M338484 八、新型說明： 【新型所屬之技術領域】 種具有分離式濾波 本創作是有關於一種網路連接器，尤其是指一 模組的連接器濾波模組結構。 【先前技術】 '目前網路通訊技術正在急速膨脹的發展，將人們的生活、學羽、 鲁工作及娛樂帶至另一薪新的領域，隨著信息爆炸的時代，人與=間 的聯繫即可通過網路通訊來互相傳遞所需要的即時信息、廣告㈣ 往來郵件等’亦可以通過上哺㈣需要的信息、線上聊天或 戲等賴娛樂，如此，人麟互聯_卿越來越㈣，要求也越來 .越高’由此，為使資訊產品與網路的連接更加方便，便有鱗連接器 的產生，用以作為電腦主機和外部網路的溝通橋標，目前網路連接器 如· RJ45插座連接器等’大多被使用於數字通訊，隨著計算機内部空 •間的大幅縮小外’即需要考慮其電磁效應所產生的訊號干擾問題^ ，·一般會影物職錢接ϋ㈣斜_制大致可分為二大部分， 其-為來自連接器顯的電磁波干擾，其二為連接器的内部的電磁波 干^，便有研究設計出於網路連接器外緣罩覆有金屬屏蔽殼體及於連 接时内„又置有渡波模組，該濾波模組由絕緣殼體、濾波元件及模組端 子組成’絕緣殼體為凹置式方型結構，模組端子直接插置於絕緣殼體 開口的兩側璧上，在將濾波元件導線纏繞焊接於模組端子上。 ±由於模組端子插置於絕緣殼體上需要佔用-定的空間，同時絕緣 /V又妝又連接&_而大小尺寸不變的情況下，致使容納濾波元件的空 5 M338484 間相當有限，不能容納更多的滤波元件，同時在 元件的機率較大。 、狂Y損％C/慮/皮 士爲I解決上述連接騎存在的缺點，本_作人特研發一種便於 組裝及容納更多滤波元件的濾波模組結構。 、 【新型内容】 本創作的主要目的在於提供一種連接哭 .組採分離式結魏财納更多歧元構，該濾、波模 >氣性能，確保信號穩定傳^兀件仗而可提面整個連接器的電 组採於提供—種連接_波模組結構，該遽波模 件容納於絕緣殼财再與定錄基座的模 .模ίΓ 性連接，該設計便於職波元件喊及焊接於毅 局達到本創作的上述目的，可以通過以下的技術方案加以實現： 本創作連接m馳結構，贿顧組是自輯殼體、收容於絕緣 殼體中的濾、波元件、模組端子及定位模組端子的基座組成；上述絕緣 >殼體為-凹置式方型結構，其底璧與㈣相連處設·板便於分隔遽 波兀件’具有難_側璧的—端凹陷形成多個凹U便於誠波元件 的&線與模組端子相連接，另外兩侧璧頂端内側大致於巾間部位凸起 形成卡扣用於卡設基座，且於該兩側面的外側面沿水平方向凸起形成 一滑塊，该等滑塊延伸至相應側璧的一端，且於該端兩側璧連接處部 分延伸形成阻擋部，該阻擋部防止了基座因受力而脫離絕緣殼體。 用於定位模組端子的基座具有一板部，該板部中間具有一通孔， 该通孔便於向絕緣殼體注入絕緣膠等黏著劑，從而將容納其中的濾波 6 M338484 元件達到更好電錄能以及便於固定的目的，通孔兩側各具有一定位 柱’該定位柱為台階狀，便於定位基座與電路板的距離，通孔與定位 柱兩側設有鋒固定模組端子_定孔及防止電路板與基座相接觸的 隔離塊，且該隔離塊外側延伸突出基座的外側而形成台階狀，從而將 基絲置於絕緣殼體巾便於定位，另兩侧哪形成卡扣槽，該卡扣槽 • •與卡扣結合將基座與絕緣殼體更好的結合。 曰 鲁 通過絕緣殼體與基座分別容納渡波元件及固定模組端子的結 構，能在有限的空間内增加了絕緣殼體容納遽波元件的空@，從而; 以增加濾、波祕數目將電氣性能變的更加穩定，與此同時在較大⑺ .内組裝紐元件比較料，進-步降低了喊時損壞濾波元件^ .【實施方式】 +° —現請參閱第1、5圖所示，爲本創作連接_、波模組結構的— 實施例’該連接！ 100包括有一絕緣本體2、包覆與絕緣本體2的^ ❿蔽殼體3、電氣模組4及一濾、波模組5組成；請結合第i、2圖所示汗 其中絕緣本體2具有容納渡波模組5的容置空間21，容置空間u、 側後端設有滑槽2H，將濾波模組5組農於容置空間21中，滑槽= 用於配合卡設穩喊波模組5，且在製程過程中具有防止電氣模^ 與濾波模組5組裝後誤插；包覆於絕緣本體2的屏蔽殼體3且有 蓋3!及側壁32，其中後蓋31的下側具有一卡口 3ιι與側壁^如 設置的彈性突片312卡設，從而將絕緣本體2及容納於絕緣本體^ 的電氣模組4與濾波模組5穩定固定於屏蔽殼體3中。 凊結合第3、4圖所示’濾波模、组5由絕緣殼體5卜收容於絕緣 7 M338484M338484 VIII. New description: [New technical field] There is a separate filter. This creation is about a network connector, especially the connector filter module structure of a module. [Prior Art] 'The current rapid development of network communication technology is bringing people's life, Xueyu, Lu work and entertainment to another new field of salary. With the era of information explosion, the connection between people and = You can use the Internet communication to pass the required instant information and advertisements to each other. (4) Mails, etc. 'You can also use the information you need to feed (4), online chat or play, etc., so, Renlin Internet _ Qing is getting more and more (4) The requirements are getting higher and higher. Therefore, in order to make the connection between information products and the network more convenient, the scale connector is generated as a communication bridge between the computer host and the external network. Devices such as RJ45 socket connectors are mostly used for digital communication. As the internal space of the computer is greatly reduced, it is necessary to consider the signal interference caused by its electromagnetic effect. ϋ(4) oblique _ system can be roughly divided into two parts, which are electromagnetic wave interference from the connector, and the second is the electromagnetic wave inside the connector, so there is research design for the outer edge of the network connector Covered with a metal shielded housing and connected to the wave module, the filter module consists of an insulating housing, filter components and module terminals. The insulating housing is a recessed square structure. The module terminals are directly Inserted on the two sides of the opening of the insulating case, the wire of the filter element is wound and soldered to the module terminal. ± Because the module terminal is inserted into the insulating case, it needs to occupy a certain space, while the insulation / V When the makeup is connected to &_ and the size is the same, the space between the 5 M338484 and the filter element is quite limited, and it cannot accommodate more filter components, and the probability of the component is large. Considering that Pis is the shortcoming of the above-mentioned connection riding, I have developed a filter module structure that is easy to assemble and accommodate more filter components. [New content] The main purpose of this creation is to provide a connection to cry. The group adopts the separate type of Wei Caina, and the filter, the mode, the gas performance, and the signal stability, and the electrical connection of the entire connector can be provided. Wave module structure, The chopper module is housed in the insulating case and then connected to the module of the recording base. This design facilitates the shuffling and soldering of the wave component to achieve the above-mentioned purpose of the creation, and can be realized by the following technical solutions. : The creation is connected to the m-chi structure, and the bribe group is composed of a self-collecting shell, a filter, a wave element, a module terminal and a locating terminal of the positioning module, which are housed in the insulating housing; the above-mentioned insulation > housing is - The concave square structure has a bottom 璧 and (4) connected to the plate to facilitate the separation of the 遽 兀 ' 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 端 端 端 便于 便于 便于 便于 便于 便于 便于 便于 便于 便于 便于 便于 便于 便于 便于Connecting, the two sides of the top side of the top side of the top portion of the top portion of the top portion are formed with a buckle for engaging the base, and a slider is formed on the outer side of the two side surfaces in a horizontal direction, and the sliders are extended to corresponding One end of the side sill and a portion of the splicing portion on both sides of the end extend to form a blocking portion that prevents the susceptor from being detached from the insulating housing due to the force. The base for positioning the module terminal has a plate portion having a through hole in the middle thereof, which facilitates injection of an adhesive such as insulating glue into the insulating case, thereby achieving better power for the filter 6 M338484 component accommodated therein. For the purpose of recording energy and facilitating the fixing, each side of the through hole has a positioning column 'the positioning column is stepped, which is convenient for positioning the distance between the base and the circuit board, and the front end of the through hole and the positioning column are provided with a front fixed module terminal _ The hole is fixed and the isolation block prevents the circuit board from contacting the base, and the outer side of the spacer extends to protrude outside the base to form a step shape, so that the base wire is placed in the insulating casing to facilitate positioning, and the other side forms a card. Buckle groove, the snap groove • • Combines with the buckle to better integrate the base with the insulating housing. By insulating the housing and the base to accommodate the structure of the wave wave component and the fixed module terminal respectively, the company can increase the space of the insulation component to accommodate the chopper component in a limited space, thereby increasing the number of filters and waves. The electrical performance becomes more stable, at the same time, in the larger (7). The assembled components are compared, and the filter element is reduced in the step-by-step manner. [Embodiment] +° - Please refer to Figures 1 and 5 now. Show, for the creative connection _, wave module structure - the embodiment of the connection! The utility model 100 includes an insulating body 2, a shielding shell 3 covering the insulating body 2, an electric module 4 and a filter and wave module 5; please combine the sweat shown in the figures i and 2, wherein the insulating body 2 has The accommodating space 21 for accommodating the wave-wave module 5, the accommodating space u, and the side rear end are provided with the chute 2H, and the filter module 5 is grouped in the accommodating space 21, and the chute=for matching the card The module 5 has a function of preventing the electrical module and the filter module 5 from being mis-inserted during assembly, and is shielded from the shield case 3 of the insulative housing 2 and has a cover 3! and a side wall 32, wherein the lower side of the rear cover 31 The elastic body piece 312 of the insulating body 2 and the insulating module 2 and the filter module 5 are stably fixed in the shielding case 3.凊 Combined with the filter mode shown in Figures 3 and 4, the group 5 is housed in insulation by the insulating housing 5 7 7 M338484
殼體51中㈣波元件52、模組端子53及定位模組端子a的基座μ 組成；上述絕緣殼體51為—凹置式方型結構，其底璧5ΐι與側璧犯 相連處設置擔板M3便於分隔濾、波元件公具有擔板犯的兩侧璧犯 的一端凹陷形成多個凹口 514，該等凹口 514便於·元件％的導線 置放’使其可與模組端子53相連接，另外兩侧璧512頂端内侧中間部 位凸起形成卡扣5㈣於卡設固定基座54 ;且於該兩側璧512的外侧 面凸起形成-滑塊516 ’該等滑塊516延伸至相應侧璧512的一端， 且該端兩側璧512連接處部分延伸形成阻擒部517，該等阻擔部517 具有防止基座54受力而脫離絕緣殼體51的作用。 用於定位模組端子53的基座54具有一板部541，該板部541中 ，具有-通孔542 ’該通孔542便於向絕緣殼體51内注人絕緣膠等黏 者劑’從而將容納其巾⑽波元件52達到更好電性性能以及便於固定 的目的’於通孔542的兩侧各具有一定位柱543，該等定位柱543為 台階狀，以配合定位基座54與電路板的距離，通孔542與定位柱⑷ 兩側設置多侧定模組端子53 _定孔544及防止電路板與基座Μ 相接觸的隔離塊545，且該等隔離塊545外側延伸突出基座M的外侧 而形成台階狀’從而將基座54套置於絕緣殼體51中便蚊位，另兩 侧凹陷形成卡扣槽546，該等卡扣槽％與卡扣仍結合將使基座^ 與絕緣殼體51產生更好的結合。 總結上述的制，本創作㈣點在於：通舰緣殼體si與基座 54分別容納濾波元件52及固定模組端子53的結構，在有限的空間内 增加了容納濾、波元件52的空@，從而可以增加濾波元件52數目將電 8 M338484 氣性能變的更加穩定，與此同時在較大空間内組裝遽波元件比較容 易進步卩+低了組裝時損壞濾波元件的機率。 本創作所舉的實施例及附圖，僅供做對本創作加以說明，在於使 熟悉該項技術者能如實_本創狀目的與功效，但並不對本創作有 任何限制，本創作還可尚有其他的變化實施方式，所以凡熟悉此項技 _術者在不脫離本案創作精神下進行其他樣式實施，均應視爲本案申請 專利範圍的等效實施。 【圖式簡單說明】 苐1圖爲本創作具體實施例之部分立體分解圖； 第2圖爲本創作具體實施例之絕緣本體立體圖； 第3圖爲本創作具體實施例之濾波模組立體分解圖； 第4圖爲本創作具體實施例之濾波模組之絕緣殼體立體圖； 【主要元件符號說明】 第5圖爲本創作具體實施例之連接器立體圖。 • —連接器 2—絕緣本體 21—容置空間 211—滑槽 3—屏蔽殼體 31—後蓋 311—卡口 32—^侧壁 312—突片 4一電氣模組 5—濾波模組 51—絕緣殼體 511—底壁 512s侧壁 513—擋板 514^^口 9 M338484 515—卡扣 516- 一滑塊 517 —阻擋部 52- '滤波元件 53—模組端子 54- -基座 541—板部 542- ——1^孑匕 543一定位柱 544—固定孔 545—隔離塊 10The housing 51 is composed of a (four) wave element 52, a module terminal 53 and a base μ of the positioning module terminal a; the insulating housing 51 is a concave square structure, and the bottom 璧 5 ΐ is connected with the side 璧 处The plate M3 is convenient for separating the filter, and the wave element has one end of the two sides of the board. The one end is recessed to form a plurality of notches 514, and the notches 514 facilitate the placement of the component % of the wire to make it connect with the module terminal 53. The two sides of the top end 璧 512 are convexly formed to form a buckle 5 (four) on the fixing fixing base 54; and the outer sides of the two sides 512 are convexly formed - a slider 516 'the slider 516 extends To one end of the corresponding side 512, and a portion of the 璧 512 joint at both ends of the end extends to form a dam portion 517, the resist 517 has a function of preventing the susceptor 54 from being forced away from the insulating housing 51. The pedestal 54 for positioning the module terminal 53 has a plate portion 541 having a through hole 542 ′ for facilitating the injection of an adhesive such as an insulating rubber into the insulating housing 51. The positioning hole 543 is provided on both sides of the through hole 542 for accommodating the towel (10) wave element 52 to achieve better electrical performance and to facilitate the fixing. The positioning posts 543 are stepped to match the positioning base 54 and The distance between the circuit board, the through hole 542 and the positioning post (4) are provided on both sides of the positioning module terminal 53_ fixed hole 544 and the isolation block 545 for preventing the circuit board from contacting the base Μ, and the outer side of the isolation block 545 is extended. The outer side of the base M is formed in a stepped shape so that the base 54 is placed in the insulating case 51 to be mosquito seated, and the other sides are recessed to form a snap groove 546, and the snap groove % is still combined with the buckle. The pedestal ^ produces a better bond with the insulative housing 51. Summarizing the above system, the fourth point of the present invention is that the structure of the filter element 52 and the fixed module terminal 53 are respectively accommodated in the ship-side housing si and the base 54 respectively, and the space for accommodating the filter and wave element 52 is added in a limited space. @, thereby increasing the number of filter elements 52 to make the electrical performance of the electric 8 M338484 more stable, while assembling the chopper components in a larger space is easier to progress 卩 + lower the probability of damaging the filter components during assembly. The embodiments and drawings of the present invention are only for explaining the creation of the present invention, so that those who are familiar with the technology can be truthful and effective, but there is no restriction on the creation, and the creation can still be There are other implementations of changes, so if you are familiar with this technology, the implementation of other styles without departing from the spirit of the case should be regarded as the equivalent implementation of the scope of patent application in this case. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a specific embodiment of the present invention; FIG. 2 is a perspective view of an insulating body according to a specific embodiment of the present invention; FIG. 3 is a perspective exploded view of a filter module according to a specific embodiment of the present invention; 4 is a perspective view of an insulating case of a filter module according to a specific embodiment of the present invention; [Description of Main Components] FIG. 5 is a perspective view of a connector of the present embodiment. • connector 2 - insulative housing 21 - housing space 211 - chute 3 - shielding housing 31 - rear cover 311 - bayonet 32 - side wall 312 - tab 4 - electrical module 5 - filter module 51 - Insulating housing 511 - bottom wall 512s side wall 513 - baffle 514 ^ ^ port 9 M338484 515 - snap 516 - a slider 517 - blocking portion 52 - 'filtering element 53 - module terminal 54 - - base 541 —板部542- ——1^孑匕543 a positioning post 544—fixing hole 545—isolation block 10