M318815 r 「…， ’， f· ' r ； .· 八、新型說明： 【新型所屬之技術領域】 本創作是關於一種電遠接哭 ^ a Ba 电遇接态，尤其疋關於一種用於電子 設備上具有鎖扣結構的電連接器。 【先前技術】 • ^者資訊及電子技術的發展，諸如手機、PDA(個人數位 助理）等電子消費産品越來越趨向多功能、小型化，如，在 • +機中集成一相機模組而增加拍照和攝像功能。然，由於 手機尺寸較小，彈性臂的長度極易受限而導致彈性不足， 難以取得理想的卡持效果。 如圖1所示，中國專利第200420117653號就公開一用於連 接一相機模組（未圖示）的電連接器7。該電連接器7包含 一絕緣殼體70、複數個導電端子71及一遮蔽體72。該絕緣 殼體70設有一開口向上的接合槽7〇〇，該接合槽7〇〇的四周 内壁設有複數個端子收容槽701以收容相應的導電端子 71。遮蔽體72具有遮蔽於絕緣殼體70四周的遮板72〇，其中 兩相對遮板720内侧分別傾斜延設有抵止片721，以抵壓固 定組裝入接合槽700的相機模組。藜於習知相機模組本身的 尺寸較小，因此收容相機模組的電連接器的尺寸也相應地 較小，而由於該抵止片721是自遮板720上直接延伸而出， 因此其抵止片721的彈性臂必然地變小，所以當相機模組插 入該電連接器中時，相機模組抵頂抵止片721使其依靠自身 的彈性變形而後退；在此過程中由於彈性臂較短，極易發 生永久變形而不能恢復到原狀進而影響電連接器固定相機 M318815、 模組的功能。有鑒於此，習知電連接器需作進一步改進。 【新型内容】 本創作提供一種電連接器，該電連接器可穩定固持插入 的功能模組，便於日後保養維護，而不會破壞電連接器的 結構。 本創作提供下列技術方案：一種電連接器，包括一絕緣 本體、複數個收容於該絕緣本體的導電端子，及一套設在 該絕緣本體外的遮蔽體。該絕緣本體包括複數個侧壁、一 底壁、由該等侧壁、底壁圍合形成的具有一收容開口的一 收容空間，及複數個形成於該等侧壁上並與該收容空間連 通的容設開口。該遮蔽體包括複數個側板，該侧板上設有 複數個收容於相應的容設開口的鎖扣件。各鎖扣件包括一 自該遮蔽體侧板上向收容空間内延伸的連接部、—自該連 接部另一端向收容開口方向延伸的彈性部、一自該彈性部 一端延伸的基部、及自該基部向相反於收容開口方向及向 收容空間内傾斜延伸的鎖扣部。 在一實施例中，容設開口是自該絕緣本體的側壁自上而 下凹陷形成的開口。鎖扣件的連接部跨設在開口中。容設 開口中有一個的開口的寬度大於其他開口寬度。複數個鎖 扣件中對應容設開口的開口寬度設置有一連接部寬度大於 其他連接部寬度的鎖扣件。一模組對應收容於收容空間 内，該模組具有一凸塊；該凸塊配合該絕緣本體上的具有 較大開口的容設開口形成該模組與絕緣本體之間的防呆作 用。該模組上設有複數個配合部’該各鎖扣件的鎖扣部止 M318815 r r ^ * ^ 擒該配合部。 本創作較習知電連接器，由於其具有向收容空間内延伸 的連接部，使得其具有了更爲在不改變産品尺寸條件下， 通過在一基部上設置鎖扣部與彈性部，大幅度增加鎖扣部 的彈性臂；從而使整個鎖扣件可更穩固的固持插入的對接 元件，提高産品的結構穩定性。 【實施方式】 I 為便於更好的理解本創作，現結合本創作的一較佳實施 例作詳細說明。 如圖2所示，根據本創作一實施例的電連接器1可裝配於 一電路板P上，用於連接一相機模組2。該電連接器1包含 一絕緣本體3、複數導電端子4,及一遮蔽體5。 如圖3所示，相機模組2包含一基部20、一鏡頭部21，及 至^ 接觸^子22。該基部20具有'一上表面200、一與該上 表面200相對的下表面201，及連接該上表面2〇〇與下表面 • 201的侧面202。一用於防呆作用的凸塊2〇3自其中一侧面 202向外凸伸，各側面202相接處分別自上表面2〇〇設置一配 合部204。鏡頭部21設於基部20中央並突伸於上表面200 外’而接觸端子22則設於下表面201以與導電端子4接觸而 電連接。 結合圖3、4、5、6,絕緣本體3呈一方形框體，具有四侧 壁30及一底壁31，並藉由該四側壁3〇與底壁31定義一收容 空間32。在收容空間32内，複數個端子收容槽33自各側壁 30延伸向底壁31，以收容相應的導電端子4。各側壁3〇相接 M318815 r · .· r」' 處對應相機模組2上各配合部2〇4分別設置一容設開口 4a 34b，本實施例中，各容設開口 是側壁％自 上而下凹陷形成的開口；其中—容設開口⑽可對應相機模 組2上的凸塊2〇3用作防呆開口，其寬度與其餘三容設開口 34a的寬度不同，本實施例中較寬（參見圖8⑷）。此外各 侧壁30外側均自外向内凹陷有一容置槽35。 各導電端子4分別具有一基部4〇、一自基部4〇一端延伸的 ，帛接部41、一自基部4〇另一端延伸的彈性部η及自彈性部 42延伸的接觸部43 β該基部4()收容於端子收容槽％位於絕 緣本體3的侧壁30上的部分，焊接部41收容於端子收容槽^ 位於絕緣本體3的底壁31的部分，並可進一步焊接至電路板 P上的相應焊墊S1 ;彈性部42與接觸部43則延伸於收容空 間32中。 遮蔽體5與絕緣本體3形狀相應，具有遮蔽絕緣本體3的四 、 側板5〇。各侧板上端彎折延伸有接合片500,可覆於絕緣 本體3的侧壁30上方而防止絕緣本體3自遮蔽體5脫出。對應 絕緣本體3上設置的容置槽35，遮蔽體5的侧板5〇上設置有 複數向内侧彎折延伸的抵壓片501;當遮蔽體5與絕緣本體3 裝配在一起時，該抵壓片501抵壓相應容置槽35内壁而加強 兩者間的結合。對應絕緣本體3上的各容設開口 34a、34b， 遮蔽體5的兩相對側板50上設有相應的鎖扣件51a、51b。各 鎖扣件51a、51b具有一自遮蔽體5的侧壁50約中部跨設容設 開口 34 a、34b延伸的連接部51〇、自該連接部51〇另一端向 收容開口方向垂直延伸的彈性部511、一自該彈性部511一 M318815- - 端橫向水平延伸的基部512，及自該基部512向收容空間32 内傾斜延伸的鎖扣部513。其中對應容設開口 34b的一鎖扣 件51b同時可作一防呆件，其連接部510尺寸較其他鎖扣件 51 a的寬（參見圖8(a))。此外遮蔽體5底部進一步設有複數 可將其固定於電路板P的固定部52，各固定部52可焊接於 電路板P上的相應固定焊墊S2上從而將遮蔽體5乃至整個 電連接器1固定於電路板 > 如圖7、8(a)、8(b)、8(c)，當裝配絕緣本體3與遮蔽體5 時，使絕緣本體3上用作防呆的容設開口 34b與遮蔽體5上用 作防呆的鎖扣件5lb相互對準，即可方便準確的將兩者組合 在一起，各鎖扣件51a、5lb收容於相應的容設開口 34a、 34b。相機模組2插入時，其凸塊203對準絕緣本體3的容設 開口 34b，基部20會推頂鎖扣件51a、5lb的鎖扣部513，使 其籍由其自身彈性帶動基部512、進而帶動彈性部511向容 設開口 34a、3仆内後退，從而使相機模組2順利的收容於絕 ^ 緣本體3的收容空間32。鎖扣部513彈性恢復至原位而止擋 於相機模組2的配合部204,相機模組2的接觸端子22抵靠各 導電端子4，如此保證電連接器1與相機模組2的穩定對接。 本創作的電連接器的鎖扣件在基部延伸鎖扣部及一彈性 部’在保證産品尺寸的條件下大幅度增加止檔部的彈性 ’’因而可更穩疋的固持插入的對接元件。 本創作的技術内容及技術特點已揭示如上，然而熟悉本 領域的技術人員仍可能基於本創作的教示及揭示而作種種 不背離本創作精神的替換及修飾。因此，本創作的保護範 M3188 IS" … … 圍應不限於實施例所揭示的内容，而應包括各種不背離本 創作的替換及修飾，並為本專利申請請求項所涵蓋。 【圖式簡單說明】 圖1係一習知電連接器的立體圖； 圖2係一根據本創作的電連接器裝配於一電路板上對接 一相機模組時的立體圖； 圖3係圖2的分解圖； _ 圖4係一根據本創作的電連接器的絕緣本體與遮蔽體裝 配在一起時的剖視圖； 圖5係一根據本創作的電連接器的遮蔽體與絕緣本體及 導電端子脫開的立體圖； 圖6係一根據本創作的電連接器的立體圖； 圖7係一根據本創作的電連接器對接一相機模組時的立 體圖， 圖8(a)係一根據本創作的電連接器對接一相機模組時 | 的俯視圖； 圖8(b)係沿圖8(a)中ΖΖ線截取的剖面圖；以及 圖8(c)係沿圖8(a)中ΥΥ線截取的剖面圖。 【主要組件符號說明】 3絕緣本體 5遮蔽體 21鏡頭部 30側壁 1電連接器 2相機模組 4導電端子 20基部 22接觸端子 -Μ318815 31 底壁 33 端子收容槽 35 容置槽 41 焊接部 43 接觸部 52 固定部 71 導電端子 51a 、5 1 b鎖扣件 201 下表面 203 凸塊 500 接合片 510 連接部 512 基部 700 接合槽 720 遮板 P電路板M318815 r "..., ', f· ' r ; .. VIII. New description: [New technical field] This creation is about a kind of electric remote crying ^ a Ba electric encounter state, especially about one for electronic An electrical connector with a locking structure on the device. [Prior Art] • The development of information and electronic technologies, such as mobile phones, PDAs (personal digital assistants) and other electronic consumer products are becoming more and more versatile and miniaturized, for example, The camera module is integrated in the + machine to increase the camera and camera functions. However, due to the small size of the mobile phone, the length of the elastic arm is easily limited and the elasticity is insufficient, which makes it difficult to achieve the desired card holding effect. An electrical connector 7 for connecting a camera module (not shown) is disclosed in the Chinese Patent No. 200420117653. The electrical connector 7 includes an insulative housing 70, a plurality of conductive terminals 71 and a shielding body 72. The insulating housing 70 is provided with an opening groove 7〇〇 in the upward direction, and a plurality of terminal receiving grooves 701 are formed in the inner wall of the connecting groove 7〇〇 to receive the corresponding conductive terminals 71. The shielding body 72 has a shielding effect. A shutter 72 around the edge of the housing 70, wherein the inner side of the opposite shutter 720 is obliquely extended with a resisting piece 721 for pressing the camera module of the fixed group into the engaging slot 700. The conventional camera module itself The size of the electrical connector that houses the camera module is correspondingly small, and since the abutting piece 721 extends directly from the shutter 720, the elastic arm of the abutting piece 721 is inevitable. The ground becomes smaller, so when the camera module is inserted into the electrical connector, the camera module abuts against the abutting piece 721 to retreat by its own elastic deformation; in the process, since the elastic arm is short, it is prone to permanent The deformation does not return to the original state and thus affects the function of the electrical connector fixing camera M318815, the module. In view of this, the conventional electrical connector needs to be further improved. [New content] The present invention provides an electrical connector, the electrical connector It can stably hold the inserted function module for future maintenance without damaging the structure of the electrical connector. The author provides the following technical solutions: an electrical connector, including an insulating body, a plurality of And a shielding body disposed on the insulating body, and a shielding body disposed outside the insulating body. The insulating body includes a plurality of sidewalls and a bottom wall, and the housing is formed by enclosing the sidewalls and the bottom wall a receiving space of the opening, and a plurality of receiving openings formed on the side walls and communicating with the receiving space. The shielding body includes a plurality of side plates, and the plurality of side plates are disposed in the corresponding receiving openings Each of the locking members includes a connecting portion extending from the side plate of the shielding body into the receiving space, an elastic portion extending from the other end of the connecting portion toward the receiving opening, and extending from one end of the elastic portion The base portion and the locking portion extending obliquely from the base portion in the direction opposite to the receiving opening and into the receiving space. In one embodiment, the receiving opening is an opening formed by recessing from the top to the bottom of the insulating body. A connecting portion of the locking member is spanned in the opening. The width of one of the openings in the opening is greater than the width of the other opening. The opening width corresponding to the opening of the plurality of locking members is provided with a locking member having a width greater than the width of the other connecting portions. A module is correspondingly received in the accommodating space, and the module has a protrusion; the protrusion cooperates with a receiving opening having a larger opening on the insulating body to form a foolproof function between the module and the insulating body. The module is provided with a plurality of mating portions, and the latching portions of the latching members are M318815 r r ^ * ^ 擒 the mating portions. Compared with the conventional electrical connector, the present invention has a connecting portion extending into the receiving space, so that it has a locking portion and an elastic portion on a base portion without changing the product size. The elastic arm of the locking portion is added; so that the entire locking member can hold the inserted docking member more stably, thereby improving the structural stability of the product. [Embodiment] I In order to facilitate a better understanding of the present invention, a preferred embodiment of the present invention will now be described in detail. As shown in FIG. 2, the electrical connector 1 according to an embodiment of the present invention can be mounted on a circuit board P for connecting a camera module 2. The electrical connector 1 includes an insulative housing 3, a plurality of conductive terminals 4, and a shielding body 5. As shown in FIG. 3, the camera module 2 includes a base portion 20, a lens portion 21, and a contact portion 22. The base 20 has an upper surface 200, a lower surface 201 opposite the upper surface 200, and a side surface 202 connecting the upper surface 2 and the lower surface 201. A bump 2 〇 3 for preventing the dwelling is projected outward from one of the side faces 202, and a mating portion 204 is disposed from the upper surface 2 相 at the intersection of the side faces 202, respectively. The lens portion 21 is provided at the center of the base portion 20 and protrudes from the outer surface 200, and the contact terminal 22 is provided on the lower surface 201 to be in electrical contact with the conductive terminal 4. Referring to Figures 3, 4, 5 and 6, the insulative housing 3 has a square frame having four side walls 30 and a bottom wall 31, and a receiving space 32 is defined by the four side walls 3 and the bottom wall 31. In the accommodating space 32, a plurality of terminal receiving grooves 33 extend from the side walls 30 toward the bottom wall 31 to accommodate the corresponding conductive terminals 4. Each of the side walls 3 is connected to the M318815 r · .·r"', and each of the mating portions 2〇4 of the camera module 2 is provided with a receiving opening 4a 34b. In this embodiment, each of the receiving openings is a side wall. And the opening formed by the lower recess; wherein the receiving opening (10) can be used as the foolproof opening corresponding to the bump 2〇3 on the camera module 2, and the width is different from the width of the remaining three receiving openings 34a, in this embodiment Wide (see Figure 8(4)). In addition, a receiving groove 35 is recessed from the outside to the outside of each of the side walls 30. Each of the conductive terminals 4 has a base portion 4A, an extending portion extending from one end of the base portion 4, a splicing portion 41, an elastic portion η extending from the other end of the base portion 4, and a contact portion 43 extending from the elastic portion 42. The base portion 4 ( ) is received in a portion of the terminal receiving groove % located on the side wall 30 of the insulative housing 3 , and the soldering portion 41 is received in a portion of the terminal receiving slot ^ located in the bottom wall 31 of the insulative housing 3 and can be further soldered to the circuit board P Corresponding pads S1 on the upper portion; the elastic portion 42 and the contact portion 43 extend in the receiving space 32. The shielding body 5 has a shape corresponding to the shape of the insulative housing 3, and has four side plates 5〇 that shield the insulative housing 3. The side plates of the side plates are bent to extend over the side walls 30 of the insulating body 3 to prevent the insulating body 3 from coming off the shielding body 5. Corresponding to the accommodating groove 35 provided in the insulative housing 3, the side plate 5 of the shielding body 5 is provided with a plurality of pressing pieces 501 extending inwardly and bent; when the shielding body 5 is assembled with the insulating body 3, The pressing piece 501 presses against the inner wall of the corresponding accommodating groove 35 to strengthen the bonding therebetween. Corresponding to the receiving openings 34a, 34b of the insulative housing 3, the opposite side plates 50 of the shielding body 5 are provided with corresponding locking members 51a, 51b. Each of the locking members 51a, 51b has a connecting portion 51A extending from the side wall 50 of the shielding body 5 across the receiving opening 34a, 34b, and extending perpendicularly from the other end of the connecting portion 51 toward the receiving opening. The elastic portion 511 has a base portion 512 extending horizontally horizontally from the elastic portion 511 to the M318815 end, and a locking portion 513 extending obliquely from the base portion 512 into the receiving space 32. A locking member 51b corresponding to the opening 34b can be used as a foolproof member, and the connecting portion 510 is wider than the other locking members 51a (see Fig. 8(a)). In addition, the bottom of the shielding body 5 is further provided with a plurality of fixing portions 52 which can be fixed to the circuit board P, and the fixing portions 52 can be soldered to the corresponding fixing pads S2 on the circuit board P to shield the shielding body 5 or the entire electrical connector. 1 fixed to the circuit board> As shown in Figs. 7, 8(a), 8(b), 8(c), when the insulative housing 3 and the shielding body 5 are assembled, the insulating body 3 is used as a foolproof opening. 34b and the locking member 5lb used as the foolproof body on the shielding body 5 are aligned with each other, so that the two can be combined conveniently and accurately, and the locking members 51a, 51b are received in the corresponding receiving openings 34a, 34b. When the camera module 2 is inserted, the protrusion 203 is aligned with the receiving opening 34b of the insulative housing 3, and the base 20 pushes the locking portion 513 of the locking member 51a, 5lb to cause the base 512 to be elastically driven by itself. Further, the elastic portion 511 is moved back toward the accommodation openings 34a and 3, and the camera module 2 is smoothly accommodated in the accommodating space 32 of the rim body 3. The locking portion 513 is elastically restored to the original position and stops at the mating portion 204 of the camera module 2, and the contact terminal 22 of the camera module 2 abuts against each of the conductive terminals 4, thereby ensuring the stability of the electrical connector 1 and the camera module 2. Docking. The locking member of the electrical connector of the present invention substantially increases the elasticity of the stop portion under the condition that the product extends the locking portion and an elastic portion to securely hold the inserted docking member. The technical content and technical features of the present invention have been disclosed as above, but those skilled in the art may still make various substitutions and modifications without departing from the spirit of the present invention based on the teachings and disclosures of the present invention. Therefore, the protection of the present invention, M3188 IS", is not limited to the disclosure of the embodiments, but includes various alternatives and modifications that do not depart from the present invention and is covered by the present patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a conventional electrical connector; FIG. 2 is a perspective view of an electrical connector according to the present invention when mounted on a circuit board to dock a camera module; FIG. 3 is a perspective view of FIG. FIG. 4 is a cross-sectional view of the electrical connector of the present invention assembled with the shielding body; FIG. 5 is a shield of the electrical connector according to the present invention, and the insulating body and the conductive terminal are disconnected. Figure 6 is a perspective view of an electrical connector according to the present invention; Figure 7 is a perspective view of an electrical connector according to the present invention when docking a camera module, and Figure 8 (a) is an electrical connection according to the present invention. FIG. 8(b) is a cross-sectional view taken along line 图 in FIG. 8(a); and FIG. 8(c) is a cross-sectional view taken along line 图 in FIG. 8(a); Figure. [Main component symbol description] 3 Insulating body 5 shielding body 21 Lens portion 30 Side wall 1 Electrical connector 2 Camera module 4 Conductive terminal 20 Base portion 22 Contact terminal - Μ 318815 31 Bottom wall 33 Terminal receiving groove 35 accommodating groove 41 Welding portion 43 Contact portion 52 fixing portion 71 conductive terminal 51a, 5 1 b latching member 201 lower surface 203 bump 500 engaging piece 510 connecting portion 512 base 700 engaging groove 720 shutter P circuit board
32收容空間 34a、34b容設開口 40基部 42彈性部 50側板 70絕緣殼體 72遮蔽體 200上表面 202側面 204配合部 501抵壓片 511彈性部 513鎖扣部 701端子收容槽 721抵止片 SI、S2焊墊 11-32 accommodating spaces 34a, 34b accommodating opening 40 base portion 42 elastic portion 50 side plate 70 insulating housing 72 shielding body 200 upper surface 202 side surface 204 fitting portion 501 pressing piece 511 elastic portion 513 locking portion 701 terminal receiving groove 721 abutting piece SI, S2 pads 11-