M338476 八、新型說明： 【新型所屬之技術領域】 本創作關於-種電子卡連接器㈡，特別指一種藉由抵壓 構件帶動導電端子向τ擺動，使電子卡插置於複合插槽時，能 避免與該料電端子產生干涉與不#接觸之電子卡連接器。 【先前技術】 現代資訊儲存容量空間持續的增加下，新一代電子卡已改 變傳統繁重的結構，並朝著輕、薄的結構方向作設計，同時， :突：原來儲存容量的限制’設計出更大容量的儲存空間結 用者方便攜帶、容量大、容易存取的電子產品，成 數位的重要媒體。目前應用產品中，例如：行動電話、 典或筆記型電腦等攜帶型電子產品 ;種規格衫切設置，藉由電子卡連接料到㈣存取的功 應c目市面上的電子卡規格繁多，常用的規格可分為 MMC SD 或 Ms 等 而同時講買久㈣^ 各種規格的電子產品， ^η ^ 41 〇 、。白、電子卡，造成使用者在不同規格電子卡 之間的貢料傳輸不#的„9§ $ > 、。因此，為了迎合大眾消費需求， 現—種電子卡連接器，可用於讀取多種規格的電子 ^組/電子卡連㈣結構設計中，㈣係設置有複數個 適用於多種規格的電子卡，藉以使不同規格電子卡 M338476 可插入插槽中，對應不同的端子組，透過端子組電性連結電子 卡來進行資料連結讀取。然而，習用的電子卡連接器於使用 時，係具有下列缺點： (1) 、由於多規格連接器内部設有複數個端子組，若一預 定規格電子卡插入時，除了接觸到對應規格電子卡的端子組 外，該電子卡也會干涉或接觸另外規格電子卡的端子組，勢必 造成其他規格端子組的磨損與接觸不良的情況；嚴重者，可能 造成其電性短路而資料損壞或失效之情況。 (2) 、為了避免上述端子組遭到不當接觸而損壞的情形， 勢必要透過不同端子組搭配不同高度的結構設計，透過各端子 組間高度具有明顯落差的方式，讓電子卡插入時不致於接觸其 他非必要的端子組；然而此結構設計將增加整體電子卡連接器 . ^ 之厚度，使整體結構龐大而不易攜帶等缺點。 本創作人有感上述缺失之可改善，且依據多年來從事此方 面之相關經驗，悉心觀察且研究之，並配合學理之運用，而提 出一種設計合理且有效改善上述缺失之本創作。 【新型内容】 本創作之主要目的在於提供一種電子卡連接器（二），係主 要於絕緣本體的内部樞設一抵壓構件，並且抵壓構件係對應一 設置於預定容置面上之端子組，再利用抵壓構件之抵壓平面直 接抵壓該端子組之每一導電端子的隆起段之結構設計，抵壓並 M338476 帶動導電端子組向下擺動，使得預定規格的電子卡插置於電子 卡連接器之複合插槽時，有效避免與端子組產生干涉與不當接 觸之電子卡連接器，同時保護端子組以及電子卡本身，以避免 受損。 為了達成上述之目的，本創作提供一種電子卡連接器 (二），用於防止與電子卡產生不當接觸，包括：一絕緣本體、 一複合端子組及一抵壓構件。絕緣本體具有一底座及一形成於 底座之複合插槽，複合插槽係容設多數個容置面；複合端子組 具有一設於複合插槽之其中一第一容置面上之第一端子組，第 一端子組具有多數個導電端子，每一個第一端子具有一固持段 及一隆起段，固持段係固設於第一容置面上，而隆起段係相對 第一容置面向上隆起；抵壓構件係枢設於絕緣本體内且具有一 斜面及一抵壓平面。其中，該抵壓平面係抵壓於該等導電端子 之隆起段的末端。 藉以當電子卡插設於該複合插槽内時，該抵壓構件係壓制 該等隆起段向下擺動，避免該等導電端子與該電子卡產生干涉 與不當接觸。 為了能更進一步暸解本創作為達成預定目的所採取之技 術、手段及功效，請參閱以下有關本創作之詳細說明與附圖， 相信本創作之目的、特徵與特點，當可由此得一深入且具體之 暸解，然而所附圖式僅提供參考與說明用，並非用來對本創作 加以限制者。 7 M338476 【實施方式】 請參閱第一圖至第六B圖所， 厅不為本創作電子卡連接哭 (二）一實施例之相關圖式。本 σ〇 + 卡連接态1係用於與 电子卡6配合時，可防止盥雷早, ，、电千卡6產生不當接觸。如第二圖 所示，該電子卡連接哭1白扛· /rJ „ 于卞縣“包括絕緣本體2、—複合端子組 3、一抵壓構件4及一頂蓋5。 I該絕緣本體2具有-底座20、二相對的左側2工、右側 2 2 ’該底座20與左、右側21、22之間形成一複合插槽 ^该複合插槽23的内部自開,端依序呈升冪階狀構造。 ^弟二圖所示’本實施例中，該複合插槽2 3分別容設一第一 面231第—谷置面232及—第三容置面233， 該第-、第二及第三容置面2 3丄、2 3 2、2 3 3之間係形 成一相對階狀構造。其中，該第一容置面2 3丄係鄰近於該複 合插槽2 3的開口端。該第二容置面2 3 2係位於該第一容置 面j 3 1後端，且相對於該第一容置面2 3工呈現階升排列。 »亥弟二谷置面2 3 3係位於該第二容置面2 3 2後端，且相對 於该第二容置面2 3 2呈現階升排列。 透過此結構之設計，該複合插槽2 3可以提供第一種規格 的電子卡插置於第-容置面2 3 1JL。再者，該複合插槽2 3 亦提供第二種規格的電子卡插置於第一容置面2 3 1及第二 谷置面2 3 2上。或者，該複合插槽2 3亦可提供第三種規格 的電子卡插置於第一、第二及第三容置面2 3 1、2 3 2、2 8 M338476 3上 表複合端子組3係設置於該絕緣本體2之複合插槽2 第二端子組 .内。該複合端子組3係具有一第一端子組3 3 2及一第三端子組3 3。 該第一端子組3 !係設置於該第—容置面2 3工上，且其 具有複數個導電端子甘rb — , ^ • d 1 ο /、中，母一個導電端子3 1 〇係 _具有-固持段3101及一隆起段3102;該固持段 則第一容置面231上，而該隆起段3102係相 該」ΓΓ/置面2 31向上隆起’提供導電端子31 ◦相對 二：面2 31作擺動。藉以提供第-種規格的電子卡插 置该複合插槽23之第一容置面231上，並與該第 31達到電性連接。在本實施 , XD電子卡。 以—種規格電子卡係為 ^ "該第二端子組3 2係設置於該第二容置面2 3 2上，且且 有複數個導電端子。.藉以提供第二種 二 :插槽23之第-容置面川及第二容置 二二=2達到電性連接。在本實施例中該第二種規 。'子=係為SDf子卡、MMC電子卡或mmc+電子卡。 該弟三端子組3 3係設置於該第三 有複數個導電端子。藉以提供第三種規格卡二= 插㈣之第-容置面231、第二容置面2 3 2:置= 面2 3 3上，並與該第三端子纟且3 罘一合置 而千、，且3 3達到電性連接。本實施例 M3 3 8476 中’該第三種規格電子卡係為MS電子卡。 請配合參閱第二圖至第 所7^ _壓構件4係樞設於 »亥、，、巴、.彖本肢2内，並且位於該第_ 該第一端子組31。本，歹Π面2 3 2上’係對應於 4 ^ 本只轭例中，該抵壓構件4係為一抵壓 反、具有一斜面4 〇、一抵壓平面4工及―福接部〇。兮 斜面40可接觸於該電子卡6;該樞接部42 (細圖所^ =別樞細峨本體2的左、右側21、22，使抵壓構 4在該複合插槽2 3進行擺動；該抵壓平面4 i係可對岸地 抵壓每-個導電端子31〇之隆起段31〇2的末端，用以將 隆起段3 1 0 2向下塵制’可用於避免導電端子3工〇與電子 卡6接觸。 一屯 该頂盍5係對應地蓋設於該絕緣本體2的底座2 〇上，使 該複合插槽2 3位於該底座2 〇與該頂蓋5之間，藉以保護該 電子卡，可避免受外力而損壞。 請配合參閱第五圖至第六β圖所示。透過上述結構的設 計。在電子卡6插設於該複合插槽2 3内之後，當其位於該第 一谷置面2 3 1並接觸該抵壓構件4之斜面4 〇時，該抵壓構 件4之抵壓平面4 1係可順勢地將該等隆起段3丄〇 2壓制 而向下擺動而接近該第一容置面2 3 1，避免第一端子組3 1 之導電端子3 1 0與電子卡6產生干涉與不當接觸，俾使電子 卡6得以與其他的第二、三端子組3 2、3 2進行電性接觸。 綜上所述，本創作透過於絕緣本體樞設一抵壓構件，藉以 10 M338476 直接壓制於導電端子的方式，使得電子卡連接器（二）係具有以 下特色： (1) 、當電子卡插置於一預定容置面時，經由接觸該抵壓 構件後，利用抵壓平面直接壓制的方式，使該等導電端子末端 向下擺動’藉以電子卡能與預定容置面的端子組達到電性連 接，並避免電子卡接觸不必要的導電端子，造成損壞或短路。 (2) 、透過上述結構設計，使不同規格的電子卡皆插置於 •複合插槽’避免容置面的端子組與電子卡產生擠壓干涉或不良 接觸情況。 (3) 、保護導電端子與電子卡之金屬外殼的完整性，並確 保端子組及電子卡本身的使用功能。 惟，以上所述，僅為本創作最佳之一的具體實施例之詳細 祝明與圖式，惟本創作之特徵並不侷限於此，並非用以限制本 創作，本創作之所有範圍應以下述之申請專利範圍為準，凡合 •於本創作申請專利範圍之精神與其類似變化之實施例，皆應包 含於本創作之範疇中，任何熟悉該項技藝者在本創作之領域 内，可輕易思及之變化或修飾皆可涵蓋在以下本案之專利範 圍0 【圖式簡單說明】 第一圖係為本創作電子卡連接器之立體組合圖。 第一圖係為本創作電子卡連接器之立體分解圖。 M338476 第三圖係為本創作電子卡連接器第二圖中，A部分之局部放大圖。 第四圖係為本創作電子卡連接器之侧剖視圖。 第五圖係為本創作電子卡連接器與電子卡進行配合狀態之立體 圖。 第六A圖係為本創作電子卡連接器與電子卡配合的第一狀態之 側剖視圖。 第六B圖係為本創作電子卡連接器與電子卡配合的第二狀態之 侧部視圖。 【主要元件符號說明】 [本創作] 1 電子卡連接器 2 1 左侧 2 3 複合插槽 2 3 2第二容置面 3 1 0 2隆起段 3 3 第三端子組 2 絕緣本體 2 0 底座 2 2右侧 231第一容置面 2 3 3第三容置面 3 複合端子組 31 第一端子組 3 1 0導電端子 3101固持段 32 第二端子組 12 M3 3 8476 4 抵壓構件 41 抵壓平面 4 0 斜面 4： 2 枢接部 5 頂蓋 6 電子卡M338476 VIII. New description: [New technical field] This is a type of electronic card connector (2), especially when a conductive member is driven to τ by a pressing member to insert the electronic card into the composite slot. It can avoid the electronic card connector that interferes with the electrical terminal of the material and does not contact. [Prior Art] With the continuous increase of modern information storage capacity space, the new generation of electronic cards has changed the traditional heavy structure and designed in the direction of light and thin structure. At the same time, the sudden storage capacity limit is designed. Larger capacity storage space is convenient for carrying, large-capacity, easy-to-access electronic products, and digital media. At present, in the application products, for example, mobile electronic products such as mobile phones, code books or notebook computers; the types of shirt-cutting settings, the electronic card connection materials to (4) access to the power supply c-market electronic card specifications, Commonly used specifications can be divided into MMC SD or Ms, etc., while buying long-term (four) ^ various specifications of electronic products, ^ η ^ 41 〇,. White, electronic card, causing the user to transfer the tribute between different specifications of the electronic card does not # „9§ $ >, therefore, in order to meet the mass consumer demand, the current electronic card connector can be used for reading Among the various specifications of the electronic group / electronic card connection (four) structure design, (four) is provided with a plurality of electronic cards suitable for a variety of specifications, so that different specifications of the electronic card M338476 can be inserted into the slot, corresponding to different terminal groups, through the terminal The electronically connected electronic card is used for data link reading. However, the conventional electronic card connector has the following disadvantages when used: (1) Since a multi-standard connector has a plurality of terminal groups inside, if a predetermined one When the specification electronic card is inserted, in addition to touching the terminal group of the corresponding specification electronic card, the electronic card may interfere with or contact the terminal group of the other specification electronic card, which may cause wear and contact failure of other standard terminal groups; , may cause its electrical short circuit and data damage or failure. (2), in order to avoid the above-mentioned terminal group is damaged by improper contact, the situation Through different terminal groups with different heights of structural design, the height of each terminal group has a significant drop, so that the electronic card does not touch other non-essential terminal groups when inserted; however, this structural design will increase the overall electronic card connector. The thickness of ^ makes the overall structure large and not easy to carry. The creator feels that the above-mentioned defects can be improved, and based on years of experience in this field, carefully observe and study, and with the use of academics, This paper proposes a design that is reasonable in design and effective in improving the above-mentioned defects. [New content] The main purpose of this creation is to provide an electronic card connector (2), which is mainly provided with a pressing member inside the insulating body and pressed against The component system corresponds to a terminal group disposed on the predetermined accommodating surface, and the structure of the ridge portion of each of the terminal blocks of the terminal group is directly pressed against the pressing plane of the pressing member, and the M338476 drives the conductive terminal group. Swinging downwards so that when a predetermined size electronic card is inserted into the composite slot of the electronic card connector, there is Avoid the electronic card connector that interferes with and improperly contacts the terminal group, and protect the terminal group and the electronic card itself to avoid damage. To achieve the above purpose, the present invention provides an electronic card connector (2) for preventing The undue contact with the electronic card includes: an insulative housing, a composite terminal set, and a pressing member. The insulative housing has a base and a composite slot formed in the base, and the composite slot accommodates a plurality of receiving surfaces; The composite terminal set has a first terminal set disposed on one of the first receiving faces of the composite slot, the first terminal set has a plurality of conductive terminals, each of the first terminals has a holding section and a raised section, and is retained The step is fixed on the first receiving surface, and the raised portion is raised upward relative to the first receiving surface; the pressing member is pivotally disposed in the insulating body and has a sloped surface and a pressing plane. The planar system is pressed against the ends of the raised segments of the conductive terminals. When the electronic card is inserted into the composite slot, the pressing member presses the ridges downward to prevent the conductive terminals from interfering with the electronic card. In order to further understand the techniques, means and effects of this creation in order to achieve the intended purpose, please refer to the following detailed description and drawings of this creation. I believe that the purpose, characteristics and characteristics of this creation can be obtained from this The detailed description is to be understood as merely illustrative and not restrictive 7 M338476 [Embodiment] Please refer to the first to sixth diagrams. The hall does not cry for the creation of the electronic card. (2) The related diagram of an embodiment. The σ〇+ card connection state 1 is used to prevent the smashing of the electronic card 6, and to prevent improper contact with the electric kilocard 6. As shown in the second figure, the electronic card is connected to the crying white 扛· /rJ „ 卞 卞 ” includes the insulating body 2, the composite terminal set 3, a pressing member 4 and a top cover 5. The insulative housing 2 has a base 20, two opposite left sides, and a right side 2 2 '. The base 20 forms a composite slot with the left and right sides 21 and 22. The interior of the composite slot 23 is self-opening. It is in the order of an ascending power structure. In the second embodiment, the composite slot 2 3 houses a first surface 231 first valley surface 232 and a third receiving surface 233, the first, second and third A relatively stepped structure is formed between the accommodating faces 2 3 丄, 2 3 2, and 2 3 3 . The first receiving surface 23 is adjacent to the open end of the composite slot 23. The second accommodating surface 2 3 2 is located at the rear end of the first accommodating surface j 3 1 and is arranged in a step-up arrangement with respect to the first accommodating surface 23 . The Haidi Erguji 2 3 3 system is located at the rear end of the second receiving surface 2 3 2 and is arranged in a step-up arrangement with respect to the second receiving surface 2 3 2 . Through the design of the structure, the composite slot 23 can provide the first specification of the electronic card inserted in the first-receiving surface 2 3 1JL. Furthermore, the composite slot 2 3 also provides a second specification electronic card inserted on the first receiving surface 2 31 and the second valley surface 23 2 . Alternatively, the composite slot 23 can also provide a third type of electronic card inserted in the first, second, and third receiving faces 2 3 1 , 2 3 2, 2 8 M338476 3 on the composite terminal group 3 The system is disposed in the second terminal group of the composite slot 2 of the insulative housing 2. The composite terminal set 3 has a first terminal set 3 3 2 and a third terminal set 33. The first terminal group 3 is disposed on the first receiving surface 23, and has a plurality of conductive terminals gan rb — , ^ • d 1 ο /, medium, one female conductive terminal 3 1 _ _ Having a holding portion 3101 and a ridge portion 3102; the holding portion is on the first accommodating surface 231, and the ridge portion 3102 is in the ΓΓ/ 面 2 31 upward bulging to provide the conductive terminal 31 ◦ opposite two: face 2 31 for swinging. The electronic card of the first type is inserted into the first receiving surface 231 of the composite slot 23, and is electrically connected to the 31st. In this implementation, the XD electronic card. The electronic card system of the specification is ^ " the second terminal group 3 2 is disposed on the second receiving surface 23 2 and has a plurality of conductive terminals. Therefore, the second type is provided: the first of the slots 23 is accommodated and the second is accommodated. This second rule is in this embodiment. 'Sub= is SDf daughter card, MMC electronic card or mmc+ electronic card. The third terminal group 3 3 is disposed on the third plurality of conductive terminals. Therefore, the third specification card 2 = plug-in (four)-the accommodating surface 231, the second accommodating surface 2 3 2: set = the surface 2 3 3, and the third terminal and the third terminal are combined Thousands, and 3 3 reach an electrical connection. In the embodiment M3 3 8476, the third specification electronic card is an MS electronic card. Please refer to the second figure to the seventh embodiment. The pressure member 4 is pivotally disposed in the body, and is located in the first leg group 31. In this example, the 歹Π 2 2 2 corresponds to 4 ^ in the yoke example, the pressing member 4 is a pressing reverse, has a slope 4 〇, a pressing plane 4 work and a "fused joint" Hey. The slanting surface 40 can be in contact with the electronic card 6; the pivoting portion 42 (the fine view of the left and right sides 21, 22 of the body 2 is swayed, so that the pressing structure 4 swings in the composite slot 2 The pressing plane 4 i can press the end of the rising section 31〇2 of each of the conductive terminals 31〇 against the shore, and can be used to prevent the conductive terminal 3 from being dusted down by the raised section 3 1 0 2 The top cover 5 is correspondingly disposed on the base 2 of the insulative housing 2 such that the composite slot 23 is located between the base 2 and the top cover 5, thereby The electronic card can be protected from damage by external force. Please refer to the fifth to sixth beta diagrams. Through the design of the above structure, after the electronic card 6 is inserted into the composite slot 23, When the first valley surface 213 is in contact with the inclined surface 4 该 of the pressing member 4, the pressing plane 4 1 of the pressing member 4 can press the ridge portions 3 丄〇 2 to the same direction. Swinging and approaching the first receiving surface 23, avoiding interference and improper contact between the conductive terminal 3 1 0 of the first terminal group 3 1 and the electronic card 6 to cause the electronic card 6 It can be electrically contacted with other second and third terminal groups 3 2, 3 2 . In summary, the present invention pivots a pressing member through the insulating body, so that 10 M338476 is directly pressed into the conductive terminal, so that The electronic card connector (2) has the following features: (1) When the electronic card is inserted into a predetermined receiving surface, the conductive member is directly pressed by the pressing plane after contacting the pressing member to make the conductive The end of the terminal swings downwards', so that the electronic card can be electrically connected to the terminal group of the predetermined receiving surface, and the electronic card is prevented from contacting unnecessary conductive terminals, causing damage or short circuit. (2) Through the above structural design, different The specification of the electronic card is inserted into the composite slot to avoid the interference or poor contact between the terminal group of the receiving surface and the electronic card. (3) Protect the integrity of the conductive terminal and the metal casing of the electronic card, and The functions of the terminal group and the electronic card itself are ensured. However, the above description is only a detailed description and a detailed description of the specific embodiment of the present invention, but the features of the creation are not limited to This is not intended to limit the scope of this creation. All the scope of this creation should be based on the scope of the patent application below. The spirit of the application and the similar changes in the scope of this creation should be included in the scope of this creation. Anyone who is familiar with the art in this field of creation can easily think of changes or modifications that can be covered in the following patent scope of the case. [Simplified illustration] The first picture is the creative electronic card connector The first figure is an exploded view of the electronic card connector of the author. M338476 The third picture is a partial enlarged view of the second part of the electronic card connector of the author, the fourth picture is A side cross-sectional view of the electronic card connector of the present invention. The fifth figure is a perspective view of the state in which the electronic card connector and the electronic card are engaged. Figure 6A is a side cross-sectional view showing the first state in which the electronic card connector is mated with the electronic card. Figure 6B is a side view of the second state in which the electronic card connector is mated with the electronic card. [Main component symbol description] [This creation] 1 Electronic card connector 2 1 Left side 2 3 Composite slot 2 3 2 Second receiving surface 3 1 0 2 Uplift section 3 3 Third terminal group 2 Insulating body 2 0 Base 2 2 right side 231 first receiving surface 2 3 3 third receiving surface 3 composite terminal group 31 first terminal group 3 1 0 conductive terminal 3101 holding section 32 second terminal group 12 M3 3 8476 4 pressing member 41 Pressing plane 4 0 bevel 4: 2 pivoting part 5 top cover 6 electronic card