M352165 . 八、新型說明： 【新型所屬之技術領域】 . 本新型是有關於一種層疊式插座電連接器，特別是指 種可使内遮蔽殼體不易鬆脫的層疊式插座電連接器。 【先前技術】 由於層疊式插座連接器可有效節省電子裝置的使用空 - 間，使得層疊式插座電連接器廣泛地應用於各種電子裝置 • 。例如中華民國新型專利公告號M312044、414383、 • 433574及中華民國發明專利公告號367637等揭露之電連接 器，大都由一絕緣殼體及一金屬外殼共同形成兩個或兩個 以上插槽’在兩個插槽之間設有一概呈U形的内遮蔽殼體 ，以避免插置於兩插槽中的插頭電連接器產生串音（cr〇ss_ talking )。前述專利所揭露的内遮蔽殼體主要利用内遮蔽殼 體的ϋ形兩端侧與絕緣殼體干涉固定，在插頭電連接器頻 繁的插拔後容易鬆動脫離。 圖1所示為433574號專利所揭露的電連接器，為了加 _ 強内遮蔽殼體91的穩固性，其兩側分別具有往外延伸的彈 片911’二彈片911反折於金屬殼體92侧壁處，且彈片911 端部彎曲以勾扣於金屬殼體92的配合孔92 1中。雖然利用 彈片911勾扣於金屬殼體92可增加内遮蔽殼體91的穩固性 ’但是彈片911是翻折於金屬殼體92外側，彈片911也會 因為插頭電連接器（圖未不）頻繁的插拔而鬆動，使得内 遮蔽殼體91仍然可沿插頭電連接器拔出方向鬆脫。而且， 組裝内遮蔽殼體91時，須再加工將彈片911彎折，以勾扣 M352165 於金屬殼體92,而使組裝程序複雜且製程不容易控管。 圖2所示為M312〇44號專利揭露之電連接器，在其内 遮蔽殼體93的前側板931兩側分別延伸-殼體接地部932 ’可與金屬殼體94的接地部941電連接，殼體接地部们2 與接地部941相抵而略為朝後彎折，故其殼體接地部 未能具有防止内遮蔽殼體93沿插頭電連接器（圖未示）拔 出方向鬆脫的擋止效果。 【新型内容】 因此，本新型之目的，即在提供一種可以使内遮蔽殼 體不易鬆脫的層疊式插座電連接器。 於是，本新型層疊式插座電連接器，包含：一絕緣殼 體、複數導電端子、至少一内遮蔽殼體及一金屬殼體。該 絕緣殼體包括-直立壁、複數由該直立壁往前相間隔且相 互平行延伸的舌板’及至少—由該直立壁往前平行該等舌 板延伸並介於兩相鄰的該等舌板之間的橫隔板，該橫隔板 與其相鄰的該等舌板相間隔。該等導電端子分別設於該等 舌板。至少一内遮蔽殼體係對應前述橫隔板設置，該内遮 蔽殼體具有一設於該橫隔板之前側的前壁部、二分別由該 前壁部的上、下兩側彎折延伸而設於該橫隔板的上、下側 之橫壁部，及二分別由該前壁部的左、右兩側延伸的擋止 部。該金屬殼體環繞該絕緣殼體並具有一前端開口，使該 等舌板及該内遮蔽殼體顯露出來，且該金屬殼體還具有複 數凸伸於該前端開口處並與該等擋止部相對應的擋片，該 等擋片抵壓於對應的該等擋止部，以避免該内遮蔽殼體脫 M352165 離該橫隔板。 本新型層疊式插座電連接器之内遮蔽殼體具有擋止部 、、且裂時不需要另外加卫，可節省工序，而且該等檔止部 不會鬆脫位移，與該金屬殼體的擋片相配合，具有較佳防 止該内遮蔽殼體脫離該橫隔板的功效。 【實施方式】 有關本新型之刖述及其他技術内容、特點與功效，在 以下配合參考圖式之一較佳實施例的詳細說明中，將可清 楚的呈現。 參閱圖3〜6,本新型層疊式插座電連接器之一較佳實施 例，可供一個通用匯流排連接（USB)規格的插頭電連接器（ 圖未不）及一個高清晰度多媒體介面（HDMI)規格的插頭電 連接器（圖未示）插接。該層疊式插座電連接器1〇〇包含 -絕緣殼體1、複數導電端子21、22、23、一内遮蔽殼體3 及一金屬殼體4。該絕緣殼體1包括一直立壁u、二由該直 立壁11往前相間隔且相互平行延伸的舌板12、12，，及一 由该直立壁11往前平行該等舌板12、12,延伸並介於兩相 鄰的該等舌板12、12，之間的橫隔板13，該橫隔板U與其 相鄰的該等舌板12、12’相間隔。在本實施例中，為配合容 置不同規格的插頭電連接器，直立壁U由橫隔板13區分為 上直立壁部U1及下直立壁部112,上直立壁部111的位置 相較於下直立壁部！ 12較往後移，以提供不同規格的插頭電 連接器不同的插接深度。而且上方舌板12與下方舌板12, 也配合不同規格的插頭電連接器而不相同。但是，若為提 M352165 供相同規格的插頭電連接器使用時，上方舌板12及下方舌 板12’可相1¾，且上直立壁部lu與下直立壁部ιΐ2可在同 一直立平面位置。 在本實施例中，該等導電端子21適用於與USB規格之 插頭電連接ϋ電連接，分別設於上方舌板12之端子槽123 上參閱圖6)巾，各具有一固定部211、一由固定部2ΐι往 刚延伸之彈性接觸部212及—由固定部211往後彎折向下延 伸的導接部213。固^部211固設於端子槽内，彈性接觸部 212。卩分路出端子槽，以與插頭電連接器接觸導接，導接部 213用以與電路板（圖未示）電連接。此外該等導電端子 22 23刀別没於下方舌板12，的上、下側端子槽d、I。 (參閱圖4及圖6)，適用於與HDMi規格之插頭電連接器 電連接各導電端子22具有一固設於端子槽的固定部 22卜-由固定部221往前延伸並部分露出端子槽⑵以功 插頭電連接器接觸導接的接觸部222,及-由固定部221往 後f折向下延伸的導接部223，用以與電路板電連接。各導 電端子23與導電端子22大致相同，分別具有-固定部231 、-接觸部232及-導接部233，於此不再詳述。 :内遮蔽殼體3呈W，具有一設於該橫隔板13之前 :的:壁部31、二分別由該前壁部31的上、下兩側彎折延 4而^又於該橫隔板13的上、下側之橫壁部Μ、B，及 別由該前壁部3 1的亡 的左、右兩側延伸的擋止部34。該内遮蔽 ^有四㈣部％及二扣持部36，該等固定部^ 兩兩刀别由各該橫壁部32、33往後延伸，且各該固定部乃 M3 52165 具有複數倒刺35卜以與該絕緣殼體1干涉固定（參閱圖8 )。各扣持部36分別由各該橫壁部32、33往後延伸，並位 於兩固定部35之間，各該扣持部％分別形成有一穿孔361 ，該絕緣殼體1之橫隔板13的上、側分職有-與各穿孔 361相對應的楔形凸塊131 (參閱圖8)，以穿設於各對應穿 孔361中。楔形凸塊131的斜面可使扣持部％前端容易沿 安裝方向滑移通過楔形凸塊m，使楔形凸塊i3i可進入穿 孔3^’待楔形凸塊131進入穿孔361後，即可將扣持部 3。。6固疋。内遮蔽殼體3還具有二設於橫壁部μ兩相對側的 彈! 生# 37 | 4彈性臂37具有_由該橫壁部μ概呈直角 往另一該橫壁部33方向料延伸的連接部371、—由該連 接部⑺側向沿該橫壁部32側邊延伸的彈性部372,及一 由*亥彈性冑372末端彎曲形成之接觸部373，各該接觸部 373抵接於該金屬殼體4(參_ 8)，以使該内遮蔽殼體3 接地。 該金屬殼體4環繞該絕緣殼體i，具有左右二壁部41 、上:二壁部42’及由該等壁部41、42圍繞的—前端開口 •引端開口 43可使該等舌板12、12，及該内遮蔽殼體3 顯路出來。金屬殼|| 4與絕緣殼體i共同界定出上、下二 插槽5。該金屬殼體4還具有二分別由左右壁部4i f折延 伸凸伸於該别端開口 43處並與内遮蔽殼體3之各播止部 34相對應的擋片44，各擋片44抵壓於對應的各擋止部％ 以限制内遮蔽殼體3不會沿插頭電連接器的拔除方向移 動’可避免内遮蔽殼體3在插頭電連接器頻繁的插拔過程 M352165 鬆動而脫離該橫隔板13。金屬殼體4的上下壁部43分別設 有一彈片45 ’且内遮蔽殼體3於各該橫壁部32、33亦分別 設有二彈片38’其中上壁部43的彈片45與橫壁部Μ的彈 片38相配合’用以固持腦規格之插頭電連接器；而下壁 部43的彈片45與橫壁部33的彈片38相配合，用以固持 HDMI規格之插頭電連接器。金屬殼體4設有多數干涉部 46 ’而絕緣殼體！設有對應的凹们4，使金屬殼體4與絕 緣殼體1干涉固定。M352165 . VIII. New description: [New technical field] The present invention relates to a laminated socket electrical connector, and more particularly to a laminated socket electrical connector which can make the inner shielding case difficult to loose. [Prior Art] Since the laminated socket connector can effectively save the use space of the electronic device, the laminated socket electrical connector is widely used in various electronic devices. For example, the electrical connector disclosed in the Republic of China New Patent Publication No. M312044, 414383, • 433574, and the Republic of China Invention Patent Publication No. 367637, etc., are mostly formed by an insulative housing and a metal casing to form two or more slots. There is a U-shaped inner shielding shell between the two slots to avoid crosstalk (cr〇ss_ talking) of the plug electrical connectors inserted in the two slots. The inner shielding shell disclosed in the above patent mainly utilizes the two ends of the inner shielding shell to interfere with the insulating housing, and is easy to loosen and detach after the plug electrical connector is frequently inserted and removed. FIG. 1 shows an electrical connector disclosed in the '433 patent. In order to increase the stability of the inner shielding housing 91, the two sides of the elastic 911' two elastic pieces 911 extend outwardly from the metal housing 92 side. At the wall, the end of the elastic piece 911 is bent to be hooked into the fitting hole 92 1 of the metal casing 92. Although the elasticity of the inner shielding shell 91 can be increased by the use of the elastic piece 911 to the metal housing 92. However, the elastic piece 911 is folded over the outer side of the metal housing 92, and the elastic piece 911 is also frequently used because of the plug electrical connector (not shown). The insertion and removal are loose, so that the inner shielding case 91 can still be loosened in the direction in which the plug electrical connector is pulled out. Moreover, when the inner shielding case 91 is assembled, the elastic piece 911 must be bent to be hooked to hook the M352165 to the metal case 92, which complicates the assembly process and makes the process difficult to control. 2 is an electrical connector disclosed in the M312/44 patent, which extends on both sides of the front side plate 931 of the inner shielding case 93. The case grounding portion 932' can be electrically connected to the ground portion 941 of the metal case 94. The case grounding portion 2 abuts against the grounding portion 941 and is slightly bent rearward. Therefore, the case grounding portion fails to prevent the inner shielding case 93 from being loosened in the direction in which the plug electrical connector (not shown) is pulled out. Blocking effect. [New content] Therefore, the object of the present invention is to provide a laminated socket electrical connector which can make the inner shielding case difficult to loosen. Therefore, the novel laminated socket electrical connector comprises: an insulating shell, a plurality of conductive terminals, at least one inner shielding shell and a metal shell. The insulative housing includes an upright wall, a plurality of tongues spaced apart from each other by the upright wall and extending parallel to each other, and at least - extending from the upright wall forwardly parallel to the tongue plates and adjacent to each other A transverse partition between the tongue plates, the transverse partition being spaced from its adjacent tongue plates. The conductive terminals are respectively disposed on the tongue plates. At least one inner shielding shell is disposed corresponding to the transverse partition, the inner shielding shell has a front wall portion disposed on a front side of the horizontal partition, and two are respectively bent and extended by upper and lower sides of the front wall portion A lateral wall portion provided on the upper and lower sides of the diaphragm, and two stopper portions extending from the left and right sides of the front wall portion, respectively. The metal housing surrounds the insulating housing and has a front end opening for exposing the tongue plate and the inner shielding shell, and the metal housing further has a plurality of protrusions at the front end opening and the same Corresponding flaps, the flaps are pressed against the corresponding stops to prevent the inner shield shell from being removed from the diaphragm. The shielding housing of the novel laminated socket electrical connector has a blocking portion, and does not need to be additionally protected when cracking, which can save the process, and the stop portions are not loosened, and the metal housing is The flaps cooperate to have the effect of preventing the inner shield shell from being detached from the diaphragm. [Details] The detailed description of the present invention and other technical contents, features and effects will be apparent from the following detailed description of the preferred embodiments of the drawings. Referring to Figures 3 to 6, a preferred embodiment of the novel laminated socket electrical connector provides a universal busbar connection (USB)-sized plug electrical connector (not shown) and a high-definition multimedia interface ( The HDMI) plug connector (not shown) is plugged in. The laminated socket electrical connector 1 includes an insulating housing 1, a plurality of conductive terminals 21, 22, 23, an inner shield housing 3 and a metal housing 4. The insulating housing 1 includes an upright wall u, two tongue plates 12, 12 spaced apart from each other by the upright wall 11 and extending parallel to each other, and a tongue plate 12, 12 parallel to the front wall 11 from the front wall 11 A transverse partition 13 extending between and between two adjacent tongues 12, 12, the transverse partition U being spaced from its adjacent tongues 12, 12'. In this embodiment, in order to accommodate the plug electrical connectors of different specifications, the upright wall U is divided into the upper upright wall portion U1 and the lower upright wall portion 112 by the transverse partition 13 , and the position of the upper upright wall portion 111 is compared with Under the upright wall! 12 is moved backwards to provide different plug depths for different sizes of plug electrical connectors. Moreover, the upper tongue 12 and the lower tongue 12 are also different from the plug electrical connectors of different specifications. However, if the M352165 is used for the plug connector of the same specification, the upper tongue 12 and the lower tongue 12' may be aligned, and the upper upright wall portion lu and the lower upright wall portion ι2 may be in the same vertical plane position. In this embodiment, the conductive terminals 21 are electrically connected to the plugs of the USB standard, and are respectively disposed on the terminal slots 123 of the upper tongue 12, as shown in FIG. 6), each having a fixing portion 211 and a The elastic contact portion 212 extending from the fixing portion 2ΐ1 and the guiding portion 213 extending downward from the fixing portion 211 are bent. The fixing portion 211 is fixed in the terminal groove and has an elastic contact portion 212. The terminal slot is branched to be in contact with the plug electrical connector, and the guiding portion 213 is electrically connected to the circuit board (not shown). Further, the conductive terminals 22, 23 are not in the upper and lower terminal grooves d, I of the lower tongue plate 12. (Refer to FIG. 4 and FIG. 6), suitable for electrically connecting to the plug connector of the HDMi specification. Each of the conductive terminals 22 has a fixing portion 22 fixed to the terminal slot - extending forward from the fixing portion 221 and partially exposing the terminal slot (2) The contact portion 222 of the power plug electrical connector contacts the lead, and the guide portion 223 extending downward from the fixing portion 221 to be electrically connected to the circuit board. Each of the conductive terminals 23 is substantially the same as the conductive terminals 22, and has a fixing portion 231, a contact portion 232, and a guiding portion 233, respectively, which will not be described in detail. The inner shielding case 3 is W, and has a wall portion 31 and a second portion which are bent and extended by the upper and lower sides of the front wall portion 31, respectively. The upper and lower lateral wall portions Μ and B of the partition plate 13 and the stopper portion 34 which is extended by the left and right sides of the front wall portion 31. The inner shield has four (four) portions and two latching portions 36. The fixed portions are extended by the transverse wall portions 32 and 33, and each of the fixed portions is M3 52165 having a plurality of barbs. 35 is interfering with the insulating housing 1 (see Fig. 8). Each of the latching portions 36 extends rearwardly from each of the lateral wall portions 32 and 33 and is located between the two fixing portions 35. Each of the latching portions is respectively formed with a through hole 361, and the transverse partition 13 of the insulating housing 1 is formed. The upper and the side divisions have wedge-shaped projections 131 (see FIG. 8) corresponding to the respective through holes 361 for being inserted into the respective corresponding through holes 361. The inclined surface of the wedge-shaped protrusion 131 can make the front end of the buckle portion % easy to slide through the wedge-shaped protrusion m in the mounting direction, so that the wedge-shaped protrusion i3i can enter the through-hole 3^'to wait for the wedge-shaped protrusion 131 to enter the through-hole 361, and then the buckle Hold the department 3. . 6 solid. The inner shielding shell 3 further has two springs disposed on opposite sides of the transverse wall portion μ. The elastic arm 37 has an extension from the transverse wall portion μ to the other lateral wall portion 33. The connecting portion 371, the elastic portion 372 extending laterally along the side of the lateral wall portion 32 from the connecting portion (7), and the contact portion 373 formed by bending the end of the elastic portion 372, each of the contact portions 373 abutting The metal casing 4 (refer to _ 8) is used to ground the inner shield casing 3. The metal casing 4 surrounds the insulating casing i, and has two left and right wall portions 41, an upper: two wall portion 42', and a front end opening/leading opening 43 surrounded by the wall portions 41, 42 to enable the tongues The plates 12, 12, and the inner shield shell 3 are shown. The metal shell|| 4 and the insulating housing i define the upper and lower slots 5 . The metal casing 4 further has two blocking pieces 44 respectively extending from the left and right wall portions 4i f and projecting from the other end opening 43 and corresponding to the respective stopping portions 34 of the inner shielding shell 3, and the blocking pieces 44 Pressing the corresponding respective stop portions % to restrict the inner shielding case 3 from moving in the removal direction of the plug electrical connector' can avoid the loosening and disengagement of the inner shielding case 3 during the frequent insertion and removal process of the plug electrical connector M352165 The diaphragm 13 is. The upper and lower wall portions 43 of the metal casing 4 are respectively provided with a resilient piece 45', and the inner shielding shell 3 is also respectively provided with two elastic pieces 38' in each of the lateral wall portions 32, 33, wherein the elastic piece 45 and the transverse wall portion of the upper wall portion 43 are respectively The cymbal 38 of the cymbal cooperates with the plug electrical connector for holding the brain size; and the elastic piece 45 of the lower wall portion 43 cooperates with the elastic piece 38 of the lateral wall portion 33 for holding the HDMI-compliant plug electrical connector. The metal casing 4 is provided with a plurality of interference portions 46' to insulate the casing! Corresponding recesses 4 are provided to interfere with the metal housing 4 and the insulating housing 1.
為方便說明，以下圖8〜圖10中内遮蔽殼體3以上的絕 緣殼體1及金屬殼體4部分被移除。參閱圖7及圖8,組裝 時，先將内遮蔽殼體3套設於絕緣殼體i的橫隔板Η，使 其固定部35及扣持部36分別與絕緣殼體i之内壁面（圖 未標號）及楔形凸g 131干涉固定，再將絕緣殼體1由金 屬殼體4後端開口（圖未標號）進入並往前端開口 43方向 移動，配合參閱圖9及圖10’而金屬殼體4即由絕緣般體 1的前側往後侧移動，當金屬殼體4到達定位與絕緣殼體】 組合後，内遮蔽殼體3的兩側彈性臂37受到金屬殼體4左 右壁部41的擠壓，使彈性臂37的接觸部373具有彈性回 復力’而穩固地抵壓於金屬殼體4的左古卷邮“ j么石堂。卩41 ’且接觸 部373與金屬殼體4的接觸面積較大，而具有較佳的接地 效果。 在本實施例中’是以適用於USB及HDMI規袼的插頭 電連接器使用之層疊式插座電連接器100為例， π N 囚此絕緣 殼體1只設置二舌板12、12’及一個橫隔板13以供兩個插 10 M3 52165 頭電連接器使用，若層疊式插座電連接器要供三個或三個 以上的插頭電連接器使用，可對應增加舌板12、12， 板13，而内遮蔽殼體3則對應橫隔板13的設置隨其數目增 加。 综上所述，本新型層疊式插座電連接器1〇〇之内遮蔽 殼體3具有擋止部34且金屬殼體4具有相對應的擋片 以限制内遮蔽殼體3不會沿插頭電連接器的拔除方向移動 ，可避免内遮蔽殼體3在插頭電連接器頻繁的插拔過程鬆 動而脫離該橫隔板13，而且擋止部34位於擋片44内，不 僅容易組裝，且不易鬆動。此外，内遮蔽殼體3還具有彈 性臂37,可使内遮蔽殼體3具有較佳的接地效果。、 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型巾請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 ，圖1疋纟體圖，說明—習知的層疊式插座電連接器 9 圖2疋一立體圖，說明另一習知的層墨式插座電連接 圖3是—立體圖，說明本新型層疊式插座電連接器的 一較佳實施例； 圖4是-圖3的立體分解圖，說明該較佳實施例； 圖5是一圖4的另一角度視圖； M352165 圖6是一圖3的前視圖； 圖7是一部份分解圖，說明該較佳實施例之一内遮蔽 殼體與該絕緣殼體組裝後，而一金屬殼體未組裝前的狀態 ， 圖8是一類似於圖3的視圖，其中該内遮蔽殼體以上 的絕緣殼體及金屬殼體部分被移除，說明該内遮蔽殼體與 該絕緣殼體及該金屬殼體的組合關係； 圖9是一俯視圖，其中該内遮蔽殼體以上的絕緣殼體 及金屬殼體部分被移除，說明該金屬殼體未組裝前該内遮 蔽殼體之二彈性臂未受擠壓的狀態；及 圖10是一類似於圖9的視圖，說明該金屬殼體與該絕 緣殼體組裝後該二彈性臂抵壓於該金屬殼體之壁部。For convenience of explanation, the insulating housing 1 and the metal housing 4 of the inner shielding case 3 and above are removed in the following Figs. 8 to 10 . Referring to FIG. 7 and FIG. 8 , during assembly, the inner shielding shell 3 is first sleeved on the transverse partition Η of the insulating housing i such that the fixing portion 35 and the fastening portion 36 respectively and the inner wall surface of the insulating housing i ( FIG. 9 and FIG. 10' The metal casing 4 is moved from the front side to the rear side of the insulating body 1. When the metal casing 4 reaches the positioning and the insulating casing, the elastic arms 37 on both sides of the inner shielding casing 3 are subjected to the left and right walls of the metal casing 4. The pressing of the portion 41 causes the contact portion 373 of the elastic arm 37 to have an elastic restoring force ', and firmly presses against the left scroll of the metal casing 4, "Ji Shitang. 卩41' and the contact portion 373 and the metal casing The contact area of 4 is large, and has a better grounding effect. In this embodiment, 'the cascading socket electrical connector 100 used for the plug electrical connector for USB and HDMI regulations is taken as an example, π N prison The insulating housing 1 is provided with only two tongue plates 12, 12' and one horizontal partition plate 13 for two plugs 10 M3 52165 head electric For the use of the connector, if the laminated socket electrical connector is to be used for three or more plug electrical connectors, the tongue plates 12, 12 and 13 may be correspondingly added, and the inner shielding shell 3 corresponds to the transverse partition 13 The arrangement increases with the number. In summary, the shielded housing 3 of the novel laminated socket electrical connector has a stop portion 34 and the metal housing 4 has a corresponding flap to limit the inner shield shell. The body 3 does not move in the removal direction of the plug electrical connector, and the internal shielding shell 3 can be prevented from loosening from the transverse partition 13 during frequent insertion and removal of the plug electrical connector, and the blocking portion 34 is located in the blocking piece 44. Moreover, the inner shielding shell 3 also has a resilient arm 37, so that the inner shielding shell 3 has a better grounding effect. However, the above is only the preferred one of the present invention. In the embodiment, the scope of the present invention cannot be limited thereto, that is, the simple equivalent changes and modifications made by the patent scope and the novel description of the novel towel are still within the scope of the novel patent. Simple description of the schema], 1 疋纟 , , 习 习 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠 层叠4 is a perspective exploded view of FIG. 3, illustrating the preferred embodiment; FIG. 5 is another perspective view of FIG. 4; M352165 FIG. 6 is a front view of FIG. 7 is a partial exploded view showing the state in which the shielding case is assembled with the insulating case in one of the preferred embodiments, and a metal case is not assembled before, and FIG. 8 is a view similar to FIG. The insulating housing and the metal housing portion above the inner shielding shell are removed, and the combined relationship between the inner shielding housing and the insulating housing and the metal housing is illustrated; FIG. 9 is a top view, wherein the inner shielding The insulating housing and the metal housing portion above the housing are removed, indicating that the two elastic arms of the inner shielding housing are not squeezed before the metal housing is assembled; and FIG. 10 is a similar to FIG. a view showing the two elastic arms assembled between the metal housing and the insulating housing Pressing against the wall of the metal casing.
12 M35216512 M352165
【主要元件符號說明】 1 ....... …絕緣殼體 231… •…固定部 100 …層豐式插座電連 232… •…彈性接觸部 接器 233… •…導接部 11…… …直立壁 3…… •…内遮蔽殼體 111 ···· …上直立壁部 31 ·...· •…前壁部 112 ···· …下直立壁部 32••… •…橫壁部 12…… …舌板 33 ··.·· •…橫壁部 12’···.· …舌板 34···.. •…擋止部 121 ···· …端子槽 35 ····. •…固定部 122 ··.. …知子槽 351… …·倒刺 123 ··· …端子槽 36••… 扣持up 13…… …h隔板 361… …·穿孔 131 ··· …楔形凸塊 37·..·· •…彈性臂 14…… …凹槽 371… 連接4 21...... …導電端子 372… •…彈性部 211 ·... …固定部 373… •…接觸部 212 .... …彈性接觸部 38••… …·彈片 213 ··.. …導接部 4…… •…金屬殼體 22…… …導電端子 41 ••… …·壁部 221 ···· …固定部 42 ·.··· •…壁部 222 ···· …彈性接觸部 43 ••… •…前端開口 223 ··.. …導接部 44••… …·擋片 23…… …導電端子 45 ••… …·彈片 13 M352165 46····. •…干涉部 93••… •…内遮蔽殼體 5…… —插槽 931… …·前側板 91 ····. …·内遮蔽殼體 932… …·殼體接地部 911… …·彈片 94·.··· •…金屬殼體 92•… •…金屬殼體 941… •…接地部 921… •…配合孔[Explanation of main component symbols] 1. Insulation case 231... • Fixing part 100 ... Socket-type socket electrical connection 232... • Elastic contact part 233... •... Guide part 11... ... upright wall 3... •... inner shield housing 111 ···· ...upright wall section 31 ·...·......front wall section 112 ····...lower upright wall section 32••... •... The transverse wall portion 12...the tongue plate 33 ······...the transverse wall portion 12'·····...the tongue plate 34···.....the stopper portion 121····...the terminal groove 35 ·····•...Fixed part 122 ···.....Zizi slot 351...·Barbs 123 ···...Terminal slot 36••... Hold up up 13... ...h partition 361... ···...Wedge bumps 37·····•...elastic arms 14...grooves 371...connections 4 21...conductive terminals 372...•...elastic parts 211 ·...fixed Portion 373... • Contact portion 212 ..... Elastic contact portion 38••...·Sheet 213··........Guide portion 4...•...Metal housing 22.........Electrical terminal 41 ••... ...·wall 221 ···· ...fixed Part 42 ····· •...wall part 222 ·····elastic contact part 43 ••... •... front end opening 223 ···.....conducting part 44••...·Block 23... Terminal 45 ••...··················································································· Inner shielding case 932...·Bearing grounding portion 911...·Resilience piece 94·····...Metal housing 92•...•...Metal housing 941...•...Grounding part 921...
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