M435747 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種電連接器，特別是有關於一種 可供卡片選擇正插或反插之電連接器。 【先前技術】M435747 V. New description: [New technical field] This creation is about an electrical connector, especially an electrical connector for card insertion or reverse insertion. [Prior Art]
連接器係一種以電氣方式連接電線、電路板和其他 電路元件的連接裝置，因此廣泛地運用於吾人生活周 遭之各種電子產品，例如筆記本型電腦、手機及個人 數位助理器（PDA)等。 一般習知用於MINI PCI-E之連接器，其結構包和 有絕緣本體及複數導電端子，其中絕緣本體設有一南 口及連通此開口之容置空間，於容置空間内設有端^ 插槽可供導電端子㈣，m網卡插人於此連老 器之開口中，此無線網卡與容置空間内之導電端子 接形成電性導通，如此就可將無線網卡所接 : 經由此連接器傳送至主機板上。 ° ， 然而，此種習知MINI PCI-E之連接器結 設有一開口，因此無線網卡的插接方向只允許 面朝上的方向插入於此連接器之開口中一曰去片*3 者因為主機板上元件配置的影響想要選擇:使月 上的方向插入於此連接器之開口時，卻者面韋 無線網卡順利的插人於開口的問題， =將出 只陈使用上 3 M435747 的不方便，不能符合使用者的需求。 【新型内容】 習知MINI PCI-E之連接器只允許無線網卡正面朝 上的方向插入於此連接器之開口中，無法選擇將此卡 片背面朝上的方向插入於連接器之開口，造成實際使’ 用上的不方便，導致不能符合使用者需求的問題。 ' 本創作提供一種電連接器，包含有絕緣本體、複數 • 第一導電端子及複數第二導電端子，其中絕緣本體之 前後兩端分別設有朝相反方向開口之第一容置部及第 二容置部，於絕緣本體之上下兩側分別形成複數第一， 端子插槽與第二端子插槽，第一端子插槽及第二端子 插槽係分別同時連通於第一容置部及第二容置部。第 一導電端子組裝於第一端子插槽中，第一導電端子具 有第一前接點、第一後接點及第一焊接部，第一前接 I 點通過第一端子槽並延伸至第一容置部中，第一後接 . 點通過第一端子槽並延伸至第二容置部中，第一焊接‘ _ 部係朝向絕緣本體之下側延伸並外露於絕緣本體。第 二導電端子組裝於第二端子插槽中，第二導電端子具 有第二前接點、第二後接點及第二焊接部，第二前接 點通過第二端子槽並延伸至第一容置部中，第二後接 點通過第二端子槽並延伸至第二容置部中，第二焊接-部係延伸至絕緣本體之外側，第一前接點與第二前接 4 M435747 與第二 端供之電連接™連接器之前後兩 有朝相反方向開口之容置部，並設有二種不Connectors are a type of connection that electrically connects wires, boards, and other circuit components, and are therefore widely used in a variety of electronic products around the world, such as notebook computers, cell phones, and personal digital assistants (PDAs). Generally, the connector for the MINI PCI-E has a structure package and an insulating body and a plurality of conductive terminals. The insulating body is provided with a south port and a receiving space for connecting the opening, and the end space is inserted in the receiving space. The slot can be used for the conductive terminal (4), and the m network card is inserted into the opening of the old device. The wireless network card is electrically connected to the conductive terminal in the accommodating space, so that the wireless network card can be connected: through the connector Transfer to the motherboard. ° However, the connector of the conventional MINI PCI-E has an opening, so that the insertion direction of the wireless network card is only allowed to be inserted into the opening of the connector in the upward direction. The influence of the component configuration on the motherboard is to be selected: when the direction of the moon is inserted into the opening of the connector, the problem of the wireless network card being inserted into the opening smoothly is that the 3 M435747 is used. Inconvenient, it does not meet the needs of users. [New content] The connector of the MINI PCI-E only allows the wireless network card to be inserted into the opening of the connector in the upward direction of the connector. It is not possible to insert the card in the upward direction of the connector into the opening of the connector, resulting in actual It is inconvenient to use, which leads to problems that cannot meet the needs of users. The present invention provides an electrical connector comprising an insulative housing, a plurality of first conductive terminals and a plurality of second conductive terminals, wherein the front and rear ends of the insulating body are respectively provided with a first receiving portion and a second opening that open in opposite directions a plurality of first, a terminal slot and a second terminal slot are respectively formed on the upper and lower sides of the insulative housing, and the first terminal slot and the second terminal slot are respectively connected to the first receiving portion and the second Second accommodation department. The first conductive terminal is assembled in the first terminal slot, the first conductive terminal has a first front contact, a first rear contact and a first soldering portion, and the first front contact I passes through the first terminal slot and extends to the first In a receiving portion, the first rear contact point extends through the first terminal slot and extends into the second receiving portion, and the first soldering portion extends toward the lower side of the insulating body and is exposed to the insulating body. The second conductive terminal is assembled in the second terminal slot, the second conductive terminal has a second front contact, a second rear contact and a second soldering portion, and the second front contact passes through the second terminal slot and extends to the first In the accommodating portion, the second rear contact extends through the second terminal slot and extends into the second accommodating portion, the second soldering portion extends to the outer side of the insulating body, and the first front contact and the second front end are connected to each other. Before the second end is electrically connected to the TM connector, the rear two have a receiving portion that opens in the opposite direction, and two types are not provided.
=的導電端子，此二種導電端子的接點係以上下 二呈交錯排列的方式設置’如此使得卡片正面朝 上或者面朝上皆可以插接於電連接器之容置部内，如 此即可解決f知連接器不能符合使用者需求的問題。 【實施方式】 ’ 第一圖至第六圖所示之較佳實施例，本創作提 供一種電連接器1，其包含有絕緣本體2、第-導電端 子3、第二導電端子4及墊片5。= conductive terminals, the contacts of the two kinds of conductive terminals are arranged in a staggered arrangement of the above two, so that the card face up or face up can be inserted into the housing of the electrical connector, so that Solve the problem that the connector does not meet the needs of the user. [Embodiment] The preferred embodiment shown in the first to sixth embodiments provides an electrical connector 1 including an insulative housing 2, a first conductive terminal 3, a second conductive terminal 4, and a spacer. 5.
絕緣本體2之前後兩端分別設有朝相反方向開口 之第一容置部21及第二容置部22，絕緣本體2包含4 上壁23、相對於上壁23之下壁24及連接上壁23與 下壁24之間之中介壁25，上壁23、下壁24與中介壁 25之間係分別形成第一容置部21及第二容置部22， 於絕緣本體2之上下兩側之上壁23與下壁24分別形 成複數第一端子插槽231與第二端子插槽241，第一， 端子插槽231及第二端子插槽241係分別同時連通於 第一容置部21及第二容置部22,且第一端子插槽231 係貫穿於上壁23且延伸至中介壁25内，第二端子插 槽241貝穿於下壁24且延伸至中介壁25内。 5 M435747 第一導電端子3由上往下組裝於第一端子插槽231 中，第一導電端子3具有一第一前臂31及一第一後臂’ 32，第一前臂31及第一後臂32係位於不同平面，第 一前臂31末端設有第一前接點311，第一後臂32末 端設有第一後接點321，第一前接點311通過第一端 子槽231並延伸至第一容置部21中，第一後接點321 通過第一端子槽231並延伸至第二容置部22中。 ， 第一導電端子3還具有一第一本體部33、一第一 彎折部34及一第一干涉部35，第一前臂31及第一彎 折部34分別設置於第一本體部33的兩侧，第一後臂 32連接於第一彎折部34，第一彎折部34使得第一前 臂31及第一後臂32位於不同平面上，第一干涉部35 設置於第一本體部33的下側，第一焊接部36連接於 第一干涉部35且朝向下方之絕緣本體2的下側延伸凸 出於絕緣本體2，如此以外露於絕緣本體2並可焊接 固定於電路板（未繪示）上。 第二導電端子4由下往上組裝於第二端子插槽241 中，第二導電端子4具有一第二前臂41及一第二後臂 42，第二前臂41及第二後臂42位於不同平面，第二 前臂41末端設有第二前接點411，第二後臂42末端 設有第二後接點421。第二前接點411通過第二端子 槽241並延伸至第一容置部21中，第二後接點421通 過第二端子槽241並延伸至第二容置部22中。 6 第二導電端子4還具有一第二本體部43及一第二 考折部44，第二前臂41及篦__ 再1及弟一考折部44分別設置於 A本體部43的兩侧’第二後臂42連接於第二彎折 M4第一彎折部44使得第二前臂41及第二後臂^ 位於不同平面上。第二導電端子4更包含有一第二干 涉部45及一支撐臂46,第二干涉部&設置於第二本 體部43的上側，支撐臂46連接於第二本體部43的兩 側且同時朝向第二端子槽241之前後兩端延伸，第二 焊接447 &置於支樓臂46之前後兩端_@_延伸至絕緣 本體2之外側以焊接固定於電路板上，第一前接點3ΐι 與第二前接點411係上下相對且呈交錯排列設置第 一後接點321與第二後接點421係上下相對且呈交錯 排列設置。 在本實施例中，第一導電端子3之第一干涉部35 及第二導電端子4之第二干涉部45係干涉固定於中介 壁25内且呈交錯排列設置。相鄰之第一導電端子3之 第一後臂32與第二導電端子4之第二前臂41係位於 相同平面上，相鄰之第一導電端子3之第一前臂31與 第二導電端子4之第二後臂42位於相同平面上，如此 設計使得設置於第一容置部21之第一前接點311與第 二前接點411的排列先後次序剛好與設置於第二容置 部22之第一後接點321與第二後接點421的排列先後^ 次序互相巔倒對換，因此，無線網卡6不論是正插（卡 片正面朝上）於第一容置部21或是反插（卡片背面朝 i 上）於第二容置部22,其導電接點61與第一導電端 子3及第二導電端子4之間的搭接都可以順利完成電 性導通。 此外，在本實施例中，下壁24的長度大於上壁23 的長度，使下壁241之第二端子插槽241外露於上壁 23，第二導電端子4之第二前接點411與第二後接點 421係外露於上壁23,第一導電端子3之第一前臂31 及第一後臂32的長度小於第二導電端子4之第二前臂 41及第二後臂42的長度。可以理解的是，由於上壁* 23的長度小於下壁24的長度，以利於後續組裝無線 網卡6於第一容置部21與第二容置部22内因：將 第一端子插槽231之兩端設計成貫穿於上壁23之前後 兩端，且第一導電端子3之第一前臂31及第一後臂 32係未延伸凸出於上壁23之前後兩端，如此可達到 有利於縮小上壁23長度的效果。 在本實施例中，於第一容置部21内設有一第一凸 肋部26,該第一凸肋部26位於任意二第二導電端子* 之間，第一凸肋部26係一體成型形成於絕緣本體2， 此筚一凸肋部26係對應於無線網卡6之凹洞62設 置，使無線網卡6在插入於第一容置部21内時具有防 呆的作用且增加電連接器！與無線網卡6之間的插拔 力。同樣地’於第二容置部22内亦設有—第二凸肋部 27，該第二凸肋部27的結構相同於第—凸肋部％的 結構並且對應於第一凸肋部26設置，如此當無線網卡 M435747 6反插於第二容置部22内時，凹洞62亦可對應卡合 於第二凸肋部27。 值得一提的是，本創作之電連接器1除了可選擇插 入單片之無線網卡6外，也可以選擇同時插入雙卡之 無線網卡6來作為訊號轉換之用，亦即將無線網卡6 之卡片正面的訊號先傳送至主機板處理後，再傳送至 另一卡片背面的另一端以達到傳遞訊號給其他週邊設 備的目的。在本實施例中，此電連接器1係為MINI PCI-E之連接器，然不限於此，其他類型之連接器也 可以應用本創作之技術特徵。 綜上所述，本創作之電連接器，其係於絕緣本體前 後兩端分別設有朝相反方向開口之容置部，並設有二 種不同形態的導電端子，此二種導電端子的接點係以 上下相對且呈交錯排列的方式設置，如此使得卡片正 面朝上或背面朝上皆可以插接於電連接器之容置部 内，如此即可解決習知連接器不能符合使用者需求的 問題。此外，具有二容置部之電連接器還可以選擇一 次插接雙卡來進行訊號轉換的功能，將卡片正面的訊 號經由主機板處理轉換後傳送至另一卡片背面，如此 可以達到習知連接器所無法實施之功能。 上述詳細說明為針對本創作一種較佳之可行實施 例說明而已，惟該實施例並非用以限定本創作之申請 專利範圍，凡其它未脫離本創作所揭示之技藝精神下 9 M435747 所完成之均等變化與修飾變更，均應包含於本創作所 涵蓋之專利範圍中。 【圖式簡單說明】 第一圖係本創作之電連接器的立體示意圖。 第二圖係第一圖之電連接器的分解示意圖。 第三圖係第二圖中之第一導電端子的立體示意圖。 第四圖係第二圖中之第二導電端子的立體示意圖。 第五圖係第一圖之電連接器沿著A A線段的剖面示意圖。 第六圖係第一圖之電連接器沿著BB線段的剖面示意圖。 【主要元件符號說明】 1 電連接器 2 絕緣本體 21 第一容置部 22 第二容置部 23 上壁 231第一端子插槽 24 下壁 241第二端子插槽 25 中介壁 26 第一凸肋部 27 第二凸肋部 3 第一導電端子 M435747The front and rear ends of the insulative housing 2 are respectively provided with a first accommodating portion 21 and a second accommodating portion 22 which are opened in opposite directions. The insulative housing 2 includes 4 upper walls 23, opposite to the lower wall 24 of the upper wall 23, and connected thereto. The intermediate wall 25 between the wall 23 and the lower wall 24, the upper wall 23, the lower wall 24 and the intermediate wall 25 respectively form a first accommodating portion 21 and a second accommodating portion 22, above and below the insulating body 2 A plurality of first terminal slots 231 and second terminal slots 241 are respectively formed on the side upper wall 23 and the lower wall 24, and the first terminal slot 231 and the second terminal slot 241 are respectively connected to the first receiving portion at the same time. The first terminal slot 231 extends through the upper wall 23 and extends into the intermediate wall 25 . The second terminal slot 241 extends through the lower wall 24 and extends into the intermediate wall 25 . 5 M435747 The first conductive terminal 3 is assembled from the top to the bottom in the first terminal slot 231. The first conductive terminal 3 has a first forearm 31 and a first rear arm '32, and the first forearm 31 and the first rear arm The first front arm 31 is provided with a first front contact point 311, and the first front end point 311 is provided with a first rear contact point 321. The first front contact point 311 extends through the first terminal slot 231 and extends to In the first accommodating portion 21 , the first rear contact 321 passes through the first terminal slot 231 and extends into the second accommodating portion 22 . The first conductive terminal 3 further has a first body portion 33, a first bent portion 34 and a first interference portion 35. The first front arm 31 and the first bent portion 34 are respectively disposed on the first body portion 33. On both sides, the first rear arm 32 is connected to the first bending portion 34. The first bending portion 34 is such that the first front arm 31 and the first rear arm 32 are located on different planes, and the first interference portion 35 is disposed on the first body portion. The first soldering portion 36 is connected to the first interference portion 35 and extends toward the lower side of the insulative housing 2 to protrude from the insulative housing 2, so as to be exposed to the insulative housing 2 and soldered to the circuit board ( Not shown). The second conductive terminal 4 is assembled from the bottom to the second terminal slot 241. The second conductive terminal 4 has a second front arm 41 and a second rear arm 42. The second front arm 41 and the second rear arm 42 are different. In plan, a second front contact 411 is disposed at the end of the second forearm 41, and a second rear contact 421 is disposed at the end of the second rear arm 42. The second front contact 411 passes through the second terminal slot 241 and extends into the first accommodating portion 21, and the second rear contact 421 passes through the second terminal slot 241 and extends into the second accommodating portion 22. The second conductive terminal 4 further has a second body portion 43 and a second bending portion 44. The second front arm 41 and the first and second side arms 41 are respectively disposed on both sides of the A body portion 43. The second rear arm 42 is coupled to the first bending portion 44 of the second bending M4 such that the second front arm 41 and the second rear arm are located on different planes. The second conductive terminal 4 further includes a second interference portion 45 and a support arm 46. The second interference portion is disposed on the upper side of the second body portion 43. The support arm 46 is coupled to both sides of the second body portion 43 and simultaneously The second soldering 447 & is placed before the branch arm 46 and the rear ends _@_ extend to the outer side of the insulating body 2 to be soldered and fixed on the circuit board, the first front connection The point 3ΐ is connected to the second front contact point 411 in a staggered arrangement, and the first rear contact point 321 and the second rear contact point 421 are vertically arranged and arranged in a staggered arrangement. In the present embodiment, the first interference portion 35 of the first conductive terminal 3 and the second interference portion 45 of the second conductive terminal 4 are interferingly fixed in the intermediate wall 25 and arranged in a staggered arrangement. The first rear arm 32 of the adjacent first conductive terminal 3 and the second front arm 41 of the second conductive terminal 4 are located on the same plane, and the first front arm 31 and the second conductive terminal 4 of the adjacent first conductive terminal 3 The second rear arm 42 is located on the same plane, so that the first front contact 311 and the second front contact 411 disposed in the first accommodating portion 21 are arranged in the order of the second accommodating portion 22. The arrangement of the first rear contact 321 and the second rear contact 421 is reversed and reversed. Therefore, the wireless network card 6 is inserted or inserted (the card is facing up) in the first receiving portion 21 or is reverse inserted. (the back of the card faces the i) in the second accommodating portion 22, and the overlapping between the conductive contact 61 and the first conductive terminal 3 and the second conductive terminal 4 can smoothly complete the electrical conduction. In addition, in this embodiment, the length of the lower wall 24 is greater than the length of the upper wall 23, so that the second terminal slot 241 of the lower wall 241 is exposed to the upper wall 23, and the second front contact 411 of the second conductive terminal 4 is The second rear contact 421 is exposed on the upper wall 23, and the lengths of the first front arm 31 and the first rear arm 32 of the first conductive terminal 3 are smaller than the lengths of the second front arm 41 and the second rear arm 42 of the second conductive terminal 4. . It can be understood that the length of the upper wall * 23 is smaller than the length of the lower wall 24, so as to facilitate the subsequent assembly of the wireless network card 6 in the first accommodating portion 21 and the second accommodating portion 22: the first terminal slot 231 The two ends are designed to extend through the front and rear ends of the upper wall 23, and the first forearm 31 and the first rear arm 32 of the first conductive terminal 3 are not extended to protrude from the front and rear ends of the upper wall 23. The effect of reducing the length of the upper wall 23 is obtained. In the embodiment, a first rib portion 26 is disposed in the first accommodating portion 21, and the first rib portion 26 is located between any two second conductive terminals*, and the first rib portion 26 is integrally formed. Formed in the insulative housing 2, the first rib portion 26 is disposed corresponding to the recess 62 of the wireless network card 6, so that the wireless network card 6 has a foolproof function when inserted in the first housing portion 21 and increases the electrical connector. ! The insertion and removal force with the wireless network card 6. Similarly, the second rib portion 27 is also provided in the second accommodating portion 22, and the second rib portion 27 has the same structure as that of the first rib portion and corresponds to the first rib portion 26. It is provided that when the wireless network card M435747 6 is reversely inserted into the second accommodating portion 22, the recess 62 can also be correspondingly engaged with the second rib portion 27. It is worth mentioning that, in addition to the wireless card 6 that can be inserted into a single chip, the electrical connector 1 of the present invention can also be selected to simultaneously insert the wireless card 6 of the dual card for signal conversion, that is, the card of the wireless network card 6 The front signal is sent to the motherboard for processing, and then transmitted to the other end of the other card to transmit the signal to other peripheral devices. In the present embodiment, the electrical connector 1 is a connector of the MINI PCI-E, but is not limited thereto, and other types of connectors can also apply the technical features of the present invention. In summary, the electrical connector of the present invention is provided with a receiving portion that is open in opposite directions at the front and rear ends of the insulating body, and is provided with two different types of conductive terminals, and the two kinds of conductive terminals are connected. The points are arranged in a relatively staggered manner, so that the card face up or the back side can be inserted into the accommodating portion of the electrical connector, so that the conventional connector can not meet the user's needs. problem. In addition, the electrical connector having the two receiving portions can also select the function of inserting the dual card once for signal conversion, converting the signal on the front side of the card to the back of the other card through the processing of the motherboard, so that the conventional connection can be achieved. The function that the device cannot implement. The above detailed description is intended to be illustrative of a preferred embodiment of the present invention, which is not intended to limit the scope of the present invention, and other variations that are not accomplished without departing from the spirit of the present disclosure. Changes and modifications should be included in the scope of the patent covered by this creation. [Simple description of the drawing] The first figure is a three-dimensional schematic diagram of the electrical connector of the present invention. The second figure is an exploded schematic view of the electrical connector of the first figure. The third figure is a perspective view of the first conductive terminal in the second figure. The fourth figure is a perspective view of the second conductive terminal in the second figure. The fifth figure is a schematic cross-sectional view of the electrical connector of the first figure along the A A line segment. Figure 6 is a schematic cross-sectional view of the electrical connector of the first figure taken along line BB. [Main component symbol description] 1 Electrical connector 2 Insulating body 21 First accommodating portion 22 Second accommodating portion 23 Upper wall 231 First terminal slot 24 Lower wall 241 Second terminal slot 25 Interposer 26 First convex Rib 27 second rib 3 first conductive terminal M435747
31 第一前臂 311 第一前接點 32 第一後臂 321 第一後接點 33 第一本體部 34 第一彎折部 35 第一干涉部 36 第一焊接部 4 第二導電端子 41 第二前臂 411 第二前接點 42 第二後臂 421 弟-—後接點 43 第二本體部 44 第二彎折部 45 第二干涉部 46 支撐臂 47 第二焊接部 5 墊月 6 無線網卡 61 導電接點 62 凹洞31 first forearm 311 first front contact 32 first rear arm 321 first rear contact 33 first body portion 34 first bent portion 35 first interference portion 36 first welded portion 4 second conductive terminal 41 second Forearm 411 Second front joint 42 Second rear arm 421 - Rear joint 43 Second body portion 44 Second bent portion 45 Second interference portion 46 Support arm 47 Second welded portion 5 Pad 6 Wireless network card 61 Conductive contact 62 recess