200910708 九、發明說明： 【發明所屬之技術領域】 本赉明係有關於一種導^ # 連接器，更料言之，I具有料電元件之 α、告&+ 之知有關於一種應用於電子裝置中， 【=擾之導電元件及具有該導電元件之連接器。 子產要求例如電腦或伺服器等電 機、光碟機、遊戲搖桿、掃描哭；：上：有其他例如數據 节耸闲息 強之多媒體資料處理功能。而要支援 ^寻周邊設備電性連接至電子產品上 二:電性連接器。目前，通用串列匯流排心= n: :s，_係一種最為常見的標準化連接器。 於電子元件功能之不斷提升，電子產品之 加快、性能提高的同時，亦 ，k又 而產生電磁千方^來5午夕電磁相容性問題，籍 EMI) ；^^(EleCtr〇M^etic Interference； ΜI ) ’影響電腦之下壹 電磁千因此，對於USB連接器之抗 :叹计亦是電子設計工程師所需考量之。 板上佈m夕 專％子產品會於其前面板或後面200910708 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a connector, and more specifically, I has the knowledge of α, 告 & In an electronic device, [= a disturbing conductive element and a connector having the conductive element. The production requirements include a computer such as a computer or a server, a CD player, a joystick, and a scan cry;: Top: There are other multimedia data processing functions such as a data session. To support ^ find peripheral devices electrically connected to the electronic products 2: electrical connectors. Currently, Universal Serial Bus Core = n: :s, _ is one of the most common standardized connectors. In the continuous improvement of the functions of electronic components, the acceleration of electronic products and the improvement of performance, at the same time, the electromagnetic compatibility problem of the electromagnetic wave is also generated, and EMI); ^^(EleCtr〇M^etic Interference; ΜI ) 'Impact under the computer 壹 electromagnetic thousand Therefore, for the resistance of the USB connector: the sigh is also considered by electronic design engineers. The board will be on the front panel or behind it.
連接哭p、秀⑬ > 個外接之USB連接器' ’其中，該等USB 、接时仏透過例如鎖固元件固定於該電子產品 連接線所形成之诵、音 σ w透過 訊號。主板上，相傳送電子 即會叉到由該主板所產生之高頻訊號電磁波的干擾，^ 5 110355 200910708 傳f的資料容易產生錯誤。故為防止該主板 該通道向外散逸而造成電磁茂漏或該^ 時進行接地處理。即，應於㈣連接器内部之電罩::: 金屬遮罩層’並將該金屬遮罩層與例如該 、: 所產生之：磁/! 敢低’從而使電子產品運作時 間。之屯磁波直接傳導至機箱而防止其散逸至外部空 為克服& USB連接器需透過鎖固元 _ 所產生組卸作業比較繁瑣之困 ：::口 USB連接器。往失明钕， 介p °又计—種新型之 結構Λ咅固明多第1圖，其係為該新型USB連接器之 、口不思圖，如圖所示，該[jsb連接哭3俨 ^ _與主板相連接，其係包括透過連接線 插頭30以作遮蔽電磁干擾之導電内μ 32 該電氣 電内殼32之剧%电内叙32、以及包覆該導 W夕& 外殼34,其主要特徵係在於爷固##& 34之外側係設計有例如為卡鉤之卡合部36 ?固疋外叙 卡合部36可俤刹am 下口邛36，稭以透過該 予以圖示）上將該㈣連接器固定至電子產品（未 惟，上、求门：對Γ習知技術，組卸便利快捷。 接器”，子產品上時，該導象二？故當麵連 形成之通道不能連接於該電子產==32與連接線所 地，使得金屬遮罩声失去作用… W ’無法實現接 致該USB連接哭q : 攸而導致電磁茂漏，並導 測試而符合產品要求。 之咖連接器存在無法提供良好之防電磁 110355 6 200910708 、幹擾效果之缺失，如何提供一種具較佳防電磁幹擾效果之 導電元件及具有該導電元件之連接器，並可提高電子產品 之工作性能，實已成目前亟欲解決的課題。 【發明内容】 鑒於以上所述習知技術之缺點，本發明之一目的在於 提供一種可提昇防電磁幹擾效果之導電元件及具有該導 電元件之連接器。 本發明之另一目的在於提供一種結構簡單且組卸便 C 利之導電元件及具有該導電元件之連接器。 本發明之再一目的在於提供一種可節約成本之導電 元件及具有該導電元件之連接器。 為達上揭及其他目的，本發明提供一種導電元件及具 有該導電元件之連接器。其中，該連接器係供裝設至一電 子裝置之機殼，其係包括電氣插頭；導電内殼，遮罩於該 電氣插頭；固定外殼，包覆該導電内殼，並具有供該連接 器固定至該機殼且向外凸出之卡合部、鄰近該卡合部之開 槽、以及鄰近該導電内殼之插口；導電元件，具有容置於 該固定外殼與該導電内殼之間的導電本體、位於該導電本 體之一側且穿設於該固定外殼之插口並接觸該導電内殼 之第一傳導部、以及位於該導電本體相對該第一傳導部之 另一侧並供穿過該開槽且接觸該機殼之第二傳導部，藉以 將電子零件運作時所產生之電磁波導通消除並達防電磁 幹擾效果。 上述該導電内殼係可具有複數對應接觸第一傳導部 7 110355 200910708 之接地彈片，於一實施例中，該卡合部係為卡鉤。 於一實施例中，該第一、第二傳導部係為弧形結構， 以供局部凸出於該導電内殼而接觸該電氣插頭，且該第二 傳導部係外凸於該固定外殼。較佳地，於第一傳導部之末 端復設有***引導部。 本發明復提供一種應用於該連接器中的導電元件，係 供裝設至一連接器中之導電内殼與固定外殼之間，該導電 元件係包括：導電本體；第一傳導部，係位於該導電本體 ； 之一侧，以供穿入該固定外殼並接觸該導電内殼；以及第 二傳導部，係位於該導電本體相對該第一傳導部之另一 侧，以供穿出該固定外殼。 相較於習知技術，本發明之導電元件，係包括導電本 體、位於該導電本體之一侧以供穿入該固定外殼並接觸該 導電内殼之第一傳導部、以及位於該導電本體相對該第一 傳導部之另一侧以供穿出該固定外殼之第二傳導部，藉由 該導電元件之結構設計，俾具有該導電元件之連接器裝設 ί. ' 至電子裝置之機殼後，透過該導電元件可將電性連接該連 接器之電子零件於運作時所產生之電磁波可經由該導電 元件之第一、第二傳導部而傳導至電子裝置之機殼，進而 可消除電磁波以達防電磁波幹擾之功效。 再者，本發明之導電元件具有結構簡單、以及組卸便 利之優點，亦可避免如習知技術般連接器結構複雜且於損 壞時拆換不易的問題，並可節省器件成本。因此，本發明 之導電元件及具有該導電元件之連接器實已具備較高之 8 110355 200910708 ‘產業利用價值。 【實施方式】 以下藉由特定的具體實施例說明本發明 式，熟悉此技藝之人士可由本朗f所揭示之^ I方 瞭解本發明之其他優點及功效。本發明亦可藉由=易地 的具體實施例加以施行或應用，本說明書中心：同 各種修飾與應用，在不恃離本發明之精神下進行 請參閱第2a及第2b圖’係顯示本發明之導 具有5玄導電兀件之連接器之較佳實施例所繪製之圖式& 蒼閱第2a圖，係顯示本發明之具有導電元件之工: =示意圖，本發明之具有導電元件之連接器係供裝2 電:子::ί:殼’於本實施例中，該電子裝置係例如為 電月'筆，己型電腦、祠服器或其他資料處理裝置等。該連 接益係以通用串接匯流排（USB)連接器為例進行説明者， 、但亚不以此為限’其亦可例如為⑽£ Μ%之火線 (firewire)連接器。 ' 如第2a圖所示，該導電元件21係包括導電本體 210、位於該導電本體210之—側之第-傳導部212、以 ^位於=導電本體21()相對該第—傳導部之另一側的 第一傳‘部214。於本實施例中，該導電本體210之斷面 係里U形之結構。該第一傳導部212係例如呈弧形結構； 此外於第—傳導部212之末端復設有-例如為***彈片 之***引‘部216。該第二傳導部214亦例如呈弧形結 9 110355 200910708 構:於本實施例中，該導電元件21係可為—體成型’ 材質可由不錢鋼、㈣鈹銅等具較佳導電性及彈性 材質製成 ι 而該未裝設有導電元件21之連接器2係至少呈有一 電氣插頭20、遮罩該電氣插頭2〇之導電内殼…以及包 覆該導電内殼22之固定外殼24。 該電氣插頭20係供於其他外接設備連接後 輪用。 寸 該導电内殼22係遮罩於該電氣插頭2Q，本實施例 中’該導電内殼22係為金屬遮罩層，並具有複數接地彈 片220，以作遮敝電磁干擾之用。 该固疋外殼24係包覆該導電内殼22，並具有供固定 至該機殼且向外凸出之卡合部26、鄰近該卡合部Μ之開 槽242、以及鄰近該導電内殼22之插口 24〇。於本實施例 中’該时外殼24係為由例如塑膠材質所建模而成之絕 緣體。該卡合部26係、例如卡鉤，但並不以此為限，豆亦 可為可固定於電子裝置之其他卡固結構。 ” 當應用本實施例之導電元件21裝設於該連接器2之 導電内殼22與固定外殼24之間時，首先，將第一、第二 傳導部212、214分別與固定外殼24之插口 24〇、開槽2仏 相互對齊；接著，將***引導部216傾斜***該插口 24〇 以引導該第-傳導部212順勢推入，以及，將該第二傳導 部214***該開槽242 ’此時，該第一傳導部212係穿入 為固定外殼24之插口 240並接觸該導電内殼，該第二傳 110355 10 200910708 導部川係穿出該固定外殼24之開槽242;推頂該導電 本體21以使该導電元件21整體推入並裳設至該導電内校 22與該固定外殼24夕„ # 彳电門八又 之間，措以完成該導電元件21 設作業。此時，兮筮 衣 °亥弟—傳導部212係外凸於該導電内M 22以與該導電内μ 99 +从 乂等电内双 ，番〇 内双22之接地彈片220接觸，而該第專 導部214亦外凸於哕m。/ 只矛一得 亥固疋外殼24(如第2b圖所示）， 該具有該導電元件口。 且虽 / 之連接斋2裝設至電子穿詈卜尨 與其機殼相接觸（未予 、 後可 mo之斷面）本實施例中，該導電本 月丑210之斷形之結構，且其 該固定外殼24之厚户，门距係對應於 #可卡入@Λ 貫施組裝時，該導電本體㈣ 係！〇 了卡口固疋於該固定外殼24上 導部21 2之彎曲声孫冷也邊罘一傳 度係與该導電内殼22之接 體上相同，俾传可软— 心丧地泮片220大 棱道Α 了緊搶貼合以達到完全接觸。嗲第二 傳冷。卩214之彎曲度係基於並本 — 殼之可接觸程度的綜合考慮^ ^以及與機 =傳導部㈣機殼之接觸面積相應 ===效果，若曲率半徑過大，則會影= 1寻今4 214於該固定外辟？ 藉此，透過該防·磁A:開槽中的運動執迹。 边、θ丨万包磁幹擾之連 運作時所產生I俾將$子零件 而傳導至電子I置之^Γ 、弟二傳導部212、叫 器2呈有防+磁、沟除电磁波以使該連接 八虿防電磁波幹擾之功效。 值得左意的是，如第2b圖所示， 21之連接器2係配置有二個導二杜有該導電元件 直百一個¥電冗件21並將其分別設置 110355 ]1 200910708 於4 口疋外双24之相對二側以將該連接器2之導電内殼 22之電磁波傳導至外界，俾達防電磁干擾之效用，其僅 f-孕父佳：貫施態樣，但該導電元件2ι之應用並非以此 值之广、要可使該連接器2之導電内殼之電磁波 η;之機殼，則該導電元件2丨之數量以及其 =一、弟二傳導部212、214之結構並不以 =二需=導電元件21並設置於該固定外殼2二： 可：曰：：：達成防電磁干擾之效果，且相對節省材料並 可提幵該連接|§之設計彈性。 料：::：’二發明之導電元件，係由導電本體、位於 接二： 牙入該固定外殼並對應接觸該連 對嗲签一彳自傳蛤°卩、以及位於該導電本體之相 導;所構一側以供穿出該固定外殼之第二傳 = 俾具有該導電元件之連接器裝設至一 i. 子零件於運作時所產生連接該連接器之電 一味扁、* 玍之呵頻矾唬的電磁波可經由第 、弟一傳¥部而傳導至電子裝置之機殼上， 除電磁波以達防電料干擾 9 相 接哭之I带 'Λ 見服s知技術中因連 ❿有建立與機殼連接之通道而 防電磁波干擾功效之弊端。 再者，本發明之導電元件及具有該導電 具有結構簡單且㈣卩便利 = ::㈣疲勞或斷裂導致接觸不良並影響:;磁=導 效果…只需拆卸下發生故障之導電元件並更換二 110355 12 200910708 元件即可’相較於習知技術 於損壞時拆換不易，甚至磁干擾裝置結構複雜且 高之缺失，本發明之導電：奐整：連接器而導致成本提 實已具備較高之產業利用價值。具有該導電元件之連接器 上述實施例僅為例示性 效，而非用於限制本發明，亦即= 月之原理及其功 他改變。因此，任何熟f此項技=事實上仍可作其 發明之精神及範訂，對上人士均可在不違背本 明之權利保護範圍，應如後文。因此本發 【圖式簡單說明】 明專利範圍所列。 弟1圖係顯示習知技射us 第？ 阁私-丄 接。。之結構示意圖； 第2a “心本發明之防電 連接器前之立體示意圖；以及 k之埂接盗組裝至 第2b圖係顯示本發明 連接器後之立體剖面圖。 ⑽干擾之連接器組裝至 【主要元件符號說明】 乙 連接器 21 導電元件 210 導電本體 212 第一傳導部 214 第二傳導部 216 ***引導部 3 連接器 300 連接線 110355 13 200910708 20 ' 30 電氣插頭 22、32 導電内殼 220 接地彈片 24、34 固定外殼 240 插口 242 開槽 26、36 卡合部Connect the crying p, show 13 > an external USB connector ' </ </ RTI>, wherein the USB, the connection time is transmitted through the electronic product cable, for example, by the locking component to form a chirp, sound σ w transmission signal. On the main board, the phase transmitting electrons will be crossed to the interference of the high-frequency signal electromagnetic waves generated by the main board, and the information transmitted by the ^ 5 110355 200910708 is prone to errors. Therefore, in order to prevent the main channel from being dissipated outward, electromagnetic leakage or grounding is performed. That is, the electrical cover of the (4) connector should be::: metal mask layer 'and the metal mask layer and, for example, the generated: magnetic /! dare low' to enable the electronic product to operate. After that, the magnetic wave is directly transmitted to the chassis to prevent it from being dissipated to the outside space. To overcome the & USB connector needs to be locked through the locking element _ the resulting group unloading operation is relatively cumbersome ::: port USB connector. To the blind, p p ° 计 - a new type of structure Λ咅 明 明 明 1 1 , which is the new USB connector, the mouth is not thinking, as shown, the [jsb connection cry 3俨^ _ is connected to the main board, and includes an electrically conductive inner hole 32 through the connection plug 30 for shielding electromagnetic interference. The electrical inner casing 32 is electrically closed, and the outer casing 34 is covered. The main feature is that the outer side of the loyalty ##& 34 is designed with a latching portion 36, for example, a hook, and the engaging portion 36 can be smashed and lowered. The figure (4) is fixed to the electronic product (not only, on the door, on the door: on the conventional technology, the assembly is convenient and quick. The connector), when the sub-product is on, the guide two? The formed channel cannot be connected to the electronic product ==32 and the connection line, so that the metal mask sound is lost... W 'cannot achieve the USB connection to cry q: 攸Causes electromagnetic leakage, and leads the test Meet the product requirements. The coffee connector does not provide good anti-electromagnetic 110355 6 200910708, the lack of interference effects, The present invention provides a conductive member having a better electromagnetic interference preventing effect and a connector having the conductive member, and can improve the working performance of the electronic product, which has become a problem to be solved at present. One of the objects of the present invention is to provide a conductive member capable of improving the anti-electromagnetic interference effect and a connector having the same. Another object of the present invention is to provide a conductive member having a simple structure and a group of removable components. And a connector having the conductive element. A further object of the present invention is to provide a cost-effective conductive component and a connector having the same. The present invention provides a conductive component and has the same a connector for a conductive component, wherein the connector is provided to a casing of an electronic device, comprising an electrical plug; a conductive inner casing covering the electrical plug; and a fixed casing covering the conductive inner casing, And having a engaging portion for fixing the connector to the casing and protruding outward, a slot adjacent to the engaging portion, and a conductive member having a conductive body, having a conductive body disposed between the fixed outer casing and the conductive inner casing, on one side of the conductive body, and passing through the socket of the fixed outer casing and contacting the conductive inner portion a first conductive portion of the shell, and a second conductive portion on the other side of the conductive body opposite to the first conductive portion and passing through the slot and contacting the casing, thereby generating electromagnetic waves generated when the electronic component operates The conductive inner casing can have a plurality of grounding elastic pieces corresponding to the first conductive portion 7 110355 200910708. In an embodiment, the engaging portion is a hook. The first and second conductive portions are arcuate structures for partially protruding from the conductive inner casing to contact the electrical plug, and the second conductive portion is externally convex to the fixed outer casing. Preferably, an insertion guide is provided at the end of the first conducting portion. The present invention provides a conductive component for use in the connector for mounting between a conductive inner casing and a fixed casing in a connector, the conductive component comprising: a conductive body; a conductive body; one side for penetrating the fixed outer casing and contacting the conductive inner casing; and a second conducting portion located on the other side of the conductive body opposite the first conductive portion for piercing the fixing shell. Compared with the prior art, the conductive component of the present invention includes a conductive body, a first conductive portion on one side of the conductive body for penetrating the fixed outer casing and contacting the conductive inner casing, and a relative conductive portion of the conductive inner casing. The other side of the first conducting portion is configured to pass through the second conductive portion of the fixed outer casing. The structure of the conductive member is configured to connect the connector having the conductive member to the casing of the electronic device. The electromagnetic wave generated by the electronic component electrically connected to the connector can be transmitted to the casing of the electronic device through the first and second conductive portions of the conductive component through the conductive component, thereby eliminating electromagnetic waves. To achieve the effect of preventing electromagnetic interference. Furthermore, the conductive member of the present invention has the advantages of simple structure and ease of assembly and unloading, and can also avoid the problem that the connector structure is complicated and difficult to be replaced when damaged, and the device cost can be saved. Therefore, the conductive member of the present invention and the connector having the conductive member have a higher industrial value of 8 110355 200910708. [Embodiment] The present invention will be described below by way of specific embodiments, and those skilled in the art can understand the other advantages and effects of the present invention as disclosed by the present disclosure. The present invention can also be implemented or applied by the specific embodiment of the present invention. The present specification: the same various modifications and applications, without departing from the spirit of the present invention, please refer to the drawings 2a and 2b. BRIEF DESCRIPTION OF THE DRAWINGS A preferred embodiment of a connector having a 5 conductive member is shown in the accompanying drawings. FIG. 2A shows the work of the present invention having a conductive member: = schematic view, the conductive member of the present invention The connector is for charging 2: sub:: ί: shell ' In the embodiment, the electronic device is, for example, a power pen, a computer, a server or other data processing device. The connection is described by way of example of a universal serial bus (USB) connector, but is not limited thereto. It may also be, for example, a (10) £ fire% firewire connector. As shown in Fig. 2a, the conductive element 21 includes a conductive body 210, a first conductive portion 212 on the side of the conductive body 210, and a second conductive body 21 () opposite to the first conductive portion. The first pass 'section 214 on one side. In this embodiment, the conductive body 210 has a U-shaped structure in cross section. The first conductive portion 212 is, for example, in an arc shape; and is further provided at the end of the first conductive portion 212 - for example, an insertion guide portion 216 for inserting a spring piece. The second conductive portion 214 is also configured as an arc-shaped junction 9 110355 200910708. In this embodiment, the conductive member 21 can be formed into a body. The material can be made of stainless steel, (b) beryllium copper, etc., and has better conductivity. The elastic material is made of ι, and the connector 2 not provided with the conductive member 21 is at least an electrical plug 20, a conductive inner casing covering the electrical plug 2, and a fixed outer casing 24 covering the conductive inner casing 22. . The electrical plug 20 is for use in connecting the rear wheel to other external devices. The conductive inner casing 22 is covered by the electrical plug 2Q. In the embodiment, the conductive inner casing 22 is a metal mask layer and has a plurality of grounding springs 220 for concealing electromagnetic interference. The solid housing 24 is covered with the conductive inner casing 22, and has an engaging portion 26 fixed to the casing and protruding outward, a slot 242 adjacent to the engaging portion, and adjacent to the conductive inner casing 22 sockets 24 〇. In the present embodiment, the outer casing 24 is an insulator molded of, for example, a plastic material. The engaging portion 26 is, for example, a hook, but not limited thereto, and the bean may be another fixing structure that can be fixed to the electronic device. When the conductive element 21 of the present embodiment is applied between the conductive inner casing 22 of the connector 2 and the fixed outer casing 24, first, the first and second conductive portions 212, 214 are respectively connected to the socket of the fixed outer casing 24. 24〇, the slotted 2仏 are aligned with each other; then, the insertion guide 216 is obliquely inserted into the socket 24〇 to guide the first conductive portion 212 to be pushed in, and the second conductive portion 214 is inserted into the slot 242 ′′ At this time, the first conductive portion 212 penetrates into the socket 240 of the fixed outer casing 24 and contacts the conductive inner casing. The second transmission 110355 10 200910708 guides the wind through the slot 242 of the fixed outer casing 24; The conductive body 21 is configured to push the conductive element 21 as a whole and to be disposed between the conductive inner tube 22 and the fixed outer casing 24, to complete the operation of the conductive element 21. At this time, the conductive device 212 is externally protruded from the conductive inner portion M 22 to be in contact with the grounding elastic piece 220 of the inner double and the inner double 22 The first special guide 214 is also convex to 哕m. / The spear has a shell 24 (as shown in Figure 2b), which has the port of the conductive element. And although the connection is installed to the electron through the 詈 尨 尨 尨 尨 尨 尨 ( ( ( ( ( ( ( ( ( ( ( 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本The thick shell of the fixed outer casing 24, the door distance corresponding to #可卡入@Λ 贯 施 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装弯曲 卡 卡 卡 该 该 该 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 220 large ridges smashed the fit to achieve full contact.嗲 The second pass. The curvature of 卩214 is based on the comprehensive consideration of the degree of contact of the shell-shell and the contact area of the machine-conducting part (four) casing === effect, if the radius of curvature is too large, then the shadow = 1 4 214 in the fixed out? Thereby, through the anti-magnetic A: the movement in the slot is performed. The side, the θ 丨 包 磁 磁 磁 磁 磁 运作 运作 运作 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子 子The connection of the gossip to prevent electromagnetic interference. It is worth noting that, as shown in Fig. 2b, the connector 2 of 21 is equipped with two guides, and the conductive member is provided with one hundred electric power redundancy members 21 and is respectively set to 110355 ]1 200910708 to 4 The opposite sides of the outer double 24 of the mouthpiece are used to conduct electromagnetic waves of the conductive inner casing 22 of the connector 2 to the outside, and the utility model has the effect of preventing electromagnetic interference, which is only f-pregnant, but the conductive The application of the component 2ι is not the value of the electromagnetic wave η of the conductive inner casing of the connector 2; the number of the conductive component 2丨 and its =1, the second conductive portion 212, 214 The structure does not need to be = two need = conductive element 21 and is disposed in the fixed casing 2 2: Can: 曰::: achieve the effect of anti-electromagnetic interference, and relatively material saving and can improve the design flexibility of the connection|§. Material::::'The conductive element of the invention is provided by the conductive body, located in the second: the tooth is inserted into the fixed outer casing and correspondingly contacts the pair of 彳 彳 彳 彳 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩The second side of the structure is configured to pass through the fixed casing. The connector having the conductive element is mounted to an i. The sub-part is connected to the connector to generate a power, and the 玍 玍Frequent electromagnetic waves can be transmitted to the casing of the electronic device via the first section, and the electromagnetic wave can be used to prevent the electric material from interfering with the interference. 9 I want to know the technology. There are drawbacks in establishing a channel connected to the chassis to prevent electromagnetic interference. Furthermore, the conductive member of the present invention has the structure simple and (4) convenient =: (4) fatigue or fracture causes contact failure and affects: magnetic effect effect... only need to disassemble the faulty conductive element and replace the second 110355 12 200910708 The component can be easily replaced when it is damaged by the prior art, and even the structure of the magnetic interference device is complicated and high. The conductivity of the present invention: 奂: the connector leads to higher cost. The value of industrial use. Connector with the conductive element The above embodiment is merely illustrative and is not intended to limit the invention, i.e., the principle of = month and its functional changes. Therefore, any skill in this case can still be used as the spirit and scope of the invention. The above persons can do so without departing from the scope of the rights of the present invention. Therefore, this document [simplified description of the drawings] is listed in the patent scope. Brother 1 shows the traditional technology shot us? Court private - pick up. . 2a" "Surface diagram of the front of the anti-electrical connector of the present invention; and the assembly of the shackle to the 2b is a perspective sectional view showing the connector of the present invention. (10) The connector of the interference is assembled to [Main component symbol description] B connector 21 Conductive element 210 Conductive body 212 First conducting portion 214 Second conducting portion 216 Inserting guiding portion 3 Connector 300 Connecting wire 110355 13 200910708 20 ' 30 Electrical plug 22, 32 Conductive inner casing 220 Grounding springs 24, 34 fixed housing 240 socket 242 slot 26, 36 engagement