:]Vf316513 八、新型說明： 【新型所屬之技術領域】 本創作是有關於-種連接器模組結構，尤指一種 可使屏蔽殼體完整包覆於絕緣殼體及一電子模組外， 防止外在環境電磁波干擾電子模組正常運作者。 【先前技術】 按’一般習用者如美國專利第6,939,172號所揭露 之#具防止匹配錯誤（峨也細也⑷功能的電子 • 额用電子連接器如第9圖所示，其主要包括一絕緣 殼體6、複數端子7及一屏蔽殼體8。該連接器的絕 ^體6界定有複數端子通道6 i，該絕緣殼體^之 端子通道6 1與屏蔽殼體8之收容空間8工相連通； 該複數端子7係固定裝置於絕緣殼體6的端子通道^ 1中’且各該端子7-端延伸出該絕緣殼體6與所需 之電路板（圖中未示）電連接；而該屏蔽殼體8係環 •、繞並固定於絕緣殼體6外緣，且屏蔽殼體8之收容空 3 8 1係可供電子模組9置人，該屏蔽殼體8與絕緣 威體6間具有干涉關係’該電子模組9與前述絕緣殼 體6上之各端子7不與電路板連接的一端電連接；而 ㈣子模組9週緣具有—凸出部91，且該屏蔽殼體 8對應該電子模組9之凸出部9 χ設有—缺口 8 2， 該屏蔽殼體8之缺口8 2兩邊由-扣緊部8 3連接， 使該電子模組9裝入收容空間8 1之後，該電子模組 5 M316513 9之凸出部9 1凸出屏蔽殼體8之缺口 8 2並抵住該 扣緊部8 3。 _ 由於屏蔽殼體8之主要功能，係在於防止存在於 外在環境電磁波干擾電子模組之工作，而該第 6,939，172號美國專利所揭露之設計中，卻使電子模組 9之凸出部9 1凸出於屏蔽殼體8外，即便以扣緊部 8 3連接屏蔽殽體8缺口8 2兩邊而減少電子模組9 裸露於屏蔽殼體8外之部分，但仍然留下屏蔽殼體8 ® 未能達成屏蔽目的之缺失；又該屏蔽殼體8之扣緊部 8 3在製造上需要利用屏蔽殼體8的延展性特徵而使 用拉伸加工法，惟此種加工法容易導致該扣緊部8 3 製造精度不易控制之缺點，進而提高屏蔽殼體8之加 工不良率，此外，整體之結構強度也較弱。 【新型内容】 本創作之主要目的係在於，可利用屏蔽殼體完整 包覆於絕緣殼體及雷早擔& t t 4于模組外，防止外在環境電磁波 干擾電子模組正常運作。 本創作之另一目的係在於，可降低屏蔽殼體製作 加工時之不良率。 為達上述之目的， 構，包含有一絕緣殼體 絕緣殼體周緣至少設有 本創作係一種連接器模組結 夕數端子及一屏蔽殼體。該 —擔牆’且該擋牆對應電子模 M316513 組之凸塊設有一缺口，使屏蔽殼體可以平貼並包附於 絕緣殼體外，則外在環境電磁波干擾電子模組正常運 作以及降低屏蔽殼體製作加工時之不良率。 【實施方式】 請參閱『第1及第2圖』所示，係分別為係本創 作第一實施例之立體外觀示意圖及本創作第一實施例 之立體分解示意圖。如圖所示：本創作係一種連接器 模組結構’其係由一絕緣殼體1、多數端子2、一屏 蔽设體3以及一電子模組4所構成，該電子模組4之 一表面凸伸有一凸塊41，可利用屏蔽殼體3完整包 覆於絕緣殼體1及電子模組4外，防止外在環境電磁 波干擾電子模組4正常運作。 上述所提之絕緣殼體1其周緣係環設有擋牆1 1，在本實施例中該絕緣殼體i的擋牆1;1是由連續 —的三面隔間牆lll、llla、lllb所組成，使 # 擋牆1 1在絕緣殼體1上界定有一容置區1 2，該擋 牆1 1之一隔間牆i 1 la上至少設有一缺口工y「 該隔間牆1 1 1 a上的缺口 1 3是對應該電子模組， 且該擋牆1 1上係設有多數開口丄4，並於該絕緣殼 體1上係具有多數與容置區i 2連通之插槽i 5。在 本較佳實施例中，絕緣殼體工之插槽丄5與絕緣殼體 1容置區12的底部相連通。 各端子2係分別設於上述絕緣殼體〗之插槽]5 M316513 中’且各端子2係具有延伸出絕緣殼體1一側之焊接 部2 1、與插槽1 5干涉之干涉部2 2、及延伸至容 置區1 2内之接觸部2 3。 該屏蔽殼體3係包覆於上述絕緣殼體1之擋牆1 1外緣，在本較佳實施例中，屏蔽殼體3主要是由一 金屬板材裁切拗折而成，該屏蔽殼體3之一端緣往絕 緣殼體1容置區12之方向設有多數分別與擋牆11 所設開口 1 4對應之下壓彈片3 1、側推彈片3 2及 扣接於擋牆1 1端緣之扣勾3 3，且該屏蔽殼體3之 另一端緣係具有多數接地部3 4及扣持爪3 5，且該 屏蔽殼體3係由一金屬薄板一體拗折而成，整體結構 儿整，因此可不需使用拉伸加工法製造即可完整包附 於絕緣殼體1外，即使電子模組4裝置入絕緣殼體工 容置區1 2後，可以獲得良好知電磁屏蔽保護，故可 降低屏蔽殼體3製作加工時之不良率。:]Vf316513 VIII, new description: [New technical field] This creation is related to a kind of connector module structure, especially a kind of shielding shell can be completely covered in the insulating shell and an electronic module, Prevent external electromagnetic waves from interfering with the normal operation of the electronic module. [Prior Art] According to the 'U.S. Patent No. 6,939,172, the utility model discloses an electronic electronic connector for preventing mismatching (the function of the electronic device) as shown in Fig. 9, which mainly includes an insulation. a housing 6, a plurality of terminals 7 and a shielding housing 8. The connector body 6 of the connector defines a plurality of terminal passages 6 i, and the receiving passages of the insulating housings and the shielding passages 8 The plurality of terminals 7 are fixed in the terminal passages 1 of the insulative housing 6 and each of the terminals 7 end extends out of the insulative housing 6 to be electrically connected to a desired circuit board (not shown). The shielding shell 8 is looped, wound and fixed to the outer edge of the insulating housing 6, and the receiving space of the shielding shell 8 is for the electronic module 9 to be placed, and the shielding shell 8 is insulated. The core module 6 has an interference relationship. The electronic module 9 is electrically connected to one end of each of the terminals 7 on the insulative housing 6 that is not connected to the circuit board; and (4) the peripheral edge of the sub-module 9 has a protruding portion 91, and the The shielding housing 8 is provided with a notch 8 2 corresponding to the protruding portion 9 of the electronic module 9, and the shielding housing 8 is lacking. The two sides are connected by the fastening portion 8 3 , and after the electronic module 9 is inserted into the receiving space 8 1 , the protruding portion 9 1 of the electronic module 5 M316513 9 protrudes from the notch 8 2 of the shielding case 8 and In the design disclosed in U.S. Patent No. 6,939,172, the main function of the shielding housing 8 is to prevent the electromagnetic wave from interfering with the electronic module in the external environment. The protruding portion 9 1 of the electronic module 9 protrudes from the shielding case 8 , and the electronic module 9 is exposed outside the shielding case 8 even if the fastening portion 8 3 is connected to the two sides of the notch 8 2 of the shielding body 8 . Part of it, but still leaving the shield case 8 ® failing to achieve the purpose of shielding; and the fastening portion 8 of the shield case 8 needs to be stretched using the ductile features of the shield case 8 in manufacturing. However, such a processing method is liable to cause a defect that the manufacturing precision of the fastening portion 8 3 is not easily controlled, thereby improving the processing failure rate of the shield case 8 and also improving the overall structural strength. [New content] The main purpose is to completely cover the insulation with a shielded casing. Body and Ray Morning & tt 4 outside the module to prevent external electromagnetic waves from interfering with the normal operation of the electronic module. Another purpose of this creation is to reduce the defect rate during the processing of the shielded casing. The purpose of the structure comprises: an insulating housing, the outer periphery of the insulating shell is provided with at least one connector module of the present invention, and a shielding shell. The retaining wall corresponds to the electronic mold M316513 The bump is provided with a notch, so that the shielding shell can be flat and wrapped outside the insulating casing, and the external environmental electromagnetic wave interferes with the normal operation of the electronic module and reduces the defect rate when the shielding shell is manufactured and processed. The "1st and 2nd drawings" are schematic perspective views of the first embodiment of the present invention and a perspective exploded view of the first embodiment of the present invention. As shown in the figure, the present invention is a connector module structure which is composed of an insulating housing 1, a plurality of terminals 2, a shielding body 3 and an electronic module 4, and one surface of the electronic module 4 A bump 41 is protruded and can be completely covered by the shielding shell 3 outside the insulating housing 1 and the electronic module 4 to prevent external electromagnetic waves from interfering with the normal operation of the electronic module 4. The insulating housing 1 mentioned above is provided with a retaining wall 1 1 at its peripheral ring. In the present embodiment, the retaining wall 1 of the insulating housing i is 1 by a continuous three-sided partition wall 111, 111a, 11b. The partition wall 11 defines an accommodating area 1 2 on the insulating housing 1 , and at least one of the partition walls i 1 la of the retaining wall 1 1 is provided with a notch y. “The partition wall 1 1 1 The notch 1 3 on a is corresponding to the electronic module, and the retaining wall 11 is provided with a plurality of openings 丄4, and the insulating housing 1 has a plurality of slots i communicating with the accommodating area i 2 5. In the preferred embodiment, the slot 丄 5 of the insulating housing is in communication with the bottom of the accommodating area 12 of the insulating housing 1. Each of the terminals 2 is respectively disposed in the slot of the insulating housing. In M316513, each of the terminals 2 has a welded portion 2 1 extending from the side of the insulating case 1 , an interference portion 2 2 interfering with the slot 15 , and a contact portion 2 3 extending into the receiving portion 1 2 . The shield case 3 is wrapped around the outer edge of the retaining wall 11 of the insulative housing 1. In the preferred embodiment, the shield case 3 is mainly formed by cutting and folding a metal plate. One end of body 3 The direction of the accommodating area 12 of the insulating housing 1 is provided with a plurality of pressing elastic pieces 3 1 corresponding to the opening 14 of the retaining wall 11 , a side pushing elastic piece 3 2 and a buckle 3 fastened to the end edge of the retaining wall 1 1 . 3, and the other end edge of the shielding shell 3 has a plurality of grounding portions 34 and a fastening claw 35, and the shielding shell 3 is integrally formed by a thin metal plate, and the overall structure is complete, so It can be completely wrapped around the insulating housing 1 by using the stretch processing method. Even if the electronic module 4 is installed in the insulating housing accommodating area 12, good electromagnetic shielding protection can be obtained, so the shielding shell can be reduced. The defect rate of the body 3 during processing.
該電子模組4係設於上述絕緣殼體i之容置區 2中與各端子2電性連接，而該電子模組4上係具 與擋牆1 1所設缺口 1 3對接之凸塊4 i，且電子 組4之外緣係設有—接地部4 2，該接地部4 2可 =只-種噴塗於電子模組4外緣之含金屬漆或其他' 電子模組4外緣具導電功效之塗料，使該屏蔽殼體 ^下㈣片3 1及側推彈片3 2頂”接地部4 ，則此時該電子模組4之接地部42具有屏蔽化 N1316513 $子模,内電路運作不受外在電磁波環境影響之功 如是」藉由上述之結構構成一全新之連接器模組 結構。 ^别述連接器中，屏蔽殼體3之下壓彈片3 1主要 疋可以將電子模組4推向端子2之接觸部2 3，以迫 使電子模組4與端子2產生電連接，因此以屏蔽殼體 3之下壓彈片3 1抵緊電子模組4表面之接地部4 # 2。該蔽殼體3之側推彈片3 2是為了避免連接器内 電子模組4因震動環境而瞬間與端子2之接觸部2 3 產生斷路，因此自屏蔽殼體3上掏折側推彈片3 2 , 藉。亥側推彈片3 2對電子模組4施加一預應力 (pre-load)，使電子模組4盡可能與絕緣殼體丄之擋 牆1 1或隔間牆保持一定距離。依此，若只單純考慮 將電子模組4接地部42上的電荷連接至屏蔽殼體3 - 上，則只需利用屏蔽殼體3各個下壓彈片3 1或側推 φ 彈片3 2之一頂掣於接地部4 2即可達成，此應屬習 於此項技藝者可輕易思及之範脅。 4參閱『第3及第4圖』所示，係分別為本創作 第一實施例之使用狀態示意圖及本創作第一實施例之 使用狀態剖面示意圖。如圖所示··組裝本實施例時， 係將屏蔽殼體3包覆於絕緣殼體1之擋牆1 1上，使 扣勾3 3抵貼於擂牆11之端緣，而該下愿彈片31 及側推彈片3 2則分別與擋牆i 1上之開口 i 4對 處16513 應，並將多數扣持爪3 5往絕緣殼體i之底部彎折， 使寒扣持爪3 5勾住絕緣殼體i之底面，之後將電子 模組4設於絕緣殼體丄之容置區i 2中，使電子 4上之凸塊4 1對接於擋牆丄i之缺口j 3，且使電 子模組4與容置區丨2中各端子2之接觸部2 3電性 連接，並同時使該屏蔽殼體3之下壓彈片3丄及側推 彈片3 2頂掣於電子模組4之接地部4 2上，讓下壓 彈片3 1可以確保電子模組4與絕緣殼體丄上之各端 子2接觸，而該侧推彈片3 2則具有些微校正電子模 組4與屏蔽殼體3或絕緣殼體1相對位置之功效。 運用時，利用各端子2之焊接部2 1分別與電路 板5上之電路連接，且將屏蔽殼體3之接地部3 4與 電路板5上之接地電路連接，如此，即可利用屏蔽崎 體3完整包覆於絕緣殼體1及電子模組4外，防止外 在環境電磁波干擾電子模組4正常運作。 本實施例中，絕緣殼體1之擋牆1 1是由連續之 四隔間牆（请插入編號）所組成，且其中一隔間牆上 具有一缺口 1 3，因此若在考量縮小連接器佔用電路 板上面積時’則可以以縮小體積方式減少連接器佔用 電路板上面積，即以減少隔間牆（請插入編號）數量 為手段達成減少連接器佔用電路板上面積之功效。因 此習於此項技藝者可以輕易思及最少只以一道隔間牆 (請插入編號）當作設置缺口 1 3之擋牆1 1用，此 M316513 時絕緣殼體1之容置區1 2即緊鄰該隔間牆（請插入 編號）。 … 請參閱『第5及第6圖』所示，係分別為本創作 第二實施例之立體外觀*意圖及本創作第二實施例之 立體分解示意圖。如圖所示：本創作之絕緣殼體工與 屏蔽殼體3組接時，係可於該絕緣殼體丄之擋牆工 上與缺口 1 3不同處，設有凹槽丄6，而於該屏蔽殼 體3内部設有—勾部36;藉此，可使該屏蔽殼體3 包覆於絕緣殼體1外料，制屏蔽殼體3之勾部3 6對應扣入播牆11之凹槽丄㈠’藉以將屏蔽殼體 3穩固設於絕緣殼體1之外部。 請參閱『第7及第8圖』所示，係分別為本創作 第三實施例之立體外觀示意圖及本創作第三實施例之 立體分解示意圖。如圖所示：本創作之絕緣殼體工與 屏蔽殼體3組接時，除可為上述型態之外，亦可於該 絕緣殼體1之#牆；[i底部外緣設有多數干涉孔工 7 ’而該屏蔽殼體3底部端緣對應該絕緣殼體丄之干 "孔1 7延伸有多數干涉腳3 7。屏蔽殼们包覆於 絕緣殼體1外部時，利料蔽殼體3之多數干涉腳3 7與絕緣殼體1之干涉孔1 7發生干涉/在圖示中是 以干涉腳3 7插入干涉孔工7為例，藉以將屏蔽殼體 3穩固設於絕緣殼體1之外部。 、’不上所’本創作連接器模組結構可有效改善習 M316513 用之種種缺點’可利用屏蔽殼體完整包覆於絕緣殼體 ^電子模組外，防止外在環境電磁波干擾電子模組正 吊運作，並可降低屏蔽殼體製作加工時之不良率，進 而使本創作之產生能更進步、更實用、更符合使用者 之所居，確已符合創作專利申請之要件，妥依法提出 惟以上所述者，僅為本創作之較佳實施例而已， 當不能以此限定本創作實施之範圍；故，凡依本創作 申請專利範圍及創作說明書内容所作之簡單的等效變 化與修飾，皆應仍屬本創作專利涵蓋之範圍内。 12 M316513 【圖式簡單說明】 第1圖 第2圖 第3圖 第4圖 系本創作第一實施例之〜立體外觀示意圖。 系本創作第一實施例之立體分解示意圖。 係本創作第—實施例之使用狀態示意圖。 ^本創作第—實施例之使用狀態剖面示意 第5圖係、本創作第二實施例之立體外觀示意圖。 第6圖’係本創作第二實施例之立體分解示意圖。 第7圖係本創作第三實施例之立體外觀示意圖。 第8圖’係本創作第三實施例之立體分解示意圖。 第9圖’係習用之立體分解示意圖。 【主要元件符號說明】 (本創作部分） 絕緣殼驗1 擔牆1 1The electronic module 4 is electrically connected to each of the terminals 2 in the accommodating area 2 of the insulative housing i, and the electronic module 4 is provided with a bump that abuts the notch 13 provided in the retaining wall 11 4 i, and the outer edge of the electronic group 4 is provided with a grounding portion 4 2, which can be sprayed only on the outer edge of the electronic module 4 with a metallic paint or other outer edge of the electronic module 4 The conductive material has a shielded housing, and the grounding portion 42 of the electronic module 4 has a shielded N1316513 $submode. The operation of the circuit is not affected by the external electromagnetic wave environment." The above structure constitutes a new connector module structure. In the connector, the pressing elastic piece 3 1 under the shielding case 3 can mainly push the electronic module 4 to the contact portion 23 of the terminal 2 to force the electronic module 4 to electrically connect with the terminal 2, thus The pressing elastic piece 3 1 under the shielding case 3 abuts against the grounding portion 4 # 2 of the surface of the electronic module 4. The side pushing elastic piece 3 2 of the shielding case 3 is for preventing the electronic module 4 in the connector from being instantaneously disconnected from the contact portion 2 3 of the terminal 2 due to the vibration environment, so that the elastic piece 3 is folded from the side of the shielding case 3 2, borrow. The shingle piece 3 2 applies a pre-load to the electronic module 4 to keep the electronic module 4 as close as possible to the wall 11 or the partition wall of the insulating casing. Accordingly, if only the electric charge on the grounding portion 42 of the electronic module 4 is simply connected to the shield case 3 -, only one of the downwardly pressing elastic pieces 3 1 or the side push φ elastic piece 3 2 of the shield case 3 is used. The top can be achieved by the grounding portion 4 2, which should be a threat that can be easily considered by those skilled in the art. 4, which is a schematic view showing the state of use of the first embodiment of the present invention and a schematic sectional view of the state of use of the first embodiment of the present invention, as shown in the "3rd and 4th drawings". As shown in the figure, when the embodiment is assembled, the shield case 3 is wrapped around the retaining wall 1 1 of the insulating case 1 so that the buckle 3 3 abuts against the end edge of the wall 11 and the lower It is desired that the elastic piece 31 and the side pushing elastic piece 3 2 respectively correspond to the opening i 4 of the retaining wall i 1 , and the majority of the holding claws 3 5 are bent toward the bottom of the insulating casing i to make the cold buckle claw 3 5 hooking the bottom surface of the insulating housing i, and then placing the electronic module 4 in the accommodating area i 2 of the insulating housing ,, so that the bump 4 1 on the electronic 4 is butted against the gap j 3 of the retaining wall ,i, And electrically connecting the electronic module 4 to the contact portion 2 3 of each terminal 2 in the accommodating area ,2, and simultaneously pressing the elastic piece 3丄 and the side pushing elastic piece 3 2 under the shielding case 3 to the electronic mode The grounding portion 4 2 of the group 4 allows the pressing elastic piece 31 to ensure that the electronic module 4 is in contact with each terminal 2 on the insulating housing, and the side pushing elastic piece 32 has some micro-correcting electronic module 4 and shielding. The effect of the relative position of the housing 3 or the insulating housing 1. In operation, the soldering portion 21 of each terminal 2 is respectively connected to the circuit on the circuit board 5, and the ground portion 34 of the shield case 3 is connected to the ground circuit on the circuit board 5, so that the shield can be utilized. The body 3 is completely covered on the outside of the insulating case 1 and the electronic module 4 to prevent external electromagnetic waves from interfering with the normal operation of the electronic module 4. In this embodiment, the retaining wall 11 of the insulating housing 1 is composed of four consecutive compartment walls (please insert number), and one of the compartment walls has a notch 13 , so if the connector is considered to be reduced When occupying the area on the board, it can reduce the area occupied by the connector on the board by reducing the volume, that is, reducing the number of the partition wall (please insert the number) as a means to reduce the area occupied by the connector on the board. Therefore, those skilled in the art can easily think that at least one partition wall (please insert the number) is used as the retaining wall 1 1 for the notch 1 3 , and the housing area 1 2 of the insulating housing 1 is the M316513 Adjacent to the compartment wall (please insert the number). ... Please refer to the "5th and 6th drawings", which are respectively a perspective exploded view of the second embodiment of the present invention and the second embodiment of the present invention. As shown in the figure: when the insulating shell of the present invention is combined with the shield shell 3, it can be disposed at a different position from the gap 13 in the retaining wall of the insulating shell, and is provided with a recess 丄6, and The shielding shell 3 is internally provided with a hook portion 36; thereby, the shielding shell 3 can be wrapped around the outer casing of the insulating shell 1, and the hook portion 36 of the shielding shell 3 is correspondingly buckled into the wall 11 The groove 丄(1)' is used to securely shield the shield case 3 outside the insulating case 1. Please refer to FIG. 7 and FIG. 8 for a perspective view of the third embodiment of the present invention and a perspective exploded view of the third embodiment of the present invention. As shown in the figure: when the insulating shell of the present invention is assembled with the shield shell 3, in addition to the above-mentioned type, it may also be the wall of the insulating shell 1; [i has a majority on the outer edge of the bottom The interference hole 7' and the bottom end edge of the shield case 3 correspond to the dry casing of the insulating case. The hole 17 extends a plurality of interference legs 37. When the shielding shells are wrapped around the outside of the insulating housing 1, the majority of the interference legs 37 of the shielding housing 3 interfere with the interference holes 17 of the insulating housing 1 / in the illustration, the interference legs 37 are inserted into the interference. The hole cutter 7 is taken as an example to firmly fix the shield case 3 to the outside of the insulating case 1. The structure of the connector module can not effectively improve the shortcomings of the M316513. The shielded housing can be completely wrapped around the insulating housing and the electronic module to prevent external electromagnetic interference. The hoisting operation can reduce the defect rate during the processing of the shielding shell, so that the creation of the creation can be more advanced, more practical, and more in line with the user's residence. It has indeed met the requirements for the creation of a patent application. However, the above is only the preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the creation; therefore, the simple equivalent changes and modifications made by the scope of the patent application and the content of the creation specification. All should remain within the scope of this creation patent. 12 M316513 [Simple description of the drawing] Fig. 1 Fig. 2 Fig. 3 Fig. 4 Fig. 4 is a schematic perspective view of the first embodiment of the present invention. A perspective exploded view of the first embodiment of the present invention. A schematic diagram of the state of use of the first embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a perspective view showing the appearance of a second embodiment of the present invention. Fig. 6 is a perspective exploded view showing the second embodiment of the present creation. Figure 7 is a perspective view of the third embodiment of the present creation. Fig. 8 is a perspective exploded view showing the third embodiment of the present creation. Fig. 9 is a perspective exploded view of the conventional use. [Main component symbol description] (This creation part) Insulation shell inspection 1 Wall 1 1
13 M316513 插槽1 5 凹槽1 6 干涉孔1 7 端子2 焊接部2 1 干涉部2 2 接觸部2 3 屏蔽殼體3 下壓彈片3 1 側推彈片3 2 扣勾3 3 接地部3 4 扣持爪3 5 勾部3 6 干涉腳3 7 電子模組4 凸塊4 1 接地部4 2 M316513 電路板5 (習用部分） 絕緣殼體6 端子通道6 1 複數端子7 屏蔽殼體8 收容空間8 1 缺口 8 2 扣緊部8 3 電子模組9 凸出部9 113 M316513 Slot 1 5 Groove 1 6 Interference hole 1 7 Terminal 2 Weld 2 1 Interference 2 2 Contact 2 3 Shield housing 3 Pressing the spring 3 1 Pushing the tab 3 2 Buckling 3 3 Grounding 3 4 Buckle claw 3 5 Hook part 3 6 Interference foot 3 7 Electronic module 4 Bump 4 1 Grounding part 4 2 M316513 Circuit board 5 (conventional part) Insulated housing 6 Terminal channel 6 1 Complex terminal 7 Shielding housing 8 Housing space 8 1 Notch 8 2 Fastening part 8 3 Electronic module 9 Projection 9 1