1322532 六、發明說明： 【發明所屬之技術領域】 備上種電連接器，尤其指—種顧於移動電話或其他電子設 【先前技術】 …’八A, v I ,。人…U!啊月兴，移動電、 他通信電子赌越來越趨向於小型化發展，魏 ° ^足人們的需求。如在移動電話、PDA上增設照相功能=這:^子匕= 免支援此功能的相關電連接器以電性連接相如& ίit巧信巧術的發展及高科技的θ新月異，移動電話、PDA或其 ‘樣化，以 ?電子設備 子設備的對應電路板。 仲喊模組和電 美國專利申請公開第2〇_〇68868號揭示了一種將相機模组連 =反的電連接器的方案。該電連接器包括—絕緣本體和複數電 =體係中空四合式立體結構，其四周壁豎直對稱地 = =子收容槽。導電端子收容於收容槽中，其包括位於絕 内之接觸部和延伸出絕緣本體外之焊接部。相機模 ^ =，其四周壁上設有電性連接部分與導電端子的接觸部電性U體& 電接部焊接至電路板的上表面，從而完成相機模組與電路板之間的 作中上相=組連接至電路板的問題，然而在實際操 遮罩的作用。同時由於相麵組與電連接器之間缺乏必要的固持裝置 ini，模組與導電端子不穩定的接觸，影響整個產品的正常工 作，因此有必要设計-種新的電連接器以解決上述問題。 【發明内容】 元件 肺的是通過以下技術方案實現的：-種安裝在電子設備之電 勺枯一_ —器、’用以電性連接""'電子元件與前述電路板，該電連接器 n體、複數收容於絕緣本體内的導電端子及組裝在絕緣本體上 …敝換.·且，絕緣本體包括前後、左右四侧壁，遮蔽模組包括四片分別 1322532 安裝在絕縣體_的舰體，每—魏 體=一外側面，其中安裝於絕緣本 及 在絕緣本體後_遮蔽體於主體片上邊緣處設 抑2持片，安裝 地片及卡持>；均抵接在電子元件的^接^時遮__卡持部、接 遮蔽模 與習知技術相比，本發明電連接器通過在絕緣本體 了電磁遮罩的要求，且遮蔽模組設有卡持部及卡持片^電子元 中牛固的固持在電連接器上，從而保證電子 — 確保整個產品的正常电于讀解“子的穩定接觸， 【實施方式】 參閲第-圖至第四圖所示，本發明電連接器丨⑻，其安裝於 電路板6上，用以收容電子元件（在本實施方式中，該電子=係 ill!該電連接器100主要包括絕緣本體1、4欠容於絕緣本體1内的複數 導電端子2、遮蔽模組3及遮蔽座體4。 如第四圖及第五圖所示，絕緣本體！係呈長方體結構， =〇、12、前後側壁U、13、左右側壁14、16以及底壁‘絕緣本體i °又有複數收谷腔101用以收容導電端子2,這些收容腔1〇1呈“魚骨狀，，自 上表面ίο向下凹設形成。在收容腔101與絕緣本體丨之下表面12之間係 ，緣本體的缝17。紐Π上設有喊171與減敝容腔⑻相連^ 這些凹孔171貫穿絕緣本體1的底壁17。 絕緣本體1的前後左右四個側壁（u、13、14、16)上均設有凹槽18 用於與遮蔽模組3相配合，在左右側壁η、16上還設有自上表面1〇 &下 凹設形成的通道104及位於收容通道1〇4正下方向外突設的凸塊1〇5，這些 凸塊105的上表面與相應的通道104的下表面共面。在前後侧壁u、12 ^ 上部也設有複數凸塊19,在底壁17上設有凹槽176用於與遮蔽座體4相配 合。另外，在絕緣本體1左右侧壁14、16的内側與通道104相交處還今有 卡持槽106與導電端子2干涉配合。 參照弟四圖所示，導電端子2包括一沿左右方向延伸之縱長的主體部 21、由該主體部21 —端向上彎折傾斜延伸之彈性部22及設於該彈性部22 1322532 自由端且位於主體部21上方之接觸部23。該導電端子 21的另-端豐直向上彎折設置之卡持部24 =括自主體部 焊接腳I其中卡持部％上設有複數倒刺烈。、。向外水平延伸之 遮蔽模組3包括兩片第一遮蔽體31、一片二 蔽體35。在此實施方式中，遮蔽體31、33、35分別由-金屬κ二片第三遮 成。當然，在其他實施方式中，遮蔽體31、33、35也可型而 折一體成型而成。其中，第-遮蔽體31係 金屬片連續彎 主體片318具有内外兩側面31〇、311，在== 括主體片318。 的中心處設有-向内f曲設置的卡持部313 ’ ° ^縱長方向 315。接地片314、卡持片315均係自主體片卜-軎有卡持片 成的彈性臂，且接抵片314的長度大於g片上广下-曲延伸形 上設有龍繼晴嘛體片训 的中央向外延設有焊接腳32卜其延伸方向與主體片31 $上，緣 的凹样f 入部316及固持部317用於與絕緣本體i ^ t 部沿主體片318的下邊緣間隔排列，固持邻 317為兩片，其是從主體片318 ^ 寺4 3Π上還設有倒刺（未標示）。 叫衝壓及向和曲形成。固持部 i二遮蔽體33的主體片338上部位於縱長方向的中 =缺口 333的兩側對稱設置有接地片334,左右各兩片且 之長度相同。第二遮蔽體33的插入部336、固持部337孔、又及焊 腳32i與第-遮蔽體31的該等結構大致相同。考慮到受力怎9 量有所不同。另外，第二遮蔽體33位於縱向兩端 的：¥接腳341疋謂應通孔339 &下邊緣的中央處 接腳341與位於中間部位的焊接腳341處於同一平面上。° 第三遮蔽體35與第二遮蔽體33結構基本相 ίίΐΪΐί其蔽體33的缺口 333對應處設置^向t曲ί 罝的卞持部353，該卡持部353盥第一讲益神：η λα上一 及功效完全相同。 ^似體31的卡持部3!3 4立置、形狀 遮蔽體模組3之彈性臂（卡持片別、接地片仍、奶及卸之自 抵接在相機模組上的彈性抵接部，在本實施例中將該 等彈性抵接视-標示為322 (見第四圖所示）。另外，遮蔽體模組3之彈 1322532 卡持部313的上部與主體片318相接處均設有一弧形導引部，同樣 在本實施例中將這些導引部統一標示為323。 t:參閱第四圖所示，遮蔽座體4包括一底壁41及自底壁41的四個側 向t·延伸之前後讎42、左右麵43。於底壁41上靠近前後側壁 \處各设有複數插入部411 ’插入部411係垂直於底壁41向上延伸， ，設有倒刺（未標示）。前後嫩42及左右側壁43的上邊緣分別延讲 $複數焊接腳42卜431，這些焊接腳42卜431垂直於底壁且位於同一平: 請參照第-圖至第三圖所示’相機模組5包括—基部5卜位於基 上面的柱狀部52及位於基部51下面的底部53。所述基部51包括1表面 =、左侧面512、右側面513及後侧面514。基部51的左右兩側面512、 上各設有-肋條516，與左右側面512、513垂直的後侧面514上 觸底部53的底面531上設有複數與導電端子2的接觸部23 “ 觸導通的導電路徑532。 *組裝時’首先將導電端子2從絕緣本體j的上表面ι〇自上而下插 =收容腔1G1内。所述導電端子2的主體部21與·本體丨的底壁η 部173、第二支撑部174水平接觸，卡持部24收容於絕緣本體 ^卡持槽1〇6内，該卡持部24的倒刺Μ與卡持槽1〇6相卡持固定 性π 22及接觸部23則向上延伸而突出於絕緣本體1之上表面10，又，戶， 腳26通過絕緣本體1的左右側壁14、16上凹設形成之通道104而 備^Ϊίί體1的左+右側壁外’用以與電路板（未圖示）或其他外接設 導L。位於收容通道1〇4正下方向之凸塊1〇5與端子2之焊接 %相，觸’藉此’凸塊1〇5即可支撑焊接㈣，增強其機械性能。 I第一、第二及第三遮蔽體31、33、35分別組裝到絕緣本體1的 下僅、^形成一收容空間3〇，這些遮蔽體與絕緣本體1配合的方式相同， 邻3^7八二f蔽胃31為例加以說明。第一遮蔽體31之插入部316及固持 3° 7 1 到絕緣本體1左、右側壁14、16之收容槽18内，固持‘ 7上的倒刺與收容槽132卡制定。端子2之焊接腳％穿 』 319與第-遮蔽體31之焊接腳321位於同一平面上，前後= ^ 1 Γ上之凸塊19也伸入到相躺遮蔽體之通孔359、现内。遮蔽座 17之匕描於絕緣本體1的下表面12上，插入部411收容於絕緣本體1底壁 之凹槽176内，且插入部411的倒刺與凹槽】76卡持固定。此時，端子 1322532 321Γ、36ϊ 及遮 _4 之谭接物、 腳Γ千 同一側的焊接賴尾端相平齊。同時，端子之焊桩 煤接脚心4 知接腳34 36亦分別與遮蔽座體4的 的干擾，紐整個產品的正常工I 騎免了&子間信號 ，用時’將相機模組5自上而下插入到電連接器1〇〇的收容 將相機模組5的凸塊518對準第二遮蔽體33的缺口 5 ’插人 j中’相機 5與遮蔽體模組3的卡持片314 相接觸抵接，卡持片314、接地片315、335及355 mu扮 臂文擠壓而產生向遮蔽體模組3的内側 及; 性 ==5收容於遮蔽體3内。插入後，遮蔽===卡 從片315、335及355)因彈性力的作用朝原來的位置： 上表面Πϊί二的下緣正好抵接在相機模組5基部51的肋條516的 ,. 卡持0ρ 313、353卡持在相機模組5的柱狀部52上，以防止外 ϋΐΐ機模組5從遮蔽體3中滑出及前後、左右方向的晃動，使得相 在Γ0方向都得以很好的固定。同時，接地片315、335及355 與，機模組5之底部53相抵接而達到卡持與接地的目的。 二5 23電Hf。的另導電二與設置在絕緣本體1内的導電端子2的接觸部 =:531，從而使得相機模組5的肋條516的上表面與底面531 = 莫抵 力而更加穩固的置於電連接器10_，達到理想的固持效果。 - 片第ΐΐΐΪ方式中’遮蔽模組包括四片遮蔽體，由前述之描述知，因兩 ^遮,31同時具有卡持在相機模組5的柱狀部52上的卡持3、 -2機模組5基部51的肋條516上的卡持片314及接地片314，兩片第 施方可以將相賊組5畴在電連接器1〇0中。故而在其他實 …式中’遮舰組3可為包括兩片遮蔽體等方式， 遮蔽=31的結構可將相機模組5_在電連接器⑴/中即/可。、有^ 一 约呈2第ΐ =示，遮蔽模組3之兩片第一遮蔽體31及第三遮蔽體35 ，具有伸入到收容空間30内的卡持部313、如，第m 處所設係防呆缺口 333，由此，在相機模組5插入到電連接器⑽^容空 1322532 時，只能是設有凸塊518的一側安裝到第二遮蔽體％這—側 相機模組5按照特定梅裝到纖謂上，避 絲發明電連接器⑽的電子元件並不局限為相機模組5，也可為 ⑽的接的插人模組或卡類組件等。相躺，本發明電連接器 本體i也不局限於長方體結構，也可為圓柱體等 3及遮蔽越4顺其減應。 # &_、’且 綜上所述，本發明確已符合發明專利之要件，麦依法提出專利申請。 所1林發明之較錄财式，自不能以此限定本《之權利 修飾或變化，皆仍涵蓋於後附之申請專利範圍内。 荨效 【圖式簡單說明】 t圖係本發明電連接器與-相機模組組合後的立體示意圖。 圖 第二圖係本發明電連接器與一相機模組組合後另一角度的立體示意 第三圖係本發明電連接器與相機模组分解後的立體示意圖。 第四圖係本發明電連接器的分解示意圖。 大圖第五圖係第四_示的本發明電連接㈣絕緣本體另—角度的立體放 【主要元件符號說明】 電連接器 100 絕緣本體 上表面 10 收容腔 通道 104 下表面 凸塊 105、19、518 前側壁 後側壁 13 左側壁 右側壁 16 底壁 凹孔 171 凹槽 導電端子 2 主體部 彈性部 22 接觸部 卡持部 24 倒刺 1 101 12 11 14 17 18 > 176 21 23 28 1322532 焊接腳 26'321 ' 341 > 361 、421、431 遮蔽模組 3 收容空間 30 第一遮蔽體 31 第二遮蔽體 33 第三遮蔽體 35 内側面 310 外側面 311 缺口 333 主體片 318 ' 338 ' 358 卡持部 313 、 353 卡持片 315 通孔 319 接地片 314'334'354 遮蔽座體 4 插入部 316、336、411 底壁 41 固持部 317、337、357 前後側壁 42 左右側壁 43 相機模組 5 基部 51 上表面 511 左側面 512 右側面 513 後側面 514 肋條 516 柱狀部 52 底部 53 底面 531 導電路徑 5321322532 VI. Description of the invention: [Technical field to which the invention pertains] A type of electrical connector is provided, especially referring to a mobile phone or other electronic device [Prior Art] ... '8 A, v I ,. People... U! Ah Yuexing, mobile power, his communication electronic gambling is becoming more and more oriented towards miniaturization, and Wei’s needs. For example, adding a camera function to a mobile phone or a PDA = this: ^子匕= The related electrical connectors that do not support this function are electrically connected to each other, such as the development of & ίit, and the high-tech θ. A mobile phone, a PDA, or the like, is a corresponding circuit board of an electronic device sub-device. U.S. Patent Application Publication No. 2, No. 6,068,068 discloses a solution for connecting a camera module to a reverse electrical connector. The electrical connector comprises an insulating body and a complex electric system hollow four-dimensional structure, the surrounding walls of which are vertically symmetrically = = sub-receiving slots. The conductive terminal is received in the receiving groove, and includes a contact portion located in the inner portion and a solder portion extending outside the insulating body. The camera module ^=, the contact wall of the electrical connection portion and the conductive terminal is electrically connected to the upper surface of the circuit board, thereby completing the operation between the camera module and the circuit board. The upper middle phase = the problem of the group connected to the board, however in the actual operation of the mask. At the same time, due to the lack of the necessary holding device ini between the face group and the electrical connector, the unstable contact between the module and the conductive terminal affects the normal operation of the entire product, so it is necessary to design a new type of electrical connector to solve the above problem. problem. SUMMARY OF THE INVENTION The component lung is realized by the following technical solutions: a type of electric device mounted on an electronic device, an 'electrical connection', and an electronic component and the aforementioned circuit board. The connector n body, the plurality of conductive terminals housed in the insulating body and assembled on the insulating body... 敝换. · The insulating body includes front and rear, left and right four side walls, and the shielding module includes four pieces 1322532 respectively installed in the county body _ s hull, each - Wei body = one outer side, which is installed in the insulation and after the insulation body _ shielding body is placed on the upper edge of the main body sheet to suppress 2 holding pieces, mounting the ground piece and holding >; Compared with the prior art, the electrical connector of the present invention passes the requirement of an electromagnetic mask on the insulating body, and the shielding module is provided with a holding portion when the electronic component is sealed. And the holding piece of the electronic component of the electronic component is held on the electrical connector, thereby ensuring the electrons - ensuring the normal electrical reading of the entire product in the "stable contact of the child", [Embodiment] See the first to fourth figures As shown, the electrical connector of the present invention (8), Mounted on the circuit board 6 for accommodating electronic components (in the present embodiment, the electronic device is a ill! The electrical connector 100 mainly includes a plurality of conductive terminals 2 that are insulative in the insulating body 1 The shielding module 3 and the shielding body 4. As shown in the fourth and fifth figures, the insulating body! has a rectangular parallelepiped structure, = 〇, 12, front and rear side walls U, 13, left and right side walls 14, 16 and bottom wall 'insulated The body i° has a plurality of valley chambers 101 for receiving the conductive terminals 2. The receiving chambers 1〇1 are “fishbone-shaped, and are formed downwardly from the upper surface ίο. Under the receiving cavity 101 and the insulating body 丨The surface 12 is connected to the slit 17 of the edge body. The button 171 is connected to the reducing cavity (8). The recess 171 extends through the bottom wall 17 of the insulating body 1. The front and rear left and right sides of the insulating body 1 ( Each of the u, 13, 14, 16) is provided with a groove 18 for cooperating with the shielding module 3, and the left and right side walls η, 16 are further provided with a channel 104 formed by the upper surface 1 〇 & The bumps 1〇5 protruding outward from the receiving passages 1〇4, the upper surfaces of the bumps 105 and the corresponding passages 104 The lower surface is coplanar. The upper and lower side walls u, 12 ^ are also provided with a plurality of bumps 19, and the bottom wall 17 is provided with a recess 176 for mating with the shield body 4. In addition, the left and right sides of the insulating body 1 The inner side of the walls 14, 16 intersects the channel 104. The retaining groove 106 is also interference-fitted with the conductive terminal 2. Referring to the fourth figure, the conductive terminal 2 includes a longitudinally extending body portion 21 extending in the left-right direction. The main body portion 21 is bent upwardly to extend the elastic portion 22 and the contact portion 23 disposed at the free end of the elastic portion 22 1322532 and above the main body portion 21. The other end of the conductive terminal 21 is bent upwardly and upwardly. The holding portion 24 is included from the main body welding leg I, and the plurality of barbs are provided on the holding portion %. ,. The shielding module 3 extending horizontally outward includes two first shielding bodies 31 and one partial shielding body 35. In this embodiment, the shielding bodies 31, 33, 35 are respectively thirdly covered by the -metal κ two sheets. Of course, in other embodiments, the shielding bodies 31, 33, 35 can also be formed by folding and molding. Here, the first shielding body 31 is a continuous bending main piece 318 having inner and outer side faces 31, 311, and includes a main body piece 318. The center of the center is provided with a holding portion 313'' and a longitudinal direction 315 which are provided inwardly. The grounding piece 314 and the holding piece 315 are both elastic arms formed by the main piece and the holding piece, and the length of the abutting piece 314 is larger than that of the upper and lower curved pieces of the piece. The center of the training is provided with a soldering leg 32 extending in the direction of the extension of the main body piece 31, the edge of the concave portion f into the portion 316 and the holding portion 317 for spacing along the lower edge of the main body piece 318 from the insulating body i ^ t portion. The holding 317 is two pieces, which is also provided with barbs (not labeled) from the main piece 318 ^ Temple 4 3 Π. It is called stamping and forming into the harmony. The upper portion of the main body piece 338 of the holding portion i of the second shielding body 33 is symmetrically provided with the grounding piece 334 on both sides of the middle/notch 333 in the longitudinal direction, and the left and right pieces are the same length. The insertion portion 336 of the second shielding body 33, the hole of the holding portion 337, and the welding leg 32i are substantially the same as those of the first shielding body 31. Considering how the force is different. Further, the second shielding body 33 is located at both longitudinal ends: the ¥ pin 341 is said to be the through hole 339 & the center edge of the lower edge 341 is in the same plane as the welding leg 341 at the intermediate portion. The structure of the third shielding body 35 and the second shielding body 33 is substantially the same as that of the notch 333 of the shielding body 33, and the holding portion 353 of the t-curve is provided correspondingly to the first shielding body: η λα The previous one and the effect are exactly the same. ^The holding portion 3 of the body 31 3! 3 4 is placed upright, and the elastic arm of the shape shielding body module 3 (the holding piece, the grounding piece still, the milk and the unloading elastic abutment on the camera module) In the present embodiment, the elastic abutment is indicated as 322 (see the fourth figure). In addition, the upper portion of the latch 1323232 of the shielding body module 3 is in contact with the main body piece 318. Each of the guiding portions is collectively labeled as 323. t: As shown in the fourth figure, the shielding body 4 includes a bottom wall 41 and four from the bottom wall 41. The front side t· extends the front rear sill 42 and the left and right side 43. The bottom wall 41 is provided with a plurality of insertion portions 411 near the front and rear side walls. The insertion portion 411 extends upwardly perpendicular to the bottom wall 41, and is provided with barbs. (not shown). The upper edges of the front and rear tender 42 and the left and right side walls 43 respectively extend a plurality of welding legs 42 431. These welding legs 42 431 are perpendicular to the bottom wall and are in the same plane: Please refer to the first to third figures The illustrated camera module 5 includes a base portion 5 having a cylindrical portion 52 located above the base and a bottom portion 53 located below the base portion 51. The base portion 51 includes a table The left side surface 512, the right side surface 513, and the rear side surface 514. The left and right side surfaces 512 of the base portion 51 are provided with ribs 516, and the rear side surface 514 perpendicular to the left and right side surfaces 512, 513 touches the bottom surface 531 of the bottom portion 53. The contact portion 23 of the plurality of conductive terminals 2 is provided with a conductive path 532 that is in contact with the conduction. * When assembling, the conductive terminal 2 is first inserted from the upper surface of the insulating body j from the top to the bottom of the housing cavity 1G1. The main body portion 21 of the conductive terminal 2 is in horizontal contact with the bottom wall η portion 173 and the second support portion 174 of the main body ,, and the holding portion 24 is received in the insulating body 2 holding groove 1〇6, and the holding portion 24 is inverted. The hedgehog and the retaining slot 1 〇 6 are held in a fixed π 22 manner and the contact portion 23 extends upward to protrude from the upper surface 10 of the insulating body 1 . Further, the household and the leg 26 pass through the left and right side walls 14 , 16 of the insulating body 1 . The channel 104 is formed by recessing the left side of the body 1 and the left side of the right side of the body 1 for providing a guide L with a circuit board (not shown) or other external connection. The bump 1 located in the downward direction of the receiving passage 1〇4 〇5 and the welding of the terminal 2%, touch the 'by this' bump 1 〇 5 to support the welding (four), enhance its mechanical properties. The second and third shielding bodies 31, 33, and 35 are respectively assembled to the lower portion of the insulative housing 1 to form a receiving space 3〇. The shielding bodies are matched with the insulative housing 1 in the same manner, and the adjacent 3^7-8f The stomach 31 is taken as an example. The insertion portion 316 of the first shielding body 31 and the receiving groove 18 of the left and right side walls 14 and 16 of the insulating body 1 are held by the first shielding body 31, and the barbs and receiving grooves on the '7' are held. 132 card is made. The soldering pin % of the terminal 2 is 319 and the soldering leg 321 of the first shielding body 31 is on the same plane, and the bump 19 on the front and rear = ^ 1 也 also extends into the through hole 359 of the lying shielding body. Now. The shielding portion 17 is drawn on the lower surface 12 of the insulative housing 1. The insertion portion 411 is received in the recess 176 of the bottom wall of the insulative housing 1, and the barbs of the insertion portion 411 are locked and fixed by the recess 76. At this time, the terminals 1322532 321 Γ , 36 ϊ and the _ 4 of the tandem joints and the tails of the same side of the fins are flush. At the same time, the soldering pin of the terminal, the pin 4, the pin 34 36, respectively, interferes with the shielding body 4, and the normal product I of the whole product rides the & sub-signal, when the camera module 5 is used The housing inserted into the electrical connector 1 from the top to the bottom aligns the bump 518 of the camera module 5 with the notch 5 of the second shielding body 33 'inserted' in the j of the camera 5 and the shielding body module 3 The sheet 314 is in contact with the contact, and the holding piece 314, the grounding pieces 315, 335 and 355 mu are pressed and formed to the inner side of the shielding body module 3; and the sex==5 is accommodated in the shielding body 3. After insertion, the shadow === card from the sheets 315, 335 and 355) is moved to the original position due to the elastic force: the lower edge of the upper surface Πϊί2 just abuts against the rib 516 of the base 51 of the camera module 5, the card The 0 θ 313 and 353 are held on the columnar portion 52 of the camera module 5 to prevent the outer boring machine module 5 from slipping out of the shielding body 3 and swaying in the front and rear and left and right directions, so that the phase is very close in the Γ0 direction. Good fixed. At the same time, the grounding pieces 315, 335 and 355 abut against the bottom 53 of the machine module 5 to achieve the purpose of holding and grounding. Two 5 23 electric Hf. The contact portion of the second conductive member 2 and the conductive terminal 2 disposed in the insulative housing 1 is 531, so that the upper surface and the bottom surface 531 of the rib 516 of the camera module 5 are more firmly placed and placed on the electrical connector. 10_, to achieve the desired retention. - In the slice mode, the 'shadowing module includes four shielding bodies. As described above, the two shieldings 31 have the holdings 3, -2 held on the columnar portion 52 of the camera module 5. The clamping piece 314 and the grounding piece 314 on the rib 516 of the base 51 of the machine module 5 can be used to connect the phase group 5 to the electrical connector 1〇0. Therefore, in other embodiments, the occlusion group 3 can be a method including two shielding bodies, and the structure of the shimming = 31 can make the camera module 5_ in the electrical connector (1) /. The first shielding body 31 and the third shielding body 35 of the shielding module 3 have a holding portion 313 extending into the receiving space 30, for example, the mth position. Therefore, when the camera module 5 is inserted into the electrical connector (10) to accommodate the empty 1322532, only one side of the bump 518 can be mounted to the second shielding body. The group 5 is mounted on the fiber according to the specific plum, and the electronic component of the inventing electrical connector (10) is not limited to the camera module 5, but may be a plug-in module or a card component of the (10). Lying down, the body i of the present invention is not limited to a rectangular parallelepiped structure, but may be a cylinder or the like. # &_, 'and in summary, the present invention has indeed met the requirements of the invention patent, and Mai filed a patent application. The rights and treatments of the inventions of the 1st Forest shall not be limited to the rights and modifications of the rights, and they are still covered by the attached patent application.荨 Effect [Simple diagram of the diagram] The diagram is a three-dimensional diagram of the combination of the electrical connector of the present invention and the camera module. The second figure is a perspective view of another embodiment of the electrical connector of the present invention combined with a camera module. The third figure is a perspective view of the electrical connector and the camera module of the present invention. The fourth figure is an exploded schematic view of the electrical connector of the present invention. The fifth figure is the fourth embodiment of the present invention. (IV) Insulating body Another angled three-dimensional discharge [Main component symbol description] Electrical connector 100 Insulating body upper surface 10 Housing cavity channel 104 Lower surface bumps 105, 19 518 Front side rear side wall 13 Left side wall Right side wall 16 Bottom wall recessed hole 171 Groove conductive terminal 2 Main body portion elastic portion 22 Contact portion holding portion 24 Barb 1 101 12 11 14 17 18 > 176 21 23 28 1322532 Welding Foot 26'321 ' 341 > 361 , 421 , 431 shielding module 3 accommodating space 30 first shielding body 31 second shielding body 33 third shielding body 35 inner side surface 310 outer side surface 311 notch 333 main body piece 318 ' 338 ' 358 Holding portion 313, 353 holding piece 315 through hole 319 grounding piece 314'334'354 shielding seat body 4 insertion portion 316, 336, 411 bottom wall 41 holding portion 317, 337, 357 front and rear side walls 42 left and right side walls 43 camera module 5 base 51 upper surface 511 left side surface 512 right side surface 513 rear side surface 514 rib 516 column portion 52 bottom portion 53 bottom surface 531 conductive path 532
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