M406301 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種連接介面模組結構，特別是指 種用以組裝於電腦主機的面板的連接介面模組結構。 【先前技術】 習知的連接介面模組結構，如中華民國專利證書號數 M303542號所揭露，其組裝於電腦主機的面板，所述^接 介面模組結構包含一絕緣殼體、設置於絕緣殼體的多個連 接埠及一包覆於絕緣殼體外的金屬殼體，供使用者插置連 接或擴充相關的週邊裝置。 然而M406301 V. New description: [New technical field] This creation is about a connection interface module structure, especially the connection interface module structure for assembling the panel of the computer mainframe. [Prior Art] A conventional connection interface module structure, as disclosed in the Republic of China Patent No. M303542, which is assembled on a panel of a computer mainframe, wherein the interface module structure comprises an insulating housing and is disposed in the insulation. A plurality of connecting ports of the casing and a metal casing covering the outside of the insulating casing are provided for the user to insert or expand the related peripheral device. however
电月自主機Ik者機型的不同，其對於連接埠的画 置需求也會不同，因而影響到絕緣殼體的形狀也會不同。 隨著絕緣殼體外形的不同變化，金屬殼體的設計必須對肩 地進行改變’因此金屬殼體的結構往往變得聽又不易韋 造’且難以在金屬殼體上設置用賴持於絕緣殼體的相殷 結構，使得金屬殼體無法穩固地固持於絕緣殼體。 fThe electric moon is different from the model of the host Ik, and the design requirements for the connection port are also different, so the shape of the insulating case is also different. As the shape of the insulating housing changes, the design of the metal housing must be changed to the shoulders. Therefore, the structure of the metal housing tends to be audible and difficult to manufacture, and it is difficult to provide insulation on the metal housing. The structure of the housing is such that the metal housing cannot be stably held in the insulating housing. f
緣是’本創作人有感上述問題之可改善，乃潛成 並配合學狀和，而――種設計合·有效改= 問題之本創作。 ° Μ 【新型内容】 本創作實施例在於提供-種連接介面模組結構， 絕緣殼體設有固持結構，使金屬殼體可以穩固地固持砂 緣殼體。 、、''e 本創作實施例提供-種連接介面模組結構，用以 於-電腦主機的面板，該連接介面模組結構包括：、 4/14 M406301 冗又體’其包含—基部及一連接該基部且凸出於該基部一側 的階部；多個連接埠，其設置於該絕緣殼體；以及一金屬 冗又體’其包覆於該絕緣殼體外，該金屬殼體包含一前壁及 自邊前壁兩側朝後延伸的兩側壁，該前壁設有多個開口， 以顯露出該些連接埠；其中該金屬殼體的其中一側壁包含 相間隔且錯位的一第一段及一第二段，該絕緣殼體設有一 固持結構’該固持結構包含—對應於該第一段的第一固持 塊及一對應於該第二段的第二固持塊，該第一固持塊設有 一延伸至其前端面及頂端面的第一嵌槽，該第二固持塊設 有一延伸至其前端面及底端面的第二嵌槽，該第一段的一 部分嵌入於該第一嵌槽，且該第二段的一部分嵌入於該第 二嵌槽。 本創作貫施例具有以下有益效果：本創作實施例的金 屬冗又體可以穩固地固持於絕緣殼體。 為使此更進-步瞭解本創作之龍及技_容，請參 閱以下有關本創作之詳細說明與附圖，然而所附圖式僅提 供參考與說明用，並_來對本創作加以限制者。 【實施方式】 明蒼閱圖1至圖5所示，本實施例提供一種連接介面 模組結構1，用以組裝於一電腦主機1〇〇的面板1〇1，連接 介面模組結構1包括：-絕緣殼體1G、多個連接埠2〇、一 金屬殼體30及一固持結構40。 絕緣殼體10大致呈L雜，包含一基部u及一連接 基部11且凸出於基部-側的階部12。另外，絕緣殼體1〇 前端面設有多個組裝槽13。基部u的兩側分職有扣持槽 .5/14 16。 16。M406301 该些連接埠20言史置於絕緣殼體1〇的組裝槽13。連接 ^ 20的種類與數量未有限定，例如··贈卿v㈣】The reason is that the creator feels that the above problems can be improved, but it is submerged and matched with the academic form, and - the design and the effective change = the original creation of the problem. ° 新型 [New content] The present invention is to provide a connection interface module structure, and the insulating housing is provided with a holding structure, so that the metal housing can stably hold the sand edge housing. , '' This embodiment provides a connection interface module structure for the panel of the computer mainframe, the connection interface module structure includes: 4/14 M406301 redundancy and its inclusion-base and one a step connecting the base and protruding from one side of the base; a plurality of connecting jaws disposed on the insulating housing; and a metal redundant body covering the insulating housing, the metal housing including a a front wall and two side walls extending rearwardly from opposite sides of the front wall, the front wall being provided with a plurality of openings to expose the connecting ports; wherein one of the side walls of the metal housing comprises a spaced and misaligned one a first and a second segment, the insulating housing is provided with a holding structure, the holding structure includes a first holding block corresponding to the first segment and a second holding block corresponding to the second segment, the first The holding block is provided with a first recess extending to the front end surface and the top end surface, the second holding block is provided with a second recess extending to the front end surface and the bottom end surface, and a part of the first segment is embedded in the first a slotted groove, and a portion of the second segment is embedded in the second Slot. The present embodiment has the following advantageous effects: the metal redundancy of the present embodiment can be stably held in the insulating case. In order to make this step further, please refer to the following detailed description and drawings of this creation. However, the drawings are only for reference and explanation, and _ to limit the creation. . [Embodiment] As shown in FIG. 1 to FIG. 5, the present embodiment provides a connection interface module structure 1 for assembling a panel 1〇1 of a computer mainframe 1 . The connection interface module structure 1 includes : - Insulating housing 1G, a plurality of connecting ports 2 , a metal housing 30 and a holding structure 40 . The insulative housing 10 is substantially L-shaped and includes a base portion u and a connecting base portion 11 and projects from the base-side step portion 12. Further, a plurality of assembly grooves 13 are provided in the front end surface of the insulating case 1 . There are holding slots on both sides of the base u. 5/14 16. 16. M406301 These connections are placed in the assembly slot 13 of the insulating housing 1〇. The type and number of connections ^ 20 are not limited, for example, ························
Bus)連接埠、Micro USB連接埠、_ usb連接痒、 eSATA(external Serial Advanced Technology Attachment)i4 接淳、IEEE 1394連料、電源連接埠、音源連料、麥克 風插座、視訊插座、記憶卡連接埠...等皆可。藉此，讓使 用者可將對應的插頭(或記憶卡)触於所述連鮮2〇上， 以進行訊號或電源的傳輸。 金屬殼體30包覆於絕緣殼體1〇外，金屬殼體3〇包含 一前壁31、兩側壁32、33、—頂壁34及-底壁35。兩側 劈32、33自前壁31的左、六兩側朝後延#，苴中伽壁32 較靠近階部丨2。頂壁34及底壁35分別自前壁31的頂一、底 端朝後延伸。 前壁31設有多個開口 30卜以顯露出該些連接璋2〇。 在本實施例中’前壁31呈L形，包含一直部扣及一連接 直部31 i的凸部312。側壁32包含相間隔且錯位的一第一 段32!及一第二段322，第一段32】自直部3ιι的左側朝後 彎折延伸形成，第二段322自凸部312的左側朝後f折延 伸形成，第-段32!及第二段322相互平行且間隔一段距 離。其中第一段32!及第二段322未有相連接。側壁％、 33分別朝内f折形成扣持片39，扣持片39扣持於和持槽 16，以防止金屬殼體30朝前脫離絕緣殼體。 此外’絕緣殼體10設有-固持結構4〇，固持結構4〇包 含-對應於第-段321的第-gj持塊41及—對應 二段 322的第二固持塊43。第-固持塊41設有—延輕其前端面 6/14 及頂端面的第-嵌槽42 ’第二固持塊43設有—延伸至其前 端面及^端面的第二嵌槽44。在本實施例中，第一固持塊 41為^岫後方向延伸的長條形塊體，其凸設於階部Η的頂 部。第二固持塊為長度較第一固持塊41為短的塊體，其& 設=階部12的-側，第一畴塊41與第二固持塊43相鄰接 ;藉由上述之組成以形成本創作之連接介面模組結構1。 當金屬殼體30自前朝後地組裝於絕緣殼體1〇時，側壁 32的第一段321貼靠於基部η的外表面，第二段322貼靠於 階部12的外表面。第一段321的一部分嵌入於第一嵌槽42， 且第二段322的一部分嵌入於第二嵌槽44。藉此，使得金屬 冗又脱30的第一段321及第二段322穩固地固持於絕緣殼體^〇 上，以提昇金屬殼體30與絕緣殼體1〇的結合強度。 在本實施例中，第一段321靠近其底緣的部分嵌入於第 一嵌槽42，而第二段322靠近頂緣的部分嵌入於第二嵌槽44 ，但未有限定。 另外，固持結構40更包括一第三固持塊45，第三固持 塊45相隔一段距離地位於第一固持塊41的上方，第三固持 塊45自基部11的一側朝外凸設形成。第三固持塊45設有一 延伸至其前端面、頂端面及底端面的第三嵌槽46，第一段 321的另一部分嵌入於第三嵌槽46。 請配合參閱圖6所示，第三嵌槽46的内壁朝金屬殼體3〇 的方向凸設有一定位部47，金屬殼體30的第一段在對應定 位部47的位置設有一定位缺槽37，定位部47插置定位於定 位缺槽37。 請繼續參閱圖2至圖5所示，連接介面模組結構！更 包括一接地結構50,接地結構50包含自金屬殼體3〇朝外 M406301 對彈片51Bus) port, Micro USB port, _ usb connection itch, eSATA (external Serial Advanced Technology Attachment) i4 connector, IEEE 1394 connection, power connection port, audio source, microphone socket, video socket, memory card port ...etc. Thereby, the user can touch the corresponding plug (or memory card) to the signal to transmit the signal or power. The metal casing 30 is covered on the outside of the insulating casing 1. The metal casing 3 includes a front wall 31, two side walls 32, 33, a top wall 34 and a bottom wall 35. The two sides 劈32, 33 are extended from the left and the six sides of the front wall 31 toward the rear side, and the middle slab 32 is closer to the step 丨2. The top wall 34 and the bottom wall 35 extend rearward from the top and bottom ends of the front wall 31, respectively. The front wall 31 is provided with a plurality of openings 30 to reveal the ports 〇2〇. In the present embodiment, the front wall 31 is L-shaped and includes a straight portion buckle and a convex portion 312 connecting the straight portions 31 i. The side wall 32 includes a first segment 32! and a second segment 322 which are spaced apart and displaced. The first segment 32 is formed by bending from the left side of the straight portion 3 ι back, and the second segment 322 is from the left side of the convex portion 312. The rear f-fold extension is formed, and the first segment 32! and the second segment 322 are parallel to each other and spaced apart by a distance. The first segment 32! and the second segment 322 are not connected. The side walls %, 33 are folded inwardly to form a fastening piece 39, and the fastening piece 39 is fastened to the holding groove 16 to prevent the metal casing 30 from coming off the insulating casing. Further, the 'insulating housing 10 is provided with a holding structure 4', and the holding structure 4' includes a -gj holding block 41 corresponding to the first stage 321 and a second holding block 43 corresponding to the second stage 322. The first holding block 41 is provided with a first recessed portion 42 that extends the front end surface 6/14 and the top end surface. The second holding block 43 is provided with a second fitting groove 44 extending to the front end surface and the end surface. In the present embodiment, the first holding block 41 is an elongated block extending in the rear direction, and is protruded from the top of the step Η. The second holding block is a block having a shorter length than the first holding block 41, and the first side block 41 is adjacent to the second holding block 43; To form the connection interface module structure 1 of the present creation. When the metal casing 30 is assembled to the insulating casing 1 from the front to the rear, the first section 321 of the side wall 32 abuts against the outer surface of the base η, and the second section 322 abuts against the outer surface of the step 12. A portion of the first segment 321 is embedded in the first recess 42 and a portion of the second segment 322 is embedded in the second slot 44. Thereby, the first section 321 and the second section 322 of the metal detachment 30 are firmly held on the insulating housing to improve the bonding strength between the metal housing 30 and the insulating housing 1 . In the present embodiment, a portion of the first segment 321 near its bottom edge is embedded in the first recess 42 and a portion of the second segment 322 near the top edge is embedded in the second recess 44, but is not limited. In addition, the holding structure 40 further includes a third holding block 45. The third holding block 45 is located above the first holding block 41 at a distance, and the third holding block 45 is formed to protrude outward from one side of the base 11. The third holding block 45 is provided with a third recess 46 extending to the front end surface, the top end surface and the bottom end surface, and the other portion of the first portion 321 is embedded in the third recess 46. Referring to FIG. 6 , a positioning portion 47 is protruded from the inner wall of the third recess 46 toward the metal housing 3 , and the first portion of the metal housing 30 is provided with a positioning slot at a position corresponding to the positioning portion 47 . 37, the positioning portion 47 is inserted and positioned in the positioning notch 37. Please continue to refer to Figure 2 to Figure 5, the interface module structure! Furthermore, a grounding structure 50 is included, and the grounding structure 50 is included from the metal casing 3〇 facing outwards M406301 to the shrapnel 51
彎折延伸的至少一對彈) 位於金屬殼體30的同— 彈片51、52自側卷ίο * 、52為對稱設置，可減少在沖製過程中產生的變形問題， 且可由同一工站—次沖製成型出一對彈片51、52。 金屬殼體30的側壁32設有對應於該至少一對彈片51 、52的切槽38 ’切槽38鄰近該側壁32後緣，至少—對彈 片51、52的其中之一自側壁32的後緣一體朝外彎折成型 ，該至少一對彈片51、52的其中之另一自該切槽38 —體 朝外彎折成型。 請配合參閱圖7所示，金屬殼體30的侧壁32靠近頂端處 朝内凸設有一第一卡扣片61，絕緣殼體10在對應第一卡扣 片61的位置設有一第一收容槽14延伸至絕緣殼體10的前端 面’第一卡扣片61收容於第一收容槽14内’頂壁34彎折形 成一對應卡扣於第—^扣片61的第二卡扣片62，第二卡扣 片62疊置於第一卡扣片61的外侧’且第二卡扣片62的外表 面與側壁32的外表面齊平。換言之’苐一卡扣片62的外表 面並未凸出於侧壁32的外表面’故不會影響到連接介面模 細姑堪1 ήίι々K翻廿，且不會與電細主機1⑼(如圖1)内的其 • — · 一··•磉·*·, ν,· 4 他構件產生干涉。 第-卡扣片61設有一第一卡扣部611 ’第二卡扣片62設 卜第二卡扣部62卜第二卡扣部621卡扣於第一卡扣部611 。本實施例巾，第〆卡扣部611為卡體’第二卡扣部621為 8/14 M406301 卡槽，但未有限定。 請配合參閱圖8所示，金屬殼體30的側壁32靠近底端處 朝内凸設有一第三卡扣片63，絕緣殼體10在對應第三卡扣 片63的位置設有一第二收容槽15延伸至絕緣殼體10的前端 面，第三卡扣片63收容於第二收容槽15内，頂壁34彎折形 成一對應卡扣於第三卡扣片63的第四卡扣片64，第四卡扣 片64疊置於第三卡扣片63的外側，且第四卡扣片64的外表 面與側壁32的外表面齊平。同樣地，第三卡扣片63設有— 第三卡扣部631，第四卡扣片64設有一第四卡扣部641，第 四卡扣部641卡扣於第三卡扣部631。本實施例中，第三卡 扣部631為卡體’第四卡扣部64丨為卡槽，但未有限定。 由上述可知’本創作實施例的金屬殼體3〇可以穩固地 固持於絕緣殼體10。 惟以上所述僅為本創作之實施例，其並非用以侷限本 創作之專利範圍。 【圖式簡單說明】 圖1疋本創作連接介面㈣結構與電腦线的面板結合時 的立體示意圖。 圖2=本|彳作連接介面模組結構的立體分解圖。 圖3疋本創作連接介面模组結構的另—角度立體分解圖。 圖4，本創作連接介賴組結構的立體組合圖。 圖5，本作連接介面模組結構的另—角度立體組合圖。 圖6 =本創作連接介面模組結構的局部立體剖視圖(一）。 圖7 =本|丨作連接介面模組結構的局部立體剖視圖㈡。 圖8疋本！j作連接介面模組結構的局部立體剖視圖(三）。 9/14 M406301 【主要元件符號說明】 1連接介面模組結構 10絕緣殼體 11基部 12階部 13組裝槽 14第一收容槽 15第二收容槽 16扣持槽 20連接埠 30金屬殼體 301 開口 31前壁 311直部 312凸部 32側壁 321第一段 322第二段 33側壁 34頂壁 35底壁 7 — /、- /-1- 〇 / 疋m狀十苜 38切槽 39扣持片 40固持結構 M406301 41第一固持塊 42第一嵌槽 43第二固持塊 44第二嵌槽 45第三固持塊 46第三嵌槽 47定位部 50接地結構 51彈片 5]1連接部 512接觸部 52彈片 521連接部 522接觸部 61第一卡扣片 611第一-^扣部 62第二卡扣片 621第二卡扣部 63第三卡扣片 631第三卡扣部 64第四卡扣片 641第四卡扣部 100電腦主機 101面板 11/14At least one pair of bullets extending and extending in the metal casing 30 are symmetrically disposed from the side rolls ίο*, 52, which can reduce the deformation problem generated during the punching process, and can be deformed by the same station. A pair of elastic pieces 51, 52 are formed by the secondary punching. The side wall 32 of the metal casing 30 is provided with a slit 38 corresponding to the at least one pair of elastic pieces 51, 52. The slit 38 is adjacent to the trailing edge of the side wall 32, at least one of the pair of elastic pieces 51, 52 from the rear side of the side wall 32. The rim is integrally bent outwardly, and the other of the at least one pair of elastic pieces 51, 52 is bent outwardly from the slit 38. As shown in FIG. 7 , a first latching piece 61 is protruded inwardly from the side wall 32 of the metal housing 30 , and a first receiving portion is disposed at a position corresponding to the first latching piece 61 . The slot 14 extends to the front end surface of the insulative housing 10. The first latching piece 61 is received in the first receiving slot 14 and the top wall 34 is bent to form a second latching piece corresponding to the first fastening piece 61. 62. The second snap tab 62 is stacked on the outer side of the first snap tab 61 and the outer surface of the second snap tab 62 is flush with the outer surface of the sidewall 32. In other words, the outer surface of the shackle 62 does not protrude from the outer surface of the side wall 32, so that the connection interface is not affected by the simplification of the connection interface, and does not interfere with the electric host 1 (9) ( As shown in Fig. 1), the other components interfere with each other. The first latching piece 61 is provided with a first latching portion 611', the second latching tab 62 is provided with a second latching portion 62, and the second latching portion 621 is latched to the first latching portion 611. In the embodiment, the second snap portion 611 is a card body. The second hook portion 621 is a 8/14 M406301 card slot, but is not limited. As shown in FIG. 8 , a third fastening piece 63 is protruded inwardly from the side wall 32 of the metal housing 30 . The insulating housing 10 is provided with a second receiving position corresponding to the third locking piece 63 . The slot 15 extends to the front end surface of the insulative housing 10, the third latching piece 63 is received in the second receiving slot 15, and the top wall 34 is bent to form a fourth latching piece corresponding to the third latching piece 63. 64. The fourth snap tab 64 is stacked on the outer side of the third snap tab 63, and the outer surface of the fourth snap tab 64 is flush with the outer surface of the sidewall 32. Similarly, the third latching piece 63 is provided with a third latching portion 631, the fourth latching tab 64 is provided with a fourth latching portion 641, and the fourth latching portion 641 is snapped with the third latching portion 631. In this embodiment, the third latching portion 631 is a card body. The fourth latching portion 64 is a card slot, but is not limited. It can be seen from the above that the metal casing 3 of the present embodiment can be stably held by the insulating casing 10. However, the above description is only an embodiment of the present invention, and is not intended to limit the scope of the patent of the present invention. [Simple diagram of the diagram] Figure 1 is a three-dimensional diagram of the structure of the creation interface (4) combined with the panel of the computer line. Figure 2 = This is an exploded perspective view of the connection interface module structure. Fig. 3 is another perspective exploded view of the structure of the interface module of the present invention. Figure 4, this authoring connection depends on the stereo combination of the group structure. FIG. 5 is a perspective view of a three-dimensional combination of the interface module structure. Figure 6 is a partial perspective cross-sectional view of the structure of the creation interface module (1). Figure 7 is a partial perspective view of the structure of the interface module (2). Figure 8 疋本! j is a partial perspective view of the connection interface module structure (3). 9/14 M406301 [Description of main components] 1 connection interface module structure 10 insulation housing 11 base 12 step 13 assembly slot 14 first receiving slot 15 second receiving slot 16 fastening slot 20 connection 埠 30 metal housing 301 Opening 31 front wall 311 straight portion 312 convex portion 32 side wall 321 first portion 322 second portion 33 side wall 34 top wall 35 bottom wall 7 — /, - /-1- 〇 / 疋m shape 苜 38 槽 39 Sheet 40 holding structure M406301 41 first holding block 42 first slot 43 second holding block 44 second slot 45 third holding block 46 third slot 47 positioning portion 50 grounding structure 51 spring 5] 1 connecting portion 512 contact Portion 52 521 connecting portion 522 contact portion 61 first snap tab 611 first - ^ buckle portion 62 second snap tab 621 second snap portion 63 third snap tab 631 third snap portion 64 fourth card Buckle 641 fourth buckle portion 100 computer host 101 panel 11/14