M412489 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種電子器件連接器，尤其涉及一種雙卡連接 器。 【先前技術】 手機現已人們必不可少的通訊工具，隨著競爭的激烈化， 科技的發展，手機的性能得到飛速的發展，比如雙卡雙待。目 前手機的雙卡雙待通過一個雙卡連接器實現，該雙卡連接器上 設有兩個卡槽。然而，該雙卡連接器上的兩個卡槽一般設在絕 緣本體兩個不同的縱向位置上，總的橫向空間佔用較大，不利 於手機的精細化。 針對以上問題，亟待一種橫向空間佔用較小的雙卡連接 器，使手機更精細美觀，方便攜帶。 【新型内容】 本創作的目的在於針對上述現有技術的不足提供一種橫 向空間佔用較小的雙卡連接器。 為了實現上述目的，本創作提供一種雙卡連接器，包括上 殼體、下殼體、絕緣本體、托盤、複數導電端子、第一開關端 子以及第二開關端子，所述絕緣本體的上表面以及下表面分別 設有端子容納區域，端子容納區域内對應設有容納導電端子的 端子槽，端子槽對稱地排列於端子容納區域的前端和後端，端 子槽呈前後走向且開口朝外，絕緣本體的上表面對應端子容納 區域的一側設有開關端子槽，第一開關端子容納於開關端子槽 裏，絕緣本體的下部對應開關端子槽開設有開關端子安裝孔， 開關端子安裝孔與開關端子槽相連通，第二開關端子插設於開 關端子安裝孔内，並與第一開關端子活動接觸，上殼體以及下 3 M412489 殼體分別固套於絕緣本體的上端以及下端，上殼體與絕緣本體 之間形成開口朝前第一卡槽下殼體與絕緣本體之間形成開口 朝後的第二卡槽，托盤的上表面開有雙卡放置空間，托盤從第 二卡槽的開口插設於第二卡槽内。 如上所述，本創作雙卡連接器的絕緣本體的上表面以及下 表面分別與上殼體以及下殼體之間形成第一、第二卡槽，實現 雙卡雙待的功能’並且所述第一、第二卡槽位於同一縱向位 置，從而節省了連接器橫向佔用空間；另外，第一、第二卡槽 的開口分別位於前端和後端，插卡方向可靈活選擇。 【實施方式】 為詳細說明本創作的技術内容、構造特徵、所實現的效 果’以下結合實施方式並配合附圖詳予說明。 請參閱第一圖至第四圖’本創作創作雙卡連接器1〇〇包括 絕緣本體10、複數導電端子、一對開關端子、托盤40、上殼 體50以及下殼體60。 請參閱第三圖及第四圖’所述絕緣本體1〇的上表面以及 下表面分別設有上端子容納區域11以及下端子容納區域12。 上端子容納區域11設有複數上端子槽in，上端子槽ηι對稱 地排列於上容納區域11的前端和後端，上端子槽U1呈前後 走向且開口朝外；下端子容納區域12設有複數下端子槽121， 所述下端子槽121對稱地排列於下端子容納區12的前端和後 端，下端子槽121呈前後走向且開口朝外。 本實施例中，上端子槽111以及下端子槽121的數量均為 8個。上端子槽ill的外端沿其側壁向内凹陷形成上安裝固定 槽1111;下端子槽121的外端沿其側壁向内凹陷形成下安裝固 定槽1211。上端子容納區域U的一側設有開關端子槽13，所 4 述絕緣本體10的下部對應開關端子槽13開有開關端子安裝孔 14。絕緣本體1〇的兩側分別設有安裝側壁15，安裝側壁u 的外側開有卡槽151以及卡口 152，卡槽151位於卡口 152的 上方。 所述導電端子包括上導電端子2〇1以及下導電端子202。 上導電端子201以及下導電端子202形狀結構均相同。導電端 子包括端子安裝部21、端子焊接部22以及端子彈性接觸部 23。端子焊接部22以及端子彈性接觸部23分別一體連接於所 述端子安裝部21的兩端。上導電端子201的端子安裝部21卡 固於上安裝固定槽11U内，上導電端子2〇1的端子焊接部22 平直地向外伸出對應的上端子槽111，上導電端子201的端子 彈14接觸部23沿對應的上端子槽hi的走向向内彎曲延伸並 伸出對應的上端子槽m :下導電端子2〇2的端子安裝部21 卡固於下安裝固定槽1211内，下導電端子2〇2的端子焊接部 22平直地向外伸出對應的下端子槽121，下導電端子2〇1的端 子彈I1生接觸部23沿對應的下端子槽121的走向向内彎曲延伸 並伸出對應的下端子容納槽111。 請參閱第三圖及第四圖，一對開關端子包括第一開關端子 31以及第二開關端子32。第一開關端子3 1包括第一安裝部 311、第一焊接部312以及第一彈性接觸部313。第一焊接部 312以及第一彈性接觸部313分別一體連接於第一安裝部3ιι 的兩端。第一安裝部311卡固於上安裝固定槽mi内，第一 焊接部312自第一安裝部311平直地向外伸出上安裝固定槽 mi;第一彈性接觸部313自第一安裝部311沿開關端子槽13 的走向向内彎曲延伸並伸出開關端子槽13。 所述第二開關端子32包括第二安裝部321、第二焊接部 322以及第二接觸部323，第二焊接部322以及第二接觸部323 M412489 分別一體連接於第二安裝部321的兩端。第二安裝部321卡固 於開關端子安裝孔14内，第一焊接部312自第二安裝部321 平直地向外伸出開關端子安裝孔14 ;第二接觸部323自第二 安裝部321沿開關端子安裝孔14的走向向内平直延伸。第一 彈性接觸部313與第二接觸部323活動地彈性接觸。 位於絕緣本體10前端的端子焊接部22、第一焊接部312 以及第二焊接部322位於同一平面上；位於絕緣本體10後端 的複數端子焊接部22位於同一平面上。絕緣本體10前後兩端 對應的焊接部位於同一平面上，方便於把對應的端子焊接於同 一印刷電路板上，簡化加工工藝，從而提高生產效率。 請參閱第三圖及第四圖，上殼體50包括上殼體主體51以 及自上殼體主體51的兩側向下延伸的第一懸臂52。第一懸臂 52向内凸伸有第一卡塊52卜上殼體50固套於絕緣本體10的 上端，第一卡塊521卡設於卡槽151内。上殼體50與絕緣本 體10之間形成開口朝前的第一卡槽70，上殼體50的後端向 下延伸有擋塊53，用於擋住電子卡，避免電子卡插過頭。 所述下殼體60包括下殼主體61以及自下殼主體61向上 延伸的第二懸臂62。第二懸臂62向内凸伸有第二卡塊621。 下殼體60固套於絕緣本體10的下端，第二卡塊621卡設於卡 口 152内。上殼體50與絕緣本體10之間形成開口朝後的第二 卡槽80。 請續參閱第三圖及第四圖，所述托盤40容置於所述第二 卡槽80内。所述托盤40的上表面開設有卡容納槽41。所述 托盤40的後端凸設有肋塊42，該肋塊42更有利於托盤40的 抽取及裝入。 需要注意的是，本創作雙卡連接器1〇〇的卡容納槽41可 以是普通的卡槽，也可以是微型卡槽。 6 M412489 如上所述’本創作雙卡連接器100的絕緣本體10的上表 面以及下表面分別與上殼體50以及下殼體60之間形成第一、 第二卡槽70、80，實現雙卡雙待的功能，並且第一、第二卡 槽70、80位於同一縱向位置，從而節省了連接器橫向佔用空 間’有利於手機實現精細化，美觀且方便攜帶。 【圖式簡單說明】 第一圖是本創作雙卡連接器一個角度的立體圖。M412489 V. New Description: [New Technology Field] This creation relates to an electronic device connector, and more particularly to a dual card connector. [Previous technology] Mobile phones are now an indispensable communication tool. With the fierce competition and the development of technology, the performance of mobile phones has been rapidly developed, such as dual card dual standby. The dual card dual standby of the current mobile phone is implemented by a dual card connector having two card slots. However, the two card slots on the dual-card connector are generally disposed at two different longitudinal positions of the insulating body, and the total lateral space is large, which is disadvantageous for the refinement of the mobile phone. In view of the above problems, it is urgent to use a dual-card connector with a small horizontal space to make the mobile phone more beautiful and convenient to carry. [New Content] The purpose of this creation is to provide a dual-card connector with a small horizontal space occupation in view of the above-mentioned deficiencies of the prior art. In order to achieve the above object, the present invention provides a dual card connector including an upper case, a lower case, an insulative housing, a tray, a plurality of conductive terminals, a first switch terminal, and a second switch terminal, an upper surface of the insulative housing and The lower surface is respectively provided with a terminal accommodating area, and the terminal accommodating area is correspondingly provided with a terminal slot for accommodating the conductive terminal, and the terminal groove is symmetrically arranged at the front end and the rear end of the terminal accommodating area, the terminal groove is oriented forward and backward and the opening is outward, and the insulating body The upper surface corresponding to the terminal receiving area is provided with a switch terminal slot, the first switch terminal is received in the switch terminal slot, the lower part of the insulating body is corresponding to the switch terminal slot, and the switch terminal mounting hole is opened, the switch terminal mounting hole and the switch terminal slot The second switch terminal is inserted into the switch terminal mounting hole and is in operative contact with the first switch terminal, and the upper casing and the lower 3 M412489 shell are respectively fixed on the upper end and the lower end of the insulating body, and the upper casing and the insulation are respectively insulated. Forming an opening between the bodies toward the front of the first card slot, forming a second opening toward the rear between the lower housing and the insulative housing The card slot has a double card placement space on the upper surface of the tray, and the tray is inserted into the second card slot from the opening of the second card slot. As described above, the upper surface and the lower surface of the insulative housing of the present dual-card connector respectively form first and second card slots between the upper and lower housings to realize the dual card dual standby function' The first and second card slots are located at the same longitudinal position, thereby saving the lateral space occupied by the connector; in addition, the openings of the first and second card slots are respectively located at the front end and the rear end, and the card insertion direction can be flexibly selected. [Embodiment] The technical contents, structural features, and effects achieved by the present invention will be described in detail below with reference to the embodiments and the accompanying drawings. Referring to the first to fourth figures, the creation of the dual card connector 1 includes an insulative housing 10, a plurality of conductive terminals, a pair of switch terminals, a tray 40, an upper housing 50, and a lower housing 60. Referring to the third and fourth figures, the upper surface and the lower surface of the insulative housing 1 are respectively provided with an upper terminal receiving region 11 and a lower terminal receiving region 12. The upper terminal receiving area 11 is provided with a plurality of upper terminal slots in which the upper terminal slots η are symmetrically arranged at the front end and the rear end of the upper receiving area 11, the upper terminal slots U1 are oriented forward and backward and the openings are outward; the lower terminal receiving area 12 is provided The lower terminal slots 121 are symmetrically arranged at the front end and the rear end of the lower terminal receiving area 12, and the lower terminal slots 121 are oriented forward and backward with the opening facing outward. In the present embodiment, the number of the upper terminal groove 111 and the lower terminal groove 121 is eight. The outer end of the upper terminal groove ill is recessed inwardly along its side wall to form an upper mounting fixing groove 1111; the outer end of the lower terminal groove 121 is recessed inwardly along the side wall thereof to form a lower mounting fixing groove 1211. A switch terminal slot 13 is provided on one side of the upper terminal accommodating area U, and a lower end of the insulative housing 10 is provided with a switch terminal mounting hole 14 corresponding to the switch terminal slot 13. Mounting side walls 15 are respectively disposed on two sides of the insulating body 1 , and a card slot 151 and a bayonet 152 are disposed on the outer side of the mounting side wall u. The card slot 151 is located above the bayonet 152 . The conductive terminal includes an upper conductive terminal 2〇1 and a lower conductive terminal 202. The upper conductive terminal 201 and the lower conductive terminal 202 have the same shape and structure. The conductive terminal includes a terminal mounting portion 21, a terminal soldering portion 22, and a terminal elastic contact portion 23. The terminal soldering portion 22 and the terminal elastic contact portion 23 are integrally connected to both ends of the terminal mounting portion 21, respectively. The terminal mounting portion 21 of the upper conductive terminal 201 is fastened in the upper mounting fixing groove 11U, and the terminal soldering portion 22 of the upper conductive terminal 2〇1 protrudes outwardly from the corresponding upper terminal slot 111, and the terminal of the upper conductive terminal 201 The contact portion 23 of the spring 14 is bent inwardly along the direction of the corresponding upper terminal groove hi and protrudes from the corresponding upper terminal slot m: the terminal mounting portion 21 of the lower conductive terminal 2〇2 is fastened in the lower mounting fixing groove 1211, The terminal soldering portion 22 of the conductive terminal 2〇2 protrudes outwardly from the corresponding lower terminal slot 121, and the terminal latch I1 of the lower conductive terminal 2〇1 is bent inward along the direction of the corresponding lower terminal slot 121. The corresponding lower terminal receiving groove 111 is extended and extended. Referring to the third and fourth figures, a pair of switch terminals includes a first switch terminal 31 and a second switch terminal 32. The first switch terminal 31 includes a first mounting portion 311, a first soldering portion 312, and a first resilient contact portion 313. The first welded portion 312 and the first elastic contact portion 313 are integrally connected to both ends of the first mounting portion 3 ι. The first mounting portion 311 is fastened in the upper mounting fixing slot mi, and the first soldering portion 312 protrudes outwardly from the first mounting portion 311 to the upper mounting fixing slot mi; the first elastic contact portion 313 is from the first mounting portion. The 311 extends inwardly along the direction of the switch terminal slot 13 and extends out of the switch terminal slot 13. The second switch terminal 32 includes a second mounting portion 321 , a second soldering portion 322 , and a second contact portion 323 . The second soldering portion 322 and the second contact portion 323 M412489 are integrally connected to the two ends of the second mounting portion 321 . . The second mounting portion 321 is fastened in the switch terminal mounting hole 14 , and the first soldering portion 312 protrudes outwardly from the second mounting portion 321 to the switch terminal mounting hole 14 ; the second contact portion 323 is from the second mounting portion 321 . The direction of the mounting hole 14 along the switch terminal extends straight inward. The first elastic contact portion 313 is in movably elastic contact with the second contact portion 323. The terminal soldering portion 22, the first soldering portion 312, and the second soldering portion 322 located at the front end of the insulative housing 10 are located on the same plane; and the plurality of terminal soldering portions 22 at the rear end of the insulative housing 10 are located on the same plane. The corresponding soldering portions of the front and rear ends of the insulative housing 10 are located on the same plane, which facilitates soldering the corresponding terminals to the same printed circuit board, which simplifies the processing process and improves the production efficiency. Referring to the third and fourth figures, the upper casing 50 includes an upper casing body 51 and a first cantilever 52 extending downward from both sides of the upper casing body 51. The first cantilever 52 protrudes inwardly from the upper end of the insulative housing 10, and the first block 521 is inserted into the slot 151. A first card slot 70 having an opening facing forward is formed between the upper casing 50 and the insulating body 10. A rear end of the upper casing 50 extends downwardly with a stopper 53 for blocking the electronic card to prevent the electronic card from being inserted. The lower casing 60 includes a lower casing main body 61 and a second cantilever 62 extending upward from the lower casing main body 61. The second cantilever 62 protrudes inwardly with a second block 621. The lower casing 60 is fixed to the lower end of the insulative housing 10, and the second block 621 is locked in the bayonet 152. A second card slot 80 having an opening rearward is formed between the upper casing 50 and the insulative housing 10. Referring to the third and fourth figures, the tray 40 is received in the second card slot 80. A card receiving groove 41 is defined in the upper surface of the tray 40. The rear end of the tray 40 is convexly provided with ribs 42 which are more advantageous for the extraction and loading of the tray 40. It should be noted that the card accommodating slot 41 of the present dual-card connector 1 可 can be a common card slot or a micro card slot. 6 M412489 As described above, the upper surface and the lower surface of the insulative housing 10 of the present dual-card connector 100 form first and second card slots 70, 80 respectively between the upper housing 50 and the lower housing 60, achieving double The card double standby function, and the first and second card slots 70, 80 are located at the same longitudinal position, thereby saving the lateral space occupied by the connector', which is advantageous for the mobile phone to be refined, beautiful and convenient to carry. [Simple description of the diagram] The first figure is a perspective view of the angle of the created dual-card connector.
第二圖是本創作雙卡連接器另一個角度的立體圖。 第三圖是本創作雙卡連接器一個角度的分解圖。 第四圖是本創作雙卡連接器另一個角度的分解圖。 【主要元件符號說明】 絕緣本體 端子槽 下端子容納區域 下安裝固定槽 開關端子安裝孔 卡槽The second figure is a perspective view of another angle of the present dual card connector. The third figure is an exploded view of the angle of the created dual card connector. The fourth figure is an exploded view of another angle of the created dual card connector. [Main component symbol description] Insulation body Terminal slot Lower terminal accommodation area Lower mounting fixing groove Switch terminal mounting hole Card slot
雙卡連接器 100 上端子容納區域 11 上安裝固定槽 111 下端子槽 121 開關端子槽 13 安裝側壁 15 卡口 152 下導電端子 20 端子焊接部 22 第一開關端子 31 第一焊接部 312 第二開關端子 32 第二焊接部 322 托盤 40 肋塊 42 10 1211 12 1211 14 151 201 21 23 311 313 321 323 41 上導電端子 端子安裝部 端子彈性接觸部 第一安裝部 第一彈性接觸部 第二安裝部 第二接觸部 卡容納槽 上殼體 50 7 M412489 上殼體主體 51 第一 *^塊 521 下殼體 60 第二懸臂 62 第—^槽 70 第一懸臂 52 擋塊 53 下殼主體 61 第二卡塊 621 第二卡槽 80 8Double-card connector 100 Upper terminal receiving area 11 Mounting fixing groove 111 Lower terminal slot 121 Switch terminal slot 13 Mounting side wall 15 Bayonet 152 Lower conductive terminal 20 Terminal soldering portion 22 First switch terminal 31 First soldering portion 312 Second switch Terminal 32 second welded portion 322 tray 40 rib 42 10 1211 12 1211 14 151 201 21 23 311 313 321 323 41 upper conductive terminal terminal mounting portion terminal elastic contact portion first mounting portion first elastic contact portion second mounting portion Two contact card receiving slot upper housing 50 7 M412489 upper housing body 51 first * block 521 lower housing 60 second cantilever 62 first slot 70 first cantilever 52 stop 53 lower housing main body 61 second card Block 621 second card slot 80 8