M281339 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種電連接器組合，尤其涉及一種設有雙 重防誤插結構的電連接器組合。 又 【先前技術】 現有的用於顯示介面的電連接器插座，是用於插接一 個相匹配的電連接器插頭從而實現信號的傳輸，然而在插 入電連接器插頭的過程中，很容易不小心將電連接器插頭 上下翻轉後再插人賴電連接隸座中，造成電連接器插 座中的導電端子或者電連接器插頭擠壓刮傷。另外由於該 電連接器插座的周圍還有很多其他不同尺寸的電連接器 插座以及與它們相匹配的電連接器插頭，極有可能將其他 與該電連接器插座不相匹配的尺寸較小的電連哭 誤插入到該電連接器插座中。 頭 二。如中國大陸專利ZL98105566. 4號揭露了一種設有防 誤插結構的電連接器插座，其通過將遮蔽殼體的—侧壁與 上頂面及另一侧壁與下頂面之間的兩相對的過渡面設^ 成不同形狀，從而防止電連接器插頭上下翻轉18〇度發生 誤插。然而，如果插入電連接器插頭時用力過大，仍然有 可能撐開遮蔽殼體的接合處而導致誤插的發生，另外如果 不，插人外觀尺寸較小的其他同類電連制插頭時，這種 防誤插結構也可能不會發揮作用而導致誤插的發生。 再如中國大陸專利ZL02266722. 9號揭露了另一種設 有^誤插結構的電連翻插座，其通過將舌巍在絕緣本 體刖端面的偏上位置，使舌板與遮蔽殼體上方的内表面及 M281339 :方的内表面之間形成的缝隙大小不一，從而防止電連接 ，插頭^下翻轉18Q度發生誤插。然而，如果不慎插入外 说，寸較小的其他同類電連接器插頭時，這種防誤插結構 可能不會發揮作用而導致誤插的發生。 咖緣疋，本創作人有感上述缺失之可改善，乃特潛心研 九並配合學理之運用，終於提出一種設計合理且有效改盖 上述缺失之本創作。 " 【新型内容】 本創作的主要目的在於提供一種電連接器組合，其電 連接器插座設有雙重防誤插結構，能有效防 頭錯誤插入。 史较<~播 為實現上述的目的，本創作提供一種電連接器插座， 二二1敝ΐ體、—個容納裝設在該遮蔽殼體内的絕緣本 二二Γ# 6又在絕緣本體上的導電端+，該遮蔽殼體是由 免金屬板衝壓彎折而成的，其包括—上頂面、一下底面 遮蔽殼體的兩側壁與上頂面及下底面包圍而 t的别開π處形成有兩組相對的過渡連接處， 的過渡連接處都是不對稱的，使該電連接器插頭僅能從竿 ^中部向前突設有-個設有若干端子通道的舌板 電端子包括一裝設在端子通道中的對接部以及一焊接 !重=的结:側各—止壁，從而構以 的電二::么種用於與上述電連接器插座相對接 的電連接』頭’該電連接器插頭包括—遮蔽殼體、一個 M281339 容納裝設在該遮蔽殼體内白勺絕緣本體及若干插設在絕緣 本體上的導电鈿子，該遮蔽殼體是由一塊金屬板衝壓彎折 而成的，其包括-上頂面、一下底面及兩側壁，該遮蔽殼 體的兩侧壁與上頂面及下底面包圍而成的前開口處形成 兩組相對的過渡連接處，這兩組相對的過渡連接處都是不 對稱的；該絕緣本體中部設有一凹槽；這些導電端子裝設 在該絕緣本體凹槽的上下兩側，該凹槽的兩側各突設出~: 插槽。 本創作的有益效果是··該電連接器插座的遮蔽殼體的 兩侧壁與上頂面及下底面的過渡連接處中兩組相對的圓 弧過，面内壁的折彎半徑是不相同的，其形狀不對稱從而 構成第重防誤插結構，防止了因誤操作將電連接器插頭 上下，轉過來後插入到該電連接器插座。該舌板的兩端各 向下彎折延伸出一個擋止壁，與該電連接器插頭的插槽相 配合構成第二重防誤插結構，防止外觀尺寸較小的其他同 類電連接器插頭誤插入該電連接器插座。 為使能更進一步瞭解本創作之特徵及技術内容，請參 閱以下有關本創作之詳細說明與附圖，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。 【實施方式】 請參閱第一圖至第八圖，一種電連接器組合包括一個 電連接器插座100以及一個電連接器插頭8〇〇。該電連接 為插座10 0是用作顯示介面的，其内部能夠插接與之相匹 配的電連接器插頭8〇〇。 該電連接器插座100包括一遮蔽殼體1、一絕緣本體 M281339 3及若干導電端子5。 该遮蔽殼體1是由一塊金屬板一體衝壓彎折卡合而 成，其包括一左側壁12、一右側壁14、一上頂面16、一 下底面18及一後遮蔽板2〇。 、該左側壁12與上頂面16和下底面18在前開口處的 過渡連接處是兩個圓弧過渡面122，該右側壁14與上頂 面16和下底面18在前開口處的過渡連接處也是兩個圓弧 過渡面142，本實施例中圓弧過渡面丨22内壁的折彎半徑 是1.4mm,而圓弧過渡面142内壁的折彎半徑是〇3mm。 其中左側壁12與上頂面η之間的圓弧過渡面122及與其 處於相對位置的右侧壁14與下底面18之間的圓弧過渡面 142構成一組圓弧過渡面122、142 ;而位於左侧壁12與 下底面18之間的圓弧過渡面122及與其處於相對位置的 右側壁14與上頂面16之間的圓弧過渡面142構成另一組 圓弧過渡面122、142。這兩組相對的圓弧過渡面122、142 内壁的折彎半徑不相同，因而其形狀是不對稱的。 該左側壁12和右側壁14各向下突伸出兩個固持腳 132、134，及向後延伸出一扣片136。該兩側的固持腳 132、134用於插接到其下的一電路板（圖未示）上對應 的插孔（圖未示）中從而將該遮蔽殼體丨固定。該遮蔽殼 體1的兩端彎折後在該下底面18的接合部182卡合在一 起。 該後遮蔽板20從該上頂面ι6的後端緣延伸而出。組 裝時將該後遮蔽板20向下彎折，使該左侧壁12、右側壁 14、上頂面16、下底面18及後遮蔽板2〇包圍形成一個 M281339 腔體（未標號）◦其中該後遮蔽板2 〇金 ▲ 過渡處設有兩凹槽202 #而方便進行彎折、。該 20的左右兩側的下端緣各設有_ Λ… 後遮蔽板20形成-呈[形的下端緣’從而使該 以盡可能地增加遮蔽殼體i的遮罩面：，降端二可 在進行信號的高速傳輸時產生的電磁糾㈣電^子5 些導電端子5未能很好地焊接到電路板上時，焊搶 ，物_料㈣電路板上的 ¥電编子5重新進行加工。 本體3可容納裝設在該遮蔽殼體i形成的腔體 内，，、匕括一則端面32、一後端面34、兩侧壁36、一頂 端面38及一底端面40。該前端面&的中央向前突伸出 J舌板】22,該舌板322包括有上下相對的一上表面㈣ 和一下表面3224。該上表面3222和下表面觀上凹設 有若干個端子通道3226。該舌板322的兩側各向下垂直 寫、折延伸出-個播止壁3228，從㈣成—呈[形的構造。 該絕緣本體3前端面32底部向前突伸出三個突片 324，其中央的突請的底部還向下突伸出：固持柱 324一2。該固持柱3242可以與電路板上相對應的通孔（圖 未7Ϊ i相配5，防止該絕緣本體3在電連接器插頭800插 拔二A後π私，導致焊接在電路板上的導電端子5損壞。 '犬片324在該固持柱3242的支撐下，承托在該遮蔽殼 體1下底面18的接合部182下方從而防止該遮蔽殼體j 叙生交形。該後端面34上對應該上表面3222和下表面 3224的端子通道3226開設有若干個豎直的卡槽342。該 M281339 絕緣本體3在其頂端面38、後端面34與左右兩側壁3β 的交接處各設有一個卡塊344，該兩卡塊344分別卡設在 該遮蔽殼體1的扣片136、左右侧壁（12、14)及後遮蔽 板20之間’從而將該絕緣本體3定位固定到該遮蔽殼體 1上。 每一導電端子5包括一本體部52,該本體部52的一 ' 1 =續彎折延伸出一對接部54，該本體部52的另一端繼 續彎折延伸出一焊接部56。這些導電端子5的對接部54 • 依次插設並卡固在該舌板322的上表面3222的端子通道 3226和下表面3224的端子通道3226内。該本體部52裝 入該絕緣本體3後端面34的卡槽342中，使這些導電端 子5 隔開。這些焊接部56水平延伸而出焊接到電路 板上。 在組裝時，先將這些導電端子5對應插設在該舌板 322的上表面3222的端子通道3226和下表面3224的端 子通道3226中，並使其本體部52分別裝設在各自對應的 鲁卡槽342中，然後將該絕緣本體3從該遮蔽殼體丨的後開 口處插入到該遮蔽殼體丨中，使舌板322伸入到該遮蔽殼 體1的腔體内，而該突片324貼接在遮蔽殼體〗下底面 =的下方，然後將該後遮蔽板2〇和扣片136彎折封住該 絕緣本體3的後端面34，從而將該絕緣本體3固設到該 遮蔽殼體1 Ji，即可完成該電連接器插座1〇〇的組裝。 該電連接器插頭800包括一遮蔽殼體81〇、一個容納 裝設在該遮蔽殼體810内的絕緣本體83〇、若干插 緣本體830上的導電端子85〇及伽勺學六# 在、、、 V〒电挪卞及一個包覆在該遮蔽殼體 M281339 810後端的絕緣殼體870，該遮蔽殼體810是由一塊金屬 板衝壓彎折而成的，其包括一左侧壁812、一右側壁814、 一上頂面816及一下底面818，該左側壁812與上頂面816 和下底面818的前開口的過渡連接處是兩個圓弧過渡面 822，該右侧壁814與上頂面816和下底面818的前開口 ; 的過渡連接處也是兩個圓弧過渡面842，本實施例遮蔽殼 體的圓弧過渡面822外壁的折彎半徑是l 4_，而圓 弧過渡面842外壁的折彎半徑是〇 3mm。該絕緣本體83〇 • 中部設有一凹槽832 ;這些導電端子850裝設在該絕緣本 體830凹槽832的上下兩侧，該凹槽832的兩侧各向下突 設出一插槽834，從而形成一呈[形的構造。 因為本創作電連接器插座1 〇 〇的左侧壁12、右側壁 14與上頂面16和下底面18的連接處的兩組相對的圓弧 過渡面（122、142)内壁的折彎半徑不相同，其形狀不對 稱。所以誤操作將該電連接器插頭8〇〇上 來後插入該電連接器插座100肖，由於該電ί接器= • 8。00上的圓弧過渡面822外壁無法與電連接器插座1〇〇的 圓弧過渡面142内壁相配合，而圓弧過渡面842外壁也無 ' 法與電連接器插座100的圓弧過渡面122内壁相配合，所 .以將難以插入到電連接器插座100中。防止了因誤操作將 該電連接器插頭800上下翻轉過來後插入該電連接器插 座100 ’從而構成第一重防誤插結構。 肖舌板322㈣側各向下垂直彎折延伸出一個擔止 土 3228 ’該擋止壁3228可以與電連接器插頭8〇〇上相對 應的插槽834相配合’從而構成第二重防誤插結構；即使 11M281339 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to an electrical connector combination, and more particularly to an electrical connector combination with a double anti-misplug structure. [Previous technology] The existing electrical connector sockets for display interfaces are used to insert a matching electrical connector plug to realize signal transmission. However, in the process of inserting the electrical connector plug, it is easy to Carefully turn the electrical connector plug upside down before inserting it into the electrical connection socket, causing the conductive terminals in the electrical connector socket or the electrical connector plug to be crushed and scratched. In addition, because there are many other electrical connector sockets of different sizes and electrical connector plugs matching them around the electrical connector socket, it is very likely that other sizes that do not match the electrical connector socket will be smaller. The electrical connector was inserted into the electrical connector socket by mistake. First two. For example, Chinese Patent No. ZL98105566. 4 discloses an electrical connector socket with an anti-misinsertion structure, which shields the two sides between the side wall and the upper top surface of the housing and between the other side wall and the lower top surface. The opposite transition surfaces are set in different shapes, so as to prevent the electrical connector plug from being flipped up and down by 180 degrees and mismating. However, if you use too much force when inserting the electrical connector plug, it is still possible to open the joint of the shielding shell and cause mis-insertion. In addition, if you do n’t, insert other similar electrical connection plugs with smaller external dimensions. This kind of anti-misinsertion structure may also not work and cause mis-insertion. Another example is the Chinese mainland patent No. ZL02266722. No. 9 discloses another type of electric flip socket with a mis-insertion structure. By placing the tongue on the upper position of the end face of the insulating body, the tongue plate and the inner part above the shielding shell The size of the gap formed between the surface and the inner surface of the M281339 is different to prevent electrical connection, and the plug ^ is turned over by 18Q degrees and mis-inserted. However, if you accidentally insert a plug of the same size and other similar electrical connector plugs, this mis-insertion prevention structure may not work and lead to mis-insertion. Ka Yuan, the author felt that the above-mentioned shortcomings could be improved. He devoted himself to the research and cooperated with the application of theories to finally propose a rational design and effectively cover the above-mentioned original works. " [New content] The main purpose of this creation is to provide an electrical connector combination, the electrical connector socket is provided with a double anti-misplug structure, which can effectively prevent the wrong insertion of the head. Shibi < ~ Broadcast In order to achieve the above purpose, this creation provides an electrical connector socket, a two-two-one body, an insulating housing 222 ## which is housed in the shielding case, and is also insulative. The conductive end + on the body, the shielding shell is formed by stamping and bending without a metal plate, and includes: an upper top surface and a lower bottom surface which shield the two side walls of the casing and the upper and lower surfaces, and t Two sets of opposite transition connections are formed at the opening π, and the transition connections are asymmetric, so that the electrical connector plug can only protrude forward from the middle of the pole-a tongue plate provided with a plurality of terminal channels. The electrical terminal includes a docking part installed in the terminal channel and a welding! The knot of the weight = the side-the stop wall, so that the electrical two :: what kind of electrical connector is used to connect with the electrical connector socket described above "Connecting" the electrical connector plug includes-a shielding shell, an M281339 housing the insulating body installed in the shielding shell, and a plurality of conductive rafters inserted in the insulating body. The shielding shell is made of A metal plate is punched and bent, including-upper top surface, lower bottom And two side walls, the front opening surrounded by the two side walls of the shielding shell and the upper top surface and the lower bottom surface forms two sets of opposing transition joints, and the two sets of opposing transition joints are asymmetric; A groove is provided in the middle of the insulating body; the conductive terminals are installed on the upper and lower sides of the insulating body groove, and two sides of the groove are protruded from each other: a slot. The beneficial effect of this creation is that the two opposite arcs in the transitional connection between the two side walls of the shielding shell of the electrical connector socket and the upper top surface and the lower bottom surface pass through, and the bending radius of the inner wall of the surface is not the same The asymmetric shape of the electric connector constitutes the first mis-insertion prevention structure, which prevents the electrical connector plug from being up and down due to misoperation, and inserted into the electrical connector socket after being turned around. The two ends of the tongue plate are bent downwards to extend a stop wall, which cooperates with the socket of the electrical connector plug to form a second anti-misinsertion structure, which prevents other similar electrical connector plugs with smaller appearance dimensions. The electrical connector socket was inserted by mistake. In order to further understand the characteristics and technical content of this creation, please refer to the following detailed description and drawings about this creation, but the drawings are for reference and explanation only, and are not intended to limit this creation. [Embodiment] Referring to the first to eighth figures, an electrical connector combination includes an electrical connector socket 100 and an electrical connector plug 800. The electrical connection socket 100 is used as a display interface, and a matching electrical connector plug 800 can be inserted therein. The electrical connector socket 100 includes a shielding case 1, an insulating body M281339 3, and a plurality of conductive terminals 5. The shielding case 1 is formed by integrally punching, bending and engaging a metal plate, and includes a left side wall 12, a right side wall 14, an upper top surface 16, a lower bottom surface 18, and a rear shielding plate 20. The transitional connection between the left wall 12 and the upper top surface 16 and the lower bottom surface 18 at the front opening is two circular arc transition surfaces 122. The transition of the right wall 14 with the upper top surface 16 and the lower bottom surface 18 at the front opening. The joint is also two arc transition surfaces 142. In this embodiment, the bending radius of the inner wall of the arc transition surface 22 is 1.4 mm, and the bend radius of the inner wall of the arc transition surface 142 is 0.3 mm. Among them, the circular arc transition surface 122 between the left wall 12 and the upper top surface η and the circular arc transition surface 142 between the right side wall 14 and the lower bottom surface 18 in a relative position form a group of circular arc transition surfaces 122, 142; The arc transition surface 122 between the left wall 12 and the lower bottom surface 18 and the arc transition surface 142 between the right side wall 14 and the upper top surface 16 opposite to each other constitute another set of arc transition surfaces 122, 142. The bending radii of the inner walls of these two sets of opposing arc transition surfaces 122 and 142 are not the same, so their shapes are asymmetric. The left side wall 12 and the right side wall 14 each protrude downward from two holding legs 132, 134, and a buckle 136 extends backward. The retaining pins 132 and 134 on the two sides are used to be inserted into corresponding sockets (not shown) on a circuit board (not shown) below to fix the shielding case 丨. After the two ends of the shielding case 1 are bent, they are engaged with each other at the joint portion 182 of the lower bottom surface 18. The rear shielding plate 20 extends from a rear edge of the upper top surface ι6. When assembling, the rear shielding plate 20 is bent downward, so that the left side wall 12, the right side wall 14, the upper top surface 16, the lower bottom surface 18, and the rear shielding plate 20 surround a M281339 cavity (not labeled). The rear shield plate is made of 20 gold ▲ and has two grooves 202 # at the transition, which is convenient for bending. The lower end edges of the left and right sides of the 20 are each provided with _ Λ ... The rear shielding plate 20 is formed into a [shaped lower end edge 'so as to increase the shielding surface of the housing i as much as possible: Electromagnetic correction electronics generated during high-speed transmission of signals 5 When some conductive terminals 5 are not well soldered to the circuit board, soldering, material _ material circuit board 5 machining. The main body 3 can be housed in a cavity formed by the shielding shell i, and includes an end surface 32, a rear end surface 34, two side walls 36, a top end surface 38, and a bottom end surface 40. The center of the front face & protrudes forward J tongue plate] 22, the tongue plate 322 includes an upper surface ㈣ and a lower surface 3224 which are opposed to each other. A plurality of terminal channels 3226 are recessed in the upper surface 3222 and the lower surface. The two sides of the tongue plate 322 are written vertically downwards, and are folded out to extend a broadcast stop wall 3228, which is formed into a [shaped structure]. The bottom of the front end surface 32 of the insulating body 3 protrudes forward from three protruding pieces 324, and the bottom of the protruding part in the center of the insulating body 3 also protrudes downwards: retaining posts 324-2. The holding post 3242 can be matched with a corresponding through hole on the circuit board (Figure 7 未 i matches 5) to prevent the insulating body 3 from being privy to the electrical connector plug 800 after the two A are inserted and pulled out, resulting in conductive terminals soldered on the circuit board. 5 damage. 'The dog piece 324 is supported by the holding post 3242 under the joint portion 182 of the lower bottom surface 18 of the shielding case 1 so as to prevent the shielding case j from being intersecting. The rear end 34 faces Should be the upper surface 3222 and the lower surface 3224 of the terminal channel 3226 are provided with a plurality of vertical card slots 342. The M281339 insulating body 3 is provided with a card at each of the top surface 38, the rear surface 34 and the left and right side walls 3β. Block 344, the two clamping blocks 344 are respectively clamped between the buckle 136, the left and right side walls (12, 14) of the shielding case 1, and the rear shielding plate 20, thereby positioning and fixing the insulating body 3 to the shielding shell On the body 1. Each of the conductive terminals 5 includes a body portion 52, and a '1 = continuous bending of the body portion 52 extends to a pair of connecting portions 54, and the other end of the body portion 52 continues to bend to extend a welding portion 56. The mating portions 54 of the conductive terminals 5 are inserted and fastened on the tongue plate 322 in order. The terminal channel 3226 on the surface 3222 and the terminal channel 3226 on the lower surface 3224. The body portion 52 is inserted into the slot 342 of the rear end surface 34 of the insulating body 3 to separate the conductive terminals 5. The soldering portions 56 extend horizontally and When assembling, firstly insert the conductive terminals 5 into the terminal channel 3226 of the upper surface 3222 and the terminal channel 3226 of the lower surface 3224 of the tongue plate 322, and make the main body portions 52 respectively. Installed in the corresponding Luca slots 342, and then insert the insulating body 3 into the shielding case 丨 from the rear opening of the shielding case 丨, so that the tongue plate 322 extends into the shielding case 1 Inside the cavity, and the protruding piece 324 is attached to the lower bottom surface of the shielding case, and then the rear shielding plate 20 and the buckle 136 are bent to seal the rear end surface 34 of the insulating body 3, so that the The insulating body 3 is fixed to the shielding case 1 Ji, and the assembling of the electrical connector socket 100 can be completed. The electrical connector plug 800 includes a shielding case 810, and a housing is installed in the shielding case. Insulation body 83 in 810, several plug edge bodies 830 Electrical terminal 85〇 和 喀 匙 学 六 # In ,,, V (〒) and an insulating case 870 covering the rear end of the shielding case M281339 810, the shielding case 810 is stamped and bent by a metal plate It includes a left side wall 812, a right side wall 814, an upper top surface 816, and a lower bottom surface 818. The transition connection between the left wall 812 and the front opening of the upper top surface 816 and the lower bottom surface 818 is two The arc transition surface 822, the front opening of the right side wall 814 and the upper top surface 816 and the lower bottom surface 818; the transition connection is also two arc transition surfaces 842, this embodiment covers the outer wall of the arc transition surface 822 of the housing The bending radius of L is 1 4 mm, and the bending radius of the outer wall of the arc transition surface 842 is 0.3 mm. A groove 832 is provided in the middle of the insulating body 830; the conductive terminals 850 are installed on the upper and lower sides of the groove 832 of the insulating body 830, and a slot 834 is protruded downward from each side of the groove 832, Thus forming a [-shaped structure. The bending radius of the inner wall of the two sets of opposite arc transition surfaces (122, 142) at the connection of the left wall 12, right wall 14 and upper top surface 16 and lower bottom surface 18 of the electrical connector socket 100 Not the same, its shape is asymmetric. Therefore, the electrical connector plug 800 has been incorrectly inserted into the electrical connector socket 100, because the electrical connector = • 8.00 on the outer wall of the arc transition surface 822 cannot connect with the electrical connector socket 100. The inner wall of the arc transition surface 142 fits, and the outer wall of the arc transition surface 842 does not match the inner wall of the arc transition surface 122 of the electrical connector socket 100, so it will be difficult to insert into the electrical connector socket 100. . It prevents the electrical connector plug 800 from being turned upside down due to an erroneous operation and is inserted into the electrical connector socket 100 ', thereby constituting the first double erroneous insertion prevention structure. The tongue tongue plate 322 is bent vertically downwards to extend a supporting soil 3228. The retaining wall 3228 can be matched with the corresponding slot 834 on the electrical connector plug 800. This constitutes the second level of error prevention. Plug structure; even 11
I M281339 在不丨真將該電連接益插頭8⑽翻轉插入到電連接器插座 100寸由於用力過大，撐開遮蔽殼心使第一重防誤插結 構失效，但由於第二重防誤插結構的存在，使得該電連接 器插頭_無法進-步插入，有效地防止了誤插的發生； 另外如果不慎將外觀尺寸較小的其他同類型電連接器插 頭（圖未示）誤插入該電連接器插座1〇〇時，由於有擋止 壁3228的阻擔也不能繼續插入，有效地防止了誤插的發 生。 上述的電連接器插座100僅是本創作實施的一種方 式，還可以在適當的改變下作出其他變化，例如說遮蔽殼 體1的兩侧壁（12、14)與上頂面16及下底面18包圍而 成的前開口處的過渡連接處不一定非要用圓弧面（122、 142)過渡，也可以設計為用其他曲面（如橢圓曲面、拋 物線曲面）進行過渡，只要遮蔽殼體丨中至少有一組相對 的過渡連接處的形狀不對稱就可以達到第一重防止誤插 的目的。另外舌板322也可以僅在其一側彎折延伸出一個 擔止壁3228就可以達到第二重防止誤插的目的。 惟以上所述僅為本創作之較佳可行實施例，非因此即 拘限本創作之專利範圍，故舉凡運用本創作說明書及圖式 内容所為之等效結構變化，均同理皆包含於本創^之範^ 内，合予陳明。 【圖式簡單說明】 第一圖是本創作電連接器插座的立體分解圖。 第二圖是本創作電連接器插座另一角度的立體分解圖。 12 M281339 第二圖是本創作電連接器插座的立體組合圖。 第四圖是本創作電連接器插座另一角度的立體組合圖。 第五圖是本創作電連接器插座組合狀態的前視圖。 第六圖是本創作電連接器插座組合狀態的後視圖。 第七圖是本創作電連接器插座組合狀態的仰視圖。 第八圖是本創作電連接器插座及其匹配的電連接器插頭 的立體圖。 【主要元件符號說明】 10〇電連接器插座 1遮敝殼體 12左側壁 122圓弧過渡面 132固持腳 134固持腳 13 6扣片 14右侧壁 142圓弧過渡面 16上頂面 18下底面 182接合部 20後遮蔽板 202凹槽 204延伸腳 絕緣本體 32前端面 3 2 2舌板 3222上表面 3224下表面 3226端子通道 3228擔止壁 324突片 3242固持柱 34後端面 342卡槽 13 M281339 344卡塊 38頂端面 5導電端子 52本體部 56焊接部 ' 800電連接器插頭 810遮蔽殼體 * 812左側壁 816上頂面 822圓弧過渡面 832凹槽 842圓弧過渡面 870絕緣殼體 36侧壁 40底端面 54對接部 814右側壁 818下底面 830絕緣本體 834插槽 850導電端子 14I M281339 Do not really insert the electrical connection plug 8⑽ into the electrical connector socket 100 inches. Due to excessive force, the shield shell is opened to make the first mis-insertion prevention structure invalid, but due to the second mis-insertion prevention structure The existence of this makes the electrical connector plug _ unable to be further inserted, effectively preventing the occurrence of mis-insertion; In addition, if other electrical connector plugs of the same type (not shown) with a small appearance are accidentally inserted into the When the electrical connector socket is 100, it cannot continue to be inserted due to the resistance of the blocking wall 3228, which effectively prevents the occurrence of erroneous insertion. The above-mentioned electrical connector socket 100 is only one way to implement this creation, and other changes can also be made under appropriate changes, such as shielding the two side walls (12, 14) of the housing 1 and the upper top surface 16 and the lower bottom surface. The transition connection at the front opening surrounded by 18 does not have to be a circular arc surface (122, 142). It can also be designed to use other curved surfaces (such as elliptic curved surfaces, parabolic curved surfaces) for transition, as long as the shell is shielded 丨The asymmetry of the shape of at least one set of opposite transition joints can achieve the purpose of preventing mis-insertion first. In addition, the tongue plate 322 can also be bent and extended on one side to extend a supporting wall 3228 to achieve the second purpose of preventing mis-insertion. However, the above is only a preferred and feasible embodiment of this creation, and therefore does not limit the scope of the patent for this creation. Therefore, any equivalent structural changes made by using this creation manual and the contents of the drawings are included in this book for the same reason. Within the range of creation ^, together with Chen Ming. [Schematic description] The first figure is an exploded perspective view of the electrical connector socket of this creation. The second figure is an exploded perspective view of the electrical connector socket from another angle. 12 M281339 The second picture is a three-dimensional assembled view of the electrical connector socket of this creation. The fourth figure is a three-dimensional combined view of the electrical connector socket of the present invention. The fifth figure is a front view of the combined state of the electrical connector socket of the author. The sixth figure is a rear view of the combined state of the electrical connector socket in this creation. The seventh figure is a bottom view of the combined state of the electrical connector socket in the present invention. The eighth figure is a perspective view of the electrical connector socket and its matching electrical connector plug. [Description of the main component symbols] 100 electrical connector socket 1 covers the left side wall 122 of the housing 12 arc transition surface 132 retaining leg 134 retaining leg 13 6 cleat 14 right side wall 142 arc transition surface 16 upper top surface 18 Bottom surface 182 Joint 20 Rear shield plate 202 Groove 204 Extension foot Insulating body 32 Front surface 3 2 2 Tongue plate 3222 Upper surface 3224 Lower surface 3226 Terminal channel 3228 Retaining wall 324 Projection 3242 Retaining post 34 Rear end 342 Card slot 13 M281339 344 clamp block 38 top surface 5 conductive terminal 52 body portion 56 soldering portion '800 electrical connector plug 810 shielding housing * 812 top wall on the left side wall 816 top 822 arc transition surface 832 groove 842 arc transition surface 870 insulation shell Body 36 sidewall 40 bottom end surface 54 abutment portion 814 right side wall 818 lower bottom surface 830 insulated body 834 slot 850 conductive terminal 14