M293581 八、新型說明： 【新型所屬之技術領域】 本新型係有關於-種1394型之電子連接器的防止電磁干擾 結構，尤指於該連接器之殼體外圍，包圍地扣接一金屬外殼體: 並於該金屬外殼體上設有彈片，令該連接器***一對應插座中 日寸’各彈>1係彈性地緊貼於該插座之金屬殼體上，以將所感應之 電磁電波，經插座之金屬殼體所連接的接地電路接地消除者二 【先前技術】 目前所揭示應用於電子訊號傳輸之1394型連接器，如第六圖 所示，係含有一端子本體(81)，於該端子本體(81)中係嵌置有多 數端子’並誠端子本體⑻）外圍’包套—内殼體⑽，於該内 殼體（82)之後端夾置-導線(83)於内，且於該内殼體（82)的外 圍’穿套-外娜殼體(84) ’於組裝完成±述元倾，再於該外 塑膠殼體⑽之後段外緣’包覆-層絕緣層（85)，而完成該連接 器的製作。於應用上該連接器之前段，係插人於—對應插座⑽ 由-外殼體⑽）所構成之***⑽）中，且該連接器的内殼體⑽ 與插座(86)之外殼體⑽）間，為該外歸_⑽，雖然該連接 器的内殼體(82)與插座⑽的外殼體⑽)是製自金屬材質，具屏 蔽電磁干擾的效果，但這只是在傳輸較低頻率（如細MHz以下')時 是有用的，但纽在訊號傳輸頻率隨著技術的提升，往往其頻率 達到1. 6GHz ’甚至達到3· 2 GHz以上，這時如果僅以上述習知連 接器的降低、消除電磁干擾的結構，即以—内殼體⑽框圍 M293581 子本體(81)的外圍’僅可以降低部份 再提升時，其紐電磁 切輪頻率 消除電磁干擾的結構，庫· ^又有^之提升，使習知降低、 •得理想 _ 應用於向頻訊號傳輸時，並血法择、 、狀電磁干擾效率及效果，_有改善之必要心 種 本案創作人有觀此，乃_研究觸 關於-種聰型之電子雜％ ^出本新型 【新型内容】奸連接㈣防止電磁干擾結構。 本新型之創作目的旨在提供一 電磁干擾結構，該連接H，0 1之電子連接器的防止 内，於該端子本體外，係扣接有—殼體 子於 一訊號線於内者，苴Y忒欣脰之後端緊夾 外殼體，並於該金屬外殼體上 匕„ 上，使連接1於該插座之金屬殼體 ί 屬卜殼體所感應之電磁電波，經插座金屬殼體 所連接之接地電路接地消除者。 _ 可以由以下之說明及所附之各圖式而得以 本新型之可取實體， 明晰。 【實施方式】 明 > 閱第至五圖所示，本新型係有關於一種1394型之電子 ^接态的防止電磁干擾結構，該連接器（100)，係含有··一端子本 紅（=)’肷置多數端子（11)於内，於該端子本體（1〇)外，係扣接 有一殼體（20)，並令該殼體（2〇)之後端緊夾一訊號線（3〇)於内 者，其特徵在於：於該殼體(20)外圍，包圍地扣接一金屬外殼體 (40)，並於該金屬外殼體(40)上，形成至少一彈片W1)，令該連 M293581 - 接器（100)***一對應插座（50)中時，各彈片（41)係彈性地緊貼於 該插座（50)之金屬殼體（51)上，以將所感應之電磁電波，經插座 (50)之金屬殼體（51)所連接之接地電路接地消除，以有效防止電 磁干擾，增進連接器（100)之訊號傳輸品質者。 上述扣接於端子本體（10)外之殼體（20)，係可以由第一殼體 (20a)及第二殼體（2〇b)對合組成，以夾扣該端子本體（1〇)於内 者；由於該端子本體〇〇)及殼體（2〇)結構，並非本新型專利之申 清標的，本新型並不自限該端子本體（1〇)、殼體（2〇)之結構或形 狀者。 _ 本新型所揭之連接h(ig())，其巾該金屬外殼體⑽)係由單 :金屬板材-體成型，呈-框體狀，於其前端端緣，係徑向地彎 設有擋部（42)，以抵靠於該連接器〇〇〇)之殼體(2〇)前緣，以撞 阻、疋位该⑪體（20)，並於組裝完成後，於該金屬外殼體(4〇)的 後，外緣包覆-層絕緣層⑽)者。另外於該金屬外殼體⑽上， 係穿設有扣孔(43)，崎應地卡扣該殼體(2())之對應扣勾（21)於 内，使該金屬外殼體(40)緊扣於該殼體(2〇)外圍。 本_賴示1394型之軒雜11_止電磁干擾結構，盆 攀巾於該金屬外殼體⑽，係向内凹設有多數凹部⑽，以跨置於 該殼體（20)上，使該金屬外殼體⑽之外狀寸符纟麵刪 的規範。 本新型所揭示1394型連接器之防止電磁干擾結構，其中於該 金屬外殼體⑽上’係形成有搭接區(45)，以對應於該插座⑽ 位於其金屬殼體⑼上之彈片（5⑴位置，如是當該連接器（觸 ***該插座（50)中時，插座（50)位於金屬殼體⑸）上之彈片（5ΐι) 便可對應地彈性抵壓於金屬外殼體⑽）的搭接區⑽上，使本新 型除了藉由金屬夕卜殼體(40)上之彈片⑷）彈性地與插座⑽之金 M293581 觸也可岐播座⑽錄麵籠⑼的彈片 (511)弹性壓抵於金屬外殼體(4〇)上者。 本新型所揭示1394型之電子連接器的防 二圍，框圍地扣接—金屬外殼體(切，並於該金屬外殼體 二：T峨有至少一彈片(42)，使本新型所揭示之連接器 金屬外座⑽後，該連接器⑽的最外層，即 、’双i(4G) ’可與雜座⑽的金屬殼體⑸）確實搭接 =屬外殼體⑽職應之電磁電波，可_座⑽所連接之接 地琶路接地消除，以增進該連接ϋ之訊號傳輸品質。 2型·枕結構、靴’可於对接型之精神及範嘴下 予以修飾應用，本新型並不予自限。 【圖式簡單說明】 第一圖：係本新型之局部分解示意圖。 第二圖：鱗-圖於組裝完成後之示意圖。M293581 VIII. New description: [New technical field] This new type relates to the electromagnetic interference prevention structure of the 1394 type electronic connector, especially to the outer periphery of the connector housing, which is surrounded by a metal casing. The body is provided with a spring piece on the metal outer casing, so that the connector is inserted into a corresponding socket, and the elastic rods are elastically attached to the metal casing of the socket to electromagnetically sense the electromagnetic induction. Radio wave, grounding circuit grounding connected by the metal casing of the socket 2 [Prior Art] The 1394 type connector disclosed in the present invention for electronic signal transmission, as shown in the sixth figure, includes a terminal body (81) In the terminal body (81), a plurality of terminals 'and a terminal body (8)) are embedded with a peripheral 'envelope-inner casing (10), and a wire (83) is interposed at a rear end of the inner casing (82). Inside, and at the periphery of the inner casing (82), the 'through sleeve-outer shell (84)' is assembled and finished, and then covered with the outer edge of the outer plastic shell (10). The insulating layer (85) is completed to complete the fabrication of the connector. In the application, the connector is inserted into the socket (10) formed by the outer casing (10), and the inner casing (10) and the outer casing (10) of the connector (10) are inserted into the socket (10). Between the outer casing _(10), although the inner casing (82) of the connector and the outer casing (10) of the socket (10) are made of metal material, the electromagnetic interference effect is shielded, but this is only at a lower frequency. (such as fine MHz below) is useful, but the signal transmission frequency with the increase of technology, often its frequency reaches 1. 6GHz 'even to reach more than 3. 2 GHz, then only the above known connector The structure for reducing and eliminating electromagnetic interference, that is, the inner casing (10) encircles the periphery of the M293581 sub-body (81), which can only reduce the part of the re-lifting, and the structure of the electromagnetic cutting frequency eliminates electromagnetic interference. There is also the improvement of ^, so that the conventional knowledge is reduced, and the ideal is _ applied to the transmission of the frequency signal, and the blood method selection, the electromagnetic interference efficiency and effect, _ the necessary kind of improvement, the creator of this case has this view, _ _ research touch on - kind of electronic type of electronic miscellaneous ^ SUMMARY [type] (iv) prevent electromagnetic interference rape connection structure. The purpose of the novel is to provide an electromagnetic interference structure. The electronic connector of the connection H, 0 1 is internally protected, and the body of the terminal is fastened to the outside of the terminal. After the Y忒欣脰, the end is tightly clamped to the outer casing, and on the metal outer casing, the electromagnetic wave induced by the metal casing of the socket 1 is connected to the metal casing of the socket. The grounding circuit is grounded by the eliminator. _ The following can be made clear by the following description and the accompanying drawings. [Embodiment] The following is a description of the present invention. A 1394 type electronically-connected electromagnetic interference preventing structure, the connector (100) is provided with a terminal (red) (=)', and a plurality of terminals (11) are disposed inside the terminal body (1) The outer casing is fastened with a casing (20), and the rear end of the casing (2〇) is clamped to a signal line (3〇), and is characterized in that, outside the casing (20), Attaching a metal outer casing (40) to the surrounding and forming at least the metal outer casing (40) The elastic piece W1), when the M293581-connector (100) is inserted into a corresponding socket (50), each elastic piece (41) elastically abuts against the metal casing (51) of the socket (50), The induced electromagnetic wave is grounded through the grounding circuit connected to the metal casing (51) of the socket (50) to effectively prevent electromagnetic interference and improve the signal transmission quality of the connector (100). The housing (20) outside the body (10) may be composed of a first housing (20a) and a second housing (2〇b), to clamp the terminal body (1〇); Due to the structure of the terminal body 〇〇) and the casing (2〇), the present invention does not limit the structure or shape of the terminal body (1〇) and the casing (2〇). _ The connection h (ig()) disclosed in the present invention has a metal outer shell (10) formed by a single sheet metal body, which is formed in a frame shape and is radially bent at the front end edge thereof. a blocking portion (42) is provided to abut against the front edge of the casing (2〇) of the connector 以) to strike and clamp the 11 body (20), and after the assembly is completed, After the outer casing (4〇), the outer edge is covered with a layer of insulating layer (10). Further, the metal outer casing (10) is provided with a fastening hole (43), and the casing is snapped ( 2()) corresponds to the hook (21), so that the metal outer casing (40) is fastened to the periphery of the casing (2〇). The present invention is based on the 1394 type Xuanhe 11_ electromagnetic interference structure, The metal climbing body (10) is provided with a plurality of recesses (10) recessed inwardly so as to straddle the casing (20) to make the outer casing of the metal outer casing (10). The electromagnetic interference preventing structure of the novel disclosed 1394 type connector, wherein a lap joint region (45) is formed on the metal outer casing (10) to correspond to the elastic piece (5 (1) position of the socket (10) on the metal casing (9) thereof. For example, when the connector is inserted into the socket (50), the elastic piece (5ΐ1) of the socket (50) on the metal casing (5) can be correspondingly elastically pressed against the overlapping area of the metal outer casing (10). (10), the present invention can be flexibly coupled with the gold M293581 of the socket (10) by the elastic piece (4) on the metal shell (40), and can also be used to broadcast the seat (10). Sheet (511) against the resilient pressing (4〇) on the outer housing by a metal. The 1394 type electronic connector disclosed in the present invention is framed and fastened to a metal outer casing (cut, and the metal outer casing 2: T has at least one elastic piece (42), so that the present invention discloses After the connector metal outer seat (10), the outermost layer of the connector (10), that is, 'double i (4G)' can be lapped with the metal case (5) of the miscellaneous seat (10) = electromagnetic wave of the outer casing (10) The grounding circuit connected to the ground (10) can be grounded to improve the signal transmission quality of the connection. Type 2, pillow structure, and boots can be modified and applied under the spirit of docking type and the mouth of the model. The new model is not limited. [Simple description of the figure] The first picture: a partial decomposition diagram of the present invention. Figure 2: Schematic diagram of the scale-figure after assembly.
第二圖·係本新型所示之連接器與插座呈分離狀態之示意圖 第四圖·係本新型所示連接器***插座中之示意圖。 第五圖··係顯示第四圖之5-5方向局部剖視圖。 第六圖·係習知1394型連接器與插座呈分離狀態之示意圖。 【主要元件符號說明】 (100)連接器 (20) 殼體 (21) 扣勾 (10)端子本體 (20a)第一殼體 (30)訊號線 (11)端子 (20b)第二殼體 W0)金屬外殼體 8 M293581 (41)彈片 (44)凹部 (51)金屬殼體 (81)端子本體 (84)外塑膠殼體 (861)外殼體 (42)擋部 (45)搭接區 (511)彈片 (82)内殼體 (85)絕緣層 (862)*** (43)扣孔 (50)插座 (60)絕緣層 (83)導線 (86)插座Fig. 2 is a schematic view showing the connector and the socket shown in the present invention in a separated state. Fig. 4 is a schematic view showing the connector of the present invention inserted into a socket. The fifth figure shows a partial cross-sectional view in the 5-5 direction of the fourth figure. Fig. 6 is a schematic diagram showing the state in which the 1394 type connector and the socket are separated. [Main component symbol description] (100) Connector (20) Housing (21) Buckle (10) Terminal body (20a) First housing (30) Signal line (11) Terminal (20b) Second housing W0 Metal outer casing 8 M293581 (41) spring piece (44) recessed part (51) metal case (81) terminal body (84) outer plastic case (861) outer case body (42) stop portion (45) overlap area (511 ) shrapnel (82) inner casing (85) insulation layer (862) socket (43) buttonhole (50) socket (60) insulation layer (83) wire (86) socket