall, a rotating shaft respectively disposed on the first side wall and the second side wall, and a grounding > terminal group The second grounding terminal and the fourth grounding terminal are embedded in the wall behind the micro-reserved digital card holder, and have protrusions respectively extending into the rotating shaft of the wall and the second side wall of the wall To strengthen the structure of the rotating shaft on the side wall of the micro-preservation card holder, the fourth grounding terminal is embedded in the first side wall of the micro-preservation-digital card holder, and both are partially exposed as Soldering_ on the soldered end of the board. In an embodiment, the two-in-one card connector with the positioning detection structure further includes a second metal cover disposed on the two rotating shafts of the micro-preserving digital card holder for inserting the micro-long digital card. According to the data storage function of the whistle-blower action, the above-mentioned community=row with the two-in-one card connector with the positioning detection structure can be applied with user identification in addition to the solid structure; The structure is used as a discriminating whether the user identification card is inserted or not, so as to facilitate the stability function requirement of the mobile phone circuit. ▲ In order to make the above and other objects, features, and advantages of the present invention more obvious and easy to understand, the following is a detailed description of the preferred embodiment and the accompanying (4), as follows: [Embodiment] Month, Figure 1 As shown, it is a perspective view of a two-in-one card connector 1 疋 having a clamping position and a measuring structure according to a preferred embodiment of the present invention. The two-in-one card connector 10 can be connected to the circuit board of the mobile phone to provide the user identification of the mobile phone. Q .Subscriber Identity Module Card (Card) and Mini Security Digital Card (8) (10) Digital Card, 7 M352154 Referred to as Mi(10)SD Card) card. The figure shows that the two-in-one card connection crying includes an insulated terminal block u, a user identification card terminal group 12, a fully-dead two-bit card terminal group 13 and a subtraction terminal group u, and the like (four) to insert Place the metal cover of the user identification card 2〇蛊H and see, 〇_ metal cover 3 (). U and (4) Inserting the micro-preserving digital card Please refer to Figs. 2 and 3, which are respectively a three-dimensional illustration of the body-in-one-in-card connector terminal group 60 of the connector 10 of the drawing. In the figure, the insulated terminal block η has a user identification card holder 3 and a micro security digital card holder U2. The user identification card holder lu has a support shaft 114 and a plurality of terminal (four) type digital card holders U2 respectively disposed on the side walls U3, and has a rear wheel 116, positions 117 and 118, and rotating wheels disposed on the side walls 117 and 118. 119 with a number of terminal slots (10). The body type 2-card-connector terminal group 4G includes a strip 41 connected by a strip 41 and 12, a micro-integrated digitizer (4) a groundless terminal #14, etc. wherein the user identification card terminal group 12 has a corresponding user identification card holder (1) = terminal slot 115 is formed by 8 terminals arranged in front and rear, each terminal has = rod terminal 121 ' on the circuit board of the mobile phone and the electrical contact of the card with the gold finger of the card when the card is inserted End 122. The micro-preservation touch, the group 13-shell U has δ terminals arranged in a neatly arranged terminal corresponding to the micro-preserving digital card phantom 12, and the switch-end end 131 on each circuit board of each terminal has soldering to the mobile power and the plug-in The electrical contact 132 that is contacted by the gold finger of the digital card. In addition, the grounding terminal group 14 has a grounding terminal 14l, u. The grounding terminals 141 and 142 have φ 1411 and ι 42 axes 114 which are divided into two M352154 walls 113 of the user identification card holder m, and can extend into the fulcrum respectively. The protrusions in 114 may protrude '1', and away from one end of the protrusions 1411 and 1421, respectively, and 1422. The grounding Γ identifies the conductive strips 1412 and the rear wall 116 of the wall 11:3 of the two sides of the card holder U1, and the length of the terminal 143 corresponds to the ns on the ns of the micro-reserved digital card holder 112 respectively corresponding to the micro-preserving digital card holder 112 The side wall (1) and the outer portion 1431 of the shaft 119 have protrusions 111 and 1431 respectively extending into the rotating shaft 119 for respectively reinforcing the side wall 11 of the user identification card seat and the micro-preserving digital card holder 112. The terminal_rotation shaft 119' avoids the surface of the cover 2, 30, and the rotating shaft 119, which are made of a plastic material, and is broken by the user's operation of the flipping of the gold or the card. A: After the 弋5 card connector terminal group 40 is formed, the integral two-two: connector terminal group 4Q can be positioned on the insulating terminal block with the user identification card seat shanjin: the exclusive digital card holder 112. Medium, and = if it is molded from plastic insulation material. The strips 41 of the most ' _ type one & card connector terminal set 40 are removed, and the two-in-card connector base 6 of FIG. 3 can be completed. In Fig. 3, the grounding terminals 141 and 142 are respectively embedded in the wall 113 of the user identification card holder, and the thin portions thereof are exposed to be welded to the soldering end of the circuit board. The grounding terminal 143 is embedded in the wall 116 之后 behind the micro-reserved digital card holder 112, and the grounding end + 144 is embedded in the side wall 118 of the micro-preserving digital card holder (1), and the bottom side portions of both are exposed. As the welding end on the board. ' 9 In addition, the 8 terminals of the user identification card terminal group 12 are respectively arranged in the 9 M352154 user identification card holder. The 8 terminal contact ends 122 are external, θ, the soldering end 121 and the electric mobile phone. The circuit board, and the plug-in card group 12 are soldered to the contact ', and the user identification card can be connected to the eight-head early action circuit of the golden finger phase card terminal group 13 of the household identification card. Micro-preservation digital terminal slot, and its soldering end 131 and electric = digital card holder (1) 8 to the micro-preservation number - 丨 32 are also exposed 'can be with the micro-preserving digital card on the gold board, and the card The time card is connected to the mobile phone circuit, and the two-to-one card contact connection is achieved. ^ The micro-protection number is shown in Figure 4. The direct function of the 10 is shown. Figure = Figure, the metal cover 2 〇 on both sides, corresponding to the ground The terminal 22, corresponding to the r绫1412 and 1422', respectively, is provided with two contacts 21, and a groove is provided: the support shaft 114 and the projections 198 and 199 of the seat 11 are respectively provided with 23 and opening ports 24 and 25 of the opening L24. During installation, the metal cover 2 is inserted into the support terminal 114 of the insulated terminal block 1 and the protrusion and the second sub-piece: the metal (10) is in contact with the two conductive sheets 1412 and 1422 of the user 2, Used as a positioning detection for the user identification card. The principle of the time is that the two-in-one card connector 10 is connected to the circuit-grounding terminal 141 and 142, one of which can be soldered to the ground of the circuit, and the other 141 or 142 is soldered to the detection end of the circuit and is grounded by the φ contacts 21, 22 of the metal cover 142? The two conductive sheets 1412 of the sub- 14 142 are made of metal or not, that is, whether the ground terminals 141 and 142 can be turned on to determine whether the metal cover 20 is completely covered or not. One end of the micro-retention digital card holder 112 is inserted laterally into the gold M352154 as the cover 20', so that it is possible to confirm whether the user identification card in the metal cover 20 has been inserted by judging whether or not the metal cover 2Q is completely covered. As for the card insertion mode of the micro-plastic security digital card, please refer to Figure 5, the two-in-one card connector 10, the type of the digital card card operation diagram *. In the figure, the metal 芸3〇 is pushed first, then Up and down the two-in-one card connector 1 into two hundred = the micro (four) full digital card (not drawn ^ along the gold shirt & 'jn under the metal cover 30, then the metal cover 3 〇-盍5 and pull the lock, so that the miniature full digital card on the Jinfeng 盍 30 • one card connector H) on the micro-digital card terminal group and the second to conduct to the mobile phone circuit. The creation has been disclosed in the preferred embodiment as above, and the creation of the creation Those who are familiar with this art, and do not deviate from this creation, limit the various changes and refinements made by the artist, and also belong to the scope of this creation and the scope of the scope of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It
11 M3 52154 【圖式簡單說明】 圖1係顯示根據本創作較佳實_之―種具有定位债測結 構之二合—卡連接ϋ的立_示。 圖2係,、„員示圖j之二合一卡連接器的一體式二合一卡連接 器端子組立體圖。 之二合一卡連接器底座的立體圖示 圖3係顯示圖1 圖4係顯示圖1之》人 , _體圖示 Φ 圖5係顯示圖J 操作圖示。 一 園.1之一合一卡連接器的用戶識別卡金屬蓋立 之二合一卡連接器的微型保全數位卡插卡 【主要元件符號說明】 10二合一卡連接器 11絕緣端子座 111用戶識別卡座 112微型保全數位卡座 113 ' 117、Π8 侧牆 114支軸 115、110端子槽 116後牆 119旋轉軸 12用戶識別卡端子組 121、 131焊接端 122、 132電性接觸端 13微型保全數位卡端子組 12 M352154 14接地端子組 141、142、143、144 接地端子 1411、 1421、1431 突出部 1412、 1422導電片 198、199 突塊 20、 30金屬蓋 21、 22接觸片 23溝槽 24、25開孔 31卡榫 40 —體式二合一卡連接器端子組 41料帶 60底座 1311 M3 52154 [Simple Description of the Drawings] Fig. 1 shows the stand-up of a two-in-one card connection with a positioning debt measurement structure according to the present invention. Fig. 2 is a perspective view of the integral two-in-one card connector terminal set of the two-in-one card connector of the figure j. The three-in-one card connector base is shown in FIG. Figure 1 shows the person, _ body diagram Φ Figure 5 shows the operation diagram of Figure J. One garden.1 one-in-one card connector user identification card metal cover two-in-one card connector miniature Preservation digital card card [main component symbol description] 10 two-in-one card connector 11 insulated terminal block 111 user identification card holder 112 micro security digital card holder 113 '117, Π8 side wall 114 shaft 115, 110 terminal slot 116 Wall 119 Rotary Axis 12 User Identification Card Terminal Set 121, 131 Solder End 122, 132 Electrical Contact End 13 Miniature Security Digital Card Terminal Set 12 M352154 14 Ground Terminal Set 141, 142, 143, 144 Ground Terminals 1411, 1421, 1431 Highlight Ports 1412, 1422 conductive sheets 198, 199 tabs 20, 30 metal covers 21, 22 contact strips 23 grooves 24, 25 openings 31 cassettes 40 - body two-in-one card connector terminal set 41 strip 60 base 13