M334521 、八、新型說明： 【新型所屬之技術領域】 ‘ 本創作係有關電子卡連接器之結構改良，尤針對多 合一電子卡連接器當中用以將電子卡定位之相關結構加 以改良，旨在提供一種相容於有定位凹口電子卡以及無 ^ 定位凹口電子卡之定位構造。 【先前技術】 •目前市售不同規格電子卡之間存在有外觀尺寸差異 以及具有特定傳輸介面等問題，因此坊間市售之電子卡 連接器大多具有可供不同格式電子卡插置使用的功能， 亦普遍稱為“多合一電子卡連接器”；類似的多合一電 子卡連接器（以下統稱電子卡連接器）主要透過電子卡插 置空間的開口形狀，限制特定格式的電子卡插入所屬的 插置空間。 再者，電子卡之尺寸多已逐漸有朝向更為輕薄短小的 •方向發展趨勢，藉以讓電子卡能夠完全插入到數位裝置所 建構的電子卡連接器内部，以避免過度外露的電子卡造成 使用上的妨礙。以致於許多電子卡連接器會進一步設有可 _ 輔助將電子卡推出電子卡連接器的退卡機構，以讓原本已 -經幾乎完全插入電子卡連接器的電子卡，能夠輕易的插拔 抽換。 類似的退卡機構多如第一圖所示，主要在電子卡連 接器10上設有一可受電子卡40插入動作，而配合相對 5 M334521 朝向插槽11内部位移’並且卡固在插槽11深處的滑塊 21，該卡固在插槽u深處的滑塊21受到電子卡4〇再— 次按壓推觸，即能夠解除卡固作用，進而在彈簧22作用 下朝向插槽11開π的方向位移，以達到將電子 出之目的。 惟 上述習知既有退卡機構20，主要係透過滑塊21與 連接器10之間的卡固定位而讓電子卡4〇得以保持 在插入電子卡連接器1Q的狀態；因此，必須配合— f以對電子卡40構成卡固定位作㈣定位構造，以進— V防止電子卡40任意鬆脫。 槿？造之主要構件，係為—相對應設在退卡機 有相對朝向電子卡4〇凸伸的定位 =相對扣入電子切之定位…當中= 的。 之弹性回復力達到將電子卡40卡固定位之目 就多合一電子卡連接器之設計需求而言，@ 連接器1〇之插槽11係可供不同規格之電= 使用’上揭習有定位構造當中 ::=ΐ位::"1"-電子卡 4:二 :::復力1，故多係設於滑塊21的邊側位 支撐作用下產生彈性回復力；“，如此之 無:定位凹：:二:1八缺乏可繼續外張的空間，使得其他 的电子卡會受到定位彈片31之定位凸部3ιι. 6 M334521 ^ 阻擋而無法插入電子卡連接器。 亦即上揭習有電子卡定位構造不相容於無定位凹口 之電子卡，不但是適用性較低，尤其對多合電子卡連接器 之插槽空間配置設計，會構成較多的限制。 • 【新型内容】 有鑑於此，本創作之主要目的即在提供一種能夠相容 於有定位凹口電子卡以及無定位凹口電子卡之定位構造。 _ 為達上揭目的，整體定位構造係包括有一定位彈片以 及一壓制彈片；其中，定位彈片係相對應設在退卡機構的 滑塊上，其尾端係設有一相對朝向電子卡連接器之插槽凸 伸的定位凸部，以及一相對朝向電子卡連接器頂蓋延伸的 滑行凸塊；至於，壓制彈片係相對應設於電子卡連接器之 頂蓋處，其邊側與頂蓋的主體之間具有一可供滑行凸塊相 對伸入的位移空間。 據以，可由壓制彈片邊侧的位移空間供定位彈片之滑 •行凸塊進入，以配合有定位凹口電子卡之插拔使用；以 及，使定位彈片之導引凸塊得以相對進入壓制彈片下方， 以配合無定位凹口電子卡之插拔使用。 ' 具體而言，本創作之電子卡定位構造係具有下列功 • 效·· 1. 能夠相容於有定位凹口電子卡以及無定位凹口電 子卡之插拔使用。 2. 透過壓制彈片對定位彈片之壓制作用，可加強對無 M334521 ^ 定位凹口電子卡之定位效果。 ’【實施方式】 本創作之特點，可參閱本案圖式及實施例之詳細說明 而獲得清楚地瞭解。 ▼ 本創作主要針對多合一電子卡連接器當中用以將電 子卡定位之相關結構加以改良，旨在提供一種相容於有定 位凹口電子卡以及無定位凹口電子卡之定位構造；如第二 • 圖至第四圖所示，整體定位構造係包括有一定位彈片31 以及一壓制彈片32 ;其中： 定位彈片31係相對應設在退卡機構20的滑塊21上，其 尾端係設有一相對朝向電子卡連接器10之插槽11凸伸的 定位凸部311，以及一相對朝向電子卡連接器10頂蓋12延 伸的滑行凸塊312 ;於實施時，定位彈片31係相對應設在 退卡機構20的滑塊21邊側，滑塊21則在其相對應於定位彈 片31的彈性活動區段處，設有可供定位彈片31尾端外張的 #凹部211。 壓制彈片32係相對應設於電子卡連接器10之頂蓋12 處，並且，其邊側與頂蓋12的主體之間具有一可供滑行凸 • 塊312相對伸入的位移空間321，而壓制彈片32尾端可進一 •步設有一向上延伸的導引區段322,滑行凸塊312可因導引 區段322之導引作用更順利的進入壓制彈片32下方；在具 體實施時，電子卡連接器10之頂蓋12係由金屬板片所沖壓 製成，因此該壓制彈片32與頂蓋12係可以由金屬板片一體 M334521 沖壓成型。 上述退卡機構2 0的滑塊21係可受電子卡.（圖中未標 示）插入動作，配合相對朝向插槽11内部位移，並且卡固 在插槽11的深處，而且滑塊21在卡固在插槽11深處的狀態 下，受到電子卡再一次按壓推觸，即能夠解除卡固作用， 進而在彈簧22作用下朝向插槽11開口的方向位移並且將 電子卡推出。 、 據以，如第五圖、第六圖（A)、（B)以及第七圖（a)、 (B)所示，當有定位凹口 41之電子卡40插入電子卡連接 器10之插槽11時，定位彈片31之定位凸部311首先配 合扣入電子卡40之定位凹口 41，故定位彈片31的尾端 亚^外張，因此定位彈片31之滑行凸塊312係正對於壓 制彈片32邊側的位移空間321，於該電子卡如插入至定 位的過程中’定位彈片31之滑行凸塊312即相對進入位 移空間32卜並且與壓制彈片32之側邊相抵靠，使達 將該電子卡40卡固定位之目的。 (B)^ ；〇(Β^Λ7(Α) 1 Π ^ ^^ η η± . 卡40插入-电子卡連接; 9守，*定位彈片31的尾端則相對朝向滑i 21的凹部211外張’使其滑行凸塊批正片 的尾端，於該電子卡40插入至定 ^片 -使定位彈…二 M334521 .11深處，使該電子卡40得以插入至定位，並且由壓制彈 片32之彈性回復力對定位彈片31產生一壓制作用，進而 達到將該電子卡40卡固定位之目的。 再者，如第四圖及第九圖（B)所示，定位彈片31之滑 行凸塊312與其主體之間的銜接處係設有一斜推面313， 以利滑行凸塊312相對滑入壓制彈片32的下方；當然， 其壓制彈片32尾端向上延伸的導引區段322，亦同樣可 以達到輔助滑行凸塊312順利相對滑入壓制彈片32下方 春之功效。 藉由上述配合向上翹^起之壓制彈片設計，使整體定位 構造能夠相容於有定位凹口之電子卡以及無定位凹口之 電子卡插拔使用；尤其，透過壓制彈片對定位彈片之壓制 作用，可加強對無定位凹口電子卡之定位效果，確實提供 電子卡連接器另一較佳可行之電子卡定位構造，爰依法提 呈新型專利之申請。 本創作之技術内容及技術特點巳揭示如上，然而熟悉 •本項技術之人士仍可能基於本創作之揭示而作各種不背 離本案創作精神之替換及修飾。因此，本創作之保護範圍 應不限於實施例所揭示者，而應包括各種不背離本創作之 ‘ 替換及修飾，並為以下之申請專利範圍所涵蓋。 【圖式簡單說明】 第一圖係為電子卡連接器所習用之電子卡定位構造示意 圖0 10 M334521 . 第二圖係為本創作之電子卡連接器外觀立體圖。 第三圖係為本創作之結構分解圖。 • 第is圖係為本創作中滑塊暨定位彈片之外觀立體圖。 第五圖係為本創作中有定位凹口電子卡插入電子卡連接 器之平面結構不意圖。 第六圖（Α)係為本創作中有定位凹口電子卡插入電子卡連 接器之外觀立體圖。 第六圖（Β)係為本創作中有定位凹口電子卡插入電子卡連 春接器之局部放大圖。 第七圖（Α)係為本創作中有定位凹口電子卡插入至定位之 外觀立體圖。 第七圖（Β)係為本創作中有定位凹口電子卡插入至定位之 局部放大圖。 第八圖係為本創作中無定位凹口電子卡插入電子卡連接 器之平面結構不意圖。 第九圖（Α)係為本創作中無定位凹口電子卡插入電子卡連 •接器之外觀立體圖。 第九圖（Β)係為本創作中無定位凹口電子卡插入電子卡連 接器之局部放大圖。 ‘ 第十圖（Α)係為本創作中無定位凹口電子卡插入至定位之 • 外觀立體圖。 第十圖（Β)係為本創作中無定位凹口電子卡插入至定位之 局部放大圖。 M334521 .【主要元件代表符號說明】 10電子卡連接器 :11插槽 12頂蓋 20退卡機構 21滑塊 211凹部 22彈簧 _ 31定位彈片 311定位凸部 312滑行凸塊 313斜推面 32壓制彈片 321位移空間 322導引區段 40電子卡 籲41定位凹口M334521, VIII, new description: [New technical field] 'This creation is about the structural improvement of the electronic card connector, especially for the related structure of the electronic card connector in the all-in-one electronic card connector. A positioning structure is provided that is compatible with an electronic card having a positioning recess and an electronic card having no positioning recess. [Prior Art] • There are problems such as differences in appearance size and specific transmission interfaces between commercially available electronic cards of different specifications. Therefore, most of the electronic card connectors commercially available in the market have functions for inserting electronic cards of different formats. Also commonly referred to as "all-in-one electronic card connector"; a similar all-in-one electronic card connector (hereinafter collectively referred to as an electronic card connector) mainly through the opening shape of the electronic card insertion space, restricting the insertion of the electronic card in a specific format Interposed space. Moreover, the size of the electronic card has gradually turned toward a more light, thin and short direction, so that the electronic card can be fully inserted into the electronic card connector constructed by the digital device to avoid the use of an excessively exposed electronic card. Obstruction on. As a result, many electronic card connectors are further provided with a card ejecting mechanism that can push the electronic card out of the electronic card connector, so that the electronic card that has been almost completely inserted into the electronic card connector can be easily inserted and removed. change. A similar card ejecting mechanism is as shown in the first figure. The electronic card connector 10 is mainly provided with an insertion action of the electronic card 40, and the inner portion of the slot 11 is displaced relative to the 5 M334521 and is secured in the slot 11. In the deep slider 21, the slider 21 stuck in the depth of the slot u is pressed by the electronic card 4, and the latching action can be released, and then the spring 22 is opened toward the slot 11. The direction of π is shifted to achieve the purpose of electrons. However, the above-mentioned conventional retraction mechanism 20 mainly allows the electronic card 4 to be held in the state of being inserted into the electronic card connector 1Q through the card fixing position between the slider 21 and the connector 10; therefore, it is necessary to cooperate with - f is configured as a (four) positioning structure for the electronic card 40 to form a card fixing position, so that the electronic card 40 is prevented from being loosened arbitrarily. hibiscus? The main components of the system are - correspondingly located in the card ejecting machine with a relative orientation towards the electronic card 4 = = relative to the position of the electronic cutting ... ... =. The elastic restoring force reaches the position of fixing the electronic card 40 to the card. In terms of the design requirements of the multi-in-one electronic card connector, the @11 connector slot 11 can be used for different specifications of electricity. There are positioning structures::=ΐ position::"1"-electronic card 4: two::: compound force 1, so many lines are provided under the lateral support of the slider 21 to generate elastic restoring force; Nothing like this: Positioning concave: : 2: 1 8 lacks the space that can continue to be stretched, so that other electronic cards will be blocked by the positioning convex part 3 ιι. 6 M334521 ^ of the positioning elastic piece 31 and cannot be inserted into the electronic card connector. The electronic card positioning structure is incompatible with the electronic card without the positioning notch, which is not only less suitable, especially the slot space configuration design of the multi-integrated electronic card connector, which will constitute more restrictions. [New content] In view of this, the main purpose of this creation is to provide a positioning structure that can be compatible with an electronic card with a positioning notch and an electronic card without a positioning notch. _ In order to achieve the above, the overall positioning structure includes a positioning elastic piece and a pressing elastic piece; The positioning elastic piece is correspondingly disposed on the slider of the card ejecting mechanism, and the tail end is provided with a positioning convex portion protruding from the slot facing the electronic card connector, and a positioning protrusion extending toward the top cover of the electronic card connector. The sliding protrusions are correspondingly disposed at the top cover of the electronic card connector, and the side of the cover and the main body of the top cover have a displacement space for the sliding protrusions to extend relative to each other. The displacement space on the side of the pressing elastic piece is used for the sliding of the positioning elastic piece and the row of the convex piece to enter and be used for the insertion and removal of the positioning recessed electronic card; and the guiding protrusion of the positioning elastic piece can be relatively inserted under the pressing elastic piece to match The positioning and recessing electronic card is not used for plugging and unplugging. ' Specifically, the electronic card positioning structure of the present invention has the following functions and effects. 1. It can be compatible with the electronic card with positioning notch and the electronic card without positioning notch. It can be inserted and removed. 2. By pressing the shrapnel to suppress the positioning of the shrapnel, the positioning effect of the electronic card without the M334521 ^ positioning notch can be enhanced. '[Embodiment] The characteristics of this creation can be referred to. The detailed description of the drawings and the embodiments is clearly understood. ▼ This creation is mainly for improving the structure of the electronic card connector in the all-in-one electronic card connector, aiming to provide a compatible concave positioning. The positioning structure of the electronic card and the non-positioning notch electronic card; as shown in the second to fourth figures, the overall positioning structure includes a positioning elastic piece 31 and a pressing elastic piece 32; wherein: the positioning elastic piece 31 is correspondingly provided On the slider 21 of the card ejecting mechanism 20, a positioning protrusion 311 protruding from the slot 11 of the electronic card connector 10 is disposed at a rear end thereof, and a cover portion 12 extending toward the top cover 12 of the electronic card connector 10 is disposed. In the implementation, the positioning elastic piece 31 is correspondingly disposed on the side of the slider 21 of the card ejecting mechanism 20, and the slider 21 is disposed at the elastic movable section corresponding to the positioning elastic piece 31. A recess 211 for positioning the outer end of the positioning elastic piece 31. The pressing elastic piece 32 is correspondingly disposed at the top cover 12 of the electronic card connector 10, and has a displacement space 321 between the side of the side cover 12 and the main body of the top cover 12 for allowing the sliding protrusions 312 to extend oppositely. The end portion of the pressing elastic piece 32 can be further provided with an upwardly extending guiding portion 322, and the sliding protrusion 312 can enter the pressing elastic piece 32 more smoothly due to the guiding action of the guiding portion 322; in specific implementation, the electronic device The top cover 12 of the card connector 10 is stamped from a metal sheet, so that the pressed elastic piece 32 and the top cover 12 can be stamped and formed from a metal sheet integral M334521. The slider 21 of the card ejecting mechanism 20 can be inserted into the electronic card (not shown), and is relatively displaced toward the inside of the slot 11, and is locked in the depth of the slot 11, and the slider 21 is When the card is stuck deep in the slot 11, the electronic card is pressed and pushed again, that is, the carding action can be released, and the spring 22 is displaced in the direction of the opening of the slot 11 and the electronic card is pushed out. Accordingly, as shown in the fifth, sixth (A), (B) and seventh (a), (B), when the electronic card 40 having the positioning recess 41 is inserted into the electronic card connector 10 When the slot 11 is located, the positioning protrusion 311 of the positioning elastic piece 31 is firstly engaged with the positioning recess 41 of the electronic card 40. Therefore, the trailing end of the positioning elastic piece 31 is externally stretched, so that the sliding protrusion 312 of the positioning elastic piece 31 is positively The displacement space 321 of the side of the elastic piece 32 is pressed. During the insertion of the electronic card into the positioning process, the sliding protrusion 312 of the positioning elastic piece 31 is relatively inserted into the displacement space 32 and abuts against the side of the pressing elastic piece 32. The electronic card 40 is fixed for the purpose of the card. (B)^; 〇(Β^Λ7(Α) 1 Π ^ ^^ η η± . Card 40 insertion-electronic card connection; 9 Guard, * The positioning end of the elastic piece 31 is opposite to the concave portion 211 of the sliding i 21 The sheet is "sliding" the tail end of the bump positive film, and the electronic card 40 is inserted into the fixed sheet - so that the positioning bullet ... two M334521.11 deep, so that the electronic card 40 can be inserted into the positioning, and the pressed elastic piece 32 The elastic restoring force produces a pressing effect on the positioning elastic piece 31, thereby achieving the purpose of fixing the electronic card 40. Further, as shown in the fourth figure and the ninth drawing (B), the sliding protrusion of the positioning elastic piece 31 is provided. A slanting surface 313 is disposed at the junction between the 312 and the main body thereof, so that the sliding protrusion 312 slides relative to the lower side of the pressing elastic piece 32; of course, the guiding portion 322 which extends the rear end of the pressing elastic piece 32 is also the same. The effect of the auxiliary sliding protrusion 312 smoothly sliding relative to the spring under the pressing elastic piece 32 can be achieved. By the above-mentioned pressing elastic piece design which is matched upwardly, the integral positioning structure can be compatible with the electronic card having the positioning notch and the positioning concave. Use the electronic card for plugging and unplugging; in particular, by pressing the shrapnel pair The pressing effect of the shrapnel can enhance the positioning effect of the electronic card without the positioning notch, and indeed provides another electronic card positioning structure of the electronic card connector, and the application for the new patent is proposed according to the law. And the technical features are disclosed above, however, those skilled in the art may still make various substitutions and modifications based on the disclosure of the present invention without departing from the spirit of the present invention. Therefore, the scope of protection of the present invention should not be limited to those disclosed in the examples. It should include all kinds of 'replacement and modification' without departing from the creation, and is covered by the following patent application scope. [Simple description of the drawings] The first figure is a schematic diagram of the electronic card positioning structure used by the electronic card connector. M334521. The second picture is a perspective view of the appearance of the electronic card connector of the present invention. The third picture is an exploded view of the structure of the creation. • The is picture is the external perspective view of the slider and positioning spring piece in the creation. This is the intention of the planar structure in which the positioning recessed electronic card is inserted into the electronic card connector. The sixth figure (Α) is the creation The perspective view of the electronic card connector with the positioning recess is inserted into the electronic card connector. The sixth figure (Β) is a partial enlarged view of the electronic card inserted into the electronic card with the positioning notch in the creation. This is a three-dimensional view of the appearance of the positioning recessed electronic card inserted into the positioning. The seventh figure (Β) is a partial enlarged view of the positioning of the electronic card with positioning notch inserted into the positioning. In the creation, the planar structure of the electronic card connector without the positioning notch is not intended. The ninth figure (Α) is a perspective view of the appearance of the electronic card connector without the positioning notch in the creation. (Β) is a partial enlarged view of the electronic card connector inserted into the electronic card without a positioning recess in the creation. ‘The tenth figure (Α) is the stereoscopic view of the appearance of the electronic card with no positioning notch inserted into the positioning. The tenth figure (Β) is a partial enlarged view of the positioning of the electronic card without the positioning notch in the creation. M334521 . [Main component representative symbol description] 10 electronic card connector: 11 slot 12 top cover 20 card retracting mechanism 21 slider 211 recess 22 spring _ 31 positioning elastic 311 positioning convex portion 312 sliding convex 313 oblique pushing surface 32 pressing Shrapnel 321 displacement space 322 guiding section 40 electronic card 41 positioning notch