M358434 八、新型說明： 【新型所屬之技術領域】 器 尤指一種可相對降低材 本創作係有關一種卡連接 料、組裝成本之卡連接器。 【先前技術】 提升ΐ資；相機：數位攝影機等電氣產品，為能 _一_卡等之二:::記^ 並配合各種電器產品薄型化之趨勢，頊 ^年來 =配5與記憶卡聯結，進而進行# 同 :::有格式相符之連接器，以供構成記憶卡;：: 然而，由不同格式之記憶卡大多係具有不同之寬幅及 •^田將使早—插槽之連接器無法適用於其他格式之記怜 ，吏用，而降低其適用性及實用性，因此新一代的連接i 功能ί方?設!:，以期能適用於不同格式之 ，並期能以最為簡化之結構設計，以及最為穩 *之結f強度維持記憶卡插置之料性與聯結之穩定性。’ 迪如第一圖所示’即為目前可同時供MS卡、MMC、SD等 、口己1卡插置使用之連接器，其主要係在一塑料本體1 号開設有一插槽2,並且於該插槽2内部設計有複數個 宜的插f空間3供上述各種不同類型之記憶卡插置、定 位，使得插槽2的構型更趨複雜；因此，類似的逹接器多 M358434 • 會將塑料本體1相對應於插槽2的底部設有一開放區段4, - 再以底部開放區段4朝向印刷電路板5的方式建構在印刷 電路板5上。 再者，為了避免連接器在使用時，發生記憶卡直接與 印刷電路板5接觸的現象，上揭習用連接器多會在底部組 裝一用以將開放區段4遮蔽的金屬板6，如此不但必須額 外增加金屬板6的材料成本，相對亦必須額外增加金屬板 6之製造、組裝成本。 【新型内容】 有鑑於此，本創作即針對習有可供多種格式之記憶卡 插接使用的連接器加以改良，使獲致一種可以有效避免記 憶卡直接與印刷電路板接觸，同時又能夠降低材料、組裝 成本之卡連接器結構。 為達上揭目的，創作之卡連接器係在一塑料本體上設 有一插槽，並且於該插槽内部設計有複數個重疊的插置空 φ 間供不同類型之記憶卡插置、定位，另外設有若干端子組 分別供與所對應的記憶卡構成電性連接；其中，塑料本體 相對應於插槽的底部設有一開放區段，並且在開放區段兩 ' 側底緣設有朝向插槽内部延伸特定寬度的擋邊，俾可由兩 侧的擋邊對記憶卡構成一托撐作用，避免記憶卡直接與印 刷電路板接觸。 本創作之功效之一，在於直接利用擋邊限制記憶卡直 接與印刷電路板接觸，因此可以省去在開放區段另外設置 的遮蔽物的材料成本，以及省去遮蔽物的製造成本。 本創作之功效之一，在於直接利用播邊限制記憶卡直 6 M358434 :接::可以省去在㈣本體開放區段 【實施方式】 本創作之特點，可參閱本案圖式及實施 而獲得清楚地瞭解。 平w 兒明 如第二圖及第三圖所示，本創作之卡連接器係包括 有.一塑料本體1〇，以及若干端子組 20 ;其中： 4該塑料本體10上設有—插槽u，並且於該插槽）！内部 没計有複數個重疊的插置空間12，以供不同類型之記憶卡 3〇插置、定位（例如供圖中所示之記憶卡插'置、 以立)，該塑料本體10相對應於插槽n的底部設有一開放區 奴13，並且在開放區段13兩側底緣設有朝向插槽η内部延 伸特定寬度的播邊14，該兩個擒邊14係朝向插槽u 伸特定長度。 至於，該若干端子組2〇係配設在塑料本體1〇之插槽u • 處，分別供與所對應的記憶卡30構成電性連接。在且體實 • •夺，該塑料本體10係設有至少一伸入插仙内部的定位 彈片22及接地彈片23，用以加強對記憶卡3〇之定位效果， 以及確保記憶卡30插入正確的插置空間丨2至定位之後始構 成電路導通，避免造成電路毀損。 請同時配合參照第五圖及第六圖所示，整體連接器在 使用時，塑料本體10係以底部開放區段13朝向印刷電路板 的方式建構在印刷電路板上；由於，塑料本體1〇在開 放區·^又13兩側底緣設有朝向插槽内部延伸特定寬度的播邊 14，因此，當記憶卡3〇插入插槽11時，可由兩側的擋邊1 * M358434 對記憶卡30構成一托撐作用，避免記憶卡3〇直接與印刷電 路板40接觸。 本創作之卡連接器即藉由上揭相對設在塑料本體1〇底 部開放區段13兩侧底緣的擔邊14，達到防止記憶卡直接 與印刷電路板40接觸的效果，因此可以省去在開放區段13 另外設置遮蔽物的材料成本及製造成本，以及省去塑料本 體另外與遮蔽物結合之組裝成本。 值得一提的是，本創作當中的兩個擋邊14係進一歩設M358434 VIII. New description: [New technical field] A special type of card connector that can reduce the cost of the card and the assembly cost. [Prior Art] Enhance the capital; Camera: Digital cameras and other electrical products, for the ___ card and other two::: remember ^ and with the trend of thinning various electrical products, 顼 ^ years = with 5 and memory card connection And proceed with #同::: formatted connector for the memory card;:: However, most of the memory cards of different formats have different widths and • ^田 will make the early-slot connection The device can't be used in other formats to reduce the applicability and practicability of the other formats. Therefore, the new generation of connection i functions can be applied to different formats, and can be simplified most. The structural design and the most stable knot strength maintain the stability of the memory card insertion and the stability of the connection. 'Di as shown in the first figure' is a connector that can be used for both MS card, MMC, SD, etc., and has a slot 2 in a plastic body No. 1, and The inside of the slot 2 is designed with a plurality of suitable insertion slots 3 for the insertion and positioning of the various types of memory cards described above, so that the configuration of the slot 2 is more complicated; therefore, a similar connector is more M358434. The plastic body 1 is provided with an open section 4 corresponding to the bottom of the slot 2, and is then constructed on the printed circuit board 5 with the bottom open section 4 facing the printed circuit board 5. Moreover, in order to avoid the phenomenon that the memory card directly contacts the printed circuit board 5 when the connector is in use, the upper connector will assemble a metal plate 6 for shielding the open section 4 at the bottom, so that not only the metal plate 6 but also the open section 4 is shielded. The material cost of the metal sheet 6 must be additionally increased, and the manufacturing and assembly costs of the metal sheet 6 must be additionally increased. [New content] In view of this, this creation is to improve the connector that can be used for memory card insertion in multiple formats, so that one can effectively avoid the memory card directly contacting the printed circuit board, and at the same time can reduce the material. , the card connector structure of the assembly cost. In order to achieve the above, the created card connector is provided with a slot on a plastic body, and a plurality of overlapping insertion spaces φ are arranged inside the slot for different types of memory card insertion and positioning. In addition, a plurality of terminal groups are respectively provided for electrically connecting with the corresponding memory card; wherein the plastic body is provided with an open section corresponding to the bottom of the slot, and the bottom edge of the open section is provided with an orientation The inside of the slot extends a rib of a certain width, and the ribs on both sides can form a support for the memory card to prevent the memory card from directly contacting the printed circuit board. One of the effects of this creation is that the memory card is directly used to directly contact the printed circuit board by the ribs, thereby eliminating the material cost of the shield disposed in the open section and eliminating the manufacturing cost of the shield. One of the functions of this creation is to directly use the edge to limit the memory card. 6 M358434: Connect:: You can save the (4) open section of the body [Implementation] The characteristics of this creation can be clearly seen by referring to the schema and implementation of this case. Know. As shown in the second and third figures, the card connector of the present invention comprises a plastic body 1〇, and a plurality of terminal groups 20; wherein: 4 the plastic body 10 is provided with a slot u, and in the slot)! There is a plurality of overlapping insertion spaces 12 for internal insertion and positioning of different types of memory cards (for example, the memory card shown in the figure is inserted and placed), and the plastic body 10 corresponds to An open area slave 13 is disposed at the bottom of the slot n, and the bottom edges of the two sides of the open section 13 are provided with a side edge 14 extending toward the inside of the slot n by a specific width, the two sides 14 extending toward the slot u Specific length. The plurality of terminal sets 2 are disposed at the slots u of the plastic body 1 to be electrically connected to the corresponding memory card 30, respectively. The plastic body 10 is provided with at least one positioning elastic piece 22 and a grounding elastic piece 23 extending into the interior of the inserted fairy to enhance the positioning effect on the memory card 3 and ensure that the memory card 30 is correctly inserted. The insertion space 丨2 to the position after the positioning constitutes a circuit to avoid damage to the circuit. Please refer to the fifth and sixth figures at the same time. When the integral connector is in use, the plastic body 10 is constructed on the printed circuit board with the bottom open section 13 facing the printed circuit board; The bottom edge of both sides of the open area·^13 is provided with a hem 14 extending to a certain width inside the slot. Therefore, when the memory card 3 is inserted into the slot 11, the memory card can be flanked by the rim 1 * M358434 30 constitutes a support to prevent the memory card 3 from directly contacting the printed circuit board 40. The card connector of the present invention can prevent the memory card from directly contacting the printed circuit board 40 by lifting the shoulder 14 disposed on the bottom edges of the open portions 13 of the bottom portion of the plastic body 1 to eliminate the effect of the memory card directly contacting the printed circuit board 40. In addition, the material cost and manufacturing cost of the shelter are additionally provided in the open section 13, and the assembly cost of the plastic body in combination with the shield is omitted. It is worth mentioning that the two ribs 14 in this creation are in one set.
有階級141，如第七圖及第八圖所示，以便利用階級141) 產生的段落差供做不同規格記憶卡30定位之用；再者， 第九圖所示，該塑料本體1〇之頂部係設有若干供透孔15 端子組20各端子21的接觸端伸入插槽11，以及在各透孔. 設有延伸至塑料本體1〇後端的溝槽16供各端子21的主體: 置固定’使得以如第十圖所示’先將端子組2Q各端子仏 :觸並且令各端子21的主體跨入溝槽16 後再如斜1所示，將端子㈣朝向塑 ，使各端子21的本體確實扣入溝槽16之 ： I::以連接各端子21的料帶移除，即可完成 练上所述，本創作提供一較佳 法提呈新型專利之申請;本創作之技= :::如上’然而熟悉本項技術之人士仍可能基於:丨 本：：：背離本麵精神之替換及、倏飾。| 種不背離本創作之替換及修飾，並為：：申= 所涵蓋。 < 肀化專; 8 M358434 - 【圖式簡單說明】 第一圖係為一習用卡連接器之插槽正面結構示意圖。 第二圖係為本創作卡連接器之外觀結構圖。 第三圖係為本創作卡連接器之結構分解圖。 第四圖係為本創作卡連接器之底面結構圖。 第五圖係為本創作卡連接器之插槽正面結構示意圖。 第六圖係為本創作卡連接器第一種記憶卡插入狀態示意 φ 圖。 第七圖係為本創作卡連接器第二種記憶卡插入狀態示意 圖。 第八圖係為本創作卡連接器第三種記憶卡插入狀態示意 圖。 第九圖係為本創作中塑料本體與端子組之結構分解圖。 第十圖係為本創作中端子組之各端子跨入塑料本體透孔之 狀態示意圖。 Φ 第十一圖係為本創作中端子組之各端子朝向塑料本體前方 推至定位之狀態示意圖。 【主要元件符號說明】 1塑料本體 2插槽 3插置空間 ' 4開放區段 5印刷電路板 6金屬板 M358434 - ίο塑料本體 . 11插槽 12插置空間 13開放區段 14擋邊 141階級 15透孔 ' 16溝槽 φ 20端子組 21端子 22定位彈片 23接地彈片 30記憶卡 40印刷電路板There is a class 141, as shown in the seventh and eighth figures, in order to use the paragraph difference generated by the class 141) for the positioning of the memory card 30 of different specifications; further, as shown in the ninth figure, the plastic body 1 The top portion is provided with a plurality of contact ends through which the terminals 21 of the terminal group 20 of the terminal group 20 extend into the slot 11, and in each of the through holes. A groove 16 extending to the rear end of the plastic body 1 is provided for the body of each terminal 21: Set the 'fixed' so that the terminals of the terminal group 2Q are first: as shown in the tenth figure, and the main body of each terminal 21 is inserted into the groove 16, and then the terminal (four) is oriented as shown by the oblique 1 to make each The body of the terminal 21 is indeed fastened into the groove 16: I:: removed by the strip connecting the terminals 21, which can be completed. The present invention provides a preferred method for submitting a new patent; Technology = ::: As above] However, those who are familiar with this technology may still be based on: 丨本::: Deviation from the spirit of the face and the decoration. The species does not detract from the substitutions and modifications of this creation and is covered by::=. <肀化专; 8 M358434 - [Simple diagram of the diagram] The first diagram is a schematic diagram of the front structure of a slot of a conventional card connector. The second figure is the appearance structure diagram of the creative card connector. The third figure is an exploded view of the structure of the author card connector. The fourth figure is the bottom structure of the creative card connector. The fifth figure is a schematic diagram of the front structure of the slot of the creative card connector. The sixth figure is a schematic diagram of the insertion state of the first type of memory card of the author of the author card. The seventh figure is a schematic diagram of the insertion state of the second type of memory card of the author of the author card. The eighth figure is a schematic diagram of the insertion state of the third type of memory card of the author card connector. The ninth figure is an exploded view of the structure of the plastic body and the terminal set in the present creation. The tenth figure is a schematic view of the state in which the terminals of the terminal group are inserted into the through hole of the plastic body. Φ The eleventh figure is a schematic diagram of the state in which the terminals of the terminal group are pushed to the front of the plastic body in the present creation. [Main component symbol description] 1 plastic body 2 slot 3 insertion space ' 4 open section 5 printed circuit board 6 metal plate M358434 - ίο plastic body. 11 slot 12 insertion space 13 open section 14 rib 141 class 15 through hole '16 groove φ 20 terminal group 21 terminal 22 positioning shrapnel 23 grounding spring 30 memory card 40 printed circuit board